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Red Hat Bugzilla – Attachment 835782 Details for
Bug 1040026
[DWH-SETUP] - Missing "ovirt engine history db" creation log
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Example of create_schema.sh generated log
engine_1040026.log (text/x-log), 1.12 MB, created by
Eli Mesika
on 2013-12-12 12:32:42 UTC
(
hide
)
Description:
Example of create_schema.sh generated log
Filename:
MIME Type:
Creator:
Eli Mesika
Created:
2013-12-12 12:32:42 UTC
Size:
1.12 MB
patch
obsolete
>********* QUERY ********** >ALTER DATABASE "engine_1040026" SET client_min_messages=ERROR; >************************** > >ALTER DATABASE >********* QUERY ********** >CREATE TABLE tags_vm_pool_map >( > tag_id UUID NOT NULL, > vm_pool_id UUID NOT NULL, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > CONSTRAINT pk_tags_vm_pool_map PRIMARY KEY(tag_id,vm_pool_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE tags_vm_map >( > tag_id UUID NOT NULL, > vm_id UUID NOT NULL, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > DefaultDisplayType INTEGER DEFAULT 0, > constraint pk_tags_vm_map primary key(tag_id,vm_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE tags_vds_map >( > tag_id UUID NOT NULL, > vds_id UUID NOT NULL, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > constraint pk_tags_vds_map primary key(tag_id,vds_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE tags >( > tag_id UUID NOT NULL, > tag_name VARCHAR(50) NOT NULL default '', > description VARCHAR(4000), > parent_id UUID, > readonly BOOLEAN, > type INTEGER NOT NULL DEFAULT 0, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE default NULL, > constraint pk_tags_id primary key(tag_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE tags_user_map >( > tag_id UUID NOT NULL, > user_id UUID NOT NULL, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > constraint pk_tags_user_map primary key(tag_id,user_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE tags_user_group_map >( > tag_id UUID NOT NULL, > group_id UUID NOT NULL, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > constraint pk_tags_user_group_map primary key(tag_id,group_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE SEQUENCE custom_actions_seq INCREMENT BY 1 START WITH 1; >************************** > >CREATE SEQUENCE >********* QUERY ********** >CREATE TABLE custom_actions >( > action_id INTEGER DEFAULT NEXTVAL('custom_actions_seq') NOT NULL, > action_name VARCHAR(50) NOT NULL, > path VARCHAR(300) NOT NULL, > tab INTEGER, > description VARCHAR(4000), > CONSTRAINT PK_custom_actions PRIMARY KEY(action_name,tab) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE image_templates >( > it_guid UUID NOT NULL, > creation_date TIMESTAMP WITH TIME ZONE NOT NULL, > size BIGINT NOT NULL, > os VARCHAR(40), > os_version VARCHAR(40), > bootable BOOLEAN DEFAULT false, > description VARCHAR(4000), > CONSTRAINT PK_image_templates PRIMARY KEY(it_guid) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE images >( > image_guid UUID NOT NULL, > creation_date TIMESTAMP WITH TIME ZONE NOT NULL, > size BIGINT NOT NULL, > it_guid UUID NOT NULL, > internal_drive_mapping VARCHAR(50), > description VARCHAR(4000), > ParentId UUID, > imageStatus INTEGER DEFAULT 0, > lastModified TIMESTAMP WITH TIME ZONE, > app_list TEXT, > storage_id UUID, > vm_snapshot_id UUID, > volume_type INTEGER NOT NULL DEFAULT 2, > volume_format INTEGER NOT NULL DEFAULT 4, > disk_type INTEGER NOT NULL DEFAULT 1, > image_group_id UUID, > disk_interface INTEGER NOT NULL DEFAULT 0, > boot BOOLEAN NOT NULL DEFAULT false, > wipe_after_delete BOOLEAN NOT NULL DEFAULT false, > propagate_errors INTEGER NOT NULL DEFAULT 0, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE default NULL, > CONSTRAINT PK_images PRIMARY KEY(image_guid) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE image_vm_map >( > image_id UUID not null, > vm_id UUID not null, > active BOOLEAN, > CONSTRAINT pk_image_vm_map PRIMARY KEY(image_id,vm_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE vm_templates >( > vmt_guid UUID NOT NULL, > name VARCHAR(40) NOT NULL, > mem_size_mb INTEGER NOT NULL, > os INTEGER NOT NULL DEFAULT 0, > creation_date TIMESTAMP WITH TIME ZONE NOT NULL, > child_count INTEGER NOT NULL DEFAULT 0, > num_of_sockets INTEGER NOT NULL DEFAULT 1, > cpu_per_socket INTEGER NOT NULL DEFAULT 1, > description VARCHAR(4000), > vds_group_id UUID NOT NULL, > domain VARCHAR(40), > num_of_monitors INTEGER NOT NULL, > status INTEGER NOT NULL, > usb_policy INTEGER, > time_zone VARCHAR(40), > is_auto_suspend BOOLEAN default false, > fail_back BOOLEAN NOT NULL DEFAULT false, > vm_type INTEGER NOT NULL DEFAULT 0, > hypervisor_type INTEGER NOT NULL DEFAULT 0, > operation_mode INTEGER NOT NULL DEFAULT 0, > nice_level INTEGER NOT NULL DEFAULT 0, > default_boot_sequence INTEGER NOT NULL default 0, > default_display_type INTEGER NOT NULL default 0, > priority INTEGER NOT NULL default 0, > auto_startup BOOLEAN, > is_stateless BOOLEAN, > iso_path VARCHAR(4000) default '', > initrd_url VARCHAR(4000), > kernel_url VARCHAR(4000), > kernel_params VARCHAR(4000), > origin INTEGER default 0, > _update_date timestamp with time zone DEFAULT CURRENT_TIMESTAMP, > CONSTRAINT PK_vm_templates PRIMARY KEY(vmt_guid) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE vds_static >( > vds_id UUID NOT NULL, > vds_name VARCHAR(255) NOT NULL, > ip VARCHAR(255), > vds_unique_id VARCHAR(128), > host_name VARCHAR(255) NOT NULL, > port INTEGER NOT NULL, > vds_group_id UUID NOT NULL, > server_SSL_enabled BOOLEAN, > vds_type INTEGER NOT NULL DEFAULT 0, > vds_strength INTEGER NOT NULL DEFAULT 100, > pm_type VARCHAR(20), > pm_user VARCHAR(50), > pm_password VARCHAR(50), > pm_port INTEGER, > pm_options VARCHAR(4000) not null default '', > pm_enabled BOOLEAN not null default false, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE, > otp_validity BIGINT, > CONSTRAINT PK_vds_static PRIMARY KEY(vds_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE vm_static >( > vm_guid UUID NOT NULL, > vm_name VARCHAR(255) NOT NULL, > mem_size_mb INTEGER NOT NULL, > vmt_guid UUID NOT NULL, > os INTEGER NOT NULL DEFAULT 0, > description VARCHAR(4000), > vds_group_id UUID NOT NULL, > domain VARCHAR(40), > creation_date TIMESTAMP WITH TIME ZONE, > num_of_monitors INTEGER NOT NULL, > is_initialized BOOLEAN, > is_auto_suspend BOOLEAN default false, > num_of_sockets INTEGER NOT NULL DEFAULT 1, > cpu_per_socket INTEGER NOT NULL DEFAULT 1, > usb_policy INTEGER, > time_zone VARCHAR(40), > is_stateless BOOLEAN, > fail_back BOOLEAN NOT NULL DEFAULT false, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE, > dedicated_vm_for_vds UUID, > auto_startup BOOLEAN, > vm_type INTEGER NOT NULL DEFAULT 0, > hypervisor_type INTEGER NOT NULL DEFAULT 0, > operation_mode INTEGER NOT NULL DEFAULT 0, > nice_level INTEGER NOT NULL DEFAULT 0, > default_boot_sequence INTEGER NOT NULL default 0, > default_display_type INTEGER NOT NULL default 0, > priority INTEGER NOT NULL default 0, > iso_path VARCHAR(4000) default '', > origin INTEGER default 0, > initrd_url VARCHAR(4000), > kernel_url VARCHAR(4000), > kernel_params VARCHAR(4000), > migration_support INTEGER NOT NULL default 0, > userdefined_properties VARCHAR(4000), > predefined_properties VARCHAR(4000), > min_allocated_mem INTEGER not null default 0, > CONSTRAINT PK_vm_static PRIMARY KEY(vm_guid) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >ALTER TABLE vm_static ADD CONSTRAINT FK_vds_static_vm_static FOREIGN KEY(dedicated_vm_for_vds) REFERENCES vds_static(vds_id); >************************** > >ALTER TABLE >********* QUERY ********** >CREATE INDEX IDX_vm_static_vm_name ON vm_static >(vm_name); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE TABLE users >( > user_id UUID NOT NULL, > name VARCHAR(255), > surname VARCHAR(255), > domain VARCHAR(255) NOT NULL, > username VARCHAR(255) NOT NULL, > groups VARCHAR NOT NULL, > department VARCHAR(255), > role VARCHAR(255), > user_icon_path VARCHAR(255), > desktop_device VARCHAR(255), > email VARCHAR(255), > note VARCHAR(255), > status INTEGER NOT NULL, > session_count INTEGER NOT NULL default 0, > last_admin_check_status BOOLEAN NOT NULL default false, > group_ids TEXT, > CONSTRAINT PK_users PRIMARY KEY(user_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE vds_groups >( > vds_group_id UUID NOT NULL, > name VARCHAR(40) NOT NULL, > description VARCHAR(4000), > cpu_name VARCHAR(255), > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE, > selection_algorithm INTEGER NOT NULL DEFAULT 0, > high_utilization INTEGER NOT NULL DEFAULT 75, > low_utilization INTEGER NOT NULL DEFAULT 0, > cpu_over_commit_duration_minutes INTEGER NOT NULL DEFAULT 2, > hypervisor_type INTEGER NOT NULL DEFAULT 0, > storage_pool_id UUID, > max_vds_memory_over_commit INTEGER NOT NULL DEFAULT 100, > compatibility_version VARCHAR(40) NOT NULL DEFAULT '2.2', > transparent_hugepages BOOLEAN NOT NULL DEFAULT '0', > migrate_on_error INTEGER NOT NULL DEFAULT '1', > CONSTRAINT PK_vds_groups PRIMARY KEY(vds_group_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE vm_template_image_map >( > it_guid UUID NOT NULL, > vmt_guid UUID NOT NULL, > internal_drive_mapping VARCHAR(50) NOT NULL, > CONSTRAINT PK_vm_template_image_map PRIMARY KEY(it_guid,vmt_guid) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE SEQUENCE audit_log_seq INCREMENT BY 1 START WITH 1; >************************** > >CREATE SEQUENCE >********* QUERY ********** >CREATE TABLE audit_log >( > audit_log_id BIGINT DEFAULT NEXTVAL('audit_log_seq') NOT NULL, > user_id UUID, > user_name VARCHAR(255), > vm_id UUID, > vm_name VARCHAR(255), > vm_template_id UUID, > vm_template_name VARCHAR(40), > vds_id UUID, > vds_name VARCHAR(255), > log_time TIMESTAMP WITH TIME ZONE NOT NULL, > log_type_name VARCHAR(100) default '', > log_type INTEGER NOT NULL, > severity INTEGER NOT NULL, > message TEXT NOT NULL, > processed BOOLEAN NOT NULL default false, > storage_pool_id UUID, > storage_pool_name VARCHAR(40), > storage_domain_id UUID, > storage_domain_name VARCHAR(250), > vds_group_id UUID, > vds_group_name VARCHAR(255), > CONSTRAINT PK_audit_log PRIMARY KEY(audit_log_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE INDEX IDX_audit_log_log_time ON audit_log >(log_time); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_audit_log_user_name ON audit_log >(user_name); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_audit_log_vm_name ON audit_log >(vm_name); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_audit_log_vm_template_name ON audit_log >(vm_template_name); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_audit_log_vds_name ON audit_log >(vds_name); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_audit_log_storage_pool_name ON audit_log >(storage_pool_name); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_audit_log_storage_domain_name ON audit_log >(storage_domain_name); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE TABLE vds_dynamic >( > vds_id UUID NOT NULL, > status INTEGER NOT NULL, > cpu_cores INTEGER, > cpu_model VARCHAR(255), > cpu_speed_mh DECIMAL(18,0), > if_total_speed VARCHAR(40), > kvm_enabled BOOLEAN, > physical_mem_mb INTEGER, > mem_commited INTEGER DEFAULT 0, > vm_active INTEGER DEFAULT 0, > vm_count INTEGER NOT NULL DEFAULT 0, > vm_migrating INTEGER DEFAULT 0, > reserved_mem INTEGER, > guest_overhead INTEGER, > software_version VARCHAR(40), > version_name VARCHAR(40), > build_name VARCHAR(40), > previous_status INTEGER, > cpu_flags VARCHAR(4000), > cpu_over_commit_time_stamp TIMESTAMP WITH TIME ZONE, > hypervisor_type INTEGER, > vms_cores_count INTEGER, > pending_vcpus_count INTEGER, > cpu_sockets INTEGER, > net_config_dirty BOOLEAN, > supported_cluster_levels VARCHAR(40), > host_os VARCHAR(4000), > kvm_version VARCHAR(4000), > spice_version VARCHAR(4000), > kernel_version VARCHAR(4000), > iscsi_initiator_name VARCHAR(4000), > transparent_hugepages_state INTEGER NOT NULL DEFAULT '0', > anonymous_hugepages INTEGER NOT NULL DEFAULT '0', > hooks VARCHAR(4000) default '', > _update_date TIMESTAMP WITH TIME ZONE, > non_operational_reason INTEGER NOT NULL DEFAULT '0', > pending_vmem_size INTEGER NOT NULL DEFAULT 0, > CONSTRAINT PK_vds_dynamic PRIMARY KEY(vds_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE vm_dynamic >( > vm_guid UUID NOT NULL, > status INTEGER NOT NULL, > vm_ip TEXT, > vm_host VARCHAR(255), > vm_pid INTEGER, > vm_last_up_time TIMESTAMP WITH TIME ZONE, > vm_last_boot_time TIMESTAMP WITH TIME ZONE, > guest_cur_user_name VARCHAR(255), > guest_cur_user_id UUID, > guest_last_login_time TIMESTAMP WITH TIME ZONE, > guest_last_logout_time TIMESTAMP WITH TIME ZONE, > guest_os VARCHAR(255), > run_on_vds UUID, > migrating_to_vds UUID, > app_list TEXT, > display INTEGER, > acpi_enable BOOLEAN, > session INTEGER, > display_ip VARCHAR(255), > display_type INTEGER, > kvm_enable BOOLEAN, > display_secure_port INTEGER, > utc_diff INTEGER, > last_vds_run_on UUID, > client_ip VARCHAR(255), > guest_requested_memory INTEGER, > hibernation_vol_handle VARCHAR(255), > boot_sequence INTEGER, > exit_status INTEGER NOT NULL DEFAULT 0, > pause_status INTEGER NOT NULL DEFAULT 0, > exit_message VARCHAR(4000), > CONSTRAINT PK_vm_dynamic PRIMARY KEY(vm_guid) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE INDEX IDX_vm_dynamic_run_on_vds ON vm_dynamic >(run_on_vds); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE TABLE bookmarks >( > bookmark_id UUID NOT NULL, > bookmark_name VARCHAR(40), > bookmark_value VARCHAR(300) NOT NULL, > CONSTRAINT PK_bookmarks PRIMARY KEY(bookmark_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE vm_pools >( > vm_pool_id UUID NOT NULL, > vm_pool_name VARCHAR(255) NOT NULL, > vm_pool_description VARCHAR(4000) NOT NULL, > vm_pool_type INTEGER, > parameters VARCHAR(200), > vds_group_id UUID, > CONSTRAINT PK_vm_pools PRIMARY KEY(vm_pool_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE vm_pool_map >( > vm_pool_id UUID, > vm_guid UUID, > CONSTRAINT PK_vm_pool_map PRIMARY KEY(vm_guid) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE image_vm_pool_map >( > vm_guid UUID not null, > image_guid UUID not NULL, > internal_drive_mapping VARCHAR(50), > CONSTRAINT PK_image_vm_pool_map PRIMARY KEY(image_guid) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE time_lease_vm_pool_map >( > vm_pool_id UUID NOT NULL, > id UUID not null, > start_time TIMESTAMP WITH TIME ZONE NOT NULL, > end_time TIMESTAMP WITH TIME ZONE NOT NULL, > type INTEGER NOT NULL, > CONSTRAINT pk_time_user_vm_pool_map PRIMARY KEY(vm_pool_id,id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE ad_groups >( > id UUID not null, > name VARCHAR(256) not NULL, > status INTEGER NOT NULL, > domain VARCHAR(100), > distinguishedname VARCHAR(4000) default NULL, > constraint pk_ad_group_id primary key(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE SEQUENCE vdc_options_seq INCREMENT BY 1 START WITH 1; >************************** > >CREATE SEQUENCE >********* QUERY ********** >CREATE TABLE vdc_options >( > option_id INTEGER DEFAULT NEXTVAL('vdc_options_seq') NOT NULL, > option_name VARCHAR(100) NOT NULL, > option_value VARCHAR(4000) NOT NULL, > version VARCHAR(40) NOT NULL DEFAULT 'general', > CONSTRAINT PK_vdc_options PRIMARY KEY(option_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE INDEX IX_vdc_options ON vdc_options >(option_name); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE TABLE vds_statistics >( > vds_id UUID NOT NULL, > cpu_idle DECIMAL(18,0) DEFAULT 0, > cpu_load DECIMAL(18,0) DEFAULT 0, > cpu_sys DECIMAL(18,0) DEFAULT 0, > cpu_user DECIMAL(18,0) DEFAULT 0, > usage_mem_percent INTEGER DEFAULT 0, > usage_cpu_percent INTEGER DEFAULT 0, > usage_network_percent INTEGER, > mem_available BIGINT, > mem_shared BIGINT, > swap_free BIGINT, > swap_total BIGINT, > ksm_cpu_percent INTEGER DEFAULT 0, > ksm_pages BIGINT, > ksm_state BOOLEAN, > CONSTRAINT PK_vds_statistics PRIMARY KEY(vds_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE vm_statistics >( > vm_guid UUID NOT NULL, > cpu_user DECIMAL(18,0) DEFAULT 0, > cpu_sys DECIMAL(18,0) DEFAULT 0, > elapsed_time DECIMAL(18,0) DEFAULT 0, > usage_network_percent INTEGER DEFAULT 0, > usage_mem_percent INTEGER DEFAULT 0, > usage_cpu_percent INTEGER DEFAULT 0, > disks_usage text, > CONSTRAINT PK_vm_statistics PRIMARY KEY(vm_guid) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE stateless_vm_image_map >( > vm_guid UUID not null, > image_guid UUID not NULL, > internal_drive_mapping VARCHAR(50), > CONSTRAINT PK_stateless_vm_image_map PRIMARY KEY(image_guid), > CONSTRAINT FK_stateless_vm_static > FOREIGN KEY(vm_guid) REFERENCES vm_static(vm_guid) ON DELETE CASCADE >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE user_sessions >( > session_id CHAR(32) NOT NULL, > user_id UUID NOT NULL, > os CHAR(10), > browser CHAR(10), > client_type CHAR(10), > login_time TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > constraint pk_user_sessions primary key(user_id,session_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE SEQUENCE vdc_db_log_seq INCREMENT BY 1 START WITH 1; >************************** > >CREATE SEQUENCE >********* QUERY ********** >CREATE TABLE vdc_db_log >( > error_id BIGINT DEFAULT NEXTVAL('vdc_db_log_seq') NOT NULL, > occured_at TIMESTAMP WITH TIME ZONE NOT NULL default LOCALTIMESTAMP, > error_code VARCHAR(16) NOT NULL, > error_message VARCHAR(2048), > error_proc VARCHAR(126), > error_line INTEGER, > constraint pk_vdc_db_log primary key(error_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE permissions >( > id UUID NOT NULL, > role_id UUID NOT NULL, > ad_element_id UUID NOT NULL, > object_id UUID NOT NULL, > object_type_id INTEGER NOT NULL, > constraint pk_permissions_id primary key(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE roles >( > id UUID not null, > name VARCHAR(126) NOT NULL, > description VARCHAR(4000), > is_readonly BOOLEAN not null, > role_type INTEGER not null, > constraint pk_roles_id primary key(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE roles_groups >( > role_id UUID not null, > action_group_id INTEGER not null, > constraint pk_roles_groups primary key(role_id,action_group_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >ALTER TABLE roles_groups ADD CONSTRAINT fk_roles_groups_action_id FOREIGN KEY(role_id) REFERENCES roles(id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >CREATE TABLE roles_relations >( > role_id UUID not null, > role_container_id UUID not null, > constraint pk_roles_relations primary key(role_id,role_container_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >ALTER TABLE roles_relations ADD CONSTRAINT fk_roles_relations_role_id FOREIGN KEY(role_id) REFERENCES roles(id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE roles_relations ADD CONSTRAINT fk_roles_relations_container_id FOREIGN KEY(role_container_id) REFERENCES roles(id); >************************** > >ALTER TABLE >********* QUERY ********** >CREATE TABLE storage_pool >( > id UUID not null, > name VARCHAR(40) NOT NULL, > description VARCHAR(4000) NOT NULL, > storage_pool_type INTEGER NOT NULL, > storage_pool_format_type varchar(50), > status INTEGER NOT NULL, > master_domain_version INTEGER NOT NULL, > spm_vds_id UUID, > compatibility_version VARCHAR(40) NOT NULL DEFAULT '2.2', > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE default NULL, > constraint pk_storage_pool primary key(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE storage_domain_static >( > id UUID not null, > storage VARCHAR(250) NOT NULL, > storage_name VARCHAR(250) NOT NULL, > storage_domain_type INTEGER NOT NULL, > storage_type INTEGER NOT NULL, > storage_domain_format_type varchar(50) NOT NULL default '0', > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE default NULL, > constraint pk_storage primary key(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE storage_domain_dynamic >( > id UUID NOT NULL, > available_disk_size INTEGER, > used_disk_size INTEGER, > CONSTRAINT PK_storage_domain_dynamic PRIMARY KEY(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >ALTER TABLE storage_domain_dynamic ADD CONSTRAINT FK_storage_domain_dynamic_storage_domain_static FOREIGN KEY(id) >REFERENCES storage_domain_static(id); >************************** > >ALTER TABLE >********* QUERY ********** >CREATE TABLE storage_server_connections >( > id VARCHAR(50) NOT NULL, > > connection VARCHAR(250) NOT NULL, > user_name VARCHAR(50), > password VARCHAR(50), > iqn VARCHAR(128), > port VARCHAR(50), > portal VARCHAR(50), > storage_type INTEGER NOT NULL, > CONSTRAINT PK_storage_server PRIMARY KEY(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE storage_pool_iso_map >( > storage_id UUID NOT NULL, > storage_pool_id UUID NOT NULL, > status INTEGER, > owner INTEGER, > CONSTRAINT PK_storage_domain_pool_map PRIMARY KEY(storage_id,storage_pool_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >ALTER TABLE storage_pool_iso_map ADD CONSTRAINT FK_storage_domain_pool_map_storage_pool FOREIGN KEY(storage_pool_id) >REFERENCES storage_pool(id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE storage_pool_iso_map ADD CONSTRAINT FK_storage_domain_pool_map_storage_domain_static FOREIGN KEY(storage_id) >REFERENCES storage_domain_static(id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >CREATE TABLE LUNs >( > phisical_volume_id VARCHAR(50), > LUN_id VARCHAR(50) NOT NULL, > volume_group_id VARCHAR(50), > serial VARCHAR(4000), > lun_mapping INTEGER, > vendor_id VARCHAR(50), > product_id VARCHAR(50), > device_size INTEGER default 0, > CONSTRAINT PK_LUNs PRIMARY KEY(LUN_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE LUN_storage_server_connection_map >( > LUN_id VARCHAR(50) NOT NULL, > storage_server_connection VARCHAR(50) NOT NULL, > CONSTRAINT PK_LUN_storage_server_connection_map PRIMARY KEY(LUN_id,storage_server_connection) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >ALTER TABLE LUN_storage_server_connection_map ADD CONSTRAINT FK_LUN_storage_server_connection_map_LUNs FOREIGN KEY(LUN_id) >REFERENCES LUNs(LUN_id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE LUN_storage_server_connection_map ADD CONSTRAINT FK_LUN_storage_server_connection_map_storage_server_connections FOREIGN KEY(storage_server_connection) >REFERENCES storage_server_connections(id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >CREATE TABLE async_tasks >( > task_id UUID NOT NULL, > action_type INTEGER NOT NULL, > status INTEGER NOT NULL, > result INTEGER NOT NULL, > action_parameters BYTEA, > CONSTRAINT PK_async_tasks PRIMARY KEY(task_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE vm_interface >( > id UUID NOT NULL, > network_name VARCHAR(50), > vm_guid UUID, > vmt_guid UUID, > mac_addr VARCHAR(20), > name VARCHAR(50) NOT NULL, > speed INTEGER, > type INTEGER DEFAULT 0, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE default NULL, > CONSTRAINT PK_vm_interface PRIMARY KEY(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE INDEX IDX_vm_interface_vm_vmt_guid ON vm_interface >(vm_guid, >vmt_guid); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE TABLE vm_interface_statistics >( > id UUID NOT NULL, > vm_id UUID, > rx_rate DECIMAL(18,0), > tx_rate DECIMAL(18,0), > rx_drop DECIMAL(18,0), > tx_drop DECIMAL(18,0), > iface_status INTEGER, > CONSTRAINT PK_vm_interface_statistics PRIMARY KEY(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >ALTER TABLE vm_interface_statistics ADD CONSTRAINT fk_vm_interface_statistics_vm_static >FOREIGN KEY(vm_id) REFERENCES vm_static(vm_guid) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >CREATE TABLE vds_interface_statistics >( > id UUID NOT NULL, > vds_id UUID, > rx_rate DECIMAL(18,0), > tx_rate DECIMAL(18,0), > rx_drop DECIMAL(18,0), > tx_drop DECIMAL(18,0), > iface_status INTEGER, > CONSTRAINT PK_vds_interface_statistics PRIMARY KEY(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >ALTER TABLE vds_interface_statistics ADD CONSTRAINT fk_vds_interface_statistics_vds_static >FOREIGN KEY(vds_id) REFERENCES vds_static(vds_id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >CREATE TABLE vds_interface >( > id UUID NOT NULL, > name VARCHAR(50) NOT NULL, > network_name VARCHAR(50), > vds_id UUID, > mac_addr VARCHAR(20), > is_bond BOOLEAN DEFAULT false, > bond_name VARCHAR(50), > bond_type INTEGER, > bond_opts VARCHAR(4000), > vlan_id INTEGER, > speed INTEGER, > addr VARCHAR(20), > subnet VARCHAR(20), > gateway VARCHAR(20), > boot_protocol INTEGER, > type INTEGER DEFAULT 0, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE default NULL, > CONSTRAINT PK_vds_interface PRIMARY KEY(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE INDEX IDX_vds_interface_vds_id ON vds_interface >(vds_id); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE TABLE network >( > id UUID NOT NULL, > name VARCHAR(50) NOT NULL, > description VARCHAR(4000), > type INTEGER, > addr VARCHAR(50), > subnet VARCHAR(20), > gateway VARCHAR(20), > vlan_id INTEGER, > stp BOOLEAN NOT NULL DEFAULT false, > storage_pool_id UUID, > CONSTRAINT PK_network PRIMARY KEY(id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE network_cluster >( > network_id UUID NOT NULL, > cluster_id UUID NOT NULL, > status INTEGER NOT NULL DEFAULT 0, > is_display BOOLEAN NOT NULL DEFAULT false, > CONSTRAINT PK_network_cluster PRIMARY KEY(network_id,cluster_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE event_map >( > event_up_name VARCHAR(100) NOT NULL, > event_down_name VARCHAR(100) NOT NULL, > CONSTRAINT PK_EVENT_MAP PRIMARY KEY(event_up_name) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE event_notification_methods >( > method_id INTEGER NOT NULL, > method_type CHAR(10) NOT NULL, > CONSTRAINT PK_EVENT_NOTIFICATION_METHODS PRIMARY KEY(method_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE event_subscriber >( > subscriber_id UUID NOT NULL, > event_up_name VARCHAR(100) NOT NULL, > method_id INTEGER NOT NULL, > method_address VARCHAR(255), > tag_name VARCHAR(50) NOT NULL default '', > CONSTRAINT PK_EVENT_SUBSCRIBER PRIMARY KEY(subscriber_id,event_up_name,method_id,tag_name) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE event_notification_hist >( > subscriber_id UUID NOT NULL, > event_name VARCHAR(100) NOT NULL, > audit_log_id BIGINT NOT NULL, > method_type CHAR(10) NOT NULL, > sent_at TIMESTAMP WITH TIME ZONE NOT NULL, > status BOOLEAN NOT NULL, > reason CHAR(255) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE vds_spm_id_map >( > storage_pool_id UUID NOT NULL, > vds_spm_id INTEGER NOT NULL, > vds_id UUID NOT NULL, > CONSTRAINT PK_vds_spm_id_map PRIMARY KEY(storage_pool_id,vds_spm_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE disk_image_dynamic >( > image_id UUID NOT NULL, > read_rate INTEGER, > write_rate INTEGER, > actual_size BIGINT NOT NULL, > read_latency_seconds DECIMAL(18,9), > write_latency_seconds DECIMAL(18,9), > flush_latency_seconds DECIMAL(18,9), > CONSTRAINT PK_disk_image_dynamic PRIMARY KEY(image_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE repo_file_meta_data >( > repo_domain_id UUID NOT NULL, > repo_file_name VARCHAR(256) NOT NULL, > size bigint default 0, > date_created TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > last_refreshed BIGINT default 0, > file_type INTEGER default 0, > CONSTRAINT PK_repo_file_meta_data PRIMARY KEY(repo_domain_id,repo_file_name) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE image_group_storage_domain_map >( > image_group_id UUID NOT NULL, > storage_domain_id UUID NOT NULL, > CONSTRAINT PK_image_group_storage_domain_map PRIMARY KEY(image_group_id,storage_domain_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE action_version_map >( > action_type INTEGER NOT NULL, > cluster_minimal_version VARCHAR(40) NOT NULL, > storage_pool_minimal_version VARCHAR(40) NOT NULL, > CONSTRAINT PK_action_version_map PRIMARY KEY(action_type) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE dwh_history_timekeeping >( >var_name VARCHAR(50) NOT NULL, >var_value VARCHAR(255), >var_datetime TIMESTAMP WITH TIME ZONE >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE TABLE business_entity_snapshot >( > id uuid NOT NULL, > command_id uuid NOT NULL, > command_type character varying(256) NOT NULL, > entity_id character varying(128), > entity_type character varying(128), > entity_snapshot text, > snapshot_class character varying(128), > snapshot_type INTEGER, > insertion_order INTEGER, > CONSTRAINT PK_id PRIMARY KEY (id), > CONSTRAINT UQ_command_id_entity_id UNIQUE (command_id, entity_id, entity_type, snapshot_type) >) >WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >CREATE SEQUENCE schema_version_seq INCREMENT BY 1 START WITH 1; >************************** > >CREATE SEQUENCE >********* QUERY ********** >CREATE TABLE schema_version >( > id INTEGER DEFAULT NEXTVAL('schema_version_seq') NOT NULL, > "version" varchar(10) NOT NULL, > script varchar(255) NOT NULL, > checksum varchar(128), > installed_by varchar(30) NOT NULL, > started_at timestamp DEFAULT now(), > ended_at timestamp , > state character varying(15) NOT NULL, > "current" boolean NOT NULL, > "comment" text NULL default '', > CONSTRAINT schema_version_primary_key PRIMARY KEY (id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >ALTER TABLE tags_user_group_map ADD CONSTRAINT tags_user_group_map_tag >FOREIGN KEY(tag_id) REFERENCES tags(tag_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE tags_user_group_map ADD CONSTRAINT tags_user_map_user_group >FOREIGN KEY(group_id) REFERENCES ad_groups(id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE image_vm_pool_map ADD CONSTRAINT vm_pool_map_image >FOREIGN KEY(vm_guid) REFERENCES vm_pool_map(vm_guid) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE images ADD CONSTRAINT image_templates_images >FOREIGN KEY(it_guid) REFERENCES image_templates(it_guid); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_templates ADD CONSTRAINT vds_groups_vm_templates >FOREIGN KEY(vds_group_id) REFERENCES vds_groups(vds_group_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_static ADD CONSTRAINT vm_templates_vm_static >FOREIGN KEY(vmt_guid) REFERENCES vm_templates(vmt_guid); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_static ADD CONSTRAINT vds_groups_vm_static >FOREIGN KEY(vds_group_id) REFERENCES vds_groups(vds_group_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vds_static ADD CONSTRAINT vds_groups_vds_static >FOREIGN KEY(vds_group_id) REFERENCES vds_groups(vds_group_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_template_image_map ADD CONSTRAINT image_templates_vm_template_image_map >FOREIGN KEY(it_guid) REFERENCES image_templates(it_guid); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE image_vm_map ADD CONSTRAINT FK_image_vm_map_vm_static >FOREIGN KEY(vm_id) REFERENCES vm_static(vm_guid) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_template_image_map ADD CONSTRAINT vm_templates_vm_template_image_map >FOREIGN KEY(vmt_guid) REFERENCES vm_templates(vmt_guid); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vds_dynamic ADD CONSTRAINT vds_static_vds_dynamic >FOREIGN KEY(vds_id) REFERENCES vds_static(vds_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_dynamic ADD CONSTRAINT vm_static_vm_dynamic >FOREIGN KEY(vm_guid) REFERENCES vm_static(vm_guid) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_dynamic ADD CONSTRAINT vds_static_vm_dynamic_r >FOREIGN KEY(run_on_vds) REFERENCES vds_static(vds_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_dynamic ADD CONSTRAINT vds_static_vm_dynamic_m >FOREIGN KEY(migrating_to_vds) REFERENCES vds_static(vds_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_pool_map ADD CONSTRAINT vm_pools_vm >FOREIGN KEY(vm_pool_id) REFERENCES vm_pools(vm_pool_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_pool_map ADD CONSTRAINT vm_guid_pools >FOREIGN KEY(vm_guid) REFERENCES vm_static(vm_guid) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vds_statistics ADD CONSTRAINT vds_static_vds_statistics >FOREIGN KEY(vds_id) REFERENCES vds_static(vds_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_statistics ADD CONSTRAINT vm_static_vm_statistics >FOREIGN KEY(vm_guid) REFERENCES vm_static(vm_guid) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE tags_user_map ADD CONSTRAINT tags_user_map_tag >FOREIGN KEY(tag_id) REFERENCES tags(tag_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE tags_user_map ADD CONSTRAINT tags_user_map_user >FOREIGN KEY(user_id) REFERENCES users(user_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE tags_vds_map ADD CONSTRAINT tags_vds_map_tag >FOREIGN KEY(tag_id) REFERENCES tags(tag_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE tags_vds_map ADD CONSTRAINT tags_vds_map_vds >FOREIGN KEY(vds_id) REFERENCES vds_static(vds_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE tags_vm_map ADD CONSTRAINT tags_vm_map_tag >FOREIGN KEY(tag_id) REFERENCES tags(tag_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE tags_vm_map ADD CONSTRAINT tags_vm_map_vm >FOREIGN KEY(vm_id) REFERENCES vm_static(vm_guid) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_pools ADD CONSTRAINT FK_vds_groups_vm_pools >FOREIGN KEY(vds_group_id) REFERENCES vds_groups(vds_group_id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vds_groups ADD CONSTRAINT Fk_vds_groups_storage_pool_id FOREIGN KEY(storage_pool_id) >REFERENCES storage_pool(id) ON DELETE SET NULL; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE images ADD CONSTRAINT Fk_images_storage_id FOREIGN KEY(storage_id) >REFERENCES storage_domain_static(id); >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE tags_vm_pool_map ADD CONSTRAINT fk_tags_vm_pool_map_tag FOREIGN KEY(tag_id) >REFERENCES tags(tag_id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE tags_vm_pool_map ADD CONSTRAINT fk_tags_vm_pool_map_vm_pool FOREIGN KEY(vm_pool_id) >REFERENCES vm_pools(vm_pool_id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE user_sessions ADD CONSTRAINT fk_users >FOREIGN KEY(user_id) REFERENCES users(user_id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_interface ADD CONSTRAINT FK_vm_interface_vm_static FOREIGN KEY(vm_guid) >REFERENCES vm_static(vm_guid) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vds_interface ADD CONSTRAINT FK_vds_interface_vds_interface FOREIGN KEY(vds_id) >REFERENCES vds_static(vds_id) >ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE network_cluster ADD CONSTRAINT FK_network_cluster_network FOREIGN KEY(network_id) >REFERENCES network(id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE network_cluster ADD CONSTRAINT FK_network_cluster_vds_groups FOREIGN KEY(cluster_id) >REFERENCES vds_groups(vds_group_id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE network ADD CONSTRAINT FK_network_storage_pool FOREIGN KEY(storage_pool_id) >REFERENCES storage_pool(id) ON DELETE SET NULL; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE event_subscriber ADD CONSTRAINT FK_EVENT_SUBSCRIBER_EVENT_MAP FOREIGN KEY(event_up_name) >REFERENCES event_map(event_up_name) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE event_subscriber ADD CONSTRAINT FK_EVENT_SUBSCRIBER_EVENT_NOTIFICATION_METHODS FOREIGN KEY(method_id) >REFERENCES event_notification_methods(method_id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE event_subscriber ADD CONSTRAINT FK_EVENT_SUBSCRIBER_users FOREIGN KEY(subscriber_id) >REFERENCES users(user_id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE event_notification_hist ADD CONSTRAINT FK_EVENT_NOTIFICATION_HIST_audit_log FOREIGN KEY(audit_log_id) >REFERENCES audit_log(audit_log_id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE event_notification_hist ADD CONSTRAINT FK_EVENT_NOTIFICATION_users FOREIGN KEY(subscriber_id) >REFERENCES users(user_id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vds_spm_id_map ADD CONSTRAINT FK_vds_spm_id_map_storage_pool FOREIGN KEY(storage_pool_id) >REFERENCES storage_pool(id) >ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vds_spm_id_map ADD CONSTRAINT FK_vds_spm_id_map_vds_id FOREIGN KEY(vds_id) >REFERENCES vds_static(vds_id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE image_group_storage_domain_map ADD CONSTRAINT FK_image_group_storage_domain_map_storage_domain_static FOREIGN KEY(storage_domain_id) >REFERENCES storage_domain_static(id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE repo_file_meta_data ADD CONSTRAINT FK_repo_file_meta_data_storage_domain_static >FOREIGN KEY(repo_domain_id) REFERENCES storage_domain_static(id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE disk_image_dynamic ADD CONSTRAINT FK_disk_image_dynamic_images >FOREIGN KEY(image_id) REFERENCES images(image_guid) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE permissions ADD CONSTRAINT fk_permissions_roles FOREIGN KEY(role_id) >REFERENCES roles(id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >CREATE INDEX IDX_permissions_ad_element_id >ON permissions >(ad_element_id); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_permissions_object_id >ON permissions >(object_id); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_permissions_role_id >ON permissions >(role_id); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_repo_file_file_type >ON repo_file_meta_data >(file_type); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_roles_groups_action_group_id >ON roles_groups >(action_group_id); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE UNIQUE INDEX IDX_combined_ad_role_object ON permissions >(ad_element_id, >role_id, >object_id); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_business_entity_snapshot_command_id ON business_entity_snapshot(command_id); >************************** > >CREATE INDEX >********* QUERY ********** >select count(*) from pg_proc where proname = 'uuid_nil'; >************************** > > 0 > >********* QUERY ********** >DROP TYPE IF EXISTS idTextType CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >DROP TYPE IF EXISTS idUuidType CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >DROP TYPE IF EXISTS booleanResultType CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE idTextType AS(id text); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE TYPE idUuidType AS(id UUID); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE TYPE booleanResultType AS(result BOOLEAN); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE OR REPLACE FUNCTION getGlobalIds(v_name VARCHAR(4000)) >RETURNS UUID IMMUTABLE STRICT > AS $function$ > DECLARE > v_id UUID; >BEGIN > if (v_name = 'system') then > v_id := 'AAA00000-0000-0000-0000-123456789AAA'; > elsif (v_name = 'everyone') then > v_id := 'EEE00000-0000-0000-0000-123456789EEE'; > -- bottom is an object which all the objects in the system are its parents > -- useful to denote we want all objects when checking for permissions > elsif (v_name = 'bottom') then > v_id := 'BBB00000-0000-0000-0000-123456789BBB'; > end if; > return v_id; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fnSplitter(ids TEXT) RETURNS SETOF idTextType IMMUTABLE AS >$function$ >BEGIN > RETURN QUERY > SELECT regexp_split_to_table(ids, ',') AS id; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fnSplitterUuid(ids TEXT) RETURNS SETOF UUID IMMUTABLE AS >$function$ >BEGIN > IF ids != '' THEN > RETURN QUERY > SELECT CAST(regexp_split_to_table(ids, ',') AS UUID); > END IF; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS user_permissions CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE user_permissions AS(permission_id UUID, role_id UUID, user_id UUID); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_user_permissions(v_userId IN uuid) RETURNS SETOF user_permissions STABLE AS >$function$ >DECLARE > >BEGIN > RETURN QUERY > SELECT > permissions.id AS permission_id, > permissions.role_id, > permissions.ad_element_id AS user_id > FROM permissions > INNER JOIN users ON permissions.ad_element_id = users.user_id > WHERE users.user_id = v_userId > > UNION > > SELECT > permissions.id AS permission_id, > permissions.role_id, > temp.user_id AS user_id > FROM permissions INNER JOIN > ( > -- get all groups of admin users > SELECT ad_groups.id group_id, users.user_id > FROM ad_groups, users > WHERE ad_groups.id IN > (SELECT * FROM fnsplitteruuid(users.group_ids)) > AND users.user_id = v_userId ) temp > ON permissions.ad_element_id = temp.group_id; > >END; $function$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_get_entity_parents(v_entity_id IN uuid, v_object_type IN int4) RETURNS SETOF idUuidType STABLE AS >$function$ >/* Gets a list of all parent GUID to the system root (including) > > Object Types (compatible with VdcObjectType, XXX entries are unused currently) > Unknown XXX, > System XXX, > Bottom = 0, > VM = 2, > VDS = 3, > VmTemplate = 4, > VmPool = 5, > AdElements XXX, > Tags XXX, > Bookmarks XXX, > VdsGroups = 9, > MultiLevelAdministration XXX, > Storage = 11, > EventNotification XXX, > ImportExport XXX, > StoragePool = 14, > User = 15, > Role = 16, > Quota = 17, > GlusterVolume = 18, > Disk = 19, > Network = 20, > VNICProfile = 27 >*/ >DECLARE > v_entity_type int4 := v_object_type; > system_root_id uuid; > cluster_id uuid; > ds_id uuid; > v_image_id uuid; > v_storage_id uuid; > v_vm_id uuid; > v_storage_pool_id uuid; > v_profile_network_id uuid; > >BEGIN > > system_root_id := ( SELECT getGlobalIds('system') ); -- hardcoded also in MLA Handler > CASE > WHEN v_entity_type = 0 THEN -- Bottom > RETURN QUERY > SELECT object_id > FROM permissions; > WHEN v_entity_type = 2 THEN -- VM > -- get cluster id > cluster_id := ( SELECT vds_group_id FROM vm_static WHERE vm_guid = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 3 THEN -- VDS > -- get cluster id > cluster_id := ( SELECT vds_group_id FROM vds_static WHERE vds_id = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 4 THEN -- Template > -- get image id first > v_image_id := ( SELECT image_guid FROM images i JOIN vm_device vd ON i.image_group_id = vd.device_id WHERE vm_id = v_entity_id limit 1); > -- get the storage id from images > v_storage_id := ( SELECT storage_domain_id FROM image_storage_domain_map WHERE image_id = v_image_id limit 1); > -- finally get data center id > ds_id := ( SELECT storage_pool_id FROM storage_pool_iso_map WHERE storage_id = v_storage_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 5 THEN -- VM Pool > -- get cluster id > cluster_id := ( SELECT vds_group_id FROM vm_pools WHERE vm_pool_id = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 9 THEN -- Cluster > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = v_entity_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 11 THEN -- Storage Domain > > RETURN QUERY > SELECT system_root_id AS id > UNION ALL > SELECT storage_pool_id as id FROM storage_pool_iso_map WHERE storage_id = v_entity_id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 17 THEN -- Quota > -- get data center id > ds_id := ( SELECT storage_pool_id FROM quota WHERE id = v_entity_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 18 THEN -- GlusterVolume > -- get cluster id > cluster_id := ( SELECT v.cluster_id FROM gluster_volumes v WHERE id = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > > WHEN v_entity_type = 19 THEN -- Disk > > -- get data center, storage domain and vm > SELECT INTO ds_id, v_storage_id, v_vm_id > storage_pool_id, storage_id, vm_id > FROM images_storage_domain_view > LEFT OUTER JOIN vm_device ON vm_device.device_id = images_storage_domain_view.disk_id > WHERE image_group_id = v_entity_id; > > -- get cluster > cluster_id := ( SELECT vds_group_id FROM vm_static WHERE vm_guid = v_vm_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT v_storage_id AS id > UNION > SELECT v_vm_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > > WHEN v_entity_type = 20 THEN -- Network > > SELECT INTO v_storage_pool_id > network.storage_pool_id > FROM network > WHERE network.id = v_entity_id; > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT v_storage_pool_id AS id > UNION > SELECT v_entity_id AS id; > > WHEN v_entity_type = 27 THEN -- VNICProfile > > SELECT INTO v_profile_network_id > vnic_profiles.network_id > FROM vnic_profiles > WHERE vnic_profiles.id = v_entity_id; > SELECT INTO v_storage_pool_id > network.storage_pool_id > FROM network > WHERE network.id = v_profile_network_id; > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT v_storage_pool_id AS id > UNION > SELECT v_profile_network_id AS id > UNION > SELECT v_entity_id AS id; > > WHEN v_entity_type = 23 THEN -- Gluster Hook > > -- get cluster id > cluster_id := ( SELECT cluster_id FROM gluster_hooks WHERE id = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > > WHEN v_entity_type = 25 THEN -- Gluster Service > > -- get cluster id > cluster_id := ( SELECT vds_group_id FROM vds_static WHERE vds_id = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > ELSE > IF v_entity_type IN ( 1,14,15,16 ) THEN -- Data Center, users and roles are under system > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT v_entity_id AS id; > END IF; > END CASE; >END;$function$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_get_disk_commited_value_by_storage(v_storage_domain_id IN uuid) RETURNS integer STABLE AS >$function$ >DECLARE > result integer; > mult bigint; > >BEGIN > mult := ( SELECT > COALESCE(SUM(images_storage_domain_view.size),0) > FROM images_storage_domain_view > WHERE images_storage_domain_view.storage_id = v_storage_domain_id ); > -- convert to GB from bytes > mult := CAST((mult * 0.000000000931322574615478515625) AS bigint); > result := CAST(mult as integer); > > RETURN result; >END;$function$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_get_actual_images_size_by_storage(v_storage_domain_id IN uuid) RETURNS integer STABLE AS >$function$ >DECLARE > result integer; > mult bigint; > >BEGIN > mult := ( SELECT > COALESCE(SUM(disk_image_dynamic.actual_size),0) > FROM images_storage_domain_view JOIN > disk_image_dynamic ON ( images_storage_domain_view.image_guid = disk_image_dynamic.image_id ) > WHERE images_storage_domain_view.storage_id = v_storage_domain_id ); > -- convert to GB from bytes > mult := CAST((mult * 0.000000000931322574615478515625) AS bigint); > result := CAST(mult as integer); > > RETURN result; >END;$function$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_get_storage_domain_shared_status_by_domain_id(v_storage_domain_id UUID, > v_storage_status INTEGER, > v_storage_domain_type INTEGER) >RETURNS INTEGER > AS $function$ > DECLARE > v_result INTEGER; > v_rowsCount INTEGER; > v_status INTEGER; >BEGIN > if (v_storage_domain_type != 2) then > if (v_storage_status is null) then > v_result := 0; > else > -- if 1 row and status active (3) then domain is active (1) > if v_storage_status = 3 then > v_result := 1; > -- if 1 row and status not active then domain is inactive (2) > else > v_result := 2; > end if; > end if; > else > BEGIN > CREATE GLOBAL TEMPORARY TABLE tt_TEMP22 > ( > status INTEGER, > count INTEGER > ) WITH OIDS; > exception when others then > truncate table tt_TEMP22; > END; > delete from tt_TEMP22; > Insert INTO tt_TEMP22 > select status, count(storage_id) from storage_pool_iso_map > where storage_id = v_storage_domain_id > group by status; > > select count(*) INTO v_rowsCount from tt_TEMP22; > > -- if return 0 rows then the domain is unattached > if (v_rowsCount = 0) then > v_result := 0; > else > if (v_rowsCount = 1) then > -- if 1 row and status active (3) then domain is active (1) > if v_storage_status = 3 then > v_result := 1; > -- if 1 row and status not active then domain is inactive (2) > else > v_result := 2; > end if; > -- else (if return more then 1 row) > else > select count(*) INTO v_rowsCount from tt_TEMP22 where status = 3; > if (v_rowsCount > 0) then > v_result := 3; > -- non of the statuses is active > else > v_result := 2; > end if; > end if; > end if; > end if; > return v_result; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_get_ad_element_name(v_ad_element_id IN uuid) RETURNS text STABLE AS >$function$ >DECLARE > result text; > >BEGIN > if (v_ad_element_id = getGlobalIds('everyone')) then > result := 'Everyone'; > else > select(COALESCE(name,'') || ' ' || COALESCE(surname,'') || ' (' || COALESCE(username,'') || ')') INTO result from users where user_id = v_ad_element_id; > if (result is null) then > select name INTO result from ad_groups where ID = v_ad_element_id; > end if; > end if; > return result; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_get_entity_name(v_entity_id IN uuid, v_object_type IN int4) RETURNS text STABLE AS >$function$ >/* Gets object name by its id and type > > Object Types (compatible with VdcObjectType, XXX entries are unused currently) > Unknown XXX, > System XXX, > VM = 2, > VDS = 3, > VmTemplate = 4, > VmPool = 5, > AdElements XXX, > Tags XXX, > Bookmarks XXX, > VdsGroups = 9, > MultiLevelAdministration XXX, > Storage = 11, > EventNotification XXX, > ImportExport XXX, > StoragePool = 14, > User = 15, > Role = 16, > Quota = 17, > GlusterVolume = 18, > Disk = 19, > Network = 20, > VNICProfile = 27 >*/ >DECLARE > v_entity_type int4 := v_object_type; > result text; > >BEGIN > > CASE > WHEN v_entity_type = 1 THEN > result := 'System'; > WHEN v_entity_type = 2 OR v_entity_type = 4 THEN > result := ( SELECT vm_name FROM vm_static WHERE vm_guid = v_entity_id ); > WHEN v_entity_type = 3 THEN > result := ( SELECT vds_name FROM vds_static WHERE vds_id = v_entity_id ); > WHEN v_entity_type = 5 THEN > result := ( SELECT vm_pool_name FROM vm_pools WHERE vm_pool_id = v_entity_id ); > WHEN v_entity_type = 7 THEN > result := ( SELECT tag_name FROM tags WHERE tag_id = v_entity_id ); > WHEN v_entity_type = 8 THEN > result := ( SELECT bookmark_name FROM bookmarks WHERE bookmark_id = v_entity_id ); > WHEN v_entity_type = 9 THEN > result := ( SELECT name FROM vds_groups WHERE vds_group_id = v_entity_id ); > WHEN v_entity_type = 11 THEN > result := ( SELECT storage_name FROM storage_domain_static WHERE id = v_entity_id ); > WHEN v_entity_type = 14 THEN > result := ( SELECT name FROM storage_pool WHERE id = v_entity_id ); > WHEN v_entity_type = 15 THEN > result := ( SELECT username FROM users WHERE user_id = v_entity_id ); > WHEN v_entity_type = 16 THEN > result := ( SELECT name FROM roles WHERE id = v_entity_id ); > WHEN v_entity_type = 17 THEN > result := ( SELECT quota_name FROM quota WHERE id = v_entity_id ); > WHEN v_entity_type = 18 THEN > result := ( SELECT vol_name FROM gluster_volumes WHERE id = v_entity_id ); > WHEN v_entity_type = 19 THEN > result := ( SELECT disk_alias FROM base_disks WHERE disk_id = v_entity_id ); > WHEN v_entity_type = 20 THEN > result := ( SELECT name FROM network WHERE id = v_entity_id ); > WHEN v_entity_type = 23 THEN > result := ( SELECT concat(gluster_command,'-',stage,'-',name) FROM gluster_hooks where id = v_entity_id ); > WHEN v_entity_type = 25 THEN > result := ( SELECT service_name FROM gluster_services where id = v_entity_id ); > WHEN v_entity_type = 27 THEN > result := ( SELECT name FROM vnic_profiles where id = v_entity_id ); > ELSE > result := 'Unknown type ' || v_entity_type; > END CASE; > >-- -- This should be written to an error var or include object_id that is missing >-- IF result IS NULL THEN >-- result := v_entity_id || '' NOT FOUND''; >-- END IF; > RETURN result; >END;$function$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION getUserAndGroupsById(v_id UUID) >RETURNS SETOF idUuidType STABLE > AS $function$ >BEGIN > RETURN QUERY > select ID from ad_groups,users where users.user_id = v_id > and ad_groups.id in(select * from fnsplitteruuid(users.group_ids)) > UNION > select v_id > UNION > -- user is also member of 'Everyone' > select 'EEE00000-0000-0000-0000-123456789EEE'; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION getElementIdsByIdAndGroups(v_id UUID,v_group_ids text) >RETURNS SETOF idUuidType STABLE > AS $function$ >BEGIN > RETURN QUERY > select * from fnsplitteruuid(v_group_ids) > UNION > select v_id > UNION > -- user is also member of 'Everyone' > select 'EEE00000-0000-0000-0000-123456789EEE'; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS vds_group_usage_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE vds_group_usage_rs AS > ( virtual_cpu_usage INTEGER,mem_size_mb_usage BIGINT); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE OR REPLACE FUNCTION getNonCountableQutoaVmStatuses() >RETURNS SETOF INTEGER IMMUTABLE > AS $BODY$ >BEGIN > RETURN query select 0 union select 13 union select 14 union select 15; >--(Down(0), Suspended(13), ImageIllegal(14), ImageLocked(15)) >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CalculateVdsGroupUsage(v_quota_id UUID, v_vds_group_id UUID) >RETURNS SETOF vds_group_usage_rs STABLE >AS $function$ >BEGIN > RETURN QUERY SELECT cast(COALESCE(sum(num_of_sockets * cpu_per_socket), 0) as INTEGER) as virtual_cpu_usage, > COALESCE(sum(mem_size_mb), 0) as mem_size_mb_usage > FROM vm_static,vm_dynamic > WHERE quota_id = v_quota_id > AND vm_dynamic.vm_guid = vm_static.vm_guid > AND vm_dynamic.status not in (SELECT getNonCountableQutoaVmStatuses()) > AND (v_vds_group_id = vm_static.vds_group_id or v_vds_group_id IS NULL); >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS all_vds_group_usage_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE all_vds_group_usage_rs AS > (quota_vds_group_id UUID, quota_id UUID,vds_group_id UUID,vds_group_name character varying(40),virtual_cpu INTEGER,virtual_cpu_usage INTEGER,mem_size_mb BIGINT,mem_size_mb_usage BIGINT); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE OR REPLACE FUNCTION calculateAllVdsGroupUsage() >RETURNS SETOF all_vds_group_usage_rs STABLE >AS $function$ >BEGIN > RETURN QUERY SELECT > quota_limitation.id AS quota_vds_group_id, > quota_limitation.quota_id as quota_id, > quota_limitation.vds_group_id as vds_group_id, > vds_groups.name AS vds_group_name, > quota_limitation.virtual_cpu, > cast(COALESCE(sum(num_of_sockets * cpu_per_socket * cast(vm_dynamic.status not in (SELECT getNonCountableQutoaVmStatuses()) as INTEGER)), 0) as INTEGER) as virtual_cpu_usage, > quota_limitation.mem_size_mb, > COALESCE(sum(vm_static.mem_size_mb), 0) as mem_size_mb_usage > FROM quota_limitation > LEFT JOIN vm_static ON vm_static.quota_id = quota_limitation.quota_id > LEFT JOIN vm_dynamic ON vm_dynamic.vm_guid = vm_static.vm_guid > LEFT JOIN vds_groups ON vds_groups.vds_group_id = vm_static.vds_group_id > WHERE quota_limitation.virtual_cpu IS NOT NULL > AND quota_limitation.mem_size_mb IS NOT NULL > GROUP BY quota_limitation.quota_id, quota_limitation.vds_group_id, vds_group_name, quota_limitation.virtual_cpu, quota_limitation.mem_size_mb, > vm_static.quota_id, vds_groups.vds_group_id, vm_static.vds_group_id, quota_limitation.id; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS all_storage_usage_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE all_storage_usage_rs AS > (quota_storage_id UUID,quota_id UUID,storage_id UUID,storage_name character varying(250),storage_size_gb BIGINT,storage_size_gb_usage double precision); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE OR REPLACE FUNCTION calculateAllStorageUsage() >RETURNS SETOF all_storage_usage_rs STABLE >AS $function$ >BEGIN > -- Summarize size of all disks that are active. > RETURN QUERY SELECT > quota_limitation.id AS quota_storage_id, > quota_limitation.quota_id as quota_id, > quota_limitation.storage_id as storage_id, > storage_domain_static.storage_name, > quota_limitation.storage_size_gb, > cast(COALESCE(sum(size * cast(active as integer) + disk_image_dynamic.actual_size * cast((not active) as integer)) / 1073741824 ,0) as double precision) as storage_usage -- 1073741824 is 1024^3 (for GB) > FROM quota_limitation > LEFT JOIN image_storage_domain_map ON quota_limitation.quota_id = image_storage_domain_map.quota_id > LEFT JOIN images ON images.image_guid = image_storage_domain_map.image_id > LEFT JOIN disk_image_dynamic ON images.image_guid = disk_image_dynamic.image_id > LEFT JOIN storage_domain_static ON image_storage_domain_map.storage_domain_id = storage_domain_static.id > WHERE quota_limitation.storage_size_gb IS NOT NULL > GROUP BY quota_limitation.quota_id, storage_id,quota_limitation.id,storage_domain_static.storage_name,quota_limitation.storage_size_gb; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CalculateStorageUsage(v_quota_id UUID, v_storage_id UUID) >RETURNS double precision STABLE >AS $function$ >DECLARE > v_virtual_size double precision; > v_actual_size double precision; >BEGIN > -- Summarize size of all disks that are active. > SELECT COALESCE(sum(size) / (1024 * 1024 * 1024),0) INTO v_virtual_size > FROM disk_image_dynamic, images_storage_domain_view > WHERE image_guid = disk_image_dynamic.image_id > AND image_guid in (SELECT image_guid FROM images WHERE active = TRUE) > AND quota_id = v_quota_id > AND (v_storage_id = images_storage_domain_view.storage_id or v_storage_id IS NULL); > > -- Summarize the actual size of all the rest disks that are read only disks such as snapshots, not active, template disks. > SELECT COALESCE(sum(disk_image_dynamic.actual_size) / (1024 * 1024 * 1024),0) INTO v_actual_size > FROM disk_image_dynamic, images_storage_domain_view > WHERE image_guid = disk_image_dynamic.image_id > AND image_guid not in (SELECT image_guid > FROM images i JOIN vm_device vd ON i.image_group_id = vd.device_id > WHERE active = TRUE) > AND quota_id = v_quota_id > AND (v_storage_id = images_storage_domain_view.storage_id or v_storage_id IS NULL); > RETURN v_actual_size + v_virtual_size; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function create_uuid_sequence() returns void >as $procedure$ >begin > if not exists (select 1 from information_schema.sequences where sequence_name = 'uuid_sequence') then > create sequence uuid_sequence increment by 1 start with 1; > end if; >end; $procedure$ >language plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select create_uuid_sequence(); >************************** > > > >********* QUERY ********** >drop function create_uuid_sequence(); >************************** > >DROP FUNCTION >********* QUERY ********** >create or replace function uuid_generate_v1() returns uuid STABLE >as $procedure$ >declare > v_val bigint; > v_4_part char(4); > v_8_part char(8); > v_12_part char(12); > v_4_part_max int; >begin > -- The only part we should use modulo is the 4 digit part, all the > -- rest are really big numbers (i.e 16^8 - 1 and 16^12 - 1) > v_4_part_max = 65535; -- this is 16^4 -1 > v_val := nextval('uuid_sequence'); > v_4_part := lpad(to_hex(v_val % v_4_part_max), 4, '0'); > v_8_part := lpad(to_hex(v_val), 8, '0'); > v_12_part := lpad(to_hex(v_val), 12, '0'); > return v_8_part || v_4_part || v_4_part || v_4_part || v_12_part; >end; $procedure$ >language plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_get_comparable_ip_list(text) RETURNS inet[] IMMUTABLE STRICT >AS $procedure$ >BEGIN >CASE > WHEN ($1 IS NULL) OR ($1 ~ E'^\s*$') THEN > RETURN NULL; > ELSE > RETURN regexp_split_to_array(trim(both from $1), E'\s+')::inet[]; >END CASE; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_add_column(v_table varchar(128), v_column varchar(128), v_column_def text) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (not exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ADD COLUMN ' || v_column || ' ' || v_column_def; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_drop_column(v_table varchar(128), v_column varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' DROP COLUMN ' || v_column; > EXECUTE v_sql; > end; > end if; >end;$procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_change_column_type(v_table varchar(128), v_column varchar(128), > v_type varchar(128), v_new_type varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column and (udt_name ilike v_type or data_type ilike v_type))) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ALTER COLUMN ' || v_column || ' TYPE ' || v_new_type; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_rename_column(v_table varchar(128), v_column varchar(128), v_new_name varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' RENAME COLUMN ' || v_column || ' TO ' || v_new_name; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_option_value, v_version); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value_all_versions(v_option_name varchar(100)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name)) then > begin > delete from vdc_options where option_name ilike v_option_name; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value(v_option_name varchar(100), v_version text) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)))) then > begin > delete from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_for_version(v_version text) >returns void >AS $procedure$ >BEGIN > delete from vdc_options where version in (select ID from fnSplitter(v_version)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and version = v_version; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_default_config_value(v_option_name varchar(100),v_default_option_value varchar(4000),v_option_value varchar(4000),v_version varchar(40),v_ignore_default_value_case boolean) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > if (v_ignore_default_value_case) > then > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value ilike v_default_option_value and version = v_version; > else > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value = v_default_option_value and version = v_version; > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_rename_config_key(v_old_option_name varchar(100),v_new_option_name varchar(100),v_version varchar(40)) >returns void >AS $procedure$ >DECLARE > v_current_option_value varchar(4000); >begin > if (exists (select 1 from vdc_options where option_name ilike v_old_option_name and version = v_version)) then > v_current_option_value:=option_value from vdc_options where option_name ilike v_old_option_name and version = v_version; > update vdc_options set option_name = v_new_option_name, option_value = v_current_option_value > where option_name ilike v_old_option_name and version = v_version; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_create_constraint ( > v_table varchar(128), v_constraint varchar(128), v_constraint_sql text) >returns void >AS $procedure$ >begin > if NOT EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' ADD CONSTRAINT ' || v_constraint || ' ' || v_constraint_sql; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_drop_constraint ( > v_table varchar(128), v_constraint varchar(128)) >returns void >AS $procedure$ >begin > if EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' DROP CONSTRAINT ' || v_constraint || ' CASCADE'; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid) > RETURNS void AS >$procedure$ > DECLARE > v_user_entry VARCHAR(255); > v_user_id UUID; > v_name VARCHAR(255); > v_domain VARCHAR(255); > v_user_name VARCHAR(255); > > v_document VARCHAR(64); > v_index INTEGER; >BEGIN > > select option_value INTO v_user_entry from vdc_options where option_name = 'AdUserId'; > select option_value INTO v_name from vdc_options where option_name = 'AdUserName'; > select option_value INTO v_domain from vdc_options where option_name = 'DomainName'; > > v_index := POSITION(':' IN v_user_entry); > if ( v_index <> 0 ) then > v_user_entry := substring( v_user_entry from v_index + 1 ); > v_user_id := CAST( v_user_entry AS uuid ); > end if; > > v_index := POSITION(':' IN v_name); > if ( v_index <> 0 ) then > v_name := substring( v_name from v_index + 1 ); > end if; > >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select v_user_id, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = v_user_id and name = v_name and domain = v_domain and username = v_user_name and groups = '' and status = 1); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', v_user_id, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = v_user_id and object_id= getGlobalIds('system') and object_type_id = 1); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION CheckDBConnection() RETURNS SETOF integer IMMUTABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_functions_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'drop function if exists ' || ns.nspname || '.' || proname || '(' || oidvectortypes(proargtypes) || ') cascade;' from pg_proc inner join pg_namespace ns on (pg_proc.pronamespace=ns.oid) where ns.nspname = 'public' order by proname; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_views_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP VIEW if exists ' || table_name || ' CASCADE;' from information_schema.views where table_schema = 'public' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_tables_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP TABLE if exists ' || table_name || ' CASCADE;' from information_schema.tables where table_schema = 'public' and table_type = 'BASE TABLE' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_seq_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP SEQUENCE if exists ' || sequence_name || ' CASCADE;' from information_schema.sequences where sequence_schema = 'public' order by sequence_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_user_types_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT 'DROP TYPE if exists ' || c.relname::information_schema.sql_identifier || ' CASCADE;' > FROM pg_namespace n, pg_class c, pg_type t > WHERE n.oid = c.relnamespace and t.typrelid = c.oid and c.relkind = 'c'::"char" and > n.nspname = 'public' > ORDER BY c.relname::information_schema.sql_identifier; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_get_column_size( v_table varchar(64), v_column varchar(64)) returns integer STABLE > AS $procedure$ > declare > retvalue integer; >BEGIN > retvalue := character_maximum_length from information_schema.columns > where > table_name ilike v_table and column_name ilike v_column and > table_schema = 'public' and udt_name in ('char','varchar'); > return retvalue; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid, v_user_id VARCHAR(255), v_name VARCHAR(255), v_domain VARCHAR(255)) > RETURNS void AS >$BODY$ > DECLARE > v_user_name VARCHAR(255); > v_document VARCHAR(64); > v_index INTEGER; > input_uuid uuid; >BEGIN > input_uuid = CAST( v_user_id AS uuid ); >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select input_uuid, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = input_uuid); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', input_uuid, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = input_uuid and object_id= getGlobalIds('system') and object_type_id = 1); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_add_action_group_to_role(v_role_id UUID, v_action_group_id INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO roles_groups(role_id,action_group_id) > SELECT v_role_id, v_action_group_id > WHERE NOT EXISTS (SELECT 1 > FROM roles_groups > WHERE role_id = v_role_id > AND action_group_id = v_action_group_id); >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_split_config_value(v_option_name character varying, v_old_option_value character varying, v_new_option_value character varying, v_update_from_version character varying) > RETURNS void AS >$BODY$ >declare >v_old_value varchar(4000); >v_cur cursor for select distinct version from vdc_options where version <> 'general' order by version; >v_version varchar(40); >v_index integer; >v_count integer; >v_total_count integer; >v_version_count integer; >begin > v_total_count := count(version) from vdc_options where option_name = v_option_name; > v_old_value := option_value from vdc_options where option_name = v_option_name and version = 'general'; > v_version_count := count(distinct version) from vdc_options where version <> 'general'; > if (v_total_count <= v_version_count) then > begin > if (v_old_value IS NULL) then > v_old_value := v_old_option_value; > end if; > v_count := count(distinct version) from vdc_options where version <> 'general'; > v_index := 1; > open v_cur; > loop > fetch v_cur into v_version; > exit when not found; > -- We shouldn't update if already exists > if (not exists (select 1 from vdc_options where option_name = v_option_name and version = v_version)) then > -- Might not work well for versions such as 3.10, but we currently don't have any > if (v_version >= v_update_from_version) then > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_new_option_value, v_version); > else > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_old_value, v_version); > end if; > end if; > v_index := v_index +1; > end loop; > close v_cur; > delete from vdc_options where option_name = v_option_name and version = 'general'; > end; > end if; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_grant_action_group_to_all_roles_filter(v_action_group_id integer, uuid[]) > RETURNS void AS >$BODY$ >declare >v_role_id_to_filter alias for $2; >begin > insert into roles_groups (role_id, action_group_id) > select distinct role_id, v_action_group_id > from roles_groups rg > where not ARRAY [role_id] <@ v_role_id_to_filter and not exists (select 1 from roles_groups where role_id = rg.role_id and action_group_id = v_action_group_id); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_mask_object(v_object regclass) RETURNS setof record as >$BODY$ >DECLARE > v_sql TEXT; > v_table record; > v_table_name TEXT; > temprec record; >BEGIN > -- get full table/view name from v_object (i.e <namespace>.<name>) > select c.relname, n.nspname INTO v_table > FROM pg_class c join pg_namespace n on c.relnamespace = n.oid WHERE c.oid = v_object; > -- try to get filtered query syntax from previous execution > if exists (select 1 from object_column_white_list_sql where object_name = v_table.relname) then > select sql into v_sql from object_column_white_list_sql where object_name = v_table.relname; > else > v_table_name := quote_ident( v_table.nspname ) || '.' || quote_ident( v_table.relname ); > -- compose sql statement while skipping values for columns not defined in object_column_white_list for this table. > for temprec in select a.attname, t.typname > FROM pg_attribute a join pg_type t on a.atttypid = t.oid > WHERE a.attrelid = v_object AND a.attnum > 0 AND NOT a.attisdropped ORDER BY a.attnum > loop > v_sql := coalesce( v_sql || ', ', 'SELECT ' ); > if exists(select 1 from object_column_white_list > where object_name = v_table.relname and column_name = temprec.attname) then > v_sql := v_sql || quote_ident( temprec.attname ); > ELSE > v_sql := v_sql || 'NULL::' || quote_ident( temprec.typname ) || ' as ' || quote_ident( temprec.attname ); > END IF; > END LOOP; > v_sql := v_sql || ' FROM ' || v_table_name; > v_sql := 'SELECT x::' || v_table_name || ' as rec FROM (' || v_sql || ') as x'; > -- save generated query for further use > insert into object_column_white_list_sql(object_name,sql) values (v_table.relname, v_sql); > end if; > RETURN QUERY EXECUTE v_sql; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_column_to_object_white_list(v_object_name varchar(128), v_column_name varchar(128)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from object_column_white_list > where object_name = v_object_name and column_name = v_column_name)) then > begin > -- verify that there is such object in db > if exists (select 1 from information_schema.columns > where table_name = v_object_name and column_name = v_column_name) then > insert into object_column_white_list (object_name, column_name) values (v_object_name, v_column_name); > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_disk(v_id UUID) >returns void >AS $procedure$ >declare > OK integer; > LOCKED integer; >begin > OK:=1; > LOCKED:=2; > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_snapshot(v_id UUID) >returns void >AS $procedure$ >declare > OK varchar; > LOCKED varchar; >begin > OK:='OK'; > LOCKED:='LOCKED'; > update snapshots set status = OK where status = LOCKED and snapshot_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_entity(v_object_type varchar(10), v_name varchar(255), v_recursive boolean) >returns void >AS $procedure$ >declare > DOWN integer; > OK integer; > LOCKED integer; > TEMPLATE_OK integer; > TEMPLATE_LOCKED integer; > IMAGE_LOCKED integer; > SNAPSHOT_OK varchar; > SNAPSHOT_LOCKED varchar; > v_id UUID; >begin > DOWN:=0; > OK:=1; > LOCKED:=2; > TEMPLATE_OK:=0; > TEMPLATE_LOCKED:=1; > IMAGE_LOCKED:=15; > SNAPSHOT_OK:='OK'; > SNAPSHOT_LOCKED:='LOCKED'; > v_id := vm_guid from vm_static where vm_name = v_name and entity_type ilike v_object_type; > -- set VM status to DOWN > if (v_object_type = 'vm') then > update vm_dynamic set status = DOWN where status = IMAGE_LOCKED and vm_guid = v_id; > -- set Template status to OK > else > if (v_object_type = 'template') then > update vm_static set template_status = TEMPLATE_OK where template_status = TEMPLATE_LOCKED and vm_guid = v_id; > end if; > end if; > --unlock images and snapshots if recursive flag is set > if (v_recursive) then > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id in (select device_id from vm_device where vm_id = v_id and is_plugged); > > update snapshots set status = SNAPSHOT_OK where status ilike SNAPSHOT_LOCKED and vm_id = v_id; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/* Displays DC id , DC name, SPM Host id , SPM Host name and number of async tasks awaiting. > >1) create a record type with DC name, DC id, SPM host id, SPM host name, count > >2) get all distinct DC ids from async_tasks table > >3) Run a cursor for each result in 2) > > a) get DC name > b) get SPM Host id & name if available > c) get count of tasks > > return current record > >4) return set of generated records >*/ >DROP TYPE IF EXISTS async_tasks_info_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE async_tasks_info_rs AS ( > dc_id UUID, dc_name CHARACTER VARYING, spm_host_id UUID, spm_host_name CHARACTER VARYING, task_count integer); >************************** > >CREATE TYPE >********* QUERY ********** >create or replace FUNCTION fn_db_get_async_tasks() >returns SETOF async_tasks_info_rs STABLE >AS $procedure$ >DECLARE > v_record async_tasks_info_rs; > > -- selects storage_pool_id uuid found in async_tasks > v_tasks_cursor cursor for select distinct storage_pool_id from async_tasks; >begin > > OPEN v_tasks_cursor; > FETCH v_tasks_cursor into v_record.dc_id; > WHILE FOUND LOOP > -- get dc_name and SPM Host id > v_record.dc_name := name from storage_pool where id = v_record.dc_id; > v_record.spm_host_id := > spm_vds_id from storage_pool where id = v_record.dc_id; > -- get Host name if we have non NULL SPM Host > if (v_record.spm_host_id IS NOT NULL) then > v_record.spm_host_name := > vds_name from vds_static where vds_id = v_record.spm_host_id; > else > v_record.spm_host_name:=''; > end if; > -- get tasks count for this DC > v_record.task_count := count(*) from async_tasks > where position (cast(v_record.dc_id as varchar) in action_parameters) > 0; > -- return the record > RETURN NEXT v_record; > FETCH v_tasks_cursor into v_record.dc_id; > END LOOP; > CLOSE v_tasks_cursor; > -- return full set of generated records > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >INSERT INTO vdc_options(option_name, option_value, version) values ('AutoRegistrationDefaultVdsGroupID', uuid_generate_v1(),'general'); >************************** > >INSERT 1872376 1 >********* QUERY ********** >Create or replace FUNCTION insert_data() >RETURNS VOID > AS $procedure$ > DECLARE > v_id_0000 UUID; > v_storage_pool_id UUID; > v_cluster_id UUID; > v_id_0009 UUID; >BEGIN > v_id_0000 := '00000000-0000-0000-0000-000000000000'; > v_storage_pool_id := uuid_generate_v1(); > v_cluster_id := option_value from vdc_options where option_name = 'AutoRegistrationDefaultVdsGroupID' and version = 'general'; > v_id_0009 := '00000000-0000-0000-0000-000000000009'; > > >-- INSERT DATA to schema_version >INSERT INTO schema_version(version,script,checksum,installed_by,ended_at,state,current) > values ('03010000','upgrade/03_01_0000_set_version.sql','0','engine',now(),'INSTALLED',true); > >-- INSERT everyone TO ad_groups >INSERT into ad_groups (id,name,status,domain,distinguishedname) > select getGlobalIds('everyone'), > 'Everyone', > 1, > '', > '' >where not exists ( > select id from ad_groups where id = getGlobalIds('everyone')); > >--INSERTING DATA INTO TABLE storage_pool > >INSERT INTO storage_pool (id,name,description,storage_pool_type,status,master_domain_version,compatibility_version) select v_storage_pool_id,'Default','The default Data Center',1,0,0,'3.3' where not exists (select * from storage_pool); >--INSERTING DATA INTO TABLE vds_groups > >INSERT INTO vds_groups (vds_group_id,name,description,storage_pool_id,compatibility_version,transparent_hugepages) select v_cluster_id,'Default','The default server cluster',v_storage_pool_id,'3.3',true where not exists (select * from vds_groups); > >--INSERTING DATA INTO NETWORK table > >insert into network (id,name,description,storage_pool_id) select v_id_0009, 'engine', 'Management Network', v_storage_pool_id where not exists (select * from network); >insert into network_cluster (network_id, cluster_id, status) select v_id_0009,v_cluster_id,1 where not exists (select * from network_cluster); >insert into image_templates (it_guid,os,os_version,creation_date,size,description,bootable) select v_id_0000,'-','-','2008/04/01 00:00:00',85899345920,'Blanc Image Template',false where not exists (select it_guid from image_templates where it_guid = v_id_0000); >insert into vm_templates (vmt_guid,name,mem_size_mb,os,creation_date,child_count,num_of_sockets,cpu_per_socket,description,vds_group_id,domain,num_of_monitors,status) select v_id_0000,'Blank' ,1024,0,'2008/04/01 00:00:00',0,1,1,'Blank template',v_cluster_id,'',1,0 where not exists (select vmt_guid from vm_templates where vmt_guid = v_id_0000); >insert into vm_template_image_map (it_guid,vmt_guid,internal_drive_mapping) select v_id_0000,v_id_0000,'1' where not exists (select * from vm_template_image_map where it_guid = v_id_0000 and vmt_guid = v_id_0000); > >delete from event_map; > > >insert into event_map(event_up_name, event_down_name) values('VDC_STOP', 'VDC_START'); > >insert into event_map(event_up_name, event_down_name) values('IRS_FAILURE', 'UNASSIGNED'); >insert into event_map(event_up_name, event_down_name) values('IRS_DISK_SPACE_LOW', 'UNASSIGNED'); >insert into event_map(event_up_name, event_down_name) values('IRS_DISK_SPACE_LOW_ERROR', 'UNASSIGNED'); > >insert into event_map(event_up_name, event_down_name) values('VDS_FAILURE', 'VDS_ACTIVATE'); >insert into event_map(event_up_name, event_down_name) values('USER_VDS_MAINTENANCE', 'VDS_ACTIVATE'); >insert into event_map(event_up_name, event_down_name) values('USER_VDS_MAINTENANCE_MIGRATION_FAILED', 'USER_VDS_MAINTENANCE'); >insert into event_map(event_up_name, event_down_name) values('VDS_ACTIVATE_FAILED', 'VDS_ACTIVATE'); >insert into event_map(event_up_name, event_down_name) values('VDS_RECOVER_FAILED', 'VDS_RECOVER'); >insert into event_map(event_up_name, event_down_name) values('VDS_SLOW_STORAGE_RESPONSE_TIME', 'VDS_ACTIVATE'); >insert into event_map(event_up_name, event_down_name) values('VDS_APPROVE_FAILED', 'VDS_APPROVE'); >insert into event_map(event_up_name, event_down_name) values('VDS_INSTALL_FAILED', 'VDS_INSTALL'); > >insert into event_map(event_up_name, event_down_name) values('VM_FAILURE', 'UNASSIGNED'); >insert into event_map(event_up_name, event_down_name) values('VM_MIGRATION_START', 'VM_MIGRATION_DONE'); >insert into event_map(event_up_name, event_down_name) values('VM_MIGRATION_FAILED', 'UNASSIGNED'); >insert into event_map(event_up_name, event_down_name) values('VM_MIGRATION_FAILED_FROM_TO', 'UNASSIGNED'); >insert into event_map(event_up_name, event_down_name) values('VM_NOT_RESPONDING', 'UNASSIGNED'); > >-- Insert notification methods for notification service >insert into event_notification_methods (method_id, method_type) values (0,'Email'); > >delete from action_version_map; >-- Inserting data to history timekeeping >Insert into dwh_history_timekeeping VALUES('lastSync',NULL,to_timestamp('01/01/2000', 'DD/MM/YYYY')); >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select insert_data(); >************************** > > > >********* QUERY ********** >drop function insert_data(); >************************** > >DROP FUNCTION >********* QUERY ********** >/****************************************************************************************************** > DWH DATA >******************************************************************************************************/ > >Insert into dwh_history_timekeeping SELECT 'lastFullHostCheck',NULL,to_timestamp('01/01/2000', 'DD/MM/YYYY') WHERE not exists (SELECT var_name FROM dwh_history_timekeeping WHERE var_name ='lastFullHostCheck'); >************************** > >INSERT 1872406 1 >********* QUERY ********** >Create or replace FUNCTION insert_predefined_roles() >RETURNS VOID > AS $procedure$ > DECLARE > v_super_user_id_0001 UUID; > v_power_user_id_0002 UUID; > v_user_id_1001 UUID; > v_CLUSTER_ADMIN_ID UUID; > v_DATA_CENTER_ADMIN_ID UUID; > v_STORAGE_ADMIN_ID UUID; > v_HOST_ADMIN_ID UUID; > v_NETWORK_ADMIN_ID UUID; > v_VM_ADMIN_ID UUID; > v_VM_POOL_ADMIN_ID UUID; > v_TEMPLATE_ADMIN_ID UUID; > v_TEMPLATE_USER_ID UUID; > v_QUOTA_CONSUMER_USER_ID UUID; >BEGIN > v_super_user_id_0001 := '00000000-0000-0000-0000-000000000001'; > v_power_user_id_0002 := '00000000-0000-0000-0001-000000000002'; > v_user_id_1001 := '00000000-0000-0000-0001-000000000001'; > > v_CLUSTER_ADMIN_ID := 'DEF00001-0000-0000-0000-DEF000000001'; > v_DATA_CENTER_ADMIN_ID := 'DEF00002-0000-0000-0000-DEF000000002'; > v_STORAGE_ADMIN_ID := 'DEF00003-0000-0000-0000-DEF000000003'; > v_HOST_ADMIN_ID := 'DEF00004-0000-0000-0000-DEF000000004'; > v_NETWORK_ADMIN_ID := 'DEF00005-0000-0000-0000-DEF000000005'; > v_VM_ADMIN_ID := 'DEF00006-0000-0000-0000-DEF000000006'; > v_VM_POOL_ADMIN_ID := 'DEF00007-0000-0000-0000-DEF000000007'; > v_TEMPLATE_ADMIN_ID := 'DEF00008-0000-0000-0000-DEF000000008'; > v_TEMPLATE_USER_ID := 'DEF00009-0000-0000-0000-DEF000000009'; > v_QUOTA_CONSUMER_USER_ID := 'DEF0000a-0000-0000-0000-DEF00000000a'; > > >--insert into vdc_options (option_name,option_value,version) select 'DomainName','example.org','general' where not exists (select option_name,version from vdc_options where option_name='DomainName' and version='general'); > >delete from roles_groups where role_id = v_super_user_id_0001; >INSERT INTO roles(id,name,description,is_readonly,role_type) select v_super_user_id_0001,'SuperUser','Roles management administrator',true,1 where not exists (select * from roles where id=v_super_user_id_0001 and name='SuperUser' and description='Roles management administrator' and is_readonly=true and role_type=1); > >---Vm Groups >--CREATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,1); >--DELETE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,2); >--EDIT_VM_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,3); >--VM_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,4); >--CHANGE_VM_CD >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,5); >--MIGRATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,6); >--CONNECT_TO_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,7); >--IMPORT_EXPORT_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,8); >--CONFIGURE_VM_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,9); >--CONFIGURE_VM_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,10); >--MOVE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,11); >--MANIPULATE_VM_SNAPSHOTS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,12); >-- host (vds) actions groups >--CREATE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,100); >--EDIT_HOST_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,101); >--DELETE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,102); >--MANIPUTLATE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,103); >--CONFIGURE_HOST_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,104); >-- templates actions groups >--CREATE_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,200); >--EDIT_TEMPLATE_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,201); >--DELETE_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,202); >--COPY_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,203); >--CONFIGURE_TEMPLATE_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,204); >-- vm pools actions groups >--CREATE_VM_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,300); >--EDIT_VM_POOL_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,301); >--DELETE_VM_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,302); >--VM_POOL_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,303); >-- clusters actions groups >--CREATE_CLUSTER >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,400); >--EDIT_CLUSTER_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,401); >--DELETE_CLUSTER >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,402); >--CONFIGURE_CLUSTER_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,403); >-- users and MLA actions groups >--MANIPULATE_USERS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,500); >--MANIPULATE_ROLES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,501); >--MANIPULATE_PERMISSIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,502); >-- storage domains actions groups >--CREATE_STORAGE_DOMAIN >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,600); >--EDIT_STORAGE_DOMAIN_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,601); >--DELETE_STORAGE_DOMAIN >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,602); >--MANIPULATE_STORAGE_DOMAIN >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,603); >-- storage pool actions groups >--CREATE_STORAGE_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,700); >--DELETE_STORAGE_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,701); >--EDIT_STORAGE_POOL_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,702); >--CONFIGURE_STORAGE_POOL_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,703); >delete from roles_groups where role_id = v_user_id_1001; >INSERT INTO roles(id,name,description,is_readonly,role_type) select v_user_id_1001,'UserRole','Standard User Role',true,2 where not exists (select id,name,description,is_readonly,role_type from roles where id=v_user_id_1001 and name='UserRole' and description='Standard User Role' and is_readonly=true and role_type=2); > >-- CONFIGURE_ENGINE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_super_user_id_0001,800); >--VM_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_user_id_1001,4); >--CHANGE_VM_CD >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_user_id_1001,5); >--CONNECT_TO_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_user_id_1001,7); >--VM_POOL_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_user_id_1001,303); > >--PoewerUser role >--------------- >delete from roles_groups where role_id = v_power_user_id_0002; >INSERT INTO roles(id,name,description,is_readonly,role_type) select v_power_user_id_0002,'PowerUserRole','User Role, allowed to create/manage Vms and Templates',true,2 where not exists (select id,name,description,is_readonly,role_type from roles where id=v_power_user_id_0002 and name='PowerUserRole' and description='User Role, allowed to create/manage Vms and Templates' and is_readonly=true and role_type=2); > > >---Vm Groups >--CREATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,1); >--DELETE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,2); >--EDIT_VM_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,3); >--VM_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,4); >--CHANGE_VM_CD >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,5); >--MIGRATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,6); >--CONNECT_TO_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,7); >--IMPORT_EXPORT_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,8); >--CONFIGURE_VM_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,9); >--CONFIGURE_VM_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,10); >--MOVE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,11); >--MANIPULATE_VM_SNAPSHOTS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,12); >-- templates actions groups >--CREATE_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,200); >--EDIT_TEMPLATE_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,201); >--DELETE_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,202); >--COPY_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,203); >--CONFIGURE_TEMPLATE_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,204); >-- vm pools actions groups >--CREATE_VM_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,300); >--EDIT_VM_POOL_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,301); >--DELETE_VM_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,302); >--VM_POOL_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_power_user_id_0002,303); > >------------- >--CLUSTER_ADMIN role >--------------- >delete from roles_groups where role_id = v_CLUSTER_ADMIN_ID;INSERT INTO roles(id,name,description,is_readonly,role_type) select v_CLUSTER_ADMIN_ID,'ClusterAdmin','Administrator Role, permission for all the objects underneath a specific Cluster',true,1 where not exists (select id,name,description,is_readonly,role_type from roles where id=v_CLUSTER_ADMIN_ID and name='ClusterAdmin' and description='Administrator Role, permission for all the objects underneath a specific Cluster' and is_readonly=true and role_type=1); > > >---Vm Groups >--CREATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,1); >--DELETE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,2); >--EDIT_VM_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,3); >--VM_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,4); >--CHANGE_VM_CD >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,5); >--MIGRATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,6); >--CONNECT_TO_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,7); >--IMPORT_EXPORT_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,8); >--CONFIGURE_VM_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,9); >--CONFIGURE_VM_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,10); >--MOVE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,11); >--MANIPULATE_VM_SNAPSHOTS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,12); >-- vm pools actions groups >--CREATE_VM_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,300); >--EDIT_VM_POOL_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,301); >--DELETE_VM_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,302); >--VM_POOL_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,303); >-- host (vds) actions groups >--CREATE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,100); >--EDIT_HOST_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,101); >--DELETE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,102); >--MANIPUTLATE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,103); >--CONFIGURE_HOST_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,104); >-- clusters actions groups >--CREATE_CLUSTER >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,400); >--EDIT_CLUSTER_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,401); >--DELETE_CLUSTER >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,402); >--CONFIGURE_CLUSTER_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID,403); > >------------- >--DATA_CENTER_ADMIN role >--------------- >delete from roles_groups where role_id = v_DATA_CENTER_ADMIN_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type) select v_DATA_CENTER_ADMIN_ID,'DataCenterAdmin','Administrator Role, permission for all the objects underneath a specific Data Center, except Storage',true,1 where not exists (select id,name,description,is_readonly,role_type from roles where id=v_DATA_CENTER_ADMIN_ID and name='DataCenterAdmin' and description='Administrator Role, permission for all the objects underneath a specific Data Center, except Storage' and is_readonly=true and role_type=1); > >---Vm Groups >--CREATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,1); >--DELETE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,2); >--EDIT_VM_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,3); >--VM_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,4); >--CHANGE_VM_CD >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,5); >--MIGRATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,6); >--CONNECT_TO_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,7); >--IMPORT_EXPORT_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,8); >--CONFIGURE_VM_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,9); >--CONFIGURE_VM_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,10); >--MOVE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,11); >--MANIPULATE_VM_SNAPSHOTS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,12); >-- templates actions groups >--CREATE_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,200); >--EDIT_TEMPLATE_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,201); >--DELETE_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,202); >--COPY_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,203); >--CONFIGURE_TEMPLATE_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,204); >-- vm pools actions groups >--CREATE_VM_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,300); >--EDIT_VM_POOL_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,301); >--DELETE_VM_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,302); >--VM_POOL_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,303); >-- host (vds) actions groups >--CREATE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,100); >--EDIT_HOST_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,101); >--DELETE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,102); >--MANIPUTLATE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,103); >--CONFIGURE_HOST_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,104); >-- clusters actions groups >--CREATE_CLUSTER >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,400); >--EDIT_CLUSTER_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,401); >--DELETE_CLUSTER >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,402); >--CONFIGURE_CLUSTER_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,403); >-- storage pool actions groups >--CREATE_STORAGE_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,700); >--DELETE_STORAGE_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,701); >--EDIT_STORAGE_POOL_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,702); >--CONFIGURE_STORAGE_POOL_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID,703); > >------------- >--STORAGE_ADMIN role >--------------- >delete from roles_groups where role_id = v_STORAGE_ADMIN_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type) select v_STORAGE_ADMIN_ID,'StorageAdmin','Administrator Role, permission for all operations on a specific Storage Domain',true,1 where >not exists (select id,name,description,is_readonly,role_type from roles where id=v_STORAGE_ADMIN_ID and name='StorageAdmin' and description='Administrator Role, permission for all operations on a specific Storage Domain' and is_readonly=true and role_type=1); > >-- storage domains actions groups >--CREATE_STORAGE_DOMAIN >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_STORAGE_ADMIN_ID,600); >--EDIT_STORAGE_DOMAIN_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_STORAGE_ADMIN_ID,601); >--DELETE_STORAGE_DOMAIN >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_STORAGE_ADMIN_ID,602); >--MANIPULATE_STORAGE_DOMAIN >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_STORAGE_ADMIN_ID,603); > >------------- >--HOST_ADMIN role >--------------- > >delete from roles_groups where role_id = v_HOST_ADMIN_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type) select v_HOST_ADMIN_ID,'HostAdmin','Administrator Role, permission for all operations on a specific Host',true,1 where >not exists (select id,name,description,is_readonly,role_type from roles where id=v_HOST_ADMIN_ID and name='HostAdmin' and description='Administrator Role, permission for all operations on a specific Host' and is_readonly=true and role_type=1); > >-- host (vds) actions groups >--CREATE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_HOST_ADMIN_ID,100); >--EDIT_HOST_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_HOST_ADMIN_ID,101); >--DELETE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_HOST_ADMIN_ID,102); >--MANIPUTLATE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_HOST_ADMIN_ID,103); >--CONFIGURE_HOST_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_HOST_ADMIN_ID,104); >-- storage domains actions groups >--CREATE_STORAGE_DOMAIN >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_HOST_ADMIN_ID,600); >--EDIT_STORAGE_DOMAIN_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_HOST_ADMIN_ID,601); >--DELETE_STORAGE_DOMAIN >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_HOST_ADMIN_ID,602); >--MANIPULATE_STORAGE_DOMAIN >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_HOST_ADMIN_ID,603); > > >------------- >--NETWORK_ADMIN role >--------------- > >delete from roles_groups where role_id = v_NETWORK_ADMIN_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type) select v_NETWORK_ADMIN_ID,'NetworkAdmin','Administrator Role, permission for all operations on a specific Logical Network',true,1 where >not exists (select id,name,description,is_readonly,role_type from roles where id=v_NETWORK_ADMIN_ID and name='NetworkAdmin' and description='Administrator Role, permission for all operations on a specific Logical Network' and is_readonly=true and role_type=1); >--CONFIGURE_HOST_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_NETWORK_ADMIN_ID,104); >--MANIPUTLATE_HOST >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_NETWORK_ADMIN_ID,103); >--CONFIGURE_CLUSTER_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_NETWORK_ADMIN_ID,403); > >------------- >--VM_ADMIN role >--------------- > >delete from roles_groups where role_id = v_VM_ADMIN_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type) select v_VM_ADMIN_ID,'UserVmManager','User Role, with permission for any operation on Vms',true,2 where >not exists (select id,name,description,is_readonly,role_type from roles where id=v_VM_ADMIN_ID and name='UserVmManager' and description='User Role, with permission for any operation on Vms' and is_readonly=true and role_type=2); > >-- insert local admin user to users table and assign superuser permissions >insert into users(user_id,name,domain,username,groups,status) > select 'fdfc627c-d875-11e0-90f0-83df133b58cc', 'admin', 'internal', 'admin@internal','',1 > where not exists (select 1 from users where user_id = 'fdfc627c-d875-11e0-90f0-83df133b58cc'); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) > select uuid_generate_v1(), '00000000-0000-0000-0000-000000000001', 'fdfc627c-d875-11e0-90f0-83df133b58cc', getGlobalIds('system'), 1 > where not exists > (select 1 from permissions > where role_id = '00000000-0000-0000-0000-000000000001' and > ad_element_id = 'fdfc627c-d875-11e0-90f0-83df133b58cc' and > object_id= getGlobalIds('system') and > object_type_id = 1); > >---Vm Groups >--CREATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID,1); >--DELETE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID,2); >--EDIT_VM_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID,3); >--VM_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID,4); >--CHANGE_VM_CD >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID,5); >--MIGRATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID,6); >--CONNECT_TO_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID,7); >--CONFIGURE_VM_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID,9); >--CONFIGURE_VM_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID,10); >--MOVE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID,11); >--MANIPULATE_VM_SNAPSHOTS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID,12); > >------------- >--VM_POOL_ADMIN role >--------------- >delete from roles_groups where role_id = v_VM_POOL_ADMIN_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type) select v_VM_POOL_ADMIN_ID,'VmPoolAdmin','Administrator Role, permission for all operations on a specific VM Pool',true,1 where >not exists (select id,name,description,is_readonly,role_type from roles where id= v_VM_POOL_ADMIN_ID and name='VmPoolAdmin' and description='Administrator Role, permission for all operations on a specific VM Pool' and is_readonly=true and role_type=1); > >-- vm pools actions groups >--CREATE_VM_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_POOL_ADMIN_ID,300); >--EDIT_VM_POOL_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_POOL_ADMIN_ID,301); >--DELETE_VM_POOL >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_POOL_ADMIN_ID,302); >--VM_POOL_BASIC_OPERATIONS >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_POOL_ADMIN_ID,303); >--TEMPLATE_ADMIN role >--------------- >delete from roles_groups where role_id = v_TEMPLATE_ADMIN_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type) select v_TEMPLATE_ADMIN_ID,'TemplateAdmin','Administrator Role, permission for all operations on a specific Template',true,1 where >not exists (select id,name,description,is_readonly,role_type from roles where id= v_TEMPLATE_ADMIN_ID and name='TemplateAdmin' and description='Administrator Role, permission for all operations on a specific Template' and is_readonly=true and role_type=1); >-- templates actions groups >--CREATE_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_ADMIN_ID,200); >--EDIT_TEMPLATE_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_ADMIN_ID,201); >--DELETE_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_ADMIN_ID,202); >--COPY_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_ADMIN_ID,203); >--CONFIGURE_TEMPLATE_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_ADMIN_ID,204); > >------------- >--TEMPLATE_USER role >--------------- >delete from roles_groups where role_id = v_TEMPLATE_USER_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type) select v_TEMPLATE_USER_ID,'TemplateUser','Template User',true,2 where >not exists (select id,name,description,is_readonly,role_type from roles where id= v_TEMPLATE_USER_ID and name='TemplateUser' and description='Template User' and is_readonly=true and role_type=2); > >-- MAKE BLANK TEMPLATE PUBLIC >insert into permissions (id,role_id,ad_element_id,object_id,object_type_id) > select uuid_generate_v1(), >'DEF00009-0000-0000-0000-DEF000000009', -- TemplateUser > getGlobalIds('everyone'), > '00000000-0000-0000-0000-000000000000', -- blank template id -- > 4 -- template object type id -- > where not exists ( > select * from permissions where > role_id = 'DEF00009-0000-0000-0000-DEF000000009' > and > ad_element_id = getGlobalIds('everyone') > and > object_id = '00000000-0000-0000-0000-000000000000' > and > object_type_id = 4); > >---Vm Groups >--CREATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_USER_ID,1); > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select insert_predefined_roles(); >************************** > > > >********* QUERY ********** >drop function insert_predefined_roles(); >************************** > >DROP FUNCTION >********* QUERY ********** >select 1; >************************** > > 1 > >********* QUERY ********** >Create or replace FUNCTION fn_db_add_column(v_table varchar(128), v_column varchar(128), v_column_def text) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (not exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ADD COLUMN ' || v_column || ' ' || v_column_def; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_drop_column(v_table varchar(128), v_column varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' DROP COLUMN ' || v_column; > EXECUTE v_sql; > end; > end if; >end;$procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_change_column_type(v_table varchar(128), v_column varchar(128), > v_type varchar(128), v_new_type varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column and (udt_name ilike v_type or data_type ilike v_type))) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ALTER COLUMN ' || v_column || ' TYPE ' || v_new_type; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_rename_column(v_table varchar(128), v_column varchar(128), v_new_name varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' RENAME COLUMN ' || v_column || ' TO ' || v_new_name; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_option_value, v_version); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value_all_versions(v_option_name varchar(100)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name)) then > begin > delete from vdc_options where option_name ilike v_option_name; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value(v_option_name varchar(100), v_version text) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)))) then > begin > delete from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_for_version(v_version text) >returns void >AS $procedure$ >BEGIN > delete from vdc_options where version in (select ID from fnSplitter(v_version)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and version = v_version; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_default_config_value(v_option_name varchar(100),v_default_option_value varchar(4000),v_option_value varchar(4000),v_version varchar(40),v_ignore_default_value_case boolean) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > if (v_ignore_default_value_case) > then > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value ilike v_default_option_value and version = v_version; > else > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value = v_default_option_value and version = v_version; > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_rename_config_key(v_old_option_name varchar(100),v_new_option_name varchar(100),v_version varchar(40)) >returns void >AS $procedure$ >DECLARE > v_current_option_value varchar(4000); >begin > if (exists (select 1 from vdc_options where option_name ilike v_old_option_name and version = v_version)) then > v_current_option_value:=option_value from vdc_options where option_name ilike v_old_option_name and version = v_version; > update vdc_options set option_name = v_new_option_name, option_value = v_current_option_value > where option_name ilike v_old_option_name and version = v_version; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_create_constraint ( > v_table varchar(128), v_constraint varchar(128), v_constraint_sql text) >returns void >AS $procedure$ >begin > if NOT EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' ADD CONSTRAINT ' || v_constraint || ' ' || v_constraint_sql; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_drop_constraint ( > v_table varchar(128), v_constraint varchar(128)) >returns void >AS $procedure$ >begin > if EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' DROP CONSTRAINT ' || v_constraint || ' CASCADE'; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid) > RETURNS void AS >$procedure$ > DECLARE > v_user_entry VARCHAR(255); > v_user_id UUID; > v_name VARCHAR(255); > v_domain VARCHAR(255); > v_user_name VARCHAR(255); > > v_document VARCHAR(64); > v_index INTEGER; >BEGIN > > select option_value INTO v_user_entry from vdc_options where option_name = 'AdUserId'; > select option_value INTO v_name from vdc_options where option_name = 'AdUserName'; > select option_value INTO v_domain from vdc_options where option_name = 'DomainName'; > > v_index := POSITION(':' IN v_user_entry); > if ( v_index <> 0 ) then > v_user_entry := substring( v_user_entry from v_index + 1 ); > v_user_id := CAST( v_user_entry AS uuid ); > end if; > > v_index := POSITION(':' IN v_name); > if ( v_index <> 0 ) then > v_name := substring( v_name from v_index + 1 ); > end if; > >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select v_user_id, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = v_user_id and name = v_name and domain = v_domain and username = v_user_name and groups = '' and status = 1); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', v_user_id, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = v_user_id and object_id= getGlobalIds('system') and object_type_id = 1); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION CheckDBConnection() RETURNS SETOF integer IMMUTABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_functions_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'drop function if exists ' || ns.nspname || '.' || proname || '(' || oidvectortypes(proargtypes) || ') cascade;' from pg_proc inner join pg_namespace ns on (pg_proc.pronamespace=ns.oid) where ns.nspname = 'public' order by proname; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_views_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP VIEW if exists ' || table_name || ' CASCADE;' from information_schema.views where table_schema = 'public' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_tables_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP TABLE if exists ' || table_name || ' CASCADE;' from information_schema.tables where table_schema = 'public' and table_type = 'BASE TABLE' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_seq_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP SEQUENCE if exists ' || sequence_name || ' CASCADE;' from information_schema.sequences where sequence_schema = 'public' order by sequence_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_user_types_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT 'DROP TYPE if exists ' || c.relname::information_schema.sql_identifier || ' CASCADE;' > FROM pg_namespace n, pg_class c, pg_type t > WHERE n.oid = c.relnamespace and t.typrelid = c.oid and c.relkind = 'c'::"char" and > n.nspname = 'public' > ORDER BY c.relname::information_schema.sql_identifier; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_get_column_size( v_table varchar(64), v_column varchar(64)) returns integer STABLE > AS $procedure$ > declare > retvalue integer; >BEGIN > retvalue := character_maximum_length from information_schema.columns > where > table_name ilike v_table and column_name ilike v_column and > table_schema = 'public' and udt_name in ('char','varchar'); > return retvalue; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid, v_user_id VARCHAR(255), v_name VARCHAR(255), v_domain VARCHAR(255)) > RETURNS void AS >$BODY$ > DECLARE > v_user_name VARCHAR(255); > v_document VARCHAR(64); > v_index INTEGER; > input_uuid uuid; >BEGIN > input_uuid = CAST( v_user_id AS uuid ); >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select input_uuid, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = input_uuid); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', input_uuid, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = input_uuid and object_id= getGlobalIds('system') and object_type_id = 1); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_add_action_group_to_role(v_role_id UUID, v_action_group_id INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO roles_groups(role_id,action_group_id) > SELECT v_role_id, v_action_group_id > WHERE NOT EXISTS (SELECT 1 > FROM roles_groups > WHERE role_id = v_role_id > AND action_group_id = v_action_group_id); >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_split_config_value(v_option_name character varying, v_old_option_value character varying, v_new_option_value character varying, v_update_from_version character varying) > RETURNS void AS >$BODY$ >declare >v_old_value varchar(4000); >v_cur cursor for select distinct version from vdc_options where version <> 'general' order by version; >v_version varchar(40); >v_index integer; >v_count integer; >v_total_count integer; >v_version_count integer; >begin > v_total_count := count(version) from vdc_options where option_name = v_option_name; > v_old_value := option_value from vdc_options where option_name = v_option_name and version = 'general'; > v_version_count := count(distinct version) from vdc_options where version <> 'general'; > if (v_total_count <= v_version_count) then > begin > if (v_old_value IS NULL) then > v_old_value := v_old_option_value; > end if; > v_count := count(distinct version) from vdc_options where version <> 'general'; > v_index := 1; > open v_cur; > loop > fetch v_cur into v_version; > exit when not found; > -- We shouldn't update if already exists > if (not exists (select 1 from vdc_options where option_name = v_option_name and version = v_version)) then > -- Might not work well for versions such as 3.10, but we currently don't have any > if (v_version >= v_update_from_version) then > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_new_option_value, v_version); > else > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_old_value, v_version); > end if; > end if; > v_index := v_index +1; > end loop; > close v_cur; > delete from vdc_options where option_name = v_option_name and version = 'general'; > end; > end if; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_grant_action_group_to_all_roles_filter(v_action_group_id integer, uuid[]) > RETURNS void AS >$BODY$ >declare >v_role_id_to_filter alias for $2; >begin > insert into roles_groups (role_id, action_group_id) > select distinct role_id, v_action_group_id > from roles_groups rg > where not ARRAY [role_id] <@ v_role_id_to_filter and not exists (select 1 from roles_groups where role_id = rg.role_id and action_group_id = v_action_group_id); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_mask_object(v_object regclass) RETURNS setof record as >$BODY$ >DECLARE > v_sql TEXT; > v_table record; > v_table_name TEXT; > temprec record; >BEGIN > -- get full table/view name from v_object (i.e <namespace>.<name>) > select c.relname, n.nspname INTO v_table > FROM pg_class c join pg_namespace n on c.relnamespace = n.oid WHERE c.oid = v_object; > -- try to get filtered query syntax from previous execution > if exists (select 1 from object_column_white_list_sql where object_name = v_table.relname) then > select sql into v_sql from object_column_white_list_sql where object_name = v_table.relname; > else > v_table_name := quote_ident( v_table.nspname ) || '.' || quote_ident( v_table.relname ); > -- compose sql statement while skipping values for columns not defined in object_column_white_list for this table. > for temprec in select a.attname, t.typname > FROM pg_attribute a join pg_type t on a.atttypid = t.oid > WHERE a.attrelid = v_object AND a.attnum > 0 AND NOT a.attisdropped ORDER BY a.attnum > loop > v_sql := coalesce( v_sql || ', ', 'SELECT ' ); > if exists(select 1 from object_column_white_list > where object_name = v_table.relname and column_name = temprec.attname) then > v_sql := v_sql || quote_ident( temprec.attname ); > ELSE > v_sql := v_sql || 'NULL::' || quote_ident( temprec.typname ) || ' as ' || quote_ident( temprec.attname ); > END IF; > END LOOP; > v_sql := v_sql || ' FROM ' || v_table_name; > v_sql := 'SELECT x::' || v_table_name || ' as rec FROM (' || v_sql || ') as x'; > -- save generated query for further use > insert into object_column_white_list_sql(object_name,sql) values (v_table.relname, v_sql); > end if; > RETURN QUERY EXECUTE v_sql; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_column_to_object_white_list(v_object_name varchar(128), v_column_name varchar(128)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from object_column_white_list > where object_name = v_object_name and column_name = v_column_name)) then > begin > -- verify that there is such object in db > if exists (select 1 from information_schema.columns > where table_name = v_object_name and column_name = v_column_name) then > insert into object_column_white_list (object_name, column_name) values (v_object_name, v_column_name); > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_disk(v_id UUID) >returns void >AS $procedure$ >declare > OK integer; > LOCKED integer; >begin > OK:=1; > LOCKED:=2; > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_snapshot(v_id UUID) >returns void >AS $procedure$ >declare > OK varchar; > LOCKED varchar; >begin > OK:='OK'; > LOCKED:='LOCKED'; > update snapshots set status = OK where status = LOCKED and snapshot_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_entity(v_object_type varchar(10), v_name varchar(255), v_recursive boolean) >returns void >AS $procedure$ >declare > DOWN integer; > OK integer; > LOCKED integer; > TEMPLATE_OK integer; > TEMPLATE_LOCKED integer; > IMAGE_LOCKED integer; > SNAPSHOT_OK varchar; > SNAPSHOT_LOCKED varchar; > v_id UUID; >begin > DOWN:=0; > OK:=1; > LOCKED:=2; > TEMPLATE_OK:=0; > TEMPLATE_LOCKED:=1; > IMAGE_LOCKED:=15; > SNAPSHOT_OK:='OK'; > SNAPSHOT_LOCKED:='LOCKED'; > v_id := vm_guid from vm_static where vm_name = v_name and entity_type ilike v_object_type; > -- set VM status to DOWN > if (v_object_type = 'vm') then > update vm_dynamic set status = DOWN where status = IMAGE_LOCKED and vm_guid = v_id; > -- set Template status to OK > else > if (v_object_type = 'template') then > update vm_static set template_status = TEMPLATE_OK where template_status = TEMPLATE_LOCKED and vm_guid = v_id; > end if; > end if; > --unlock images and snapshots if recursive flag is set > if (v_recursive) then > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id in (select device_id from vm_device where vm_id = v_id and is_plugged); > > update snapshots set status = SNAPSHOT_OK where status ilike SNAPSHOT_LOCKED and vm_id = v_id; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/* Displays DC id , DC name, SPM Host id , SPM Host name and number of async tasks awaiting. > >1) create a record type with DC name, DC id, SPM host id, SPM host name, count > >2) get all distinct DC ids from async_tasks table > >3) Run a cursor for each result in 2) > > a) get DC name > b) get SPM Host id & name if available > c) get count of tasks > > return current record > >4) return set of generated records >*/ >DROP TYPE IF EXISTS async_tasks_info_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE async_tasks_info_rs AS ( > dc_id UUID, dc_name CHARACTER VARYING, spm_host_id UUID, spm_host_name CHARACTER VARYING, task_count integer); >************************** > >CREATE TYPE >********* QUERY ********** >create or replace FUNCTION fn_db_get_async_tasks() >returns SETOF async_tasks_info_rs STABLE >AS $procedure$ >DECLARE > v_record async_tasks_info_rs; > > -- selects storage_pool_id uuid found in async_tasks > v_tasks_cursor cursor for select distinct storage_pool_id from async_tasks; >begin > > OPEN v_tasks_cursor; > FETCH v_tasks_cursor into v_record.dc_id; > WHILE FOUND LOOP > -- get dc_name and SPM Host id > v_record.dc_name := name from storage_pool where id = v_record.dc_id; > v_record.spm_host_id := > spm_vds_id from storage_pool where id = v_record.dc_id; > -- get Host name if we have non NULL SPM Host > if (v_record.spm_host_id IS NOT NULL) then > v_record.spm_host_name := > vds_name from vds_static where vds_id = v_record.spm_host_id; > else > v_record.spm_host_name:=''; > end if; > -- get tasks count for this DC > v_record.task_count := count(*) from async_tasks > where position (cast(v_record.dc_id as varchar) in action_parameters) > 0; > -- return the record > RETURN NEXT v_record; > FETCH v_tasks_cursor into v_record.dc_id; > END LOOP; > CLOSE v_tasks_cursor; > -- return full set of generated records > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select * from generate_drop_all_views_syntax(); >************************** > > >********* QUERY ********** >Create or replace FUNCTION fn_db_add_column(v_table varchar(128), v_column varchar(128), v_column_def text) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (not exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ADD COLUMN ' || v_column || ' ' || v_column_def; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_drop_column(v_table varchar(128), v_column varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' DROP COLUMN ' || v_column; > EXECUTE v_sql; > end; > end if; >end;$procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_change_column_type(v_table varchar(128), v_column varchar(128), > v_type varchar(128), v_new_type varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column and (udt_name ilike v_type or data_type ilike v_type))) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ALTER COLUMN ' || v_column || ' TYPE ' || v_new_type; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_rename_column(v_table varchar(128), v_column varchar(128), v_new_name varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' RENAME COLUMN ' || v_column || ' TO ' || v_new_name; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_option_value, v_version); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value_all_versions(v_option_name varchar(100)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name)) then > begin > delete from vdc_options where option_name ilike v_option_name; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value(v_option_name varchar(100), v_version text) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)))) then > begin > delete from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_for_version(v_version text) >returns void >AS $procedure$ >BEGIN > delete from vdc_options where version in (select ID from fnSplitter(v_version)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and version = v_version; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_default_config_value(v_option_name varchar(100),v_default_option_value varchar(4000),v_option_value varchar(4000),v_version varchar(40),v_ignore_default_value_case boolean) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > if (v_ignore_default_value_case) > then > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value ilike v_default_option_value and version = v_version; > else > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value = v_default_option_value and version = v_version; > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_rename_config_key(v_old_option_name varchar(100),v_new_option_name varchar(100),v_version varchar(40)) >returns void >AS $procedure$ >DECLARE > v_current_option_value varchar(4000); >begin > if (exists (select 1 from vdc_options where option_name ilike v_old_option_name and version = v_version)) then > v_current_option_value:=option_value from vdc_options where option_name ilike v_old_option_name and version = v_version; > update vdc_options set option_name = v_new_option_name, option_value = v_current_option_value > where option_name ilike v_old_option_name and version = v_version; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_create_constraint ( > v_table varchar(128), v_constraint varchar(128), v_constraint_sql text) >returns void >AS $procedure$ >begin > if NOT EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' ADD CONSTRAINT ' || v_constraint || ' ' || v_constraint_sql; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_drop_constraint ( > v_table varchar(128), v_constraint varchar(128)) >returns void >AS $procedure$ >begin > if EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' DROP CONSTRAINT ' || v_constraint || ' CASCADE'; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid) > RETURNS void AS >$procedure$ > DECLARE > v_user_entry VARCHAR(255); > v_user_id UUID; > v_name VARCHAR(255); > v_domain VARCHAR(255); > v_user_name VARCHAR(255); > > v_document VARCHAR(64); > v_index INTEGER; >BEGIN > > select option_value INTO v_user_entry from vdc_options where option_name = 'AdUserId'; > select option_value INTO v_name from vdc_options where option_name = 'AdUserName'; > select option_value INTO v_domain from vdc_options where option_name = 'DomainName'; > > v_index := POSITION(':' IN v_user_entry); > if ( v_index <> 0 ) then > v_user_entry := substring( v_user_entry from v_index + 1 ); > v_user_id := CAST( v_user_entry AS uuid ); > end if; > > v_index := POSITION(':' IN v_name); > if ( v_index <> 0 ) then > v_name := substring( v_name from v_index + 1 ); > end if; > >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select v_user_id, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = v_user_id and name = v_name and domain = v_domain and username = v_user_name and groups = '' and status = 1); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', v_user_id, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = v_user_id and object_id= getGlobalIds('system') and object_type_id = 1); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION CheckDBConnection() RETURNS SETOF integer IMMUTABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_functions_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'drop function if exists ' || ns.nspname || '.' || proname || '(' || oidvectortypes(proargtypes) || ') cascade;' from pg_proc inner join pg_namespace ns on (pg_proc.pronamespace=ns.oid) where ns.nspname = 'public' order by proname; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_views_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP VIEW if exists ' || table_name || ' CASCADE;' from information_schema.views where table_schema = 'public' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_tables_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP TABLE if exists ' || table_name || ' CASCADE;' from information_schema.tables where table_schema = 'public' and table_type = 'BASE TABLE' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_seq_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP SEQUENCE if exists ' || sequence_name || ' CASCADE;' from information_schema.sequences where sequence_schema = 'public' order by sequence_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_user_types_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT 'DROP TYPE if exists ' || c.relname::information_schema.sql_identifier || ' CASCADE;' > FROM pg_namespace n, pg_class c, pg_type t > WHERE n.oid = c.relnamespace and t.typrelid = c.oid and c.relkind = 'c'::"char" and > n.nspname = 'public' > ORDER BY c.relname::information_schema.sql_identifier; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_get_column_size( v_table varchar(64), v_column varchar(64)) returns integer STABLE > AS $procedure$ > declare > retvalue integer; >BEGIN > retvalue := character_maximum_length from information_schema.columns > where > table_name ilike v_table and column_name ilike v_column and > table_schema = 'public' and udt_name in ('char','varchar'); > return retvalue; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid, v_user_id VARCHAR(255), v_name VARCHAR(255), v_domain VARCHAR(255)) > RETURNS void AS >$BODY$ > DECLARE > v_user_name VARCHAR(255); > v_document VARCHAR(64); > v_index INTEGER; > input_uuid uuid; >BEGIN > input_uuid = CAST( v_user_id AS uuid ); >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select input_uuid, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = input_uuid); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', input_uuid, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = input_uuid and object_id= getGlobalIds('system') and object_type_id = 1); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_add_action_group_to_role(v_role_id UUID, v_action_group_id INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO roles_groups(role_id,action_group_id) > SELECT v_role_id, v_action_group_id > WHERE NOT EXISTS (SELECT 1 > FROM roles_groups > WHERE role_id = v_role_id > AND action_group_id = v_action_group_id); >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_split_config_value(v_option_name character varying, v_old_option_value character varying, v_new_option_value character varying, v_update_from_version character varying) > RETURNS void AS >$BODY$ >declare >v_old_value varchar(4000); >v_cur cursor for select distinct version from vdc_options where version <> 'general' order by version; >v_version varchar(40); >v_index integer; >v_count integer; >v_total_count integer; >v_version_count integer; >begin > v_total_count := count(version) from vdc_options where option_name = v_option_name; > v_old_value := option_value from vdc_options where option_name = v_option_name and version = 'general'; > v_version_count := count(distinct version) from vdc_options where version <> 'general'; > if (v_total_count <= v_version_count) then > begin > if (v_old_value IS NULL) then > v_old_value := v_old_option_value; > end if; > v_count := count(distinct version) from vdc_options where version <> 'general'; > v_index := 1; > open v_cur; > loop > fetch v_cur into v_version; > exit when not found; > -- We shouldn't update if already exists > if (not exists (select 1 from vdc_options where option_name = v_option_name and version = v_version)) then > -- Might not work well for versions such as 3.10, but we currently don't have any > if (v_version >= v_update_from_version) then > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_new_option_value, v_version); > else > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_old_value, v_version); > end if; > end if; > v_index := v_index +1; > end loop; > close v_cur; > delete from vdc_options where option_name = v_option_name and version = 'general'; > end; > end if; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_grant_action_group_to_all_roles_filter(v_action_group_id integer, uuid[]) > RETURNS void AS >$BODY$ >declare >v_role_id_to_filter alias for $2; >begin > insert into roles_groups (role_id, action_group_id) > select distinct role_id, v_action_group_id > from roles_groups rg > where not ARRAY [role_id] <@ v_role_id_to_filter and not exists (select 1 from roles_groups where role_id = rg.role_id and action_group_id = v_action_group_id); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_mask_object(v_object regclass) RETURNS setof record as >$BODY$ >DECLARE > v_sql TEXT; > v_table record; > v_table_name TEXT; > temprec record; >BEGIN > -- get full table/view name from v_object (i.e <namespace>.<name>) > select c.relname, n.nspname INTO v_table > FROM pg_class c join pg_namespace n on c.relnamespace = n.oid WHERE c.oid = v_object; > -- try to get filtered query syntax from previous execution > if exists (select 1 from object_column_white_list_sql where object_name = v_table.relname) then > select sql into v_sql from object_column_white_list_sql where object_name = v_table.relname; > else > v_table_name := quote_ident( v_table.nspname ) || '.' || quote_ident( v_table.relname ); > -- compose sql statement while skipping values for columns not defined in object_column_white_list for this table. > for temprec in select a.attname, t.typname > FROM pg_attribute a join pg_type t on a.atttypid = t.oid > WHERE a.attrelid = v_object AND a.attnum > 0 AND NOT a.attisdropped ORDER BY a.attnum > loop > v_sql := coalesce( v_sql || ', ', 'SELECT ' ); > if exists(select 1 from object_column_white_list > where object_name = v_table.relname and column_name = temprec.attname) then > v_sql := v_sql || quote_ident( temprec.attname ); > ELSE > v_sql := v_sql || 'NULL::' || quote_ident( temprec.typname ) || ' as ' || quote_ident( temprec.attname ); > END IF; > END LOOP; > v_sql := v_sql || ' FROM ' || v_table_name; > v_sql := 'SELECT x::' || v_table_name || ' as rec FROM (' || v_sql || ') as x'; > -- save generated query for further use > insert into object_column_white_list_sql(object_name,sql) values (v_table.relname, v_sql); > end if; > RETURN QUERY EXECUTE v_sql; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_column_to_object_white_list(v_object_name varchar(128), v_column_name varchar(128)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from object_column_white_list > where object_name = v_object_name and column_name = v_column_name)) then > begin > -- verify that there is such object in db > if exists (select 1 from information_schema.columns > where table_name = v_object_name and column_name = v_column_name) then > insert into object_column_white_list (object_name, column_name) values (v_object_name, v_column_name); > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_disk(v_id UUID) >returns void >AS $procedure$ >declare > OK integer; > LOCKED integer; >begin > OK:=1; > LOCKED:=2; > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_snapshot(v_id UUID) >returns void >AS $procedure$ >declare > OK varchar; > LOCKED varchar; >begin > OK:='OK'; > LOCKED:='LOCKED'; > update snapshots set status = OK where status = LOCKED and snapshot_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_entity(v_object_type varchar(10), v_name varchar(255), v_recursive boolean) >returns void >AS $procedure$ >declare > DOWN integer; > OK integer; > LOCKED integer; > TEMPLATE_OK integer; > TEMPLATE_LOCKED integer; > IMAGE_LOCKED integer; > SNAPSHOT_OK varchar; > SNAPSHOT_LOCKED varchar; > v_id UUID; >begin > DOWN:=0; > OK:=1; > LOCKED:=2; > TEMPLATE_OK:=0; > TEMPLATE_LOCKED:=1; > IMAGE_LOCKED:=15; > SNAPSHOT_OK:='OK'; > SNAPSHOT_LOCKED:='LOCKED'; > v_id := vm_guid from vm_static where vm_name = v_name and entity_type ilike v_object_type; > -- set VM status to DOWN > if (v_object_type = 'vm') then > update vm_dynamic set status = DOWN where status = IMAGE_LOCKED and vm_guid = v_id; > -- set Template status to OK > else > if (v_object_type = 'template') then > update vm_static set template_status = TEMPLATE_OK where template_status = TEMPLATE_LOCKED and vm_guid = v_id; > end if; > end if; > --unlock images and snapshots if recursive flag is set > if (v_recursive) then > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id in (select device_id from vm_device where vm_id = v_id and is_plugged); > > update snapshots set status = SNAPSHOT_OK where status ilike SNAPSHOT_LOCKED and vm_id = v_id; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/* Displays DC id , DC name, SPM Host id , SPM Host name and number of async tasks awaiting. > >1) create a record type with DC name, DC id, SPM host id, SPM host name, count > >2) get all distinct DC ids from async_tasks table > >3) Run a cursor for each result in 2) > > a) get DC name > b) get SPM Host id & name if available > c) get count of tasks > > return current record > >4) return set of generated records >*/ >DROP TYPE IF EXISTS async_tasks_info_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE async_tasks_info_rs AS ( > dc_id UUID, dc_name CHARACTER VARYING, spm_host_id UUID, spm_host_name CHARACTER VARYING, task_count integer); >************************** > >CREATE TYPE >********* QUERY ********** >create or replace FUNCTION fn_db_get_async_tasks() >returns SETOF async_tasks_info_rs STABLE >AS $procedure$ >DECLARE > v_record async_tasks_info_rs; > > -- selects storage_pool_id uuid found in async_tasks > v_tasks_cursor cursor for select distinct storage_pool_id from async_tasks; >begin > > OPEN v_tasks_cursor; > FETCH v_tasks_cursor into v_record.dc_id; > WHILE FOUND LOOP > -- get dc_name and SPM Host id > v_record.dc_name := name from storage_pool where id = v_record.dc_id; > v_record.spm_host_id := > spm_vds_id from storage_pool where id = v_record.dc_id; > -- get Host name if we have non NULL SPM Host > if (v_record.spm_host_id IS NOT NULL) then > v_record.spm_host_name := > vds_name from vds_static where vds_id = v_record.spm_host_id; > else > v_record.spm_host_name:=''; > end if; > -- get tasks count for this DC > v_record.task_count := count(*) from async_tasks > where position (cast(v_record.dc_id as varchar) in action_parameters) > 0; > -- return the record > RETURN NEXT v_record; > FETCH v_tasks_cursor into v_record.dc_id; > END LOOP; > CLOSE v_tasks_cursor; > -- return full set of generated records > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select * from generate_drop_all_functions_syntax(); >************************** > > drop function if exists public.attach_user_to_su_role(uuid, character varying, character varying, character varying) cascade; > drop function if exists public.attach_user_to_su_role(uuid) cascade; > drop function if exists public.calculateallstorageusage() cascade; > drop function if exists public.calculateallvdsgroupusage() cascade; > drop function if exists public.calculatestorageusage(uuid, uuid) cascade; > drop function if exists public.calculatevdsgroupusage(uuid, uuid) cascade; > drop function if exists public.checkdbconnection() cascade; > drop function if exists public.fn_db_add_action_group_to_role(uuid, integer) cascade; > drop function if exists public.fn_db_add_column(character varying, character varying, text) cascade; > drop function if exists public.fn_db_add_column_to_object_white_list(character varying, character varying) cascade; > drop function if exists public.fn_db_add_config_value(character varying, character varying, character varying) cascade; > drop function if exists public.fn_db_change_column_type(character varying, character varying, character varying, character varying) cascade; > drop function if exists public.fn_db_create_constraint(character varying, character varying, text) cascade; > drop function if exists public.fn_db_delete_config_for_version(text) cascade; > drop function if exists public.fn_db_delete_config_value(character varying, text) cascade; > drop function if exists public.fn_db_delete_config_value_all_versions(character varying) cascade; > drop function if exists public.fn_db_drop_column(character varying, character varying) cascade; > drop function if exists public.fn_db_drop_constraint(character varying, character varying) cascade; > drop function if exists public.fn_db_get_async_tasks() cascade; > drop function if exists public.fn_db_grant_action_group_to_all_roles_filter(integer, uuid[]) cascade; > drop function if exists public.fn_db_mask_object(regclass) cascade; > drop function if exists public.fn_db_rename_column(character varying, character varying, character varying) cascade; > drop function if exists public.fn_db_rename_config_key(character varying, character varying, character varying) cascade; > drop function if exists public.fn_db_split_config_value(character varying, character varying, character varying, character varying) cascade; > drop function if exists public.fn_db_unlock_disk(uuid) cascade; > drop function if exists public.fn_db_unlock_entity(character varying, character varying, boolean) cascade; > drop function if exists public.fn_db_unlock_snapshot(uuid) cascade; > drop function if exists public.fn_db_update_config_value(character varying, character varying, character varying) cascade; > drop function if exists public.fn_db_update_default_config_value(character varying, character varying, character varying, character varying, boolean) cascade; > drop function if exists public.fn_get_actual_images_size_by_storage(uuid) cascade; > drop function if exists public.fn_get_ad_element_name(uuid) cascade; > drop function if exists public.fn_get_column_size(character varying, character varying) cascade; > drop function if exists public.fn_get_comparable_ip_list(text) cascade; > drop function if exists public.fn_get_disk_commited_value_by_storage(uuid) cascade; > drop function if exists public.fn_get_entity_name(uuid, integer) cascade; > drop function if exists public.fn_get_entity_parents(uuid, integer) cascade; > drop function if exists public.fn_get_storage_domain_shared_status_by_domain_id(uuid, integer, integer) cascade; > drop function if exists public.fn_user_permissions(uuid) cascade; > drop function if exists public.fnsplitter(text) cascade; > drop function if exists public.fnsplitteruuid(text) cascade; > drop function if exists public.generate_drop_all_functions_syntax() cascade; > drop function if exists public.generate_drop_all_seq_syntax() cascade; > drop function if exists public.generate_drop_all_tables_syntax() cascade; > drop function if exists public.generate_drop_all_user_types_syntax() cascade; > drop function if exists public.generate_drop_all_views_syntax() cascade; > drop function if exists public.getelementidsbyidandgroups(uuid, text) cascade; > drop function if exists public.getglobalids(character varying) cascade; > drop function if exists public.getnoncountablequtoavmstatuses() cascade; > drop function if exists public.getuserandgroupsbyid(uuid) cascade; > drop function if exists public.uuid_generate_v1() cascade; > >********* QUERY ********** >drop function if exists public.attach_user_to_su_role(uuid, character varying, character varying, character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.attach_user_to_su_role(uuid) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.calculateallstorageusage() cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.calculateallvdsgroupusage() cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.calculatestorageusage(uuid, uuid) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.calculatevdsgroupusage(uuid, uuid) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.checkdbconnection() cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_add_action_group_to_role(uuid, integer) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_add_column(character varying, character varying, text) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_add_column_to_object_white_list(character varying, character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_add_config_value(character varying, character varying, character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_change_column_type(character varying, character varying, character varying, character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_create_constraint(character varying, character varying, text) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_delete_config_for_version(text) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_delete_config_value(character varying, text) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_delete_config_value_all_versions(character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_drop_column(character varying, character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_drop_constraint(character varying, character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_get_async_tasks() cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_grant_action_group_to_all_roles_filter(integer, uuid[]) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_mask_object(regclass) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_rename_column(character varying, character varying, character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_rename_config_key(character varying, character varying, character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_split_config_value(character varying, character varying, character varying, character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_unlock_disk(uuid) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_unlock_entity(character varying, character varying, boolean) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_unlock_snapshot(uuid) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_update_config_value(character varying, character varying, character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_db_update_default_config_value(character varying, character varying, character varying, character varying, boolean) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_get_actual_images_size_by_storage(uuid) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_get_ad_element_name(uuid) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_get_column_size(character varying, character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_get_comparable_ip_list(text) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_get_disk_commited_value_by_storage(uuid) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_get_entity_name(uuid, integer) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_get_entity_parents(uuid, integer) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_get_storage_domain_shared_status_by_domain_id(uuid, integer, integer) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fn_user_permissions(uuid) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fnsplitter(text) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.fnsplitteruuid(text) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.generate_drop_all_functions_syntax() cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.generate_drop_all_seq_syntax() cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.generate_drop_all_tables_syntax() cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.generate_drop_all_user_types_syntax() cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.generate_drop_all_views_syntax() cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.getelementidsbyidandgroups(uuid, text) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.getglobalids(character varying) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.getnoncountablequtoavmstatuses() cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.getuserandgroupsbyid(uuid) cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >drop function if exists public.uuid_generate_v1() cascade; >************************** > >DROP FUNCTION >********* QUERY ********** >select count(*) from pg_proc where proname = 'uuid_nil'; >************************** > > 0 > >********* QUERY ********** >DROP TYPE IF EXISTS idTextType CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >DROP TYPE IF EXISTS idUuidType CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >DROP TYPE IF EXISTS booleanResultType CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE idTextType AS(id text); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE TYPE idUuidType AS(id UUID); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE TYPE booleanResultType AS(result BOOLEAN); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE OR REPLACE FUNCTION getGlobalIds(v_name VARCHAR(4000)) >RETURNS UUID IMMUTABLE STRICT > AS $function$ > DECLARE > v_id UUID; >BEGIN > if (v_name = 'system') then > v_id := 'AAA00000-0000-0000-0000-123456789AAA'; > elsif (v_name = 'everyone') then > v_id := 'EEE00000-0000-0000-0000-123456789EEE'; > -- bottom is an object which all the objects in the system are its parents > -- useful to denote we want all objects when checking for permissions > elsif (v_name = 'bottom') then > v_id := 'BBB00000-0000-0000-0000-123456789BBB'; > end if; > return v_id; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fnSplitter(ids TEXT) RETURNS SETOF idTextType IMMUTABLE AS >$function$ >BEGIN > RETURN QUERY > SELECT regexp_split_to_table(ids, ',') AS id; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fnSplitterUuid(ids TEXT) RETURNS SETOF UUID IMMUTABLE AS >$function$ >BEGIN > IF ids != '' THEN > RETURN QUERY > SELECT CAST(regexp_split_to_table(ids, ',') AS UUID); > END IF; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS user_permissions CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE user_permissions AS(permission_id UUID, role_id UUID, user_id UUID); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_user_permissions(v_userId IN uuid) RETURNS SETOF user_permissions STABLE AS >$function$ >DECLARE > >BEGIN > RETURN QUERY > SELECT > permissions.id AS permission_id, > permissions.role_id, > permissions.ad_element_id AS user_id > FROM permissions > INNER JOIN users ON permissions.ad_element_id = users.user_id > WHERE users.user_id = v_userId > > UNION > > SELECT > permissions.id AS permission_id, > permissions.role_id, > temp.user_id AS user_id > FROM permissions INNER JOIN > ( > -- get all groups of admin users > SELECT ad_groups.id group_id, users.user_id > FROM ad_groups, users > WHERE ad_groups.id IN > (SELECT * FROM fnsplitteruuid(users.group_ids)) > AND users.user_id = v_userId ) temp > ON permissions.ad_element_id = temp.group_id; > >END; $function$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_get_entity_parents(v_entity_id IN uuid, v_object_type IN int4) RETURNS SETOF idUuidType STABLE AS >$function$ >/* Gets a list of all parent GUID to the system root (including) > > Object Types (compatible with VdcObjectType, XXX entries are unused currently) > Unknown XXX, > System XXX, > Bottom = 0, > VM = 2, > VDS = 3, > VmTemplate = 4, > VmPool = 5, > AdElements XXX, > Tags XXX, > Bookmarks XXX, > VdsGroups = 9, > MultiLevelAdministration XXX, > Storage = 11, > EventNotification XXX, > ImportExport XXX, > StoragePool = 14, > User = 15, > Role = 16, > Quota = 17, > GlusterVolume = 18, > Disk = 19, > Network = 20, > VNICProfile = 27 >*/ >DECLARE > v_entity_type int4 := v_object_type; > system_root_id uuid; > cluster_id uuid; > ds_id uuid; > v_image_id uuid; > v_storage_id uuid; > v_vm_id uuid; > v_storage_pool_id uuid; > v_profile_network_id uuid; > >BEGIN > > system_root_id := ( SELECT getGlobalIds('system') ); -- hardcoded also in MLA Handler > CASE > WHEN v_entity_type = 0 THEN -- Bottom > RETURN QUERY > SELECT object_id > FROM permissions; > WHEN v_entity_type = 2 THEN -- VM > -- get cluster id > cluster_id := ( SELECT vds_group_id FROM vm_static WHERE vm_guid = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 3 THEN -- VDS > -- get cluster id > cluster_id := ( SELECT vds_group_id FROM vds_static WHERE vds_id = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 4 THEN -- Template > -- get image id first > v_image_id := ( SELECT image_guid FROM images i JOIN vm_device vd ON i.image_group_id = vd.device_id WHERE vm_id = v_entity_id limit 1); > -- get the storage id from images > v_storage_id := ( SELECT storage_domain_id FROM image_storage_domain_map WHERE image_id = v_image_id limit 1); > -- finally get data center id > ds_id := ( SELECT storage_pool_id FROM storage_pool_iso_map WHERE storage_id = v_storage_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 5 THEN -- VM Pool > -- get cluster id > cluster_id := ( SELECT vds_group_id FROM vm_pools WHERE vm_pool_id = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 9 THEN -- Cluster > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = v_entity_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 11 THEN -- Storage Domain > > RETURN QUERY > SELECT system_root_id AS id > UNION ALL > SELECT storage_pool_id as id FROM storage_pool_iso_map WHERE storage_id = v_entity_id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 17 THEN -- Quota > -- get data center id > ds_id := ( SELECT storage_pool_id FROM quota WHERE id = v_entity_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT v_entity_id AS id; > WHEN v_entity_type = 18 THEN -- GlusterVolume > -- get cluster id > cluster_id := ( SELECT v.cluster_id FROM gluster_volumes v WHERE id = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > > WHEN v_entity_type = 19 THEN -- Disk > > -- get data center, storage domain and vm > SELECT INTO ds_id, v_storage_id, v_vm_id > storage_pool_id, storage_id, vm_id > FROM images_storage_domain_view > LEFT OUTER JOIN vm_device ON vm_device.device_id = images_storage_domain_view.disk_id > WHERE image_group_id = v_entity_id; > > -- get cluster > cluster_id := ( SELECT vds_group_id FROM vm_static WHERE vm_guid = v_vm_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT v_storage_id AS id > UNION > SELECT v_vm_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > > WHEN v_entity_type = 20 THEN -- Network > > SELECT INTO v_storage_pool_id > network.storage_pool_id > FROM network > WHERE network.id = v_entity_id; > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT v_storage_pool_id AS id > UNION > SELECT v_entity_id AS id; > > WHEN v_entity_type = 27 THEN -- VNICProfile > > SELECT INTO v_profile_network_id > vnic_profiles.network_id > FROM vnic_profiles > WHERE vnic_profiles.id = v_entity_id; > SELECT INTO v_storage_pool_id > network.storage_pool_id > FROM network > WHERE network.id = v_profile_network_id; > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT v_storage_pool_id AS id > UNION > SELECT v_profile_network_id AS id > UNION > SELECT v_entity_id AS id; > > WHEN v_entity_type = 23 THEN -- Gluster Hook > > -- get cluster id > cluster_id := ( SELECT cluster_id FROM gluster_hooks WHERE id = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > > WHEN v_entity_type = 25 THEN -- Gluster Service > > -- get cluster id > cluster_id := ( SELECT vds_group_id FROM vds_static WHERE vds_id = v_entity_id ); > -- get data center id > ds_id := ( SELECT storage_pool_id FROM vds_groups WHERE vds_group_id = cluster_id ); > > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT ds_id AS id > UNION > SELECT cluster_id AS id > UNION > SELECT v_entity_id AS id; > ELSE > IF v_entity_type IN ( 1,14,15,16 ) THEN -- Data Center, users and roles are under system > RETURN QUERY > SELECT system_root_id AS id > UNION > SELECT v_entity_id AS id; > END IF; > END CASE; >END;$function$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_get_disk_commited_value_by_storage(v_storage_domain_id IN uuid) RETURNS integer STABLE AS >$function$ >DECLARE > result integer; > mult bigint; > >BEGIN > mult := ( SELECT > COALESCE(SUM(images_storage_domain_view.size),0) > FROM images_storage_domain_view > WHERE images_storage_domain_view.storage_id = v_storage_domain_id ); > -- convert to GB from bytes > mult := CAST((mult * 0.000000000931322574615478515625) AS bigint); > result := CAST(mult as integer); > > RETURN result; >END;$function$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_get_actual_images_size_by_storage(v_storage_domain_id IN uuid) RETURNS integer STABLE AS >$function$ >DECLARE > result integer; > mult bigint; > >BEGIN > mult := ( SELECT > COALESCE(SUM(disk_image_dynamic.actual_size),0) > FROM images_storage_domain_view JOIN > disk_image_dynamic ON ( images_storage_domain_view.image_guid = disk_image_dynamic.image_id ) > WHERE images_storage_domain_view.storage_id = v_storage_domain_id ); > -- convert to GB from bytes > mult := CAST((mult * 0.000000000931322574615478515625) AS bigint); > result := CAST(mult as integer); > > RETURN result; >END;$function$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_get_storage_domain_shared_status_by_domain_id(v_storage_domain_id UUID, > v_storage_status INTEGER, > v_storage_domain_type INTEGER) >RETURNS INTEGER > AS $function$ > DECLARE > v_result INTEGER; > v_rowsCount INTEGER; > v_status INTEGER; >BEGIN > if (v_storage_domain_type != 2) then > if (v_storage_status is null) then > v_result := 0; > else > -- if 1 row and status active (3) then domain is active (1) > if v_storage_status = 3 then > v_result := 1; > -- if 1 row and status not active then domain is inactive (2) > else > v_result := 2; > end if; > end if; > else > BEGIN > CREATE GLOBAL TEMPORARY TABLE tt_TEMP22 > ( > status INTEGER, > count INTEGER > ) WITH OIDS; > exception when others then > truncate table tt_TEMP22; > END; > delete from tt_TEMP22; > Insert INTO tt_TEMP22 > select status, count(storage_id) from storage_pool_iso_map > where storage_id = v_storage_domain_id > group by status; > > select count(*) INTO v_rowsCount from tt_TEMP22; > > -- if return 0 rows then the domain is unattached > if (v_rowsCount = 0) then > v_result := 0; > else > if (v_rowsCount = 1) then > -- if 1 row and status active (3) then domain is active (1) > if v_storage_status = 3 then > v_result := 1; > -- if 1 row and status not active then domain is inactive (2) > else > v_result := 2; > end if; > -- else (if return more then 1 row) > else > select count(*) INTO v_rowsCount from tt_TEMP22 where status = 3; > if (v_rowsCount > 0) then > v_result := 3; > -- non of the statuses is active > else > v_result := 2; > end if; > end if; > end if; > end if; > return v_result; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_get_ad_element_name(v_ad_element_id IN uuid) RETURNS text STABLE AS >$function$ >DECLARE > result text; > >BEGIN > if (v_ad_element_id = getGlobalIds('everyone')) then > result := 'Everyone'; > else > select(COALESCE(name,'') || ' ' || COALESCE(surname,'') || ' (' || COALESCE(username,'') || ')') INTO result from users where user_id = v_ad_element_id; > if (result is null) then > select name INTO result from ad_groups where ID = v_ad_element_id; > end if; > end if; > return result; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION public.fn_get_entity_name(v_entity_id IN uuid, v_object_type IN int4) RETURNS text STABLE AS >$function$ >/* Gets object name by its id and type > > Object Types (compatible with VdcObjectType, XXX entries are unused currently) > Unknown XXX, > System XXX, > VM = 2, > VDS = 3, > VmTemplate = 4, > VmPool = 5, > AdElements XXX, > Tags XXX, > Bookmarks XXX, > VdsGroups = 9, > MultiLevelAdministration XXX, > Storage = 11, > EventNotification XXX, > ImportExport XXX, > StoragePool = 14, > User = 15, > Role = 16, > Quota = 17, > GlusterVolume = 18, > Disk = 19, > Network = 20, > VNICProfile = 27 >*/ >DECLARE > v_entity_type int4 := v_object_type; > result text; > >BEGIN > > CASE > WHEN v_entity_type = 1 THEN > result := 'System'; > WHEN v_entity_type = 2 OR v_entity_type = 4 THEN > result := ( SELECT vm_name FROM vm_static WHERE vm_guid = v_entity_id ); > WHEN v_entity_type = 3 THEN > result := ( SELECT vds_name FROM vds_static WHERE vds_id = v_entity_id ); > WHEN v_entity_type = 5 THEN > result := ( SELECT vm_pool_name FROM vm_pools WHERE vm_pool_id = v_entity_id ); > WHEN v_entity_type = 7 THEN > result := ( SELECT tag_name FROM tags WHERE tag_id = v_entity_id ); > WHEN v_entity_type = 8 THEN > result := ( SELECT bookmark_name FROM bookmarks WHERE bookmark_id = v_entity_id ); > WHEN v_entity_type = 9 THEN > result := ( SELECT name FROM vds_groups WHERE vds_group_id = v_entity_id ); > WHEN v_entity_type = 11 THEN > result := ( SELECT storage_name FROM storage_domain_static WHERE id = v_entity_id ); > WHEN v_entity_type = 14 THEN > result := ( SELECT name FROM storage_pool WHERE id = v_entity_id ); > WHEN v_entity_type = 15 THEN > result := ( SELECT username FROM users WHERE user_id = v_entity_id ); > WHEN v_entity_type = 16 THEN > result := ( SELECT name FROM roles WHERE id = v_entity_id ); > WHEN v_entity_type = 17 THEN > result := ( SELECT quota_name FROM quota WHERE id = v_entity_id ); > WHEN v_entity_type = 18 THEN > result := ( SELECT vol_name FROM gluster_volumes WHERE id = v_entity_id ); > WHEN v_entity_type = 19 THEN > result := ( SELECT disk_alias FROM base_disks WHERE disk_id = v_entity_id ); > WHEN v_entity_type = 20 THEN > result := ( SELECT name FROM network WHERE id = v_entity_id ); > WHEN v_entity_type = 23 THEN > result := ( SELECT concat(gluster_command,'-',stage,'-',name) FROM gluster_hooks where id = v_entity_id ); > WHEN v_entity_type = 25 THEN > result := ( SELECT service_name FROM gluster_services where id = v_entity_id ); > WHEN v_entity_type = 27 THEN > result := ( SELECT name FROM vnic_profiles where id = v_entity_id ); > ELSE > result := 'Unknown type ' || v_entity_type; > END CASE; > >-- -- This should be written to an error var or include object_id that is missing >-- IF result IS NULL THEN >-- result := v_entity_id || '' NOT FOUND''; >-- END IF; > RETURN result; >END;$function$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION getUserAndGroupsById(v_id UUID) >RETURNS SETOF idUuidType STABLE > AS $function$ >BEGIN > RETURN QUERY > select ID from ad_groups,users where users.user_id = v_id > and ad_groups.id in(select * from fnsplitteruuid(users.group_ids)) > UNION > select v_id > UNION > -- user is also member of 'Everyone' > select 'EEE00000-0000-0000-0000-123456789EEE'; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION getElementIdsByIdAndGroups(v_id UUID,v_group_ids text) >RETURNS SETOF idUuidType STABLE > AS $function$ >BEGIN > RETURN QUERY > select * from fnsplitteruuid(v_group_ids) > UNION > select v_id > UNION > -- user is also member of 'Everyone' > select 'EEE00000-0000-0000-0000-123456789EEE'; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS vds_group_usage_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE vds_group_usage_rs AS > ( virtual_cpu_usage INTEGER,mem_size_mb_usage BIGINT); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE OR REPLACE FUNCTION getNonCountableQutoaVmStatuses() >RETURNS SETOF INTEGER IMMUTABLE > AS $BODY$ >BEGIN > RETURN query select 0 union select 13 union select 14 union select 15; >--(Down(0), Suspended(13), ImageIllegal(14), ImageLocked(15)) >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CalculateVdsGroupUsage(v_quota_id UUID, v_vds_group_id UUID) >RETURNS SETOF vds_group_usage_rs STABLE >AS $function$ >BEGIN > RETURN QUERY SELECT cast(COALESCE(sum(num_of_sockets * cpu_per_socket), 0) as INTEGER) as virtual_cpu_usage, > COALESCE(sum(mem_size_mb), 0) as mem_size_mb_usage > FROM vm_static,vm_dynamic > WHERE quota_id = v_quota_id > AND vm_dynamic.vm_guid = vm_static.vm_guid > AND vm_dynamic.status not in (SELECT getNonCountableQutoaVmStatuses()) > AND (v_vds_group_id = vm_static.vds_group_id or v_vds_group_id IS NULL); >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS all_vds_group_usage_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE all_vds_group_usage_rs AS > (quota_vds_group_id UUID, quota_id UUID,vds_group_id UUID,vds_group_name character varying(40),virtual_cpu INTEGER,virtual_cpu_usage INTEGER,mem_size_mb BIGINT,mem_size_mb_usage BIGINT); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE OR REPLACE FUNCTION calculateAllVdsGroupUsage() >RETURNS SETOF all_vds_group_usage_rs STABLE >AS $function$ >BEGIN > RETURN QUERY SELECT > quota_limitation.id AS quota_vds_group_id, > quota_limitation.quota_id as quota_id, > quota_limitation.vds_group_id as vds_group_id, > vds_groups.name AS vds_group_name, > quota_limitation.virtual_cpu, > cast(COALESCE(sum(num_of_sockets * cpu_per_socket * cast(vm_dynamic.status not in (SELECT getNonCountableQutoaVmStatuses()) as INTEGER)), 0) as INTEGER) as virtual_cpu_usage, > quota_limitation.mem_size_mb, > COALESCE(sum(vm_static.mem_size_mb), 0) as mem_size_mb_usage > FROM quota_limitation > LEFT JOIN vm_static ON vm_static.quota_id = quota_limitation.quota_id > LEFT JOIN vm_dynamic ON vm_dynamic.vm_guid = vm_static.vm_guid > LEFT JOIN vds_groups ON vds_groups.vds_group_id = vm_static.vds_group_id > WHERE quota_limitation.virtual_cpu IS NOT NULL > AND quota_limitation.mem_size_mb IS NOT NULL > GROUP BY quota_limitation.quota_id, quota_limitation.vds_group_id, vds_group_name, quota_limitation.virtual_cpu, quota_limitation.mem_size_mb, > vm_static.quota_id, vds_groups.vds_group_id, vm_static.vds_group_id, quota_limitation.id; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS all_storage_usage_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE all_storage_usage_rs AS > (quota_storage_id UUID,quota_id UUID,storage_id UUID,storage_name character varying(250),storage_size_gb BIGINT,storage_size_gb_usage double precision); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE OR REPLACE FUNCTION calculateAllStorageUsage() >RETURNS SETOF all_storage_usage_rs STABLE >AS $function$ >BEGIN > -- Summarize size of all disks that are active. > RETURN QUERY SELECT > quota_limitation.id AS quota_storage_id, > quota_limitation.quota_id as quota_id, > quota_limitation.storage_id as storage_id, > storage_domain_static.storage_name, > quota_limitation.storage_size_gb, > cast(COALESCE(sum(size * cast(active as integer) + disk_image_dynamic.actual_size * cast((not active) as integer)) / 1073741824 ,0) as double precision) as storage_usage -- 1073741824 is 1024^3 (for GB) > FROM quota_limitation > LEFT JOIN image_storage_domain_map ON quota_limitation.quota_id = image_storage_domain_map.quota_id > LEFT JOIN images ON images.image_guid = image_storage_domain_map.image_id > LEFT JOIN disk_image_dynamic ON images.image_guid = disk_image_dynamic.image_id > LEFT JOIN storage_domain_static ON image_storage_domain_map.storage_domain_id = storage_domain_static.id > WHERE quota_limitation.storage_size_gb IS NOT NULL > GROUP BY quota_limitation.quota_id, storage_id,quota_limitation.id,storage_domain_static.storage_name,quota_limitation.storage_size_gb; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CalculateStorageUsage(v_quota_id UUID, v_storage_id UUID) >RETURNS double precision STABLE >AS $function$ >DECLARE > v_virtual_size double precision; > v_actual_size double precision; >BEGIN > -- Summarize size of all disks that are active. > SELECT COALESCE(sum(size) / (1024 * 1024 * 1024),0) INTO v_virtual_size > FROM disk_image_dynamic, images_storage_domain_view > WHERE image_guid = disk_image_dynamic.image_id > AND image_guid in (SELECT image_guid FROM images WHERE active = TRUE) > AND quota_id = v_quota_id > AND (v_storage_id = images_storage_domain_view.storage_id or v_storage_id IS NULL); > > -- Summarize the actual size of all the rest disks that are read only disks such as snapshots, not active, template disks. > SELECT COALESCE(sum(disk_image_dynamic.actual_size) / (1024 * 1024 * 1024),0) INTO v_actual_size > FROM disk_image_dynamic, images_storage_domain_view > WHERE image_guid = disk_image_dynamic.image_id > AND image_guid not in (SELECT image_guid > FROM images i JOIN vm_device vd ON i.image_group_id = vd.device_id > WHERE active = TRUE) > AND quota_id = v_quota_id > AND (v_storage_id = images_storage_domain_view.storage_id or v_storage_id IS NULL); > RETURN v_actual_size + v_virtual_size; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function create_uuid_sequence() returns void >as $procedure$ >begin > if not exists (select 1 from information_schema.sequences where sequence_name = 'uuid_sequence') then > create sequence uuid_sequence increment by 1 start with 1; > end if; >end; $procedure$ >language plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select create_uuid_sequence(); >************************** > > > >********* QUERY ********** >drop function create_uuid_sequence(); >************************** > >DROP FUNCTION >********* QUERY ********** >create or replace function uuid_generate_v1() returns uuid STABLE >as $procedure$ >declare > v_val bigint; > v_4_part char(4); > v_8_part char(8); > v_12_part char(12); > v_4_part_max int; >begin > -- The only part we should use modulo is the 4 digit part, all the > -- rest are really big numbers (i.e 16^8 - 1 and 16^12 - 1) > v_4_part_max = 65535; -- this is 16^4 -1 > v_val := nextval('uuid_sequence'); > v_4_part := lpad(to_hex(v_val % v_4_part_max), 4, '0'); > v_8_part := lpad(to_hex(v_val), 8, '0'); > v_12_part := lpad(to_hex(v_val), 12, '0'); > return v_8_part || v_4_part || v_4_part || v_4_part || v_12_part; >end; $procedure$ >language plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_get_comparable_ip_list(text) RETURNS inet[] IMMUTABLE STRICT >AS $procedure$ >BEGIN >CASE > WHEN ($1 IS NULL) OR ($1 ~ E'^\s*$') THEN > RETURN NULL; > ELSE > RETURN regexp_split_to_array(trim(both from $1), E'\s+')::inet[]; >END CASE; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_add_column(v_table varchar(128), v_column varchar(128), v_column_def text) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (not exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ADD COLUMN ' || v_column || ' ' || v_column_def; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_drop_column(v_table varchar(128), v_column varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' DROP COLUMN ' || v_column; > EXECUTE v_sql; > end; > end if; >end;$procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_change_column_type(v_table varchar(128), v_column varchar(128), > v_type varchar(128), v_new_type varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column and (udt_name ilike v_type or data_type ilike v_type))) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ALTER COLUMN ' || v_column || ' TYPE ' || v_new_type; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_rename_column(v_table varchar(128), v_column varchar(128), v_new_name varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' RENAME COLUMN ' || v_column || ' TO ' || v_new_name; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_option_value, v_version); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value_all_versions(v_option_name varchar(100)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name)) then > begin > delete from vdc_options where option_name ilike v_option_name; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value(v_option_name varchar(100), v_version text) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)))) then > begin > delete from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_for_version(v_version text) >returns void >AS $procedure$ >BEGIN > delete from vdc_options where version in (select ID from fnSplitter(v_version)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and version = v_version; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_default_config_value(v_option_name varchar(100),v_default_option_value varchar(4000),v_option_value varchar(4000),v_version varchar(40),v_ignore_default_value_case boolean) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > if (v_ignore_default_value_case) > then > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value ilike v_default_option_value and version = v_version; > else > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value = v_default_option_value and version = v_version; > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_rename_config_key(v_old_option_name varchar(100),v_new_option_name varchar(100),v_version varchar(40)) >returns void >AS $procedure$ >DECLARE > v_current_option_value varchar(4000); >begin > if (exists (select 1 from vdc_options where option_name ilike v_old_option_name and version = v_version)) then > v_current_option_value:=option_value from vdc_options where option_name ilike v_old_option_name and version = v_version; > update vdc_options set option_name = v_new_option_name, option_value = v_current_option_value > where option_name ilike v_old_option_name and version = v_version; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_create_constraint ( > v_table varchar(128), v_constraint varchar(128), v_constraint_sql text) >returns void >AS $procedure$ >begin > if NOT EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' ADD CONSTRAINT ' || v_constraint || ' ' || v_constraint_sql; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_drop_constraint ( > v_table varchar(128), v_constraint varchar(128)) >returns void >AS $procedure$ >begin > if EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' DROP CONSTRAINT ' || v_constraint || ' CASCADE'; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid) > RETURNS void AS >$procedure$ > DECLARE > v_user_entry VARCHAR(255); > v_user_id UUID; > v_name VARCHAR(255); > v_domain VARCHAR(255); > v_user_name VARCHAR(255); > > v_document VARCHAR(64); > v_index INTEGER; >BEGIN > > select option_value INTO v_user_entry from vdc_options where option_name = 'AdUserId'; > select option_value INTO v_name from vdc_options where option_name = 'AdUserName'; > select option_value INTO v_domain from vdc_options where option_name = 'DomainName'; > > v_index := POSITION(':' IN v_user_entry); > if ( v_index <> 0 ) then > v_user_entry := substring( v_user_entry from v_index + 1 ); > v_user_id := CAST( v_user_entry AS uuid ); > end if; > > v_index := POSITION(':' IN v_name); > if ( v_index <> 0 ) then > v_name := substring( v_name from v_index + 1 ); > end if; > >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select v_user_id, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = v_user_id and name = v_name and domain = v_domain and username = v_user_name and groups = '' and status = 1); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', v_user_id, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = v_user_id and object_id= getGlobalIds('system') and object_type_id = 1); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION CheckDBConnection() RETURNS SETOF integer IMMUTABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_functions_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'drop function if exists ' || ns.nspname || '.' || proname || '(' || oidvectortypes(proargtypes) || ') cascade;' from pg_proc inner join pg_namespace ns on (pg_proc.pronamespace=ns.oid) where ns.nspname = 'public' order by proname; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_views_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP VIEW if exists ' || table_name || ' CASCADE;' from information_schema.views where table_schema = 'public' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_tables_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP TABLE if exists ' || table_name || ' CASCADE;' from information_schema.tables where table_schema = 'public' and table_type = 'BASE TABLE' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_seq_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP SEQUENCE if exists ' || sequence_name || ' CASCADE;' from information_schema.sequences where sequence_schema = 'public' order by sequence_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_user_types_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT 'DROP TYPE if exists ' || c.relname::information_schema.sql_identifier || ' CASCADE;' > FROM pg_namespace n, pg_class c, pg_type t > WHERE n.oid = c.relnamespace and t.typrelid = c.oid and c.relkind = 'c'::"char" and > n.nspname = 'public' > ORDER BY c.relname::information_schema.sql_identifier; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_get_column_size( v_table varchar(64), v_column varchar(64)) returns integer STABLE > AS $procedure$ > declare > retvalue integer; >BEGIN > retvalue := character_maximum_length from information_schema.columns > where > table_name ilike v_table and column_name ilike v_column and > table_schema = 'public' and udt_name in ('char','varchar'); > return retvalue; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid, v_user_id VARCHAR(255), v_name VARCHAR(255), v_domain VARCHAR(255)) > RETURNS void AS >$BODY$ > DECLARE > v_user_name VARCHAR(255); > v_document VARCHAR(64); > v_index INTEGER; > input_uuid uuid; >BEGIN > input_uuid = CAST( v_user_id AS uuid ); >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select input_uuid, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = input_uuid); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', input_uuid, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = input_uuid and object_id= getGlobalIds('system') and object_type_id = 1); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_add_action_group_to_role(v_role_id UUID, v_action_group_id INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO roles_groups(role_id,action_group_id) > SELECT v_role_id, v_action_group_id > WHERE NOT EXISTS (SELECT 1 > FROM roles_groups > WHERE role_id = v_role_id > AND action_group_id = v_action_group_id); >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_split_config_value(v_option_name character varying, v_old_option_value character varying, v_new_option_value character varying, v_update_from_version character varying) > RETURNS void AS >$BODY$ >declare >v_old_value varchar(4000); >v_cur cursor for select distinct version from vdc_options where version <> 'general' order by version; >v_version varchar(40); >v_index integer; >v_count integer; >v_total_count integer; >v_version_count integer; >begin > v_total_count := count(version) from vdc_options where option_name = v_option_name; > v_old_value := option_value from vdc_options where option_name = v_option_name and version = 'general'; > v_version_count := count(distinct version) from vdc_options where version <> 'general'; > if (v_total_count <= v_version_count) then > begin > if (v_old_value IS NULL) then > v_old_value := v_old_option_value; > end if; > v_count := count(distinct version) from vdc_options where version <> 'general'; > v_index := 1; > open v_cur; > loop > fetch v_cur into v_version; > exit when not found; > -- We shouldn't update if already exists > if (not exists (select 1 from vdc_options where option_name = v_option_name and version = v_version)) then > -- Might not work well for versions such as 3.10, but we currently don't have any > if (v_version >= v_update_from_version) then > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_new_option_value, v_version); > else > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_old_value, v_version); > end if; > end if; > v_index := v_index +1; > end loop; > close v_cur; > delete from vdc_options where option_name = v_option_name and version = 'general'; > end; > end if; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_grant_action_group_to_all_roles_filter(v_action_group_id integer, uuid[]) > RETURNS void AS >$BODY$ >declare >v_role_id_to_filter alias for $2; >begin > insert into roles_groups (role_id, action_group_id) > select distinct role_id, v_action_group_id > from roles_groups rg > where not ARRAY [role_id] <@ v_role_id_to_filter and not exists (select 1 from roles_groups where role_id = rg.role_id and action_group_id = v_action_group_id); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_mask_object(v_object regclass) RETURNS setof record as >$BODY$ >DECLARE > v_sql TEXT; > v_table record; > v_table_name TEXT; > temprec record; >BEGIN > -- get full table/view name from v_object (i.e <namespace>.<name>) > select c.relname, n.nspname INTO v_table > FROM pg_class c join pg_namespace n on c.relnamespace = n.oid WHERE c.oid = v_object; > -- try to get filtered query syntax from previous execution > if exists (select 1 from object_column_white_list_sql where object_name = v_table.relname) then > select sql into v_sql from object_column_white_list_sql where object_name = v_table.relname; > else > v_table_name := quote_ident( v_table.nspname ) || '.' || quote_ident( v_table.relname ); > -- compose sql statement while skipping values for columns not defined in object_column_white_list for this table. > for temprec in select a.attname, t.typname > FROM pg_attribute a join pg_type t on a.atttypid = t.oid > WHERE a.attrelid = v_object AND a.attnum > 0 AND NOT a.attisdropped ORDER BY a.attnum > loop > v_sql := coalesce( v_sql || ', ', 'SELECT ' ); > if exists(select 1 from object_column_white_list > where object_name = v_table.relname and column_name = temprec.attname) then > v_sql := v_sql || quote_ident( temprec.attname ); > ELSE > v_sql := v_sql || 'NULL::' || quote_ident( temprec.typname ) || ' as ' || quote_ident( temprec.attname ); > END IF; > END LOOP; > v_sql := v_sql || ' FROM ' || v_table_name; > v_sql := 'SELECT x::' || v_table_name || ' as rec FROM (' || v_sql || ') as x'; > -- save generated query for further use > insert into object_column_white_list_sql(object_name,sql) values (v_table.relname, v_sql); > end if; > RETURN QUERY EXECUTE v_sql; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_column_to_object_white_list(v_object_name varchar(128), v_column_name varchar(128)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from object_column_white_list > where object_name = v_object_name and column_name = v_column_name)) then > begin > -- verify that there is such object in db > if exists (select 1 from information_schema.columns > where table_name = v_object_name and column_name = v_column_name) then > insert into object_column_white_list (object_name, column_name) values (v_object_name, v_column_name); > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_disk(v_id UUID) >returns void >AS $procedure$ >declare > OK integer; > LOCKED integer; >begin > OK:=1; > LOCKED:=2; > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_snapshot(v_id UUID) >returns void >AS $procedure$ >declare > OK varchar; > LOCKED varchar; >begin > OK:='OK'; > LOCKED:='LOCKED'; > update snapshots set status = OK where status = LOCKED and snapshot_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_entity(v_object_type varchar(10), v_name varchar(255), v_recursive boolean) >returns void >AS $procedure$ >declare > DOWN integer; > OK integer; > LOCKED integer; > TEMPLATE_OK integer; > TEMPLATE_LOCKED integer; > IMAGE_LOCKED integer; > SNAPSHOT_OK varchar; > SNAPSHOT_LOCKED varchar; > v_id UUID; >begin > DOWN:=0; > OK:=1; > LOCKED:=2; > TEMPLATE_OK:=0; > TEMPLATE_LOCKED:=1; > IMAGE_LOCKED:=15; > SNAPSHOT_OK:='OK'; > SNAPSHOT_LOCKED:='LOCKED'; > v_id := vm_guid from vm_static where vm_name = v_name and entity_type ilike v_object_type; > -- set VM status to DOWN > if (v_object_type = 'vm') then > update vm_dynamic set status = DOWN where status = IMAGE_LOCKED and vm_guid = v_id; > -- set Template status to OK > else > if (v_object_type = 'template') then > update vm_static set template_status = TEMPLATE_OK where template_status = TEMPLATE_LOCKED and vm_guid = v_id; > end if; > end if; > --unlock images and snapshots if recursive flag is set > if (v_recursive) then > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id in (select device_id from vm_device where vm_id = v_id and is_plugged); > > update snapshots set status = SNAPSHOT_OK where status ilike SNAPSHOT_LOCKED and vm_id = v_id; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/* Displays DC id , DC name, SPM Host id , SPM Host name and number of async tasks awaiting. > >1) create a record type with DC name, DC id, SPM host id, SPM host name, count > >2) get all distinct DC ids from async_tasks table > >3) Run a cursor for each result in 2) > > a) get DC name > b) get SPM Host id & name if available > c) get count of tasks > > return current record > >4) return set of generated records >*/ >DROP TYPE IF EXISTS async_tasks_info_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE async_tasks_info_rs AS ( > dc_id UUID, dc_name CHARACTER VARYING, spm_host_id UUID, spm_host_name CHARACTER VARYING, task_count integer); >************************** > >CREATE TYPE >********* QUERY ********** >create or replace FUNCTION fn_db_get_async_tasks() >returns SETOF async_tasks_info_rs STABLE >AS $procedure$ >DECLARE > v_record async_tasks_info_rs; > > -- selects storage_pool_id uuid found in async_tasks > v_tasks_cursor cursor for select distinct storage_pool_id from async_tasks; >begin > > OPEN v_tasks_cursor; > FETCH v_tasks_cursor into v_record.dc_id; > WHILE FOUND LOOP > -- get dc_name and SPM Host id > v_record.dc_name := name from storage_pool where id = v_record.dc_id; > v_record.spm_host_id := > spm_vds_id from storage_pool where id = v_record.dc_id; > -- get Host name if we have non NULL SPM Host > if (v_record.spm_host_id IS NOT NULL) then > v_record.spm_host_name := > vds_name from vds_static where vds_id = v_record.spm_host_id; > else > v_record.spm_host_name:=''; > end if; > -- get tasks count for this DC > v_record.task_count := count(*) from async_tasks > where position (cast(v_record.dc_id as varchar) in action_parameters) > 0; > -- return the record > RETURN NEXT v_record; > FETCH v_tasks_cursor into v_record.dc_id; > END LOOP; > CLOSE v_tasks_cursor; > -- return full set of generated records > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT setval('vdc_options_seq', max(option_id)) FROM vdc_options; >************************** > > 1 > >********* QUERY ********** >SELECT setval('custom_actions_seq', max(action_id)) FROM custom_actions; >************************** > > > >********* QUERY ********** >SELECT setval('vdc_db_log_seq', max(error_id)) FROM vdc_db_log; >************************** > > > >********* QUERY ********** >SELECT setval('audit_log_seq', max(audit_log_id)) FROM audit_log; >************************** > > > >********* QUERY ********** >SELECT setval('schema_version_seq', max(id)) FROM schema_version; >************************** > > 1 > >********* QUERY ********** >/************************************************************************************ > DATABASE APPLICATION CONFIGURATION FILE > >This file is used to update the vdc_options configuration table. >The following sections are available: > Add Section > Update section (w/o overriding current value) > Delete section > Split config section > Simple upgrades not available using a fn_db* function call > Complex upgrades using temporary functions > >In each section (except simple/function sections), entries are ordered by key, >please keep this when modifing this file. > >PLEASE NOTE THAT THIS SCRIPT MUST REMAIN RE-ENTRANT! > >************************************************************************************/ > > > >select fn_db_rename_config_key('AuditLogAgingThreashold', 'AuditLogAgingThreshold', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_rename_config_key('ClientConsoleModeDefault', 'ClientModeSpiceDefault', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_rename_config_key('PowerClientAutoApprovePatterns','AutoApprovePatterns','general'); >************************** > > > >********* QUERY ********** >select fn_db_rename_config_key('PowerClientAutoRegistrationDefaultVdsGroupID','AutoRegistrationDefaultVdsGroupID','general'); >************************** > > > >********* QUERY ********** >select fn_db_rename_config_key('PowerClientAutoInstallCertificateOnApprove','AutoInstallCertificateOnApprove','general'); >************************** > > > >********* QUERY ********** >select fn_db_rename_config_key('UseSecureConnectionWithServers', 'EncryptHostCommunication', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AbortMigrationOnError','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AbortMigrationOnError','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AbortMigrationOnError','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AbortMigrationOnError','false','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('BootstrapMinimalVdsmVersion','4.9','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CpuPinMigrationEnabled','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CpuPinningEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CpuPinningEnabled','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CpuPinningEnabled','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CpuPinningEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AdminDomain','internal','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AdminPassword','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AdminUser','admin','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AdUserId','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AdUserName','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AdUserPassword','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AdvancedNFSOptionsEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AdvancedNFSOptionsEnabled','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AdvancedNFSOptionsEnabled','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AdvancedNFSOptionsEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AgentAppName','ovirt-guest-agent-common,ovirt-guest-agent','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AllowClusterWithVirtGlusterEnabled','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AllowDuplicateMacAddresses','false','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ApplicationMode','255','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AsyncTaskPollingRate','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AsyncTaskStatusCacheRefreshRateInSeconds','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AsyncTaskStatusCachingTimeInMinutes','1','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AsyncTaskZombieTaskLifeInMinutes','300','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AuditLogAgingThreshold','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AuditLogCleanupTime','03:35:35','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('OnlyRequiredNetworksMandatoryForVdsSelection','false','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AuthenticationMethod','LDAP','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AutoApprovePatterns','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AutoInstallCertificateOnApprove','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AutoRecoverySchedule','0 0/5 * * * ?','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AutoRegistrationDefaultVdsGroupID','99408929-82CF-4DC7-A532-9D998063FA95','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AutoRepoDomainRefreshTime','60','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('BlockMigrationOnSwapUsagePercentage','0','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CipherSuite','DEFAULT','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ConfigDir','/etc/engine','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ConnectToServerTimeoutInSeconds','20','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ClusterEmulatedMachines','rhel6.2.0,pc-1.0','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ClusterEmulatedMachines','rhel6.3.0,pc-1.0','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ClusterEmulatedMachines','rhel6.4.0,pc-1.0','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ClusterEmulatedMachines','rhel6.4.0,pc-1.0,pseries','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CpuOverCommitDurationMinutes','2','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DataDir','/usr/share/engine','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DBEngine','Postgres','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DebugTimerLogging','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DefaultMaxThreadPoolSize','500','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DefaultMinThreadPoolSize','50','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DefaultMaxThreadWaitQueueSize','100','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DefaultWindowsTimeZone','GMT Standard Time','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DefaultGeneralTimeZone','Etc/GMT','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DefaultWorkgroup','WORKGROUP','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DesktopAudioDeviceType','WindowsXP,ac97,RHEL4,ac97,RHEL3,ac97,Windows2003x64,ac97,RHEL4x64,ac97,RHEL3x64,ac97,OtherLinux,ac97,Other,ac97,default,ich6','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DesktopAudioDeviceType','WindowsXP,ac97,RHEL4,ac97,RHEL3,ac97,Windows2003x64,ac97,RHEL4x64,ac97,RHEL3x64,ac97,OtherLinux,ac97,Other,ac97,default,ich6','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DesktopAudioDeviceType','WindowsXP,ac97,RHEL4,ac97,RHEL3,ac97,Windows2003x64,ac97,RHEL4x64,ac97,RHEL3x64,ac97,OtherLinux,ac97,Other,ac97,default,ich6','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DesktopAudioDeviceType','WindowsXP,ac97,RHEL4,ac97,RHEL3,ac97,Windows2003x64,ac97,RHEL4x64,ac97,RHEL3x64,ac97,OtherLinux,ac97,Other,ac97,default,ich6','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DisableFenceAtStartupInSec','300','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DirectLUNDiskEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DirectLUNDiskEnabled','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DirectLUNDiskEnabled','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DirectLUNDiskEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DomainName','example.com','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('EnableHostTimeDrift','false','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('EnableSpiceRootCertificateValidation','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('EnableSwapCheck','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('EnableUSBAsDefault','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('EnableVdsLoadBalancing','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('EngineMode','Active','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FailedJobCleanupTimeInMinutes','60','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FenceAgentDefaultParams','ilo3:lanplus,power_wait=4;ilo4:lanplus,power_wait=4','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FenceAgentMapping','ilo2=ilo,ilo3=ipmilan,ilo4=ipmilan','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FenceProxyDefaultPreferences','cluster,dc','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FenceQuietTimeBetweenOperationsInSec','180','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FenceStartStatusDelayBetweenRetriesInSec','60','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FenceStartStatusRetries','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FenceStopStatusDelayBetweenRetriesInSec','60','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FenceStopStatusRetries','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FilteringLUNsEnabled','true','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FilteringLUNsEnabled','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FilteringLUNsEnabled','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FilteringLUNsEnabled','false','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FindFenceProxyDelayBetweenRetriesInSec','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FindFenceProxyRetries','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FreeSpaceCriticalLowInGB','5','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('FreeSpaceLow','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterHooksEnabled', 'false', '3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterHooksEnabled', 'false', '3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterHooksEnabled', 'false', '3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterHostUUIDSupport', 'false', '3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterHostUUIDSupport', 'false', '3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterHostUUIDSupport', 'false', '3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterRefreshHeavyWeight', 'false', '3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterRefreshHeavyWeight', 'false', '3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterRefreshRateHooks', '7200', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterRefreshRateLight', '5', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterRefreshRateHeavy', '300', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterServicesEnabled', 'false', '3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterServicesEnabled', 'false', '3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterServicesEnabled', 'false', '3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterSupport', 'false', '3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterVolumeOptionGroupVirtValue','virt','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterVolumeOptionOwnerUserVirtValue','36','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterVolumeOptionOwnerGroupVirtValue','36','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterRefreshRateTasks', '60', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('KeystoneAuthUrl', '', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GuestToolsSetupIsoPrefix','RHEV-toolsSetup_','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HardwareInfoEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HardwareInfoEnabled','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HardwareInfoEnabled','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HardwareInfoEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HighUtilizationForEvenlyDistribute','75','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HighUtilizationForPowerSave','75','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HostPreparingForMaintenanceIdleTime', '300', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HostTimeDriftInSec','300','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HotPlugEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HotPlugEnabled','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HotPlugEnabled','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HotPlugEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MigrationSupportForNativeUsb','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MigrationSupportForNativeUsb','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MigrationSupportForNativeUsb','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MigrationSupportForNativeUsb','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NetworkLinkingSupported','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NetworkLinkingSupported','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NetworkLinkingSupported','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NetworkLinkingSupported','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DisconnectPoolOnReconstruct','0,2','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HotPlugUnsupportedOsList','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('InitStorageSparseSizeInGB','1','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('TunnelMigrationEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('TunnelMigrationEnabled','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('TunnelMigrationEnabled','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('TunnelMigrationEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MigrationNetworkEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MigrationNetworkEnabled','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MigrationNetworkEnabled','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MigrationNetworkEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MultipleGatewaysSupported','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MultipleGatewaysSupported','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MultipleGatewaysSupported','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MultipleGatewaysSupported','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MemorySnapshotSupported','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MemorySnapshotSupported','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MemorySnapshotSupported','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MemorySnapshotSupported','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('OsRepositoryConfDir','/osinfo.conf.d','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VirtIoScsiEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VirtIoScsiEnabled','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VirtIoScsiEnabled','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VirtIoScsiEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VirtIoScsiUnsupportedOsList','WindowsXP,RHEL5,RHEL5x64,RHEL4,RHEL4x64,RHEL3,RHEL3x64','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NormalizedMgmgNetworkEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NormalizedMgmgNetworkEnabled','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NormalizedMgmgNetworkEnabled','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('IterationsWithBalloonProblem','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MomPoliciesOnHostSupported','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MomPoliciesOnHostSupported','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MomPoliciesOnHostSupported','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MomPoliciesOnHostSupported','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NetworkQosSupported','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NetworkQosSupported','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NetworkQosSupported','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CloudInitSupported','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CloudInitSupported','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CloudInitSupported','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HotPlugDiskSnapshotSupported','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HotPlugDiskSnapshotSupported','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('HotPlugDiskSnapshotSupported','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SpiceProxyDefault','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('InstallVds','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('IoOpTimeoutSec','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('IPTablesConfig', >'# oVirt default firewall configuration. Automatically generated by vdsm bootstrap script. >*filter >:INPUT ACCEPT [0:0] >:FORWARD ACCEPT [0:0] >:OUTPUT ACCEPT [0:0] >-A INPUT -m state --state ESTABLISHED,RELATED -j ACCEPT >-A INPUT -p icmp -j ACCEPT >-A INPUT -i lo -j ACCEPT ># vdsm >-A INPUT -p tcp --dport @VDSM_PORT@ -j ACCEPT ># libvirt tls >-A INPUT -p tcp --dport 16514 -j ACCEPT ># SSH >-A INPUT -p tcp --dport @SSH_PORT@ -j ACCEPT ># guest consoles >-A INPUT -p tcp -m multiport --dports 5900:6923 -j ACCEPT ># migration >-A INPUT -p tcp -m multiport --dports 49152:49216 -j ACCEPT ># snmp >-A INPUT -p udp --dport 161 -j ACCEPT ># Reject any other input traffic >-A INPUT -j REJECT --reject-with icmp-host-prohibited >-A FORWARD -m physdev ! --physdev-is-bridged -j REJECT --reject-with icmp-host-prohibited >COMMIT >','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('IPTablesConfigForGluster', >' ># glusterd >-A INPUT -p tcp -m tcp --dport 24007 -j ACCEPT > ># gluster swift >-A INPUT -p tcp -m tcp --dport 8080 -j ACCEPT > ># portmapper >-A INPUT -p udp -m udp --dport 111 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 38465 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 38466 -j ACCEPT > ># nfs >-A INPUT -p tcp -m tcp --dport 38467 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 2049 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 38469 -j ACCEPT > ># status >-A INPUT -p tcp -m tcp --dport 39543 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 55863 -j ACCEPT > ># nlockmgr >-A INPUT -p tcp -m tcp --dport 38468 -j ACCEPT >-A INPUT -p udp -m udp --dport 963 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 965 -j ACCEPT > ># ctdbd >-A INPUT -p tcp -m tcp --dport 4379 -j ACCEPT > ># smbd >-A INPUT -p tcp -m tcp --dport 139 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 445 -j ACCEPT > ># Ports for gluster volume bricks (default 100 ports) >-A INPUT -p tcp -m tcp --dport 24009:24108 -j ACCEPT >','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('IPTablesConfigForVirt', >' ># libvirt tls >-A INPUT -p tcp --dport 16514 -j ACCEPT > ># guest consoles >-A INPUT -p tcp -m multiport --dports 5900:6923 -j ACCEPT > ># migration >-A INPUT -p tcp -m multiport --dports 49152:49216 -j ACCEPT >', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('IsMultilevelAdministrationOn','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('JobCleanupRateInMinutes','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('JobPageSize','100','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LdapQueryPageSize','1000','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LDAPQueryTimeout','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LDAPConnectTimeout','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LDAPOperationTimeout','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LDAPSecurityAuthentication','GSSAPI','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LDAPServerPort','389','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LdapServers','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LDAPProviderTypes','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LeaseRetries','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LeaseTimeSec','60','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LicenseCertificateFingerPrint','5f 38 41 89 b1 33 49 0c 24 13 6b b3 e5 ba 9e c7 fd 83 80 3b','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LiveSnapshotEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LiveSnapshotEnabled','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LiveSnapshotEnabled','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LiveSnapshotEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LocalAdminPassword','123456','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LockPolicy','ON','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LockRenewalIntervalSec','5','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LogPhysicalMemoryThresholdInMB','1024','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LowUtilizationForEvenlyDistribute','0','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LowUtilizationForPowerSave','20','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MacPoolRanges','00:1A:4A:16:01:51-00:1A:4A:16:01:e6','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ManagedDevicesWhiteList','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ManagementNetwork','ovirtmgmt','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxAuditLogMessageLength','10000','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxBlockDiskSize','8192','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxLDAPQueryPartsNumber','100','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxMacsCountInPool','100000','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumberOfHostsInStoragePool','250','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfCpuPerSocket','16','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfCpuPerSocket','16','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfCpuPerSocket','16','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfCpuPerSocket','16','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfVmCpus','64','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfVmCpus','160','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfVmCpus','160','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfVmCpus','160','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfVmSockets','16','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfVmSockets','16','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfVmSockets','16','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxNumOfVmSockets','16','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxRerunVmOnVdsCount','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxStorageVdsDelayCheckSec','5','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxStorageVdsTimeoutCheckSec','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxVdsMemOverCommit','200','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxVdsMemOverCommitForServers','150','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxVdsNameLength','255','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxVmNameLengthNonWindows','64','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxVmNameLengthWindows','15','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxVmsInPool','1000','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MinimalETLVersion','3.0.0','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NativeUSBEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NativeUSBEnabled','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NativeUSBEnabled','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NativeUSBEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NicDHCPDelayGraceInMS','60','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NonVmNetworkSupported','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NonVmNetworkSupported','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NonVmNetworkSupported','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NonVmNetworkSupported','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NumberOfFailedRunsOnVds','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NumberOfUSBSlots','4','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NumberVmRefreshesBeforeSave','5','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportBridgesReportByVDSM','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportBridgesReportByVDSM','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportBridgesReportByVDSM','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportBridgesReportByVDSM','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('EnableMACAntiSpoofingFilterRules','false', '3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('EnableMACAntiSpoofingFilterRules','false', '3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('EnableMACAntiSpoofingFilterRules','true', '3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('EnableMACAntiSpoofingFilterRules','true', '3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterFsStorageEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterFsStorageEnabled','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterFsStorageEnabled','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlusterFsStorageEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxSchedulerWeight','1000','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MTUOverrideSupported','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MTUOverrideSupported','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MTUOverrideSupported','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MTUOverrideSupported','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PortMirroringSupported','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PortMirroringSupported','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SpeedOptimizationSchedulingThreshold','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SchedulerAllowOverBooking','false','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SchedulerOverBookingThreshold','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('OrganizationName','oVirt','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('OriginType','OVIRT','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('OvfVirtualSystemType','ENGINE','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('OvirtInitialSupportedIsoVersion','2.5.5','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('OvirtIsoPrefix','ovirt-node','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('oVirtISOsRepositoryPath','/usr/share/ovirt-node-iso','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('oVirtUpgradeScriptName','/usr/share/vdsm-reg/vdsm-upgrade','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('oVirtUploadPath','/data/updates/ovirt-node-image.iso','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('OvfUpdateIntervalInMinutes','60','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('OvfItemsCountPerUpdate','100','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PayloadSize','8192','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PosixStorageEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PosixStorageEnabled','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PosixStorageEnabled','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PosixStorageEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PostgresI18NPrefix','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PostgresLikeSyntax','ILIKE','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PostgresPagingSyntax',E' OFFSET (%1$s -1) LIMIT %2$s','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PostgresPagingType','Offset','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PostgresSearchTemplate',E'SELECT * FROM (%2$s) %1$s) as T1 %3$s','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PredefinedVMProperties','sap_agent=^(true|false)$;sndbuf=^[0-9]+$;vhost=^(([a-zA-Z0-9_]*):(true|false))(,(([a-zA-Z0-9_]*):(true|false)))*$;viodiskcache=^(none|writeback|writethrough)$','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PredefinedVMProperties','sap_agent=^(true|false)$;sndbuf=^[0-9]+$;vhost=^(([a-zA-Z0-9_]*):(true|false))(,(([a-zA-Z0-9_]*):(true|false)))*$;viodiskcache=^(none|writeback|writethrough)$','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PredefinedVMProperties','sap_agent=^(true|false)$;sndbuf=^[0-9]+$;vhost=^(([a-zA-Z0-9_]*):(true|false))(,(([a-zA-Z0-9_]*):(true|false)))*$;viodiskcache=^(none|writeback|writethrough)$','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PredefinedVMProperties','sap_agent=^(true|false)$;sndbuf=^[0-9]+$;vhost=^(([a-zA-Z0-9_]*):(true|false))(,(([a-zA-Z0-9_]*):(true|false)))*$;viodiskcache=^(none|writeback|writethrough)$','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductKey2003','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductKey2003x64','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductKey2008','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductKey2008R2','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductKey2008x64','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductKey','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductKeyWindow7','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductKeyWindow7x64','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductKeyWindows8','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductKeyWindows8x64','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductKeyWindows2012x64','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ProductRPMVersion','3.0.0.0','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('QuotaGraceStorage','20','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('QuotaGraceVdsGroup','20','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('QuotaThresholdStorage','80','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('QuotaThresholdVdsGroup','80','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('RedirectServletReportsPage','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('RhevhLocalFSPath','/data/images/','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SANWipeAfterDelete','false','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SASL_QOP','auth-conf','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SearchResultsLimit','100','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SendSMPOnRunVm','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SendVmTicketUID','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SendVmTicketUID','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SendVmTicketUID','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SendVmTicketUID','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ServerCPUList','3:Intel Conroe Family:vmx,nx,model_Conroe:Conroe:x86_64; 4:Intel Penryn Family:vmx,nx,model_Penryn:Penryn:x86_64; 5:Intel Nehalem Family:vmx,nx,model_Nehalem:Nehalem:x86_64; 6:Intel Westmere Family:aes,vmx,nx,model_Westmere:Westmere:x86_64; 2:AMD Opteron G1:svm,nx,model_Opteron_G1:Opteron_G1:x86_64; 3:AMD Opteron G2:svm,nx,model_Opteron_G2:Opteron_G2:x86_64; 4:AMD Opteron G3:svm,nx,model_Opteron_G3:Opteron_G3:x86_64;','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ServerCPUList','3:Intel Conroe Family:vmx,nx,model_Conroe:Conroe:x86_64; 4:Intel Penryn Family:vmx,nx,model_Penryn:Penryn:x86_64; 5:Intel Nehalem Family:vmx,nx,model_Nehalem:Nehalem:x86_64; 6:Intel Westmere Family:aes,vmx,nx,model_Westmere:Westmere:x86_64; 2:AMD Opteron G1:svm,nx,model_Opteron_G1:Opteron_G1:x86_64; 3:AMD Opteron G2:svm,nx,model_Opteron_G2:Opteron_G2:x86_64; 4:AMD Opteron G3:svm,nx,model_Opteron_G3:Opteron_G3:x86_64;','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ServerCPUList','3:Intel Conroe Family:vmx,nx,model_Conroe:Conroe:x86_64; 4:Intel Penryn Family:vmx,nx,model_Penryn:Penryn:x86_64; 5:Intel Nehalem Family:vmx,nx,model_Nehalem:Nehalem:x86_64; 6:Intel Westmere Family:aes,vmx,nx,model_Westmere:Westmere:x86_64; 7:Intel SandyBridge Family:vmx,nx,model_SandyBridge:SandyBridge:x86_64; 8:Intel Haswell:vmx,nx,model_Haswell:Haswell:x86_64; 2:AMD Opteron G1:svm,nx,model_Opteron_G1:Opteron_G1:x86_64; 3:AMD Opteron G2:svm,nx,model_Opteron_G2:Opteron_G2:x86_64; 4:AMD Opteron G3:svm,nx,model_Opteron_G3:Opteron_G3:x86_64; 5:AMD Opteron G4:svm,nx,model_Opteron_G4:Opteron_G4:x86_64; 6:AMD Opteron G5:smx,nx,model_Opteron_G5:Opteron_G5:x86_64;','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ServerCPUList','3:Intel Conroe Family:vmx,nx,model_Conroe:Conroe:x86_64; 4:Intel Penryn Family:vmx,nx,model_Penryn:Penryn:x86_64; 5:Intel Nehalem Family:vmx,nx,model_Nehalem:Nehalem:x86_64; 6:Intel Westmere Family:aes,vmx,nx,model_Westmere:Westmere:x86_64; 7:Intel SandyBridge Family:vmx,nx,model_SandyBridge:SandyBridge:x86_64; 8:Intel Haswell:vmx,nx,model_Haswell:Haswell:x86_64; 2:AMD Opteron G1:svm,nx,model_Opteron_G1:Opteron_G1:x86_64; 3:AMD Opteron G2:svm,nx,model_Opteron_G2:Opteron_G2:x86_64; 4:AMD Opteron G3:svm,nx,model_Opteron_G3:Opteron_G3:x86_64; 5:AMD Opteron G4:svm,nx,model_Opteron_G4:Opteron_G4:x86_64; 6:AMD Opteron G5:smx,nx,model_Opteron_G5:Opteron_G5:x86_64; :IBM POWER 7 v2.0:powernv,model_POWER7_v2.0:POWER7_v2.0:ppc64; :IBM POWER 7 v2.1:powernv,model_POWER7_v2.1:POWER7_v2.1:ppc64; :IBM POWER 7 v2.3:powernv,model_POWER7_v2.3:POWER7_v2.3:ppc64; :IBM POWER 7+ v2.1:powernv,model_POWER7+_v2.1:POWER7+_v2.1:ppc64; :IBM POWER 8 v1.0:powernv,model_POWER8_v1.0:POWER8_v1.0:ppc64;','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ServerRebootTimeout','300','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SetupNetworksPollingTimeout','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ShareableDiskEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ShareableDiskEnabled','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ShareableDiskEnabled','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ShareableDiskEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SignCertTimeoutInSeconds','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SpiceDriverNameInGuest','RHEV-Spice','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SpiceReleaseCursorKeys','shift+f12','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SpiceToggleFullScreenKeys','shift+f11','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SpiceUsbAutoShare','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('WANDisableEffects','animation','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('WANColorDepth','16','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SpmCommandFailOverRetries','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SPMFailOverAttempts','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SpmVCpuConsumption','1','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SSHInactivityTimoutSeconds','300','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SSHInactivityHardTimoutSeconds','1800','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SSLEnabled','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('StorageDomainFalureTimeoutInMinutes','5','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('StorageDomainNameSizeLimit','50','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('StoragePoolNameSizeLimit','40','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('StoragePoolNonOperationalResetTimeoutInMin','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('StoragePoolRefreshTimeInSeconds','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SucceededJobCleanupTimeInMinutes','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportedClusterLevels','3.0','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportedStorageFormats','0,2','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportedStorageFormats','0,2,3','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportedStorageFormats','0,2,3','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportedStorageFormats','0,2,3','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportedVDSMVersions','4.5,4.9','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportForceCreateVG','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportForceCreateVG','true','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportForceCreateVG','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportForceCreateVG','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportForceExtendVG','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportForceExtendVG','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportForceExtendVG','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportForceExtendVG','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrep2K3Path','/etc/ovirt-engine/sysprep/sysprep.2k3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrep2K8Path','/etc/ovirt-engine/sysprep/sysprep.2k8x86','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrep2K8R2Path','/etc/ovirt-engine/sysprep/sysprep.2k8','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrep2K8x64Path','/etc/ovirt-engine/sysprep/sysprep.2k8','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrepDefaultPassword','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrepDefaultUser','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrepWindows7Path','/etc/ovirt-engine/sysprep/sysprep.w7','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrepWindows7x64Path','/etc/ovirt-engine/sysprep/sysprep.w7x64','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrepWindows8Path','/etc/ovirt-engine/sysprep/sysprep.w8','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrepWindows8x64Path','/etc/ovirt-engine/sysprep/sysprep.w8x64','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrepWindows2012x64Path','/etc/ovirt-engine/sysprep/sysprep.2k12x64','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SysPrepXPPath','/etc/ovirt-engine/sysprep/sysprep.xp','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ThrottlerMaxWaitForVdsUpdateInMillis','10000','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('TimeoutToResetVdsInSeconds','60','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DelayResetForSpmInSeconds','20','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DelayResetPerVmInSeconds','0.5','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('EncryptHostCommunication','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('TimeToReduceFailedRunOnVdsInMinutes','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('UknownTaskPrePollingLapse','60000','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('UserDefinedVMProperties','','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('UserDefinedVMProperties','','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('UserDefinedVMProperties','','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('UserDefinedVMProperties','','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('UserRefreshRate','3600','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('UserSessionTimeOutInterval','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('UserSessionTimeOutInvalidationInterval','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('UtilizationThresholdInPercent','80','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ValidNumOfMonitors','1,2,4','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VcpuConsumptionPercentage','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdcVersion','3.0.0.0','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VDSAttemptsToResetCount','2','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsCertificateValidityInYears','5','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('vdsConnectionTimeout','2','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsFenceOptionMapping','alom:secure=secure,port=ipport;apc:secure=secure,port=ipport,slot=port;bladecenter:secure=secure,port=ipport,slot=port;drac5:secure=secure,port=ipport;eps:slot=port;ilo:secure=ssl,port=ipport;ipmilan:;rsa:secure=secure,port=ipport;rsb:;wti:secure=secure,port=ipport,slot=port','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsFenceOptionMapping','alom:secure=secure,port=ipport;apc:secure=secure,port=ipport,slot=port;bladecenter:secure=secure,port=ipport,slot=port;drac5:secure=secure,port=ipport;eps:slot=port;ilo:secure=ssl,port=ipport;ipmilan:;rsa:secure=secure,port=ipport;rsb:;wti:secure=secure,port=ipport,slot=port','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsFenceOptionMapping','apc:secure=secure,port=ipport,slot=port;apc_snmp:port=port;bladecenter:secure=secure,port=ipport,slot=port;cisco_ucs:secure=ssl,slot=port;drac5:secure=secure,slot=port;eps:slot=port;ilo:secure=ssl,port=ipport;ipmilan:;ilo2:secure=ssl,port=ipport;ilo3:;ilo4:;rsa:secure=secure,port=ipport;rsb:;wti:secure=secure,port=ipport,slot=port','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsFenceOptionMapping','apc:secure=secure,port=ipport,slot=port;apc_snmp:port=port;bladecenter:secure=secure,port=ipport,slot=port;cisco_ucs:secure=ssl,slot=port;drac5:secure=secure,slot=port;eps:slot=port;ilo:secure=ssl,port=ipport;ipmilan:;ilo2:secure=ssl,port=ipport;ilo3:;ilo4:;rsa:secure=secure,port=ipport;rsb:;wti:secure=secure,port=ipport,slot=port','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsFenceOptions','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsFenceOptionTypes','secure=bool,port=int,slot=int','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsFenceType','alom,apc,bladecenter,drac5,eps,ilo,ilo3,ipmilan,rsa,rsb,wti,cisco_ucs','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsFenceType','alom,apc,bladecenter,drac5,eps,ilo,ilo3,ipmilan,rsa,rsb,wti,cisco_ucs','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsFenceType','apc,apc_snmp,bladecenter,cisco_ucs,drac5,eps,ilo,ilo2,ilo3,ilo4,ipmilan,rsa,rsb,wti','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsFenceType','apc,apc_snmp,bladecenter,cisco_ucs,drac5,eps,ilo,ilo2,ilo3,ilo4,ipmilan,rsa,rsb,wti','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsLoadBalancingeIntervalInMinutes','1','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsLocalDisksCriticallyLowFreeSpace','100','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsLocalDisksLowFreeSpace','500','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsRecoveryTimeoutInMintues','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsRefreshRate','2','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('vdsRetries','0','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VdsSelectionAlgorithm','None','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('vdsTimeout','180','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VM32BitMaxMemorySizeInMB','20480','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VM64BitMaxMemorySizeInMB','524288','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VM64BitMaxMemorySizeInMB','2097152','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VM64BitMaxMemorySizeInMB','2097152','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VM64BitMaxMemorySizeInMB','2097152','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VmGracefulShutdownMessage','System Administrator has initiated shutdown of this Virtual Machine. Virtual Machine is shutting down.','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VmGracefulShutdownTimeout','30','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VMMinMemorySizeInMB','256','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VmPoolMaxSubsequentFailures','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VmPoolMonitorBatchSize','5','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VmPoolMonitorIntervalInMinutes','5','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VmPoolMonitorMaxAttempts','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VmPriorityMaxValue','100','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AutoStartVmsRunnerIntervalInSeconds','1','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VncKeyboardLayout','en-us','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('VncKeyboardLayoutValidValues','ar,da,de,de-ch,en-gb,en-us,es,et,fi,fo,fr,fr-be,fr-ca,fr-ch,hr,hu,is,it,ja,lt,lv,mk,nl,nl-be,no,pl,pt,pt-br,ru,sl,sv,th,tr','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('WaitForVdsInitInSec','60','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('NetworkConnectivityCheckTimeoutInSeconds','120','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AutoRecoveryAllowedTypes','{\"storage domains\":\"true\",\"hosts\":\"true\"}','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ClientModeSpiceDefault','Auto','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ClientModeVncDefault','Native','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ClientModeRdpDefault','Auto','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('UseFqdnForRdpIfAvailable','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('WebSocketProxy','Off','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('WebSocketProxyTicketValiditySeconds','120','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LogMaxPhysicalMemoryUsedThresholdInPercentage', '95', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LogMaxCpuUsedThresholdInPercentage', '95', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LogMaxNetworkUsedThresholdInPercentage', '95', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LogMinFreeSwapThresholdInMB', '256', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('LogMaxSwapUsedThresholdInPercentage', '95', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportCustomDeviceProperties', 'false', '3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportCustomDeviceProperties', 'false', '3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportCustomDeviceProperties', 'false', '3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SupportCustomDeviceProperties', 'true', '3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CustomDeviceProperties', '', '3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CustomDeviceProperties', '', '3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CustomDeviceProperties', '', '3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('CustomDeviceProperties', '', '3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SshSoftFencingCommand', 'service vdsmd restart', '3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SshSoftFencingCommand', 'service vdsmd restart', '3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SshSoftFencingCommand', 'service vdsmd restart', '3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SshSoftFencingCommand', '/usr/bin/vdsm-tool service-restart vdsmd', '3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SecureConnectionWithOATServers','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('PollUri','AttestationService/resources/PollHosts','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AttestationTruststore','TrustStore.jks','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AttestationPort','8443','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AttestationTruststorePass','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AttestationServer','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('AttestationFirstStageSize','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxAverageNetworkQoSValue','1024','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxPeakNetworkQoSValue','2048','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('MaxBurstNetworkQoSValue','10240','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('UserMessageOfTheDay','','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('QoSInboundAverageDefaultValue','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('QoSInboundPeakDefaultValue','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('QoSInboundBurstDefaultValue','100','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('QoSOutboundAverageDefaultValue','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('QoSOutboundPeakDefaultValue','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('QoSOutboundBurstDefaultValue','100','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SingleQxlPciEnabled','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SingleQxlPciEnabled','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SingleQxlPciEnabled','false','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('SingleQxlPciEnabled','true','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ExternalSchedulerServiceURL','http://localhost:18781/','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ExternalSchedulerConnectionTimeout','100','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ExternalSchedulerEnabled','false','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('ExternalSchedulerResponseTimeout','120000','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('DwhHeartBeatInterval', '30', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlanceImageListSize','20','general'); >************************** > > > >********* QUERY ********** >select fn_db_add_config_value('GlanceImageTotalListSize','500','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('AutoRecoveryAllowedTypes','{\"storage domains\":\"true\",\"hosts\":\"true\"}','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('BootstrapMinimalVdsmVersion','4.9','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('DBEngine','Postgres','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('DefaultTimeZone','(GMT) GMT Standard Time','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('FenceAgentDefaultParams','ilo3:lanplus,power_wait=4;ilo4:lanplus,power_wait=4','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('FenceAgentMapping','ilo2=ilo,ilo3=ipmilan,ilo4=ipmilan','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('FenceStartStatusDelayBetweenRetriesInSec','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('FenceStartStatusRetries','18','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('FenceStopStatusDelayBetweenRetriesInSec','10','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('FenceStopStatusRetries','18','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('IPTablesConfig',' ># oVirt default firewall configuration. Automatically generated by vdsm bootstrap script. >*filter >:INPUT ACCEPT [0:0] >:FORWARD ACCEPT [0:0] >:OUTPUT ACCEPT [0:0] >-A INPUT -m state --state ESTABLISHED,RELATED -j ACCEPT > >-A INPUT -i lo -j ACCEPT ># vdsm >-A INPUT -p tcp --dport @VDSM_PORT@ -j ACCEPT ># SSH >-A INPUT -p tcp --dport @SSH_PORT@ -j ACCEPT ># snmp >-A INPUT -p udp --dport 161 -j ACCEPT > >@CUSTOM_RULES@ > ># Reject any other input traffic >-A INPUT -j REJECT --reject-with icmp-host-prohibited >-A FORWARD -m physdev ! --physdev-is-bridged -j REJECT --reject-with icmp-host-prohibited >COMMIT >','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('IPTablesConfigForGluster', >' ># glusterd >-A INPUT -p tcp -m tcp --dport 24007 -j ACCEPT > ># gluster swift >-A INPUT -p tcp -m tcp --dport 8080 -j ACCEPT > ># portmapper >-A INPUT -p udp -m udp --dport 111 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 38465 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 38466 -j ACCEPT > ># nfs >-A INPUT -p tcp -m tcp --dport 111 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 38467 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 2049 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 38469 -j ACCEPT > ># status >-A INPUT -p tcp -m tcp --dport 39543 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 55863 -j ACCEPT > ># nlockmgr >-A INPUT -p tcp -m tcp --dport 38468 -j ACCEPT >-A INPUT -p udp -m udp --dport 963 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 965 -j ACCEPT > ># ctdbd >-A INPUT -p tcp -m tcp --dport 4379 -j ACCEPT > ># smbd >-A INPUT -p tcp -m tcp --dport 139 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 445 -j ACCEPT > ># Ports for gluster volume bricks (default 100 ports) >-A INPUT -p tcp -m tcp --dport 24009:24108 -j ACCEPT >-A INPUT -p tcp -m tcp --dport 49152:49251 -j ACCEPT >','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('IPTablesConfigForVirt', >' ># libvirt tls >-A INPUT -p tcp --dport 16514 -j ACCEPT > ># guest consoles >-A INPUT -p tcp -m multiport --dports 5900:6923 -j ACCEPT > ># migration >-A INPUT -p tcp -m multiport --dports 49152:49216 -j ACCEPT >', 'general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('IsMultilevelAdministrationOn','true','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('MaxNumOfVmCpus','64','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('MaxNumOfVmCpus','160','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('MaxNumOfVmCpus','160','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('MigrationSupportForNativeUsb','false','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('MigrationSupportForNativeUsb','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('MigrationSupportForNativeUsb','true','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('MinimalETLVersion','3.3.0','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('OvirtInitialSupportedIsoVersion','2.5.5','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('OvirtIsoPrefix','ovirt-node','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('oVirtISOsRepositoryPath','/usr/share/ovirt-node-iso','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('PostgresPagingSyntax','OFFSET (%1$s -1) LIMIT %2$s','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('PostgresSearchTemplate','SELECT * FROM (%2$s) %1$s) as T1 %3$s','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('RhevhLocalFSPath','/data/images/rhev','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('ServerCPUList','3:Intel Conroe Family:vmx,nx,model_Conroe:Conroe:x86_64; 4:Intel Penryn Family:vmx,nx,model_Penryn:Penryn:x86_64; 5:Intel Nehalem Family:vmx,nx,model_Nehalem:Nehalem:x86_64; 6:Intel Westmere Family:aes,vmx,nx,model_Westmere:Westmere:x86_64; 2:AMD Opteron G1:svm,nx,model_Opteron_G1:Opteron_G1:x86_64; 3:AMD Opteron G2:svm,nx,model_Opteron_G2:Opteron_G2:x86_64; 4:AMD Opteron G3:svm,nx,model_Opteron_G3:Opteron_G3:x86_64;','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('ServerCPUList','3:Intel Conroe Family:vmx,nx,model_Conroe:Conroe:x86_64; 4:Intel Penryn Family:vmx,nx,model_Penryn:Penryn:x86_64; 5:Intel Nehalem Family:vmx,nx,model_Nehalem:Nehalem:x86_64; 6:Intel Westmere Family:aes,vmx,nx,model_Westmere:Westmere:x86_64; 7:Intel SandyBridge Family:vmx,nx,model_SandyBridge:SandyBridge:x86_64; 2:AMD Opteron G1:svm,nx,model_Opteron_G1:Opteron_G1:x86_64; 3:AMD Opteron G2:svm,nx,model_Opteron_G2:Opteron_G2:x86_64; 4:AMD Opteron G3:svm,nx,model_Opteron_G3:Opteron_G3:x86_64; 5:AMD Opteron G4:svm,nx,model_Opteron_G4:Opteron_G4:x86_64;','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('ServerCPUList','3:Intel Conroe Family:vmx,nx,model_Conroe:Conroe:x86_64; 4:Intel Penryn Family:vmx,nx,model_Penryn:Penryn:x86_64; 5:Intel Nehalem Family:vmx,nx,model_Nehalem:Nehalem:x86_64; 6:Intel Westmere Family:aes,vmx,nx,model_Westmere:Westmere:x86_64; 7:Intel SandyBridge Family:vmx,nx,model_SandyBridge:SandyBridge:x86_64; 8:Intel Haswell:vmx,nx,model_Haswell:Haswell:x86_64; 2:AMD Opteron G1:svm,nx,model_Opteron_G1:Opteron_G1:x86_64; 3:AMD Opteron G2:svm,nx,model_Opteron_G2:Opteron_G2:x86_64; 4:AMD Opteron G3:svm,nx,model_Opteron_G3:Opteron_G3:x86_64; 5:AMD Opteron G4:svm,nx,model_Opteron_G4:Opteron_G4:x86_64; 6:AMD Opteron G5:smx,nx,model_Opteron_G5:Opteron_G5:x86_64;','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('ServerCPUList','3:Intel Conroe Family:vmx,nx,model_Conroe:Conroe:x86_64; 4:Intel Penryn Family:vmx,nx,model_Penryn:Penryn:x86_64; 5:Intel Nehalem Family:vmx,nx,model_Nehalem:Nehalem:x86_64; 6:Intel Westmere Family:aes,vmx,nx,model_Westmere:Westmere:x86_64; 7:Intel SandyBridge Family:vmx,nx,model_SandyBridge:SandyBridge:x86_64; 8:Intel Haswell:vmx,nx,model_Haswell:Haswell:x86_64; 2:AMD Opteron G1:svm,nx,model_Opteron_G1:Opteron_G1:x86_64; 3:AMD Opteron G2:svm,nx,model_Opteron_G2:Opteron_G2:x86_64; 4:AMD Opteron G3:svm,nx,model_Opteron_G3:Opteron_G3:x86_64; 5:AMD Opteron G4:svm,nx,model_Opteron_G4:Opteron_G4:x86_64; 6:AMD Opteron G5:smx,nx,model_Opteron_G5:Opteron_G5:x86_64; :IBM POWER 7 v2.0:powernv,model_POWER7_v2.0:POWER7_v2.0:ppc64; :IBM POWER 7 v2.1:powernv,model_POWER7_v2.1:POWER7_v2.1:ppc64; :IBM POWER 7 v2.3:powernv,model_POWER7_v2.3:POWER7_v2.3:ppc64; :IBM POWER 7+ v2.1:powernv,model_POWER7+_v2.1:POWER7+_v2.1:ppc64; :IBM POWER 8 v1.0:powernv,model_POWER8_v1.0:POWER8_v1.0:ppc64;','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('ClusterEmulatedMachines','rhel6.4.0,pc-1.0,pseries','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('SpiceDriverNameInGuest','{"windows": "RHEV-Spice", "linux" : "xorg-x11-drv-qxl" }','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('SupportedClusterLevels','3.0,3.1,3.2,3.3','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('SupportedStorageFormats','0,2,3','3.1,3.2,3.3'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('SupportedVDSMVersions','4.9,4.10,4.11,4.12,4.13','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VdcVersion','3.3.0.0','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('ProductRPMVersion','3.3.0.0','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VdsFenceOptionMapping','alom:secure=secure,port=ipport;apc:secure=secure,port=ipport,slot=port;bladecenter:secure=secure,port=ipport,slot=port;drac5:secure=secure,port=ipport;eps:slot=port;ilo:secure=ssl,port=ipport;ipmilan:;rsa:secure=secure,port=ipport;rsb:;wti:secure=secure,port=ipport,slot=port','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VdsFenceOptionMapping','alom:secure=secure,port=ipport;apc:secure=secure,port=ipport,slot=port;bladecenter:secure=secure,port=ipport,slot=port;drac5:secure=secure,port=ipport;eps:slot=port;ilo:secure=ssl,port=ipport;ipmilan:;rsa:secure=secure,port=ipport;rsb:;wti:secure=secure,port=ipport,slot=port','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VdsFenceOptionMapping','apc:secure=secure,port=ipport,slot=port;apc_snmp:port=port;bladecenter:secure=secure,port=ipport,slot=port;cisco_ucs:secure=ssl,slot=port;drac5:secure=secure,slot=port;eps:slot=port;ilo:secure=ssl,port=ipport;ipmilan:;ilo2:secure=ssl,port=ipport;ilo3:;ilo4:;rsa:secure=secure,port=ipport;rsb:;wti:secure=secure,port=ipport,slot=port','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VdsFenceOptionMapping','apc:secure=secure,port=ipport,slot=port;apc_snmp:port=port;bladecenter:secure=secure,port=ipport,slot=port;cisco_ucs:secure=ssl,slot=port;drac5:secure=secure,slot=port;eps:slot=port;ilo:secure=ssl,port=ipport;ipmilan:;ilo2:secure=ssl,port=ipport;ilo3:;ilo4:;rsa:secure=secure,port=ipport;rsb:;wti:secure=secure,port=ipport,slot=port','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VdsFenceType','alom,apc,bladecenter,drac5,eps,ilo,ilo3,ipmilan,rsa,rsb,wti,cisco_ucs','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VdsFenceType','alom,apc,bladecenter,drac5,eps,ilo,ilo3,ipmilan,rsa,rsb,wti,cisco_ucs','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VdsFenceType','apc,apc_snmp,bladecenter,cisco_ucs,drac5,eps,ilo,ilo2,ilo3,ilo4,ipmilan,rsa,rsb,wti','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VdsRefreshRate','3','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VmGracefulShutdownMessage','System Administrator has initiated shutdown of this Virtual Machine. Virtual Machine is shutting down.','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('DisconnectPoolOnReconstruct','0,2,3','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('SupportBridgesReportByVDSM','false','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('AgentAppName','ovirt-guest-agent-common,ovirt-guest-agent','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VM64BitMaxMemorySizeInMB','2097152','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VM64BitMaxMemorySizeInMB','2097152','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('VM64BitMaxMemorySizeInMB','2097152','3.3'); >************************** > > > >********* QUERY ********** >select fn_db_update_config_value('AutoStartVmsRunnerIntervalInSeconds','1','general'); >************************** > > > >********* QUERY ********** >select fn_db_update_default_config_value('AdUserId','example.com:00000000-0000-0000-0000-000000000000','','general',false); >************************** > > > >********* QUERY ********** >select fn_db_update_default_config_value('AdUserName','example.com:SampleUser','','general',false); >************************** > > > >********* QUERY ********** >select fn_db_update_default_config_value('AdUserPassword','example.com:SamplePassword','','general',false); >************************** > > > >********* QUERY ********** >select fn_db_update_default_config_value('AsyncTaskZombieTaskLifeInMinutes','300','3000','general',false); >************************** > > > >********* QUERY ********** >select fn_db_update_default_config_value('DomainName','example.com','','general',false); >************************** > > > >********* QUERY ********** >select fn_db_update_default_config_value('LDAPSecurityAuthentication','GSSAPI','default:GSSAPI','general',false); >************************** > > > >********* QUERY ********** >select fn_db_update_default_config_value('LDAPSecurityAuthentication','SIMPLE','default:SIMPLE','general',false); >************************** > > > >********* QUERY ********** >select fn_db_update_default_config_value('VdsLocalDisksCriticallyLowFreeSpace','100','500','general',false); >************************** > > > >********* QUERY ********** >select fn_db_update_default_config_value('VdsLocalDisksLowFreeSpace','500', '1000','general',false); >************************** > > > >********* QUERY ********** >select fn_db_update_default_config_value('vdsConnectionTimeout', '180', '2', 'general', false); >************************** > > > >********* QUERY ********** >select fn_db_update_default_config_value('vdsRetries', '3', '0', 'general', false); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('AsyncPollingCyclesBeforeCallbackCleanup','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('AsyncPollingCyclesBeforeRefreshSuspend','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('AutoMode','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('AutoSuspendTimeInMinutes','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('CABaseDirectory','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('CACertificatePath','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('CAEngineKey','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('CBCCertificateScriptName','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('CBCCloseCertificateScriptName','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('CbcCheckOnVdsChange','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('CertAlias','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('CertificateFileName','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('CertificateFingerPrint','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('CertificatePassword','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('CustomPublicConfig_AppsWebSite','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('DebugSearchLogging','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('DefaultWorkgroup','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('ENMailDomain','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('ENMailEnableSsl','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('ENMailHost','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('ENMailIsBodyHtml','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('ENMailPassword','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('ENMailPort','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('ENMailUseDefaultCredentials','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('ENMailUser','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('FreeSpaceCriticalLow','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('HotPlugEnabled','3.0,3.1,3.2,3.3'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('HotPlugSupportedOsList','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('ImagesSyncronizationTimeout','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('keystorePass','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('keystoreUrl','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('LdapServers','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('LicenseCertificateFingerPrint','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('LogDBCommands','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('LogVdsRegistration','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('LogXmlRpcData','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('NetConsolePort','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('VdsFenceOptionMapping','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAllowUsingAsIRS','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientGUI','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAllowRunningGuestsWithoutTools','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAutoAdjustMemoryBaseOnAvailableMemory','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAutoAdjustMemory','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAutoAdjustMemoryGeneralReserve','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAutoAdjustMemoryLog','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAutoAdjustMemoryMaxMemory','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAutoAdjustMemoryModulus','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAutoAdjustMemorySpicePerMonitorReserve','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAutoAdjustMemorySpicePerSessionReserve','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAutoMigrateFromPowerClientToVdsWhenConnectingFromRegularClient','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientAutoMigrateToPowerClientOnConnect','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientDedicatedVmLaunchOnVdsWhilePowerClientStarts','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientLogDetection','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientMaxNumberOfConcurrentVMs','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientRunVmShouldVerifyPendingVMsAsWell','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PowerClientSpiceDynamicCompressionManagement','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PredefinedVMProperties','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('PublicURLPort','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('RDPLoginWithFQN','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('RedirectServletReportsPageError','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('RenewGuestIpOnVdsSubnetChange','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('RenewGuestIpOnVdsSubnetChangeOnParseError','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('RpmsRepositoryUrl','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SignLockFile','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SignScriptName','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SQLServerI18NPrefix','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SQLServerLikeSyntax','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SQLServerPagingSyntax','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SQLServerPagingType','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SQLServerSearchTemplate','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('ScriptsPath','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SearchesRefreshRateInSeconds','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SelectCommandTimeout','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SysPrep3.0Path','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('TruststorePass','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('TruststoreUrl','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('UseENGINERepositoryRPMs','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('UseVdsBrokerInProc','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('UseSecureConnectionWithServers','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('VM64BitMaxMemorySizeInMB','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('VdcBootStrapUrl','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('VdsErrorsFileName','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('VM64BitMaxMemorySizeInMB','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('LogVdsRegistration','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_for_version('2.2'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('IsNeedSupportForOldVgAPI', '2.2,3.0'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('LimitNumberOfNetworkInterfaces', '2.2,3.0,3.1,3.2'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('LocalStorageEnabled','2.2,3.0,3.1,3.2'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SupportCustomProperties','2.2,3.0,3.1,3.2'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SupportGetDevicesVisibility','2.2,3.0,3.1,3.2'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('SupportStorageFormat','2.2,3.0,3.1,3.2'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('UseRtl8139_pv','2.2,3.0,3.1,3.2'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('VdsFenceOptions','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('VirtualMachineDomainName','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('AuditLogAgingThreashold','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('ClientConsoleModeDefault','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('LiveStorageMigrationEnabled','3.0'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('LiveStorageMigrationEnabled','3.1'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('LiveStorageMigrationEnabled','3.2'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('DiskConfigurationList','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('DefaultTimeZone','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('NumberOfVmsForTopSizeVms','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value_all_versions('EmulatedMachine'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value_all_versions('ENGINEEARLib'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('AverageToPeakRatio','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('AverageToBurstRatio','general'); >************************** > > > >********* QUERY ********** >select fn_db_delete_config_value('DocsURL','general'); >************************** > > > >********* QUERY ********** >select fn_db_split_config_value('SpiceSecureChannels','smain,sinputs','smain,sinputs,scursor,splayback,srecord,sdisplay,susbredir,ssmartcard', '3.1'); >************************** > > > >********* QUERY ********** >update vdc_options set version = '3.0' where version = '2.3'; >************************** > >UPDATE 0 >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_upgrade_remove_default_security_auth(a_input VARCHAR(40)) > RETURNS void AS >$BODY$ > DECLARE > v_entry VARCHAR(4000); > v_pos integer; >BEGIN > v_entry := option_value FROM vdc_options WHERE option_name='LDAPSecurityAuthentication'; > v_pos := strpos(lower(v_entry), ',' || lower(a_input) || ','); > > IF (v_pos = 0) THEN > UPDATE vdc_options > SET option_value = regexp_replace(option_value, ',?' || a_input || ',?' ,'','i') > WHERE option_name = 'LDAPSecurityAuthentication'; > ELSE > UPDATE vdc_options > SET option_value = regexp_replace(option_value, ',' || a_input || ',' ,',','i') > WHERE option_name = 'LDAPSecurityAuthentication'; > END IF; > >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_upgrade_remove_default_security_auth('default:GSSAPI'); >************************** > > > >********* QUERY ********** >SELECT __temp_upgrade_remove_default_security_auth('default:SIMPLE'); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_upgrade_remove_default_security_auth(VARCHAR); >************************** > >DROP FUNCTION >********* QUERY ********** >create or replace function __temp_update_ldap_provier_types() >RETURNS void >AS $procedure$ > DECLARE > v_domains text; > v_provider_types text; > v_temp text; > v_values record; > boo smallint; > >BEGIN > > v_temp := ''; > v_domains := (SELECT option_value FROM vdc_options where option_name = 'DomainName'); > v_provider_types := (SELECT option_value FROM vdc_options where option_name = 'LDAPProviderTypes'); > boo := (SELECT count(*) from regexp_matches(v_provider_types ,'[:]')); > > IF (boo = 0) THEN > > FOR v_values in select regexp_split_to_table(v_domains, ',') as val > LOOP > IF (length(v_values.val) > 0) THEN > v_temp := v_temp || v_values.val || ':general,'; > END IF; > END LOOP; > > v_temp = rtrim(v_temp,','); > > UPDATE vdc_options SET option_value = v_temp where option_name = 'LDAPProviderTypes'; > > END IF; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_update_ldap_provier_types(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_update_ldap_provier_types(); >************************** > >DROP FUNCTION >********* QUERY ********** >create or replace function __temp_set_pg_major_release() >RETURNS void >AS $procedure$ >DECLARE > v_pg_major_release char(1); >BEGIN > -- the folowing evaluates currently to 8 on PG 8.x and to 9 on PG 9.x > v_pg_major_release:=substring ((string_to_array(version(),' '))[2],1,1); > perform fn_db_add_config_value('PgMajorRelease',v_pg_major_release,'general'); > -- ensure that if PG was upgraded we will get the right value > perform fn_db_update_config_value('PgMajorRelease',v_pg_major_release,'general'); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_set_pg_major_release(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_set_pg_major_release(); >************************** > >DROP FUNCTION >********* QUERY ********** >/********************************************************************************************** > Currently we have a bug that upgarde 03010250 was cherry-picked and installed after 03010130 > This caused all scripts between 03010140 and 03010240 not to run. > This scripts removes the 03010250 from schema_version and updates 03010130 to be the curent version > So, after that , all scripts from 03010140 and up will run > Since 03010250 was a configuration change that is already handled in the new config.sql, no other handling is needed. >**********************************************************************************************/ >update schema_version set current = true where version = '03010130' >and exists(select 1 from schema_version where version = '03010250' and current = true); >************************** > >UPDATE 0 >********* QUERY ********** >delete from schema_version >where version = '03010250' and current = true; >************************** > >DELETE 0 >********* QUERY ********** >select fn_db_add_column('vds_dynamic','supported_engines','varchar(40)'); >************************** > > > >********* QUERY ********** >CREATE FUNCTION __temp__0030_add_materialized_views_table() >RETURNS VOID >AS $procedure$ >BEGIN > IF not exists (select 1 from information_schema.tables where table_name ='materialized_views') then > CREATE TABLE materialized_views ( > mv_name NAME NOT NULL PRIMARY KEY, > v_name NAME NOT NULL, > refresh_rate_in_sec INTEGER, > last_refresh TIMESTAMP WITH TIME ZONE, > avg_cost_ms int not null default 0 > ); > END IF; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp__0030_add_materialized_views_table(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp__0030_add_materialized_views_table(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('materialized_views', 'min_refresh_rate_in_sec', 'int default 0'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('materialized_views', 'custom', 'boolean default false'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('materialized_views', 'active', 'boolean default true'); >************************** > > > >********* QUERY ********** >/* >This file adds Snapshot Materialized Views support to Postgres. >A Snapshot Materialized View is actually a table built on top of >a real view that enables to select data from the Snapshot Materialized View >easily and efficiently. >Candidates for Snapshot Materialized Views are views that are based on >slowly-changing data. The Snapshot Materialized Views is actually >functioning as a cache. >The Snapshot Materialized View is refreshed per request. >The Snapshot Materialized View definitions are stored in the materialized_views table. > >Flow: >1) Create the Materialized View by calling: > CreateMaterializedView - if you are creating a new view > CreateMaterializedViewAs - If you want to preserve the original view name > in this case the original view will be renamed > and the new Materialized View will have the original > view name. > The following should be called for Custom Materialized Views > CreateCustomMaterializedView > CreateCustomMaterializedViewAs >2) If your Snapshot Materialized View is my_mt you should create Stored Procedures: > MtDropmy_mtIndexes - Drops indexes on my_mt > MtCreatemy_mtIndexes - Creates needed indexes on my_mt > Those indexes should be defined in the "Snapshot Materialized Views Index Definitions Section" > in post_upgrade/0020_create_materialized_views.sql file. > > Those SP are called automatically when a Snapshot Materialized View is refreshed > to boost refresh performance. > >3) You can call IsMaterializedViewRefreshed to check if it is time to refresh the view > and if yes call RefreshMaterializedView manually. > or > You can define a cron job that calls RefreshAllMaterializedViews that loops over > all Snapshot Materialized Views and refreshes it automatically > RefreshAllMaterializedViews recieves a boolean v_force flag, please set this flag to false > when calling it from a cron job in order to update the materialized views only when needed. > (This SP is called with v_force = true after create/upgrade DB) > >There are also additional functions : > CreateAllMaterializedViewsiIndexes - Creates indexes for all Snapshot Materialized views > DropMaterializedView - Drops the Materialized View > DropAllMaterializedViews - Drop all Materialized Views > DropAllCustomMaterializedViews - Drop all custom Materialized Views > UpdateMaterializedViewRefreshRate - Updates the Materialized View refresh rate > UpdateMaterializedViewMinRefreshRate - Updates the Materialized View minimal refresh rate > ActivateMaterializedView - activates/decativates a Materialized View > ActivateAllMaterializedViews - activates/decativates all Materialized Views > >In addition, you can create a file named create_materialized_views.sql under dbscripts/upgrade/post_upgrade/custom/ >This file may include other custom materialized views settings and is executed by the create/upgrade database scripts. > >NOTE : Materialized Views are automatically refreshed upon create/upgrade >*/ > > > > >CREATE OR REPLACE FUNCTION to_interval (sec INTEGER) RETURNS INTERVAL AS $$ >BEGIN > RETURN (sec || ' seconds')::INTERVAL; >END; >$$ LANGUAGE 'plpgsql' IMMUTABLE STRICT; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedView(v_matview NAME, v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_custom BOOLEAN, v_min_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > > IF FOUND THEN > RAISE EXCEPTION 'Materialized view % already exists.', > v_matview; > END IF; > IF current_user != usename from pg_database , pg_user where datdba=usesysid and datname=current_database THEN > RAISE EXCEPTION 'Materialized view % should be created with user ''engine''.', > v_matview; > END IF; > > EXECUTE 'REVOKE ALL ON ' || v_view_name || ' FROM PUBLIC'; > > EXECUTE 'GRANT SELECT ON ' || v_view_name || ' TO PUBLIC'; > > EXECUTE 'CREATE TABLE ' || v_matview || ' AS SELECT * FROM ' || v_view_name; > > EXECUTE 'REVOKE ALL ON ' || v_matview || ' FROM PUBLIC'; > > EXECUTE 'GRANT SELECT ON ' || v_matview || ' TO PUBLIC'; > > INSERT INTO materialized_views (mv_name, v_name, refresh_rate_in_sec, last_refresh, custom, min_refresh_rate_in_sec) > VALUES (v_matview, v_view_name, v_refresh_rate_in_sec, CURRENT_TIMESTAMP, v_custom, v_min_refresh_rate_in_sec); > > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedView(v_matview NAME, v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_min_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ > BEGIN > PERFORM CreateMaterializedView(v_matview, v_view_name, v_refresh_rate_in_sec, false, v_min_refresh_rate_in_sec); > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateCustomMaterializedView(v_matview NAME, v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_min_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ > BEGIN > PERFORM CreateMaterializedView(v_matview, v_view_name, v_refresh_rate_in_sec, true, v_min_refresh_rate_in_sec); > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedView(v_matview NAME, v_view_name NAME, v_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >BEGIN > PERFORM CreateMaterializedView(v_matview, v_view_name, v_refresh_rate_in_sec, false, 0); >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateCustomMaterializedView(v_matview NAME, v_view_name NAME, v_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >BEGIN > PERFORM CreateMaterializedView(v_matview, v_view_name, v_refresh_rate_in_sec, true, 0); >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedViewAs(v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_custom BOOLEAN, v_min_refesh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > v_renamed_view NAME; > BEGIN > IF FOUND THEN > RAISE EXCEPTION 'Materialized view % already exists.', > v_view_name; > END IF; > > v_renamed_view := v_view_name || '_mt_base'; > EXECUTE 'ALTER VIEW ' || v_view_name || ' RENAME TO ' || v_renamed_view; > perform CreateMaterializedView(v_view_name, v_renamed_view, v_refresh_rate_in_sec, v_custom, v_min_refesh_rate_in_sec); > > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedViewAs(v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_min_refesh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ > BEGIN > PERFORM CreateMaterializedViewAs(v_view_name, v_refresh_rate_in_sec, false, v_min_refesh_rate_in_sec); > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateCustomMaterializedViewAs(v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_min_refesh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ > BEGIN > PERFORM CreateMaterializedViewAs(v_view_name, v_refresh_rate_in_sec, true, v_min_refesh_rate_in_sec); > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedViewAs(v_view_name NAME, v_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >BEGIN > PERFORM CreateMaterializedViewAs(v_view_name, v_refresh_rate_in_sec, false, 0); >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateCustomMaterializedViewAs(v_view_name NAME, v_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >BEGIN > PERFORM CreateMaterializedViewAs(v_view_name, v_refresh_rate_in_sec, true, 0); >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION DropMaterializedView(v_matview NAME) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > EXECUTE 'DROP TABLE ' || v_matview || ' CASCADE'; > DELETE FROM materialized_views WHERE mv_name=v_matview; > > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION DropAllMaterializedViews() >RETURNS void >AS $procedure$ >DECLARE > v_cur CURSOR FOR SELECT * FROM materialized_views; > v_record materialized_views%ROWTYPE; >BEGIN > OPEN v_cur; > -- loop on all entries in materialized_views > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > perform DropMaterializedView(v_record.mv_name); > END LOOP; > CLOSE v_cur; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION DropAllCustomMaterializedViews() >RETURNS void >AS $procedure$ >DECLARE > v_cur CURSOR FOR SELECT * FROM materialized_views where custom; > v_record materialized_views%ROWTYPE; >BEGIN > OPEN v_cur; > -- loop on all entries in materialized_views > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > perform DropMaterializedView(v_record.mv_name); > END LOOP; > CLOSE v_cur; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION IsMaterializedViewRefreshed(v_matview NAME) > RETURNS boolean STABLE >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > v_is_refreshed boolean; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > -- check if materialized View should refresh > v_is_refreshed := (((CURRENT_TIMESTAMP - to_interval(refresh_rate_in_sec)) <= last_refresh) and > ((CURRENT_TIMESTAMP - to_interval(min_refresh_rate_in_sec)) <= last_refresh)) or > not active from materialized_views > where mv_name = v_matview; > RETURN v_is_refreshed; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION RefreshMaterializedView(v_matview NAME) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > v_drop_index_sp NAME; > v_create_index_sp NAME; > v_start_time TIMESTAMP WITH TIME ZONE; > v_avg_cost_ms int; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > -- get start time > v_start_time:=CURRENT_TIMESTAMP; > -- SP for Drop / create Index should follow naming convention Mt[Drop|Create]<v_matview>Indexes > v_drop_index_sp := 'MtDrop' || v_matview || 'Indexes'; > v_create_index_sp := 'MtCreate' || v_matview || 'Indexes'; > > IF NOT EXISTS (select 1 from information_schema.routines where routine_name ilike v_drop_index_sp) THEN > v_drop_index_sp := NULL; > END IF; > > IF NOT EXISTS (select 1 from information_schema.routines where routine_name ilike v_create_index_sp) THEN > v_create_index_sp := NULL; > END IF; > > -- Lock materialized_views table until refresh completes to prevent duplicate refreshes by other threads > LOCK TABLE materialized_views; > -- taking a lock on the snapshot materialized view until it refreshed > EXECUTE 'LOCK TABLE ' || v_matview; > -- drop indexes on the snapshot materialized view if exists > IF (v_drop_index_sp IS NOT NULL) THEN > EXECUTE 'select ' || v_drop_index_sp || '()'; > END IF; > -- refresh the view > EXECUTE 'TRUNCATE TABLE ' || v_matview; > EXECUTE 'INSERT INTO ' || v_matview > || ' SELECT * FROM ' || v_entry.v_name; > -- restore indexes on the snapshot materialized view if exists > IF (v_create_index_sp IS NOT NULL) THEN > EXECUTE 'select ' || v_create_index_sp || '()'; > END IF; > -- update last refresh time and average cost in [ms] > IF (v_entry.avg_cost_ms = 0) THEN > v_avg_cost_ms:=EXTRACT(EPOCH FROM current_timestamp - v_start_time) * 1000; > ELSE > v_avg_cost_ms:=((EXTRACT(EPOCH FROM current_timestamp - v_start_time) * 1000) + v_entry.avg_cost_ms)/2; > END IF; > update materialized_views set last_refresh = CURRENT_TIMESTAMP, > avg_cost_ms = v_avg_cost_ms > where mv_name = v_matview; > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION RefreshAllMaterializedViews(v_force boolean) >RETURNS void >AS $procedure$ >DECLARE > v_cur CURSOR FOR SELECT * FROM materialized_views; > v_record materialized_views%ROWTYPE; >BEGIN > OPEN v_cur; > -- loop on all entries in materialized_views and refresh only needed snapshots > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > IF ((v_force and v_record.min_refresh_rate_in_sec = 0) or not IsMaterializedViewRefreshed(v_record.mv_name)) THEN > perform RefreshMaterializedView(v_record.mv_name); > END IF; > END LOOP; > CLOSE v_cur; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateAllMaterializedViewsiIndexes() >RETURNS void >AS $procedure$ >DECLARE > v_cur CURSOR FOR SELECT * FROM materialized_views; > v_record materialized_views%ROWTYPE; > v_create_index_sp NAME; >BEGIN > OPEN v_cur; > -- loop on all entries in materialized_views and create indexes(if defined) > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > v_create_index_sp := 'MtCreate' || v_record.mv_name || 'Indexes'; > -- Check if SP that creates the indexes exists > IF NOT EXISTS (select 1 from information_schema.routines where routine_name ilike v_create_index_sp) THEN > v_create_index_sp := NULL; > END IF; > IF (v_create_index_sp IS NOT NULL) THEN > EXECUTE 'select ' || v_create_index_sp || '()'; > END IF; > END LOOP; > CLOSE v_cur; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION UpdateMaterializedViewRefreshRate(v_matview NAME, v_refresh_rate INTEGER) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > update materialized_views set refresh_rate_in_sec = v_refresh_rate > where mv_name = v_matview; > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION UpdateMaterializedViewMinRefreshRate(v_matview NAME, v_min_refresh_rate INTEGER) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > update materialized_views set min_refresh_rate_in_sec = v_min_refresh_rate > where mv_name = v_matview; > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION ActivateMaterializedView(v_matview NAME, v_active BOOLEAN) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > update materialized_views set active = v_active > where mv_name = v_matview; > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION ActivateAllMaterializedViews(v_active BOOLEAN) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > update materialized_views set active = v_active; > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select DropAllMaterializedViews(); >************************** > > > >********* QUERY ********** >select fn_db_change_column_type('async_tasks','action_parameters','bytea','text'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('async_tasks', 'action_params_class', 'VARCHAR(256)'); >************************** > > > >********* QUERY ********** >select fn_db_change_column_type('vds_static','pm_password','VARCHAR','text'); >************************** > > > >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select '00000000-0000-0000-0001-000000000002', > 502 > where not exists ( > select * from roles_groups > where role_id='00000000-0000-0000-0001-000000000002' and action_group_id=502 > ); >************************** > >INSERT 1873209 1 >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_Upgrade_AddDisksTable() >RETURNS void >AS $function$ >BEGIN > IF EXISTS (SELECT * FROM pg_tables WHERE tablename ILIKE 'disks') THEN > RETURN; > END IF; > > -- Add the disks table. > CREATE TABLE disks > ( > disk_id UUID NOT NULL, > status VARCHAR(32) NOT NULL, > internal_drive_mapping INTEGER NOT NULL, > active_image_id UUID CONSTRAINT fk_disk_active_image REFERENCES images(image_guid) ON DELETE SET NULL, > disk_type VARCHAR(32) NOT NULL, > disk_interface VARCHAR(32) NOT NULL, > wipe_after_delete BOOLEAN NOT NULL DEFAULT false, > propagate_errors VARCHAR(32) NOT NULL DEFAULT 'Off', > CONSTRAINT pk_disks PRIMARY KEY(disk_id) > ) > WITH OIDS; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_Upgrade_AddDisksTable(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_Upgrade_AddDisksTable(); >************************** > >DROP FUNCTION >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > select 41, '3.1', '3.1' > where not exists (select 1 from action_version_map where action_type = 41); >************************** > >INSERT 1873225 1 >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_Upgrade_PopulateDisksTable() >RETURNS void >AS $function$ >DECLARE > cur RECORD; >BEGIN > IF (SELECT COUNT(*) FROM disks) > 0 THEN > RETURN; > END IF; > > -- Populate Disks table from images table (The active image is what we want) > -- This is for VM's disks only. > > FOR cur IN (SELECT * > FROM images i > JOIN image_vm_map ivm ON i.image_guid = ivm.image_id > WHERE active = TRUE) > LOOP > IF NOT EXISTS (SELECT disk_id from disks WHERE disk_id = cur.image_group_id) THEN > INSERT > INTO disks > (disk_id, > status, > internal_drive_mapping, > active_image_id, > disk_type, > disk_interface, > wipe_after_delete, > propagate_errors) > VALUES > (cur.image_group_id, > CASE WHEN cur.imagestatus = 1 THEN 'OK' > WHEN cur.imagestatus = 2 THEN 'LOCKED' > WHEN cur.imagestatus = 3 THEN 'INVALID' > WHEN cur.imagestatus = 4 THEN 'ILLEGAL' > ELSE 'Unassigned' > END, > CAST(cur.internal_drive_mapping AS INTEGER), > cur.image_guid, > CASE WHEN cur.disk_type = 1 THEN 'System' > WHEN cur.disk_type = 2 THEN 'Data' > WHEN cur.disk_type = 3 THEN 'Shared' > WHEN cur.disk_type = 4 THEN 'Swap' > WHEN cur.disk_type = 5 THEN 'Temp' > ELSE 'Unassigned' > END, > CASE WHEN cur.disk_interface = 1 THEN 'SCSI' > WHEN cur.disk_interface = 2 THEN 'VirtIO' > ELSE 'IDE' > END, > cur.wipe_after_delete, > CASE WHEN cur.propagate_errors = 1 THEN 'On' > ELSE 'Off' > END); > END IF; > END LOOP; > > -- Populate Disks table from image_templates table. > -- This is for Template's disks only. > > FOR cur IN (SELECT * > FROM image_templates it > JOIN vm_template_image_map vtim USING (it_guid) > JOIN images i ON it.it_guid = i.image_guid) > LOOP > IF NOT EXISTS (SELECT disk_id from disks WHERE disk_id = cur.image_group_id) THEN > INSERT > INTO disks > (disk_id, > status, > internal_drive_mapping, > active_image_id, > disk_type, > disk_interface, > wipe_after_delete, > propagate_errors) > VALUES > (cur.image_group_id, > CASE WHEN cur.imagestatus = 1 THEN 'OK' > WHEN cur.imagestatus = 2 THEN 'LOCKED' > WHEN cur.imagestatus = 3 THEN 'INVALID' > WHEN cur.imagestatus = 4 THEN 'ILLEGAL' > ELSE 'Unassigned' > END, > CAST(cur.internal_drive_mapping AS INTEGER), > cur.it_guid, > CASE WHEN cur.disk_type = 1 THEN 'System' > WHEN cur.disk_type = 2 THEN 'Data' > WHEN cur.disk_type = 3 THEN 'Shared' > WHEN cur.disk_type = 4 THEN 'Swap' > WHEN cur.disk_type = 5 THEN 'Temp' > ELSE 'Unassigned' > END, > CASE WHEN cur.disk_interface = 1 THEN 'SCSI' > WHEN cur.disk_interface = 2 THEN 'VirtIO' > ELSE 'IDE' > END, > cur.wipe_after_delete, > CASE WHEN cur.propagate_errors = 1 THEN 'On' > ELSE 'Off' > END); > END IF; > END LOOP; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_Upgrade_PopulateDisksTable(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_Upgrade_PopulateDisksTable(); >************************** > >DROP FUNCTION >********* QUERY ********** >SELECT fn_db_add_column('vm_static', 'entity_type', 'VARCHAR(32)'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('vm_static', 'child_count', 'INTEGER DEFAULT 0'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('vm_static', 'template_status', 'INTEGER'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('image_templates', 'internal_drive_mapping', 'VARCHAR(50)'); >************************** > > > >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_Upgrade_MergeTemplatesToVmStatic() >RETURNS void >AS $function$ >DECLARE > cur RECORD; >BEGIN > >IF NOT EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'vm_templates') THEN > RETURN; >END IF; > >UPDATE vm_static >SET entity_type = 'VM' >WHERE vm_guid IN (SELECT vm_guid FROM vm_dynamic); > > >UPDATE vm_static >SET entity_type = 'TEMPLATE' >WHERE entity_type IS NULL; > >ALTER TABLE vm_static ALTER COLUMN entity_type SET NOT NULL; >perform fn_db_drop_constraint('vm_static','vm_templates_vm_static'); > >INSERT INTO vm_static ( > vm_guid, > vmt_guid, > vm_name, > mem_size_mb, > os, > creation_date, > child_count, > num_of_sockets, > cpu_per_socket, > description, > vds_group_id, > domain, > num_of_monitors, > template_status, > usb_policy, > time_zone, > is_auto_suspend, > fail_back, > vm_type, > hypervisor_type, > operation_mode, > nice_level, > default_boot_sequence, > default_display_type, > priority, > auto_startup, > is_stateless, > iso_path, > initrd_url, > kernel_url, > kernel_params, > origin, > _update_date, > entity_type) >SELECT vmt_guid, > '00000000-0000-0000-0000-000000000000', > "name", > mem_size_mb, > os, > creation_date, > child_count, > num_of_sockets, > cpu_per_socket, > description, > vds_group_id, > domain, > num_of_monitors, > status, > usb_policy, > time_zone, > is_auto_suspend, > fail_back, > vm_type, > hypervisor_type, > operation_mode, > nice_level, > default_boot_sequence, > default_display_type, > priority, > auto_startup, > is_stateless, > iso_path, > initrd_url, > kernel_url, > kernel_params, > origin, > _update_date, > 'TEMPLATE' >FROM vm_templates >WHERE vmt_guid NOT IN ( > SELECT vm_guid > FROM vm_static > WHERE entity_type = 'TEMPLATE'); > >perform fn_db_create_constraint('vm_static', 'vm_templates_vm_static', 'FOREIGN KEY (vmt_guid) REFERENCES vm_static (vm_guid)'); > >INSERT >INTO image_vm_map( > image_id, > vm_id, > active) >SELECT it_guid, > vmt_guid, > TRUE >FROM vm_template_image_map >WHERE it_guid NOT IN ( > SELECT image_id > FROM image_vm_map); > >UPDATE image_templates it >SET internal_drive_mapping = > (SELECT internal_drive_mapping > FROM vm_template_image_map vtim > WHERE it.it_guid = vtim.it_guid) >WHERE internal_drive_mapping IS NULL; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_Upgrade_MergeTemplatesToVmStatic(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_Upgrade_MergeTemplatesToVmStatic(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('vds_static', 'vds_spm_priority', 'SMALLINT DEFAULT 5 CHECK(vds_spm_priority BETWEEN (-1) AND 10)'); >************************** > > > >********* QUERY ********** >update network set name ='ovirtmgmt' >where id = '00000000-0000-0000-0000-000000000009' and name = 'engine'; >************************** > >UPDATE 1 >********* QUERY ********** >DROP TABLE vm_template_image_map; >************************** > >DROP TABLE >********* QUERY ********** >DROP TABLE vm_templates; >************************** > >DROP TABLE >********* QUERY ********** >SELECT fn_db_drop_column('disks', 'status'); >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_fn_db_add_quota_tables() returns void >AS $procedure$ >begin >-- Add quota table which reflects the meta data of the quota table. >if (not exists (select 1 from INFORMATION_SCHEMA.TABLES where table_name='quota')) then > begin > CREATE TABLE quota > ( > id UUID NOT NULL, > storage_pool_id UUID NOT NULL references storage_pool(id) on delete cascade, > quota_name VARCHAR(60) NOT NULL, > description VARCHAR(250), > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE, > threshold_vds_group_percentage INTEGER default 80, > threshold_storage_percentage INTEGER default 80, > grace_vds_group_percentage INTEGER default 20, > grace_storage_percentage INTEGER default 20, > CONSTRAINT pk_quota PRIMARY KEY(id) > ) WITH OIDS; > end; > end if; > >-- Add quota_limitation table which reflects the limitations of the quota. >if (not exists (select 1 from INFORMATION_SCHEMA.TABLES where table_name='quota_limitation')) then > begin > CREATE TABLE quota_limitation > ( > id UUID NOT NULL, > quota_id UUID NOT NULL references quota(id) on delete cascade, > storage_id UUID NULL references storage_domain_static(id) on delete cascade, > vds_group_id UUID NULL references vds_groups(vds_group_id) on delete cascade, > virtual_cpu INTEGER, > mem_size_mb BIGINT, > storage_size_gb BIGINT, > CONSTRAINT pk_quota_limitation PRIMARY KEY(id) > ) WITH OIDS; > end; > end if; > > DROP INDEX if exists IDX_quota_limitation_quota_id; > CREATE INDEX IDX_quota_limitation_quota_id ON quota_limitation(quota_id); > >-- Create partial index for not null values for fetching storage domains related to quota. > DROP INDEX if exists IDX_quota_limitation_storage_id; > CREATE INDEX IDX_quota_limitation_storage_id ON quota_limitation(storage_id) > WHERE storage_id IS NOT null; > >-- Create partial index for not null values for fetching vdsgroup related to quota. > DROP INDEX if exists IDX_quota_limitation_vds_group_id; > CREATE INDEX IDX_quota_limitation_vds_group_id ON quota_limitation(vds_group_id) > WHERE vds_group_id IS NOT null; > >-- Create partial index for not null values for fetching storagepool related to quota. > DROP INDEX if exists IDX_storage_pool_id; > CREATE INDEX IDX_storage_pool_id ON quota(storage_pool_id) > WHERE storage_pool_id IS NOT null; > > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_fn_db_add_quota_tables(); >************************** > > > >********* QUERY ********** >drop function __temp_fn_db_add_quota_tables(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('vm_static', 'quota_id', 'UUID'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('images', 'quota_id', 'UUID'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('storage_pool', 'quota_enforcement_type', 'INTEGER'); >************************** > > > >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_add_vm_device() >RETURNS void >AS $function$ >BEGIN > IF NOT EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'vm_device') THEN > -- Add the vm_device table. > CREATE TABLE vm_device > ( > device_id UUID NOT NULL, > vm_id UUID NOT NULL CONSTRAINT fk_vm_device_vm_static REFERENCES vm_static(vm_guid) ON DELETE CASCADE, > type varchar(30) NOT NULL, > device varchar(30) NOT NULL, > address varchar(255) NOT NULL, > boot_order int default 0, > spec_params text, > is_managed boolean NOT NULL default false, > is_plugged boolean NULL , > is_shared boolean NOT NULL default false, > is_readonly boolean NOT NULL default false, > CONSTRAINT pk_vm_device PRIMARY KEY(device_id,vm_id) > ) > WITH OIDS; > END IF; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_add_vm_device(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_add_vm_device(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('vm_dynamic', 'hash', 'varchar(30)'); >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_update_vm_video_cards(v_vm_id UUID, v_old_num_of_monitors int, > v_new_num_of_monitors int, v_default_display_type int) >RETURNS void >AS $function$ >DECLARE > v_display_type varchar(10); > v_display_mem varchar(10); >BEGIN > if (v_new_num_of_monitors != v_old_num_of_monitors) then > -- set device type : vnc/spice > if (v_default_display_type = 0) then > v_display_type := 'cirrus'; > else > v_display_type := 'qxl'; > end if; > if (v_new_num_of_monitors > v_old_num_of_monitors) then > > -- set device memmory according to number of monitors > if (v_new_num_of_monitors <= 2) then > v_display_mem := '65536'; > else > v_display_mem := '32768'; > end if; > > for i in 1..v_new_num_of_monitors loop > > insert INTO vm_device( > device_id, vm_id,type,device,address,boot_order,spec_params,is_managed,is_plugged,is_shared,is_readonly) > values ( uuid_generate_v1(), v_vm_id, 'video', v_display_type, '', null, v_display_mem, true, null, false, false); > end loop; > > else > delete from vm_device where device_id in( > select device_id from vm_device where vm_id = v_vm_id and type = 'video' and device = v_display_type > LIMIT (v_old_num_of_monitors - v_new_num_of_monitors)); > end if; > end if; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_set_vm_device_boot_order(v_vm_id UUID, v_type varchar(30), v_device varchar(30)) >RETURNS void >AS $function$ >DECLARE > v_sql text := 'SELECT device_id FROM vm_device where vm_id=''' || v_vm_id || ''' and type=''' || v_type || ''' and device=''' || v_device || ''''; > v_cur refcursor ; > v_boot_order int; > v_device_id UUID; > v_last_boot_order int; >BEGIN > > v_last_boot_order := max(boot_order) from vm_device where vm_id = v_vm_id; > if (v_last_boot_order = NULL) then > v_boot_order := 1; > else > v_boot_order := v_last_boot_order + 1; > end if; > BEGIN > OPEN v_cur for EXECUTE v_sql; > LOOP > FETCH v_cur INTO v_device_id; > EXIT WHEN NOT FOUND; > update vm_device set boot_order = v_boot_order where vm_id = v_vm_id and v_device_id = v_device_id; > v_boot_order := v_boot_order + 1; > END LOOP; > CLOSE v_cur; > END; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_set_vm_devices_boot_order(v_vm_id UUID) >RETURNS void >AS $function$ >DECLARE > v_old_boot_order int; >BEGIN > v_old_boot_order := default_boot_sequence from vm_static where vm_guid = v_vm_id; > -- reset boot order before re computing it > update vm_device set boot_order = null where vm_id = v_vm_id; > case v_old_boot_order > when 0 then -- C > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 1 then -- DC > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 2 then -- N > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 3 then -- CDN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 4 then -- CND > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 5 then -- DCN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 6 then -- DNC > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 7 then -- NCD > > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 8 then -- NDC > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 9 then -- CD > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 10 then -- D > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 11 then -- CN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 12 then -- DN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 13 then -- NC > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 14 then -- ND > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > end case; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_vm_device_upgrade_data() >RETURNS void >AS $function$ >DECLARE > v_cur CURSOR FOR SELECT * FROM vm_static; > v_record vm_static%ROWTYPE; >BEGIN > IF EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'vm_device') and > NOT EXISTS (select 1 from vm_device LIMIT 1) THEN > > -- insert images (disks) to vm_device > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_shared, is_readonly) > select image_id, vm_id, 'disk', 'disk', '', null, '', true, true, false, false from image_vm_map > where active = true ; > > -- insert network interfaces to vm_device > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_shared, is_readonly) > select id, vm_guid, 'interface', 'bridge', '', null, '', true, true, false, false from vm_interface > where vm_guid IS NOT NULL; > > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_shared, is_readonly) > select id, vmt_guid, 'interface', 'bridge', '', null, '', true, true, false, false from vm_interface > where vmt_guid IS NOT NULL; > > -- insert CDROM to vm_device (only 1 is supported currently) > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_shared, is_readonly) > select uuid_generate_v1(), vm_guid, 'disk', 'cdrom', '', null, iso_path, true , null, false, false > from vm_static where iso_path != ''; > > OPEN v_cur; > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > -- insert Video Cards to vm_device (according to number of monitors) > perform __temp_update_vm_video_cards(v_record.vm_guid, 0, v_record.num_of_monitors, v_record.default_display_type); > -- set boot order > perform __temp_set_vm_devices_boot_order(v_record.vm_guid); > END LOOP; > CLOSE v_cur; > END IF; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_vm_device_upgrade_data(); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_update_vm_video_cards(v_vm_id UUID, v_old_num_of_monitors int, v_new_num_of_monitors int, v_default_display_type int); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_set_vm_device_boot_order(v_vm_id UUID, v_type varchar(30), v_device varchar(30)); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_set_vm_devices_boot_order(v_vm_id UUID); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_drop_column('vm_device', 'is_shared'); >************************** > > > >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_Upgrade_add_job_table() >RETURNS void >AS $function$ >BEGIN > IF NOT EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'job') THEN > > -- Add the job table. > CREATE TABLE job > ( > job_id UUID NOT NULL, > action_type VARCHAR(50) NOT NULL, > description TEXT NOT NULL, > status VARCHAR(32) NOT NULL, > owner_id UUID, > visible BOOLEAN NOT NULL DEFAULT true, > start_time TIMESTAMP WITH TIME ZONE NOT NULL, > end_time TIMESTAMP WITH TIME ZONE default NULL, > last_update_time TIMESTAMP WITH TIME ZONE default NULL, > correlation_id VARCHAR(50) NOT NULL, > CONSTRAINT pk_jobs PRIMARY KEY(job_id) > ) > WITH OIDS; > > END IF; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_Upgrade_add_job_table(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_Upgrade_add_job_table(); >************************** > >DROP FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_Upgrade_add_job_subject_entity_table() >RETURNS void >AS $function$ >BEGIN > IF NOT EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'job_subject_entity') THEN > > -- Add the job_subject_entity table. > CREATE TABLE job_subject_entity > ( > job_id UUID NOT NULL CONSTRAINT fk_job_subject_entity_job REFERENCES job(job_id) ON DELETE CASCADE, > entity_id UUID NOT NULL, > entity_type VARCHAR(32) NOT NULL, > CONSTRAINT pk_jobs_subject_entity PRIMARY KEY(job_id,entity_id) > ) > WITH OIDS; > > CREATE INDEX idx_job_subject_entity_entity_id ON job_subject_entity(entity_id); > > END IF; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_Upgrade_add_job_subject_entity_table(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_Upgrade_add_job_subject_entity_table(); >************************** > >DROP FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_Upgrade_add_step_table() >RETURNS void >AS $function$ >BEGIN > IF NOT EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'step') THEN > > -- Add the step table. > CREATE TABLE step > ( > step_id UUID NOT NULL, > parent_step_id UUID, > job_id UUID NOT NULL CONSTRAINT fk_step_job REFERENCES job(job_id) ON DELETE CASCADE, > step_type VARCHAR(32) NOT NULL, > description TEXT NOT NULL, > step_number INTEGER NOT NULL, > status VARCHAR(32) NOT NULL, > start_time TIMESTAMP WITH TIME ZONE NOT NULL, > end_time TIMESTAMP WITH TIME ZONE default NULL, > correlation_id VARCHAR(50) NOT NULL, > external_id UUID, > external_system_type VARCHAR(32), > CONSTRAINT pk_steps PRIMARY KEY(step_id) > ) > WITH OIDS; > > CREATE INDEX idx_step_job_id ON step(job_id); > > CREATE INDEX idx_step_parent_step_id ON step(parent_step_id); > > END IF; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_Upgrade_add_step_table(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_Upgrade_add_step_table(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_create_constraint('vds_static', 'vds_static_vds_name_unique', 'UNIQUE(vds_name)'); >************************** > > > >********* QUERY ********** >select fn_db_create_constraint('vds_static', 'vds_static_host_name_unique', 'UNIQUE(host_name)'); >************************** > > > >********* QUERY ********** >UPDATE audit_log >SET log_type_name = 'USER_REMOVE_SNAPSHOT' >WHERE log_type_name = 'USER_MERGE_SNAPSHOT'; >************************** > >UPDATE 0 >********* QUERY ********** >UPDATE audit_log >SET log_type_name = 'USER_FAILED_REMOVE_SNAPSHOT' >WHERE log_type_name = 'USER_FAILED_MERGE_SNAPSHOT'; >************************** > >UPDATE 0 >********* QUERY ********** >UPDATE audit_log >SET log_type_name = 'USER_REMOVE_SNAPSHOT_FINISHED_SUCCESS' >WHERE log_type_name = 'USER_MERGE_SNAPSHOT_FINISHED_SUCCESS'; >************************** > >UPDATE 0 >********* QUERY ********** >UPDATE audit_log >SET log_type_name = 'USER_REMOVE_SNAPSHOT_FINISHED_FAILURE' >WHERE log_type_name = 'USER_MERGE_SNAPSHOT_FINISHED_FAILURE'; >************************** > >UPDATE 0 >********* QUERY ********** >select fn_db_add_column('async_tasks', 'step_id', 'UUID'); >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_update_vm_video_cards(v_vm_id UUID, v_old_num_of_monitors int, > v_new_num_of_monitors int, v_default_display_type int) >RETURNS void >AS $function$ >DECLARE > v_display_type varchar(10); > v_display_mem varchar(10); >BEGIN > if (v_new_num_of_monitors != v_old_num_of_monitors) then > -- set device type : vnc/spice > if (v_default_display_type = 0) then > v_display_type := 'cirrus'; > else > v_display_type := 'qxl'; > end if; > if (v_new_num_of_monitors > v_old_num_of_monitors) then > > -- set device memmory according to number of monitors > if (v_new_num_of_monitors <= 2) then > v_display_mem := 'vram=65536'; > else > v_display_mem := 'vram=32768'; > end if; > > for i in 1..v_new_num_of_monitors loop > insert INTO vm_device( > device_id, vm_id,type,device,address,boot_order,spec_params,is_managed,is_plugged,is_readonly) > values ( uuid_generate_v1(), v_vm_id, 'video', v_display_type, '', null, v_display_mem, true, null, false); > end loop; > > else > delete from vm_device where device_id in( > select device_id from vm_device where vm_id = v_vm_id and type = 'video' and device = v_display_type > LIMIT (v_old_num_of_monitors - v_new_num_of_monitors)); > end if; > end if; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_set_vm_device_boot_order(v_vm_id UUID, v_type varchar(30), v_device varchar(30)) >RETURNS void >AS $function$ >DECLARE > v_sql text := 'SELECT device_id FROM vm_device where vm_id=''' || v_vm_id || ''' and type=''' || v_type || ''' and device=''' || v_device || ''''; > v_cur refcursor ; > v_boot_order int; > v_device_id UUID; > v_last_boot_order int; >BEGIN > > v_last_boot_order := max(boot_order) from vm_device where vm_id = v_vm_id; > if (v_last_boot_order IS NULL) then > v_boot_order := 1; > else > v_boot_order := v_last_boot_order + 1; > end if; > BEGIN > OPEN v_cur for EXECUTE v_sql; > LOOP > FETCH v_cur INTO v_device_id; > EXIT WHEN NOT FOUND; > update vm_device set boot_order = v_boot_order where vm_id = v_vm_id and device_id = v_device_id; > v_boot_order := v_boot_order + 1; > END LOOP; > CLOSE v_cur; > END; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_set_vm_devices_boot_order(v_vm_id UUID) >RETURNS void >AS $function$ >DECLARE > v_old_boot_order int; >BEGIN > v_old_boot_order := default_boot_sequence from vm_static where vm_guid = v_vm_id; > -- reset boot order before re computing it > update vm_device set boot_order = null where vm_id = v_vm_id; > case v_old_boot_order > when 0 then -- C > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 1 then -- DC > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 2 then -- N > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 3 then -- CDN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 4 then -- CND > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 5 then -- DCN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 6 then -- DNC > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 7 then -- NCD > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 8 then -- NDC > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 9 then -- CD > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 10 then -- D > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 11 then -- CN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 12 then -- DN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 13 then -- NC > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 14 then -- ND > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > end case; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_vm_device_upgrade_data() >RETURNS void >AS $function$ >DECLARE > v_cur CURSOR FOR SELECT * FROM vm_static; > v_record vm_static%ROWTYPE; >BEGIN > IF EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'vm_device') THEN > > truncate table vm_device; > ALTER TABLE vm_device ALTER COLUMN is_plugged DROP not null; > -- insert images (disks) to vm_device > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select image_id, vm_id, 'disk', 'disk', '', null, '', true, true, false from image_vm_map > where active = true ; > > -- insert network interfaces to vm_device > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select id, vm_guid, 'interface', 'bridge', '', null, '', true, true, false from vm_interface > where vm_guid IS NOT NULL; > > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select id, vmt_guid, 'interface', 'bridge', '', null, '', true, true, false from vm_interface > where vmt_guid IS NOT NULL; > > -- insert CDROM to vm_device (only 1 is supported currently) > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select uuid_generate_v1(), vm_guid, 'disk', 'cdrom', '', null, 'path=' || iso_path, true , null, false > from vm_static where iso_path != ''; > > OPEN v_cur; > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > -- insert Video Cards to vm_device (according to number of monitors) > perform __temp_update_vm_video_cards(v_record.vm_guid, 0, v_record.num_of_monitors, v_record.default_display_type); > -- set boot order > perform __temp_set_vm_devices_boot_order(v_record.vm_guid); > END LOOP; > CLOSE v_cur; > -- update device id in spec_params > update vm_device set spec_params = (case spec_params > when '' then 'deviceId=' || device_id > else spec_params || ',deviceId=' || device_id > end); > END IF; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_vm_device_upgrade_data(); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_update_vm_video_cards(v_vm_id UUID, v_old_num_of_monitors int, v_new_num_of_monitors int, v_default_display_type int); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_set_vm_device_boot_order(v_vm_id UUID, v_type varchar(30), v_device varchar(30)); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_set_vm_devices_boot_order(v_vm_id UUID); >************************** > >DROP FUNCTION >********* QUERY ********** >SELECT fn_db_add_column('audit_log', 'correlation_id', 'VARCHAR(50)'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('audit_log', 'job_id', 'UUID'); >************************** > > > >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_Upgrade_AddSnapshotsTable() >RETURNS void >AS $function$ >BEGIN > IF EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'snapshots') THEN > RETURN; > END IF; > > -- Add the snapshots table. > CREATE TABLE snapshots > ( > snapshot_id UUID NOT NULL CONSTRAINT pk_snapshots PRIMARY KEY, > vm_id UUID NOT NULL CONSTRAINT fk_snapshot_vm REFERENCES vm_static(vm_guid), > snapshot_type VARCHAR(32) NOT NULL, > status VARCHAR(32) NOT NULL, > description VARCHAR(4000), > creation_date TIMESTAMP WITH TIME ZONE NOT NULL, > app_list TEXT, > vm_configuration TEXT, > _create_date TIMESTAMP WITH TIME ZONE DEFAULT NOW(), > _update_date TIMESTAMP WITH TIME ZONE > ) > WITH OIDS; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_Upgrade_AddSnapshotsTable(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_Upgrade_AddSnapshotsTable(); >************************** > >DROP FUNCTION >********* QUERY ********** >insert into images (image_guid,creation_date,size,description,boot,it_guid,internal_drive_mapping) select '00000000-0000-0000-0000-000000000000','2008/04/01 00:00:00',85899345920,'Blank Image Template',false,'00000000-0000-0000-0000-000000000000','1'; >************************** > >INSERT 1873399 1 >********* QUERY ********** >select fn_db_drop_constraint('images','image_templates_images'); >************************** > > > >********* QUERY ********** >select fn_db_create_constraint('images', 'image_templates_images', 'FOREIGN KEY(it_guid) REFERENCES images(image_guid)'); >************************** > > > >********* QUERY ********** >drop table image_templates cascade; >************************** > >DROP TABLE >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_Upgrade_ImageDomainMapTable() >RETURNS void >AS $function$ >BEGIN > IF EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'image_storage_domain_map') THEN > RETURN; > END IF; > > -- Add the image_storage_domain_map table. > CREATE TABLE image_storage_domain_map > ( > image_id UUID NOT NULL, > storage_domain_id UUID NOT NULL, > CONSTRAINT PK_image_storage_domain_map PRIMARY KEY(image_id,storage_domain_id) > ) WITH OIDS; > > INSERT INTO image_storage_domain_map (image_id,storage_domain_id) > SELECT images.image_guid AS image_id, images.storage_id AS storage_domain_id > FROM images WHERE images.storage_id IS NOT NULL > UNION > SELECT images.image_guid AS image_id, image_group_storage_domain_map.storage_domain_id AS storage_domain_id > FROM images INNER JOIN image_group_storage_domain_map ON images.image_group_id = image_group_storage_domain_map.image_group_id; > >-- The following line removes grabage copied from dropped tables >delete from image_storage_domain_map where image_id not in (select image_guid from images) or > storage_domain_id not in (select id from storage_domain_static); > >perform fn_db_create_constraint('image_storage_domain_map', 'fk_image_storage_domain_map_images', 'FOREIGN KEY (image_id) REFERENCES images(image_guid) ON DELETE CASCADE'); >perform fn_db_create_constraint('image_storage_domain_map', 'fk_image_storage_domain_map_storage_domain_static', 'FOREIGN KEY (storage_domain_id) REFERENCES storage_domain_static(id) ON DELETE CASCADE'); > > DROP TABLE image_group_storage_domain_map; > > perform fn_db_drop_constraint('images','Fk_images_storage_id'); > ALTER TABLE images DROP COLUMN storage_id; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_Upgrade_ImageDomainMapTable(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_Upgrade_ImageDomainMapTable(); >************************** > >DROP FUNCTION >********* QUERY ********** >Create or replace FUNCTION __temp_update_vm_video_cards(v_vm_id UUID, v_old_num_of_monitors int, > v_new_num_of_monitors int, v_default_display_type int) >RETURNS void >AS $function$ >DECLARE > v_display_type varchar(10); > v_display_mem varchar(10); >BEGIN > if (v_new_num_of_monitors != v_old_num_of_monitors) then > -- set device type : vnc/spice > if (v_default_display_type = 0) then > v_display_type := 'cirrus'; > else > v_display_type := 'qxl'; > end if; > if (v_new_num_of_monitors > v_old_num_of_monitors) then > > -- set device memmory according to number of monitors > if (v_new_num_of_monitors <= 2) then > v_display_mem := 'vram=65536'; > else > v_display_mem := 'vram=32768'; > end if; > > for i in 1..v_new_num_of_monitors loop > insert INTO vm_device( > device_id, vm_id,type,device,address,boot_order,spec_params,is_managed,is_plugged,is_readonly) > values ( uuid_generate_v1(), v_vm_id, 'video', v_display_type, '', null, v_display_mem, true, null, false); > end loop; > > else > delete from vm_device where device_id in( > select device_id from vm_device where vm_id = v_vm_id and type = 'video' and device = v_display_type > LIMIT (v_old_num_of_monitors - v_new_num_of_monitors)); > end if; > end if; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_set_vm_device_boot_order(v_vm_id UUID, v_type varchar(30), v_device varchar(30)) >RETURNS void >AS $function$ >DECLARE > v_sql text := 'SELECT device_id FROM vm_device where vm_id=''' || v_vm_id || ''' and type=''' || v_type || ''' and device=''' || v_device || ''''; > v_cur refcursor ; > v_boot_order int; > v_device_id UUID; > v_last_boot_order int; >BEGIN > > v_last_boot_order := max(boot_order) from vm_device where vm_id = v_vm_id; > if (v_last_boot_order IS NULL) then > v_boot_order := 1; > else > v_boot_order := v_last_boot_order + 1; > end if; > BEGIN > OPEN v_cur for EXECUTE v_sql; > LOOP > FETCH v_cur INTO v_device_id; > EXIT WHEN NOT FOUND; > update vm_device set boot_order = v_boot_order where vm_id = v_vm_id and device_id = v_device_id; > v_boot_order := v_boot_order + 1; > END LOOP; > CLOSE v_cur; > END; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_set_vm_devices_boot_order(v_vm_id UUID) >RETURNS void >AS $function$ >DECLARE > v_old_boot_order int; >BEGIN > v_old_boot_order := default_boot_sequence from vm_static where vm_guid = v_vm_id; > -- reset boot order before re computing it > update vm_device set boot_order = null where vm_id = v_vm_id; > case v_old_boot_order > when 0 then -- C > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 1 then -- DC > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 2 then -- N > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 3 then -- CDN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 4 then -- CND > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 5 then -- DCN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 6 then -- DNC > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 7 then -- NCD > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 8 then -- NDC > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 9 then -- CD > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 10 then -- D > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 11 then -- CN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 12 then -- DN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 13 then -- NC > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 14 then -- ND > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > end case; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_vm_device_upgrade_data() >RETURNS void >AS $function$ >DECLARE > v_cur CURSOR FOR SELECT * FROM vm_static; > v_record vm_static%ROWTYPE; >BEGIN > IF EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'vm_device') THEN > > truncate table vm_device; > ALTER TABLE vm_device ALTER COLUMN is_plugged DROP not null; > -- insert images (disks) to vm_device > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select image_group_id, vm_id, 'disk', 'disk', '', null, '', true, true, false from image_vm_map,images > where image_id = image_guid and active = true and image_id != '00000000-0000-0000-0000-000000000000'; > > -- insert network interfaces to vm_device > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select id, vm_guid, 'interface', 'bridge', '', null, '', true, true, false from vm_interface > where vm_guid IS NOT NULL; > > -- removing junk in vm_interface resulted from a missing constraint > -- between vmt_quid in vm_interface and vm_guid in vm_static > -- To prevent that in future, this constraint is added in a > -- seeparate upgrade script. > delete from vm_interface > where vmt_guid not in (select vm_guid from vm_static); > > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select id, vmt_guid, 'interface', 'bridge', '', null, '', true, true, false from vm_interface > where vmt_guid IS NOT NULL; > > -- insert CDROM to vm_device (only 1 is supported currently) > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select uuid_generate_v1(), vm_guid, 'disk', 'cdrom', '', null, 'path=' || iso_path, true , null, false > from vm_static where iso_path != ''; > > OPEN v_cur; > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > if (v_record.vm_type = 0) then > -- insert Video Cards to vm_device (according to number of monitors) > perform __temp_update_vm_video_cards(v_record.vm_guid, 0, v_record.num_of_monitors, v_record.default_display_type); > end if; > -- set boot order > perform __temp_set_vm_devices_boot_order(v_record.vm_guid); > END LOOP; > CLOSE v_cur; > -- update device id in spec_params > update vm_device set spec_params = (case spec_params > when '' then 'deviceId=' || device_id > else spec_params || ',deviceId=' || device_id > end); > END IF; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_vm_device_upgrade_data(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_vm_device_upgrade_data(); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_update_vm_video_cards(v_vm_id UUID, v_old_num_of_monitors int, v_new_num_of_monitors int, v_default_display_type int); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_set_vm_device_boot_order(v_vm_id UUID, v_type varchar(30), v_device varchar(30)); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_set_vm_devices_boot_order(v_vm_id UUID); >************************** > >DROP FUNCTION >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select 'def00002-0000-0000-0000-def000000002', > 900 > where not exists ( > select * from roles_groups > where role_id='def00002-0000-0000-0000-def000000002' and action_group_id=900 > ); >************************** > >INSERT 1873434 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select '00000000-0000-0000-0000-000000000001', > 900 > where not exists ( > select * from roles_groups > where role_id='00000000-0000-0000-0000-000000000001' and action_group_id=900 > ); >************************** > >INSERT 1873435 1 >********* QUERY ********** >INSERT INTO roles(id,name,description,is_readonly,role_type) select 'DEF0000a-0000-0000-0000-DEF00000000a', 'QuotaConsumer','Quota consumer',true,2 where >not exists (select id,name,description,is_readonly,role_type from roles where id= 'DEF0000a-0000-0000-0000-DEF00000000a' and name='QuotaConsumer' and description='Quota consumer' and is_readonly=true and role_type=2); >************************** > >INSERT 1873437 1 >********* QUERY ********** >select fn_db_add_column('audit_log', 'quota_id', 'UUID'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('audit_log', 'quota_name', 'VARCHAR(60)'); >************************** > > > >********* QUERY ********** >select fn_db_create_constraint('quota', 'quota_quota_name_unique', 'UNIQUE(quota_name)'); >************************** > > > >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select 'def00002-0000-0000-0000-def000000002', > 901 > where not exists ( > select * from roles_groups > where role_id='def00002-0000-0000-0000-def000000002' and action_group_id=901 > ); >************************** > >INSERT 1873443 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select '00000000-0000-0000-0000-000000000001', > 901 > where not exists ( > select * from roles_groups > where role_id='00000000-0000-0000-0000-000000000001' and action_group_id=901 > ); >************************** > >INSERT 1873444 1 >********* QUERY ********** >INSERT INTO stateless_vm_image_map (vm_guid, image_guid, internal_drive_mapping) >(SELECT vm_guid, image_guid, internal_drive_mapping from image_vm_pool_map); >************************** > >INSERT 0 0 >********* QUERY ********** >DROP table image_vm_pool_map; >************************** > >DROP TABLE >********* QUERY ********** >select fn_db_add_column('vm_pools', 'prestarted_vms', 'SMALLINT DEFAULT 0') >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_update_vm_video_cards(v_vm_id UUID, v_old_num_of_monitors int, > v_new_num_of_monitors int, v_default_display_type int) >RETURNS void >AS $function$ >DECLARE > v_display_type varchar(10); > v_display_mem varchar(10); >BEGIN > if (v_new_num_of_monitors != v_old_num_of_monitors) then > -- set device type : vnc/spice > if (v_default_display_type = 0) then > v_display_type := 'cirrus'; > else > v_display_type := 'qxl'; > end if; > if (v_new_num_of_monitors > v_old_num_of_monitors) then > > -- set device memory according to number of monitors > if (v_new_num_of_monitors <= 2) then > v_display_mem := 'vram=65536'; > else > v_display_mem := 'vram=32768'; > end if; > > for i in 1..v_new_num_of_monitors loop > insert INTO vm_device( > device_id, vm_id,type,device,address,boot_order,spec_params,is_managed,is_plugged,is_readonly) > values ( uuid_generate_v1(), v_vm_id, 'video', v_display_type, '', null, v_display_mem, true, null, false); > end loop; > > else > delete from vm_device where device_id in( > select device_id from vm_device where vm_id = v_vm_id and type = 'video' and device = v_display_type > LIMIT (v_old_num_of_monitors - v_new_num_of_monitors)); > end if; > end if; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_set_vm_device_boot_order(v_vm_id UUID, v_type varchar(30), v_device varchar(30)) >RETURNS void >AS $function$ >DECLARE > v_sql text := 'SELECT device_id FROM vm_device > left outer join images on vm_device.device_id = images.image_group_id > where is_managed = true and vm_id=''' || v_vm_id || ''' and type=''' || v_type || ''' and device=''' || v_device || ''' > order by images.boot desc'; > v_cur refcursor ; > v_boot_order int; > v_device_id UUID; > v_last_boot_order int; >BEGIN > > v_last_boot_order := max(boot_order) from vm_device where vm_id = v_vm_id; > if (v_last_boot_order IS NULL) then > v_boot_order := 1; > else > v_boot_order := v_last_boot_order + 1; > end if; > BEGIN > OPEN v_cur for EXECUTE v_sql; > LOOP > FETCH v_cur INTO v_device_id; > EXIT WHEN NOT FOUND; > update vm_device set boot_order = v_boot_order where vm_id = v_vm_id and device_id = v_device_id; > v_boot_order := v_boot_order + 1; > END LOOP; > CLOSE v_cur; > END; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_set_vm_devices_boot_order(v_vm_id UUID) >RETURNS void >AS $function$ >DECLARE > v_old_boot_order int; >BEGIN > v_old_boot_order := default_boot_sequence from vm_static where vm_guid = v_vm_id; > -- reset boot order before re computing it > update vm_device set boot_order = null where vm_id = v_vm_id; > case v_old_boot_order > when 0 then -- C > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 1 then -- DC > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 2 then -- N > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 3 then -- CDN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 4 then -- CND > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 5 then -- DCN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 6 then -- DNC > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 7 then -- NCD > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 8 then -- NDC > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 9 then -- CD > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 10 then -- D > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > when 11 then -- CN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 12 then -- DN > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > when 13 then -- NC > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'disk'); > when 14 then -- ND > perform __temp_set_vm_device_boot_order(v_vm_id, 'interface', 'bridge'); > perform __temp_set_vm_device_boot_order(v_vm_id, 'disk', 'cdrom'); > end case; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_vm_device_upgrade_data() >RETURNS void >AS $function$ >DECLARE > v_cur CURSOR FOR SELECT * FROM vm_static; > v_record vm_static%ROWTYPE; >BEGIN > IF EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'vm_device') THEN > > truncate table vm_device; > ALTER TABLE vm_device ALTER COLUMN is_plugged DROP not null; > -- insert images (disks) to vm_device > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select image_group_id, vm_id, 'disk', 'disk', '', null, '', true, true, false from image_vm_map,images > where image_id = image_guid and active = true and image_id != '00000000-0000-0000-0000-000000000000'; > > -- insert network interfaces to vm_device > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select id, vm_guid, 'interface', 'bridge', '', null, '', true, true, false from vm_interface > where vm_guid IS NOT NULL; > > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select id, vmt_guid, 'interface', 'bridge', '', null, '', true, true, false from vm_interface > where vmt_guid IS NOT NULL; > > -- insert CDROM to vm_device (only 1 is supported currently) > insert INTO vm_device( > device_id, vm_id, type, device, address, boot_order, spec_params, is_managed, is_plugged, is_readonly) > select uuid_generate_v1(), vm_guid, 'disk', 'cdrom', '', null, 'path=' || iso_path, true , null, false > from vm_static where iso_path != ''; > > OPEN v_cur; > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > -- insert Video Cards to vm_device (according to number of monitors) > perform __temp_update_vm_video_cards(v_record.vm_guid, 0, v_record.num_of_monitors, v_record.default_display_type); > -- set boot order > perform __temp_set_vm_devices_boot_order(v_record.vm_guid); > END LOOP; > CLOSE v_cur; > -- update device id in spec_params > update vm_device set spec_params = (case spec_params > when '' then 'deviceId=' || device_id > else spec_params || ',deviceId=' || device_id > end); > END IF; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_vm_device_upgrade_data(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_vm_device_upgrade_data(); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_update_vm_video_cards(v_vm_id UUID, v_old_num_of_monitors int, v_new_num_of_monitors int, v_default_display_type int); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_set_vm_device_boot_order(v_vm_id UUID, v_type varchar(30), v_device varchar(30)); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP FUNCTION __temp_set_vm_devices_boot_order(v_vm_id UUID); >************************** > >DROP FUNCTION >********* QUERY ********** >alter table vds_static add column recoverable boolean not null default true; >************************** > >ALTER TABLE >********* QUERY ********** >alter table storage_domain_static add column recoverable boolean not null default true; >************************** > >ALTER TABLE >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_Upgrade_MigrateSnapshotsFromImages() >RETURNS void >AS $function$ >DECLARE > cur RECORD; > snap RECORD; >BEGIN > IF EXISTS (SELECT 1 FROM snapshots) THEN > RETURN; > END IF; > > -- Insert snapshots for all images. > FOR cur IN ( > SELECT DISTINCT vm_snapshot_id > FROM images s > WHERE EXISTS ( > SELECT 1 > FROM images d > JOIN image_vm_map ivm ON d.image_guid = ivm.image_id > JOIN vm_static v ON v.vm_guid = ivm.vm_id > WHERE d.image_group_id = s.image_group_id > AND v.entity_type = 'VM')) > LOOP > SELECT i.*, ivm.vm_id > INTO snap > FROM images i > JOIN images d ON i.image_group_id = d.image_group_id > JOIN image_vm_map ivm ON d.image_guid = ivm.image_id > WHERE i.vm_snapshot_id = cur.vm_snapshot_id > LIMIT 1; > > INSERT > INTO snapshots ( > snapshot_id, > vm_id, > snapshot_type, > status, > description, > creation_date, > app_list) > VALUES ( > snap.vm_snapshot_id, > snap.vm_id, > CASE WHEN EXISTS (SELECT 1 FROM image_vm_map ivm WHERE snap.image_guid = ivm.image_id AND ivm.active = TRUE) THEN 'ACTIVE' > WHEN EXISTS (SELECT 1 FROM image_vm_map ivm WHERE snap.image_guid = ivm.image_id AND ivm.active = FALSE) THEN 'PREVIEW' > ELSE > CASE WHEN EXISTS (SELECT 1 FROM stateless_vm_image_map svim WHERE snap.image_guid = svim.image_guid) THEN 'STATELESS' > ELSE 'REGULAR' > END > END, > 'OK', > snap.description, > snap.lastmodified, > snap.app_list > ); > END LOOP; > > -- Update all previewed snapshots to status 'IN_PREVIEW'. > -- This is done to all regular snapshots, that have a 'PREVIEW' type snapshot for the same VM. > UPDATE snapshots s > SET status = 'IN_PREVIEW' > WHERE snapshot_type = 'REGULAR' > AND EXISTS ( > SELECT 1 > FROM snapshots preview_snap > WHERE preview_snap.vm_id = s.vm_id > AND preview_snap.snapshot_type = 'PREVIEW') > AND snapshot_id IN ( > SELECT vm_snapshot_id > FROM images father > WHERE EXISTS ( > SELECT 1 > FROM images son > JOIN image_vm_map ivm ON son.image_guid = ivm.image_id > WHERE ivm.active = TRUE > AND son.parentId = father.image_guid)); > > -- Narrow down double active snapshots for the same VM (if exist). > -- This is because before 3.0 each disk had a new snapshot_id, so we can get more than one active snapshot. > FOR cur IN ( > SELECT DISTINCT vm_id > FROM snapshots > WHERE snapshot_type = 'ACTIVE') > LOOP > IF ((SELECT COUNT(*) > FROM snapshots s > WHERE s.vm_id = cur.vm_id > AND snapshot_type = 'ACTIVE') > 1) THEN > SELECT * > INTO snap > FROM snapshots s > WHERE s.vm_id = cur.vm_id > AND snapshot_type = 'ACTIVE' > LIMIT 1; > > UPDATE images > SET vm_snapshot_id = snap.snapshot_id > WHERE images.vm_snapshot_id IN ( > SELECT snapshot_id > FROM snapshots > WHERE vm_id = snap.vm_id > AND snapshot_type = 'ACTIVE'); > END IF; > END LOOP; > > -- Remove all active snapshots that don't have images. > -- This is because after narrowing down, we can have snapshots left without images. > DELETE > FROM snapshots s > WHERE snapshot_type = 'ACTIVE' > AND NOT EXISTS( > SELECT 1 > FROM images i > WHERE i.vm_snapshot_id = s.snapshot_id); > > -- Add active snapshot for all VMs that don't have one yet (since they have no disks). > FOR cur IN ( > SELECT vm_guid > FROM vm_static v > WHERE entity_type = 'VM' > AND NOT EXISTS( > SELECT 1 > FROM snapshots s > WHERE s.vm_id = v.vm_guid)) > LOOP > INSERT > INTO snapshots ( > snapshot_id, > vm_id, > snapshot_type, > status, > creation_date) > VALUES ( > uuid_generate_v1(), > cur.vm_guid, > 'ACTIVE', > 'OK', > NOW() > ); > END LOOP; > > -- Update active snapshots fields. > UPDATE snapshots > SET description = 'Active VM snapshot', > app_list = NULL > WHERE snapshot_type = 'ACTIVE'; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_Upgrade_MigrateSnapshotsFromImages(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_Upgrade_MigrateSnapshotsFromImages(); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP TABLE stateless_vm_image_map CASCADE; >************************** > >DROP TABLE >********* QUERY ********** >SELECT fn_db_add_column('vds_groups', 'virt_service', 'boolean not null default true'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('vds_groups', 'gluster_service', 'boolean not null default false'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('disks', 'disk_alias', 'VARCHAR(50)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('disks', 'disk_description', 'VARCHAR(500)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('audit_log', 'gluster_volume_id', 'uuid'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('audit_log', 'gluster_volume_name', 'VARCHAR(1000)'); >************************** > > > >********* QUERY ********** >ALTER TABLE images ADD COLUMN active BOOLEAN NOT NULL DEFAULT FALSE; >************************** > >ALTER TABLE >********* QUERY ********** >UPDATE images i >SET active = TRUE >WHERE EXISTS ( > SELECT 1 > FROM image_vm_map ivm > WHERE ivm.image_id = i.image_guid > AND ivm.active = TRUE); >************************** > >UPDATE 1 >********* QUERY ********** >DROP TABLE image_vm_map CASCADE; >************************** > >DROP TABLE >********* QUERY ********** >insert into action_version_map values(158, '3.1','3.0'); >************************** > >INSERT 1873520 1 >********* QUERY ********** >Create or replace FUNCTION __temp_fn_db_add_gluster_tables() returns void >AS $procedure$ >BEGIN > >-- Add gluster_volumes table which reflects the meta data of a Gluster Volume >if (not exists (select 1 from INFORMATION_SCHEMA.TABLES where table_name='gluster_volumes')) then > begin > CREATE TABLE gluster_volumes > ( > id UUID NOT NULL, > cluster_id UUID NOT NULL references vds_groups(vds_group_id) on delete cascade, > vol_name VARCHAR(1000) NOT NULL, > vol_type VARCHAR(32) NOT NULL, > transport_type VARCHAR(32) NOT NULL, > status VARCHAR(32) NOT NULL, > replica_count INTEGER NOT NULL default 0, > stripe_count INTEGER NOT NULL default 0, > _create_date TIMESTAMP WITH TIME ZONE NOT NULL default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE, > CONSTRAINT pk_gluster_volumes PRIMARY KEY(id) > ) WITH OIDS; > end; >end if; > > DROP INDEX if exists IDX_gluster_volumes_cluster_id; > CREATE INDEX IDX_gluster_volumes_cluster_id ON gluster_volumes(cluster_id); > DROP INDEX if exists IDX_gluster_volumes_name_unique; > CREATE INDEX IDX_gluster_volumes_name_unique ON gluster_volumes(cluster_id, vol_name); > >-- Add gluster_volume_bricks table which maps volumes with their bricks >if (not exists (select 1 from INFORMATION_SCHEMA.TABLES where table_name='gluster_volume_bricks')) then > begin > CREATE TABLE gluster_volume_bricks > ( > volume_id UUID NOT NULL references gluster_volumes(id) on delete cascade, > server_id UUID NOT NULL references vds_static(vds_id) on delete cascade, > brick_dir VARCHAR(4096) NOT NULL, > status VARCHAR(32) NOT NULL, > _create_date TIMESTAMP WITH TIME ZONE NOT NULL default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE, > CONSTRAINT pk_gluster_volume_bricks PRIMARY KEY(volume_id, server_id, brick_dir) > ) WITH OIDS; > end; >end if; > >-- Create partial index for fetching bricks of a volume > DROP INDEX if exists IDX_gluster_volume_bricks_volume_id; > CREATE INDEX IDX_gluster_volume_bricks_volume_id ON gluster_volume_bricks(volume_id); > >-- Add gluster_volume_options table which stores volume options for all volumes >if (not exists (select 1 from INFORMATION_SCHEMA.TABLES where table_name='gluster_volume_options')) then > begin > CREATE TABLE gluster_volume_options > ( > volume_id UUID NOT NULL references gluster_volumes(id) on delete cascade, > option_key VARCHAR(8192) NOT NULL, > option_val VARCHAR(8192) NOT NULL, > CONSTRAINT pk_gluster_volume_options PRIMARY KEY(volume_id, option_key) > ) WITH OIDS; > end; >end if; > >-- Create partial index for fetching options of a volume > DROP INDEX if exists IDX_gluster_volume_options_volume_id; > CREATE INDEX IDX_gluster_volume_options_volume_id ON gluster_volume_options(volume_id); > >-- Add gluster_volume_access_protocols table which stores access protocols for all volumes >if (not exists (select 1 from INFORMATION_SCHEMA.TABLES where table_name='gluster_volume_access_protocols')) then > begin > CREATE TABLE gluster_volume_access_protocols > ( > volume_id UUID NOT NULL references gluster_volumes(id) on delete cascade, > access_protocol VARCHAR(32) NOT NULL, > CONSTRAINT pk_gluster_volume_access_protocols PRIMARY KEY(volume_id, access_protocol) > ) WITH OIDS; > end; >end if; > >-- Create partial index for fetching access protocols of a volume > DROP INDEX if exists IDX_gluster_volume_access_protocols_volume_id; > CREATE INDEX IDX_gluster_volume_access_protocols_volume_id ON gluster_volume_access_protocols(volume_id); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_fn_db_add_gluster_tables(); >************************** > > > >********* QUERY ********** >drop function __temp_fn_db_add_gluster_tables(); >************************** > >DROP FUNCTION >********* QUERY ********** >SELECT fn_db_drop_constraint('disks','fk_disk_active_image'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('disks', 'active_image_id'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('images', 'internal_drive_mapping'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('images', 'description'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('images', 'app_list'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('images', 'disk_type'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('images', 'disk_interface'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('images', 'wipe_after_delete'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('images', 'propagate_errors'); >************************** > > > >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_add_empty_cd_to_vm() >RETURNS void >AS $function$ >DECLARE > v_cur CURSOR FOR SELECT vm_guid FROM vm_static where entity_type='VM'; > v_vm_id UUID; > v_device_id UUID; > v_spec_params text; >BEGIN > OPEN v_cur; > LOOP > FETCH v_cur INTO v_vm_id; > EXIT WHEN NOT FOUND; > v_device_id:=uuid_generate_v1(); > v_spec_params:= 'path=' || ',deviceId=' || v_device_id; > if not exists (select vm_id from vm_device where vm_id = v_vm_id and type = 'disk' and device = 'cdrom') then > insert into vm_device( > device_id,vm_id,type,device,address,boot_order,spec_params,is_managed,is_plugged,is_readonly) > values(v_device_id,v_vm_id, 'disk','cdrom','',0,v_spec_params,true,true,true); > end if; > END LOOP; > CLOSE v_cur; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_add_empty_cd_to_vm(); >************************** > > > >********* QUERY ********** >drop function __temp_add_empty_cd_to_vm(); >************************** > >DROP FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_add_vm_device_soundcard() >RETURNS void >AS $function$ >DECLARE > -- get all VM desktops > v_cur CURSOR FOR SELECT * FROM vm_static where entity_type='VM' and vm_type=0; > v_record vm_static%ROWTYPE; > v_soundcard varchar(10); > v_device_id UUID; > v_spec_params text; >BEGIN > OPEN v_cur; > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > case when v_record.os =1 or v_record.os =5 or v_record.os =6 or v_record.os =8 or > v_record.os =9 or v_record.os =10 or v_record.os =14 or v_record.os =15 then > v_soundcard := 'ac97'; > else > v_soundcard := 'ich6'; > end case; > if not exists (select 1 from vm_device where vm_id = v_record.vm_guid and type = 'sound') then > v_device_id := uuid_generate_v1(); > v_spec_params := 'deviceId=' || v_device_id; > insert INTO vm_device( > device_id, vm_id,type,device,address,boot_order,spec_params,is_managed,is_plugged,is_readonly) > values ( v_device_id, v_record.vm_guid, 'sound', v_soundcard, '', 0, v_spec_params, true, true, true); > end if; > END LOOP; > CLOSE v_cur; >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_add_vm_device_soundcard(); >************************** > > > >********* QUERY ********** >drop function __temp_add_vm_device_soundcard(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('network', 'mtu', 'integer'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_interface', 'mtu', 'integer'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('network', 'vm_network', 'boolean NOT NULL DEFAULT true'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('network_cluster', 'required', 'boolean NOT NULL DEFAULT true'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_interface', 'bridged', 'boolean NOT NULL DEFAULT true'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('disks', 'disk_type'); >************************** > > > >********* QUERY ********** >insert into action_version_map (action_type,cluster_minimal_version,storage_pool_minimal_version) values (52,'3.1','3.0'); >************************** > >INSERT 1873617 1 >********* QUERY ********** >select fn_db_change_column_type('disks','disk_alias','varchar','varchar(255)'); >************************** > > > >********* QUERY ********** >UPDATE disks >SET disk_alias = vm_name || '_DISK' || disks.internal_drive_mapping >FROM vm_static, images, vm_device >WHERE vm_device.vm_id = vm_static.vm_guid > AND vm_device.device_id = images.image_group_id > AND disks.disk_id = images.image_group_id > AND disks.disk_alias IS NULL; >************************** > >UPDATE 0 >********* QUERY ********** >update action_version_map set storage_pool_minimal_version = '3.1' where action_type = 52; >************************** > >UPDATE 1 >********* QUERY ********** >UPDATE DISKS >SET disk_alias = vm_name || '_Disk' || disks.internal_drive_mapping >FROM vm_static, images, vm_device >WHERE vm_device.vm_id = vm_static.vm_guid > AND vm_device.device_id = images.image_group_id > AND disks.disk_id = images.image_group_id > AND disks.disk_alias like '%_DISK%'; >************************** > >UPDATE 0 >********* QUERY ********** >update storage_pool set storage_pool_type = -1 where storage_pool_type = 6; >************************** > >UPDATE 0 >********* QUERY ********** >update storage_domain_static set storage_type = -1 where storage_type = 6; >************************** > >UPDATE 0 >********* QUERY ********** >update storage_domain_static set storage_type = -1 where storage_type = 6; >************************** > >UPDATE 0 >********* QUERY ********** >update storage_server_connections set storage_type = -1 where storage_type = 6; >************************** > >UPDATE 0 >********* QUERY ********** >Create or replace FUNCTION __temp_fn_db_add_transport_types_table() returns void >AS $procedure$ >BEGIN > >ALTER TABLE gluster_volumes DROP COLUMN transport_type; > >-- Add gluster_volume_transport_types table which stores transport types for all volumes >if (not exists (select 1 from INFORMATION_SCHEMA.TABLES where table_name='gluster_volume_transport_types')) then > begin > CREATE TABLE gluster_volume_transport_types > ( > volume_id UUID NOT NULL references gluster_volumes(id) on delete cascade, > transport_type VARCHAR(32) NOT NULL, > CONSTRAINT pk_gluster_volume_transport_types PRIMARY KEY(volume_id, transport_type) > ) WITH OIDS; > end; >end if; > >-- Create partial index for fetching access protocols of a volume > DROP INDEX if exists IDX_gluster_volume_transport_types_volume_id; > CREATE INDEX IDX_gluster_volume_transport_types_volume_id ON gluster_volume_transport_types(volume_id); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_fn_db_add_transport_types_table(); >************************** > > > >********* QUERY ********** >drop function __temp_fn_db_add_transport_types_table(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('storage_server_connections', 'mount_options', 'varchar(500)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('storage_server_connections','vfs_type','varchar(128)'); >************************** > > > >********* QUERY ********** >ALTER TABLE disks RENAME TO base_disks; >************************** > >ALTER TABLE >********* QUERY ********** >CREATE TABLE disk_lun_map ( > disk_id UUID CONSTRAINT disk_lun_to_disk_fk REFERENCES base_disks(disk_id), > lun_id VARCHAR CONSTRAINT disk_lun_to_lun_fk REFERENCES luns(lun_id), > CONSTRAINT disk_lun_map_pk PRIMARY KEY (disk_id, lun_id) >); >************************** > >CREATE TABLE >********* QUERY ********** >select fn_db_add_column('base_disks', 'shareable', 'BOOLEAN default false'); >************************** > > > >********* QUERY ********** >delete from schema_version >where version in ( >'03000020', >'03000070', >'03000080', >'03000090', >'03000110', >'03000140', >'03000160', >'03000170', >'03000200', >'03000210', >'03000230', >'03000240', >'03000250', >'03000290', >'03000310', >'03000320', >'03000340', >'03000350', >'03000370', >'03000390', >'03000400', >'03000420', >'03000430', >'03000440', >'03000450', >'03000460', >'03000470', >'03000480', >'03000490', >'03000500', >'03000510', >'03000530', >'03010020', >'03010080', >'03010081', >'03010120', >'03010160', >'03010190', >'03010230', >'03010250', >'03010290', >'03010310', >'03010340', >'03010350', >'03010360', >'03010400', >'03010420', >'03010450', >'03010520', >'03010550', >'03010570', >'03010590', >'03010640', >'03010670', >'03010710', >'03010820', >'03010860'); >************************** > >DELETE 1 >********* QUERY ********** >create or replace function __temp_convert_record_to_json(v_spec_param text) >returns text >AS $procedure$ >declare > params record; > params_as_json text; > key text; > value text; >begin > >params_as_json := '{ '; > >for params in select * from regexp_split_to_table(v_spec_param, ',') as param >loop > key := trim(split_part(params.param, '=', 1)); > -- the deviceId property is being sent as an explicit property to VDSM > if (key != 'deviceId') then > key := '"' || key || '"'; > value := '"' ||(trim(split_part(params.param, '=', 2))) || '"'; > params_as_json := params_as_json || key || ' : ' || value || ', '; > end if; >end loop; > >params_as_json := rtrim(rtrim(params_as_json), ','); > >params_as_json := params_as_json || ' }'; >return params_as_json; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >update vm_device >set spec_params = __temp_convert_record_to_json(rtrim(ltrim(trim(both spec_params), '{'),'}')); >************************** > >UPDATE 1 >********* QUERY ********** >DROP FUNCTION __temp_convert_record_to_json(text); >************************** > >DROP FUNCTION >********* QUERY ********** >Create or replace FUNCTION __temp_insert_predefined_roles() >RETURNS VOID > AS $procedure$ > DECLARE > v_SUPER_USER_ID_0001 UUID; > v_POWER_USER_ID_0002 UUID; > v_CLUSTER_ADMIN_ID UUID; > v_DATA_CENTER_ADMIN_ID UUID; > v_STORAGE_ADMIN_ID UUID; > v_VM_ADMIN_ID UUID; > v_DISK_OPERATOR_USER_ID UUID; > v_DISK_CREATOR_USER_ID UUID; >BEGIN > v_SUPER_USER_ID_0001 := '00000000-0000-0000-0000-000000000001'; > v_POWER_USER_ID_0002 := '00000000-0000-0000-0001-000000000002'; > v_CLUSTER_ADMIN_ID := 'DEF00001-0000-0000-0000-DEF000000001'; > v_DATA_CENTER_ADMIN_ID := 'DEF00002-0000-0000-0000-DEF000000002'; > v_STORAGE_ADMIN_ID := 'DEF00003-0000-0000-0000-DEF000000003'; > v_VM_ADMIN_ID := 'DEF00006-0000-0000-0000-DEF000000006'; > v_DISK_OPERATOR_USER_ID := 'DEF0000A-0000-0000-0000-DEF00000000B'; > v_DISK_CREATOR_USER_ID := 'DEF0000A-0000-0000-0000-DEF00000000C'; > >----------------- >---SuperUser role >----------------- > >-- CREATE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_SUPER_USER_ID_0001, 1100); >-- ATTACH_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_SUPER_USER_ID_0001, 1101); >-- EDIT_DISK_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_SUPER_USER_ID_0001, 1102); >-- CONFIGURE_DISK_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_SUPER_USER_ID_0001, 1103); >-- DELETE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_SUPER_USER_ID_0001, 1104); > > >---------------- >--PowerUser role >---------------- > >-- CREATE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_POWER_USER_ID_0002, 1100); >-- ATTACH_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_POWER_USER_ID_0002, 1101); >-- EDIT_DISK_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_POWER_USER_ID_0002, 1102); >-- CONFIGURE_DISK_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_POWER_USER_ID_0002, 1103); >-- DELETE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_POWER_USER_ID_0002, 1104); > > >-------------------- >--CLUSTER_ADMIN role >-------------------- > >-- CREATE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID, 1100); >-- ATTACH_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID, 1101); >-- EDIT_DISK_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID, 1102); >-- CONFIGURE_DISK_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID, 1103); >-- DELETE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_CLUSTER_ADMIN_ID, 1104); > > >------------------------ >--DATA_CENTER_ADMIN role >------------------------ > >-- CREATE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID, 1100); >-- ATTACH_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID, 1101); >-- EDIT_DISK_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID, 1102); >-- CONFIGURE_DISK_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID, 1103); >-- DELETE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DATA_CENTER_ADMIN_ID, 1104); > > >-------------------- >--STORAGE_ADMIN role >-------------------- > >-- CREATE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_STORAGE_ADMIN_ID, 1100); >-- ATTACH_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_STORAGE_ADMIN_ID, 1101); >-- EDIT_DISK_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_STORAGE_ADMIN_ID, 1102); >-- CONFIGURE_DISK_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_STORAGE_ADMIN_ID, 1103); >-- DELETE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_STORAGE_ADMIN_ID, 1104); > > >--------------- >--VM_ADMIN role >--------------- > >-- CREATE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID, 1100); >-- ATTACH_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID, 1101); >-- EDIT_DISK_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID, 1102); >-- CONFIGURE_DISK_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID, 1103); >-- DELETE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_ADMIN_ID, 1104); > > >-------------------------- >-- DISK_OPERATOR_USER role >-------------------------- >DELETE FROM roles_groups WHERE role_id = v_DISK_OPERATOR_USER_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type) SELECT v_DISK_OPERATOR_USER_ID, 'DiskOperator', 'Disk Operator', true, 2 >WHERE NOT EXISTS (SELECT id,name,description,is_readonly,role_type > FROM roles > WHERE id = v_DISK_OPERATOR_USER_ID > AND name='DiskOperator' > AND description='Disk Operator' > AND is_readonly=true > AND role_type=2); > >-- CREATE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DISK_OPERATOR_USER_ID, 1100); >-- ATTACH_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DISK_OPERATOR_USER_ID, 1101); >-- EDIT_DISK_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DISK_OPERATOR_USER_ID, 1102); >-- CONFIGURE_DISK_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DISK_OPERATOR_USER_ID, 1103); >-- DELETE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DISK_OPERATOR_USER_ID, 1104); > >------------------------- >-- DISK_CREATOR_USER role >------------------------- >DELETE FROM roles_groups WHERE role_id = v_DISK_CREATOR_USER_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type) SELECT v_DISK_CREATOR_USER_ID, 'DiskCreator', 'Disk Creator', true, 2 >WHERE NOT EXISTS (SELECT id,name,description,is_readonly,role_type > FROM roles > WHERE id = v_DISK_CREATOR_USER_ID > AND name='DiskCreator' > AND description='Disk Creator' > AND is_readonly=true > AND role_type=2); > >-- CREATE_DISK >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DISK_CREATOR_USER_ID, 1100); >-- EDIT_DISK_PROPERTIES >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DISK_CREATOR_USER_ID, 1102); >-- CONFIGURE_DISK_STORAGE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_DISK_CREATOR_USER_ID, 1103); > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_insert_predefined_roles(); >************************** > > > >********* QUERY ********** >DROP function __temp_insert_predefined_roles(); >************************** > >DROP FUNCTION >********* QUERY ********** >Create or replace FUNCTION __temp_insert_storage_permissions() >RETURNS VOID > AS $procedure$ >DECLARE > v_VM_ADMIN_ID UUID; > v_DISK_OPERATOR_ROLE_ID UUID; > v_DISK_CREATOR_ROLE_ID UUID; > v_CREATE_VM_GROUP_ID INTEGER; > v_CLUSTER_OBJECT_TYPE INTEGER; > v_DATA_CENTER_OBJECT_TYPE INTEGER; > v_SYSTEM_OBJECT_TYPE INTEGER; > v_STORAGE_OBJECT_TYPE INTEGER; > v_DISK_OBJECT_TYPE INTEGER; > v_VmDisks RECORD; > v_permissions RECORD; > >BEGIN > v_VM_ADMIN_ID := 'DEF00006-0000-0000-0000-DEF000000006'; > v_DISK_OPERATOR_ROLE_ID := 'DEF0000A-0000-0000-0000-DEF00000000B'; > v_DISK_CREATOR_ROLE_ID := 'DEF0000A-0000-0000-0000-DEF00000000C'; > v_CREATE_VM_GROUP_ID := 1; > v_CLUSTER_OBJECT_TYPE := 9; > v_DATA_CENTER_OBJECT_TYPE := 14; > v_STORAGE_OBJECT_TYPE := 11; > v_SYSTEM_OBJECT_TYPE := 1; > v_DISK_OBJECT_TYPE := 19; > > -- Add Disk Operator permissions on the relevant disks to users with VM Operator for their disks > FOR v_VmDisks IN > SELECT DISTINCT vm_device.vm_id, base_disks.disk_id > FROM images > LEFT OUTER JOIN disk_image_dynamic ON images.image_guid = disk_image_dynamic.image_id > LEFT OUTER JOIN base_disks ON images.image_group_id = base_disks.disk_id > LEFT OUTER JOIN vm_device ON vm_device.device_id = images.image_group_id > LEFT OUTER JOIN vm_static ON vm_static.vm_guid = vm_device.vm_id > LOOP > > INSERT INTO permissions (id, > role_id, > ad_element_id, > object_id, > object_type_id) > (SELECT uuid_generate_v1(), > v_DISK_OPERATOR_ROLE_ID, > ad_element_id, > v_VmDisks.disk_id, > v_DISK_OBJECT_TYPE > FROM permissions > WHERE role_id = v_VM_ADMIN_ID > AND object_id = v_VmDisks.vm_id); > > END LOOP; > > FOR v_permissions IN SELECT ad_element_id, object_id, object_type_id > FROM permissions > INNER JOIN roles_groups ON permissions.role_id = roles_groups.role_id > WHERE roles_groups.action_group_id = v_CREATE_VM_GROUP_ID > LOOP > > -- CREATE_VM on Cluster will allow creating Disks on the Storage Domains of the Data Center which the Cluster belongs to. > IF (v_permissions.object_type_id = v_CLUSTER_OBJECT_TYPE) THEN > > INSERT INTO permissions (id, > role_id, > ad_element_id, > object_id, > object_type_id) > (SELECT uuid_generate_v1(), > v_DISK_CREATOR_ROLE_ID, > v_permissions.ad_element_id, > storage_pool_iso_map.storage_id, > v_STORAGE_OBJECT_TYPE > FROM vds_groups > INNER JOIN storage_pool_iso_map ON vds_groups.storage_pool_id = storage_pool_iso_map.storage_pool_id > WHERE vds_groups.vds_group_id = v_permissions.object_id and > cast(v_DISK_CREATOR_ROLE_ID as VARCHAR) || cast(v_permissions.ad_element_id as VARCHAR) || > cast(storage_pool_iso_map.storage_id as VARCHAR) not in > ( select cast(role_id as VARCHAR) || cast(ad_element_id as VARCHAR) || > cast(object_id as VARCHAR) from permissions)); > > -- CREATE_VM on Data Center will allow creating Disks on the Storage Domains of the Data Center. > ELSIF (v_permissions.object_type_id = v_DATA_CENTER_OBJECT_TYPE) THEN > INSERT INTO permissions (id, > role_id, > ad_element_id, > object_id, > object_type_id) > (SELECT uuid_generate_v1(), > v_DISK_CREATOR_ROLE_ID, > v_permissions.ad_element_id, > storage_pool_iso_map.storage_id, > v_STORAGE_OBJECT_TYPE > FROM storage_pool_iso_map > WHERE storage_pool_iso_map.storage_pool_id = v_permissions.object_id and > cast(v_DISK_CREATOR_ROLE_ID as VARCHAR) || cast(v_permissions.ad_element_id as VARCHAR) || > cast(storage_pool_iso_map.storage_id as VARCHAR) not in > ( select cast(role_id as VARCHAR) || cast(ad_element_id as VARCHAR) || > cast(object_id as VARCHAR) from permissions)); > > -- CREATE_VM on System will allow creating Disks on all Storage Domains in the System. > ELSEIF (v_permissions.object_type_id = v_SYSTEM_OBJECT_TYPE) THEN > INSERT INTO permissions (id, > role_id, > ad_element_id, > object_id, > object_type_id) > (SELECT uuid_generate_v1(), > v_DISK_CREATOR_ROLE_ID, > v_permissions.ad_element_id, > storage_domain_static.id, > v_STORAGE_OBJECT_TYPE > FROM storage_domain_static > WHERE cast(v_DISK_CREATOR_ROLE_ID as VARCHAR) || cast(v_permissions.ad_element_id as VARCHAR) || > cast(storage_domain_static.id as VARCHAR) not in > ( select cast(role_id as VARCHAR) || cast(ad_element_id as VARCHAR) || > cast(object_id as VARCHAR) from permissions)); > > END IF; > END LOOP; > > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_insert_storage_permissions(); >************************** > > > >********* QUERY ********** >DROP function __temp_insert_storage_permissions(); >************************** > >DROP FUNCTION >********* QUERY ********** >SELECT fn_db_change_column_type('quota','quota_name','varchar','varchar (65)'); >************************** > > > >********* QUERY ********** >insert into action_version_map values(1009, '3.1','*'); >************************** > >INSERT 1873717 1 >********* QUERY ********** >select fn_db_add_column('storage_server_connections', 'nfs_version', 'smallint default null'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('storage_server_connections', 'nfs_timeo', 'smallint default null'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('storage_server_connections', 'nfs_retrans', 'smallint default null'); >************************** > > > >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('DWH_STOPPED', 'DWH_STARTED'); >************************** > >INSERT 1873720 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('DWH_ERROR', 'UNASSIGNED'); >************************** > >INSERT 1873721 1 >********* QUERY ********** >Create or replace FUNCTION __temp_insert_predefined_gluster_roles() >RETURNS VOID > AS $procedure$ > DECLARE > v_super_user_id_0001 UUID; > v_GLUSTER_ADMIN_ROLE_ID UUID; >BEGIN > v_super_user_id_0001 := '00000000-0000-0000-0000-000000000001'; > v_GLUSTER_ADMIN_ROLE_ID := 'DEF0000b-0000-0000-0000-DEF00000000b'; > > >--CREATE_GLUSTER_VOLUME >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_super_user_id_0001, 1000 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_super_user_id_0001 and action_group_id=1000); > >--MANIPULATE_GLUSTER_VOLUME >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_super_user_id_0001, 1001 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_super_user_id_0001 and action_group_id=1001); > >--DELETE_GLUSTER_VOLUME >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_super_user_id_0001, 1002 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_super_user_id_0001 and action_group_id=1002); > >-------------- >-- GLUSTER_ADMIN_USER role >-------------- >INSERT INTO roles(id,name,description,is_readonly,role_type) SELECT v_GLUSTER_ADMIN_ROLE_ID, 'GlusterAdmin','Gluster Admin',true,1 >WHERE not exists (SELECT id,name,description,is_readonly,role_type from roles >WHERE id= v_GLUSTER_ADMIN_ROLE_ID and name='GlusterAdmin' and description='Gluster Admin' and is_readonly=true and role_type=1); > >-- Map all gluster action groups to the gluster admin role >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 1000 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=1000); > >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 1001 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=1001); > >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 1002 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=1002); > >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_insert_predefined_gluster_roles(); >************************** > > > >********* QUERY ********** >drop function __temp_insert_predefined_gluster_roles(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('base_disks', 'boot', 'boolean NOT NULL DEFAULT false'); >************************** > > > >********* QUERY ********** >update base_disks set boot = images.boot from images where images.image_group_id = disk_id; >************************** > >UPDATE 0 >********* QUERY ********** >select fn_db_drop_column('images','boot'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('async_tasks', 'command_id', 'UUID NOT NULL DEFAULT ''00000000-0000-0000-0000-000000000000'''); >************************** > > > >********* QUERY ********** >ALTER TABLE async_tasks ALTER COLUMN command_id DROP DEFAULT; >************************** > >ALTER TABLE >********* QUERY ********** >select fn_db_add_column('vm_dynamic', 'console_user_id', 'uuid'); >************************** > > > >********* QUERY ********** >create or replace function __temp_Upgrade_AddAllowConsoleReconnect_03_01_1030() returns void >as $function$ >begin > if (not exists (select 1 from information_schema.columns where table_name ilike 'vm_static' and column_name ilike 'allow_console_reconnect')) then > alter table vm_static add column allow_console_reconnect boolean not null default false; > update vm_static set allow_console_reconnect = (vm_type = 1); > end if; >end; $function$ >language plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_Upgrade_AddAllowConsoleReconnect_03_01_1030(); >************************** > > > >********* QUERY ********** >drop function __temp_Upgrade_AddAllowConsoleReconnect_03_01_1030(); >************************** > >DROP FUNCTION >********* QUERY ********** >insert into roles_groups ( > role_id, > action_group_id >) >select > '00000000-0000-0000-0000-000000000001', > 13 >where > not exists ( > select > * > from > roles_groups > where > role_id = '00000000-0000-0000-0000-000000000001' and > action_group_id = 13 > ) >; >************************** > >INSERT 1873761 1 >********* QUERY ********** >drop table IF EXISTS engine_license_usage; >************************** > >DROP TABLE >********* QUERY ********** >ALTER TABLE luns RENAME COLUMN phisical_volume_id TO physical_volume_id; >************************** > >ALTER TABLE >********* QUERY ********** >select fn_db_add_column('vm_device', '_create_date', 'timestamp with time zone DEFAULT current_timestamp'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_device', '_update_date', 'timestamp with time zone'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('base_disks', 'allow_snapshot', 'boolean not null default true'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('gluster_volume_bricks', 'id', 'UUID'); >************************** > > > >********* QUERY ********** >UPDATE gluster_volume_bricks set id = uuid_generate_v1(); >************************** > >UPDATE 0 >********* QUERY ********** >SELECT fn_db_drop_constraint('gluster_volume_bricks','pk_gluster_volume_bricks'); >************************** > > > >********* QUERY ********** >SELECT fn_db_create_constraint('gluster_volume_bricks', 'pk_gluster_volume_bricks', 'PRIMARY KEY(id)'); >************************** > > > >********* QUERY ********** >SELECT fn_db_create_constraint('gluster_volume_bricks', 'IDX_gluster_volume_bricks_volume_server_brickdir', 'UNIQUE(volume_id, server_id, brick_dir)'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('gluster_volume_options', 'id', 'UUID'); >************************** > > > >********* QUERY ********** >UPDATE gluster_volume_options set id = uuid_generate_v1(); >************************** > >UPDATE 0 >********* QUERY ********** >SELECT fn_db_drop_constraint('gluster_volume_options','pk_gluster_volume_options'); >************************** > > > >********* QUERY ********** >SELECT fn_db_create_constraint('gluster_volume_options', 'pk_gluster_volume_options', 'PRIMARY KEY(id)'); >************************** > > > >********* QUERY ********** >SELECT fn_db_create_constraint('gluster_volume_options', 'IDX_gluster_volume_options_volume_id_option_key', 'UNIQUE(volume_id, option_key)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('roles', 'is_inheritable', 'boolean not null default false'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('roles', 'is_inheritable'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('roles', 'allows_viewing_children', 'boolean not null default false'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_device', 'alias', 'varchar(255) DEFAULT '''''); >************************** > > > >********* QUERY ********** >UPDATE roles >SET allows_viewing_children = EXISTS (SELECT 1 > FROM roles_groups > WHERE roles_groups.role_id = roles.id > AND action_group_id NOT IN (1, > 200, > 300, > 1100 > )); >************************** > >UPDATE 16 >********* QUERY ********** >Create or replace FUNCTION __temp_insert_predefined_creator_roles() >RETURNS VOID > AS $procedure$ > DECLARE > v_VM_CREATOR_USER_ID UUID; > v_TEMPLATE_CREATOR_USER_ID UUID; >BEGIN > v_VM_CREATOR_USER_ID := 'DEF0000A-0000-0000-0000-DEF00000000D'; > v_TEMPLATE_CREATOR_USER_ID := 'DEF0000A-0000-0000-0000-DEF00000000E'; > >------------------------- >-- VM_CREATOR_USER role >------------------------- >DELETE FROM roles_groups WHERE role_id = v_VM_CREATOR_USER_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type,allows_viewing_children) SELECT v_VM_CREATOR_USER_ID, 'VmCreator', 'VM Creator', true, 2, false >WHERE NOT EXISTS (SELECT id,name,description,is_readonly,role_type > FROM roles > WHERE id = v_VM_CREATOR_USER_ID > AND name='VmCreator' > AND description='VM Creator' > AND is_readonly=true > AND role_type=2); > >-- CREATE_VM >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_VM_CREATOR_USER_ID, 1); > > >----------------------------- >-- TEMPALTE_CREATOR_USER role >----------------------------- >DELETE FROM roles_groups WHERE role_id = v_TEMPLATE_CREATOR_USER_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type,allows_viewing_children) SELECT v_TEMPLATE_CREATOR_USER_ID, 'TemplateCreator', 'Template Creator', true, 2, false >WHERE NOT EXISTS (SELECT id,name,description,is_readonly,role_type > FROM roles > WHERE id = v_VM_CREATOR_USER_ID > AND name='TemplateCreator' > AND description='Template Creator' > AND is_readonly=true > AND role_type=2); > >-- CREATE_TEMPLATE >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_CREATOR_USER_ID, 200); > > >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_insert_predefined_creator_roles(); >************************** > > > >********* QUERY ********** >DROP function __temp_insert_predefined_creator_roles(); >************************** > >DROP FUNCTION >********* QUERY ********** >Create or replace FUNCTION __temp_fix_disk_creator_role() >RETURNS VOID > AS $procedure$ > DECLARE > v_DISK_CREATOR_USER_ID UUID; >BEGIN > v_DISK_CREATOR_USER_ID := 'DEF0000A-0000-0000-0000-DEF00000000C'; > >-- Remove the action groups other than CREATE DISK from DISK_CREATOR role >DELETE FROM roles_groups >WHERE role_id = v_DISK_CREATOR_USER_ID >AND action_group_id != 1100; > >-- Make the role not inheritable >UPDATE roles >SET allows_viewing_children = FALSE >WHERE id = v_DISK_CREATOR_USER_ID; > >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_fix_disk_creator_role(); >************************** > > > >********* QUERY ********** >DROP function __temp_fix_disk_creator_role(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('vm_static', 'cpu_pinning', 'varchar(4000) default null'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('base_disks','internal_drive_mapping'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('vm_dynamic', 'vm_last_up_time'); >************************** > > > >********* QUERY ********** >select fn_db_rename_column('vm_dynamic', 'vm_last_boot_time', 'last_start_time'); >************************** > > > >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) VALUES( 'DEF00002-0000-0000-0000-DEF000000002',1200); >************************** > >INSERT 1873840 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) VALUES( '00000000-0000-0000-0000-000000000001',1200); >************************** > >INSERT 1873841 1 >********* QUERY ********** >select fn_db_add_column('vm_interface', 'port_mirroring', 'boolean NOT NULL DEFAULT false'); >************************** > > > >********* QUERY ********** >update vm_static set usb_policy = 1 where vm_guid = '00000000-0000-0000-0000-000000000000'; >************************** > >UPDATE 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_CREATE', 'UNASSIGNED'); >************************** > >INSERT 1873850 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_CREATE_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1873851 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_START', 'UNASSIGNED'); >************************** > >INSERT 1873852 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_START_FAILED', 'GLUSTER_VOLUME_START'); >************************** > >INSERT 1873853 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_STOP', 'GLUSTER_VOLUME_START'); >************************** > >INSERT 1873854 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_STOP_FAILED', 'GLUSTER_VOLUME_STOP'); >************************** > >INSERT 1873855 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_OPTION_SET', 'UNASSIGNED'); >************************** > >INSERT 1873856 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_OPTION_SET_FAILED', 'GLUSTER_VOLUME_OPTION_SET'); >************************** > >INSERT 1873857 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_OPTIONS_RESET', 'UNASSIGNED'); >************************** > >INSERT 1873858 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_OPTIONS_RESET_FAILED', 'GLUSTER_VOLUME_OPTIONS_RESET'); >************************** > >INSERT 1873859 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_DELETE', 'UNASSIGNED'); >************************** > >INSERT 1873860 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_DELETE_FAILED', 'GLUSTER_VOLUME_DELETE'); >************************** > >INSERT 1873861 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REBALANCE_START', 'UNASSIGNED'); >************************** > >INSERT 1873862 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REBALANCE_START_FAILED', 'GLUSTER_VOLUME_REBALANCE_START'); >************************** > >INSERT 1873863 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REMOVE_BRICKS', 'UNASSIGNED'); >************************** > >INSERT 1873864 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REMOVE_BRICKS_FAILED', 'GLUSTER_VOLUME_REMOVE_BRICKS'); >************************** > >INSERT 1873865 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REPLACE_BRICK_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1873866 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REPLACE_BRICK_START', 'UNASSIGNED'); >************************** > >INSERT 1873867 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REPLACE_BRICK_START_FAILED', 'GLUSTER_VOLUME_REPLACE_BRICK_START'); >************************** > >INSERT 1873868 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_ADD_BRICK', 'UNASSIGNED'); >************************** > >INSERT 1873869 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_ADD_BRICK_FAILED', 'GLUSTER_VOLUME_ADD_BRICK'); >************************** > >INSERT 1873870 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOST_REMOVE_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1873871 1 >********* QUERY ********** >select fn_db_add_column('gluster_volume_bricks', 'brick_order', 'INTEGER DEFAULT 0'); >************************** > > > >********* QUERY ********** >select fn_db_grant_action_group_to_all_roles_filter(1300, ARRAY [UUID('def00009-0000-0000-0000-def000000009'), UUID('def0000a-0000-0000-0000-def00000000a')]); >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_insert_predefined_owner_roles() >RETURNS VOID > AS $procedure$ > DECLARE > v_TEMPLATE_OWNER_USER_ID UUID; >BEGIN > v_TEMPLATE_OWNER_USER_ID := 'DEF0000A-0000-0000-0000-DEF00000000F'; > >----------------------------- >-- TEMPALTE_OWNER_USER role >----------------------------- >DELETE FROM roles_groups WHERE role_id = v_TEMPLATE_OWNER_USER_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type,allows_viewing_children) SELECT v_TEMPLATE_OWNER_USER_ID, 'TemplateOwner', 'Template Owner', true, 2, true >WHERE NOT EXISTS (SELECT id,name,description,is_readonly,role_type > FROM roles > WHERE id = v_TEMPLATE_OWNER_USER_ID > AND name='TemplateOwner' > AND description='Template Owner' > AND is_readonly=true > AND role_type=2); > >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_OWNER_USER_ID, 201); >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_OWNER_USER_ID, 202); >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_OWNER_USER_ID, 203); >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_OWNER_USER_ID, 204); >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_TEMPLATE_OWNER_USER_ID, 1300); > >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_insert_predefined_owner_roles(); >************************** > > > >********* QUERY ********** >DROP function __temp_insert_predefined_owner_roles(); >************************** > >DROP FUNCTION >********* QUERY ********** >Create or replace FUNCTION __temp_fn_db_grant_custom_props_action_group() returns void >AS $procedure$ >BEGIN >-- super user >if (not exists (select 1 from roles_groups where role_id = '00000000-0000-0000-0000-000000000001' and action_group_id = 14)) then > insert into roles_groups (role_id, action_group_id) values('00000000-0000-0000-0000-000000000001',14); >end if; > >-- cluster admin >if (not exists (select 1 from roles_groups where role_id = 'DEF00001-0000-0000-0000-DEF000000001' and action_group_id = 14)) then > insert into roles_groups (role_id, action_group_id) values('DEF00001-0000-0000-0000-DEF000000001',14); >end if; > >-- dc admin >if (not exists (select 1 from roles_groups where role_id = 'DEF00002-0000-0000-0000-DEF000000002' and action_group_id = 14)) then > insert into roles_groups (role_id, action_group_id) values('DEF00002-0000-0000-0000-DEF000000002',14); >end if; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_fn_db_grant_custom_props_action_group(); >************************** > > > >********* QUERY ********** >drop function __temp_fn_db_grant_custom_props_action_group(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_drop_constraint('time_lease_vm_pool_map','pk_time_user_vm_pool_map'); >************************** > > > >********* QUERY ********** >drop table time_lease_vm_pool_map cascade; >************************** > >DROP TABLE >********* QUERY ********** >DROP INDEX if exists IDX_audit_log_job_id; >************************** > >DROP INDEX >********* QUERY ********** >CREATE INDEX IDX_audit_log_job_id ON audit_log(job_id); >************************** > >CREATE INDEX >********* QUERY ********** >DROP INDEX if exists IDX_audit_log_correlation_id; >************************** > >DROP INDEX >********* QUERY ********** >CREATE INDEX IDX_audit_correlation_id ON audit_log(correlation_id); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_Upgrade_add_async_task_entities_table() >RETURNS void >AS $function$ >BEGIN > IF NOT EXISTS (SELECT * FROM information_schema.tables WHERE table_name ILIKE 'async_tasks_entities') THEN > CREATE TABLE async_tasks_entities > ( > async_task_id UUID NOT NULL CONSTRAINT fk_async_task_entity REFERENCES async_tasks(task_id) ON DELETE CASCADE, > entity_id UUID NOT NULL, > entity_type varchar(128) > ) > WITH OIDS; > END IF; > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_Upgrade_add_async_task_entities_table(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_Upgrade_add_async_task_entities_table(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('storage_domain_static', 'last_time_used_as_master', 'BIGINT'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('base_disks', 'allow_snapshot'); >************************** > > > >********* QUERY ********** >CREATE OR REPLACE function __temp_Upgrade_remove_default_quota_03_01_1180() returns void >as $function$ >begin > if (EXISTS (SELECT 1 FROM information_schema.columns WHERE table_name ilike 'quota' AND column_name ilike 'is_default_quota')) THEN > -- removing ref to default quota for images > UPDATE images > SET quota_id = NULL > WHERE quota_id IN > (SELECT id FROM quota WHERE is_default_quota = true); > -- removing ref to default quota for vms > UPDATE vm_static > SET quota_id = NULL > WHERE quota_id IN > (SELECT id FROM quota WHERE is_default_quota = true); > -- removing all default quota from the system > DELETE FROM quota > WHERE is_default_quota = true; > END if; >END; $function$ >language plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_Upgrade_remove_default_quota_03_01_1180(); >************************** > > > >********* QUERY ********** >DROP function __temp_Upgrade_remove_default_quota_03_01_1180(); >************************** > >DROP FUNCTION >********* QUERY ********** >SELECT fn_db_drop_column('quota', 'is_default_quota'); >************************** > > > >********* QUERY ********** >UPDATE vm_static SET usb_policy=1 WHERE usb_policy=0 AND os IN (5, 7, 8, 9, 13, 14, 15, 18, 19); >************************** > >UPDATE 0 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOST_ADD_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1873933 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select 'DEF0000A-0000-0000-0000-DEF00000000D', > 1100 > where not exists ( > select * from roles_groups > where role_id='DEF0000A-0000-0000-0000-DEF00000000D' and action_group_id=1100 > ); >************************** > >INSERT 1873935 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select 'DEF00001-0000-0000-0000-DEF000000001', > 502 > where not exists ( > select * from roles_groups > where role_id='DEF00001-0000-0000-0000-DEF000000001' and action_group_id=502 > ); >************************** > >INSERT 1873937 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select 'DEF00002-0000-0000-0000-DEF000000002', > 502 > where not exists ( > select * from roles_groups > where role_id='DEF00002-0000-0000-0000-DEF000000002' and action_group_id=502 > ); >************************** > >INSERT 1873938 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select 'DEF0000A-0000-0000-0000-DEF00000000F', > 502 > where not exists ( > select * from roles_groups > where role_id='DEF0000A-0000-0000-0000-DEF00000000F' and action_group_id=502 > ); >************************** > >INSERT 1873939 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select 'DEF0000A-0000-0000-0000-DEF00000000B', > 502 > where not exists ( > select * from roles_groups > where role_id='DEF0000A-0000-0000-0000-DEF00000000B' and action_group_id=502 > ); >************************** > >INSERT 1873940 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select 'DEF00006-0000-0000-0000-DEF000000006', > 502 > where not exists ( > select * from roles_groups > where role_id='DEF00006-0000-0000-0000-DEF000000006' and action_group_id=502 > ); >************************** > >INSERT 1873941 1 >********* QUERY ********** >select fn_db_add_column('vds_dynamic', 'rpm_version', 'varchar(256) default null'); >************************** > > > >********* QUERY ********** >update roles set description = 'User Role, permissions to consume the Quota resources' >where id = 'def0000a-0000-0000-0000-def00000000a'; >************************** > >UPDATE 1 >********* QUERY ********** >update roles set description = 'User Role, permissions for all operations on a specific disk' >where id = 'def0000a-0000-0000-0000-def00000000b'; >************************** > >UPDATE 1 >********* QUERY ********** >update roles set description = 'User Role, permission to create Disks' >where id = 'def0000a-0000-0000-0000-def00000000c'; >************************** > >UPDATE 1 >********* QUERY ********** >update roles set description = 'User Role, permission to create VMs' >where id = 'def0000a-0000-0000-0000-def00000000d'; >************************** > >UPDATE 1 >********* QUERY ********** >update roles set description = 'User Role, permission to create Templates' >where id = 'def0000a-0000-0000-0000-def00000000e'; >************************** > >UPDATE 1 >********* QUERY ********** >update roles set description = 'User Role, permissions for all operations on Templates' >where id = 'def0000a-0000-0000-0000-def00000000f'; >************************** > >UPDATE 1 >********* QUERY ********** >update roles set description = 'Administrator Role, permissions for operations on Gluster objects' >where id = 'def0000b-0000-0000-0000-def00000000b'; >************************** > >UPDATE 1 >********* QUERY ********** >SELECT fn_db_add_column('vds_static', 'sshKeyFingerprint', 'character varying(128)'); >************************** > > > >********* QUERY ********** >DELETE >FROM roles_groups >WHERE role_id = '00000000-0000-0000-0001-000000000002' >AND action_group_id NOT IN (1300, > 1, > 200, > 1100 > ); >************************** > >DELETE 24 >********* QUERY ********** >UPDATE roles >SET allows_viewing_children = false, description = 'User Role, allowed to create VMs, Templates and Disks' >WHERE id = '00000000-0000-0000-0001-000000000002'; >************************** > >UPDATE 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('VDS_TIME_DRIFT_ALERT', ''); >************************** > >INSERT 1873955 1 >********* QUERY ********** >update storage_pool_iso_map >set status = 6 where status = 4; >************************** > >UPDATE 0 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > select 'DEF00007-0000-0000-0000-DEF000000007', > 1 > where not exists ( > select * from roles_groups > where role_id='DEF00007-0000-0000-0000-DEF000000007' and action_group_id=1 > ); >************************** > >INSERT 1873958 1 >********* QUERY ********** >SELECT fn_db_change_column_type('vds_interface','mac_addr','varchar','varchar (59)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('business_entity_snapshot', 'started_at', 'timestamp with time zone DEFAULT CURRENT_TIMESTAMP'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('async_tasks', 'started_at', 'timestamp with time zone DEFAULT NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('async_tasks', 'storage_pool_id', 'uuid'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('async_tasks', 'task_type','INTEGER NOT NULL DEFAULT 0'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_static', 'is_smartcard_enabled', 'BOOLEAN default false'); >************************** > > > >********* QUERY ********** >SELECT fn_db_change_column_type('storage_server_connections','nfs_version','smallint','varchar(4)'); >************************** > > > >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_CREATED_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1874000 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_DELETED_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1874001 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_OPTION_SET_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1874002 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_OPTION_RESET_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1874003 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_PROPERTIES_CHANGED_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1874004 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_BRICK_ADDED_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1874005 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_BRICK_REMOVED_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1874006 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_SERVER_REMOVED_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1874007 1 >********* QUERY ********** >alter table vds_dynamic drop column hypervisor_type; >************************** > >ALTER TABLE >********* QUERY ********** >alter table vds_groups drop column hypervisor_type; >************************** > >ALTER TABLE >********* QUERY ********** >alter table vm_static drop column hypervisor_type; >************************** > >ALTER TABLE >********* QUERY ********** >alter table vm_static drop column operation_mode; >************************** > >ALTER TABLE >********* QUERY ********** >select fn_db_create_constraint('vm_interface', 'FK_vm_interface_vm_static_template', 'FOREIGN KEY(vmt_guid) >REFERENCES vm_static(vm_guid) ON DELETE CASCADE'); >************************** > > > >********* QUERY ********** >DELETE FROM roles_groups WHERE role_id IN ( 'def0000a-0000-0000-0000-def00000000b', 'def00006-0000-0000-0000-def000000006' ) AND action_group_id = 1103; >************************** > >DELETE 2 >********* QUERY ********** >Create or replace FUNCTION Insertaction_version_map(v_action_type INTEGER, > v_cluster_minimal_version VARCHAR(40), > v_storage_pool_minimal_version VARCHAR(40)) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO action_version_map(action_type, cluster_minimal_version, storage_pool_minimal_version) > VALUES(v_action_type, v_cluster_minimal_version, v_storage_pool_minimal_version); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deleteaction_version_map(v_action_type INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM action_version_map > WHERE action_type = v_action_type; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromaction_version_map() RETURNS SETOF action_version_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM action_version_map; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getaction_version_mapByaction_type(v_action_type INTEGER) RETURNS SETOF action_version_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM action_version_map > WHERE action_type = v_action_type; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_delete_version_map(v_cluster_version varchar(10), v_sp_version varchar(40)) >returns void >AS $procedure$ >BEGIN > DELETE > FROM action_version_map > WHERE cluster_minimal_version = v_cluster_version > AND storage_pool_minimal_version = v_sp_version; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select fn_db_delete_version_map('2.2','2.2'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_dynamic', 'libvirt_version', 'varchar(256) default null'); >************************** > > > >********* QUERY ********** >delete from permissions where object_type_id = 20; >************************** > >DELETE 0 >********* QUERY ********** >Create or replace FUNCTION __temp_insert_predefined_roles_03_02_0030() >RETURNS VOID > AS $procedure$ > DECLARE > v_SUPER_USER_ID_0001 UUID; > v_DATA_CENTER_ADMIN_ID UUID; > v_NETWORK_ADMIN_ID UUID; > v_NETWORK_USER_ID UUID; > v_everyone_object_id UUID; > >BEGIN > v_SUPER_USER_ID_0001 := '00000000-0000-0000-0000-000000000001'; > v_DATA_CENTER_ADMIN_ID := 'DEF00002-0000-0000-0000-DEF000000002'; > v_NETWORK_ADMIN_ID := 'DEF00005-0000-0000-0000-DEF000000005'; > v_NETWORK_USER_ID := 'DEF0000A-0000-0000-0000-DEF000000010'; > > >------------------------------------------------ >--- Update existing roles with new Action Groups >------------------------------------------------ >-- Add ActionGroup 704 (CREATE_STORAGE_POOL_NETWORK) to any role which contains ActionGroup 703 (CONFIGURE_STORAGE_POOL_NETWORK) >INSERT INTO roles_groups (role_id, action_group_id) >SELECT DISTINCT role_id, 704 >FROM roles_groups a >WHERE NOT EXISTS (SELECT 1 > FROM roles_groups b > WHERE b.role_id = a.role_id > AND b.action_group_id = 704) >AND EXISTS (SELECT 1 > FROM roles_groups b > WHERE b.role_id = a.role_id > AND b.action_group_id = 703); > >-- Add ActionGroup 705 (DELETE_STORAGE_POOL_NETWORK) to any role which contains ActionGroup 703 (CONFIGURE_STORAGE_POOL_NETWORK) >INSERT INTO roles_groups (role_id, action_group_id) >SELECT DISTINCT role_id, 705 >FROM roles_groups a >WHERE NOT EXISTS (SELECT 1 > FROM roles_groups b > WHERE b.role_id = a.role_id > AND b.action_group_id = 705) >AND EXISTS (SELECT 1 > FROM roles_groups b > WHERE b.role_id = a.role_id > AND b.action_group_id = 703); > >------------------------- >--- Update SuperUser role >------------------------- > >-- Add ASSIGN_CLUSTER_NETWORK >PERFORM fn_db_add_action_group_to_role(v_SUPER_USER_ID_0001, 404); > >-------------------------------- >-- UPDATE DATA_CENTER_ADMIN role >-------------------------------- > >-- Add ASSIGN_CLUSTER_NETWORK >PERFORM fn_db_add_action_group_to_role(v_DATA_CENTER_ADMIN_ID, 404); > >---------------------------- >-- UPDATE NETWORK_ADMIN role >---------------------------- > >-- Add ASSIGN_CLUSTER_NETWORK >PERFORM fn_db_add_action_group_to_role(v_NETWORK_ADMIN_ID, 404); > >-- Add PORT_MIRRORING >PERFORM fn_db_add_action_group_to_role(v_NETWORK_ADMIN_ID, 1200); > >-- Add CONFIGURE_STORAGE_POOL_NETWORK >PERFORM fn_db_add_action_group_to_role(v_NETWORK_ADMIN_ID ,703); > >-- Add CREATE_STORAGE_POOL_NETWORK >PERFORM fn_db_add_action_group_to_role(v_NETWORK_ADMIN_ID ,704); > >-- Add DELETE_STORAGE_POOL_NETWORK >PERFORM fn_db_add_action_group_to_role(v_NETWORK_ADMIN_ID ,705); > >-- Add CONFIGURE_VM_NETWORK >PERFORM fn_db_add_action_group_to_role(v_NETWORK_ADMIN_ID ,9); > >-- Add CONFIGURE_TEMPLATE_NETWORK >PERFORM fn_db_add_action_group_to_role(v_NETWORK_ADMIN_ID ,204); > >-- Delete MANIPUTLATE_HOST >DELETE FROM roles_groups WHERE role_id = v_NETWORK_ADMIN_ID AND action_group_id = 103; > >------------------------ >-- ADD NETWORK_USER role >------------------------ >DELETE FROM roles_groups WHERE role_id = v_NETWORK_USER_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type) SELECT v_NETWORK_USER_ID, 'NetworkUser', 'Network User', true, 2 >WHERE NOT EXISTS (SELECT id,name,description,is_readonly,role_type > FROM roles > WHERE id = v_NETWORK_USER_ID > AND name='NetworkUser' > AND description='Network User' > AND is_readonly=true > AND role_type=2); > >-- Add CONFIGURE_VM_NETWORK >PERFORM fn_db_add_action_group_to_role(v_NETWORK_USER_ID, 9); > >-- Add CONFIGURE_TEMPLATE_NETWORK >PERFORM fn_db_add_action_group_to_role(v_NETWORK_USER_ID, 204); > >------------------------------------------------------- >-- Grant NetworkUser role to 'everyone' on all networks >------------------------------------------------------- >v_everyone_object_id := getGlobalIds('everyone'); > >INSERT INTO permissions (id, > role_id, > ad_element_id, > object_id, > object_type_id) > (SELECT uuid_generate_v1(), > v_NETWORK_USER_ID, > v_everyone_object_id, > id, > 20 > FROM network); > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_insert_predefined_roles_03_02_0030(); >************************** > > > >********* QUERY ********** >DROP function __temp_insert_predefined_roles_03_02_0030(); >************************** > >DROP FUNCTION >********* QUERY ********** >CREATE TABLE vm_guest_agent_interfaces >( > vm_id UUID NOT NULL, > interface_name VARCHAR (50), > mac_address VARCHAR(59), > ipv4_addresses text, > ipv6_addresses text, > CONSTRAINT FK_vm_guest_agent_interfaces FOREIGN KEY(vm_id) REFERENCES vm_static(vm_guid) ON UPDATE NO ACTION ON DELETE CASCADE >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_SERVER_ADD_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1874066 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_SERVER_REMOVE_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1874067 1 >********* QUERY ********** >update event_subscriber set event_up_name = 'GLUSTER_SERVER_ADD_FAILED' where event_up_name = 'GLUSTER_HOST_ADD_FAILED'; >************************** > >UPDATE 0 >********* QUERY ********** >update event_subscriber set event_up_name = 'GLUSTER_SERVER_REMOVE_FAILED' where event_up_name = 'GLUSTER_HOST_REMOVE_FAILED'; >************************** > >UPDATE 0 >********* QUERY ********** >delete from event_map where event_up_name='GLUSTER_HOST_ADD_FAILED'; >************************** > >DELETE 1 >********* QUERY ********** >delete from event_map where event_up_name='GLUSTER_HOST_REMOVE_FAILED'; >************************** > >DELETE 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('HA_VM_RESTART_FAILED', ''); >************************** > >INSERT 1874069 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('HA_VM_FAILED', ''); >************************** > >INSERT 1874070 1 >********* QUERY ********** >INSERT INTO permissions (id, role_id, ad_element_id, object_id, object_type_id) > (SELECT uuid_generate_v1(), > 'def00006-0000-0000-0000-def000000006', > ad_element_id, > object_id, > object_type_id > FROM permissions perm1 > WHERE role_id = '00000000-0000-0000-0001-000000000002' > AND object_type_id = 2 AND NOT EXISTS ( > SELECT * > FROM permissions perm2 > WHERE role_id = 'def00006-0000-0000-0000-def000000006' > AND object_type_id = 2 > AND perm1.object_id = perm2.object_id > AND perm1.ad_element_id = perm2.ad_element_id > ) >); >************************** > >INSERT 0 0 >********* QUERY ********** >select fn_db_add_column('vm_static', 'host_cpu_flags', 'boolean default false'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_groups', 'count_threads_as_cores', 'BOOLEAN NOT NULL DEFAULT FALSE'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_dynamic', 'cpu_threads', 'INTEGER'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_dynamic', 'guest_agent_nics_hash', 'integer'); >************************** > > > >********* QUERY ********** >CREATE INDEX IDX_vm_guest_agent_interfaces_vm_id ON vm_guest_agent_interfaces(vm_id); >************************** > >CREATE INDEX >********* QUERY ********** >select fn_db_add_column('vm_interface', 'linked', 'boolean NOT NULL DEFAULT true'); >************************** > > > >********* QUERY ********** >ALTER TABLE vm_interface ALTER COLUMN network_name DROP NOT NULL; >************************** > >ALTER TABLE >********* QUERY ********** >UPDATE vm_interface >SET network_name = NULL >WHERE network_name = ''; >************************** > >UPDATE 0 >********* QUERY ********** >select fn_db_add_column('vm_dynamic', 'console_cur_user_name', 'varchar(255)'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('vm_dynamic', 'guest_cur_user_id'); >************************** > > > >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_grant_admin_internal_poweruser_role_on_system() > RETURNS void AS >$BODY$ > DECLARE > v_user_id uuid ; > v_power_user_role_id uuid; >BEGIN > v_user_id := user_id from users where username = 'admin@internal'; > v_power_user_role_id := '00000000-0000-0000-0001-000000000002'; > > insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) > select uuid_generate_v1(), v_power_user_role_id, v_user_id, getGlobalIds('system'), 1 > where not exists > (select 1 from permissions > where role_id = v_power_user_role_id and > ad_element_id = v_user_id and > object_id= getGlobalIds('system') and > object_type_id = 1); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_grant_admin_internal_poweruser_role_on_system(); >************************** > > > >********* QUERY ********** >drop function __temp_grant_admin_internal_poweruser_role_on_system(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('vds_static', 'pm_proxy_preferences', 'varchar(255) default '''''); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_dynamic', 'hw_manufacturer', 'VARCHAR(255)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_dynamic', 'hw_product_name', 'VARCHAR(255)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_dynamic', 'hw_version', 'VARCHAR(255)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_dynamic', 'hw_serial_number', 'VARCHAR(255)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_dynamic', 'hw_uuid', 'VARCHAR(255)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_dynamic', 'hw_family', 'VARCHAR(255)'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('vm_static', 'db_generation', 'BIGINT default 1'); >************************** > > > >********* QUERY ********** >CREATE TABLE vm_ovf_generations >( > vm_guid UUID PRIMARY KEY, > storage_pool_id UUID REFERENCES storage_pool(id) ON DELETE CASCADE, > ovf_generation BIGINT DEFAULT 0 >); >************************** > >CREATE TABLE >********* QUERY ********** >INSERT INTO vm_ovf_generations > (SELECT vm.vm_guid, sp.id, 1 > FROM vm_static vm ,storage_pool sp, vds_groups vg > WHERE vg.storage_pool_id = sp.id AND vm.vds_group_id = vg.vds_group_id); >************************** > >INSERT 0 1 >********* QUERY ********** >CREATE INDEX IDX_vm_ovf_generations_vm_guid ON vm_ovf_generations(vm_guid); >************************** > >CREATE INDEX >********* QUERY ********** >CREATE INDEX IDX_vm_ovf_generations_storage_pool_id ON vm_ovf_generations(storage_pool_id); >************************** > >CREATE INDEX >********* QUERY ********** >select fn_db_add_column('audit_log', 'origin', 'VARCHAR(255) DEFAULT ''oVirt'''); >************************** > > > >********* QUERY ********** >select fn_db_add_column('audit_log', 'custom_event_id', 'INTEGER DEFAULT -1'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('audit_log', 'event_flood_in_sec', 'INTEGER DEFAULT 30'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('audit_log', 'custom_data', 'TEXT DEFAULT '''''); >************************** > > > >********* QUERY ********** >select fn_db_add_column('audit_log', 'deleted', 'BOOLEAN DEFAULT false'); >************************** > > > >********* QUERY ********** >CREATE UNIQUE INDEX audit_log_origin_custom_event_id_idx ON audit_log >(origin, custom_event_id) >where origin not ilike 'ovirt'; >************************** > >CREATE INDEX >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) VALUES('00000000-0000-0000-0000-000000000001',1400); >************************** > >INSERT 1874229 1 >********* QUERY ********** >Create or replace FUNCTION __temp_insert_predefined_externa_events_creator_role() >RETURNS VOID > AS $procedure$ > DECLARE > v_external_event_creator_user_id UUID; >BEGIN > v_external_event_creator_user_id := 'DEF0000C-0000-0000-0000-DEF000000000'; > >INSERT INTO roles(id,name,description,is_readonly,role_type,allows_viewing_children) SELECT v_external_event_creator_user_id, 'ExternalEventsCreator', 'External Events Creator', true, 2, false >WHERE NOT EXISTS (SELECT id,name,description,is_readonly,role_type > FROM roles > WHERE id = v_external_event_creator_user_id > AND name='ExternalEventsCreator' > AND description='External Events Creator' > AND is_readonly=true > AND role_type=2); > >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_external_event_creator_user_id, 1400); > >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_insert_predefined_externa_events_creator_role(); >************************** > > > >********* QUERY ********** >DROP function __temp_insert_predefined_externa_events_creator_role(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('vds_static', 'pm_secondary_ip', 'VARCHAR(255) NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_static', 'pm_secondary_type', 'VARCHAR(20) NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_static', 'pm_secondary_user', 'VARCHAR(50) NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_static', 'pm_secondary_password', 'TEXT NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_static', 'pm_secondary_port', 'INTEGER NULL '); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_static', 'pm_secondary_options', 'VARCHAR(4000) NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_static', 'pm_secondary_concurrent', 'BOOLEAN NULL DEFAULT false'); >************************** > > > >********* QUERY ********** >SELECT fn_db_change_column_type('luns','lun_id','varchar','varchar(255)'); >************************** > > > >********* QUERY ********** >SELECT fn_db_change_column_type('lun_storage_server_connection_map','lun_id','varchar','varchar(255)'); >************************** > > > >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1400, '3.1', '*'); >************************** > >INSERT 1874265 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1401, '3.1', '*'); >************************** > >INSERT 1874266 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1402, '3.1', '*'); >************************** > >INSERT 1874267 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1403, '3.1', '*'); >************************** > >INSERT 1874268 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1404, '3.1', '*'); >************************** > >INSERT 1874269 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1405, '3.1', '*'); >************************** > >INSERT 1874270 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1406, '3.1', '*'); >************************** > >INSERT 1874271 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1407, '3.1', '*'); >************************** > >INSERT 1874272 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1408, '3.1', '*'); >************************** > >INSERT 1874273 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1409, '3.1', '*'); >************************** > >INSERT 1874274 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1410, '3.2', '*'); >************************** > >INSERT 1874275 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1411, '3.2', '*'); >************************** > >INSERT 1874276 1 >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) > values(1412, '3.2', '*'); >************************** > >INSERT 1874277 1 >********* QUERY ********** >DELETE FROM ROLES_GROUPS RG WHERE RG.ROLE_ID = (SELECT ID FROM ROLES R WHERE R.NAME = 'UserVmManager') AND RG.ACTION_GROUP_ID IN (6,11); >************************** > >DELETE 2 >********* QUERY ********** >select fn_db_add_column('vm_static', 'is_delete_protected', 'BOOLEAN default false'); >************************** > > > >********* QUERY ********** >DROP INDEX IDX_gluster_volumes_name_unique; >************************** > >DROP INDEX >********* QUERY ********** >select fn_db_create_constraint('gluster_volumes', 'gluster_volumes_name_unique', 'UNIQUE(cluster_id, vol_name)'); >************************** > > > >********* QUERY ********** >DROP TABLE IF EXISTS engine_license_usage CASCADE; >************************** > >DROP TABLE >********* QUERY ********** >SELECT fn_db_change_column_type('vm_guest_agent_interfaces','interface_name','varchar','text'); >************************** > > > >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) >SELECT 'DEF0000a-0000-0000-0000-DEF00000000a', 901 WHERE >NOT EXISTS (SELECT role_id,action_group_id FROM roles_groups WHERE >role_id = 'DEF0000a-0000-0000-0000-DEF00000000a' AND action_group_id = 901); >************************** > >INSERT 1874295 1 >********* QUERY ********** >select fn_db_add_column('vm_static', 'is_disabled', 'boolean default false'); >************************** > > > >********* QUERY ********** >update users set username = username || '@' || domain where position ('@' in username) = 0; >************************** > >UPDATE 0 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('SYSTEM_DEACTIVATED_STORAGE_DOMAIN', ''); >************************** > >INSERT 1874308 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('VDS_SET_NONOPERATIONAL', ''); >************************** > >INSERT 1874309 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('VDS_SET_NONOPERATIONAL_IFACE_DOWN', ''); >************************** > >INSERT 1874310 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('VDS_SET_NONOPERATIONAL_DOMAIN', ''); >************************** > >INSERT 1874311 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('SYSTEM_CHANGE_STORAGE_POOL_STATUS_NO_HOST_FOR_SPM', ''); >************************** > >INSERT 1874312 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_STARTED_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1874314 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_STOPPED_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1874315 1 >********* QUERY ********** >select fn_db_add_column('vds_static', 'console_address', 'VARCHAR(255) default null'); >************************** > > > >********* QUERY ********** >CREATE INDEX IDX_network_storage_pool_id ON network(storage_pool_id); >************************** > >CREATE INDEX >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('VDS_HIGH_MEM_USE', ''); >************************** > >INSERT 1874330 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('VDS_HIGH_NETWORK_USE', ''); >************************** > >INSERT 1874331 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('VDS_HIGH_CPU_USE', ''); >************************** > >INSERT 1874332 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('VDS_HIGH_SWAP_USE', ''); >************************** > >INSERT 1874333 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('VDS_LOW_SWAP', ''); >************************** > >INSERT 1874334 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_OPTION_CHANGED_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1874336 1 >********* QUERY ********** >UPDATE luns SET volume_group_id = '' WHERE volume_group_id IS NULL; >************************** > >UPDATE 0 >********* QUERY ********** >ALTER TABLE luns ALTER COLUMN volume_group_id SET NOT NULL; >************************** > >ALTER TABLE >********* QUERY ********** >select fn_db_add_action_group_to_role('DEF0000A-0000-0000-0000-DEF000000010', 1300); >************************** > > > >********* QUERY ********** >select fn_db_drop_column ('session_count', 'users'); >************************** > > > >********* QUERY ********** >DROP TABLE user_sessions; >************************** > >DROP TABLE >********* QUERY ********** >select fn_db_add_column('materialized_views', 'min_refresh_rate_in_sec', 'int default 0'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('materialized_views', 'custom', 'boolean default false'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('materialized_views', 'active', 'boolean default true'); >************************** > > > >********* QUERY ********** >select 3020430; >************************** > > 3020430 > >********* QUERY ********** >select 3020440; >************************** > > 3020440 > >********* QUERY ********** >select 3020450; >************************** > > 3020450 > >********* QUERY ********** >select fn_db_add_column('async_tasks', 'task_parameters', 'text'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('async_tasks', 'task_params_class', 'VARCHAR(256)'); >************************** > > > >********* QUERY ********** >insert into action_version_map values (1010, '3.2', '3.2'); >************************** > >INSERT 1874347 1 >********* QUERY ********** >insert into action_version_map values (1011, '3.2', '3.2'); >************************** > >INSERT 1874348 1 >********* QUERY ********** >UPDATE snapshots >SET snapshot_type = 'REGULAR' >WHERE description != 'stateless snapshot' >AND snapshot_type = 'STATELESS' >AND vm_id in (SELECT vm_guid from vm_pool_map); >************************** > >UPDATE 0 >********* QUERY ********** >select fn_db_add_column('vds_interface_statistics', '_update_date', 'TIMESTAMP WITH TIME ZONE default NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_interface_statistics', '_update_date', 'TIMESTAMP WITH TIME ZONE default NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_statistics', '_update_date', 'TIMESTAMP WITH TIME ZONE default NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_statistics', '_update_date', 'TIMESTAMP WITH TIME ZONE default NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('disk_image_dynamic', '_update_date', 'TIMESTAMP WITH TIME ZONE default NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('storage_domain_dynamic', '_update_date', 'TIMESTAMP WITH TIME ZONE default NULL'); >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_fn_db_add_gluster_hooks_tables() >RETURNS void >AS $function$ >BEGIN > -- Add gluster_hooks table > CREATE TABLE gluster_hooks > ( > id UUID NOT NULL, > cluster_id UUID NOT NULL REFERENCES vds_groups(vds_group_id) ON DELETE CASCADE, > gluster_command VARCHAR(128) NOT NULL, > stage VARCHAR(50) NOT NULL, > name VARCHAR(256) NOT NULL, > hook_status VARCHAR(50), > content_type VARCHAR(50), > checksum VARCHAR(256), > content text, > conflict_status INTEGER NOT NULL DEFAULT 0, > _create_date TIMESTAMP WITH TIME ZONE NOT NULL DEFAULT LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE, > CONSTRAINT pk_gluster_hooks PRIMARY KEY(id) > ) WITH OIDS; > CREATE INDEX IDX_gluster_hooks_cluster_id ON gluster_hooks(cluster_id); > CREATE UNIQUE INDEX IDX_gluster_hooks_unique ON gluster_hooks(cluster_id, gluster_command, stage, name); > > -- Add gluster_server_hooks table > CREATE TABLE gluster_server_hooks > ( > hook_id UUID NOT NULL REFERENCES gluster_hooks(id) ON DELETE CASCADE, > server_id UUID NOT NULL REFERENCES vds_static(vds_id) ON DELETE CASCADE, > hook_status VARCHAR(50), > content_type VARCHAR(50), > checksum VARCHAR(256), > _create_date TIMESTAMP WITH TIME ZONE NOT NULL DEFAULT LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE > ) WITH OIDS; > CREATE UNIQUE INDEX IDX_gluster_server_hooks_unique ON gluster_server_hooks(hook_id, server_id); > >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_fn_db_add_gluster_hooks_tables(); >************************** > > > >********* QUERY ********** >drop function __temp_fn_db_add_gluster_hooks_tables(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('network_cluster', 'migration', 'boolean NOT NULL DEFAULT false'); >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_insert_predefined_gluster_hooks_roles() >RETURNS VOID > AS $procedure$ > DECLARE > v_super_user_id_0001 UUID; > v_GLUSTER_ADMIN_ROLE_ID UUID; >BEGIN > v_super_user_id_0001 := '00000000-0000-0000-0000-000000000001'; > v_GLUSTER_ADMIN_ROLE_ID := 'DEF0000b-0000-0000-0000-DEF00000000b'; > >--MANIPULATE_GLUSTER_HOOK >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_super_user_id_0001, 1003 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_super_user_id_0001 and action_group_id=1003); > >-- Map all manipulate gluster hook action groups to the gluster admin role >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 1003 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=1003); > >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_insert_predefined_gluster_hooks_roles(); >************************** > > > >********* QUERY ********** >drop function __temp_insert_predefined_gluster_hooks_roles(); >************************** > >DROP FUNCTION >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) >select > id, > 15 >from roles >where > name in ('SuperUser', 'ClusterAdmin', 'DataCenterAdmin') > and id not in ( > select role_id from roles_groups rg > where > rg.role_id in (select id from roles where name in ('SuperUser', 'ClusterAdmin', 'DataCenterAdmin') > and rg.action_group_id = 15)); >************************** > >INSERT 0 3 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) >select > id, > 205 >from roles >where > name in ('SuperUser', 'DataCenterAdmin', 'TemplateAdmin') > and id not in ( > select role_id from roles_groups rg > where > rg.role_id in (select id from roles where name in ('SuperUser', 'DataCenterAdmin', 'TemplateAdmin') > and rg.action_group_id = 205)); >************************** > >INSERT 0 3 >********* QUERY ********** >select fn_db_add_column('vm_static', 'is_run_and_pause', 'boolean NOT NULL DEFAULT false'); >************************** > > > >********* QUERY ********** >select fn_db_rename_column('repo_file_meta_data', 'repo_file_name', 'repo_image_id'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('repo_file_meta_data', 'repo_image_name', 'varchar(256)'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('users','fn_db_drop_column'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('users','user_icon_path'); >************************** > > > >********* QUERY ********** >drop table if exists roles_relations; >************************** > >DROP TABLE >********* QUERY ********** >insert into action_version_map values (1001, '3.3', '3.3'); >************************** > >INSERT 1874420 1 >********* QUERY ********** >UPDATE images SET imagestatus = 4 WHERE imagestatus = 3; >************************** > >UPDATE 0 >********* QUERY ********** >SELECT fn_db_drop_column ('storage_pool_iso_map', 'owner'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_pools', 'max_assigned_vms_per_user', 'smallint default 1'); >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_add_gluster_services_tables() returns void >AS $procedure$ >BEGIN > -- Service Types > CREATE TABLE gluster_service_types > ( > service_type VARCHAR(100) NOT NULL, > CONSTRAINT pk_gluster_service_types PRIMARY KEY(service_type) > ) WITH OIDS; > > -- Services ( There can be multiple services under a given service type ) > CREATE TABLE gluster_services > ( > id UUID NOT NULL, > service_type VARCHAR(100) NOT NULL references gluster_service_types(service_type) ON DELETE CASCADE, > service_name VARCHAR(100) NOT NULL, > CONSTRAINT pk_gluster_services PRIMARY KEY(id), > CONSTRAINT unique_gluster_services_type_name UNIQUE (service_type, service_name) > ) WITH OIDS; > > -- Cluster-Services > CREATE TABLE gluster_cluster_services > ( > cluster_id UUID NOT NULL references vds_groups(vds_group_id) ON DELETE CASCADE, > service_type VARCHAR(100) NOT NULL references gluster_service_types(service_type) ON DELETE CASCADE, > status VARCHAR(32) NOT NULL, > _create_date TIMESTAMP WITH TIME ZONE NOT NULL default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE, > CONSTRAINT pk_gluster_cluster_services PRIMARY KEY(cluster_id, service_type) > ) WITH OIDS; > > -- Create partial index for fetching services of a cluster > CREATE INDEX IDX_gluster_cluster_services_cluster_id ON gluster_cluster_services(cluster_id); > > -- Server-Services > CREATE TABLE gluster_server_services > ( > id UUID NOT NULL, > server_id UUID NOT NULL references vds_static(vds_id) ON DELETE CASCADE, > service_id UUID NOT NULL references gluster_services(id) ON DELETE CASCADE, > pid INTEGER, > status VARCHAR(32) NOT NULL, > message VARCHAR(1000), > _create_date TIMESTAMP WITH TIME ZONE NOT NULL default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE, > CONSTRAINT pk_gluster_server_services PRIMARY KEY(id), > CONSTRAINT unique_gluster_server_services_server_service UNIQUE (server_id, service_id) > ) WITH OIDS; > > -- Create partial index for fetching services of a server > CREATE INDEX IDX_gluster_server_services_server_id ON gluster_server_services(server_id); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_add_gluster_services_tables(); >************************** > > > >********* QUERY ********** >drop function __temp_add_gluster_services_tables(); >************************** > >DROP FUNCTION >********* QUERY ********** >Create or replace FUNCTION __temp_insert_services() RETURNS VOID >AS $procedure$ >BEGIN > >-- Service Types >INSERT INTO gluster_service_types(service_type) values ('GLUSTER'); >INSERT INTO gluster_service_types(service_type) values ('GLUSTER_SWIFT'); >INSERT INTO gluster_service_types(service_type) values ('SMB'); > >-- Services >-- glusterd >INSERT INTO gluster_services(id, service_type, service_name) > SELECT uuid_generate_v1(), 'GLUSTER', 'glusterd'; > >-- gluster-swift-proxy >INSERT INTO gluster_services(id, service_type, service_name) > SELECT uuid_generate_v1(), 'GLUSTER_SWIFT', 'gluster-swift-proxy'; > >-- gluster-swift-container >INSERT INTO gluster_services(id, service_type, service_name) > SELECT uuid_generate_v1(), 'GLUSTER_SWIFT', 'gluster-swift-container'; > >-- gluster-swift-proxy >INSERT INTO gluster_services(id, service_type, service_name) > SELECT uuid_generate_v1(), 'GLUSTER_SWIFT', 'gluster-swift-object'; > >-- gluster-swift-proxy >INSERT INTO gluster_services(id, service_type, service_name) > SELECT uuid_generate_v1(), 'GLUSTER_SWIFT', 'gluster-swift-account'; > >-- memcached >INSERT INTO gluster_services(id, service_type, service_name) > SELECT uuid_generate_v1(), 'GLUSTER_SWIFT', 'memcached'; > >-- smb >INSERT INTO gluster_services(id, service_type, service_name) > SELECT uuid_generate_v1(), 'SMB', 'smb'; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_insert_services(); >************************** > > > >********* QUERY ********** >DROP function __temp_insert_services(); >************************** > >DROP FUNCTION >********* QUERY ********** >Create or replace FUNCTION __temp_add_gluster_server_table() >RETURNS void >AS $function$ >BEGIN > CREATE TABLE gluster_server > ( > server_id UUID NOT NULL references vds_static(vds_id) ON DELETE CASCADE, > gluster_server_uuid UUID NOT NULL, > CONSTRAINT pk_gluster_server PRIMARY KEY(server_id) > ) WITH OIDS; > CREATE UNIQUE INDEX IDX_gluster_server_unique ON gluster_server(server_id, gluster_server_uuid); >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_add_gluster_server_table(); >************************** > > > >********* QUERY ********** >drop function __temp_add_gluster_server_table(); >************************** > >DROP FUNCTION >********* QUERY ********** >CREATE TABLE providers >( > id UUID CONSTRAINT providers_pk PRIMARY KEY, > name VARCHAR(128) NOT NULL, > description VARCHAR(4000), > url VARCHAR(512) NOT NULL, > provider_type VARCHAR(32) NOT NULL, > auth_required BOOLEAN NOT NULL, > auth_username VARCHAR(64), > auth_password TEXT, > _create_date TIMESTAMP WITH TIME ZONE DEFAULT NOW(), > _update_date TIMESTAMP WITH TIME ZONE >); >************************** > >CREATE TABLE >********* QUERY ********** >update vm_static set mem_size_mb = 1024 where vm_guid = '00000000-0000-0000-0000-000000000000' and mem_size_mb < 1024; >************************** > >UPDATE 0 >********* QUERY ********** >select fn_db_add_column('vm_dynamic', 'last_watchdog_event', 'bigint'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_dynamic', 'last_watchdog_action', 'varchar(8)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_device', 'custom_properties', 'TEXT'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('snapshots', 'memory_volume', 'character varying(255)'); >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_insert_predefined_gluster_service_roles() >RETURNS VOID > AS $procedure$ > DECLARE > v_super_user_id_0001 UUID; > v_GLUSTER_ADMIN_ROLE_ID UUID; > v_ACTION_GROUP_ID_GLUSTER_SERVICE INTEGER; >BEGIN > v_super_user_id_0001 := '00000000-0000-0000-0000-000000000001'; > v_GLUSTER_ADMIN_ROLE_ID := 'DEF0000b-0000-0000-0000-DEF00000000b'; > v_ACTION_GROUP_ID_GLUSTER_SERVICE := 1004; > >--MANIPULATE_GLUSTER_SERVER_SERVICES >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_super_user_id_0001, v_ACTION_GROUP_ID_GLUSTER_SERVICE >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_super_user_id_0001 and action_group_id=v_ACTION_GROUP_ID_GLUSTER_SERVICE); > >-- Map all gluster service action groups to the gluster admin role >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, v_ACTION_GROUP_ID_GLUSTER_SERVICE >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=v_ACTION_GROUP_ID_GLUSTER_SERVICE); > >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_insert_predefined_gluster_service_roles(); >************************** > > > >********* QUERY ********** >drop function __temp_insert_predefined_gluster_service_roles(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('vds_dynamic', 'hbas', 'text default null'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('audit_log', 'call_stack', 'TEXT DEFAULT '''''); >************************** > > > >********* QUERY ********** >update action_version_map set cluster_minimal_version = '3.1' where action_type = 1412; >************************** > >UPDATE 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOOK_ENABLE', 'GLUSTER_HOOK_ENABLE_FAILED'); >************************** > >INSERT 1874554 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOOK_ENABLE_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1874555 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOOK_DISABLE', 'GLUSTER_HOOK_DISABLE_FAILED'); >************************** > >INSERT 1874556 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOOK_DISABLE_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1874557 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOOK_DETECTED_NEW', 'UNASSIGNED'); >************************** > >INSERT 1874558 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOOK_CONFLICT_DETECTED', 'UNASSIGNED'); >************************** > >INSERT 1874559 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOOK_DETECTED_DELETE', 'UNASSIGNED'); >************************** > >INSERT 1874560 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOOK_ADDED', 'GLUSTER_HOOK_ADD_FAILED'); >************************** > >INSERT 1874561 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOOK_ADD_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1874562 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOOK_REMOVED', 'GLUSTER_HOOK_REMOVE_FAILED'); >************************** > >INSERT 1874563 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_HOOK_REMOVE_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1874564 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_SERVICE_STARTED', 'GLUSTER_SERVICE_START_FAILED'); >************************** > >INSERT 1874565 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_SERVICE_START_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1874566 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_SERVICE_STOPPED', 'GLUSTER_SERVICE_STOP_FAILED'); >************************** > >INSERT 1874567 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_SERVICE_STOP_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1874568 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_SERVICE_RESTARTED', 'GLUSTER_SERVICE_RESTART_FAILED'); >************************** > >INSERT 1874569 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_SERVICE_RESTART_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1874570 1 >********* QUERY ********** >UPDATE vm_dynamic AS vd >SET utc_diff = 0 >FROM vm_static AS vs >WHERE vd.vm_guid = vs.vm_guid AND vs.os IN(5, 7, 8, 9, 13, 14, 15, 18, 19); >************************** > >UPDATE 0 >********* QUERY ********** >UPDATE vm_static >SET time_zone = NULL >WHERE os IN(5, 7, 8, 9, 13, 14, 15, 18, 19); >************************** > >UPDATE 0 >********* QUERY ********** >select fn_db_add_column('base_disks', 'sgio', 'SMALLINT DEFAULT NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_action_group_to_role('def00002-0000-0000-0000-def000000002', 1105); >************************** > > > >********* QUERY ********** >select fn_db_add_action_group_to_role('00000000-0000-0000-0000-000000000001', 1105); >************************** > > > >********* QUERY ********** >select fn_db_add_column('storage_pool', 'free_text_comment', 'text'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('providers', 'custom_properties', 'TEXT'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('providers', 'tenant_name', 'VARCHAR(128)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('providers', 'plugin_type', 'VARCHAR(64)'); >************************** > > > >********* QUERY ********** >ALTER TABLE network ADD COLUMN provider_network_provider_id UUID CONSTRAINT fk_network_provided_by REFERENCES providers(id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE network ADD COLUMN provider_network_external_id TEXT; >************************** > >ALTER TABLE >********* QUERY ********** >select fn_db_add_column('base_disks', 'alignment', 'smallint default 0'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('base_disks', 'last_alignment_scan', 'timestamp with time zone'); >************************** > > > >********* QUERY ********** >insert into action_version_map values (232, '3.3', '*'); >************************** > >INSERT 1874594 1 >********* QUERY ********** >SELECT fn_db_add_column('vds_dynamic', 'supported_emulated_machines', 'character varying(255)'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('vds_groups', 'emulated_machine', 'character varying(40)'); >************************** > > > >********* QUERY ********** >UPDATE vds_groups SET emulated_machine = ( > SELECT option_value from vdc_options > WHERE option_name = 'EmulatedMachine' > AND version = vds_groups.compatibility_version); >************************** > >UPDATE 1 >********* QUERY ********** >select fn_db_add_column('async_tasks', 'vdsm_task_id', 'UUID DEFAULT NULL'); >************************** > > > >********* QUERY ********** >CREATE INDEX IDX_vdsm_task_id ON async_tasks(vdsm_task_id); >************************** > >CREATE INDEX >********* QUERY ********** >select fn_db_add_column('async_tasks', 'root_command_id', 'UUID DEFAULT NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_groups', 'trusted_service', 'boolean not null default false'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('vm_templates', 'is_auto_suspend'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_static', 'created_by_user_id', 'UUID default NULL'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('users', 'session_count'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('users', 'desktop_device'); >************************** > > > >********* QUERY ********** >update base_disks set alignment=0 where alignment is null; >************************** > >UPDATE 0 >********* QUERY ********** >alter table base_disks alter column alignment set not null; >************************** > >ALTER TABLE >********* QUERY ********** >select fn_db_add_column('storage_domain_static', 'storage_description', 'VARCHAR(4000)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_groups', 'tunnel_migration', 'boolean NOT NULL default false'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_static', 'tunnel_migration', 'boolean'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_statistics', 'mem_free', 'BIGINT'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('job', 'is_external', 'boolean default false'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('job', 'is_auto_cleared', 'boolean default true'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('step', 'is_external', 'boolean default false'); >************************** > > > >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) VALUES('00000000-0000-0000-0000-000000000001',1500); >************************** > >INSERT 1874651 1 >********* QUERY ********** >Create or replace FUNCTION __temp_insert_predefined_externa_tasks_creator_role() >RETURNS VOID > AS $procedure$ > DECLARE > v_external_task_creator_user_id UUID; >BEGIN > v_external_task_creator_user_id := 'DEF0000D-0000-0000-0000-DEF000000000'; > >INSERT INTO roles(id,name,description,is_readonly,role_type,allows_viewing_children) SELECT v_external_task_creator_user_id, 'ExternalTasksCreator', 'External Tasks Creator', true, 2, false >WHERE NOT EXISTS (SELECT id,name,description,is_readonly,role_type > FROM roles > WHERE id = v_external_task_creator_user_id > AND name='ExternalTasksCreator' > AND description='External Tasks Creator' > AND is_readonly=true > AND role_type=2); > >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_external_task_creator_user_id, 1500); > >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_insert_predefined_externa_tasks_creator_role(); >************************** > > > >********* QUERY ********** >DROP function __temp_insert_predefined_externa_tasks_creator_role(); >************************** > >DROP FUNCTION >********* QUERY ********** >CREATE TABLE network_qos >( > id uuid NOT NULL, > name VARCHAR(50) NOT NULL, > storage_pool_id uuid NOT NULL, > inbound_average INTEGER, > inbound_peak INTEGER, > inbound_burst INTEGER, > outbound_average INTEGER, > outbound_peak INTEGER, > outbound_burst INTEGER, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE default NULL, > CONSTRAINT PK_network_qos_id PRIMARY KEY (id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >ALTER TABLE network_qos ADD CONSTRAINT network_qos_storage_pool_fk >FOREIGN KEY(storage_pool_id) REFERENCES storage_pool(id) ON DELETE CASCADE; >************************** > >ALTER TABLE >********* QUERY ********** >CREATE INDEX IDX_network_qos_storage_pool_id ON network_qos >(storage_pool_id); >************************** > >CREATE INDEX >********* QUERY ********** >insert into action_version_map (action_type, cluster_minimal_version, storage_pool_minimal_version) values(1013, '3.3', '3.3'); >************************** > >INSERT 1874669 1 >********* QUERY ********** >CREATE TABLE policy_units >( > id UUID CONSTRAINT policy_unit_pk PRIMARY KEY, > name VARCHAR(128) NOT NULL, > is_internal BOOLEAN NOT NULL, > has_filter BOOLEAN NOT NULL, > has_function BOOLEAN NOT NULL, > has_balance BOOLEAN NOT NULL, > custom_properties_regex text >); >************************** > >CREATE TABLE >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, has_filter, has_function, has_balance, custom_properties_regex) VALUES ('84e6ddee-ab0d-42dd-82f0-c297779db5e5', 'Migration', true, true, false, false, NULL); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, has_filter, has_function, has_balance, custom_properties_regex) VALUES ('a267eddb-768d-45fd-9dbb-6ebcee343508', 'MigrationDomain', true, true, false, false, NULL); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, has_filter, has_function, has_balance, custom_properties_regex) VALUES ('12262ab6-9690-4bc3-a2b3-35573b172d54', 'PinToHost', true, true, false, false, NULL); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, has_filter, has_function, has_balance, custom_properties_regex) VALUES ('6d636bf6-a35c-4f9d-b68d-0731f720cddc', 'CPU', true, true, false, false, NULL); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, has_filter, has_function, has_balance, custom_properties_regex) VALUES ('c9ddbb34-0e1d-4061-a8d7-b0893fa80932', 'Memory', true, true, false, false, NULL); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, has_filter, has_function, has_balance, custom_properties_regex) VALUES ('72163d1c-9468-4480-99d9-0888664eb143', 'Network', true, true, false, false, NULL); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, has_filter, has_function, has_balance, custom_properties_regex) VALUES ('38440000-8cf0-14bd-c43e-10b96e4ef00a', 'None', true, false, true, true, NULL); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, has_filter, has_function, has_balance, custom_properties_regex) VALUES ('736999d0-1023-46a4-9a75-1316ed50e151', 'PowerSaving', true, false, true, true, '{ > "CpuOverCommitDurationMinutes" : "^([1-9])$", > "HighUtilization" : "^([5-9][0-9])$", > "LowUtilization" : "^([1-4][0-9])$" >}'); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, has_filter, has_function, has_balance, custom_properties_regex) VALUES ('7db4ab05-81ab-42e8-868a-aee2df483ed2', 'EvenDistribution', true, false, true, true, '{ > "CpuOverCommitDurationMinutes" : "^([1-9])$", > "HighUtilization" : "^([5-9][0-9])$" >}'); >************************** > >INSERT 0 1 >********* QUERY ********** >CREATE TABLE cluster_policies >( > id UUID CONSTRAINT cluster_policy_pk PRIMARY KEY, > name VARCHAR(128) NOT NULL, > description VARCHAR(4000), > is_locked BOOLEAN NOT NULL, > is_default BOOLEAN NOT NULL, > custom_properties text >); >************************** > >CREATE TABLE >********* QUERY ********** >INSERT INTO cluster_policies (id, name, description, is_locked, is_default, custom_properties) VALUES ('20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', 'Evenly_Distributed', '', true, false, '{ > "CpuOverCommitDurationMinutes" : "2", > "HighUtilization" : "80" >}'); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policies (id, name, description, is_locked, is_default, custom_properties) VALUES ('5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', 'Power_Saving', '', true, false, '{ > "CpuOverCommitDurationMinutes" : "2", > "HighUtilization" : "80", > "LowUtilization" : "20" >}'); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policies (id, name, description, is_locked, is_default, custom_properties) VALUES ('b4ed2332-a7ac-4d5f-9596-99a439cb2812', 'None', '', true, true, NULL); >************************** > >INSERT 0 1 >********* QUERY ********** >CREATE TABLE cluster_policy_units >( > cluster_policy_id UUID, > policy_unit_id UUID, > is_filter_selected BOOLEAN NOT NULL, > filter_sequence INTEGER DEFAULT 0, > is_function_selected BOOLEAN NOT NULL, > factor INTEGER DEFAULT 1, > is_balance_selected BOOLEAN, > CONSTRAINT FK_cluster_policy_id FOREIGN KEY(cluster_policy_id) REFERENCES cluster_policies(id) ON UPDATE NO ACTION ON DELETE CASCADE, > CONSTRAINT FK_policy_unit_id FOREIGN KEY(policy_unit_id) REFERENCES policy_units(id) ON UPDATE NO ACTION ON DELETE CASCADE >); >************************** > >CREATE TABLE >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', '84e6ddee-ab0d-42dd-82f0-c297779db5e5', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', 'c9ddbb34-0e1d-4061-a8d7-b0893fa80932', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', '6d636bf6-a35c-4f9d-b68d-0731f720cddc', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', '12262ab6-9690-4bc3-a2b3-35573b172d54', true, -1, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', '7db4ab05-81ab-42e8-868a-aee2df483ed2', false, 0, true, 1, true); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', '72163d1c-9468-4480-99d9-0888664eb143', true, 1, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', 'a267eddb-768d-45fd-9dbb-6ebcee343508', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', '84e6ddee-ab0d-42dd-82f0-c297779db5e5', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', 'c9ddbb34-0e1d-4061-a8d7-b0893fa80932', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', '736999d0-1023-46a4-9a75-1316ed50e151', false, 0, true, 1, true); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', '6d636bf6-a35c-4f9d-b68d-0731f720cddc', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', '12262ab6-9690-4bc3-a2b3-35573b172d54', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', '72163d1c-9468-4480-99d9-0888664eb143', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', 'a267eddb-768d-45fd-9dbb-6ebcee343508', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('b4ed2332-a7ac-4d5f-9596-99a439cb2812', '38440000-8cf0-14bd-c43e-10b96e4ef00a', false, 0, true, 1, true); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('b4ed2332-a7ac-4d5f-9596-99a439cb2812', '84e6ddee-ab0d-42dd-82f0-c297779db5e5', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('b4ed2332-a7ac-4d5f-9596-99a439cb2812', 'c9ddbb34-0e1d-4061-a8d7-b0893fa80932', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('b4ed2332-a7ac-4d5f-9596-99a439cb2812', '6d636bf6-a35c-4f9d-b68d-0731f720cddc', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('b4ed2332-a7ac-4d5f-9596-99a439cb2812', '12262ab6-9690-4bc3-a2b3-35573b172d54', true, -1, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('b4ed2332-a7ac-4d5f-9596-99a439cb2812', '72163d1c-9468-4480-99d9-0888664eb143', true, 1, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) VALUES ('b4ed2332-a7ac-4d5f-9596-99a439cb2812', 'a267eddb-768d-45fd-9dbb-6ebcee343508', true, 0, false, 0, false); >************************** > >INSERT 0 1 >********* QUERY ********** >select fn_db_add_column('vds_groups', 'cluster_policy_id', 'UUID'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_groups', 'cluster_policy_custom_properties', 'text'); >************************** > > > >********* QUERY ********** >UPDATE vds_groups >SET cluster_policy_id = '20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', > cluster_policy_custom_properties = >'{ > "CpuOverCommitDurationMinutes" : "'|| cpu_over_commit_duration_minutes ||'", > "HighUtilization" : "' || high_utilization ||'" >}' >WHERE selection_algorithm = 1; >************************** > >UPDATE 0 >********* QUERY ********** >UPDATE vds_groups >SET cluster_policy_id = '5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', >cluster_policy_custom_properties = >'{ > "CpuOverCommitDurationMinutes" : "'|| cpu_over_commit_duration_minutes ||'", > "HighUtilization" : "' || high_utilization ||'", > "LowUtilization" : "' || low_utilization ||'" >}' >WHERE selection_algorithm = 2; >************************** > >UPDATE 0 >********* QUERY ********** >UPDATE vds_groups >SET cluster_policy_id = 'b4ed2332-a7ac-4d5f-9596-99a439cb2812' >WHERE selection_algorithm = 0 > >OR cluster_policy_id IS NULL; >************************** > >UPDATE 1 >********* QUERY ********** >select fn_db_create_constraint('vds_groups', 'vds_groups_cluster_policy', 'FOREIGN KEY(cluster_policy_id) REFERENCES cluster_policies(id)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('providers', 'agent_configuration', 'TEXT'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_groups', 'enable_balloon', 'boolean not null default false'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_static', 'ssh_username', 'VARCHAR(255)'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_static', 'ssh_port', 'INTEGER'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('network', 'free_text_comment', 'text'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_static', 'free_text_comment', 'text'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vds_groups', 'free_text_comment', 'text'); >************************** > > > >********* QUERY ********** >insert into action_version_map values (1014, '3.3', '*'); >************************** > >INSERT 1874722 1 >********* QUERY ********** >insert into action_version_map values (1015, '3.3', '*'); >************************** > >INSERT 1874724 1 >********* QUERY ********** >select fn_db_add_column('storage_domain_static', 'storage_comment', 'text'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('vds_groups', 'selection_algorithm'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('vds_groups', 'high_utilization'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('vds_groups', 'low_utilization'); >************************** > > > >********* QUERY ********** >select fn_db_drop_column('vds_groups', 'cpu_over_commit_duration_minutes'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_static', 'free_text_comment', 'text'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_pools', 'vm_pool_comment', 'text'); >************************** > > > >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('VDS_UNTRUSTED', ''); >************************** > >INSERT 1874729 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('USER_UPDATE_VM_FROM_TRUSTED_TO_UNTRUSTED', ''); >************************** > >INSERT 1874730 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('USER_UPDATE_VM_FROM_UNTRUSTED_TO_TRUSTED', ''); >************************** > >INSERT 1874731 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('IMPORTEXPORT_IMPORT_VM_FROM_TRUSTED_TO_UNTRUSTED', ''); >************************** > >INSERT 1874732 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('IMPORTEXPORT_IMPORT_VM_FROM_UNTRUSTED_TO_TRUSTED', ''); >************************** > >INSERT 1874733 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('USER_ADD_VM_FROM_TRUSTED_TO_UNTRUSTED', ''); >************************** > >INSERT 1874734 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('USER_ADD_VM_FROM_UNTRUSTED_TO_TRUSTED', ''); >************************** > >INSERT 1874735 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('IMPORTEXPORT_IMPORT_TEMPLATE_FROM_TRUSTED_TO_UNTRUSTED', ''); >************************** > >INSERT 1874736 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('IMPORTEXPORT_IMPORT_TEMPLATE_FROM_UNTRUSTED_TO_TRUSTED', ''); >************************** > >INSERT 1874737 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('USER_ADD_VM_TEMPLATE_FROM_TRUSTED_TO_UNTRUSTED', ''); >************************** > >INSERT 1874738 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('USER_ADD_VM_TEMPLATE_FROM_UNTRUSTED_TO_TRUSTED', ''); >************************** > >INSERT 1874739 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('USER_UPDATE_VM_TEMPLATE_FROM_TRUSTED_TO_UNTRUSTED', ''); >************************** > >INSERT 1874740 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('USER_UPDATE_VM_TEMPLATE_FROM_UNTRUSTED_TO_TRUSTED', ''); >************************** > >INSERT 1874741 1 >********* QUERY ********** >update vm_static set default_display_type = 1 where vm_guid = '00000000-0000-0000-0000-000000000000'; >************************** > >UPDATE 1 >********* QUERY ********** >create or replace function __temp_add_external_id_to_users() returns void >as $function$ >begin > if (not exists (select 1 from information_schema.columns where table_name ilike 'users' and column_name ilike 'external_id')) then > alter table users add column external_id bytea not null default ''; > update users set external_id = decode(replace(user_id::text, '-', ''), 'hex'); > perform fn_db_create_constraint('users', 'users_domain_external_id_unique', 'unique (domain, external_id)'); > end if; >end; $function$ >language plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_add_external_id_to_users(); >************************** > > > >********* QUERY ********** >drop function __temp_add_external_id_to_users(); >************************** > >DROP FUNCTION >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('VM_STATUS_RESTORED', 'UNASSIGNED'); >************************** > >INSERT 1874756 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_SERVER_REMOVE', 'GLUSTER_SERVER_REMOVE_FAILED'); >************************** > >INSERT 1874757 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_OPTION_ADDED', 'UNASSIGNED'); >************************** > >INSERT 1874758 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_OPTION_MODIFIED', 'UNASSIGNED'); >************************** > >INSERT 1874759 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_OPTIONS_RESET_ALL', 'UNASSIGNED'); >************************** > >INSERT 1874760 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_PROFILE_START', 'GLUSTER_VOLUME_PROFILE_START_FAILED'); >************************** > >INSERT 1874761 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_PROFILE_START_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1874762 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_PROFILE_STOP', 'GLUSTER_VOLUME_PROFILE_STOP_FAILED'); >************************** > >INSERT 1874763 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_PROFILE_STOP_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1874764 1 >********* QUERY ********** >update vds_static set ssh_username='root' where ssh_username is null; >************************** > >UPDATE 0 >********* QUERY ********** >update vds_static set ssh_port=22 where ssh_port is null; >************************** > >UPDATE 0 >********* QUERY ********** >select fn_db_add_column('vm_static', 'single_qxl_pci', 'BOOLEAN NOT NULL DEFAULT FALSE'); >************************** > > > >********* QUERY ********** >UPDATE vm_static set os = 0 where os = 6; >************************** > >UPDATE 0 >********* QUERY ********** >SELECT fn_db_add_column('policy_units', 'type', 'smallint default 0'); >************************** > > > >********* QUERY ********** >UPDATE policy_units SET type = 2 WHERE has_balance = true; >************************** > >UPDATE 3 >********* QUERY ********** >SELECT fn_db_drop_column('policy_units', 'has_filter'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('policy_units', 'has_function'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('policy_units', 'has_balance'); >************************** > > > >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, custom_properties_regex, type) VALUES ('38440000-8cf0-14bd-c43e-10b96e4ef00b', 'None', true, NULL, 1); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, custom_properties_regex, type) VALUES ('736999d0-1023-46a4-9a75-1316ed50e15b', 'PowerSaving', true, NULL, 1); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, custom_properties_regex, type) VALUES ('7db4ab05-81ab-42e8-868a-aee2df483edb', 'EvenDistribution', true, NULL, 1); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) >SELECT cluster_policy_id, '38440000-8cf0-14bd-c43e-10b96e4ef00b', is_filter_selected, filter_sequence, false, factor, is_balance_selected >FROM cluster_policy_units >WHERE policy_unit_id = '38440000-8cf0-14bd-c43e-10b96e4ef00a' AND is_function_selected = true; >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) >SELECT cluster_policy_id, '736999d0-1023-46a4-9a75-1316ed50e15b', is_filter_selected, filter_sequence, false, factor, is_balance_selected >FROM cluster_policy_units >WHERE policy_unit_id = '736999d0-1023-46a4-9a75-1316ed50e151' AND is_function_selected = true; >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, is_filter_selected, filter_sequence, is_function_selected, factor, is_balance_selected) >SELECT cluster_policy_id, '7db4ab05-81ab-42e8-868a-aee2df483edb', is_filter_selected, filter_sequence, false, factor, is_balance_selected >FROM cluster_policy_units >WHERE policy_unit_id = '7db4ab05-81ab-42e8-868a-aee2df483ed2' AND is_function_selected = true; >************************** > >INSERT 0 1 >********* QUERY ********** >DELETE FROM cluster_policy_units WHERE is_function_selected = true AND is_filter_selected = false AND is_balance_selected = false; >************************** > >DELETE 0 >********* QUERY ********** >SELECT fn_db_drop_column('cluster_policy_units', 'is_filter_selected'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('cluster_policy_units', 'is_function_selected'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('cluster_policy_units', 'is_balance_selected'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_static', 'cpu_shares', 'integer not null default 0'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('policy_units', 'enabled', 'boolean default TRUE NOT NULL'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_dynamic', 'is_run_once', 'boolean NOT NULL DEFAULT false'); >************************** > > > >********* QUERY ********** >CREATE TABLE vnic_profiles >( > id UUID NOT NULL CONSTRAINT pk_vnic_profiles_id PRIMARY KEY, > name VARCHAR(50) NOT NULL, > network_id UUID NOT NULL, > port_mirroring BOOLEAN NOT NULL, > custom_properties TEXT, > description TEXT, > _create_date TIMESTAMP WITH TIME ZONE default LOCALTIMESTAMP, > _update_date TIMESTAMP WITH TIME ZONE, > FOREIGN KEY (network_id) REFERENCES network(id) ON DELETE CASCADE >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >DROP INDEX IF EXISTS IDX_vnic_profiles_network_id; >************************** > >DROP INDEX >********* QUERY ********** >CREATE INDEX IDX_vnic_profiles_network_id ON vnic_profiles(network_id); >************************** > >CREATE INDEX >********* QUERY ********** >SELECT fn_db_add_column('vm_interface', 'vnic_profile_id', 'UUID'); >************************** > > > >********* QUERY ********** >DROP INDEX IF EXISTS IDX_vm_interface_vnic_profile_id; >************************** > >DROP INDEX >********* QUERY ********** >CREATE INDEX IDX_vm_interface_vnic_profile_id ON vm_interface(vnic_profile_id); >************************** > >CREATE INDEX >********* QUERY ********** >ALTER TABLE vm_interface ADD CONSTRAINT FK_vm_interface_vnic_profile_id FOREIGN KEY(vnic_profile_id) >REFERENCES vnic_profiles(id); >************************** > >ALTER TABLE >********* QUERY ********** >Create or replace FUNCTION __temp_has_port_mirroring_vm_interfaces(v_network_id UUID) RETURNS BOOLEAN > AS $procedure$ >BEGIN > RETURN ((SELECT COUNT(1) > FROM vm_interface > INNER JOIN vm_static > ON vm_static.vm_guid = vm_interface.vm_guid > INNER JOIN network_cluster > ON network_cluster.cluster_id = vm_static.vds_group_id > INNER JOIN network > ON network.id = network_cluster.network_id > AND network.name = vm_interface.network_name > WHERE network.id = v_network_id > AND port_mirroring = TRUE) > 0); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION __temp_has_port_mirroring_template_interfaces(v_network_id UUID) RETURNS BOOLEAN > AS $procedure$ >BEGIN > RETURN ((SELECT COUNT(1) > FROM vm_interface > INNER JOIN vm_static > ON vm_static.vm_guid = vm_interface.vmt_guid > INNER JOIN network_cluster > ON network_cluster.cluster_id = vm_static.vds_group_id > INNER JOIN network > ON network.id = network_cluster.network_id > AND network.name = vm_interface.network_name > WHERE network.id = v_network_id > AND port_mirroring = TRUE) > 0); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >INSERT INTO vnic_profiles(id, name, network_id, port_mirroring) > SELECT uuid_generate_v1(), > network.name, > network.id, > FALSE > FROM network > WHERE network.vm_network IS TRUE; >************************** > >INSERT 1874839 1 >********* QUERY ********** >INSERT INTO vnic_profiles(id, name, network_id, port_mirroring) > SELECT uuid_generate_v1(), > network.name || '_pm', > network.id, > TRUE > FROM network > WHERE network.vm_network IS TRUE > AND (__temp_has_port_mirroring_template_interfaces(network.id) OR __temp_has_port_mirroring_vm_interfaces(network.id)); >************************** > >INSERT 0 0 >********* QUERY ********** >UPDATE vm_interface >SET vnic_profile_id = vnic_profiles.id > FROM vnic_profiles > JOIN network ON network.id = vnic_profiles.network_id > JOIN vds_groups ON network.storage_pool_id = vds_groups.storage_pool_id > JOIN vm_static ON vm_static.vds_group_id = vds_groups.vds_group_id > WHERE (vm_interface.vm_guid = vm_static.vm_guid > OR vm_interface.vmt_guid = vm_static.vm_guid) > AND vm_interface.port_mirroring = vnic_profiles.port_mirroring > AND vm_interface.network_name = network.name; >************************** > >UPDATE 0 >********* QUERY ********** >SELECT fn_db_drop_column ('port_mirroring', 'vm_interface'); >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_set_vnic_profiles_permissions() >RETURNS VOID > AS $procedure$ > DECLARE > v_NETWORK_ADMIN_ID UUID; > v_VNIC_PROFILE_USER_ID UUID; > v_NETWORK_USER_ID UUID; > >BEGIN > v_NETWORK_ADMIN_ID := 'DEF00005-0000-0000-0000-DEF000000005'; > v_VNIC_PROFILE_USER_ID := 'DEF00020-0000-0000-0000-DEF000000010'; > v_NETWORK_USER_ID := 'DEF0000A-0000-0000-0000-DEF000000010'; > >------------------------------------------------ >--- Update existing roles with new Action Groups >------------------------------------------------ >-- Add ActionGroup 1203 (CONFIGURE_NETWORK_VNIC_PROFILE) to any role which contains ActionGroup 703 (CONFIGURE_STORAGE_POOL_NETWORK) > INSERT INTO roles_groups (role_id, action_group_id) > SELECT DISTINCT role_id, 1203 > FROM roles_groups a > WHERE NOT EXISTS (SELECT 1 > FROM roles_groups b > WHERE b.role_id = a.role_id > AND b.action_group_id = 1203) > AND EXISTS (SELECT 1 > FROM roles_groups b > WHERE b.role_id = a.role_id > AND b.action_group_id = 703); > >-- Add ActionGroup 1204 (CREATE_NETWORK_VNIC_PROFILE) to any role which contains ActionGroup 704 (CREATE_STORAGE_POOL_NETWORK) > INSERT INTO roles_groups (role_id, action_group_id) > SELECT DISTINCT role_id, 1204 > FROM roles_groups a > WHERE NOT EXISTS (SELECT 1 > FROM roles_groups b > WHERE b.role_id = a.role_id > AND b.action_group_id = 1204) > AND EXISTS (SELECT 1 > FROM roles_groups b > WHERE b.role_id = a.role_id > AND b.action_group_id = 704); > >-- Add ActionGroup 1205 (DELETE_NETWORK_VNIC_PROFILE) to any role which contains ActionGroup 705 (DELETE_STORAGE_POOL_NETWORK) > INSERT INTO roles_groups (role_id, action_group_id) > SELECT DISTINCT role_id, 1205 > FROM roles_groups a > WHERE NOT EXISTS (SELECT 1 > FROM roles_groups b > WHERE b.role_id = a.role_id > AND b.action_group_id = 1205) > AND EXISTS (SELECT 1 > FROM roles_groups b > WHERE b.role_id = a.role_id > AND b.action_group_id = 705); > >---------------------------- >-- UPDATE NETWORK_ADMIN role >---------------------------- > >-- Add CONFIGURE_NETWORK_VNIC_PROFILE > PERFORM fn_db_add_action_group_to_role(v_NETWORK_ADMIN_ID, 1203); > >-- Add CREATE_NETWORK_VNIC_PROFILE > PERFORM fn_db_add_action_group_to_role(v_NETWORK_ADMIN_ID, 1204); > >-- Add DELETE_NETWORK_VNIC_PROFILE > PERFORM fn_db_add_action_group_to_role(v_NETWORK_ADMIN_ID ,1205); > >------------------------ >-- ADD VNIC_PROFILE_USER role >------------------------ > INSERT INTO roles(id,name,description,is_readonly,role_type) SELECT v_VNIC_PROFILE_USER_ID, 'VnicProfileUser', 'VM Network Interface Profile User', true, 2 > WHERE NOT EXISTS (SELECT id,name,description,is_readonly,role_type > FROM roles > WHERE id = v_VNIC_PROFILE_USER_ID > AND name='VnicProfileUser' > AND description='VM Network Interface Profile User' > AND is_readonly=true > AND role_type=2); > >-- Add CONFIGURE_VM_NETWORK > PERFORM fn_db_add_action_group_to_role(v_VNIC_PROFILE_USER_ID, 9); > >-- Add CONFIGURE_TEMPLATE_NETWORK > PERFORM fn_db_add_action_group_to_role(v_VNIC_PROFILE_USER_ID, 204); > >-- Add LOGIN > PERFORM fn_db_add_action_group_to_role(v_VNIC_PROFILE_USER_ID, 1300); > >--------------------------- >-- Grant permission to use the created VNIC profiles to each user which have NetworkUser permission to use the network of the profile >--------------------------- > INSERT INTO permissions (id, role_id, ad_element_id, object_id, object_type_id) > (SELECT uuid_generate_v1(), > v_VNIC_PROFILE_USER_ID, > ad_element_id, > vnic_profiles.id, > 27 > FROM permissions > INNER JOIN vnic_profiles ON vnic_profiles.network_id = permissions.object_id > WHERE permissions.object_type_id = 20 > AND permissions.role_id = v_NETWORK_USER_ID > AND NOT EXISTS (SELECT 1 > FROM permissions p > WHERE p.role_id = v_VNIC_PROFILE_USER_ID > AND p.ad_element_id = permissions.ad_element_id > AND p.object_id = vnic_profiles.id > AND object_type_id = 27)); > > >--------------------------- >-- Replace any NetworkUser role with VNICProfileUser, on all object types, except networks (which were handeled in the INSERT above) >--------------------------- > UPDATE permissions > SET role_id = v_VNIC_PROFILE_USER_ID > WHERE role_id = v_NETWORK_USER_ID AND object_type_id != 20; > >--------------------------- >-- Delete NetworkUser permissions >--------------------------- > DELETE FROM permissions > WHERE role_id = v_NETWORK_USER_ID; > >--------------------------- >-- Delete NetworkUser role >--------------------------- > DELETE FROM roles > WHERE id = v_NETWORK_USER_ID; > >------------------------------------------------ >-- Delete Port Mirroring Action Group from Roles >------------------------------------------------ > DELETE FROM roles_groups > WHERE action_group_id = 1200; > > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_set_vnic_profiles_permissions(); >************************** > > > >********* QUERY ********** >DROP function __temp_set_vnic_profiles_permissions(); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP function __temp_has_port_mirroring_vm_interfaces(UUID); >************************** > >DROP FUNCTION >********* QUERY ********** >DROP function __temp_has_port_mirroring_template_interfaces(UUID); >************************** > >DROP FUNCTION >********* QUERY ********** >SELECT fn_db_drop_column('vm_interface', 'network_name'); >************************** > > > >********* QUERY ********** >SELECT fn_db_drop_column('vm_interface', 'port_mirroring'); >************************** > > > >********* QUERY ********** >update vdc_options set option_value='' where option_name='AttestationServer'; >************************** > >UPDATE 1 >********* QUERY ********** >SELECT fn_db_add_column('policy_units', 'description', 'text'); >************************** > > > >********* QUERY ********** >UPDATE policy_units SET description = >CASE > WHEN name = 'Migration' THEN 'While migrating a VM, filters out the VM''s running host' > WHEN name = 'MigrationDomain' THEN 'Filters out hosts from different VM''s migration domain, and all non-UP state hosts' > WHEN name = 'PinToHost' THEN 'Filters out all hosts that VM is not pinned to' > WHEN name = 'CPU' THEN 'Filters out hosts with less CPUs than VM''s CPUs' > WHEN name = 'Memory' THEN 'Filters out hosts that have insufficient memory to run the VM' > WHEN name = 'Network' THEN 'Filters out hosts that are missing networks required by VM NICs, or missing cluster''s display network' > > > WHEN id = '38440000-8cf0-14bd-c43e-10b96e4ef00a' THEN 'No load balancing operation' > > WHEN id = '38440000-8cf0-14bd-c43e-10b96e4ef00b' THEN 'Follows Even Distribution weight module' > > > WHEN id = '736999d0-1023-46a4-9a75-1316ed50e151' THEN 'Load balancing VMs in cluster according to hosts CPU load, striving cluster''s hosts CPU load to be over ''LowUtilization'' and under ''HighUtilization''' > > WHEN id = '736999d0-1023-46a4-9a75-1316ed50e15b' THEN 'Gives hosts with higher CPU usage, higher weight (means that hosts with lower CPU usage are more likely to be selected)' > > > WHEN id = '7db4ab05-81ab-42e8-868a-aee2df483ed2' THEN 'Load balancing VMs in cluster according to hosts CPU load, striving cluster''s hosts CPU load to be under ''HighUtilization''' > > WHEN id = '7db4ab05-81ab-42e8-868a-aee2df483edb' THEN 'Gives hosts with lower CPU usage, higher weight (means that hosts with higher CPU usage are more likely to be selected)' >END; >************************** > >UPDATE 12 >********* QUERY ********** >select fn_db_add_column('vnic_profiles', 'network_qos_id', 'UUID'); >************************** > > > >********* QUERY ********** >DROP INDEX IF EXISTS IDX_vnic_profiles_network_qos_id; >************************** > >DROP INDEX >********* QUERY ********** >CREATE INDEX IDX_vnic_profiles_network_qos_id ON vnic_profiles(network_qos_id); >************************** > >CREATE INDEX >********* QUERY ********** >select fn_db_create_constraint('vnic_profiles', 'FK_vnic_profiles_network_qos_id', 'FOREIGN KEY (network_qos_id) REFERENCES network_qos(id) ON DELETE SET NULL'); >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_preserve_network_user_role_id() >RETURNS VOID >AS $procedure$ >DECLARE > v_VNIC_PROFILE_USER_ID UUID; > v_NETWORK_USER_ID UUID; > >BEGIN > v_VNIC_PROFILE_USER_ID := 'DEF00020-0000-0000-0000-DEF000000010'; > v_NETWORK_USER_ID := 'DEF0000A-0000-0000-0000-DEF000000010'; > >------------------------------------------------------ >-- Update VnicProfileUser roleId to NetworkUser roleId >------------------------------------------------------ > ALTER TABLE roles_groups DROP CONSTRAINT fk_roles_groups_action_id; > ALTER TABLE permissions DROP CONSTRAINT fk_permissions_roles; > > UPDATE roles > SET id = v_NETWORK_USER_ID > WHERE id = v_VNIC_PROFILE_USER_ID; > > UPDATE permissions > SET role_id = v_NETWORK_USER_ID > WHERE role_id = v_VNIC_PROFILE_USER_ID; > > UPDATE roles_groups > SET role_id = v_NETWORK_USER_ID > WHERE role_id = v_VNIC_PROFILE_USER_ID; > > ALTER TABLE roles_groups ADD CONSTRAINT fk_roles_groups_action_id FOREIGN KEY (role_id) REFERENCES roles(id) ON DELETE CASCADE; > ALTER TABLE permissions ADD CONSTRAINT fk_permissions_roles FOREIGN KEY (role_id) REFERENCES roles(id) ON DELETE CASCADE; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_preserve_network_user_role_id(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_preserve_network_user_role_id(); >************************** > >DROP FUNCTION >********* QUERY ********** >ALTER TABLE vm_interface DROP CONSTRAINT fk_vm_interface_vnic_profile_id; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_interface ADD CONSTRAINT fk_vm_interface_vnic_profile_id FOREIGN KEY (vnic_profile_id) REFERENCES vnic_profiles(id) ON DELETE SET NULL; >************************** > >ALTER TABLE >********* QUERY ********** >update vm_static >set time_zone = NULL >where time_zone = ''; >************************** > >UPDATE 0 >********* QUERY ********** >DELETE FROM policy_units WHERE id = 'a267eddb-768d-45fd-9dbb-6ebcee343508'; >************************** > >DELETE 1 >********* QUERY ********** >select fn_db_add_column('vm_static', 'vnc_keyboard_layout', 'VARCHAR(16) default null'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('roles', 'app_mode', 'INTEGER'); >************************** > > > >********* QUERY ********** >UPDATE roles >SET app_mode = (CASE WHEN name in ('UserRole', 'PowerUserRole', 'DataCenterAdmin', 'StorageAdmin', 'UserVmManager', 'VmPoolAdmin', 'TemplateAdmin', 'TemplateUser', 'QuotaConsumer', 'TemplateOwner', 'DiskOperator', 'DiskCreator', 'VmCreator', 'TemplateCreator', 'VnicProfileUser', 'UserTemplateBasedVm') > THEN 1 > WHEN name='GlusterAdmin' > THEN 2 > WHEN name in ('ClusterAdmin', 'SuperUser', 'HostAdmin', 'NetworkAdmin', 'ExternalEventsCreator', 'ExternalTasksCreator') > THEN 255 > ELSE 255 > END); >************************** > >UPDATE 22 >********* QUERY ********** >ALTER TABLE roles ALTER COLUMN app_mode SET NOT NULL; >************************** > >ALTER TABLE >********* QUERY ********** >CREATE INDEX IDX_roles__app_mode ON roles(app_mode); >************************** > >CREATE INDEX >********* QUERY ********** >SELECT fn_db_add_column('gluster_volumes', 'task_id', 'uuid'); >************************** > > > >********* QUERY ********** >SELECT fn_db_add_column('gluster_volume_bricks', 'task_id', 'uuid'); >************************** > > > >********* QUERY ********** >CREATE INDEX IDX_step_external_id ON step(external_id); >************************** > >CREATE INDEX >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REBALANCE_STOP', 'UNASSIGNED'); >************************** > >INSERT 1874900 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REBALANCE_STOP_FAILED', 'GLUSTER_VOLUME_REBALANCE_STOP'); >************************** > >INSERT 1874901 1 >********* QUERY ********** >CREATE INDEX IDX_job_start_time ON job(start_time); >************************** > >CREATE INDEX >********* QUERY ********** >update roles set name ='UserTemplateBasedVm' >where id = 'DEF00009-0000-0000-0000-DEF000000009'; >************************** > >UPDATE 1 >********* QUERY ********** >Create or replace FUNCTION __temp_fix_user_vm_manager_role() >RETURNS VOID > AS $procedure$ > DECLARE > v_VM_ADMIN_ID UUID; >BEGIN > v_VM_ADMIN_ID := 'DEF00006-0000-0000-0000-DEF000000006'; > >-- Remove the import export vm action group from USER_VM_MANAGER role >DELETE FROM roles_groups >WHERE role_id = v_VM_ADMIN_ID >AND action_group_id = 8; > >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_fix_user_vm_manager_role(); >************************** > > > >********* QUERY ********** >DROP function __temp_fix_user_vm_manager_role(); >************************** > >DROP FUNCTION >********* QUERY ********** >SELECT fn_db_add_column('vds_groups', 'detect_emulated_machine', 'BOOLEAN DEFAULT FALSE'); >************************** > > > >********* QUERY ********** >UPDATE vds_groups set detect_emulated_machine = 'true' where emulated_machine is null; >************************** > >UPDATE 1 >********* QUERY ********** >Insert into dwh_history_timekeeping VALUES('lastOsinfoUpdate',NULL,to_timestamp('01/01/2000', 'DD/MM/YYYY')); >************************** > >INSERT 1874917 1 >********* QUERY ********** >CREATE TABLE dwh_osinfo ( > os_id INTEGER NOT NULL, > os_name VARCHAR(255), > CONSTRAINT pk_os_id PRIMARY KEY(os_id) >) WITH OIDS; >************************** > >CREATE TABLE >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > SELECT '00000000-0000-0000-0001-000000000001', > 1106 > WHERE NOT EXISTS ( > SELECT * FROM roles_groups > WHERE role_id='00000000-0000-0000-0001-000000000001' and > action_group_id=1106 > ); >************************** > >INSERT 1874924 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > SELECT 'def00008-0000-0000-0000-def000000008', > 1106 > WHERE NOT EXISTS ( > SELECT * FROM roles_groups > WHERE role_id='def00008-0000-0000-0000-def000000008' and > action_group_id=1106 > ); >************************** > >INSERT 1874925 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > SELECT '00000000-0000-0000-0000-000000000001', > 1106 > WHERE NOT EXISTS ( > SELECT * FROM roles_groups > WHERE role_id='00000000-0000-0000-0000-000000000001' and > action_group_id=1106 > ); >************************** > >INSERT 1874926 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > SELECT 'def00003-0000-0000-0000-def000000003', > 1106 > WHERE NOT EXISTS ( > SELECT * FROM roles_groups > WHERE role_id='def00003-0000-0000-0000-def000000003' and > action_group_id=1106 > ); >************************** > >INSERT 1874927 1 >********* QUERY ********** >INSERT INTO roles_groups(role_id,action_group_id) > SELECT '00000000-0000-0000-0001-000000000002', > 1106 > WHERE NOT EXISTS ( > SELECT * FROM roles_groups > WHERE role_id='00000000-0000-0000-0001-000000000002' and > action_group_id=1106 > ); >************************** > >INSERT 1874928 1 >********* QUERY ********** >UPDATE images >SET quota_id = NULL >WHERE quota_id NOT IN (SELECT id FROM quota); >************************** > >UPDATE 1 >********* QUERY ********** >UPDATE vm_static >SET quota_id = NULL >WHERE quota_id NOT IN (SELECT id FROM quota); >************************** > >UPDATE 1 >********* QUERY ********** >ALTER TABLE images ADD CONSTRAINT fk_images_quota FOREIGN KEY (quota_id) REFERENCES quota(id) ON DELETE SET NULL; >************************** > >ALTER TABLE >********* QUERY ********** >ALTER TABLE vm_static ADD CONSTRAINT fk_vm_static_quota FOREIGN KEY (quota_id) REFERENCES quota(id) ON DELETE SET NULL; >************************** > >ALTER TABLE >********* QUERY ********** >DELETE FROM policy_units WHERE id = '84e6ddee-ab0d-42dd-82f0-c297779db5e5'; >************************** > >DELETE 1 >********* QUERY ********** >select fn_db_add_column('vm_dynamic', 'vm_fqdn', 'TEXT DEFAULT '''''); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_dynamic', 'cpu_name', 'varchar(255)'); >************************** > > > >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, custom_properties_regex, type, enabled, description) VALUES ('438b052c-90ab-40e8-9be0-a22560202ea6', 'CPU-Level', true, NULL, 0, true, 'Runs VMs only on hosts with a proper CPU level'); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, filter_sequence, factor) VALUES ('20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', '438b052c-90ab-40e8-9be0-a22560202ea6', 0, 0); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, filter_sequence, factor) VALUES ('5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', '438b052c-90ab-40e8-9be0-a22560202ea6', 0, 0); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, filter_sequence, factor) VALUES ('b4ed2332-a7ac-4d5f-9596-99a439cb2812', '438b052c-90ab-40e8-9be0-a22560202ea6', 0, 0); >************************** > >INSERT 0 1 >********* QUERY ********** >UPDATE policy_units SET name='OptimalForPowerSaving' WHERE id='736999d0-1023-46a4-9a75-1316ed50e151'; >************************** > >UPDATE 1 >********* QUERY ********** >UPDATE policy_units SET name='OptimalForPowerSaving' WHERE id='736999d0-1023-46a4-9a75-1316ed50e15b'; >************************** > >UPDATE 1 >********* QUERY ********** >UPDATE policy_units SET name='OptimalForEvenDistribution' WHERE id='7db4ab05-81ab-42e8-868a-aee2df483ed2'; >************************** > >UPDATE 1 >********* QUERY ********** >UPDATE policy_units SET name='OptimalForEvenDistribution' WHERE id='7db4ab05-81ab-42e8-868a-aee2df483edb'; >************************** > >UPDATE 1 >********* QUERY ********** >INSERT INTO dwh_history_timekeeping VALUES('heartBeat', NULL, to_timestamp('01/01/2000', 'DD/MM/YYYY')); >************************** > >INSERT 1874955 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('START_REMOVING_GLUSTER_VOLUME_BRICKS', 'UNASSIGNED'); >************************** > >INSERT 1874957 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('START_REMOVING_GLUSTER_VOLUME_BRICKS_FAILED', 'START_REMOVING_GLUSTER_VOLUME_BRICKS'); >************************** > >INSERT 1874958 1 >********* QUERY ********** >UPDATE images >SET vm_snapshot_id = NULL >WHERE image_group_id NOT IN (SELECT device_id FROM vm_device); >************************** > >UPDATE 0 >********* QUERY ********** >UPDATE cluster_policy_units SET filter_sequence=-1 WHERE cluster_policy_id='5a2b0939-7d46-4b73-a469-e9c2c7fc6a53' and policy_unit_id='12262ab6-9690-4bc3-a2b3-35573b172d54'; >************************** > >UPDATE 1 >********* QUERY ********** >select fn_db_add_column('vm_static', 'instance_type_id', 'uuid default null'); >************************** > > > >********* QUERY ********** >select fn_db_add_column('vm_static', 'image_type_id', 'uuid default null'); >************************** > > > >********* QUERY ********** >Create or replace FUNCTION __temp_insert_predefined_roles_03_03_instance_types() >RETURNS VOID > AS $procedure$ > DECLARE > v_INSTANCE_CREATOR_ID UUID; > v_USER_INSTANCE_MANAGER_ID UUID; > >BEGIN > v_INSTANCE_CREATOR_ID := 'DEF00011-0000-0000-0000-DEF000000011'; > v_USER_INSTANCE_MANAGER_ID := 'DEF00012-0000-0000-0000-DEF000000012'; > >------------------------ >-- ADD INSTANCE_CREATOR role >------------------------ >DELETE FROM roles_groups WHERE role_id = v_INSTANCE_CREATOR_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type,allows_viewing_children,app_mode) select v_INSTANCE_CREATOR_ID, 'InstanceCreator', 'User Role, permission to create Instances', true, 2, false, 1 >WHERE NOT EXISTS (SELECT id > FROM roles > WHERE id = v_INSTANCE_CREATOR_ID); > >-- Add CREATE_INSTANCE(16) >PERFORM fn_db_add_action_group_to_role(v_INSTANCE_CREATOR_ID,16); >-- Add CREATE_DISK(1100) >PERFORM fn_db_add_action_group_to_role(v_INSTANCE_CREATOR_ID,1100); >-- Add LOGIN(1300) >PERFORM fn_db_add_action_group_to_role(v_INSTANCE_CREATOR_ID,1300); > > >------------------------ >-- ADD USER_INSTANCE_MANAGER role >------------------------ >DELETE FROM roles_groups WHERE role_id = v_USER_INSTANCE_MANAGER_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type,allows_viewing_children,app_mode) select v_USER_INSTANCE_MANAGER_ID, 'UserInstanceManager', 'User Role, with permission for any operation on Instances', true, 2, false, 1 >WHERE NOT EXISTS (SELECT id > FROM roles > WHERE id = v_USER_INSTANCE_MANAGER_ID); > >-- Add DELETE_VM(2) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,2); >-- Add EDIT_VM_PROPERTIES(3) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,3); >-- Add VM_BASIC_OPERATIONS(4) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,4); >-- Add CHANGE_VM_CD(5) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,5); >-- Add CONNECT_TO_VM(7) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,7); >-- Add IMPORT_EXPORT_VM(8) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,8); >-- Add CONFIGURE_VM_STORAGE(10) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,10); >-- Add MANIPULATE_VM_SNAPSHOTS(12) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,12); >-- Add CREATE_DISK(1100) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,1100); >-- Add ATTACH_DISK(1101) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,1101); >-- Add EDIT_DISK_PROPERTIES(1102) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,1102); >-- Add DELETE_DISK(1104) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,1104); >-- Add LOGIN(1300) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,1300); >-- Add MANIPULATE_PERMISSIONS(502) >PERFORM fn_db_add_action_group_to_role(v_USER_INSTANCE_MANAGER_ID,502); > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_insert_predefined_roles_03_03_instance_types(); >************************** > > > >********* QUERY ********** >DROP function __temp_insert_predefined_roles_03_03_instance_types(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('vds_statistics', 'ha_score', 'INTEGER NOT NULL DEFAULT 0'); >************************** > > > >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, custom_properties_regex, type, enabled, description) VALUES ('e659c871-0bf1-4ccc-b748-f28f5d08dffd', 'HA', true, NULL, 0, true, 'Runs the hosted engine VM only on hosts with a positive score'); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO policy_units (id, name, is_internal, custom_properties_regex, type, enabled, description) VALUES ('98e92667-6161-41fb-b3fa-34f820ccbc4b', 'HA', true, NULL, 1, true, 'Weights hosts according to their HA score'); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, filter_sequence, factor) VALUES ('20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', 'e659c871-0bf1-4ccc-b748-f28f5d08dffd', 0, 0); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, filter_sequence, factor) VALUES ('5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', 'e659c871-0bf1-4ccc-b748-f28f5d08dffd', 0, 0); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, filter_sequence, factor) VALUES ('b4ed2332-a7ac-4d5f-9596-99a439cb2812', 'e659c871-0bf1-4ccc-b748-f28f5d08dffd', 0, 0); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, filter_sequence, factor) VALUES ('20d25257-b4bd-4589-92a6-c4c5c5d3fd1a', '98e92667-6161-41fb-b3fa-34f820ccbc4b', 0, 1); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, filter_sequence, factor) VALUES ('5a2b0939-7d46-4b73-a469-e9c2c7fc6a53', '98e92667-6161-41fb-b3fa-34f820ccbc4b', 0, 1); >************************** > >INSERT 0 1 >********* QUERY ********** >INSERT INTO cluster_policy_units (cluster_policy_id, policy_unit_id, filter_sequence, factor) VALUES ('b4ed2332-a7ac-4d5f-9596-99a439cb2812', '98e92667-6161-41fb-b3fa-34f820ccbc4b', 0, 1); >************************** > >INSERT 0 1 >********* QUERY ********** >update vm_static set os = 5 where os = 100; >************************** > >UPDATE 0 >********* QUERY ********** >update vm_static set os = 1 where os = 200; >************************** > >UPDATE 0 >********* QUERY ********** >select fn_db_add_column('vm_device', 'snapshot_id', 'UUID REFERENCES SNAPSHOTS(snapshot_id) ON DELETE CASCADE DEFAULT NULL'); >************************** > > > >********* QUERY ********** >CREATE INDEX idx_network_external_id ON network(provider_network_external_id) WHERE provider_network_external_id IS NOT NULL; >************************** > >CREATE INDEX >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_BRICK_STATUS_CHANGED', 'UNASSIGNED'); >************************** > >INSERT 1875000 1 >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_move_quota_id() RETURNS void >AS $FUNCTION$ >BEGIN > IF (NOT EXISTS (SELECT 1 FROM information_schema.columns WHERE table_name ILIKE 'image_storage_domain_map' AND column_name ILIKE 'quota_id')) THEN > -- add quota id column to the image-storage map table > PERFORM fn_db_add_column('image_storage_domain_map','quota_id', 'UUID NULL'); > -- copy old quota from images table > UPDATE image_storage_domain_map SET quota_id = (SELECT quota_id FROM images WHERE image_id = image_guid); > -- create a FK to quota table to that column > ALTER TABLE image_storage_domain_map ADD CONSTRAINT fk_image_storage_domain_map_quota FOREIGN KEY (quota_id) REFERENCES quota(id) ON DELETE SET NULL; > -- remove quota_id column from images table > PERFORM fn_db_drop_column ('images', 'quota_id'); >END IF; >END; $FUNCTION$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_move_quota_id(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_move_quota_id(); >************************** > >DROP FUNCTION >********* QUERY ********** >Create or replace FUNCTION __temp_add_host_permissions_to_gluster_admin_role() >RETURNS VOID > AS $procedure$ > DECLARE > v_GLUSTER_ADMIN_ROLE_ID UUID; >BEGIN > v_GLUSTER_ADMIN_ROLE_ID := 'DEF0000b-0000-0000-0000-DEF00000000b'; > >--CREATE_CLUSTER >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 400 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=400); > >--EDIT_CLUSTER_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 401 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=401); > >--DELETE_CLUSTER >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 402 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=402); > >--CONFIGURE_CLUSTER_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 403 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=403); > >--ASSIGN_CLUSTER_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 404 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=404); > >--CREATE_HOST >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 100 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=100); > >--EDIT_HOST_CONFIGURATION >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 101 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=101); > >--DELETE_HOST >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 102 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=102); > >--MANIPUTLATE_HOST >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 103 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=103); > >--CONFIGURE_HOST_NETWORK >INSERT INTO roles_groups(role_id,action_group_id) SELECT v_GLUSTER_ADMIN_ROLE_ID, 104 >WHERE not exists (SELECT role_id, action_group_id FROM roles_groups > WHERE role_id=v_GLUSTER_ADMIN_ROLE_ID and action_group_id=104); > >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >select __temp_add_host_permissions_to_gluster_admin_role(); >************************** > > > >********* QUERY ********** >drop function __temp_add_host_permissions_to_gluster_admin_role(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('vds_dynamic', 'gluster_version', 'varchar(4000)'); >************************** > > > >********* QUERY ********** >DROP INDEX if exists IDX_job_start_time; >************************** > >DROP INDEX >********* QUERY ********** >CREATE INDEX IDX_job_start_time ON job(start_time); >************************** > >CREATE INDEX >********* QUERY ********** >select fn_db_add_column('vm_static', 'sso_method', 'VARCHAR(32) NOT NULL DEFAULT ''guest_agent'''); >************************** > > > >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REBALANCE_FINISHED', 'UNASSIGNED'); >************************** > >INSERT 1875039 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_MIGRATE_BRICK_DATA_FINISHED', 'UNASSIGNED'); >************************** > >INSERT 1875040 1 >********* QUERY ********** >Create or replace FUNCTION __temp_insert_read_only_admin_role() >RETURNS VOID > AS $procedure$ > DECLARE > v_ROLE_ID UUID; >BEGIN > v_ROLE_ID := 'DEF0000C-0000-0000-0000-DEF00000000C'; > >DELETE FROM roles_groups WHERE role_id = v_ROLE_ID; >INSERT INTO roles(id,name,description,is_readonly,role_type,allows_viewing_children,app_mode) SELECT v_ROLE_ID, 'ReadOnlyAdmin', 'Read Only Administrator Role', true, 1, true, 1 >WHERE NOT EXISTS (SELECT id,name,description,is_readonly,role_type > FROM roles > WHERE id = v_ROLE_ID > AND name='ReadOnlyAdmin' > AND description='Read Only Administrator Role' > AND is_readonly=true > AND role_type=1); > >-- Allowing this role to login >INSERT INTO roles_groups(role_id,action_group_id) VALUES(v_ROLE_ID, 1300); > >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT __temp_insert_read_only_admin_role(); >************************** > > > >********* QUERY ********** >DROP function __temp_insert_read_only_admin_role(); >************************** > >DROP FUNCTION >********* QUERY ********** >select fn_db_add_column('vds_groups', 'architecture', 'INTEGER NOT NULL DEFAULT 0'); >************************** > > > >********* QUERY ********** >UPDATE vds_groups SET architecture = 1 where cpu_name is not NULL and architecture = 0; >************************** > >UPDATE 0 >********* QUERY ********** >UPDATE vds_groups AS c SET architecture = 1 WHERE c.cpu_name is null and exists (select 1 from vm_static where vm_static.vds_group_id = c.vds_group_id and vm_static.vm_guid != '00000000-0000-0000-0000-000000000000'); >************************** > >UPDATE 0 >********* QUERY ********** >select fn_db_add_column('vds_groups', 'optimization_type', 'smallint default 0'); >************************** > > > >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REMOVE_BRICKS_STOP', 'UNASSIGNED'); >************************** > >INSERT 1875070 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REMOVE_BRICKS_STOP_FAILED', 'UNASSIGNED'); >************************** > >INSERT 1875071 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('GLUSTER_VOLUME_REBALANCE_START_DETECTED_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1875073 1 >********* QUERY ********** >insert into event_map(event_up_name, event_down_name) values('START_REMOVING_GLUSTER_VOLUME_BRICKS_DETECTED_FROM_CLI', 'UNASSIGNED'); >************************** > >INSERT 1875074 1 >********* QUERY ********** >UPDATE storage_domain_static SET storage_type = 0 WHERE storage_type = -1; >************************** > >UPDATE 0 >********* QUERY ********** >UPDATE storage_pool SET storage_pool_type = 0 WHERE storage_pool_type = -1; >************************** > >UPDATE 0 >********* QUERY ********** >update schema_version set current=(id= 300); >************************** > >UPDATE 299 >********* QUERY ********** >CREATE OR REPLACE VIEW storage_domain_static_view >AS >SELECT storage_domain_static.id as id, > storage_domain_static.storage as storage, > storage_domain_static.storage_name as storage_name, > storage_domain_static.storage_description as storage_description, > storage_domain_static.storage_comment as storage_comment, > storage_pool_iso_map.storage_pool_id as storage_pool_id, > storage_pool_iso_map.status as status, > storage_domain_static.storage_domain_type as storage_domain_type, > storage_domain_static.storage_type as storage_type, > storage_domain_static.storage_domain_format_type as storage_domain_format_type, > storage_domain_static.last_time_used_as_master as last_time_used_as_master, > storage_pool.name as storage_pool_name >FROM storage_domain_static LEFT OUTER JOIN >storage_pool_iso_map on storage_pool_iso_map.storage_id = storage_domain_static.id >LEFT OUTER JOIN storage_pool ON storage_pool.id = storage_pool_iso_map.storage_pool_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vms_for_disk_view >AS >SELECT array_agg(vm_name) as array_vm_names,device_id,entity_type >FROM vm_static >JOIN vm_device ON vm_static.vm_guid = vm_device.vm_id >WHERE device = 'disk' >GROUP BY device_id, entity_type; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW images_storage_domain_view >AS > >SELECT images.image_guid as image_guid, > storage_domain_static_view.storage_name as storage_name, > storage_domain_static_view.storage as storage_path, > storage_domain_static_view.storage_pool_id as storage_pool_id, > images.creation_date as creation_date, > images.size as size, > images.it_guid as it_guid, > snapshots.description as description, > images.ParentId as ParentId, > images.lastModified as lastModified, > snapshots.app_list as app_list, > image_storage_domain_map.storage_domain_id as storage_id, > images.vm_snapshot_id as vm_snapshot_id, > images.volume_type as volume_type, > images.volume_format as volume_format, > images.imageStatus as imageStatus, > images.image_group_id as image_group_id, > images.active, > vms_for_disk_view.entity_type as entity_type, > array_to_string(vms_for_disk_view.array_vm_names, ',') as vm_names, > COALESCE(array_upper(vms_for_disk_view.array_vm_names,1),0) as number_of_vms, > base_disks.disk_id, > base_disks.disk_alias as disk_alias, > base_disks.disk_description as disk_description, > base_disks.shareable as shareable, > base_disks.disk_interface, > base_disks.wipe_after_delete as wipe_after_delete, > base_disks.propagate_errors, > base_disks.boot as boot, > base_disks.sgio as sgio, > image_storage_domain_map.quota_id as quota_id, > quota.quota_name as quota_name, > storage_pool.quota_enforcement_type, > disk_image_dynamic.actual_size as actual_size, > disk_image_dynamic.read_rate as read_rate, > disk_image_dynamic.write_rate as write_rate, > disk_image_dynamic.read_latency_seconds as read_latency_seconds, > disk_image_dynamic.write_latency_seconds as write_latency_seconds, > disk_image_dynamic.flush_latency_seconds as flush_latency_seconds, > base_disks.alignment as alignment, > base_disks.last_alignment_scan as last_alignment_scan >FROM >images >left outer join disk_image_dynamic on images.image_guid = disk_image_dynamic.image_id >LEFT OUTER JOIN base_disks ON images.image_group_id = base_disks.disk_id >LEFT OUTER JOIN vms_for_disk_view on vms_for_disk_view.device_id = images.image_group_id >LEFT JOIN image_storage_domain_map ON image_storage_domain_map.image_id = images.image_guid >LEFT OUTER JOIN storage_domain_static_view ON image_storage_domain_map.storage_domain_id = storage_domain_static_view.id >LEFT OUTER JOIN snapshots ON images.vm_snapshot_id = snapshots.snapshot_id >LEFT OUTER JOIN quota ON image_storage_domain_map.quota_id = quota.id >LEFT OUTER JOIN storage_pool ON storage_pool.id = storage_domain_static_view.storage_pool_id >WHERE images.image_guid != '00000000-0000-0000-0000-000000000000'; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW storage_domain_file_repos >AS >SELECT >storage_domain_static.id as storage_domain_id, > storage_domain_static.storage_domain_type as storage_domain_type, > storage_pool_iso_map.storage_pool_id as storage_pool_id, > storage_pool_iso_map.status as storage_domain_status, > repo_file_meta_data.repo_image_id as repo_image_id, > repo_file_meta_data.size as size, > repo_file_meta_data.date_created as date_created, > repo_file_meta_data.last_refreshed as last_refreshed, > repo_file_meta_data.file_type as file_type, > vds_dynamic.status as vds_status, > storage_pool.status as storage_pool_status >FROM storage_domain_static >INNER JOIN storage_pool_iso_map ON storage_domain_static.id = storage_pool_iso_map.storage_id >INNER JOIN storage_pool ON storage_pool.id = storage_pool_iso_map.storage_pool_id >INNER JOIN vds_dynamic ON vds_dynamic.vds_id = storage_pool.spm_vds_id >LEFT OUTER JOIN repo_file_meta_data ON storage_pool_iso_map.storage_id = repo_file_meta_data.repo_domain_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW storage_for_image_view >AS >SELECT images.image_guid as image_id, > array_to_string(array_agg(storage_domain_static.storage), ',') as storage_path, > array_to_string(array_agg(storage_domain_static.id), ',') storage_id, > array_to_string(array_agg(storage_domain_static.storage_name), ',') as storage_name, > array_to_string(array_agg(COALESCE(CAST(quota.id as varchar), '')), ',') as quota_id, > array_to_string(array_agg(COALESCE(quota.quota_name, '')), ',') as quota_name >FROM images >LEFT JOIN image_storage_domain_map ON image_storage_domain_map.image_id = images.image_guid >LEFT OUTER JOIN storage_domain_static ON image_storage_domain_map.storage_domain_id = storage_domain_static.id >LEFT OUTER JOIN quota ON image_storage_domain_map.quota_id = quota.id >GROUP BY images.image_guid; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vm_images_view >AS >SELECT storage_for_image_view.storage_id as storage_id, storage_for_image_view.storage_path as storage_path, storage_for_image_view.storage_name as storage_name, > images_storage_domain_view.storage_pool_id as storage_pool_id, images_storage_domain_view.image_guid as image_guid, > images_storage_domain_view.creation_date as creation_date, disk_image_dynamic.actual_size as actual_size, disk_image_dynamic.read_rate as read_rate, > disk_image_dynamic.read_latency_seconds as read_latency_seconds, disk_image_dynamic.write_latency_seconds as write_latency_seconds, > disk_image_dynamic.flush_latency_seconds as flush_latency_seconds, disk_image_dynamic.write_rate as write_rate, > images_storage_domain_view.size as size, images_storage_domain_view.it_guid as it_guid, > images_storage_domain_view.description as description, > images_storage_domain_view.ParentId as ParentId, images_storage_domain_view.imageStatus as imageStatus, images_storage_domain_view.lastModified as lastModified, > images_storage_domain_view.app_list as app_list, images_storage_domain_view.vm_snapshot_id as vm_snapshot_id, > images_storage_domain_view.volume_type as volume_type, images_storage_domain_view.image_group_id as image_group_id, > images_storage_domain_view.active as active, images_storage_domain_view.volume_format as volume_format, > images_storage_domain_view.disk_interface as disk_interface, images_storage_domain_view.boot as boot, images_storage_domain_view.wipe_after_delete as wipe_after_delete, images_storage_domain_view.propagate_errors as propagate_errors, images_storage_domain_view.sgio as sgio, > images_storage_domain_view.entity_type as entity_type,images_storage_domain_view.number_of_vms as number_of_vms,images_storage_domain_view.vm_names as vm_names, > storage_for_image_view.quota_id as quota_id, storage_for_image_view.quota_name as quota_name, images_storage_domain_view.quota_enforcement_type, > images_storage_domain_view.disk_id, images_storage_domain_view.disk_alias as disk_alias, images_storage_domain_view.disk_description as disk_description,images_storage_domain_view.shareable as shareable, > images_storage_domain_view.alignment as alignment, images_storage_domain_view.last_alignment_scan as last_alignment_scan >FROM images_storage_domain_view >INNER JOIN disk_image_dynamic ON images_storage_domain_view.image_guid = disk_image_dynamic.image_id >INNER JOIN storage_for_image_view ON images_storage_domain_view.image_guid = storage_for_image_view.image_id >WHERE images_storage_domain_view.active = TRUE; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW all_disks_including_snapshots >AS >SELECT storage_impl.*, > bd.disk_id, > bd.disk_interface, > bd.wipe_after_delete, > bd.propagate_errors, > bd.disk_alias, > bd.disk_description, > bd.shareable, > bd.boot, > bd.sgio, > bd.alignment, > bd.last_alignment_scan >FROM >( > SELECT 0 AS disk_storage_type, > storage_for_image_view.storage_id as storage_id, > storage_for_image_view.storage_path as storage_path, > storage_for_image_view.storage_name as storage_name, > storage_pool_id, > image_guid, > creation_date, > actual_size, > read_rate, > write_rate, > read_latency_seconds, > write_latency_seconds, > flush_latency_seconds, > size, > it_guid, > imageStatus, > lastModified, > volume_type, > volume_format, > image_group_id, > description, > ParentId, > app_list, > vm_snapshot_id, > active, > entity_type, > number_of_vms, > vm_names, > storage_for_image_view.quota_id as quota_id, > storage_for_image_view.quota_name as quota_name, > quota_enforcement_type, > null AS lun_id, > null AS physical_volume_id, > null AS volume_group_id, > null AS serial, > null AS lun_mapping, > null AS vendor_id, > null AS product_id, > null AS device_size > FROM images_storage_domain_view > INNER JOIN storage_for_image_view ON images_storage_domain_view.image_guid = storage_for_image_view.image_id > UNION > SELECT 1 AS disk_storage_type, > null AS storage_id, > null AS storage_path, > null AS storage_name, > null AS storage_pool_id, > null AS image_guid, > null AS creation_date, > null AS actual_size, > null AS read_rate, > null AS write_rate, > null AS read_latency_seconds, > null AS write_latency_seconds, > null AS flush_latency_seconds, > null AS size, > null AS it_guid, > null AS imageStatus, > null AS lastModified, > null AS volume_type, > null AS volume_format, > dlm.disk_id AS image_group_id, > null AS description, > null AS ParentId, > null AS app_list, > null AS vm_snapshot_id, > null AS active, > vms_for_disk_view.entity_type, > COALESCE(array_upper(vms_for_disk_view.array_vm_names,1),0) as number_of_vms, > array_to_string(vms_for_disk_view.array_vm_names, ',') as vm_names, > null AS quota_id, > null AS quota_name, > null AS quota_enforcement_type, > l.lun_id, > l.physical_volume_id, > l.volume_group_id, > l.serial, > l.lun_mapping, > l.vendor_id, > l.product_id, > l.device_size > FROM disk_lun_map dlm > JOIN luns l ON l.lun_id = dlm.lun_id > LEFT JOIN vms_for_disk_view on vms_for_disk_view.device_id = dlm.disk_id >) AS storage_impl >JOIN base_disks bd ON bd.disk_id = storage_impl.image_group_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW all_disks >AS >SELECT * >FROM all_disks_including_snapshots >WHERE active IS NULL OR active = TRUE; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW storage_domains >AS >SELECT >storage_domain_static.id as id, > storage_domain_static.storage as storage, > storage_domain_static.storage_name as storage_name, > storage_domain_static.storage_description as storage_description, > storage_domain_static.storage_comment as storage_comment, > storage_pool_iso_map.storage_pool_id as storage_pool_id, > storage_domain_dynamic.available_disk_size as available_disk_size, > storage_domain_dynamic.used_disk_size as used_disk_size, > fn_get_disk_commited_value_by_storage(storage_domain_static.id) as commited_disk_size, > fn_get_actual_images_size_by_storage(storage_domain_static.id) as actual_images_size, > storage_pool_iso_map.status as status, > storage_pool.name as storage_pool_name, > storage_domain_static.storage_type as storage_type, > storage_domain_static.storage_domain_type as storage_domain_type, > storage_domain_static.storage_domain_format_type as storage_domain_format_type, > storage_domain_static.last_time_used_as_master as last_time_used_as_master, > fn_get_storage_domain_shared_status_by_domain_id(storage_domain_static.id,storage_pool_iso_map.status,storage_domain_static.storage_domain_type) as storage_domain_shared_status, > storage_domain_static.recoverable as recoverable >FROM storage_domain_static >INNER JOIN storage_domain_dynamic ON storage_domain_static.id = storage_domain_dynamic.id >LEFT OUTER JOIN storage_pool_iso_map ON storage_domain_static.id = storage_pool_iso_map.storage_id >LEFT OUTER JOIN storage_pool ON storage_pool_iso_map.storage_pool_id = storage_pool.id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW storage_domains_without_storage_pools >AS >SELECT DISTINCT >storage_domain_static.id as id, storage_domain_static.storage as storage, storage_domain_static.storage_name as storage_name, storage_domain_static.storage_description as storage_description, > storage_domain_static.storage_comment as storage_comment, storage_domain_static.storage_type as storage_type, storage_domain_static.storage_domain_type as storage_domain_type, > storage_domain_static.storage_domain_format_type as storage_domain_format_type, > storage_domain_static.last_time_used_as_master as last_time_used_as_master, > null as storage_pool_id, null as storage_pool_name, > storage_domain_dynamic.available_disk_size as available_disk_size, > storage_domain_dynamic.used_disk_size as used_disk_size, > fn_get_disk_commited_value_by_storage(storage_domain_static.id) as commited_disk_size, > fn_get_actual_images_size_by_storage(storage_domain_static.id) as actual_images_size, > null as status, > fn_get_storage_domain_shared_status_by_domain_id(storage_domain_static.id,storage_pool_iso_map.status,storage_domain_static.storage_domain_type) as storage_domain_shared_status, > storage_domain_static.recoverable as recoverable >FROM >storage_domain_static >INNER JOIN storage_domain_dynamic ON storage_domain_static.id = storage_domain_dynamic.id >LEFT OUTER JOIN storage_pool_iso_map ON storage_domain_static.id = storage_pool_iso_map.storage_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW storage_domains_for_search >AS >SELECT > storage_domain_static.id as id, storage_domain_static.storage as storage, storage_domain_static.storage_name as storage_name, storage_domain_static.storage_description as storage_description, > storage_domain_static.storage_comment as storage_comment, storage_domain_static.storage_type as storage_type, storage_domain_static.storage_domain_type as storage_domain_type, > storage_domain_static.storage_domain_format_type as storage_domain_format_type, > storage_domain_static.last_time_used_as_master as last_time_used_as_master, > CASE > WHEN status_table.is_multi_domain THEN NULL > WHEN status_table.status IS NULL THEN 2 > ELSE status_table.status END as status, > null as storage_pool_id, null as storage_pool_name, > storage_domain_dynamic.available_disk_size as available_disk_size, > storage_domain_dynamic.used_disk_size as used_disk_size, > fn_get_disk_commited_value_by_storage(storage_domain_static.id) as commited_disk_size, > fn_get_actual_images_size_by_storage(storage_domain_static.id) as actual_images_size, > fn_get_storage_domain_shared_status_by_domain_id(storage_domain_static.id,status_table.status,storage_domain_static.storage_domain_type) as storage_domain_shared_status, > storage_domain_static.recoverable as recoverable >FROM > storage_domain_static >INNER JOIN > storage_domain_dynamic ON storage_domain_static.id = storage_domain_dynamic.id >LEFT OUTER JOIN > (SELECT storage_id, count(storage_id) > 1 as is_multi_domain, max(status) AS status > FROM storage_pool_iso_map > GROUP BY storage_id) AS status_table ON storage_domain_static.id=status_table.storage_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW luns_view >AS >SELECT >luns.*, storage_domain_static.id as storage_id, storage_domain_static.storage_name as storage_name, > disk_lun_map.disk_id as disk_id, all_disks.disk_alias as disk_alias >FROM luns >LEFT OUTER JOIN storage_domain_static ON luns.volume_group_id = storage_domain_static.storage >LEFT OUTER JOIN disk_lun_map ON luns.lun_id = disk_lun_map.lun_id >LEFT OUTER JOIN all_disks ON disk_lun_map.disk_id = all_disks.disk_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vm_templates_view >AS >SELECT >vm_templates.vm_guid as vmt_guid, > vm_templates.vm_name as name, > vm_templates.mem_size_mb as mem_size_mb, > vm_templates.os as os, > vm_templates.creation_date as creation_date, > vm_templates.child_count as child_count, > vm_templates.num_of_sockets as num_of_sockets, > vm_templates.cpu_per_socket as cpu_per_socket, > vm_templates.num_of_sockets*vm_templates.cpu_per_socket as num_of_cpus, > vm_templates.description as description, > vm_templates.free_text_comment as free_text_comment, > vm_templates.vds_group_id as vds_group_id, > vm_templates.domain as domain, > vm_templates.num_of_monitors as num_of_monitors, > vm_templates.single_qxl_pci as single_qxl_pci, > vm_templates.allow_console_reconnect as allow_console_reconnect, > vm_templates.template_status as status, > vm_templates.usb_policy as usb_policy, > vm_templates.time_zone as time_zone, > vm_templates.fail_back as fail_back, > vds_groups.name as vds_group_name, > vds_groups.trusted_service as trusted_service, > vm_templates.vm_type as vm_type, > vm_templates.nice_level as nice_level, > vm_templates.cpu_shares as cpu_shares, > storage_pool.id as storage_pool_id, > storage_pool.name as storage_pool_name, > storage_pool.quota_enforcement_type as quota_enforcement_type, > vm_templates.default_boot_sequence as default_boot_sequence, > vm_templates.default_display_type as default_display_type, > vm_templates.priority as priority, > vm_templates.auto_startup as auto_startup, > vm_templates.is_stateless as is_stateless, > vm_templates.is_smartcard_enabled as is_smartcard_enabled, > vm_templates.is_delete_protected as is_delete_protected, > vm_templates.sso_method as sso_method, > vm_templates.iso_path as iso_path, > vm_templates.origin as origin, > vm_templates.initrd_url as initrd_url, > vm_templates.kernel_url as kernel_url, > vm_templates.kernel_params as kernel_params, > vm_templates.quota_id as quota_id, > quota.quota_name as quota_name, > vm_templates.db_generation as db_generation, > vm_templates.migration_support, > vm_templates.dedicated_vm_for_vds, > vm_templates.is_disabled, > vm_templates.tunnel_migration, > vm_templates.vnc_keyboard_layout as vnc_keyboard_layout, > vm_templates.min_allocated_mem as min_allocated_mem, > vm_templates.is_run_and_pause as is_run_and_pause, > vm_templates.created_by_user_id as created_by_user_id, > vm_templates.entity_type, > vds_groups.architecture as architecture >FROM vm_static AS vm_templates INNER JOIN >vds_groups ON vm_templates.vds_group_id = vds_groups.vds_group_id >left outer JOIN >storage_pool ON storage_pool.id = vds_groups.storage_pool_id >left outer JOIN >quota ON vm_templates.quota_id = quota.id >WHERE entity_type = 'TEMPLATE' OR entity_type = 'INSTANCE_TYPE' OR entity_type = 'IMAGE_TYPE'; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vm_templates_with_plug_info >as >SELECT vm_templates_view.*, image_guid, image_group_id, is_plugged >FROM vm_templates_view >INNER JOIN vm_device vd ON vd.vm_id = vm_templates_view.vmt_guid >INNER JOIN images ON images.image_group_id = vd.device_id AND images.active = TRUE; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vm_templates_storage_domain >AS > SELECT vm_templates.vm_guid AS vmt_guid, vm_templates.vm_name AS name, vm_templates.mem_size_mb, > vm_templates.os, vm_templates.creation_date, > vm_templates.child_count, vm_templates.num_of_sockets, vm_templates.cpu_per_socket, > vm_templates.num_of_sockets*vm_templates.cpu_per_socket AS num_of_cpus, vm_templates.description, vm_templates.free_text_comment, > vm_templates.vds_group_id, vm_templates.domain, vm_templates.num_of_monitors, vm_templates.single_qxl_pci, vm_templates.allow_console_reconnect, vm_templates.template_status AS status, > vm_templates.usb_policy, vm_templates.time_zone, vm_templates.fail_back, > vds_groups.name AS vds_group_name, vm_templates.vm_type, vm_templates.nice_level, vm_templates.cpu_shares, storage_pool.id AS storage_pool_id, storage_pool.name > AS storage_pool_name, > vm_templates.default_boot_sequence, vm_templates.default_display_type, vm_templates.priority, vm_templates.auto_startup, > vm_templates.is_stateless, vm_templates.iso_path, vm_templates.origin, vm_templates.initrd_url, vm_templates.kernel_url, > vm_templates.kernel_params, image_storage_domain_map.storage_domain_id AS storage_id, > quota.quota_name as quota_name, vm_templates.is_disabled, vm_templates.min_allocated_mem, vm_templates.is_run_and_pause, vm_templates.created_by_user_id, > vm_templates.entity_type, vds_groups.architecture >FROM vm_static AS vm_templates INNER JOIN > vds_groups ON vm_templates.vds_group_id = vds_groups.vds_group_id LEFT OUTER JOIN > storage_pool ON storage_pool.id = vds_groups.storage_pool_id INNER JOIN > vm_device ON vm_device.vm_id = vm_templates.vm_guid LEFT JOIN > images ON images.image_group_id = vm_device.device_id > LEFT JOIN image_storage_domain_map ON image_storage_domain_map.image_id = images.image_guid > LEFT OUTER JOIN quota quota on quota.id = vm_templates.quota_id >WHERE entity_type = 'TEMPLATE' OR entity_type = 'INSTANCE_TYPE' OR entity_type = 'IMAGE_TYPE' >UNION >SELECT vm_templates_1.vm_guid AS vmt_guid, vm_templates_1.vm_name AS name, vm_templates_1.mem_size_mb, vm_templates_1.os, vm_templates_1.creation_date, > vm_templates_1.child_count, vm_templates_1.num_of_sockets, vm_templates_1.cpu_per_socket, > vm_templates_1.num_of_sockets*vm_templates_1.cpu_per_socket AS num_of_cpus, vm_templates_1.description, vm_templates_1.free_text_comment, vm_templates_1.vds_group_id, > vm_templates_1.domain, vm_templates_1.num_of_monitors, vm_templates_1.single_qxl_pci, vm_templates_1.allow_console_reconnect, vm_templates_1.template_status AS status, vm_templates_1.usb_policy, vm_templates_1.time_zone, > vm_templates_1.fail_back, vds_groups_1.name AS vds_group_name, vm_templates_1.vm_type, > vm_templates_1.nice_level, vm_templates_1.cpu_shares, storage_pool_1.id AS storage_pool_id, > storage_pool_1.name AS storage_pool_name, vm_templates_1.default_boot_sequence, vm_templates_1.default_display_type, > vm_templates_1.priority, vm_templates_1.auto_startup, vm_templates_1.is_stateless, vm_templates_1.iso_path, vm_templates_1.origin, > vm_templates_1.initrd_url, vm_templates_1.kernel_url, vm_templates_1.kernel_params, > image_storage_domain_map.storage_domain_id AS storage_id, > quota.quota_name as quota_name, vm_templates_1.is_disabled, vm_templates_1.min_allocated_mem, vm_templates_1.is_run_and_pause, vm_templates_1.created_by_user_id, > vm_templates_1.entity_type, vds_groups_1.architecture >FROM vm_static AS vm_templates_1 INNER JOIN > vds_groups AS vds_groups_1 ON vm_templates_1.vds_group_id = vds_groups_1.vds_group_id LEFT OUTER JOIN > storage_pool AS storage_pool_1 ON storage_pool_1.id = vds_groups_1.storage_pool_id INNER JOIN > vm_device AS vm_device_1 ON vm_device_1.vm_id = vm_templates_1.vm_guid INNER JOIN > images AS images_1 ON images_1.image_group_id = vm_device_1.device_id INNER JOIN > image_storage_domain_map ON image_storage_domain_map.image_id = images_1.image_guid > LEFT OUTER JOIN quota quota on quota.id = vm_templates_1.quota_id >WHERE entity_type = 'TEMPLATE' OR entity_type = 'INSTANCE_TYPE' OR entity_type = 'IMAGE_TYPE'; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW instance_types_view >AS > SELECT * from vm_templates_view where entity_type = 'INSTANCE_TYPE'; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW instance_types_storage_domain >AS > SELECT * from vm_templates_storage_domain where entity_type = 'INSTANCE_TYPE'; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW image_types_view >AS > SELECT * from vm_templates_view where entity_type = 'IMAGE_TYPE'; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW image_types_storage_domain >AS > SELECT * from vm_templates_storage_domain where entity_type = 'IMAGE_TYPE'; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vm_pool_map_view >AS >SELECT >vm_pool_map.vm_guid as vm_guid, >vm_pool_map.vm_pool_id as vm_pool_id, >vm_pools.vm_pool_name as vm_pool_name >from vm_pool_map >INNER JOIN vm_pools >ON vm_pool_map.vm_pool_id = vm_pools.vm_pool_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW tags_vm_pool_map_view >AS >SELECT tags.tag_id as tag_id, > tags.tag_name as tag_name, > tags.parent_id as parent_id, > tags.readonly as readonly, tags.type as type, > tags_vm_pool_map.vm_pool_id as vm_pool_id >FROM tags INNER JOIN >tags_vm_pool_map ON tags.tag_id = tags_vm_pool_map.tag_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW tags_vm_map_view >AS >SELECT tags.tag_id as tag_id, > tags.tag_name as tag_name, > tags.parent_id as parent_id, > tags.readonly as readonly, > tags.type as type, > tags_vm_map.vm_id as vm_id >FROM tags INNER JOIN >tags_vm_map ON tags.tag_id = tags_vm_map.tag_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW tags_vds_map_view >AS >SELECT tags.tag_id as tag_id, > tags.tag_name as tag_name, > tags.parent_id as parent_id, > tags.readonly as readonly, > tags.type as type, > tags_vds_map.vds_id as vds_id >FROM tags INNER JOIN >tags_vds_map ON tags.tag_id = tags_vds_map.tag_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW tags_user_map_view >AS >SELECT tags.tag_id as tag_id, > tags.tag_name as tag_name, > tags.parent_id as parent_id, > tags.readonly as readonly, > tags.type as type, > tags_user_map.user_id as user_id >FROM tags INNER JOIN >tags_user_map ON tags.tag_id = tags_user_map.tag_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW tags_user_group_map_view >AS >SELECT tags.tag_id as tag_id, > tags.tag_name as tag_name, > tags.parent_id as parent_id, > tags.readonly as readonly, > tags.type as type, > tags_user_group_map.group_id as group_id >FROM tags_user_group_map INNER JOIN >tags ON tags_user_group_map.tag_id = tags.tag_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vms >AS >SELECT vm_static.vm_name as vm_name, vm_static.mem_size_mb as vm_mem_size_mb, vm_static.nice_level as nice_level, vm_static.cpu_shares as cpu_shares, > vm_static.vmt_guid as vmt_guid, vm_static.os as vm_os, vm_static.description as vm_description, vm_static.free_text_comment as vm_comment, vm_static.vds_group_id as vds_group_id, > vm_static.domain as vm_domain, vm_static.creation_date as vm_creation_date, vm_static.auto_startup as auto_startup, vm_static.is_stateless as is_stateless, > vm_static.is_smartcard_enabled as is_smartcard_enabled, vm_static.is_delete_protected as is_delete_protected, vm_static.sso_method as sso_method, vm_static.dedicated_vm_for_vds as dedicated_vm_for_vds, > vm_static.fail_back as fail_back, vm_static.default_boot_sequence as default_boot_sequence, vm_static.vm_type as vm_type, > vds_groups.name as vds_group_name, vds_groups.transparent_hugepages as transparent_hugepages, vds_groups.trusted_service as trusted_service, > storage_pool.id as storage_pool_id, storage_pool.name as storage_pool_name, > vds_groups.description as vds_group_description, vm_templates.vm_name as vmt_name, > vm_templates.mem_size_mb as vmt_mem_size_mb, vm_templates.os as vmt_os, vm_templates.creation_date as vmt_creation_date, > vm_templates.child_count as vmt_child_count, vm_templates.num_of_sockets as vmt_num_of_sockets, > vm_templates.cpu_per_socket as vmt_cpu_per_socket, vm_templates.num_of_sockets*vm_templates.cpu_per_socket as vmt_num_of_cpus, > vm_templates.description as vmt_description, vm_dynamic.status as status, vm_dynamic.vm_ip as vm_ip, vm_dynamic.vm_host as vm_host, > vm_dynamic.vm_pid as vm_pid, vm_dynamic.last_start_time as last_start_time, vm_dynamic.guest_cur_user_name as guest_cur_user_name, vm_dynamic.console_cur_user_name as console_cur_user_name, > vm_dynamic.guest_last_login_time as guest_last_login_time, vm_dynamic.guest_last_logout_time as guest_last_logout_time, vm_dynamic.guest_os as guest_os, > vm_dynamic.console_user_id as console_user_id, vm_dynamic.guest_agent_nics_hash as guest_agent_nics_hash, > vm_dynamic.run_on_vds as run_on_vds, vm_dynamic.migrating_to_vds as migrating_to_vds, vm_dynamic.app_list as app_list, vm_dynamic.display as display, vm_dynamic.hibernation_vol_handle as hibernation_vol_handle, > vm_pool_map_view.vm_pool_name as vm_pool_name, vm_pool_map_view.vm_pool_id as vm_pool_id, vm_static.vm_guid as vm_guid, vm_static.num_of_monitors as num_of_monitors, vm_static.single_qxl_pci as single_qxl_pci, vm_static.allow_console_reconnect as allow_console_reconnect, vm_static.is_initialized as is_initialized, > vm_static.num_of_sockets as num_of_sockets, vm_static.cpu_per_socket as cpu_per_socket, vm_static.usb_policy as usb_policy, vm_dynamic.acpi_enable as acpi_enable, vm_dynamic.session as session, > vm_static.num_of_sockets*vm_static.cpu_per_socket as num_of_cpus, > vm_static.quota_id as quota_id, quota.quota_name as quota_name, storage_pool.quota_enforcement_type as quota_enforcement_type, > vm_dynamic.display_ip as display_ip, vm_dynamic.display_type as display_type, vm_dynamic.kvm_enable as kvm_enable, vm_dynamic.boot_sequence as boot_sequence, > vm_dynamic.display_secure_port as display_secure_port, vm_dynamic.utc_diff as utc_diff, vm_dynamic.last_vds_run_on as last_vds_run_on, > vm_dynamic.client_ip as client_ip,vm_dynamic.guest_requested_memory as guest_requested_memory, vm_static.time_zone as time_zone, vm_statistics.cpu_user as cpu_user, vm_statistics.cpu_sys as cpu_sys, > vm_statistics.elapsed_time as elapsed_time, vm_statistics.usage_network_percent as usage_network_percent, > vm_statistics.usage_mem_percent as usage_mem_percent, vm_statistics.usage_cpu_percent as usage_cpu_percent, vds_static.vds_name as run_on_vds_name, vds_groups.cpu_name as vds_group_cpu_name, > vm_static.default_display_type as default_display_type, vm_static.priority as priority,vm_static.iso_path as iso_path, vm_static.origin as origin, vds_groups.compatibility_version as vds_group_compatibility_version, > vm_static.initrd_url as initrd_url, vm_static.kernel_url as kernel_url, vm_static.kernel_params as kernel_params, vm_dynamic.pause_status as pause_status, vm_dynamic.exit_message as exit_message, vm_dynamic.exit_status as exit_status,vm_static.migration_support as migration_support,vm_static.predefined_properties as predefined_properties,vm_static.userdefined_properties as userdefined_properties,vm_static.min_allocated_mem as min_allocated_mem, vm_dynamic.hash as hash, vm_static.cpu_pinning as cpu_pinning, vm_static.db_generation as db_generation, vm_static.host_cpu_flags as host_cpu_flags, > vm_static.tunnel_migration as tunnel_migration, vm_static.vnc_keyboard_layout as vnc_keyboard_layout, vm_static.is_run_and_pause as is_run_and_pause, vm_static.created_by_user_id as created_by_user_id, > vm_dynamic.last_watchdog_event as last_watchdog_event, vm_dynamic.last_watchdog_action as last_watchdog_action, vm_dynamic.is_run_once as is_run_once, vm_dynamic.vm_fqdn as vm_fqdn, vm_dynamic.cpu_name as cpu_name, > vm_static.instance_type_id as instance_type_id, vm_static.image_type_id as image_type_id, vds_groups.architecture as architecture >FROM vm_static INNER JOIN >vm_dynamic ON vm_static.vm_guid = vm_dynamic.vm_guid INNER JOIN >vm_static AS vm_templates ON vm_static.vmt_guid = vm_templates.vm_guid INNER JOIN >vm_statistics ON vm_static.vm_guid = vm_statistics.vm_guid INNER JOIN >vds_groups ON vm_static.vds_group_id = vds_groups.vds_group_id LEFT OUTER JOIN >storage_pool ON vm_static.vds_group_id = vds_groups.vds_group_id >and vds_groups.storage_pool_id = storage_pool.id LEFT OUTER JOIN >quota ON vm_static.quota_id = quota.id LEFT OUTER JOIN >vds_static ON vm_dynamic.run_on_vds = vds_static.vds_id LEFT OUTER JOIN >vm_pool_map_view ON vm_static.vm_guid = vm_pool_map_view.vm_guid >WHERE vm_static.entity_type = 'VM'; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vms_with_tags >AS >SELECT vms.vm_name, vms.vm_mem_size_mb, vms.nice_level, vms.cpu_shares, vms.vmt_guid, vms.vm_os, vms.vm_description, vms.vm_comment, > vms.vds_group_id, vms.vm_domain, vms.vm_creation_date, vms.auto_startup, vms.is_stateless, vms.is_smartcard_enabled, vms.is_delete_protected, > vms.sso_method, vms.dedicated_vm_for_vds, vms.fail_back, vms.default_boot_sequence, vms.vm_type, > vms.vds_group_name, vms.storage_pool_id, vms.storage_pool_name, > vms.vds_group_description, vms.vmt_name, vms.vmt_mem_size_mb, vms.vmt_os, vms.vmt_creation_date, > vms.vmt_child_count, vms.vmt_num_of_sockets, vms.vmt_cpu_per_socket, vms.vmt_description, vms.status, vms.vm_ip, > vms.vm_host, vms.vmt_num_of_sockets * vms.vmt_cpu_per_socket AS vmt_num_of_cpus, vms.vm_pid, > vms.last_start_time, vms.guest_cur_user_name, vms.console_cur_user_name, vms.guest_last_login_time, vms.console_user_id, > vms.guest_last_logout_time, vms.guest_os, vms.run_on_vds, vms.migrating_to_vds, vms.app_list, vms.display, > vms.hibernation_vol_handle, vms.vm_pool_name, vms.vm_pool_id, vms.vm_guid, vms.num_of_monitors, vms.single_qxl_pci, > vms.allow_console_reconnect, > vms.is_initialized, vms.num_of_sockets, vms.cpu_per_socket, vms.usb_policy, vms.acpi_enable, > vms.session, vms.num_of_sockets * vms.cpu_per_socket AS num_of_cpus, vms.display_ip, vms.display_type, > vms.kvm_enable, vms.boot_sequence, vms.display_secure_port, vms.utc_diff, vms.last_vds_run_on, vms.client_ip, > vms.guest_requested_memory, vms.time_zone, vms.cpu_user, vms.cpu_sys, vms.elapsed_time, > vms.usage_network_percent, vms.usage_mem_percent, vms.usage_cpu_percent, vms.run_on_vds_name, > vms.vds_group_cpu_name, tags_vm_map_view.tag_name, tags_vm_map_view.tag_id, vms.default_display_type, vms.priority, > vms.vds_group_compatibility_version, vms.initrd_url, vms.kernel_url, vms.kernel_params, vms.pause_status, > vms.exit_status, vms.exit_message, vms.min_allocated_mem, storage_domain_static.id AS storage_id, > vms.quota_id as quota_id, vms.quota_name as quota_name, vms.tunnel_migration as tunnel_migration, > vms.vnc_keyboard_layout as vnc_keyboard_layout, vms.is_run_and_pause as is_run_and_pause, vms.created_by_user_id as created_by_user_id, vms.vm_fqdn, vms.cpu_name as cpu_name, > vms.instance_type_id as instance_type_id, vms.image_type_id as image_type_id, vms.architecture as architecture >FROM vms LEFT OUTER JOIN > tags_vm_map_view ON vms.vm_guid = tags_vm_map_view.vm_id LEFT OUTER JOIN > vm_device ON vm_device.vm_id = vms.vm_guid LEFT OUTER JOIN > images ON images.image_group_id = vm_device.device_id LEFT OUTER JOIN > image_storage_domain_map ON image_storage_domain_map.image_id = images.image_guid LEFT OUTER JOIN > storage_domain_static ON storage_domain_static.id = image_storage_domain_map.storage_domain_id >WHERE images.active IS NULL OR images.active = TRUE; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW server_vms >as >SELECT * FROM vms >WHERE vm_type = '1'; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vms_with_plug_info >as >SELECT * >FROM vms >INNER JOIN vm_device vd ON vd.vm_id = vms.vm_guid; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW desktop_vms >as >SELECT * FROM vms >WHERE vm_type = '0'; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vds >as >SELECT vds_groups.vds_group_id as vds_group_id, vds_groups.name as vds_group_name, vds_groups.description as vds_group_description, vds_groups.architecture as architecture, > vds_static.vds_id as vds_id, vds_static.vds_name as vds_name, vds_static.ip as ip, vds_static.vds_unique_id as vds_unique_id, > vds_static.host_name as host_name, vds_static.free_text_comment as free_text_comment, > vds_static.port as port, vds_static.vds_strength as vds_strength, vds_static.server_SSL_enabled as server_SSL_enabled, vds_static.vds_type as vds_type, > vds_static.pm_type as pm_type, vds_static.pm_user as pm_user, vds_static.pm_password as pm_password, vds_static.pm_port as pm_port, > vds_static.pm_options as pm_options, vds_static.pm_enabled as pm_enabled, > vds_static.pm_proxy_preferences as pm_proxy_preferences,vds_static.pm_secondary_ip as pm_secondary_ip, > vds_static.pm_secondary_options as pm_secondary_options, vds_static.pm_secondary_port as pm_secondary_port, > vds_static.pm_secondary_password as pm_secondary_password, vds_static.pm_secondary_user as pm_secondary_user, > vds_static.pm_secondary_type as pm_secondary_type, vds_static.pm_secondary_concurrent as pm_secondary_concurrent, > vds_static.vds_spm_priority as vds_spm_priority, vds_dynamic.hooks as hooks,vds_dynamic.status as status, > vds_dynamic.cpu_cores as cpu_cores, vds_dynamic.cpu_threads as cpu_threads, vds_dynamic.cpu_model as cpu_model, vds_dynamic.cpu_speed_mh as cpu_speed_mh, > vds_dynamic.if_total_speed as if_total_speed, vds_dynamic.kvm_enabled as kvm_enabled, vds_dynamic.physical_mem_mb as physical_mem_mb, > vds_dynamic.pending_vcpus_count as pending_vcpus_count, vds_dynamic.pending_vmem_size as pending_vmem_size,vds_dynamic.mem_commited as mem_commited, vds_dynamic.vm_active as vm_active, vds_dynamic.vm_count as vm_count, > vds_dynamic.vm_migrating as vm_migrating, vds_dynamic.vms_cores_count as vms_cores_count, vds_dynamic.cpu_over_commit_time_stamp as cpu_over_commit_time_stamp, > vds_groups.max_vds_memory_over_commit as max_vds_memory_over_commit, vds_dynamic.net_config_dirty as net_config_dirty, vds_groups.count_threads_as_cores as count_threads_as_cores, > storage_pool.id as storage_pool_id, storage_pool.name as storage_pool_name, vds_dynamic.reserved_mem as reserved_mem, > vds_dynamic.guest_overhead as guest_overhead, vds_dynamic.rpm_version as rpm_version, vds_dynamic.software_version as software_version, vds_dynamic.version_name as version_name, vds_dynamic.build_name as build_name, > vds_dynamic.previous_status as previous_status, vds_statistics.cpu_idle as cpu_idle, vds_statistics.cpu_load as cpu_load, vds_statistics.cpu_sys as cpu_sys, vds_statistics.cpu_user as cpu_user, > vds_statistics.usage_mem_percent as usage_mem_percent, vds_statistics.usage_cpu_percent as usage_cpu_percent, vds_statistics.usage_network_percent as usage_network_percent, > vds_statistics.mem_available as mem_available, vds_statistics.mem_free as mem_free, vds_statistics.mem_shared as mem_shared, vds_statistics.swap_free as swap_free, > vds_statistics.swap_total as swap_total, vds_statistics.ksm_cpu_percent as ksm_cpu_percent, vds_statistics.ksm_pages as ksm_pages, vds_statistics.ksm_state as ksm_state, > vds_dynamic.cpu_flags as cpu_flags,vds_groups.cpu_name as vds_group_cpu_name, vds_dynamic.cpu_sockets as cpu_sockets, vds_spm_id_map.vds_spm_id as vds_spm_id, vds_static.otp_validity as otp_validity, > CASE WHEN storage_pool.spm_vds_id = vds_static.vds_id THEN CASE WHEN storage_pool.status = 5 THEN 1 ELSE 2 END ELSE 0 END as spm_status, vds_dynamic.supported_cluster_levels as supported_cluster_levels, vds_dynamic.supported_engines as supported_engines, vds_groups.compatibility_version as vds_group_compatibility_version, > vds_groups.virt_service as vds_group_virt_service, vds_groups.gluster_service as vds_group_gluster_service, > vds_dynamic.host_os as host_os, vds_dynamic.kvm_version as kvm_version, vds_dynamic.libvirt_version as libvirt_version, vds_dynamic.spice_version as spice_version, vds_dynamic.gluster_version as gluster_version, vds_dynamic.kernel_version as kernel_version, vds_dynamic.iscsi_initiator_name as iscsi_initiator_name, > vds_dynamic.transparent_hugepages_state as transparent_hugepages_state, vds_dynamic.anonymous_hugepages as anonymous_hugepages, vds_dynamic.non_operational_reason as non_operational_reason, > vds_static.recoverable as recoverable, vds_static.sshKeyFingerprint as sshKeyFingerprint, vds_dynamic.hw_manufacturer as hw_manufacturer, vds_dynamic.hw_product_name as hw_product_name, vds_dynamic.hw_version as hw_version, > vds_dynamic.hw_serial_number as hw_serial_number, vds_dynamic.hw_uuid as hw_uuid, vds_dynamic.hw_family as hw_family, vds_static.console_address as console_address, > vds_dynamic.hbas as hbas, vds_dynamic.supported_emulated_machines as supported_emulated_machines, vds_static.ssh_port as ssh_port, vds_static.ssh_username as ssh_username, vds_statistics.ha_score as ha_score >FROM vds_groups INNER JOIN >vds_static ON vds_groups.vds_group_id = vds_static.vds_group_id INNER JOIN >vds_dynamic ON vds_static.vds_id = vds_dynamic.vds_id INNER JOIN >vds_statistics ON vds_static.vds_id = vds_statistics.vds_id LEFT OUTER JOIN >storage_pool ON vds_groups.storage_pool_id = storage_pool.id LEFT OUTER JOIN >vds_spm_id_map ON vds_static.vds_id = vds_spm_id_map.vds_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vds_with_tags >as >SELECT vds_groups.vds_group_id, vds_groups.name AS vds_group_name, vds_groups.description AS vds_group_description, vds_groups.architecture as architecture, > vds_static.vds_id, vds_static.vds_name, vds_static.ip, vds_static.vds_unique_id, > vds_static.host_name, vds_static.free_text_comment, vds_static.port, vds_static.vds_strength, vds_static.server_SSL_enabled, vds_static.vds_type, > vds_static.pm_type, vds_static.pm_user, vds_static.pm_password, vds_static.pm_port, > vds_dynamic.hw_product_name, vds_dynamic.hw_version, vds_dynamic.hw_serial_number, vds_dynamic.hw_uuid, vds_dynamic.hw_family, > vds_static.pm_options, vds_static.pm_enabled, vds_static.pm_proxy_preferences as pm_proxy_preferences, > vds_static.pm_secondary_ip as pm_secondary_ip, > vds_static.pm_secondary_options as pm_secondary_options, vds_static.pm_secondary_port as pm_secondary_port, > vds_static.pm_secondary_password as pm_secondary_password, vds_static.pm_secondary_user as pm_secondary_user, > vds_static.pm_secondary_type as pm_secondary_type, vds_static.pm_secondary_concurrent as pm_secondary_concurrent, > vds_dynamic.hooks, vds_dynamic.status, vds_dynamic.cpu_cores, > vds_dynamic.cpu_threads, vds_dynamic.cpu_model, vds_dynamic.cpu_speed_mh, vds_dynamic.if_total_speed, vds_dynamic.kvm_enabled, > vds_dynamic.physical_mem_mb, vds_dynamic.pending_vcpus_count, vds_dynamic.pending_vmem_size, > vds_dynamic.mem_commited, vds_dynamic.vm_active, vds_dynamic.vm_count, vds_dynamic.vm_migrating, > vds_dynamic.vms_cores_count, vds_dynamic.cpu_over_commit_time_stamp, > vds_dynamic.net_config_dirty, vds_groups.max_vds_memory_over_commit, vds_groups.count_threads_as_cores, > storage_pool.id AS storage_pool_id, storage_pool.name AS storage_pool_name, tags_vds_map_view.tag_name, > tags_vds_map_view.tag_id, vds_dynamic.reserved_mem, vds_dynamic.guest_overhead, vds_dynamic.rpm_version, vds_dynamic.software_version, > vds_dynamic.version_name, vds_dynamic.build_name, vds_dynamic.previous_status, vds_statistics.cpu_idle, > vds_statistics.cpu_load, vds_statistics.cpu_sys, vds_statistics.cpu_user, vds_statistics.usage_mem_percent, > vds_statistics.usage_cpu_percent, vds_statistics.usage_network_percent, vds_statistics.mem_available, vds_statistics.mem_free, > vds_statistics.mem_shared, vds_statistics.swap_free, vds_statistics.swap_total, vds_statistics.ksm_cpu_percent, > vds_statistics.ksm_pages, vds_statistics.ksm_state, vds_dynamic.cpu_flags, vds_groups.cpu_name AS vds_group_cpu_name, > vds_dynamic.cpu_sockets, vds_spm_id_map.vds_spm_id, vds_static.otp_validity as otp_validity, vds_static.console_address as console_address, > CASE WHEN storage_pool.spm_vds_id = vds_static.vds_id THEN CASE WHEN storage_pool.status = 5 THEN 1 ELSE 2 END ELSE 0 END AS >spm_status, vds_dynamic.supported_cluster_levels, vds_dynamic.supported_engines, > vds_groups.compatibility_version AS vds_group_compatibility_version, vds_dynamic.host_os, vds_dynamic.kvm_version, vds_dynamic.libvirt_version, > vds_dynamic.spice_version, vds_dynamic.gluster_version, vds_dynamic.kernel_version, vds_dynamic.iscsi_initiator_name, > vds_dynamic.transparent_hugepages_state, vds_dynamic.anonymous_hugepages, vds_dynamic.non_operational_reason, > storage_pool_iso_map.storage_id, vds_static.ssh_port, vds_static.ssh_username, vds_statistics.ha_score as ha_score >FROM vds_groups INNER JOIN >vds_static ON vds_groups.vds_group_id = vds_static.vds_group_id INNER JOIN >vds_dynamic ON vds_static.vds_id = vds_dynamic.vds_id INNER JOIN >vds_statistics ON vds_static.vds_id = vds_statistics.vds_id LEFT OUTER JOIN >storage_pool ON vds_groups.storage_pool_id = storage_pool.id LEFT OUTER JOIN >tags_vds_map_view ON vds_static.vds_id = tags_vds_map_view.vds_id LEFT OUTER JOIN >vds_spm_id_map ON vds_static.vds_id = vds_spm_id_map.vds_id LEFT OUTER JOIN >storage_pool_iso_map ON storage_pool_iso_map.storage_pool_id = storage_pool.id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW users_and_groups_to_vm_pool_map_view >AS >select p.vm_pool_id as vm_pool_id, p.vm_pool_name as vm_pool_name, per.ad_element_id as user_id >FROM vm_pools AS p >INNER JOIN permissions as per on per.object_id = p.vm_pool_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vdc_users >AS >SELECT 'user' as user_group, users_1.name as name, users_1.user_id as user_id, users_1.surname as surname, users_1.domain as domain, users_1.username as username, users_1.groups as groups, users_1.department as department, > users_1.role as role, users_1.email as email, users_1.note as note, users_1.status as status, 0 as vm_admin, > users_1.last_admin_check_status as last_admin_check_status, users_1.group_ids as group_ids, > users_1.external_id as external_id >FROM users AS users_1 >UNION >SELECT 'group' as user_group, ad_groups.name as name, ad_groups.id as id, '' as surname, ad_groups.domain as domain, '' as username, '' as groups, '' as department, '' as role, > '' as email, '' as note, ad_groups.status as status, 1 as vm_admin, null as last_admin_check_status, '' as group_ids, > '' as external_id >FROM ad_groups; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vdc_users_with_tags >AS >SELECT users_1.user_group as user_group, users_1.name as name, permissions.object_id as vm_guid, users_1.user_id as user_id, users_1.surname as surname, users_1.domain as domain, > users_1.username as username, users_1.groups as groups, users_1.department as department, users_1.role as role, roles1.name as mla_role, users_1.email as email, > users_1.note as note, users_1.status as status, users_1.vm_admin as vm_admin, tags_user_map_view_1.tag_name as tag_name, tags_user_map_view_1.tag_id as tag_id, users_1.last_admin_check_status as last_admin_check_status, users_1.group_ids as group_ids, > pools.vm_pool_name as vm_pool_name >FROM vdc_users AS users_1 LEFT OUTER JOIN >users_and_groups_to_vm_pool_map_view AS pools ON users_1.user_id = pools.user_id LEFT OUTER JOIN >permissions ON users_1.user_id = permissions.ad_element_id LEFT OUTER JOIN >tags ON tags.type = 1 LEFT OUTER JOIN >tags_user_map_view AS tags_user_map_view_1 ON users_1.user_id = tags_user_map_view_1.user_id LEFT OUTER JOIN >roles AS roles1 ON roles1.id = permissions.role_id >WHERE (users_1.user_group = 'user') >UNION >SELECT users_2.user_group as user_group, users_2.name as name, permissions_1.object_id as vm_guid, users_2.user_id as user_id, users_2.surname as surname, users_2.domain as domain, > users_2.username as username, users_2.groups as groups, users_2.department as department, users_2.role as role, roles2.name as mla_role, users_2.email as email, > users_2.note as note, users_2.status as status, users_2.vm_admin as vm_admin, tags_user_group_map_view.tag_name as tag_name, tags_user_group_map_view.tag_id as tag_id, > users_2.last_admin_check_status as last_admin_check_status, users_2.group_ids as group_ids , pools1.vm_pool_name as vm_pool_name >FROM vdc_users AS users_2 LEFT OUTER JOIN >users_and_groups_to_vm_pool_map_view AS pools1 ON users_2.user_id = pools1.user_id LEFT OUTER JOIN >permissions AS permissions_1 ON users_2.user_id = permissions_1.ad_element_id LEFT OUTER JOIN >tags AS tags_1 ON tags_1.type = 1 LEFT OUTER JOIN >tags_user_group_map_view ON users_2.user_id = tags_user_group_map_view.group_id LEFT OUTER JOIN >roles AS roles2 ON roles2.id = permissions_1.role_id >WHERE (users_2.user_group = 'group'); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vm_pools_view AS > SELECT vm_pools.vm_pool_id, vm_pools.vm_pool_name, vm_pools.vm_pool_description, vm_pools.vm_pool_comment, vm_pools.vm_pool_type, vm_pools.parameters, vm_pools.prestarted_vms, vm_pools.vds_group_id, vds_groups.name AS vds_group_name, vds_groups.architecture AS architecture, storage_pool.name as storage_pool_name, storage_pool.id as storage_pool_id, vm_pools.max_assigned_vms_per_user as max_assigned_vms_per_user > FROM vm_pools > JOIN vds_groups ON vm_pools.vds_group_id = vds_groups.vds_group_id > JOIN storage_pool ON storage_pool.id = vds_groups.storage_pool_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vm_pools_full_view AS > SELECT vmp.vm_pool_id, vmp.vm_pool_name, vmp.vm_pool_description, vmp.vm_pool_comment, vmp.vm_pool_type, vmp.parameters, vmp.prestarted_vms, vmp.vds_group_id, vmp.vds_group_name, vmp.architecture, vmp.max_assigned_vms_per_user, ( SELECT count(vm_pool_map.vm_pool_id) AS expr1 > FROM vm_pools_view v1 > LEFT JOIN vm_pool_map ON v1.vm_pool_id = vm_pool_map.vm_pool_id AND v1.vm_pool_id = vmp.vm_pool_id) AS assigned_vm_count, ( SELECT count(v2.vm_pool_id) AS expr1 > FROM vm_pools v2 > LEFT JOIN vm_pool_map vm_pool_map_1 ON v2.vm_pool_id = vm_pool_map_1.vm_pool_id AND v2.vm_pool_id = vmp.vm_pool_id > LEFT JOIN vm_dynamic ON vm_pool_map_1.vm_guid = vm_dynamic.vm_guid > WHERE vm_dynamic.status <> ALL (ARRAY[0, 15]) > GROUP BY v2.vm_pool_id) AS vm_running_count, vmp.storage_pool_name, vmp.storage_pool_id > FROM vm_pools_view vmp; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW permissions_view >AS >SELECT permissions.id as id, permissions.role_id as role_id, permissions.ad_element_id as ad_element_id, permissions.object_id as object_id, permissions.object_type_id as object_type_id, > roles.name as role_name, roles.role_type as role_type, roles.allows_viewing_children as allows_viewing_children, roles.app_mode as app_mode, fn_get_entity_name(permissions.object_id,permissions.object_type_id) as object_name, > fn_get_ad_element_name(permissions.ad_element_id) as owner_name >FROM permissions INNER JOIN >roles ON permissions.role_id = roles.id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW internal_permissions_view >AS >SELECT permissions.id as id, permissions.role_id as role_id, permissions.ad_element_id as ad_element_id, permissions.object_id as object_id, permissions.object_type_id as object_type_id, > roles.name as role_name, roles.role_type as role_type, roles.allows_viewing_children as allows_viewing_children >FROM permissions >INNER JOIN roles ON permissions.role_id = roles.id; >************************** > >CREATE VIEW >********* QUERY ********** >/************************************************* > vds/vm/ interface view >*************************************************/ >CREATE OR REPLACE VIEW vds_interface_view AS > SELECT vds_interface_statistics.rx_rate, vds_interface_statistics.tx_rate, vds_interface_statistics.rx_drop, > vds_interface_statistics.tx_drop, vds_interface_statistics.iface_status, vds_interface.type, vds_interface.gateway, > vds_interface.subnet, vds_interface.addr, vds_interface.speed, vds_interface.vlan_id, vds_interface.bond_type, > vds_interface.bond_name, vds_interface.is_bond, vds_interface.bond_opts, vds_interface.mac_addr, > vds_interface.network_name, vds_interface.name, vds_static.vds_id, vds_static.vds_name, vds_interface.id, > vds_interface.boot_protocol, vds_interface.mtu as mtu, vds_interface.bridged, 1 AS is_vds > FROM vds_interface_statistics > JOIN vds_interface ON vds_interface_statistics.id = vds_interface.id > JOIN vds_static ON vds_interface.vds_id = vds_static.vds_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vm_interface_view AS > SELECT vm_interface_statistics.rx_rate, vm_interface_statistics.tx_rate, vm_interface_statistics.rx_drop, > vm_interface_statistics.tx_drop, vm_interface_statistics.iface_status, vm_interface.type, vm_interface.speed, > vm_interface.mac_addr, network.name AS network_name, vm_interface.name, vm_interface.vnic_profile_id, vm_static.vm_guid, vm_interface.vmt_guid, > vm_static.vm_name, vm_interface.id, 0 AS boot_protocol, 0 AS is_vds, vm_device.is_plugged, > vm_device.custom_properties, vnic_profiles.port_mirroring AS port_mirroring, vm_interface.linked, > vm_static.vds_group_id AS vds_group_id, vm_static.entity_type AS vm_entity_type, vnic_profiles.name AS vnic_profile_name > FROM vm_interface_statistics > JOIN vm_interface ON vm_interface_statistics.id = vm_interface.id > JOIN vm_static ON vm_interface.vm_guid = vm_static.vm_guid > JOIN vm_device ON vm_interface.vm_guid = vm_device.vm_id AND vm_interface.id = vm_device.device_id > LEFT JOIN (vnic_profiles JOIN network ON network.id = vnic_profiles.network_id) ON vnic_profiles.id = vm_interface.vnic_profile_id > UNION > SELECT vm_interface_statistics.rx_rate, vm_interface_statistics.tx_rate, vm_interface_statistics.rx_drop, > vm_interface_statistics.tx_drop, vm_interface_statistics.iface_status, vm_interface.type, vm_interface.speed, > vm_interface.mac_addr, network.name AS network_name, vm_interface.name, vm_interface.vnic_profile_id, NULL::uuid as vm_guid, > vm_interface.vmt_guid, vm_templates.vm_name AS vm_name, vm_interface.id, 0 AS boot_protocol, 0 AS is_vds, > vm_device.is_plugged as is_plugged, vm_device.custom_properties as custom_properties, vnic_profiles.port_mirroring AS port_mirroring, > vm_interface.linked, vm_templates.vds_group_id AS vds_group_id, vm_templates.entity_type AS vm_entity_type, vnic_profiles.name AS vnic_profile_name > FROM vm_interface_statistics > RIGHT JOIN vm_interface ON vm_interface_statistics.id = vm_interface.id > JOIN vm_static AS vm_templates ON vm_interface.vmt_guid = vm_templates.vm_guid > JOIN vm_device ON vm_interface.vmt_guid = vm_device.vm_id AND vm_interface.id = vm_device.device_id > LEFT JOIN (vnic_profiles JOIN network ON network.id = vnic_profiles.network_id) ON vnic_profiles.id = vm_interface.vnic_profile_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW event_audit_log_subscriber_view >AS >SELECT 1 as event_type, event_subscriber_1.subscriber_id as subscriber_id, event_subscriber_1.event_up_name as event_up_name, event_subscriber_1.method_id as method_id, > event_subscriber_1.method_address as method_address, event_subscriber_1.tag_name as tag_name, audit_log_1.audit_log_id as audit_log_id, audit_log_1.user_id as user_id, audit_log_1.user_name as user_name, > audit_log_1.vm_id as vm_id, audit_log_1.vm_name as vm_name, audit_log_1.vm_template_id as vm_template_id, audit_log_1.vm_template_name as vm_template_name, audit_log_1.vds_id as vds_id, audit_log_1.vds_name as vds_name, > audit_log_1.storage_pool_id as storage_pool_id, audit_log_1.storage_pool_name as storage_pool_name, audit_log_1.storage_domain_id as storage_domain_id, audit_log_1.storage_domain_name as storage_domain_name, > audit_log_1.log_time as log_time, audit_log_1.severity as severity, audit_log_1.message as message >FROM audit_log AS audit_log_1 INNER JOIN >event_subscriber AS event_subscriber_1 ON audit_log_1.log_type_name = event_subscriber_1.event_up_name >WHERE (audit_log_1.processed = false) >UNION >SELECT distinct 0 as event_type, event_subscriber.subscriber_id as subscriber_id, audit_log.log_type_name as event_up_name, event_subscriber.method_id as method_id, event_subscriber.method_address as method_address, > event_subscriber.tag_name as tag_name, audit_log.audit_log_id as audit_log_id, audit_log.user_id as user_id, audit_log.user_name as user_name, audit_log.vm_id as vm_id, audit_log.vm_name as vm_name, > audit_log.vm_template_id as vm_template_id, audit_log.vm_template_name as vm_template_name, audit_log.vds_id as vds_id, audit_log.vds_name as vds_name, audit_log.storage_pool_id as storage_pool_id, > audit_log.storage_pool_name as storage_pool_name, audit_log.storage_domain_id as storage_domain_id, audit_log.storage_domain_name as storage_domain_name, audit_log.log_time as log_time, audit_log.severity as severity, > audit_log.message as message >FROM audit_log AS audit_log INNER JOIN >event_map ON audit_log.log_type_name = event_map.event_down_name INNER JOIN >event_subscriber AS event_subscriber ON event_subscriber.event_up_name = event_map.event_up_name >WHERE (audit_log.processed = false); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW storage_pool_with_storage_domain >AS >SELECT storage_pool.id as id, storage_pool.name as name, storage_pool.description as description, storage_pool.free_text_comment as free_text_comment, storage_pool.storage_pool_type as storage_pool_type, storage_pool.status as status, > storage_pool.master_domain_version as master_domain_version, storage_pool.spm_vds_id as spm_vds_id, storage_pool.compatibility_version as compatibility_version, storage_pool._create_date as _create_date, > storage_pool._update_date as _update_date, storage_pool_iso_map.storage_id as storage_id, storage_pool_iso_map.storage_pool_id as storage_pool_id, > storage_domain_static.storage_type as storage_type, storage_domain_static.storage_domain_type as storage_domain_type, > storage_domain_static.storage_domain_format_type as storage_domain_format_type, > storage_domain_static.storage_name as storage_name, storage_domain_static.storage as storage, > storage_domain_static.last_time_used_as_master as last_time_used_as_master >FROM storage_pool LEFT OUTER JOIN > storage_pool_iso_map ON storage_pool.id = storage_pool_iso_map.storage_pool_id LEFT OUTER JOIN > storage_domain_static ON storage_pool_iso_map.storage_id = storage_domain_static.id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vds_groups_storage_domain >AS >SELECT vds_groups.vds_group_id, vds_groups.name, vds_groups.description, vds_groups.free_text_comment, vds_groups.cpu_name, vds_groups._create_date, > vds_groups._update_date, vds_groups.storage_pool_id, > vds_groups.max_vds_memory_over_commit, vds_groups.count_threads_as_cores, vds_groups.compatibility_version, > vds_groups.transparent_hugepages, vds_groups.migrate_on_error, vds_groups.architecture, > storage_pool_iso_map.storage_id, storage_pool.name AS storage_pool_name >FROM vds_groups >LEFT JOIN storage_pool_iso_map ON vds_groups.storage_pool_id = storage_pool_iso_map.storage_pool_id >LEFT JOIN storage_pool ON vds_groups.storage_pool_id = storage_pool.id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vds_groups_view >AS >SELECT vds_groups.*, > storage_pool.name AS storage_pool_name, > cluster_policies.name AS cluster_policy_name >FROM vds_groups >LEFT JOIN storage_pool ON vds_groups.storage_pool_id = storage_pool.id >LEFT JOIN cluster_policies ON vds_groups.cluster_policy_id = cluster_policies.id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW storage_domains_with_hosts_view >AS >SELECT >storage_domain_static.id, > storage_domain_static.storage, > storage_domain_static.storage_name, > storage_domain_static.storage_description as storage_description, > storage_domain_static.storage_comment as storage_comment, > storage_domain_dynamic.available_disk_size, > storage_domain_dynamic.used_disk_size, > fn_get_disk_commited_value_by_storage(storage_domain_static.id) as commited_disk_size, > fn_get_actual_images_size_by_storage(storage_domain_static.id) as actual_images_size, > storage_pool.name as storage_pool_name, > storage_domain_static.storage_type, > storage_domain_static.storage_domain_type, > storage_domain_static.storage_domain_format_type, > storage_domain_static.last_time_used_as_master as last_time_used_as_master, > fn_get_storage_domain_shared_status_by_domain_id(storage_domain_static.id,storage_pool_iso_map.status,storage_domain_static.storage_domain_type) AS > storage_domain_shared_status, > vds_groups.vds_group_id, > vds_static.vds_id, > storage_pool_iso_map.storage_pool_id, > vds_static.recoverable >FROM storage_domain_static > INNER JOIN storage_domain_dynamic ON storage_domain_static.id = storage_domain_dynamic.id > LEFT OUTER JOIN storage_pool_iso_map ON storage_domain_static.id = storage_pool_iso_map.storage_id > LEFT OUTER JOIN storage_pool ON storage_pool_iso_map.storage_pool_id = storage_pool.id > LEFT OUTER JOIN vds_groups ON storage_pool_iso_map.storage_pool_id = vds_groups.storage_pool_id > LEFT OUTER JOIN vds_static ON vds_groups.vds_group_id = vds_static.vds_group_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vm_images_storage_domains_view >AS >SELECT vm_images_view.storage_id, vm_images_view.storage_path, vm_images_view.storage_pool_id, > vm_images_view.image_guid, vm_images_view.creation_date, vm_images_view.actual_size, vm_images_view.read_rate, vm_images_view.write_rate, > vm_images_view.size, vm_images_view.it_guid, vm_images_view.description, vm_images_view.parentid, > vm_images_view.imagestatus, vm_images_view.lastmodified, vm_images_view.app_list, vm_images_view.vm_snapshot_id, vm_images_view.volume_type, > vm_images_view.image_group_id, vm_images_view.active, vm_images_view.volume_format, vm_images_view.disk_interface, > vm_images_view.boot, vm_images_view.wipe_after_delete, vm_images_view.propagate_errors, vm_images_view.entity_type, vm_images_view.number_of_vms, vm_images_view.vm_names, vm_images_view.quota_id, > vm_images_view.quota_name, vm_images_view.disk_alias, vm_images_view.disk_description, vm_images_view.sgio, > storage_domains_with_hosts_view.id, storage_domains_with_hosts_view.storage, storage_domains_with_hosts_view.storage_name, > storage_domains_with_hosts_view.available_disk_size, storage_domains_with_hosts_view.used_disk_size, > storage_domains_with_hosts_view.commited_disk_size, storage_domains_with_hosts_view.actual_images_size, storage_domains_with_hosts_view.storage_type, > storage_domains_with_hosts_view.storage_domain_type, storage_domains_with_hosts_view.storage_domain_format_type, > storage_domains_with_hosts_view.storage_domain_shared_status, storage_domains_with_hosts_view.vds_group_id, > storage_domains_with_hosts_view.vds_id, storage_domains_with_hosts_view.recoverable, storage_domains_with_hosts_view.storage_pool_name, > storage_domains_with_hosts_view.storage_name as name >FROM vm_images_view >INNER JOIN images_storage_domain_view ON vm_images_view.image_guid = images_storage_domain_view.image_guid >INNER JOIN storage_domains_with_hosts_view ON storage_domains_with_hosts_view.id = images_storage_domain_view.storage_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW quota_view >AS >SELECT q.id as quota_id, > q.storage_pool_id as storage_pool_id, > storage_pool.name as storage_pool_name, > q.quota_name as quota_name, > q.description as description, > q.threshold_vds_group_percentage as threshold_vds_group_percentage, > q.threshold_storage_percentage as threshold_storage_percentage, > q.grace_vds_group_percentage as grace_vds_group_percentage, > q.grace_storage_percentage as grace_storage_percentage, > storage_pool.quota_enforcement_type as quota_enforcement_type >FROM storage_pool, quota q >WHERE storage_pool.id = q.storage_pool_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW quota_global_view >AS >SELECT q_limit.quota_id as quota_id, > q.storage_pool_id as storage_pool_id, > storage_pool.name as storage_pool_name, > q.quota_name as quota_name, > q.description as description, > q.threshold_vds_group_percentage as threshold_vds_group_percentage, > q.threshold_storage_percentage as threshold_storage_percentage, > q.grace_vds_group_percentage as grace_vds_group_percentage, > q.grace_storage_percentage as grace_storage_percentage, > virtual_cpu, > (CalculateVdsGroupUsage(quota_id,null)).virtual_cpu_usage, > mem_size_mb, > (CalculateVdsGroupUsage(quota_id,null)).mem_size_mb_usage, > storage_size_gb, > CalculateStorageUsage(quota_id,null) as storage_size_gb_usage, > storage_pool.quota_enforcement_type as quota_enforcement_type >FROM storage_pool, quota q LEFT OUTER JOIN >quota_limitation q_limit on q_limit.quota_id = q.id >WHERE storage_pool.id = q.storage_pool_id >AND q_limit.vds_group_id IS NULL >AND q_limit.storage_id IS NULL; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW quota_limitations_view >AS >SELECT q_limit.quota_id as quota_id, > q.storage_pool_id as storage_pool_id, > storage_pool.name as storage_pool_name, > q.quota_name as quota_name, > q.description as description, > q.threshold_vds_group_percentage as threshold_vds_group_percentage, > q.threshold_storage_percentage as threshold_storage_percentage, > q.grace_vds_group_percentage as grace_vds_group_percentage, > q.grace_storage_percentage as grace_storage_percentage, > virtual_cpu, > mem_size_mb, > storage_size_gb, > storage_pool.quota_enforcement_type as quota_enforcement_type, > vds_group_id, > storage_id, > (COALESCE(vds_group_id, storage_id) IS NULL ) AS is_global, > (COALESCE(virtual_cpu, mem_size_mb, storage_size_gb) IS NULL) AS is_empty >FROM quota q >INNER JOIN storage_pool ON storage_pool.id = q.storage_pool_id >LEFT OUTER JOIN quota_limitation q_limit on q_limit.quota_id = q.id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW quota_storage_view >AS >SELECT q_limit.id as quota_storage_id, > q_limit.quota_id as quota_id, > storage_id, > storage_domain_static.storage_name as storage_name, > storage_size_gb, > CalculateStorageUsage(quota_id,storage_id) as storage_size_gb_usage >FROM quota_limitation q_limit, quota q, storage_domain_static >WHERE q_limit.quota_id = q.id >AND q_limit.vds_group_id IS NULL >AND q_limit.storage_id IS NOT NULL >AND storage_domain_static.id = q_limit.storage_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW quota_vds_group_view >AS >SELECT q_limit.id as quota_vds_group_id, > q_limit.quota_id as quota_id, > q_limit.vds_group_id, > vds_groups.name as vds_group_name, > virtual_cpu, > (CalculateVdsGroupUsage(quota_id,q_limit.vds_group_id)).virtual_cpu_usage as virtual_cpu_usage, > mem_size_mb, > (CalculateVdsGroupUsage(quota_id,q_limit.vds_group_id)).mem_size_mb_usage as mem_size_mb_usage >FROM quota_limitation q_limit, quota q, vds_groups >WHERE q_limit.quota_id = q.id >AND q_limit.vds_group_id IS NOT NULL >AND q_limit.storage_id IS NULL >AND vds_groups.vds_group_id = q_limit.vds_group_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW network_cluster_view >AS >SELECT network_cluster.cluster_id AS cluster_id, network_cluster.network_id AS network_id, network.name as network_name, > network_cluster.status as status, network_cluster.required as required, network_cluster.is_display as is_display, > network_cluster.migration as migration, vds_groups.name as cluster_name >FROM network_cluster >INNER JOIN network ON network_cluster.network_id = network.id >INNER JOIN vds_groups ON network_cluster.cluster_id = vds_groups.vds_group_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW network_vds_view >AS >SELECT network.id AS network_id, > network.name as network_name, > vds_static.vds_name as vds_name >FROM vds_interface >INNER JOIN vds_static ON vds_interface.vds_id = vds_static.vds_id >INNER JOIN network ON vds_interface.network_name = network.name >INNER JOIN network_cluster ON network_cluster.network_id = network.id >WHERE network_cluster.cluster_id = vds_static.vds_group_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW network_view >AS >SELECT network.id AS id, > network.name AS name, > network.description AS description, > network.free_text_comment AS free_text_comment, > network.type AS type, > network.addr AS addr, > network.subnet AS subnet, > network.gateway AS gateway, > network.vlan_id AS vlan_id, > network.stp AS stp, > network.mtu AS mtu, > network.vm_network AS vm_network, > network.storage_pool_id AS storage_pool_id, > network.provider_network_provider_id AS provider_network_provider_id, > network.provider_network_external_id AS provider_network_external_id, > storage_pool.name AS storage_pool_name, > storage_pool.compatibility_version AS compatibility_version, > providers.name AS provider_name >FROM network >INNER JOIN storage_pool ON network.storage_pool_id = storage_pool.id >LEFT JOIN providers ON network.provider_network_provider_id = providers.id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vnic_profiles_view >AS >SELECT vnic_profiles.id AS id, > vnic_profiles.name AS name, > vnic_profiles.network_id as network_id, > vnic_profiles.network_qos_id as network_qos_id, > vnic_profiles.port_mirroring as port_mirroring, > vnic_profiles.custom_properties as custom_properties, > vnic_profiles.description as description, > network.name as network_name, > network_qos.name as network_qos_name, > storage_pool.name as data_center_name, > storage_pool.compatibility_version as compatibility_version, > storage_pool.id as data_center_id >FROM vnic_profiles >INNER JOIN network ON vnic_profiles.network_id = network.id >LEFT JOIN network_qos ON vnic_profiles.network_qos_id = network_qos.id >INNER JOIN storage_pool ON network.storage_pool_id = storage_pool.id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_flat_groups >AS >SELECT users.user_id AS user_id, fnSplitterUuid(users.group_ids) AS granted_id >FROM users >UNION ALL > >SELECT user_id, user_id FROM users >UNION ALL > >SELECT user_id, 'EEE00000-0000-0000-0000-123456789EEE' >FROM users; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vds_groups_permissions_view_base (entity_id, granted_id) >AS >SELECT object_id, ad_element_id >FROM internal_permissions_view >WHERE object_type_id = 9 AND role_type = 2 > >UNION ALL >SELECT vds_group_id, ad_element_id >FROM vm_static >INNER JOIN internal_permissions_view ON object_id = vm_guid AND object_type_id = 2 AND role_type=2 > >UNION ALL >SELECT vds_group_id, ad_element_id >FROM vds_groups >INNER JOIN internal_permissions_view ON object_id = vds_groups.storage_pool_id AND object_type_id = 14 AND role_type = 2 > >UNION ALL >SELECT vds_group_id, ad_element_id >FROM internal_permissions_view >CROSS JOIN vds_groups >WHERE object_type_id = 1 AND role_type=2; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vds_groups_permissions_view (entity_id, user_id) >AS >SELECT DISTINCT entity_id, user_id >FROM user_vds_groups_permissions_view_base >NATURAL JOIN user_flat_groups; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_storage_pool_permissions_view_base (entity_id, granted_id) >AS >SELECT object_id, ad_element_id >FROM internal_permissions_view >WHERE object_type_id = 14 AND role_type = 2 > >UNION ALL >SELECT storage_pool_id, ad_element_id >FROM vds_groups >INNER JOIN internal_permissions_view ON object_id = vds_groups.vds_group_id AND object_type_id = 9 AND role_type = 2 > >UNION ALL >SELECT storage_pool_id, ad_element_id >FROM vds_groups >INNER JOIN vm_pools ON vds_groups.vds_group_id = vm_pools.vds_group_id >INNER JOIN internal_permissions_view ON object_id = vm_pools.vm_pool_id AND object_type_id = 5 AND role_type = 2 > >UNION ALL >SELECT storage_pool_id, ad_element_id >FROM vm_static >INNER JOIN vds_groups ON vds_groups.vds_group_id = vm_static.vds_group_id >INNER JOIN internal_permissions_view ON object_id = vm_guid AND object_type_id = 2 AND role_type = 2 > >UNION ALL >SELECT storage_pool.id, ad_element_id >FROM internal_permissions_view >CROSS JOIN storage_pool >WHERE object_type_id = 1 AND role_type = 2; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_storage_pool_permissions_view (entity_id, user_id) >AS >SELECT DISTINCT entity_id, user_id >FROM user_storage_pool_permissions_view_base >NATURAL JOIN user_flat_groups; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_storage_domain_permissions_view_base (entity_id, granted_id) >AS >SELECT object_id, ad_element_id >FROM internal_permissions_view >WHERE object_type_id = 11 AND role_type = 2 > >UNION ALL >SELECT storage_domains.id, ad_element_id >FROM storage_domains >INNER JOIN vds_groups ON vds_groups.storage_pool_id = storage_domains.storage_pool_id >INNER JOIN vm_static ON vds_groups.vds_group_id = vm_static.vds_group_id >INNER JOIN internal_permissions_view ON object_id = vm_static.vm_guid AND object_type_id = 2 AND role_type = 2 > >UNION ALL >SELECT storage_id, ad_element_id >FROM vm_templates_storage_domain >INNER JOIN internal_permissions_view ON vmt_guid = internal_permissions_view.object_id AND object_type_id = 4 AND role_type = 2 > >UNION ALL >SELECT storage_id, ad_element_id >FROM vm_static >INNER JOIN vm_templates_storage_domain ON vm_static.vmt_guid = vm_templates_storage_domain.vmt_guid >INNER JOIN internal_permissions_view ON vm_static.vm_guid = object_id AND objecT_type_id = 2 AND role_type = 2 > >UNION ALL >SELECT storage_domains.id, ad_element_id >FROM storage_domains >INNER JOIN internal_permissions_view ON object_id = storage_domains.storage_pool_id AND object_type_id = 14 AND role_type = 2 > >UNION ALL >SELECT storage_domains.id, ad_element_id >FROM internal_permissions_view >CROSS JOIN storage_domains >WHERE object_type_id = 1 AND role_type = 2; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_storage_domain_permissions_view (entity_id, user_id) >AS >SELECT DISTINCT entity_id, user_id >FROM user_storage_domain_permissions_view_base >NATURAL JOIN user_flat_groups; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vds_permissions_view_base (entity_id, granted_id) >AS >SELECT object_id, ad_element_id >FROM internal_permissions_view >WHERE object_type_id = 3 AND role_type = 2 > >UNION ALL >SELECT vds_id, ad_element_id >FROM vds >INNER JOIN internal_permissions_view ON (object_id = vds_group_id AND object_type_id = 9) OR > (object_id = storage_pool_id AND object_type_id = 14) AND role_type = 2 > >UNION ALL >SELECT vds_id, ad_element_id >FROM internal_permissions_view >CROSS JOIN vds >WHERE object_type_id = 1 AND role_type = 2; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vds_permissions_view (entity_id, user_id) >AS >SELECT DISTINCT entity_id, user_id >FROM user_vds_permissions_view_base >NATURAL JOIN user_flat_groups; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vm_pool_permissions_view_base (entity_id, granted_id) >AS >SELECT object_id, ad_element_id >FROM internal_permissions_view >WHERE object_type_id = 5 AND role_type = 2 > >UNION ALL >SELECT vm_pool_id, ad_element_id >FROM vm_pool_map >INNER JOIN internal_permissions_view ON object_id = vm_guid AND object_type_id = 2 AND role_type = 2 > >UNION ALL >SELECT vm_pool_id, ad_element_id >FROM vm_pools >INNER JOIN internal_permissions_view ON object_id = vds_group_id AND object_type_id = 9 AND allows_viewing_children AND role_type = 2 > >UNION ALL >SELECT vm_pool_id, ad_element_id >FROM vm_pools >INNER JOIN vds_groups ON vm_pools.vds_group_id = vds_groups.vds_group_id >INNER JOIN internal_permissions_view ON object_id = storage_pool_id AND object_type_id = 14 AND allows_viewing_children AND role_type = 2 > >UNION ALL >SELECT vm_pool_id, ad_element_id >FROM internal_permissions_view >CROSS JOIN vm_pools >WHERE object_type_id = 1 AND allows_viewing_children AND role_type = 2; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vm_pool_permissions_view (entity_id, user_id) >AS >SELECT DISTINCT entity_id, user_id >FROM user_vm_pool_permissions_view_base >NATURAL JOIN user_flat_groups; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vm_template_permissions_view_base (entity_id, granted_id) >AS >SELECT object_id, ad_element_id >FROM internal_permissions_view >WHERE object_type_id = 4 AND role_type = 2 > >UNION ALL >SELECT vmt_guid, ad_element_id >FROM vm_static >INNER JOIN internal_permissions_view ON object_id = vm_static.vm_guid AND object_type_id = 2 AND role_type = 2 > >UNION ALL >SELECT vm_guid, ad_element_id >FROM vm_static >INNER JOIN vds_groups ON vds_groups.vds_group_id = vm_static.vds_group_id >INNER JOIN internal_permissions_view ON object_id = storage_pool_id AND object_type_id = 14 AND allows_viewing_children AND role_type = 2 AND vm_static.entity_type::text = 'TEMPLATE'::text > >UNION ALL >SELECT vm_guid, ad_element_id >FROM internal_permissions_view >CROSS JOIN vm_static >WHERE object_type_id = 1 AND allows_viewing_children AND role_type = 2 AND >(vm_static.entity_type::text = 'TEMPLATE'::text OR vm_static.entity_type::text = 'INSTANCE_TYPE'::text > OR vm_static.entity_type::text = 'IMAGE_TYPE'::text); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vm_template_permissions_view (entity_id, user_id) >AS >SELECT DISTINCT entity_id, user_id >FROM user_vm_template_permissions_view_base >NATURAL JOIN user_flat_groups; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vm_permissions_view_base (entity_id, granted_id) >AS >SELECT object_id, ad_element_id >FROM internal_permissions_view >WHERE object_type_id = 2 AND role_type = 2 > >UNION ALL >SELECT vm_guid, ad_element_id >FROM vm_static >INNER JOIN internal_permissions_view ON object_id = vds_group_id AND object_type_id = 9 AND allows_viewing_children AND role_type = 2 > >UNION ALL >SELECT vm_guid, ad_element_id >FROM vm_static >INNER JOIN vds_groups ON vds_groups.vds_group_id = vm_static.vds_group_id >INNER JOIN internal_permissions_view ON object_id = storage_pool_id AND object_type_id = 14 AND allows_viewing_children AND role_type = 2 > >UNION ALL >SELECT vm_guid, ad_element_id >FROM internal_permissions_view >CROSS JOIN vm_static >WHERE object_type_id = 1 AND allows_viewing_children AND role_type = 2; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vm_permissions_view (entity_id, user_id) >AS >SELECT DISTINCT entity_id, user_id >FROM user_vm_permissions_view_base >NATURAL JOIN user_flat_groups; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_disk_permissions_view_base (entity_id, granted_id) >AS >SELECT object_id, ad_element_id >FROM internal_permissions_view >WHERE object_type_id = 19 AND role_type = 2 > >UNION ALL >SELECT device_id, user_vm_permissions_view.user_id as ad_element_id >FROM vm_device >INNER JOIN user_vm_permissions_view ON user_vm_permissions_view.entity_id = vm_device.vm_id >WHERE vm_device.type = 'disk' and vm_device.device = 'disk' > >UNION ALL >SELECT device_id, user_vm_template_permissions_view.user_id as ad_element_id >FROM vm_device >INNER JOIN user_vm_template_permissions_view ON user_vm_template_permissions_view.entity_id = vm_device.vm_id >WHERE type = 'disk' and device = 'disk' > >UNION ALL >SELECT images.image_group_id, ad_element_id >FROM image_storage_domain_map >INNER JOIN images ON images.image_guid = image_storage_domain_map.image_id >INNER JOIN internal_permissions_view ON object_id = storage_domain_id AND object_type_id = 11 AND allows_viewing_children AND role_type = 2 > >UNION ALL >SELECT images.image_group_id, ad_element_id >FROM image_storage_domain_map >INNER JOIN storage_pool_iso_map ON image_storage_domain_map.storage_domain_id = storage_pool_iso_map.storage_id >INNER JOIN images ON images.image_guid = image_storage_domain_map.image_id >INNER JOIN internal_permissions_view ON object_id = storage_pool_id AND object_type_id = 14 AND allows_viewing_children AND role_type = 2 > >UNION ALL >SELECT device_id, ad_element_id >FROM internal_permissions_view >CROSS JOIN vm_device >WHERE object_type_id = 1 AND allows_viewing_children AND role_type = 2; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_disk_permissions_view (entity_id, user_id) >AS >SELECT DISTINCT entity_id, user_id >FROM user_disk_permissions_view_base >NATURAL JOIN user_flat_groups; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_permissions_permissions_view (entity_id, user_id) >AS >SELECT DISTINCT id, user_id >FROM internal_permissions_view >JOIN user_flat_groups ON granted_id = ad_element_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_object_permissions_view AS > SELECT DISTINCT permissions.object_id AS entity_id, user_flat_groups.user_id > FROM permissions > JOIN roles ON permissions.role_id = roles.id > JOIN user_flat_groups ON user_flat_groups.granted_id = permissions.ad_element_id > WHERE permissions.ad_element_id != getGlobalIds('everyone'); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_db_users_permissions_view AS > SELECT DISTINCT permissions.ad_element_id, roles_groups.role_id, roles_groups.action_group_id > FROM permissions > JOIN roles_groups ON permissions.role_id = roles_groups.role_id > WHERE roles_groups.action_group_id = 502; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW vm_device_view >AS >SELECT device_id, vm_id, type, device, address, boot_order, spec_params, > is_managed, is_plugged, is_readonly, alias, custom_properties, snapshot_id > FROM vm_device; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vnic_profile_permissions_view_base (entity_id, granted_id) >AS >SELECT object_id, ad_element_id >FROM internal_permissions_view >WHERE object_type_id = 27 AND role_type = 2 > >UNION ALL >SELECT vnic_profiles.id, ad_element_id >FROM vnic_profiles >INNER JOIN internal_permissions_view ON object_id = network_id >WHERE object_type_id = 20 AND allows_viewing_children AND role_type = 2 > >UNION ALL >SELECT vnic_profiles.id, ad_element_id >FROM vnic_profiles >INNER JOIN network ON network.id = network_id >INNER JOIN internal_permissions_view ON object_id = network.storage_pool_id >WHERE object_type_id = 14 AND role_type = 2 AND allows_viewing_children > >UNION ALL >SELECT vnic_profiles.id, ad_element_id >FROM vnic_profiles >INNER JOIN network_cluster ON network_cluster.network_id = vnic_profiles.network_id >INNER JOIN internal_permissions_view ON object_id = network_cluster.cluster_id >WHERE object_type_id = 9 AND role_type = 2 AND allows_viewing_children > >UNION ALL >SELECT DISTINCT vnic_profile_id, ad_element_id >FROM vm_interface >INNER JOIN internal_permissions_view ON object_id = vm_guid >WHERE object_type_id = 2 AND role_type = 2 > >UNION ALL >SELECT DISTINCT vnic_profile_id, ad_element_id >FROM vm_interface >INNER JOIN internal_permissions_view ON object_id = vmt_guid >WHERE object_type_id = 4 AND role_type = 2 > >UNION ALL >SELECT vnic_profiles.id, ad_element_id >FROM internal_permissions_view >CROSS JOIN vnic_profiles >WHERE object_type_id = 1 AND allows_viewing_children AND role_type = 2; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_vnic_profile_permissions_view (entity_id, user_id) >AS >SELECT DISTINCT entity_id, user_id >FROM user_vnic_profile_permissions_view_base >NATURAL JOIN user_flat_groups; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_network_permissions_view_base (entity_id, granted_id) >AS > >SELECT network.id, user_id >FROM network >INNER JOIN vnic_profiles ON network_id = network.id >INNER JOIN user_vnic_profile_permissions_view ON entity_id = vnic_profiles.id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW user_network_permissions_view (entity_id, user_id) >AS >SELECT DISTINCT entity_id, user_id >FROM user_network_permissions_view_base >NATURAL JOIN user_flat_groups; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW gluster_volumes_view >AS >SELECT gluster_volumes.*, > vds_groups.name AS vds_group_name >FROM gluster_volumes >INNER JOIN vds_groups ON gluster_volumes.cluster_id = vds_groups.vds_group_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW gluster_volume_bricks_view >AS >SELECT gluster_volume_bricks.*, > vds_static.host_name AS vds_name, > gluster_volumes.vol_name AS volume_name >FROM gluster_volume_bricks >INNER JOIN vds_static ON vds_static.vds_id = gluster_volume_bricks.server_id >INNER JOIN gluster_volumes ON gluster_volumes.id = gluster_volume_bricks.volume_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW gluster_volume_task_steps >AS >SELECT step.*, > gluster_volumes.id as volume_id, > job.job_id as job_job_id, > job.action_type, > job.description as job_description, > job.status as job_status, > job.start_time as job_start_time, > job.end_time as job_end_time >FROM gluster_volumes >INNER JOIN job_subject_entity js ON js.entity_id = gluster_volumes.id >INNER JOIN job on job.job_id = js.job_id > AND job.action_type in ('StartRebalanceGlusterVolume', 'StartRemoveGlusterVolumeBricks') >LEFT OUTER JOIN step on step.external_id = gluster_volumes.task_id AND step.external_system_type = 'GLUSTER' > AND step.job_id = js.job_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW gluster_server_services_view >AS >SELECT gluster_server_services.*, > gluster_services.service_name, > gluster_services.service_type, > vds_static.vds_name >FROM gluster_server_services >INNER JOIN gluster_services ON gluster_server_services.service_id = gluster_services.id >INNER JOIN vds_static ON gluster_server_services.server_id = vds_static.vds_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW gluster_server_hooks_view >AS >SELECT gluster_server_hooks.*, > vds_static.vds_name AS server_name >FROM gluster_server_hooks >INNER JOIN vds_static ON gluster_server_hooks.server_id = vds_static.vds_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_datacenter_configuration_history_view >AS >SELECT id AS datacenter_id, > name AS datacenter_name, > description AS datacenter_description, > cast(storage_pool_type as smallint) AS storage_type, > _create_date AS create_date, > _update_date AS update_date >FROM storage_pool >WHERE (_create_date > > (SELECT var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync'))) OR > (_update_date > > (SELECT var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync'))); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_datacenter_history_view >AS >SELECT > id as datacenter_id, > cast(status as smallint) as datacenter_status >FROM storage_pool; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_storage_domain_configuration_history_view >AS >SELECT id AS storage_domain_id, > storage_name AS storage_domain_name, > cast(storage_domain_type as smallint) as storage_domain_type, > cast(storage_type as smallint) as storage_type, > _create_date AS create_date, > _update_date AS update_date >FROM storage_domain_static >WHERE (_create_date > > (SELECT var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync'))) OR > (_update_date > > (SELECT var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync'))); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_datacenter_storage_map_history_view >AS >SELECT DISTINCT storage_pool_id AS datacenter_id, > storage_id AS storage_domain_id >FROM storage_pool_iso_map; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_storage_domain_history_view >AS >SELECT storage_domain_dynamic.id as storage_domain_id, > fn_get_storage_domain_shared_status_by_domain_id(storage_domain_static.id, status_table.status, storage_domain_static.storage_domain_type) AS storage_domain_status, > storage_domain_dynamic.available_disk_size as available_disk_size_gb, > storage_domain_dynamic.used_disk_size as used_disk_size_gb >FROM storage_domain_dynamic > INNER JOIN storage_domain_static ON (storage_domain_dynamic.id = storage_domain_static.id) > LEFT OUTER JOIN (SELECT storage_id, max(status) AS status > FROM storage_pool_iso_map > GROUP BY storage_id) AS status_table ON storage_domain_static.id=status_table.storage_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_cluster_configuration_history_view >AS >SELECT vds_group_id AS cluster_id, > name AS cluster_name, > description as cluster_description, > storage_pool_id AS datacenter_id, > cpu_name, > compatibility_version, > _create_date AS create_date, > _update_date AS update_date >FROM vds_groups >WHERE (_create_date > > (SELECT var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync'))) OR > (_update_date > > (SELECT var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync'))); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_host_configuration_history_view >AS >SELECT a.vds_id AS host_id, > a.vds_unique_id AS host_unique_id, > a.vds_name AS host_name, > a.vds_group_id AS cluster_id, > cast(a.vds_type as smallint) AS host_type, > a.host_name AS fqdn_or_ip, > b.physical_mem_mb AS memory_size_mb, > cast(c.swap_total as int) as swap_size_mb, > b.cpu_model, > cast(b.cpu_cores as smallint) AS number_of_cores, > cast(b.cpu_sockets as smallint) AS number_of_sockets, > b.cpu_speed_mh, > b.host_os, > a.ip as pm_ip_address, > b.kernel_version, > b.kvm_version, > b.libvirt_version, > b.software_version as vdsm_version, > a.port AS vdsm_port, > a._create_date AS create_date, > a._update_date AS update_date >FROM vds_static AS a > INNER JOIN > vds_dynamic AS b ON a.vds_id = b.vds_id > INNER JOIN > vds_statistics AS c ON c.vds_id = a.vds_id >WHERE (a._create_date > > (SELECT var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync'))) OR > (a._update_date > > (SELECT var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync'))); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_host_configuration_full_check_view >AS >SELECT a.vds_id AS host_id, > a.vds_unique_id AS host_unique_id, > a.vds_name AS host_name, > a.vds_group_id AS cluster_id, > cast(a.vds_type as smallint) AS host_type, > a.host_name AS fqdn_or_ip, > b.physical_mem_mb AS memory_size_mb, > cast(c.swap_total as int) as swap_size_mb, > b.cpu_model, > cast(b.cpu_cores as smallint) AS number_of_cores, > cast(b.cpu_sockets as smallint) AS number_of_sockets, > b.cpu_speed_mh, > b.host_os, > a.ip as pm_ip_address, > b.kernel_version, > b.kvm_version, > b.libvirt_version, > CASE SUBSTR(b.software_version,1,3) > WHEN '4.4' THEN '2.1' || SUBSTR(b.software_version,4,LENGTH(b.software_version)) > WHEN '4.5' THEN '2.2' || SUBSTR(b.software_version,4,LENGTH(b.software_version)) > WHEN '4.9' THEN '2.3' || SUBSTR(b.software_version,4,LENGTH(b.software_version)) > ELSE b.software_version > END as vdsm_version, > a.port AS vdsm_port, > a._create_date AS create_date, > a._update_date AS update_date >FROM vds_static AS a > INNER JOIN > vds_dynamic AS b ON a.vds_id = b.vds_id > INNER JOIN > vds_statistics AS c ON c.vds_id = a.vds_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_host_history_view >AS >SELECT > b.vds_id as host_id, > cast(b.status as smallint) as host_status, > cast(c.usage_mem_percent as smallint) as memory_usage_percent, > cast(c.usage_cpu_percent as smallint) as cpu_usage_percent, > cast(c.ksm_cpu_percent as smallint) as ksm_cpu_percent, > cast(c.cpu_load as int) as cpu_load, > cast(c.cpu_sys as smallint) as system_cpu_usage_percent, > cast(c.cpu_user as smallint) as user_cpu_usage_percent, > cast((c.swap_total - c.swap_free) as int) as swap_used_mb, > cast(b.vm_active as smallint) as vm_active, > cast(b.vm_count as smallint) as total_vms, > b.vms_cores_count as total_vms_vcpus >FROM vds_dynamic b, vds_statistics c >where b.vds_id = c.vds_id; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_host_interface_configuration_history_view AS >SELECT a.id AS host_interface_id, > a.name AS host_interface_name, > a.vds_id AS host_id, > cast(a.type as smallint) as host_interface_type, > a.speed as host_interface_speed_bps, > a.mac_addr AS mac_address, > a.network_name, > a.addr AS ip_address, > a.gateway, > a.is_bond AS bond, > a.bond_name, > a.vlan_id, > a._create_date AS create_date, > a._update_date AS update_date >FROM vds_interface as a >WHERE ((a._create_date > > (SELECT var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync'))) OR > (a._update_date > > (SELECT var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync')))) AND > (a.is_bond is null OR > (a.is_bond = true and a.name in (SELECT b.bond_name > FROM vds_interface AS b > where b.is_bond is null and b.vds_id = a.vds_id))); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_host_interface_history_view >AS >SELECT vds_interface_statistics.id as host_interface_id, > cast(vds_interface_statistics.rx_rate as smallint) as receive_rate_percent, > cast(vds_interface_statistics.tx_rate as smallint) as transmit_rate_percent >FROM vds_interface_statistics; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_vm_configuration_history_view >AS >SELECT a.vm_guid AS vm_id, > a.vm_name, > a.description as vm_description, > cast(a.vm_type as smallint) as vm_type, > a.vds_group_id AS cluster_id, > a.vmt_guid AS template_id, > b.vm_name AS template_name, > cast(a.cpu_per_socket as smallint) as cpu_per_socket, > cast(a.num_of_sockets as smallint) AS number_of_sockets, > a.mem_size_mb AS memory_size_mb, > cast(a.os as smallint) AS operating_system, > a.domain AS ad_domain, > a.dedicated_vm_for_vds AS default_host, > a.auto_startup AS high_availability, > a.is_initialized AS initialized, > a.is_stateless AS stateless, > a.fail_back, > cast(a.usb_policy as smallint) as usb_policy, > a.time_zone, > c.vm_pool_id, > d.vm_pool_name, > a._create_date AS create_date, > a._update_date AS update_date >FROM vm_static as a > INNER JOIN vm_static as b ON a.vmt_guid = b.vm_guid > LEFT OUTER JOIN vm_pool_map as c ON a.vm_guid = c. vm_guid > LEFT OUTER JOIN vm_pools as d ON c.vm_pool_id = d.vm_pool_id >WHERE (a.entity_type = 'VM' AND b.entity_type = 'TEMPLATE') AND > ((a._create_date > > (SELECT var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync'))) OR > (a._update_date > > (SELECT var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync'))) OR > (b._update_date > > (SELECT var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync')))); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_vm_history_view >AS >SELECT > c.vm_guid as vm_id, > cast(b.status as smallint) as vm_status, > cast(c.usage_cpu_percent as smallint) as cpu_usage_percent, > cast(c.usage_mem_percent as smallint) as memory_usage_percent, > cast(c.cpu_sys as smallint) as system_cpu_usage_percent, > cast(c.cpu_user as smallint) as user_cpu_usage_percent, > c.disks_usage, > b.vm_ip, > b.vm_fqdn, > b.client_ip as vm_client_ip, > b.console_cur_user_name as current_user_name, > CASE > WHEN b.guest_cur_user_name IS NULL THEN FALSE > ELSE TRUE > END as user_logged_in_to_guest, > b.run_on_vds as currently_running_on_host >FROM vm_dynamic b, vm_statistics c >where > c.vm_guid = b.vm_guid; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_vm_interface_configuration_history_view >AS >SELECT vm_interface.id AS vm_interface_id, > vm_interface.name AS vm_interface_name, > vm_interface.vm_guid AS vm_id, > cast(vm_interface.type as smallint) as vm_interface_type, > vm_interface.speed as vm_interface_speed_bps, > vm_interface.mac_addr AS mac_address, > network.name AS network_name, > vm_interface._create_date AS create_date, > vm_interface._update_date AS update_date >FROM vm_interface > LEFT OUTER JOIN (vnic_profiles JOIN network ON network.id = vnic_profiles.network_id) > ON vnic_profiles.id = vm_interface.vnic_profile_id >WHERE vmt_guid IS NULL AND > ((vm_interface._create_date > > (SELECT var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync'))) OR > (vm_interface._update_date > > (SELECT var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync')))); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_vm_interface_history_view >AS >SELECT vm_interface_statistics.id as vm_interface_id, > cast(vm_interface_statistics.rx_rate as smallint) as receive_rate_percent, > cast(vm_interface_statistics.tx_rate as smallint) as transmit_rate_percent >FROM vm_interface_statistics; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_vm_disk_configuration_history_view >AS >SELECT d.disk_id AS vm_disk_id, > d.disk_alias as vm_disk_name, > d.disk_description as vm_disk_description, > i.image_guid AS image_id, > image_storage_domain_map.storage_domain_id as storage_domain_id, > cast(i.size / 1048576 as int) as vm_disk_size_mb, > cast(i.volume_type as smallint) AS vm_disk_type, > cast(i.volume_format as smallint) AS vm_disk_format, > CASE > WHEN d.disk_interface = 'IDE' THEN cast(0 as smallint) > WHEN d.disk_interface = 'SCSI' THEN cast(1 as smallint) > WHEN d.disk_interface = 'VirtIO' THEN cast(2 as smallint) > END AS vm_disk_interface, > d.shareable as is_shared, > i._create_date AS create_date, > i._update_date AS update_date >FROM images as i > INNER JOIN > base_disks as d ON i.image_group_id = d.disk_id > INNER JOIN > image_storage_domain_map ON image_storage_domain_map.image_id = i.image_guid > LEFT OUTER JOIN vm_device ON vm_device.device_id = i.image_group_id > LEFT OUTER JOIN vm_static ON vm_static.vm_guid = vm_device.vm_id >WHERE i.active = true AND > (vm_static.entity_type = 'VM' OR vm_static.entity_type IS NULL) AND > ((i._create_date > > (SELECT var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync'))) OR > (i._update_date > > (SELECT var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync')))); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_disk_vm_map_history_view >AS >SELECT image_guid as vm_disk_id, > vm_device.vm_id > FROM vm_device > INNER JOIN > images ON vm_device.device_id = images.image_group_id >WHERE images.active = true; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_vm_device_history_view >AS >SELECT device_id, > vm_id, > type, > address, > is_managed, > is_plugged, > is_readonly, > _create_date as create_date, > _update_date as update_date > FROM vm_device >WHERE ((type = 'disk' AND > device = 'disk') OR > (type = 'interface')) AND > ((_create_date > (SELECT var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync'))) OR > (_update_date > (SELECT var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync')))); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_vm_disks_history_view >AS >SELECT d.disk_id as vm_disk_id, > images.image_guid as image_id, > cast(images.imageStatus as smallint) as vm_disk_status, > cast(disk_image_dynamic.actual_size / 1048576 as int) as vm_disk_actual_size_mb, > disk_image_dynamic.read_rate as read_rate_bytes_per_second, > disk_image_dynamic.read_latency_seconds as read_latency_seconds, > disk_image_dynamic.write_rate as write_rate_bytes_per_second, > disk_image_dynamic.write_latency_seconds as write_latency_seconds, > disk_image_dynamic.flush_latency_seconds as flush_latency_seconds >FROM images > INNER JOIN > disk_image_dynamic ON images.image_guid = disk_image_dynamic.image_id > INNER JOIN > base_disks as d ON images.image_group_id = d.disk_id > LEFT OUTER JOIN vm_device ON vm_device.device_id = images.image_group_id > LEFT OUTER JOIN vm_static ON vm_static.vm_guid = vm_device.vm_id >WHERE images.active = true AND > (vm_static.entity_type = 'VM' OR vm_static.entity_type IS NULL); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_remove_tags_relations_history_view AS >SELECT tag_id as entity_id, > parent_id as parent_id >FROM tags >UNION ALL >SELECT vds_id as vds_id, > tag_id as tag_id >FROM tags_vds_map >UNION ALL >SELECT vm_pool_id as vm_pool_id, > tag_id as tag_id >FROM tags_vm_pool_map >UNION ALL >SELECT vm_id as vm_id, > tag_id as tag_id >FROM tags_vm_map >UNION ALL >SELECT user_id as user_id, > tag_id as tag_id >FROM tags_user_map >UNION ALL >SELECT group_id as group_id, > tag_id as tag_id >FROM tags_user_group_map; >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_add_tags_relations_history_view AS >SELECT tag_id as entity_id, > parent_id as parent_id, > cast(18 as smallint) as entity_type, > _create_date as attach_date, > _update_date as move_date >FROM tags >WHERE (_create_date >(SELECT var_datetime as var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync'))) OR > (_update_date >(SELECT var_datetime as var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync'))) >UNION ALL >SELECT vds_id as vds_id, > tag_id as tag_id, > cast(3 as smallint), > _create_date, > null >FROM tags_vds_map >WHERE _create_date >(SELECT var_datetime as var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync')) >UNION ALL >SELECT vm_pool_id as vm_pool_id, > tag_id as tag_id, > cast(5 as smallint), > _create_date, > null >FROM tags_vm_pool_map >WHERE _create_date >(SELECT var_datetime as var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync')) >UNION ALL >SELECT vm_id as vm_id, > tag_id as tag_id, > cast(2 as smallint), > _create_date, > null >FROM tags_vm_map >WHERE _create_date >(SELECT var_datetime as var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync')) >UNION ALL >SELECT user_id as user_id, > tag_id as tag_id, > cast(15 as smallint), > _create_date, > null >FROM tags_user_map >WHERE _create_date >(SELECT var_datetime as var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync')) >UNION ALL >SELECT group_id as group_id, > tag_id as tag_id, > cast(17 as smallint), > _create_date, > null >FROM tags_user_group_map >WHERE _create_date >(SELECT var_datetime as var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync')); >************************** > >CREATE VIEW >********* QUERY ********** >CREATE OR REPLACE VIEW dwh_tags_details_history_view AS >SELECT tag_id as tag_id, > tag_name as tag_name, > description as tag_description, > _create_date as create_date, > _update_date as update_date >FROM tags >WHERE (_create_date >(SELECT var_datetime as var_datetime > FROM dwh_history_timekeeping > WHERE (var_name = 'lastSync'))) OR > (_update_date >(SELECT var_datetime as var_datetime > FROM dwh_history_timekeeping AS history_timekeeping_1 > WHERE (var_name = 'lastSync'))); >************************** > >CREATE VIEW >********* QUERY ********** >Create or replace FUNCTION Insertaction_version_map(v_action_type INTEGER, > v_cluster_minimal_version VARCHAR(40), > v_storage_pool_minimal_version VARCHAR(40)) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO action_version_map(action_type, cluster_minimal_version, storage_pool_minimal_version) > VALUES(v_action_type, v_cluster_minimal_version, v_storage_pool_minimal_version); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deleteaction_version_map(v_action_type INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM action_version_map > WHERE action_type = v_action_type; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromaction_version_map() RETURNS SETOF action_version_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM action_version_map; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getaction_version_mapByaction_type(v_action_type INTEGER) RETURNS SETOF action_version_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM action_version_map > WHERE action_type = v_action_type; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_delete_version_map(v_cluster_version varchar(10), v_sp_version varchar(40)) >returns void >AS $procedure$ >BEGIN > DELETE > FROM action_version_map > WHERE cluster_minimal_version = v_cluster_version > AND storage_pool_minimal_version = v_sp_version; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertad_groups(v_id UUID, > v_name VARCHAR(255), > v_status INTEGER, > v_domain VARCHAR(100), > v_distinguishedname VARCHAR(4000)) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO ad_groups(id, name,status,domain,distinguishedname) > VALUES(v_id, v_name,v_status,v_domain,v_distinguishedname); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatead_groups(v_id UUID, > v_name VARCHAR(255), > v_status INTEGER, > v_domain VARCHAR(100), > v_distinguishedname VARCHAR(4000)) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE ad_groups > SET name = v_name,status = v_status,domain = v_domain,distinguishedname =v_distinguishedname > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletead_groups(v_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM tags_user_group_map > WHERE group_id = v_id; > DELETE FROM ad_groups > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromad_groups() RETURNS SETOF ad_groups STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM ad_groups; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getad_groupsByid(v_id UUID) RETURNS SETOF ad_groups STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM ad_groups > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getad_groupsByName(v_name VARCHAR(256)) RETURNS SETOF ad_groups STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM ad_groups > WHERE name = v_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromDisks(v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF all_disks STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM all_disks > WHERE (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_disk_permissions_view > WHERE user_id = v_user_id AND entity_id = disk_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetDiskByDiskId(v_disk_id UUID, v_user_id UUID, v_is_filtered boolean) >RETURNS SETOF all_disks STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM all_disks > WHERE image_group_id = v_disk_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_disk_permissions_view > WHERE user_id = v_user_id AND entity_id = v_disk_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetDisksVmGuid(v_vm_guid UUID, v_only_plugged BOOLEAN, v_user_id UUID, v_is_filtered BOOLEAN) >RETURNS SETOF all_disks_including_snapshots STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT all_disks_including_snapshots.* > FROM all_disks_including_snapshots > LEFT JOIN vm_device ON vm_device.device_id = all_disks_including_snapshots.image_group_id AND (NOT v_only_plugged OR is_plugged) > WHERE vm_device.vm_id = v_vm_guid > AND ((vm_device.snapshot_id IS NULL AND all_disks_including_snapshots.active IS NOT FALSE) > OR vm_device.snapshot_id = all_disks_including_snapshots.vm_snapshot_id) > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_disk_permissions_view > WHERE user_id = v_user_id AND entity_id = all_disks_including_snapshots.disk_id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS disks_basic_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE disks_basic_rs AS (disk_id UUID,disk_alias varchar(255),size BIGINT); >************************** > >CREATE TYPE >********* QUERY ********** >Create or replace FUNCTION GetDisksVmGuidBasicView(v_vm_guid UUID, v_only_plugged BOOLEAN, v_user_id UUID, v_is_filtered BOOLEAN) >RETURNS SETOF disks_basic_rs STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT disk_id,disk_alias, size > FROM images > LEFT OUTER JOIN base_disks ON images.image_group_id = base_disks.disk_id > LEFT JOIN vm_device ON vm_device.device_id = image_group_id AND (NOT v_only_plugged OR is_plugged) > WHERE vm_device.vm_id = v_vm_guid > AND images.active = true > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_disk_permissions_view > WHERE user_id = v_user_id AND entity_id = disk_id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmBootActiveDisk(v_vm_guid UUID) RETURNS SETOF all_disks STABLE AS $procedure$ >BEGIN > RETURN QUERY SELECT all_disks.* > FROM all_disks > JOIN vm_device ON vm_device.device_id = all_disks.image_group_id > WHERE vm_device.vm_id = v_vm_guid AND boot = TRUE AND vm_device.snapshot_id IS NULL; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllAttachableDisksByPoolId(v_storage_pool_id UUID, v_vm_id uuid, v_user_id UUID, v_is_filtered BOOLEAN) >RETURNS SETOF all_disks STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT distinct all_disks.* > FROM all_disks > WHERE (v_storage_pool_id IS NULL OR all_disks.storage_pool_id = v_storage_pool_id) > AND (all_disks.number_of_vms = 0 OR all_disks.shareable) > -- ImageStatus.ILLEGAL=4 / imagestatus IS NULL -> LunDiski / ImageStatus.Locked=2 > AND (all_disks.imagestatus IS NULL OR (all_disks.imagestatus != 4 AND all_disks.imagestatus != 2)) > AND (v_vm_id IS NULL OR v_vm_id NOT IN (SELECT vm_id FROM vm_device WHERE vm_device.device_id = all_disks.image_group_id)) > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_disk_permissions_view > WHERE user_id = v_user_id AND entity_id = disk_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertasync_tasks(v_action_type INTEGER, > v_result INTEGER, > v_status INTEGER, > v_vdsm_task_id UUID, > v_task_id UUID, > v_action_parameters text, > v_action_params_class varchar(256), > v_task_parameters text, > v_task_params_class varchar(256), > v_step_id UUID, > v_command_id UUID, > v_root_command_id UUID, > v_started_at timestamp WITH TIME ZONE, > v_storage_pool_id UUID, > v_async_task_type INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO async_tasks(action_type, result, status, vdsm_task_id, task_id, action_parameters,action_params_class, task_parameters, task_params_class, step_id, command_id, root_command_id, started_at,storage_pool_id, task_type) > VALUES(v_action_type, v_result, v_status, v_vdsm_task_id, v_task_id, v_action_parameters,v_action_params_class, v_task_parameters, v_task_params_class, v_step_id, v_command_id, v_root_command_id, v_started_at, v_storage_pool_id, v_async_task_type); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updateasync_tasks(v_action_type INTEGER, > v_result INTEGER, > v_status INTEGER, > v_vdsm_task_id UUID, > v_task_id UUID, > v_action_parameters text, > v_action_params_class varchar(256), > v_task_parameters text, > v_task_params_class varchar(256), > v_step_id UUID, > v_command_id UUID, > v_root_command_id UUID, > v_storage_pool_id UUID) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE async_tasks > SET action_type = v_action_type, > result = v_result, > status = v_status, > action_parameters = v_action_parameters, > action_params_class = v_action_params_class, > task_parameters = v_task_parameters, > task_params_class = v_task_params_class, > step_id = v_step_id, > command_id = v_command_id, > root_command_id = v_root_command_id, > vdsm_task_id = v_vdsm_task_id, > storage_pool_id = v_storage_pool_id > WHERE task_id = v_task_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertOrUpdateAsyncTasks(v_action_type INTEGER, > v_result INTEGER, > v_status INTEGER, > v_vdsm_task_id UUID, > v_task_id UUID, > v_action_parameters text, > v_action_params_class varchar(256), > v_task_parameters text, > v_task_params_class varchar(256), > v_step_id UUID, > v_command_id UUID, > v_root_command_id UUID, > v_started_at timestamp WITH TIME ZONE, > v_storage_pool_id UUID, > v_async_task_type INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > IF NOT EXISTS (SELECT 1 from async_tasks where async_tasks.task_id = v_task_id) THEN > PERFORM Insertasync_tasks(v_action_type, v_result, v_status, v_vdsm_task_id, v_task_id, v_action_parameters, > v_action_params_class, v_task_parameters, v_task_params_class, v_step_id, v_command_id, v_root_command_id, v_started_at, v_storage_pool_id, v_async_task_type); > ELSE > PERFORM Updateasync_tasks(v_action_type, v_result, v_status, v_vdsm_task_id, v_task_id, v_action_parameters, v_action_params_class, v_task_parameters, v_task_params_class, v_step_id, v_command_id, v_root_command_id,v_storage_pool_id); > END IF; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertAsyncTaskEntities( > v_task_id UUID, > v_entity_id UUID, > v_entity_type varchar(128)) >RETURNS VOID > AS $procedure$ >BEGIN > IF NOT EXISTS (SELECT 1 from async_tasks_entities where async_task_id = v_task_id and entity_id = v_entity_id) THEN > INSERT INTO async_tasks_entities (async_task_id,entity_id,entity_type) VALUES (v_task_id, v_entity_id, v_entity_type); > END IF; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION GetAsyncTasksIdsByEntityId(v_entity_id UUID) >RETURNS SETOF idUuidType STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT async_task_id from async_tasks_entities where entity_id = v_entity_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION GetAsyncTaskEntitiesByTaskId(v_task_id UUID) >RETURNS SETOF async_tasks_entities STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM async_tasks_entities > WHERE async_task_id = v_task_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deleteasync_tasks(v_task_id UUID) >RETURNS integer > AS $procedure$ >DECLARE >deleted_rows int; >BEGIN > DELETE FROM async_tasks > WHERE task_id = v_task_id; > GET DIAGNOSTICS deleted_rows = ROW_COUNT; > RETURN deleted_rows; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteAsyncTasksByVdsmTaskId(v_vdsm_task_id UUID) >RETURNS integer > AS $procedure$ >DECLARE >deleted_rows int; >BEGIN > DELETE FROM async_tasks > WHERE vdsm_task_id = v_vdsm_task_id; > GET DIAGNOSTICS deleted_rows = ROW_COUNT; > RETURN deleted_rows; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAsyncTasksByStoragePoolId(v_storage_pool_id UUID) >RETURNS SETOF idUuidType STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT async_tasks.task_id > FROM async_tasks > WHERE storage_pool_id = v_storage_pool_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromasync_tasks() RETURNS SETOF async_tasks STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM async_tasks; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getasync_tasksBytask_id(v_task_id UUID) RETURNS SETOF async_tasks STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM async_tasks > WHERE task_id = v_task_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAsyncTasksByEntityId(v_entity_id UUID) RETURNS SETOF async_tasks STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT async_tasks.* > FROM async_tasks > JOIN async_tasks_entities ON async_task_id = task_id > WHERE entity_id = v_entity_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAsyncTasksByVdsmTaskId(v_vdsm_task_id UUID) RETURNS SETOF async_tasks STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM async_tasks > WHERE vdsm_task_id = v_vdsm_task_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertAuditLog(INOUT v_audit_log_id INTEGER , > v_log_time TIMESTAMP WITH TIME ZONE, > v_log_type INTEGER, > v_log_type_name VARCHAR(100), > v_severity INTEGER, > v_message text, > v_user_id UUID , > v_user_name VARCHAR(255) , > v_vds_id UUID , > v_vds_name VARCHAR(255) , > v_vm_id UUID , > v_vm_name VARCHAR(255) , > v_vm_template_id UUID , > v_vm_template_name VARCHAR(40) , > v_storage_pool_id UUID , > v_storage_pool_name VARCHAR(40) , > v_storage_domain_id UUID , > v_storage_domain_name VARCHAR(250) , > v_vds_group_id UUID , > v_vds_group_name VARCHAR(255), > v_quota_id UUID, > v_quota_name VARCHAR(60), > v_correlation_id VARCHAR(50), > v_job_id UUID, > v_gluster_volume_id UUID, > v_gluster_volume_name VARCHAR(1000), > v_call_stack text) > AS $procedure$ > DECLARE > v_min_alret_severity INTEGER; >BEGIN > v_min_alret_severity := 10; > -- insert regular log messages (non alerts) > if (v_severity < v_min_alret_severity) then > >INSERT INTO audit_log(LOG_TIME, log_type, log_type_name, severity,message, user_id, USER_NAME, vds_id, VDS_NAME, vm_id, VM_NAME,vm_template_id,VM_TEMPLATE_NAME,storage_pool_id,STORAGE_POOL_NAME,storage_domain_id,STORAGE_DOMAIN_NAME,vds_group_id,vds_group_name, correlation_id, job_id, quota_id, quota_name, gluster_volume_id, gluster_volume_name, call_stack) > VALUES(v_log_time, v_log_type, v_log_type_name, v_severity, v_message, v_user_id, v_user_name, v_vds_id, v_vds_name, v_vm_id, v_vm_name,v_vm_template_id,v_vm_template_name,v_storage_pool_id,v_storage_pool_name,v_storage_domain_id,v_storage_domain_name,v_vds_group_id,v_vds_group_name, v_correlation_id, v_job_id, v_quota_id, v_quota_name, v_gluster_volume_id, v_gluster_volume_name, v_call_stack); > > v_audit_log_id := CURRVAL('audit_log_seq'); > else > if (not exists(select audit_log_id from audit_log where vds_name = v_vds_name and log_type = v_log_type)) then > >INSERT INTO audit_log(LOG_TIME, log_type, log_type_name, severity,message, user_id, USER_NAME, vds_id, VDS_NAME, vm_id, VM_NAME,vm_template_id,VM_TEMPLATE_NAME,storage_pool_id,STORAGE_POOL_NAME,storage_domain_id,STORAGE_DOMAIN_NAME,vds_group_id,vds_group_name, correlation_id, job_id, quota_id, quota_name, gluster_volume_id, gluster_volume_name, call_stack) > VALUES(v_log_time, v_log_type, v_log_type_name, v_severity, v_message, v_user_id, v_user_name, v_vds_id, v_vds_name, v_vm_id, v_vm_name,v_vm_template_id,v_vm_template_name,v_storage_pool_id,v_storage_pool_name,v_storage_domain_id,v_storage_domain_name,v_vds_group_id,v_vds_group_name, v_correlation_id, v_job_id, v_quota_id, v_quota_name, v_gluster_volume_id, v_gluster_volume_name, v_call_stack); > > v_audit_log_id := CURRVAL('audit_log_seq'); > else > select audit_log_id INTO v_audit_log_id from audit_log where vds_name = v_vds_name and log_type = v_log_type; > end if; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertExternalAuditLog(INOUT v_audit_log_id INTEGER , > v_log_time TIMESTAMP WITH TIME ZONE, > v_log_type INTEGER, > v_log_type_name VARCHAR(100), > v_severity INTEGER, > v_message text, > v_user_id UUID , > v_user_name VARCHAR(255) , > v_vds_id UUID , > v_vds_name VARCHAR(255) , > v_vm_id UUID , > v_vm_name VARCHAR(255) , > v_vm_template_id UUID , > v_vm_template_name VARCHAR(40) , > v_storage_pool_id UUID , > v_storage_pool_name VARCHAR(40) , > v_storage_domain_id UUID , > v_storage_domain_name VARCHAR(250) , > v_vds_group_id UUID , > v_vds_group_name VARCHAR(255), > v_quota_id UUID, > v_quota_name VARCHAR(60), > v_correlation_id VARCHAR(50), > v_job_id UUID, > v_gluster_volume_id UUID, > v_gluster_volume_name VARCHAR(1000), > v_call_stack text, > v_origin VARCHAR(25), > v_custom_event_id INTEGER, > v_event_flood_in_sec INTEGER, > v_custom_data text) >AS $procedure$ >DECLARE > v_max_message_length INTEGER; > v_truncated_message text; >BEGIN > > -- truncate message if exceeds configured max length. truncated messages will be ended > -- with "..." to indicate that message is incomplete due to size limits. > > v_truncated_message := v_message; > v_max_message_length := cast(option_value as int) FROM vdc_options WHERE option_name = 'MaxAuditLogMessageLength' and version = 'general'; > IF (v_max_message_length IS NOT NULL and length(v_message) > v_max_message_length) THEN > v_truncated_message := substr(v_message, 1, v_max_message_length -3) || '...'; > END IF; > INSERT INTO audit_log(LOG_TIME, log_type, log_type_name, severity,message, user_id, USER_NAME, vds_id, VDS_NAME, vm_id, VM_NAME,vm_template_id,VM_TEMPLATE_NAME,storage_pool_id,STORAGE_POOL_NAME,storage_domain_id,STORAGE_DOMAIN_NAME,vds_group_id,vds_group_name, correlation_id, job_id, quota_id, quota_name, gluster_volume_id, gluster_volume_name, call_stack, origin, custom_event_id, event_flood_in_sec, custom_data ) > VALUES(v_log_time, v_log_type, v_log_type_name, v_severity, v_truncated_message, v_user_id, v_user_name, v_vds_id, v_vds_name, v_vm_id, v_vm_name,v_vm_template_id,v_vm_template_name,v_storage_pool_id,v_storage_pool_name,v_storage_domain_id,v_storage_domain_name,v_vds_group_id,v_vds_group_name, v_correlation_id, v_job_id, v_quota_id, v_quota_name, v_gluster_volume_id, v_gluster_volume_name, v_call_stack, v_origin, v_custom_event_id, v_event_flood_in_sec, v_custom_data); > > v_audit_log_id := CURRVAL('audit_log_seq'); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteAuditLog(v_audit_log_id INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE audit_log SET deleted = true > WHERE audit_log_id = v_audit_log_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromAuditLog(v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF audit_log STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM audit_log a > WHERE NOT deleted AND > (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_permissions_view pv, user_object_permissions_view dpv > WHERE pv.user_id = v_user_id AND pv.entity_id = a.vm_id AND pv.entity_id = dpv.entity_id) > OR EXISTS (SELECT 1 > FROM user_vm_template_permissions_view pv, user_object_permissions_view dpv > WHERE pv.user_id = v_user_id AND pv.entity_id = a.vm_template_id AND pv.entity_id = dpv.entity_id) > OR EXISTS (SELECT 1 > FROM user_vds_permissions_view pv, user_object_permissions_view dpv > WHERE pv.user_id = v_user_id AND pv.entity_id = a.vds_id AND pv.entity_id = dpv.entity_id) > OR EXISTS (SELECT 1 > FROM user_storage_pool_permissions_view pv, user_object_permissions_view dpv > WHERE pv.user_id = v_user_id AND pv.entity_id = a.storage_pool_id AND pv.entity_id = dpv.entity_id) > OR EXISTS (SELECT 1 > FROM user_storage_domain_permissions_view pv, user_object_permissions_view dpv > WHERE pv.user_id = v_user_id AND pv.entity_id = a.storage_domain_id AND pv.entity_id = dpv.entity_id) > OR EXISTS (SELECT 1 > FROM user_vds_groups_permissions_view pv, user_object_permissions_view dpv > WHERE pv.user_id = v_user_id AND pv.entity_id = a.vds_group_id AND pv.entity_id = dpv.entity_id) > ); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAuditLogByAuditLogId(v_audit_log_id INTEGER) RETURNS SETOF audit_log STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM audit_log > WHERE audit_log_id = v_audit_log_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAuditLogByVMName(v_vm_name VARCHAR, v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF audit_log STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM audit_log > WHERE not deleted and vm_name = v_vm_name > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_permissions_view > WHERE user_id = v_user_id AND entity_id = vm_id)); > > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAuditLogByVMTemplateName(v_vm_template_name VARCHAR, v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF audit_log STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM audit_log > WHERE not deleted and vm_template_name = v_vm_template_name > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_template_permissions_view > WHERE user_id = v_user_id AND entity_id = vm_template_id)); > > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAuditLogLaterThenDate(v_date TIMESTAMP WITH TIME ZONE) >RETURNS SETOF audit_log STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM audit_log > WHERE not deleted and LOG_TIME >= v_date; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteAuditLogOlderThenDate(v_date TIMESTAMP WITH TIME ZONE) >RETURNS VOID > AS $procedure$ > DECLARE > v_id INTEGER; > SWV_RowCount INTEGER; >BEGIN > -- get first the id from which to remove in order to use index > select audit_log_id INTO v_id FROM audit_log WHERE LOG_TIME < v_date order by audit_log_id desc LIMIT 1; > -- check if there are candidates to remove > GET DIAGNOSTICS SWV_RowCount = ROW_COUNT; > if (SWV_RowCount > 0) then > DELETE FROM audit_log > WHERE audit_log_id <= v_id and > audit_log_id not in(select audit_log_id from event_notification_hist); > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteAuditAlertLogByVdsIDAndType(v_vds_id UUID, > v_log_type INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE audit_log set deleted = true > where vds_id = v_vds_id and log_type = v_log_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteAuditLogAlertsByVdsID(v_vds_id UUID, > v_delete_config_alerts BOOLEAN=true) >RETURNS VOID > AS $procedure$ > DECLARE > v_min_alret_severity INTEGER; > v_no_config_alret_type INTEGER; > v_no_max_alret_type INTEGER; >BEGIN > v_min_alret_severity := 10; > v_no_config_alret_type := 9000; > v_no_max_alret_type := 9005; > if (v_delete_config_alerts = true) then > UPDATE audit_log set deleted = true > where vds_id = v_vds_id and severity >= v_min_alret_severity and > log_type between v_no_config_alret_type and v_no_max_alret_type; > else > UPDATE audit_log set deleted = true > where vds_id = v_vds_id and severity >= v_min_alret_severity and > log_type between v_no_config_alret_type + 1 and v_no_max_alret_type; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/* >Used to find out how many seconds to wait after Start/Stop/Restart PM operations >v_vds_name - The host name >v_event - The event [USER_VDS_STOP | USER_VDS_START | USER_VDS_RESTART] >v_wait_for_sec - Configurable time in seconds to wait from last operation. >Returns : The number of seconds we have to wait (negative value means we can do the operation immediately) >*/ >Create or replace FUNCTION get_seconds_to_wait_before_pm_operation(v_vds_name varchar(255), v_event varchar(100), v_wait_for_sec INTEGER ) RETURNS INTEGER STABLE > AS $procedure$ >declare v_last_event_dt timestamp with time zone; >declare v_now_dt timestamp with time zone; >BEGIN > if exists(select 1 from audit_log where vds_name = v_vds_name and log_type_name = v_event) then > begin > v_last_event_dt := log_time > from audit_log > where vds_name = v_vds_name and log_type_name = v_event > order by audit_log_id desc limit 1; > v_now_dt := CURRENT_TIMESTAMP; > RETURN cast((extract(epoch from v_last_event_dt) + v_wait_for_sec) - extract(epoch from v_now_dt) as int); > end; > else > RETURN 0; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAuditLogByOriginAndCustomEventId(v_origin varchar(255), v_custom_event_id INTEGER) RETURNS SETOF audit_log STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM audit_log > WHERE origin = v_origin and custom_event_id = v_custom_event_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertBaseDisk( > v_disk_id UUID, > v_disk_interface VARCHAR(32), > v_wipe_after_delete BOOLEAN, > v_propagate_errors VARCHAR(32), > v_disk_alias VARCHAR(50), > v_disk_description VARCHAR(500), > v_shareable BOOLEAN, > v_boot BOOLEAN, > v_sgio INTEGER, > v_alignment SMALLINT, > v_last_alignment_scan TIMESTAMP WITH TIME ZONE) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO base_disks( > disk_id, > disk_interface, > wipe_after_delete, > propagate_errors, > disk_alias, > disk_description, > shareable, > boot, > sgio, > alignment, > last_alignment_scan) > VALUES( > v_disk_id, > v_disk_interface, > v_wipe_after_delete, > v_propagate_errors, > v_disk_alias, > v_disk_description, > v_shareable, > v_boot, > v_sgio, > v_alignment, > v_last_alignment_scan); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateBaseDisk( > v_disk_id UUID, > v_disk_interface VARCHAR(32), > v_wipe_after_delete BOOLEAN, > v_propagate_errors VARCHAR(32), > v_disk_alias VARCHAR(50), > v_disk_description VARCHAR(500), > v_shareable BOOLEAN, > v_boot BOOLEAN, > v_sgio INTEGER, > v_alignment SMALLINT, > v_last_alignment_scan TIMESTAMP WITH TIME ZONE) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE base_disks > SET disk_interface = v_disk_interface, > wipe_after_delete = v_wipe_after_delete, > propagate_errors = v_propagate_errors, > disk_alias = v_disk_alias, > disk_description = v_disk_description, > shareable = v_shareable, > boot = v_boot, > sgio = v_sgio, > alignment = v_alignment, > last_alignment_scan = v_last_alignment_scan > WHERE disk_id = v_disk_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteBaseDisk(v_disk_id UUID) >RETURNS VOID >AS $procedure$ >DECLARE > v_val UUID; >BEGIN > DELETE > FROM base_disks > WHERE disk_id = v_disk_id; > > -- Delete the disk's permissions > DELETE FROM permissions WHERE object_id = v_disk_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromBaseDisks() RETURNS SETOF base_disks STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM base_disks; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetBaseDiskByBaseDiskId(v_disk_id UUID) >RETURNS SETOF base_disks STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM base_disks > WHERE disk_id = v_disk_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertBookmark(v_bookmark_id UUID, > v_bookmark_name VARCHAR(40), > v_bookmark_value VARCHAR(300)) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO bookmarks(bookmark_Id,bookmark_name, bookmark_value) > VALUES(v_bookmark_id, v_bookmark_name, v_bookmark_value); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateBookmark(v_bookmark_id UUID, > v_bookmark_name VARCHAR(40), > v_bookmark_value VARCHAR(300)) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE bookmarks > SET bookmark_name = v_bookmark_name,bookmark_value = v_bookmark_value > WHERE bookmark_Id = v_bookmark_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteBookmark(v_bookmark_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM bookmarks > WHERE bookmark_Id = v_bookmark_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromBookmarks() RETURNS SETOF bookmarks STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM bookmarks; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetBookmarkBybookmark_name(v_bookmark_name VARCHAR(40)) >RETURNS SETOF bookmarks STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM bookmarks > WHERE bookmark_name = v_bookmark_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetBookmarkBybookmark_id(v_bookmark_id UUID) >RETURNS SETOF bookmarks STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM bookmarks > WHERE bookmark_Id = v_bookmark_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllVm_poolsByUser_id_with_groups_and_UserRoles(v_user_id UUID) >RETURNS SETOF vm_pools_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT pools.* > FROM vm_pools_view pools > INNER JOIN user_vm_pool_permissions_view ON user_id = v_user_id AND entity_id = pools.vm_pool_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION insert_entity_snapshot(v_id uuid, v_command_id uuid,v_command_type character varying , v_entity_id character varying, v_entity_type character varying, v_entity_snapshot text, v_snapshot_class character varying, v_snapshot_type INTEGER,v_insertion_order INTEGER) > RETURNS void AS >$procedure$ >BEGIN > BEGIN > INSERT INTO business_entity_snapshot(id, command_id, command_type, entity_id,entity_type,entity_snapshot, snapshot_class, snapshot_type,insertion_order) > VALUES(v_id, v_command_id, v_command_type, v_entity_id,v_entity_type,v_entity_snapshot, v_snapshot_class, v_snapshot_type,v_insertion_order); > END; > > RETURN; >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION get_entity_snapshot_by_id(v_id uuid) > RETURNS SETOF business_entity_snapshot STABLE AS >$procedure$ >BEGIN > RETURN QUERY SELECT business_entity_snapshot.* > FROM business_entity_snapshot > WHERE id = v_id; >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION get_entity_snapshot_by_command_id(v_command_id uuid) > RETURNS SETOF business_entity_snapshot STABLE AS >$procedure$ >BEGIN > RETURN QUERY SELECT business_entity_snapshot.* > FROM business_entity_snapshot > WHERE command_id = v_command_id order by insertion_order desc; >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS get_all_commands_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE get_all_commands_rs AS(command_id UUID, command_type varchar(256)); >************************** > >CREATE TYPE >********* QUERY ********** >CREATE OR REPLACE FUNCTION get_all_commands() > RETURNS SETOF get_all_commands_rs STABLE AS >$procedure$ >BEGIN > RETURN QUERY SELECT distinct business_entity_snapshot.command_id, business_entity_snapshot.command_type > FROM business_entity_snapshot; > >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION delete_entity_snapshot_by_command_id(v_command_id uuid) > RETURNS void AS >$procedure$ >BEGIN > BEGIN > delete from business_entity_snapshot where command_id = v_command_id; > END; > RETURN; >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromClusterPolicys() RETURNS SETOF cluster_policies STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM cluster_policies; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetClusterPolicyByClusterPolicyId(v_id UUID) RETURNS SETOF cluster_policies STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM cluster_policies > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertClusterPolicy( > v_id UUID, > v_name VARCHAR(128), > v_description VARCHAR(4000), > v_is_locked BOOLEAN, > v_is_default BOOLEAN, > v_custom_properties text) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO cluster_policies( > id, > name, > description, > is_locked, > is_default, > custom_properties) > VALUES( > v_id, > v_name, > v_description, > v_is_locked, > v_is_default, > v_custom_properties); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateClusterPolicy( > v_id UUID, > v_name VARCHAR(128), > v_description VARCHAR(4000), > v_is_locked BOOLEAN, > v_is_default BOOLEAN, > v_custom_properties text) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE cluster_policies > SET name = v_name, > description = v_description, > is_locked = v_is_locked, > is_default = v_is_default, > custom_properties = v_custom_properties > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteClusterPolicy(v_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE > FROM cluster_policies > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromClusterPolicyUnits() RETURNS SETOF cluster_policy_units STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM cluster_policy_units; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetClusterPolicyUnitsByClusterPolicyId(v_id UUID) RETURNS SETOF cluster_policy_units STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM cluster_policy_units > WHERE cluster_policy_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteClusterPolicyUnitsByClusterPolicyId(v_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE > FROM cluster_policy_units > WHERE cluster_policy_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertClusterPolicyUnit( > v_cluster_policy_id UUID, > v_policy_unit_id UUID, > v_filter_sequence int, > v_factor int) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO cluster_policy_units( > cluster_policy_id, > policy_unit_id, > filter_sequence, > factor) > VALUES( > v_cluster_policy_id, > v_policy_unit_id, > v_filter_sequence, > v_factor); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_add_column(v_table varchar(128), v_column varchar(128), v_column_def text) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (not exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ADD COLUMN ' || v_column || ' ' || v_column_def; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_drop_column(v_table varchar(128), v_column varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' DROP COLUMN ' || v_column; > EXECUTE v_sql; > end; > end if; >end;$procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_change_column_type(v_table varchar(128), v_column varchar(128), > v_type varchar(128), v_new_type varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column and (udt_name ilike v_type or data_type ilike v_type))) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ALTER COLUMN ' || v_column || ' TYPE ' || v_new_type; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_rename_column(v_table varchar(128), v_column varchar(128), v_new_name varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' RENAME COLUMN ' || v_column || ' TO ' || v_new_name; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_option_value, v_version); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value_all_versions(v_option_name varchar(100)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name)) then > begin > delete from vdc_options where option_name ilike v_option_name; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value(v_option_name varchar(100), v_version text) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)))) then > begin > delete from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_for_version(v_version text) >returns void >AS $procedure$ >BEGIN > delete from vdc_options where version in (select ID from fnSplitter(v_version)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and version = v_version; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_default_config_value(v_option_name varchar(100),v_default_option_value varchar(4000),v_option_value varchar(4000),v_version varchar(40),v_ignore_default_value_case boolean) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > if (v_ignore_default_value_case) > then > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value ilike v_default_option_value and version = v_version; > else > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value = v_default_option_value and version = v_version; > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_rename_config_key(v_old_option_name varchar(100),v_new_option_name varchar(100),v_version varchar(40)) >returns void >AS $procedure$ >DECLARE > v_current_option_value varchar(4000); >begin > if (exists (select 1 from vdc_options where option_name ilike v_old_option_name and version = v_version)) then > v_current_option_value:=option_value from vdc_options where option_name ilike v_old_option_name and version = v_version; > update vdc_options set option_name = v_new_option_name, option_value = v_current_option_value > where option_name ilike v_old_option_name and version = v_version; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_create_constraint ( > v_table varchar(128), v_constraint varchar(128), v_constraint_sql text) >returns void >AS $procedure$ >begin > if NOT EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' ADD CONSTRAINT ' || v_constraint || ' ' || v_constraint_sql; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_drop_constraint ( > v_table varchar(128), v_constraint varchar(128)) >returns void >AS $procedure$ >begin > if EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' DROP CONSTRAINT ' || v_constraint || ' CASCADE'; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid) > RETURNS void AS >$procedure$ > DECLARE > v_user_entry VARCHAR(255); > v_user_id UUID; > v_name VARCHAR(255); > v_domain VARCHAR(255); > v_user_name VARCHAR(255); > > v_document VARCHAR(64); > v_index INTEGER; >BEGIN > > select option_value INTO v_user_entry from vdc_options where option_name = 'AdUserId'; > select option_value INTO v_name from vdc_options where option_name = 'AdUserName'; > select option_value INTO v_domain from vdc_options where option_name = 'DomainName'; > > v_index := POSITION(':' IN v_user_entry); > if ( v_index <> 0 ) then > v_user_entry := substring( v_user_entry from v_index + 1 ); > v_user_id := CAST( v_user_entry AS uuid ); > end if; > > v_index := POSITION(':' IN v_name); > if ( v_index <> 0 ) then > v_name := substring( v_name from v_index + 1 ); > end if; > >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select v_user_id, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = v_user_id and name = v_name and domain = v_domain and username = v_user_name and groups = '' and status = 1); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', v_user_id, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = v_user_id and object_id= getGlobalIds('system') and object_type_id = 1); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION CheckDBConnection() RETURNS SETOF integer IMMUTABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_functions_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'drop function if exists ' || ns.nspname || '.' || proname || '(' || oidvectortypes(proargtypes) || ') cascade;' from pg_proc inner join pg_namespace ns on (pg_proc.pronamespace=ns.oid) where ns.nspname = 'public' order by proname; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_views_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP VIEW if exists ' || table_name || ' CASCADE;' from information_schema.views where table_schema = 'public' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_tables_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP TABLE if exists ' || table_name || ' CASCADE;' from information_schema.tables where table_schema = 'public' and table_type = 'BASE TABLE' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_seq_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP SEQUENCE if exists ' || sequence_name || ' CASCADE;' from information_schema.sequences where sequence_schema = 'public' order by sequence_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_user_types_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT 'DROP TYPE if exists ' || c.relname::information_schema.sql_identifier || ' CASCADE;' > FROM pg_namespace n, pg_class c, pg_type t > WHERE n.oid = c.relnamespace and t.typrelid = c.oid and c.relkind = 'c'::"char" and > n.nspname = 'public' > ORDER BY c.relname::information_schema.sql_identifier; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_get_column_size( v_table varchar(64), v_column varchar(64)) returns integer STABLE > AS $procedure$ > declare > retvalue integer; >BEGIN > retvalue := character_maximum_length from information_schema.columns > where > table_name ilike v_table and column_name ilike v_column and > table_schema = 'public' and udt_name in ('char','varchar'); > return retvalue; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid, v_user_id VARCHAR(255), v_name VARCHAR(255), v_domain VARCHAR(255)) > RETURNS void AS >$BODY$ > DECLARE > v_user_name VARCHAR(255); > v_document VARCHAR(64); > v_index INTEGER; > input_uuid uuid; >BEGIN > input_uuid = CAST( v_user_id AS uuid ); >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select input_uuid, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = input_uuid); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', input_uuid, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = input_uuid and object_id= getGlobalIds('system') and object_type_id = 1); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_add_action_group_to_role(v_role_id UUID, v_action_group_id INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO roles_groups(role_id,action_group_id) > SELECT v_role_id, v_action_group_id > WHERE NOT EXISTS (SELECT 1 > FROM roles_groups > WHERE role_id = v_role_id > AND action_group_id = v_action_group_id); >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_split_config_value(v_option_name character varying, v_old_option_value character varying, v_new_option_value character varying, v_update_from_version character varying) > RETURNS void AS >$BODY$ >declare >v_old_value varchar(4000); >v_cur cursor for select distinct version from vdc_options where version <> 'general' order by version; >v_version varchar(40); >v_index integer; >v_count integer; >v_total_count integer; >v_version_count integer; >begin > v_total_count := count(version) from vdc_options where option_name = v_option_name; > v_old_value := option_value from vdc_options where option_name = v_option_name and version = 'general'; > v_version_count := count(distinct version) from vdc_options where version <> 'general'; > if (v_total_count <= v_version_count) then > begin > if (v_old_value IS NULL) then > v_old_value := v_old_option_value; > end if; > v_count := count(distinct version) from vdc_options where version <> 'general'; > v_index := 1; > open v_cur; > loop > fetch v_cur into v_version; > exit when not found; > -- We shouldn't update if already exists > if (not exists (select 1 from vdc_options where option_name = v_option_name and version = v_version)) then > -- Might not work well for versions such as 3.10, but we currently don't have any > if (v_version >= v_update_from_version) then > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_new_option_value, v_version); > else > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_old_value, v_version); > end if; > end if; > v_index := v_index +1; > end loop; > close v_cur; > delete from vdc_options where option_name = v_option_name and version = 'general'; > end; > end if; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_grant_action_group_to_all_roles_filter(v_action_group_id integer, uuid[]) > RETURNS void AS >$BODY$ >declare >v_role_id_to_filter alias for $2; >begin > insert into roles_groups (role_id, action_group_id) > select distinct role_id, v_action_group_id > from roles_groups rg > where not ARRAY [role_id] <@ v_role_id_to_filter and not exists (select 1 from roles_groups where role_id = rg.role_id and action_group_id = v_action_group_id); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_mask_object(v_object regclass) RETURNS setof record as >$BODY$ >DECLARE > v_sql TEXT; > v_table record; > v_table_name TEXT; > temprec record; >BEGIN > -- get full table/view name from v_object (i.e <namespace>.<name>) > select c.relname, n.nspname INTO v_table > FROM pg_class c join pg_namespace n on c.relnamespace = n.oid WHERE c.oid = v_object; > -- try to get filtered query syntax from previous execution > if exists (select 1 from object_column_white_list_sql where object_name = v_table.relname) then > select sql into v_sql from object_column_white_list_sql where object_name = v_table.relname; > else > v_table_name := quote_ident( v_table.nspname ) || '.' || quote_ident( v_table.relname ); > -- compose sql statement while skipping values for columns not defined in object_column_white_list for this table. > for temprec in select a.attname, t.typname > FROM pg_attribute a join pg_type t on a.atttypid = t.oid > WHERE a.attrelid = v_object AND a.attnum > 0 AND NOT a.attisdropped ORDER BY a.attnum > loop > v_sql := coalesce( v_sql || ', ', 'SELECT ' ); > if exists(select 1 from object_column_white_list > where object_name = v_table.relname and column_name = temprec.attname) then > v_sql := v_sql || quote_ident( temprec.attname ); > ELSE > v_sql := v_sql || 'NULL::' || quote_ident( temprec.typname ) || ' as ' || quote_ident( temprec.attname ); > END IF; > END LOOP; > v_sql := v_sql || ' FROM ' || v_table_name; > v_sql := 'SELECT x::' || v_table_name || ' as rec FROM (' || v_sql || ') as x'; > -- save generated query for further use > insert into object_column_white_list_sql(object_name,sql) values (v_table.relname, v_sql); > end if; > RETURN QUERY EXECUTE v_sql; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_column_to_object_white_list(v_object_name varchar(128), v_column_name varchar(128)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from object_column_white_list > where object_name = v_object_name and column_name = v_column_name)) then > begin > -- verify that there is such object in db > if exists (select 1 from information_schema.columns > where table_name = v_object_name and column_name = v_column_name) then > insert into object_column_white_list (object_name, column_name) values (v_object_name, v_column_name); > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_disk(v_id UUID) >returns void >AS $procedure$ >declare > OK integer; > LOCKED integer; >begin > OK:=1; > LOCKED:=2; > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_snapshot(v_id UUID) >returns void >AS $procedure$ >declare > OK varchar; > LOCKED varchar; >begin > OK:='OK'; > LOCKED:='LOCKED'; > update snapshots set status = OK where status = LOCKED and snapshot_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_entity(v_object_type varchar(10), v_name varchar(255), v_recursive boolean) >returns void >AS $procedure$ >declare > DOWN integer; > OK integer; > LOCKED integer; > TEMPLATE_OK integer; > TEMPLATE_LOCKED integer; > IMAGE_LOCKED integer; > SNAPSHOT_OK varchar; > SNAPSHOT_LOCKED varchar; > v_id UUID; >begin > DOWN:=0; > OK:=1; > LOCKED:=2; > TEMPLATE_OK:=0; > TEMPLATE_LOCKED:=1; > IMAGE_LOCKED:=15; > SNAPSHOT_OK:='OK'; > SNAPSHOT_LOCKED:='LOCKED'; > v_id := vm_guid from vm_static where vm_name = v_name and entity_type ilike v_object_type; > -- set VM status to DOWN > if (v_object_type = 'vm') then > update vm_dynamic set status = DOWN where status = IMAGE_LOCKED and vm_guid = v_id; > -- set Template status to OK > else > if (v_object_type = 'template') then > update vm_static set template_status = TEMPLATE_OK where template_status = TEMPLATE_LOCKED and vm_guid = v_id; > end if; > end if; > --unlock images and snapshots if recursive flag is set > if (v_recursive) then > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id in (select device_id from vm_device where vm_id = v_id and is_plugged); > > update snapshots set status = SNAPSHOT_OK where status ilike SNAPSHOT_LOCKED and vm_id = v_id; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/* Displays DC id , DC name, SPM Host id , SPM Host name and number of async tasks awaiting. > >1) create a record type with DC name, DC id, SPM host id, SPM host name, count > >2) get all distinct DC ids from async_tasks table > >3) Run a cursor for each result in 2) > > a) get DC name > b) get SPM Host id & name if available > c) get count of tasks > > return current record > >4) return set of generated records >*/ >DROP TYPE IF EXISTS async_tasks_info_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE async_tasks_info_rs AS ( > dc_id UUID, dc_name CHARACTER VARYING, spm_host_id UUID, spm_host_name CHARACTER VARYING, task_count integer); >************************** > >CREATE TYPE >********* QUERY ********** >create or replace FUNCTION fn_db_get_async_tasks() >returns SETOF async_tasks_info_rs STABLE >AS $procedure$ >DECLARE > v_record async_tasks_info_rs; > > -- selects storage_pool_id uuid found in async_tasks > v_tasks_cursor cursor for select distinct storage_pool_id from async_tasks; >begin > > OPEN v_tasks_cursor; > FETCH v_tasks_cursor into v_record.dc_id; > WHILE FOUND LOOP > -- get dc_name and SPM Host id > v_record.dc_name := name from storage_pool where id = v_record.dc_id; > v_record.spm_host_id := > spm_vds_id from storage_pool where id = v_record.dc_id; > -- get Host name if we have non NULL SPM Host > if (v_record.spm_host_id IS NOT NULL) then > v_record.spm_host_name := > vds_name from vds_static where vds_id = v_record.spm_host_id; > else > v_record.spm_host_name:=''; > end if; > -- get tasks count for this DC > v_record.task_count := count(*) from async_tasks > where position (cast(v_record.dc_id as varchar) in action_parameters) > 0; > -- return the record > RETURN NEXT v_record; > FETCH v_tasks_cursor into v_record.dc_id; > END LOOP; > CLOSE v_tasks_cursor; > -- return full set of generated records > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertcustom_actions(INOUT v_action_id INTEGER , > v_action_name VARCHAR(50), > v_path VARCHAR(300), > v_tab INTEGER , > v_description VARCHAR(4000)) > AS $procedure$ >BEGIN >INSERT INTO custom_actions(action_name, path, tab, description) > VALUES(v_action_name, v_path, v_tab, v_description); > > v_action_id := CURRVAL('custom_actions_seq'); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatecustom_actions(v_action_id INTEGER, > v_action_name VARCHAR(50), > v_path VARCHAR(300), > v_tab INTEGER , > v_description VARCHAR(4000)) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE custom_actions > SET action_name = v_action_name,path = v_path,tab = v_tab,description = v_description > WHERE action_id = v_action_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletecustom_actions(v_action_id INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM custom_actions > WHERE action_id = v_action_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromcustom_actions() RETURNS SETOF custom_actions STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM custom_actions; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getcustom_actionsByaction_id(v_action_id INTEGER) >RETURNS SETOF custom_actions STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM custom_actions > WHERE action_id = v_action_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getcustom_actionsByTab_id(v_tab INTEGER) RETURNS SETOF custom_actions STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM custom_actions > WHERE tab = v_tab; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getcustom_actionsByNameAndTab(v_action_name VARCHAR(50), > v_tab INTEGER) RETURNS SETOF custom_actions STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM custom_actions > WHERE tab = v_tab and action_name = v_action_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertdisk_image_dynamic(v_image_id UUID, > v_read_rate INTEGER , > v_write_rate INTEGER , > v_actual_size BIGINT, > v_read_latency_seconds numeric(18,9), > v_write_latency_seconds numeric(18,9), > v_flush_latency_seconds numeric(18,9) >) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO disk_image_dynamic(image_id, read_rate, write_rate, actual_size, read_latency_seconds, write_latency_seconds, flush_latency_seconds) > VALUES(v_image_id, v_read_rate, v_write_rate, v_actual_size, v_read_latency_seconds, v_write_latency_seconds, v_flush_latency_seconds); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatedisk_image_dynamic(v_image_id UUID, > v_read_rate INTEGER , > v_write_rate INTEGER , > v_actual_size BIGINT , > v_read_latency_seconds numeric(18,9) , > v_write_latency_seconds numeric(18,9) , > v_flush_latency_seconds numeric(18,9)) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE disk_image_dynamic > SET read_rate = v_read_rate,write_rate = v_write_rate,actual_size = v_actual_size,read_latency_seconds = v_read_latency_seconds,write_latency_seconds = v_write_latency_seconds,flush_latency_seconds = v_flush_latency_seconds, _update_date = LOCALTIMESTAMP > WHERE image_id = v_image_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletedisk_image_dynamic(v_image_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM disk_image_dynamic > WHERE image_id = v_image_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromdisk_image_dynamic() RETURNS SETOF disk_image_dynamic STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM disk_image_dynamic; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getdisk_image_dynamicByimage_id(v_image_id UUID) >RETURNS SETOF disk_image_dynamic STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM disk_image_dynamic > WHERE image_id = v_image_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetImageByImageGuid(v_image_guid UUID) >RETURNS SETOF vm_images_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_images_view > WHERE image_guid = v_image_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAncestralImageByImageGuid(v_image_guid UUID) >RETURNS SETOF images_storage_domain_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY WITH RECURSIVE ancestor_image(image_guid, parentid) AS ( > SELECT image_guid, parentid > FROM images > WHERE image_guid = v_image_guid > UNION ALL > SELECT i.image_guid, i.parentid > FROM images i, ancestor_image ai > WHERE i.image_guid = ai.parentid > ) > SELECT i.* > FROM ancestor_image ai, images_storage_domain_view i > WHERE ai.parentid = '00000000-0000-0000-0000-000000000000' > AND ai.image_guid = i.image_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetSnapshotByGuid(v_image_guid UUID) >RETURNS SETOF images_storage_domain_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM images_storage_domain_view images_storage_domain_view > WHERE image_guid = v_image_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetSnapshotsByStorageDomainId(v_storage_domain_id UUID) >RETURNS SETOF images_storage_domain_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM images_storage_domain_view images_storage_domain_view > WHERE storage_id = v_storage_domain_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetSnapshotByParentGuid(v_parent_guid UUID) >RETURNS SETOF images_storage_domain_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM images_storage_domain_view images_storage_domain_view > WHERE ParentId = v_parent_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmImageByImageGuid(v_image_guid UUID) >RETURNS SETOF vm_images_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_images_view > WHERE image_guid = v_image_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetSnapshotsByVmSnapshotId(v_vm_snapshot_id UUID) >RETURNS SETOF images_storage_domain_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM images_storage_domain_view images_storage_domain_view > WHERE vm_snapshot_id = v_vm_snapshot_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAttachedDiskSnapshotsToVm(v_vm_guid UUID, v_is_plugged BOOLEAN) >RETURNS SETOF images_storage_domain_view > AS $procedure$ >BEGIN > RETURN QUERY SELECT images_storage_domain_view.* > FROM images_storage_domain_view > JOIN vm_device ON vm_device.device_id = images_storage_domain_view.disk_id > WHERE vm_device.vm_id = v_vm_guid AND (v_is_plugged IS NULL OR vm_device.is_plugged = v_is_plugged) > AND vm_device.snapshot_id IS NOT NULL > AND vm_device.snapshot_id = images_storage_domain_view.vm_snapshot_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetSnapshotsByImageGroupId(v_image_group_id UUID) >RETURNS SETOF images_storage_domain_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM images_storage_domain_view images_storage_domain_view > WHERE image_group_id = v_image_group_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetDiskSnapshotForVmSnapshot(v_image_group_id UUID, v_vm_snapshot_id UUID) >RETURNS SETOF images_storage_domain_view > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM images_storage_domain_view > WHERE image_group_id = v_image_group_id > AND vm_snapshot_id = v_vm_snapshot_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetImagesWhichHaveNoDisk(v_vm_id UUID) >RETURNS SETOF images_storage_domain_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT i.* > FROM images_storage_domain_view i > JOIN snapshots s ON (i.vm_snapshot_id = s.snapshot_id) > WHERE s.vm_id = v_vm_id > AND NOT EXISTS ( > SELECT 1 > FROM base_disks d > WHERE d.disk_id = i.image_group_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertDiskLunMap( > v_disk_id UUID, > v_lun_id VARCHAR(50)) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO disk_lun_map( > disk_id, > lun_id) > VALUES( > v_disk_id, > v_lun_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteDiskLunMap(v_disk_id UUID, v_lun_id VARCHAR(50)) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE > FROM disk_lun_map > WHERE disk_id = v_disk_id > AND lun_id = v_lun_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromDiskLunMaps() RETURNS SETOF disk_lun_map STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM disk_lun_map; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetDiskLunMapByDiskLunMapId(v_disk_id UUID, v_lun_id VARCHAR(50)) >RETURNS SETOF disk_lun_map STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM disk_lun_map > WHERE disk_id = v_disk_id > AND lun_id = v_lun_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetDiskLunMapByLunId(v_lun_id VARCHAR(50)) >RETURNS SETOF disk_lun_map STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM disk_lun_map > WHERE lun_id = v_lun_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateDwhHistoryTimekeeping(v_var_name VARCHAR(50), > v_var_value VARCHAR(255), > v_var_datetime TIMESTAMP WITH TIME ZONE) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE dwh_history_timekeeping > SET var_value = v_var_value, > var_datetime = v_var_datetime > WHERE var_name = v_var_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetDwhHistoryTimekeepingByVarName(v_var_name VARCHAR(50)) >RETURNS SETOF dwh_history_timekeeping STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM dwh_history_timekeeping > WHERE var_name = v_var_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION clear_osinfo() > RETURNS VOID >AS $procedure$ >BEGIN > TRUNCATE dwh_osinfo; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION insert_osinfo(v_os_id INTEGER , v_os_name VARCHAR(255)) >RETURNS VOID > AS $procedure$ >BEGIN > INSERT into dwh_osinfo (os_id, os_name) VALUES (v_os_id, v_os_name); > UPDATE dwh_history_timekeeping SET var_datetime = now() where var_name = 'lastOsinfoUpdate'; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION insertevent_notification_hist(v_audit_log_id BIGINT, > v_event_name VARCHAR(100), > v_method_type CHAR(10), > v_reason CHAR(255) , > v_sent_at TIMESTAMP WITH TIME ZONE, > v_status BOOLEAN, > v_subscriber_id VARCHAR(100)) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO event_notification_hist(audit_log_id, event_name, method_type, reason, sent_at, status, subscriber_id) > VALUES(v_audit_log_id, v_event_name, v_method_type, v_reason, v_sent_at, v_status, v_subscriber_id::uuid); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromevent_notification_hist() >RETURNS SETOF event_notification_hist STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM event_notification_hist; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertevent_subscriber(v_event_up_name VARCHAR(100), > v_method_id INTEGER, > v_method_address VARCHAR(255), > v_subscriber_id UUID, > v_tag_name VARCHAR(50)) >RETURNS VOID > AS $procedure$ >BEGIN > if not exists(select * from event_subscriber where > subscriber_id = v_subscriber_id and > event_up_name = v_event_up_name and > method_id = v_method_id and > tag_name = v_tag_name) then > >INSERT INTO event_subscriber(event_up_name, method_id, method_address, subscriber_id, tag_name) > VALUES(v_event_up_name, v_method_id, v_method_address, v_subscriber_id,v_tag_name); > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getevent_subscriberBysubscriber_id(v_subscriber_id UUID) >RETURNS SETOF event_subscriber STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM event_subscriber > WHERE subscriber_id = v_subscriber_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromevent_audit_log_subscriber() >RETURNS SETOF event_audit_log_subscriber_view STABLE > AS $procedure$ > DECLARE > v_last BIGINT; >BEGIN > -- begin tran > > > -- get last event > select audit_log_id INTO v_last from audit_log order by audit_log_id desc LIMIT 1; > -- mark processed events > update audit_log set processed = TRUE where audit_log_id <= v_last; > -- get from view all events with id <= @last > RETURN QUERY SELECT * > from event_audit_log_subscriber_view event_audit_log_subscriber_view > where audit_log_id <= v_last; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deleteevent_subscriber(v_event_up_name VARCHAR(100) , > v_method_id INTEGER , > v_subscriber_id UUID, > v_tag_name VARCHAR(50)) >RETURNS VOID > AS $procedure$ >BEGIN > if (v_tag_name IS NULL) then > delete from event_subscriber > where event_up_name = v_event_up_name > and method_id = v_method_id > and subscriber_id = v_subscriber_id; > else > delete from event_subscriber > where event_up_name = v_event_up_name > and method_id = v_method_id > and subscriber_id = v_subscriber_id > and tag_name = v_tag_name; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updateevent_subscriber(v_event_up_name VARCHAR(100) , > v_old_method_id INTEGER , > v_new_method_id INTEGER , > v_subscriber_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > update event_subscriber set method_id = v_new_method_id > where event_up_name = v_event_up_name > and method_id = v_old_method_id > and subscriber_id = v_subscriber_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetEventNotificationMethodById(v_method_id INTEGER) >RETURNS SETOF event_notification_methods STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > from event_notification_methods > where method_id = v_method_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetEventMapByName(v_event_name VARCHAR(100)) >RETURNS SETOF event_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > from event_map > where event_up_name = v_event_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromevent_audit_log_subscriber_only() RETURNS SETOF event_audit_log_subscriber_view STABLE > AS $procedure$ > DECLARE > v_last BIGINT; >BEGIN > -- get last event > select audit_log_id INTO v_last from audit_log order by audit_log_id desc LIMIT 1; > -- get from view all events with id <= @last > RETURN QUERY select * > from event_audit_log_subscriber_view where audit_log_id <= v_last; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deleteevent_notification_hist(v_sent_at TIMESTAMP) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM event_notification_hist WHERE sent_at < v_sent_at; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/* ---------------------------------------------------------------- > Stored procedures for database operations on Gluster Hooks > related tables: > - gluster_hooks > - gluster_server_hooks >----------------------------------------------------------------*/ >Create or replace FUNCTION InsertGlusterHook(v_id UUID, > v_cluster_id UUID, > v_gluster_command VARCHAR(128), > v_stage VARCHAR(50), > v_name VARCHAR(256), > v_hook_status VARCHAR(50), > v_content_type VARCHAR(50), > v_checksum VARCHAR(256), > v_content TEXT, > v_conflict_status INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO gluster_hooks(id, cluster_id, gluster_command, stage, name, hook_status, > content_type, checksum, content, conflict_status) > VALUES (v_id, v_cluster_id, v_gluster_command, v_stage, v_name,v_hook_status, > v_content_type, v_checksum, v_content, v_conflict_status); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterHookById(v_id UUID, > v_includeContent BOOLEAN=false) >RETURNS SETOF gluster_hooks STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT id, cluster_id, gluster_command, stage, name, > hook_status, content_type, checksum, > CASE v_includeContent WHEN true THEN content > ELSE null::text > END as content, > conflict_status, > _create_date, _update_date > FROM gluster_hooks > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterHookContentById(v_id UUID) >RETURNS SETOF text STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT content > FROM gluster_hooks > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterHooksByClusterId(v_cluster_id UUID) >RETURNS SETOF gluster_hooks STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT id, cluster_id, gluster_command, stage, name, > hook_status, content_type, checksum, null::text as content, conflict_status, > _create_date, _update_date > FROM gluster_hooks > WHERE cluster_id = v_cluster_id order by gluster_command asc, stage asc; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServerHooksById(v_id UUID) >RETURNS SETOF gluster_server_hooks_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_server_hooks_view > WHERE hook_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterHook(v_cluster_id UUID, > v_gluster_command VARCHAR(1000), > v_stage VARCHAR(100), > v_name VARCHAR(1000), > v_includeContent BOOLEAN=false) >RETURNS SETOF gluster_hooks STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT id, cluster_id, gluster_command, stage, name, > hook_status, content_type, checksum, > CASE v_includeContent WHEN true THEN content > ELSE null::text > END as content, > conflict_status, > _create_date, _update_date > FROM gluster_hooks > WHERE cluster_id = v_cluster_id AND gluster_command = v_gluster_command > AND stage = v_stage AND name = v_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterHookById(v_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM gluster_hooks > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterHook(v_cluster_id UUID, > v_gluster_command VARCHAR(1000), > v_stage VARCHAR(100), > v_name VARCHAR(1000)) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM gluster_hooks > WHERE cluster_id = v_cluster_id AND gluster_command = v_gluster_command > AND stage = v_stage AND name = v_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteAllGlusterHooks(v_cluster_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM gluster_hooks > WHERE cluster_id = v_cluster_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterHooksByIds(v_ids TEXT) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM gluster_hooks > WHERE id in (select * from fnSplitterUuid(v_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterHookConflictStatus(v_id UUID, > v_conflict_status INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_hooks > SET conflict_status = v_conflict_status, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterHookContentType(v_id UUID, > v_content_type VARCHAR(100)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_hooks > SET content_type = v_content_type, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterHookContent(v_id UUID, > v_checksum VARCHAR(256), > v_content text) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_hooks > SET checksum = v_checksum, > content = v_content, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterHook(v_id UUID, > v_hook_status VARCHAR(50), > v_content_type VARCHAR(50), > v_checksum VARCHAR(256), > v_content TEXT, > v_conflict_status INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_hooks > SET hook_status = v_hook_status, > content_type = v_content_type, > checksum = v_checksum, > content = v_content, > conflict_status = v_conflict_status, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterHookStatus(v_id UUID, > v_hook_status VARCHAR(50)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_hooks > SET hook_status = v_hook_status, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertGlusterServerHook(v_hook_id UUID, > v_server_id UUID, > v_hook_status VARCHAR(50), > v_content_type VARCHAR(50), > v_checksum VARCHAR(256)) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO gluster_server_hooks(hook_id, server_id, hook_status, content_type, checksum) > VALUES(v_hook_id, v_server_id, v_hook_status, v_content_type, v_checksum); > UPDATE gluster_hooks > SET _update_date = LOCALTIMESTAMP > WHERE id = v_hook_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServerHook(v_hook_id UUID, > v_server_id UUID) >RETURNS SETOF gluster_server_hooks_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_server_hooks_view > WHERE hook_id = v_hook_id AND server_id = v_server_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterServerHook(v_hook_id UUID, > v_server_id UUID, > v_hook_status VARCHAR(50), > v_content_type VARCHAR(50), > v_checksum VARCHAR(256)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_server_hooks > SET hook_status = v_hook_status, > content_type = v_content_type, > checksum = v_checksum, > _update_date = LOCALTIMESTAMP > WHERE hook_id = v_hook_id AND server_id = v_server_id; > UPDATE gluster_hooks > SET _update_date = LOCALTIMESTAMP > WHERE id = v_hook_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterServerHookStatus(v_hook_id UUID, > v_server_id UUID, > v_hook_status VARCHAR(100)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_server_hooks > SET hook_status = v_hook_status, > _update_date = LOCALTIMESTAMP > WHERE hook_id = v_hook_id AND server_id = v_server_id; > UPDATE gluster_hooks > SET _update_date = LOCALTIMESTAMP > WHERE id = v_hook_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterServerHookChecksum(v_hook_id UUID, > v_server_id UUID, > v_checksum VARCHAR(100)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_server_hooks > SET checksum = v_checksum, > _update_date = LOCALTIMESTAMP > WHERE hook_id = v_hook_id AND server_id = v_server_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterServerHookById(v_hook_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM gluster_server_hooks > WHERE hook_id = v_hook_id; > UPDATE gluster_hooks > SET _update_date = LOCALTIMESTAMP > WHERE id = v_hook_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterServerHooksByIds(v_ids TEXT) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM gluster_server_hooks > WHERE hook_id in (select * from fnSplitterUuid(v_ids)); > UPDATE gluster_hooks > SET _update_date = LOCALTIMESTAMP > WHERE id in (select * from fnSplitterUuid(v_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterServerHook(v_hook_id UUID, > v_server_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM gluster_server_hooks > WHERE hook_id = v_hook_id AND server_id = v_server_id; > UPDATE gluster_hooks > SET _update_date = LOCALTIMESTAMP > WHERE id = v_hook_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/*-------------------------------------------------------------- >Stored procedures for database operations on gluster_server table >--------------------------------------------------------------*/ >Create or replace FUNCTION InsertGlusterServer(v_server_id UUID, > v_gluster_server_uuid UUID) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO gluster_server(server_id, gluster_server_uuid) > VALUES (v_server_id, v_gluster_server_uuid); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServerByServerId(v_server_id UUID) >RETURNS SETOF gluster_server STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT server_id, gluster_server_uuid > FROM gluster_server > WHERE server_id = v_server_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServerByGlusterServerUUID(v_gluster_server_uuid UUID) >RETURNS SETOF gluster_server STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT server_id, gluster_server_uuid > FROM gluster_server > WHERE gluster_server_uuid = v_gluster_server_uuid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterServer(v_server_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM gluster_server > WHERE server_id = v_server_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterServerByGlusterServerUUID(v_gluster_server_uuid UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM gluster_server > WHERE gluster_server_uuid = v_gluster_server_uuid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterServer(v_server_id UUID, > v_gluster_server_uuid UUID) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_server > SET gluster_server_uuid = v_gluster_server_uuid > WHERE server_id = v_server_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/* ---------------------------------------------------------------- > Stored procedures for database operations on Services > related tables: > - gluster_service_types > - gluster_services > - gluster_cluster_services > - gluster_server_services >----------------------------------------------------------------*/ > >Create or replace FUNCTION GetGlusterServiceTypes() > RETURNS SETOF gluster_service_types STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_service_types; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServicesByType(v_service_type VARCHAR(100)) > RETURNS SETOF gluster_services STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_services > WHERE service_type = v_service_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterClusterServicesByClusterId(v_cluster_id UUID) > RETURNS SETOF gluster_cluster_services STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_cluster_services > WHERE cluster_id = v_cluster_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterClusterServicesByClusterIdAndServiceType(v_cluster_id UUID, > v_service_type VARCHAR(100)) > RETURNS SETOF gluster_cluster_services STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_cluster_services > WHERE cluster_id = v_cluster_id > AND service_type = v_service_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServerServicesByServerId(v_server_id UUID) > RETURNS SETOF gluster_server_services_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_server_services_view > WHERE server_id = v_server_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServerServicesByClusterId(v_cluster_id UUID) > RETURNS SETOF gluster_server_services_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT s.* > FROM gluster_server_services_view s, vds_static v > WHERE s.server_id = v.vds_id > AND v.vds_group_id = v_cluster_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServerServicesByClusterIdAndServiceType(v_cluster_id UUID, v_service_type VARCHAR(100)) > RETURNS SETOF gluster_server_services_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT s.* > FROM gluster_server_services_view s, vds_static v > WHERE s.server_id = v.vds_id > AND v.vds_group_id = v_cluster_id > AND s.service_type = v_service_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServerServicesByServerIdAndServiceType(v_server_id UUID, v_service_type VARCHAR(100)) > RETURNS SETOF gluster_server_services_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_server_services_view > WHERE server_id = v_server_id > AND service_type = v_service_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServiceByGlusterServiceId(v_id UUID) >RETURNS SETOF gluster_services STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_services > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServerServiceByGlusterServerServiceId(v_id UUID) >RETURNS SETOF gluster_server_services_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_server_services_view > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromGlusterServerServices() >RETURNS SETOF gluster_server_services_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_server_services_view; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterServiceByTypeAndName(v_service_type VARCHAR(100), > v_service_name VARCHAR(100)) >RETURNS SETOF gluster_services STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_services > WHERE service_type = v_service_type > AND service_name = v_service_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromGlusterServices() >RETURNS SETOF gluster_services STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * FROM gluster_services; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertGlusterClusterService(v_cluster_id UUID, > v_service_type VARCHAR(100), > v_status VARCHAR(32)) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO gluster_cluster_services(cluster_id, service_type, status) > VALUES (v_cluster_id, v_service_type, v_status); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertGlusterServerService(v_id UUID, > v_server_id UUID, > v_service_id UUID, > v_pid INTEGER, > v_status VARCHAR(32), > v_message VARCHAR(1000)) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO gluster_server_services(id, server_id, service_id, pid, status, message) > VALUES (v_id, v_server_id, v_service_id, v_pid, v_status, v_message); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterClusterService(v_cluster_id UUID, > v_service_type VARCHAR(100), > v_status VARCHAR(32)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_cluster_services > SET status = v_status, > _update_date = LOCALTIMESTAMP > WHERE cluster_id = v_cluster_id > AND service_type = v_service_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterServerService(v_id UUID, > v_pid INTEGER, > v_status VARCHAR(32), > v_message VARCHAR(1000)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_server_services > SET pid = v_pid, > status = v_status, > message = v_message, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterServerServiceByServerIdAndServiceType(v_server_id UUID, > v_service_id UUID, > v_pid INTEGER, > v_status VARCHAR(32), > v_message VARCHAR(1000)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE gluster_server_services > SET pid = v_pid, > status = v_status, > message = v_message, > _update_date = LOCALTIMESTAMP > WHERE server_id = v_server_id > AND service_id = v_service_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterServerService(v_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM gluster_server_services > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/* ---------------------------------------------------------------- > Stored procedures for database operations on Gluster Volume > related tables: > - gluster_volumes > - gluster_volume_bricks > - gluster_volume_options > - gluster_volume_access_protocols > - gluster_volume_transport_types >----------------------------------------------------------------*/ >Create or replace FUNCTION InsertGlusterVolume(v_id UUID, v_cluster_id UUID, > v_vol_name VARCHAR(1000), > v_vol_type VARCHAR(32), > v_status VARCHAR(32), > v_replica_count INTEGER, > v_stripe_count INTEGER) > RETURNS VOID > AS $procedure$ >BEGIN > INSERT INTO gluster_volumes (id, cluster_id, vol_name, vol_type, > status, replica_count, stripe_count) > VALUES (v_id, v_cluster_id, v_vol_name, v_vol_type, > v_status, v_replica_count, v_stripe_count); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertGlusterVolumeBrick(v_id UUID, v_volume_id UUID, > v_server_id UUID, > v_brick_dir VARCHAR(4096), > v_brick_order INTEGER, > v_status VARCHAR(32)) > RETURNS VOID > AS $procedure$ >BEGIN > INSERT INTO gluster_volume_bricks (id, volume_id, server_id, brick_dir, brick_order, status) > VALUES (v_id, v_volume_id, v_server_id, v_brick_dir, v_brick_order, v_status); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertGlusterVolumeOption(v_id UUID, v_volume_id UUID, > v_option_key VARCHAR(8192), > v_option_val VARCHAR(8192)) > RETURNS VOID > AS $procedure$ >BEGIN > INSERT INTO gluster_volume_options (id, volume_id, option_key, option_val) > VALUES (v_id, v_volume_id, v_option_key, v_option_val); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertGlusterVolumeAccessProtocol(v_volume_id UUID, > v_access_protocol VARCHAR(32)) > RETURNS VOID > AS $procedure$ >BEGIN > INSERT INTO gluster_volume_access_protocols (volume_id, access_protocol) > VALUES (v_volume_id, v_access_protocol); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertGlusterVolumeTransportType(v_volume_id UUID, > v_transport_type VARCHAR(32)) > RETURNS VOID > AS $procedure$ >BEGIN > INSERT INTO gluster_volume_transport_types (volume_id, transport_type) > VALUES (v_volume_id, v_transport_type); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterVolumesByClusterGuid(v_cluster_id UUID) > RETURNS SETOF gluster_volumes_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volumes_view > WHERE cluster_id = v_cluster_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterVolumesByOption(v_cluster_id UUID, > v_status VARCHAR(32), > v_option_key VARCHAR(8192), > v_option_val VARCHAR(8192)) >RETURNS SETOF gluster_volumes_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volumes_view > WHERE cluster_id = v_cluster_id AND status = v_status > AND id IN (SELECT volume_id FROM gluster_volume_options > WHERE option_key=v_option_key AND option_val=v_option_val); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterVolumesByStatusTypesAndOption(v_cluster_id UUID, > v_status VARCHAR(32), > v_vol_types text, > v_option_key VARCHAR(8192), > v_option_val VARCHAR(8192)) >RETURNS SETOF gluster_volumes_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volumes_view > WHERE cluster_id = v_cluster_id AND status = v_status > AND vol_type IN (SELECT ID FROM fnSplitter(v_vol_types)) > AND id IN (SELECT volume_id FROM gluster_volume_options > WHERE option_key=v_option_key AND option_val=v_option_val); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterVolumesByStatusAndTypes(v_cluster_id UUID, > v_status VARCHAR(32), > v_vol_types text) >RETURNS SETOF gluster_volumes_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volumes_view > WHERE cluster_id = v_cluster_id AND status = v_status > AND vol_type IN (SELECT ID FROM fnSplitter(v_vol_types)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterVolumeById(v_volume_id UUID) > RETURNS SETOF gluster_volumes_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volumes_view > WHERE id = v_volume_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterVolumeByName(v_cluster_id UUID, > v_vol_name VARCHAR(1000)) >RETURNS SETOF gluster_volumes_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volumes_view > WHERE cluster_id = v_cluster_id and vol_name = v_vol_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterVolumeByGlusterTaskId(v_task_id UUID) >RETURNS SETOF gluster_volumes_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volumes_view > WHERE task_id = v_task_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterBrickById(v_id UUID) > RETURNS SETOF gluster_volume_bricks_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volume_bricks_view > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetBricksByGlusterVolumeGuid(v_volume_id UUID) > RETURNS SETOF gluster_volume_bricks_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volume_bricks_view > WHERE volume_id = v_volume_id > ORDER BY brick_order; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterVolumeBricksByServerGuid(v_server_id UUID) >RETURNS SETOF gluster_volume_bricks_view STABLE >AS $procedure$ >BEGIN >RETURN QUERY SELECT * >FROM gluster_volume_bricks_view >WHERE server_id = v_server_id >ORDER BY brick_order; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetBrickByServerIdAndDirectory(v_server_id UUID, v_brick_dir VARCHAR(4096)) > RETURNS SETOF gluster_volume_bricks_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volume_bricks_view > WHERE server_id = v_server_id > AND brick_dir = v_brick_dir; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterOptionById(v_id UUID) > RETURNS SETOF gluster_volume_options STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volume_options > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetOptionsByGlusterVolumeGuid(v_volume_id UUID) > RETURNS SETOF gluster_volume_options STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volume_options > WHERE volume_id = v_volume_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAccessProtocolsByGlusterVolumeGuid(v_volume_id UUID) > RETURNS SETOF gluster_volume_access_protocols STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volume_access_protocols > WHERE volume_id = v_volume_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetGlusterTaskByGlusterVolumeGuid(v_volume_id UUID) > RETURNS SETOF gluster_volume_task_steps STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volume_task_steps > WHERE volume_id = v_volume_id > ORDER BY job_start_time desc LIMIT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetTransportTypesByGlusterVolumeGuid(v_volume_id UUID) > RETURNS SETOF gluster_volume_transport_types STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM gluster_volume_transport_types > WHERE volume_id = v_volume_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterVolumeByGuid(v_volume_id UUID) > RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM gluster_volumes > WHERE id = v_volume_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterVolumesByGuids(v_volume_ids VARCHAR(5000)) > RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM gluster_volumes > WHERE id in (select * from fnSplitterUuid(v_volume_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterVolumeByName(v_cluster_id UUID, > v_vol_name VARCHAR(1000)) > RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM gluster_volumes > WHERE cluster_id = v_cluster_id > AND vol_name = v_vol_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterVolumesByClusterId(v_cluster_id UUID) > RETURNS VOID > AS $procedure$ >BEGIN >DELETE FROM gluster_volumes >WHERE cluster_id = v_cluster_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterVolumeBrick(v_id UUID) > RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM gluster_volume_bricks > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterVolumeBricks(v_ids VARCHAR(5000)) > RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM gluster_volume_bricks > WHERE id in (select * from fnSplitterUuid(v_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterVolumeOption(v_id UUID) > RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM gluster_volume_options > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterVolumeOptions(v_ids VARCHAR(5000)) > RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM gluster_volume_options > WHERE id in (select * from fnSplitterUuid(v_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterVolumeAccessProtocol(v_volume_id UUID, > v_access_protocol VARCHAR(32)) > RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM gluster_volume_access_protocols > WHERE volume_id = v_volume_id > AND access_protocol = v_access_protocol; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteGlusterVolumeTransportType(v_volume_id UUID, > v_transport_type VARCHAR(32)) > RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM gluster_volume_transport_types > WHERE volume_id = v_volume_id > AND transport_type = v_transport_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterVolume(v_id UUID, > v_cluster_id UUID, > v_vol_name VARCHAR(1000), > v_vol_type VARCHAR(32), > v_status VARCHAR(32), > v_replica_count INTEGER, > v_stripe_count INTEGER) > RETURNS VOID > AS $procedure$ >BEGIN > UPDATE gluster_volumes > SET cluster_id = v_cluster_id, > vol_name = v_vol_name, > vol_type = v_vol_type, > status = v_status, > replica_count = v_replica_count, > stripe_count = v_stripe_count, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterVolumeBrick(v_id UUID, > v_new_id UUID, > v_new_server_id UUID, > v_new_brick_dir VARCHAR(4096), > v_new_status VARCHAR(32)) > RETURNS VOID > AS $procedure$ >BEGIN > UPDATE gluster_volume_bricks > SET id = v_new_id, > server_id = v_new_server_id, > brick_dir = v_new_brick_dir, > status = v_new_status, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterVolumeBrickStatus(v_id UUID, > v_status VARCHAR(32)) > RETURNS VOID > AS $procedure$ >BEGIN > UPDATE gluster_volume_bricks > SET status = v_status, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterVolumeBrickOrder(v_id UUID, v_brick_order INTEGER) > RETURNS VOID > AS $procedure$ >BEGIN > UPDATE gluster_volume_bricks > SET brick_order = v_brick_order, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterVolumeStatus(v_volume_id UUID, > v_status VARCHAR(32)) > RETURNS VOID > AS $procedure$ >BEGIN > UPDATE gluster_volumes > SET > status = v_status, > _update_date = LOCALTIMESTAMP > WHERE id = v_volume_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterVolumeAsyncTask(v_volume_id UUID, > v_task_id UUID) > RETURNS VOID > AS $procedure$ >BEGIN > UPDATE gluster_volumes > SET > task_id = v_task_id, > _update_date = LOCALTIMESTAMP > WHERE id = v_volume_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterVolumeBrickAsyncTask(v_id UUID, v_task_id UUID) > RETURNS VOID > AS $procedure$ >BEGIN > UPDATE gluster_volume_bricks > SET task_id = v_task_id, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterBrickTaskByServerIdBrickDir(v_server_id UUID, > v_brick_dir VARCHAR(200), > v_task_id UUID) > RETURNS VOID > AS $procedure$ >BEGIN > UPDATE gluster_volume_bricks > SET task_id = v_task_id, > _update_date = LOCALTIMESTAMP > WHERE server_id = v_server_id > AND brick_dir = v_brick_dir; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterVolumeStatusByName(v_cluster_id UUID, > v_vol_name VARCHAR(1000), > v_status VARCHAR(32)) > RETURNS VOID > AS $procedure$ >BEGIN > UPDATE gluster_volumes > SET > status = v_status, > _update_date = LOCALTIMESTAMP > WHERE cluster_id = v_cluster_id > AND vol_name = v_vol_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateGlusterVolumeOption(v_id UUID, v_option_val VARCHAR(8192)) > RETURNS VOID > AS $procedure$ >BEGIN > UPDATE gluster_volume_options > SET option_val = v_option_val > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateReplicaCount(v_volume_id UUID, > v_replica_count INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN >UPDATE gluster_volumes >SET >replica_count = v_replica_count, >_update_date = LOCALTIMESTAMP >WHERE id = v_volume_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertimage_storage_domain_map(v_image_id UUID, > v_storage_domain_id UUID, > v_quota_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO image_storage_domain_map(image_id, storage_domain_id, quota_id) > VALUES(v_image_id, v_storage_domain_id, v_quota_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deleteimage_storage_domain_map(v_image_id UUID, > v_storage_domain_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM image_storage_domain_map > WHERE image_id = v_image_id AND storage_domain_id = v_storage_domain_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deleteimage_storage_domain_map_by_image_id(v_image_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM image_storage_domain_map > WHERE image_id = v_image_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getimage_storage_domain_mapByimage_id(v_image_id UUID) >RETURNS SETOF image_storage_domain_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM image_storage_domain_map > WHERE image_id = v_image_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getimage_storage_domain_mapBystorage_domain_id(v_storage_domain_id UUID) RETURNS SETOF image_storage_domain_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM image_storage_domain_map > WHERE storage_domain_id = v_storage_domain_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateQuotaForImageAndSnapshots(v_disk_id UUID, v_storage_domain_id UUID, v_quota_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN >UPDATE image_storage_domain_map as isdm > SET quota_id = v_quota_id > FROM images as i > WHERE i.image_group_id = v_disk_id AND i.image_guid = isdm.image_id AND storage_domain_id = v_storage_domain_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertImage( > v_creation_date TIMESTAMP WITH TIME ZONE, > v_image_guid UUID, > v_it_guid UUID, > v_size BIGINT, > v_ParentId UUID, > v_imageStatus INTEGER , > v_lastModified TIMESTAMP WITH TIME ZONE, > v_vm_snapshot_id UUID , > v_volume_type INTEGER, > v_volume_format INTEGER, > v_image_group_id UUID , > v_active BOOLEAN) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO images( > creation_date, > image_guid, > it_guid, > size, > ParentId, > imageStatus, > lastModified, > vm_snapshot_id, > volume_type, > image_group_id, > volume_format, > active) > VALUES( > v_creation_date, > v_image_guid, > v_it_guid, > v_size, > v_ParentId, > v_imageStatus, > v_lastModified, > v_vm_snapshot_id, > v_volume_type, > v_image_group_id, > v_volume_format, > v_active); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateImageStatus( > v_image_id UUID, > v_status INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE images > SET imageStatus = v_status > WHERE image_guid = v_image_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateStatusOfImagesByImageGroupId( > v_image_group_id UUID, > v_status INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE images > SET imageStatus = v_status > WHERE image_group_id = v_image_group_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateImageVmSnapshotId( > v_image_id UUID, > v_vm_snapshot_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE images > SET vm_snapshot_id = v_vm_snapshot_id > WHERE image_guid = v_image_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateImageSize( > v_image_id UUID, > v_size BIGINT, > v_lastModified TIMESTAMP WITH TIME ZONE) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE images > SET size = v_size, > lastModified = v_lastModified > WHERE image_guid = v_image_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateImage( > v_creation_date TIMESTAMP WITH TIME ZONE, > v_image_guid UUID, > v_it_guid UUID, > v_size BIGINT, > v_ParentId UUID, > v_imageStatus INTEGER , > v_lastModified TIMESTAMP WITH TIME ZONE, > v_vm_snapshot_id UUID , > v_volume_type INTEGER, > v_volume_format INTEGER, > v_image_group_id UUID , > v_active BOOLEAN) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE images > SET creation_date = v_creation_date, > it_guid = v_it_guid, > size = v_size, > ParentId = v_ParentId, > imageStatus = v_imageStatus, > lastModified = v_lastModified, > vm_snapshot_id = v_vm_snapshot_id, > volume_type = v_volume_type, > image_group_id = v_image_group_id, > volume_format = v_volume_format, > active = v_active, > _update_date = LOCALTIMESTAMP > WHERE image_guid = v_image_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteImage(v_image_guid UUID) >RETURNS VOID >AS $procedure$ >DECLARE > v_val UUID; >BEGIN > DELETE > FROM images > WHERE image_guid = v_image_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromImages() RETURNS SETOF images STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM images; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetImageByImageId(v_image_guid UUID) >RETURNS SETOF images STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM images > WHERE image_guid = v_image_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION inst_update_default_storage_pool_type(v_storage_pool_type INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > if (v_storage_pool_type > 0 and v_storage_pool_type < 7) then > UPDATE storage_pool > SET storage_pool_type = v_storage_pool_type, _update_date = LOCALTIMESTAMP > WHERE storage_pool.name = 'Default' and not exists > (select 1 from storage_domains where storage_domains.storage_pool_name = 'Default'); > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION inst_add_iso_storage_domain(v_storage_domain_id UUID, v_name VARCHAR(250), v_connection_id uuid, v_connection VARCHAR(250),v_available int, v_used int) >RETURNS VOID > AS $procedure$ > DECLARE >BEGIN > if not exists (select 1 from storage_server_connections where connection = v_connection) then > -- Insert storage server connection info > perform Insertstorage_server_connections(v_connection,cast(v_connection_id as varchar(250)),NULL,NULL,NULL,NULL,1,NULL,NULL,NULL,NULL,NULL,NULL); > -- Insert storage domain static info > perform Insertstorage_domain_static(v_storage_domain_id,cast(v_connection_id as varchar(250)),v_name,v_name,'',1,2,'0',0); > -- Insert storage domain dynamic info > perform Insertstorage_domain_dynamic(v_available,v_storage_domain_id,v_used); > end if; > exception > when others then > RAISE EXCEPTION 'NUM:%, DETAILS:%', SQLSTATE, SQLERRM; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION inst_update_service_type(v_cluster_id uuid, v_virt_service boolean, > v_gluster_service boolean) >returns void >AS $procedure$ >begin > update vds_groups set virt_service = v_virt_service, gluster_service = v_gluster_service > where vds_group_id = v_cluster_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertJob( > v_job_id UUID, > v_action_type VARCHAR(50), > v_description TEXT, > v_status VARCHAR(32), > v_owner_id UUID, > v_visible BOOLEAN, > v_start_time TIMESTAMP WITH TIME ZONE, > v_end_time TIMESTAMP WITH TIME ZONE, > v_last_update_time TIMESTAMP WITH TIME ZONE, > v_correlation_id VARCHAR(50), > v_is_external boolean, > v_is_auto_cleared boolean) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO job( > job_id, > action_type, > description, > status, > owner_id, > visible, > start_time, > end_time, > last_update_time, > correlation_id, > is_external, > is_auto_cleared) > VALUES ( > v_job_id, > v_action_type, > v_description, > v_status, > v_owner_id, > v_visible, > v_start_time, > v_end_time, > v_last_update_time, > v_correlation_id, > v_is_external, > v_is_auto_cleared); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetJobByJobId(v_job_id UUID) >RETURNS SETOF job STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT job.* > FROM JOB > WHERE job_id = v_job_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllJobs() >RETURNS SETOF job STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT job.* > FROM JOB > where status != 'UNKNOWN' > order by start_time DESC; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetJobsByOffsetAndPageSize(v_position INTEGER, v_page_size INTEGER) >RETURNS SETOF job STABLE >AS $procedure$ >BEGIN > RETURN QUERY > (SELECT job.* > FROM JOB > WHERE status = 'STARTED' > ORDER BY last_update_time desc) > UNION ALL > (SELECT job.* > FROM JOB > WHERE status not in ('STARTED','UNKNOWN') > ORDER BY last_update_time desc) > OFFSET v_position LIMIT v_page_size; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetJobsByCorrelationId(v_correlation_id VARCHAR(50)) >RETURNS SETOF job STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT job.* > FROM JOB > WHERE correlation_id = v_correlation_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateJob( > v_job_id UUID, > v_action_type VARCHAR(50), > v_description TEXT, > v_status VARCHAR(32), > v_owner_id UUID, > v_visible BOOLEAN, > v_start_time TIMESTAMP WITH TIME ZONE, > v_end_time TIMESTAMP WITH TIME ZONE, > v_last_update_time TIMESTAMP WITH TIME ZONE, > v_correlation_id VARCHAR(50)) >RETURNS VOID >AS $procedure$ >BEGIN > update job > SET action_type = v_action_type, > description = v_description, > status = v_status, > owner_id = v_owner_id, > visible = v_visible, > start_time = v_start_time, > end_time = v_end_time, > last_update_time = v_last_update_time, > correlation_id = v_correlation_id > WHERE job_id = v_job_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateJobLastUpdateTime( > v_job_id UUID, > v_last_update_time TIMESTAMP WITH TIME ZONE) >RETURNS VOID >AS $procedure$ >BEGIN > update job > SET last_update_time = v_last_update_time > WHERE job_id = v_job_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteJobOlderThanDateWithStatus( > v_end_time TIMESTAMP WITH TIME ZONE, > v_status TEXT) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM job > WHERE is_auto_cleared > AND end_time < v_end_time > AND status = any (string_to_array(v_status,',')::VARCHAR[] ); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteJob( > v_job_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM job > WHERE job_id = v_job_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertJobSubjectEntity( > v_job_id UUID, > v_entity_id UUID, > v_entity_type VARCHAR(32)) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO job_subject_entity( > job_id, > entity_id, > entity_type) > VALUES ( > v_job_id, > v_entity_id, > v_entity_type); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetJobSubjectEntityByJobId(v_job_id UUID) >RETURNS SETOF job_subject_entity STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT job_subject_entity.* > FROM job_subject_entity > WHERE job_id = v_job_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllJobIdsByEntityId( > v_entity_id UUID) >RETURNS SETOF UUID STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT job_subject_entity.job_id > FROM job_subject_entity > WHERE entity_id = v_entity_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertStep( > v_step_id UUID, > v_parent_step_id UUID, > v_job_id UUID, > v_step_type VARCHAR(32), > v_description TEXT, > v_step_number INTEGER, > v_status VARCHAR(32), > v_start_time TIMESTAMP WITH TIME ZONE, > v_end_time TIMESTAMP WITH TIME ZONE, > v_correlation_id VARCHAR(50), > v_external_id UUID, > v_external_system_type VARCHAR(32), > v_is_external boolean) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO step( > step_id, > parent_step_id, > job_id, > step_type, > description, > step_number, > status, > start_time, > end_time, > correlation_id, > external_id, > external_system_type, > is_external) > VALUES ( > v_step_id, > v_parent_step_id, > v_job_id, > v_step_type, > v_description, > v_step_number, > v_status, > v_start_time, > v_end_time, > v_correlation_id, > v_external_id, > v_external_system_type, > v_is_external); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateStep( > v_step_id UUID, > v_parent_step_id UUID, > v_job_id UUID, > v_step_type VARCHAR(32), > v_description TEXT, > v_step_number INTEGER, > v_status VARCHAR(32), > v_start_time TIMESTAMP WITH TIME ZONE, > v_end_time TIMESTAMP WITH TIME ZONE, > v_correlation_id VARCHAR(50), > v_external_id UUID, > v_external_system_type VARCHAR(32)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE step > SET parent_step_id = v_parent_step_id, > job_id = v_job_id, > step_type = v_step_type, > description = v_description, > step_number = v_step_number, > status = v_status, > start_time = v_start_time, > end_time = v_end_time, > correlation_id = v_correlation_id, > external_id = v_external_id, > external_system_type = v_external_system_type > WHERE step_id = v_step_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateStepStatusAndEndTime( > v_step_id UUID, > v_status VARCHAR(32), > v_end_time TIMESTAMP WITH TIME ZONE) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE step > SET status = v_status, > end_time = v_end_time > WHERE step_id = v_step_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateStepExternalIdAndType( > v_step_id UUID, > v_external_id UUID, > v_external_system_type VARCHAR(32)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE step > SET external_id = v_external_id, > external_system_type = v_external_system_type > WHERE step_id = v_step_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetStepByStepId(v_step_id UUID) >RETURNS SETOF step STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT step.* > FROM step > WHERE step_id = v_step_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetStepsByJobId(v_job_id UUID) >RETURNS SETOF step STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT step.* > FROM step > WHERE job_id = v_job_id > ORDER BY parent_step_id nulls first, step_number; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetStepsByParentStepId(v_parent_step_id UUID) >RETURNS SETOF step STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT step.* > FROM step > WHERE parent_step_id = v_parent_step_id > ORDER BY step_number; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllSteps() >RETURNS SETOF step STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT step.* > FROM step; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteStep( > v_step_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM step > WHERE step_id = v_step_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION updateJobStepsCompleted( > v_job_id UUID, > v_status VARCHAR(32), > v_end_time TIMESTAMP WITH TIME ZONE > ) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE step > SET status = v_status, > end_time = v_end_time > WHERE job_id = v_job_id > AND status = 'STARTED' > AND STATUS != v_status; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateStartedExecutionEntitiesToUnknown( > v_end_time TIMESTAMP WITH TIME ZONE > ) >RETURNS VOID >AS $procedure$ >BEGIN > >update job >set status = 'UNKNOWN', > end_time = v_end_time, > last_update_time = v_end_time >where job.status = 'STARTED' >and job_id not in (select job_id > from step > where external_id is not null); > >update step >set status = 'UNKNOWN', > end_time = v_end_time >where status = 'STARTED' >and job_id not in (select step.job_id > from step step > where step.external_id is not null); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteCompletedJobsOlderThanDate( > v_succeeded_end_time TIMESTAMP WITH TIME ZONE, > v_failed_end_time TIMESTAMP WITH TIME ZONE > ) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE FROM job > WHERE (is_auto_cleared > AND ((end_time < v_succeeded_end_time > AND status = 'FINISHED') > OR (end_time < v_failed_end_time > AND status IN ('FAILED', 'ABORTED', 'UNKNOWN')))); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION CheckIfJobHasTasks( > v_job_id UUID) >RETURNS SETOF booleanResultType STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT EXISTS( > SELECT * > FROM step > WHERE job_id = v_job_id > AND external_id is not null > AND external_system_type in ('VDSM','GLUSTER')); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetStepsByExternalTaskId(v_external_id UUID) >RETURNS SETOF step STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT step.* > FROM step > WHERE external_id = v_external_id > ORDER BY parent_step_id nulls first, step_number; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetExternalIdsFromSteps(v_status VARCHAR(32), > v_external_system_type VARCHAR(32)) >RETURNS SETOF UUID STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT step.external_id > FROM step > INNER JOIN job ON step.job_id = job.job_id > WHERE job.status = v_status > AND step.external_system_type = v_external_system_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/* >This file adds Snapshot Materialized Views support to Postgres. >A Snapshot Materialized View is actually a table built on top of >a real view that enables to select data from the Snapshot Materialized View >easily and efficiently. >Candidates for Snapshot Materialized Views are views that are based on >slowly-changing data. The Snapshot Materialized Views is actually >functioning as a cache. >The Snapshot Materialized View is refreshed per request. >The Snapshot Materialized View definitions are stored in the materialized_views table. > >Flow: >1) Create the Materialized View by calling: > CreateMaterializedView - if you are creating a new view > CreateMaterializedViewAs - If you want to preserve the original view name > in this case the original view will be renamed > and the new Materialized View will have the original > view name. > The following should be called for Custom Materialized Views > CreateCustomMaterializedView > CreateCustomMaterializedViewAs >2) If your Snapshot Materialized View is my_mt you should create Stored Procedures: > MtDropmy_mtIndexes - Drops indexes on my_mt > MtCreatemy_mtIndexes - Creates needed indexes on my_mt > Those indexes should be defined in the "Snapshot Materialized Views Index Definitions Section" > in post_upgrade/0020_create_materialized_views.sql file. > > Those SP are called automatically when a Snapshot Materialized View is refreshed > to boost refresh performance. > >3) You can call IsMaterializedViewRefreshed to check if it is time to refresh the view > and if yes call RefreshMaterializedView manually. > or > You can define a cron job that calls RefreshAllMaterializedViews that loops over > all Snapshot Materialized Views and refreshes it automatically > RefreshAllMaterializedViews recieves a boolean v_force flag, please set this flag to false > when calling it from a cron job in order to update the materialized views only when needed. > (This SP is called with v_force = true after create/upgrade DB) > >There are also additional functions : > CreateAllMaterializedViewsiIndexes - Creates indexes for all Snapshot Materialized views > DropMaterializedView - Drops the Materialized View > DropAllMaterializedViews - Drop all Materialized Views > DropAllCustomMaterializedViews - Drop all custom Materialized Views > UpdateMaterializedViewRefreshRate - Updates the Materialized View refresh rate > UpdateMaterializedViewMinRefreshRate - Updates the Materialized View minimal refresh rate > ActivateMaterializedView - activates/decativates a Materialized View > ActivateAllMaterializedViews - activates/decativates all Materialized Views > >In addition, you can create a file named create_materialized_views.sql under dbscripts/upgrade/post_upgrade/custom/ >This file may include other custom materialized views settings and is executed by the create/upgrade database scripts. > >NOTE : Materialized Views are automatically refreshed upon create/upgrade >*/ > > > > >CREATE OR REPLACE FUNCTION to_interval (sec INTEGER) RETURNS INTERVAL AS $$ >BEGIN > RETURN (sec || ' seconds')::INTERVAL; >END; >$$ LANGUAGE 'plpgsql' IMMUTABLE STRICT; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedView(v_matview NAME, v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_custom BOOLEAN, v_min_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > > IF FOUND THEN > RAISE EXCEPTION 'Materialized view % already exists.', > v_matview; > END IF; > IF current_user != usename from pg_database , pg_user where datdba=usesysid and datname=current_database THEN > RAISE EXCEPTION 'Materialized view % should be created with user ''engine''.', > v_matview; > END IF; > > EXECUTE 'REVOKE ALL ON ' || v_view_name || ' FROM PUBLIC'; > > EXECUTE 'GRANT SELECT ON ' || v_view_name || ' TO PUBLIC'; > > EXECUTE 'CREATE TABLE ' || v_matview || ' AS SELECT * FROM ' || v_view_name; > > EXECUTE 'REVOKE ALL ON ' || v_matview || ' FROM PUBLIC'; > > EXECUTE 'GRANT SELECT ON ' || v_matview || ' TO PUBLIC'; > > INSERT INTO materialized_views (mv_name, v_name, refresh_rate_in_sec, last_refresh, custom, min_refresh_rate_in_sec) > VALUES (v_matview, v_view_name, v_refresh_rate_in_sec, CURRENT_TIMESTAMP, v_custom, v_min_refresh_rate_in_sec); > > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedView(v_matview NAME, v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_min_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ > BEGIN > PERFORM CreateMaterializedView(v_matview, v_view_name, v_refresh_rate_in_sec, false, v_min_refresh_rate_in_sec); > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateCustomMaterializedView(v_matview NAME, v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_min_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ > BEGIN > PERFORM CreateMaterializedView(v_matview, v_view_name, v_refresh_rate_in_sec, true, v_min_refresh_rate_in_sec); > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedView(v_matview NAME, v_view_name NAME, v_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >BEGIN > PERFORM CreateMaterializedView(v_matview, v_view_name, v_refresh_rate_in_sec, false, 0); >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateCustomMaterializedView(v_matview NAME, v_view_name NAME, v_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >BEGIN > PERFORM CreateMaterializedView(v_matview, v_view_name, v_refresh_rate_in_sec, true, 0); >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedViewAs(v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_custom BOOLEAN, v_min_refesh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > v_renamed_view NAME; > BEGIN > IF FOUND THEN > RAISE EXCEPTION 'Materialized view % already exists.', > v_view_name; > END IF; > > v_renamed_view := v_view_name || '_mt_base'; > EXECUTE 'ALTER VIEW ' || v_view_name || ' RENAME TO ' || v_renamed_view; > perform CreateMaterializedView(v_view_name, v_renamed_view, v_refresh_rate_in_sec, v_custom, v_min_refesh_rate_in_sec); > > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedViewAs(v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_min_refesh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ > BEGIN > PERFORM CreateMaterializedViewAs(v_view_name, v_refresh_rate_in_sec, false, v_min_refesh_rate_in_sec); > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateCustomMaterializedViewAs(v_view_name NAME, v_refresh_rate_in_sec INTEGER, > v_min_refesh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ > BEGIN > PERFORM CreateMaterializedViewAs(v_view_name, v_refresh_rate_in_sec, true, v_min_refesh_rate_in_sec); > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateMaterializedViewAs(v_view_name NAME, v_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >BEGIN > PERFORM CreateMaterializedViewAs(v_view_name, v_refresh_rate_in_sec, false, 0); >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateCustomMaterializedViewAs(v_view_name NAME, v_refresh_rate_in_sec INTEGER) > RETURNS VOID >AS $procedure$ >BEGIN > PERFORM CreateMaterializedViewAs(v_view_name, v_refresh_rate_in_sec, true, 0); >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION DropMaterializedView(v_matview NAME) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > EXECUTE 'DROP TABLE ' || v_matview || ' CASCADE'; > DELETE FROM materialized_views WHERE mv_name=v_matview; > > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION DropAllMaterializedViews() >RETURNS void >AS $procedure$ >DECLARE > v_cur CURSOR FOR SELECT * FROM materialized_views; > v_record materialized_views%ROWTYPE; >BEGIN > OPEN v_cur; > -- loop on all entries in materialized_views > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > perform DropMaterializedView(v_record.mv_name); > END LOOP; > CLOSE v_cur; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION DropAllCustomMaterializedViews() >RETURNS void >AS $procedure$ >DECLARE > v_cur CURSOR FOR SELECT * FROM materialized_views where custom; > v_record materialized_views%ROWTYPE; >BEGIN > OPEN v_cur; > -- loop on all entries in materialized_views > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > perform DropMaterializedView(v_record.mv_name); > END LOOP; > CLOSE v_cur; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION IsMaterializedViewRefreshed(v_matview NAME) > RETURNS boolean STABLE >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > v_is_refreshed boolean; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > -- check if materialized View should refresh > v_is_refreshed := (((CURRENT_TIMESTAMP - to_interval(refresh_rate_in_sec)) <= last_refresh) and > ((CURRENT_TIMESTAMP - to_interval(min_refresh_rate_in_sec)) <= last_refresh)) or > not active from materialized_views > where mv_name = v_matview; > RETURN v_is_refreshed; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION RefreshMaterializedView(v_matview NAME) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > v_drop_index_sp NAME; > v_create_index_sp NAME; > v_start_time TIMESTAMP WITH TIME ZONE; > v_avg_cost_ms int; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > -- get start time > v_start_time:=CURRENT_TIMESTAMP; > -- SP for Drop / create Index should follow naming convention Mt[Drop|Create]<v_matview>Indexes > v_drop_index_sp := 'MtDrop' || v_matview || 'Indexes'; > v_create_index_sp := 'MtCreate' || v_matview || 'Indexes'; > > IF NOT EXISTS (select 1 from information_schema.routines where routine_name ilike v_drop_index_sp) THEN > v_drop_index_sp := NULL; > END IF; > > IF NOT EXISTS (select 1 from information_schema.routines where routine_name ilike v_create_index_sp) THEN > v_create_index_sp := NULL; > END IF; > > -- Lock materialized_views table until refresh completes to prevent duplicate refreshes by other threads > LOCK TABLE materialized_views; > -- taking a lock on the snapshot materialized view until it refreshed > EXECUTE 'LOCK TABLE ' || v_matview; > -- drop indexes on the snapshot materialized view if exists > IF (v_drop_index_sp IS NOT NULL) THEN > EXECUTE 'select ' || v_drop_index_sp || '()'; > END IF; > -- refresh the view > EXECUTE 'TRUNCATE TABLE ' || v_matview; > EXECUTE 'INSERT INTO ' || v_matview > || ' SELECT * FROM ' || v_entry.v_name; > -- restore indexes on the snapshot materialized view if exists > IF (v_create_index_sp IS NOT NULL) THEN > EXECUTE 'select ' || v_create_index_sp || '()'; > END IF; > -- update last refresh time and average cost in [ms] > IF (v_entry.avg_cost_ms = 0) THEN > v_avg_cost_ms:=EXTRACT(EPOCH FROM current_timestamp - v_start_time) * 1000; > ELSE > v_avg_cost_ms:=((EXTRACT(EPOCH FROM current_timestamp - v_start_time) * 1000) + v_entry.avg_cost_ms)/2; > END IF; > update materialized_views set last_refresh = CURRENT_TIMESTAMP, > avg_cost_ms = v_avg_cost_ms > where mv_name = v_matview; > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION RefreshAllMaterializedViews(v_force boolean) >RETURNS void >AS $procedure$ >DECLARE > v_cur CURSOR FOR SELECT * FROM materialized_views; > v_record materialized_views%ROWTYPE; >BEGIN > OPEN v_cur; > -- loop on all entries in materialized_views and refresh only needed snapshots > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > IF ((v_force and v_record.min_refresh_rate_in_sec = 0) or not IsMaterializedViewRefreshed(v_record.mv_name)) THEN > perform RefreshMaterializedView(v_record.mv_name); > END IF; > END LOOP; > CLOSE v_cur; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION CreateAllMaterializedViewsiIndexes() >RETURNS void >AS $procedure$ >DECLARE > v_cur CURSOR FOR SELECT * FROM materialized_views; > v_record materialized_views%ROWTYPE; > v_create_index_sp NAME; >BEGIN > OPEN v_cur; > -- loop on all entries in materialized_views and create indexes(if defined) > LOOP > FETCH v_cur INTO v_record; > EXIT WHEN NOT FOUND; > v_create_index_sp := 'MtCreate' || v_record.mv_name || 'Indexes'; > -- Check if SP that creates the indexes exists > IF NOT EXISTS (select 1 from information_schema.routines where routine_name ilike v_create_index_sp) THEN > v_create_index_sp := NULL; > END IF; > IF (v_create_index_sp IS NOT NULL) THEN > EXECUTE 'select ' || v_create_index_sp || '()'; > END IF; > END LOOP; > CLOSE v_cur; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION UpdateMaterializedViewRefreshRate(v_matview NAME, v_refresh_rate INTEGER) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > update materialized_views set refresh_rate_in_sec = v_refresh_rate > where mv_name = v_matview; > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION UpdateMaterializedViewMinRefreshRate(v_matview NAME, v_min_refresh_rate INTEGER) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > update materialized_views set min_refresh_rate_in_sec = v_min_refresh_rate > where mv_name = v_matview; > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION ActivateMaterializedView(v_matview NAME, v_active BOOLEAN) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > SELECT * INTO v_entry FROM materialized_views WHERE mv_name = v_matview; > IF NOT FOUND THEN > RAISE EXCEPTION 'Materialized view % does not exist.', v_matview; > END IF; > > update materialized_views set active = v_active > where mv_name = v_matview; > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION ActivateAllMaterializedViews(v_active BOOLEAN) > RETURNS VOID >AS $procedure$ >DECLARE > v_entry materialized_views%ROWTYPE; > BEGIN > update materialized_views set active = v_active; > RETURN; > END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertPermission(v_ad_element_id UUID, > v_id UUID, > v_role_id UUID, > v_object_id UUID, > v_object_type_id INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO permissions(ad_element_id, id, role_id, object_id, object_type_id) > VALUES(v_ad_element_id, v_id, v_role_id, v_object_id, v_object_type_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeletePermission(v_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select id INTO v_val FROM permissions WHERE id = v_id FOR UPDATE; > > DELETE FROM permissions > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetPermissionsByid(v_id UUID) >RETURNS SETOF permissions_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION get_user_permissions_for_domain(v_name VARCHAR(255), v_domain VARCHAR(255)) >RETURNS SETOF permissions_view STABLE > AS $procedure$ > DECLARE > v_user_name VARCHAR(255); > v_index INTEGER; >BEGIN >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index > 0) then > v_user_name := substr(v_name, 0, v_index); > else > v_user_name := v_name; > end if; > RETURN QUERY SELECT * > FROM permissions_view > WHERE permissions_view.ad_element_id in ( > SELECT users.user_id > FROM users > WHERE users.domain = v_domain > AND (users.name = v_user_name OR > users.name = v_user_name || '@' || upper(v_domain) > )); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetConsumedPermissionsForQuotaId(v_quota_id UUID) >RETURNS SETOF permissions_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view > WHERE role_id in (SELECT role_id FROM ROLES_groups where action_group_id = 901) > AND object_id in(select id from fn_get_entity_parents(v_quota_id,17)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetPermissionsByAdElementId(v_ad_element_id UUID, v_user_id UUID, v_is_filtered BOOLEAN, v_app_mode INTEGER) >RETURNS SETOF permissions_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view > WHERE (permissions_view.app_mode & v_app_mode) > 0 > AND (permissions_view.ad_element_id = v_ad_element_id > OR ad_element_id IN (SELECT * FROM getUserAndGroupsById(v_ad_element_id))) > AND (NOT v_is_filtered OR EXISTS (SELECT 1 FROM user_permissions_permissions_view WHERE user_id = v_user_id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetPermissionsByRoleId(v_role_id UUID) >RETURNS SETOF permissions_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view > WHERE role_id = v_role_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetPermissionsByRoleIdAndAdElementId(v_role_id UUID, > v_ad_element_id UUID) RETURNS SETOF permissions_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view > WHERE role_id = v_role_id and ad_element_id = v_ad_element_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetPermissionsByRoleIdAndAdElementIdAndObjectId(v_role_id UUID, > v_ad_element_id UUID,v_object_id UUID) >RETURNS SETOF permissions_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view > WHERE role_id = v_role_id and ad_element_id = v_ad_element_id and object_id = v_object_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetDirectPermissionsByAdElementId(v_ad_element_id UUID) >RETURNS SETOF permissions_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view > WHERE permissions_view.ad_element_id = v_ad_element_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertRole(v_description VARCHAR(4000) , > v_id UUID, > v_name VARCHAR(126), > v_is_readonly BOOLEAN, > v_role_type INTEGER, > v_allows_viewing_children BOOLEAN, > v_app_mode INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO roles(description, id, name, is_readonly, role_type, allows_viewing_children, app_mode) > VALUES(v_description, v_id, v_name, v_is_readonly, v_role_type, v_allows_viewing_children, v_app_mode); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateRole(v_description VARCHAR(4000) , > v_id UUID, > v_name VARCHAR(126), > v_is_readonly BOOLEAN, > v_role_type INTEGER, > v_allows_viewing_children BOOLEAN) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE roles > SET description = v_description, > name = v_name, > is_readonly = v_is_readonly, > role_type = v_role_type, > allows_viewing_children = v_allows_viewing_children > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteRole(v_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select id INTO v_val FROM roles WHERE id = v_id FOR UPDATE; > > DELETE FROM roles > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromRole(v_app_mode INTEGER) RETURNS SETOF roles STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM roles > WHERE (roles.app_mode & v_app_mode) > 0; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetRolsByid(v_id UUID) RETURNS SETOF roles STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM roles > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetRoleByName(v_name VARCHAR(126)) >RETURNS SETOF roles STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM roles > WHERE name = v_name; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllRolesByUserIdAndGroupIds(v_user_id UUID, v_group_ids text, v_app_mode INTEGER) >RETURNS SETOF roles STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT roles.* > FROM roles INNER JOIN > permissions ON permissions.role_id = roles.id > WHERE (roles.app_mode & v_app_mode) > 0 > AND (permissions.ad_element_id = v_user_id > or permissions.ad_element_id in(select id from getElementIdsByIdAndGroups(v_user_id, v_group_ids))); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetPermissionByRoleId(v_role_id UUID) >RETURNS SETOF permissions STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > from permissions > where role_id = v_role_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION get_entity_permissions(v_user_id UUID,v_action_group_id INTEGER,v_object_id UUID,v_object_type_id INTEGER) >RETURNS SETOF UUID STABLE > > AS $procedure$ > DECLARE > v_everyone_object_id UUID; >BEGIN > v_everyone_object_id := getGlobalIds('everyone'); -- hardcoded also in MLA Handler > RETURN QUERY > select id from permissions where > -- get all roles of action > role_id in(select role_id from roles_groups where action_group_id = v_action_group_id) > -- get allparents of object > and (object_id in(select id from fn_get_entity_parents(v_object_id,v_object_type_id))) > -- get user and his groups > and (ad_element_id = v_everyone_object_id or > ad_element_id = v_user_id or ad_element_id in(select * from getUserAndGroupsById(v_user_id))) LIMIT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION get_entity_permissions_for_user_and_groups(v_user_id UUID,v_group_ids text,v_action_group_id INTEGER,v_object_id UUID,v_object_type_id INTEGER, >v_ignore_everyone BOOLEAN) >RETURNS SETOF UUID STABLE > > AS $procedure$ > DECLARE > v_everyone_object_id UUID; >BEGIN > v_everyone_object_id := getGlobalIds('everyone'); -- hardcoded also in MLA Handler > RETURN QUERY > select id from permissions where > -- get all roles of action > role_id in(select role_id from roles_groups where action_group_id = v_action_group_id) > -- get allparents of object > and (object_id in(select id from fn_get_entity_parents(v_object_id,v_object_type_id))) > -- get user and his groups > and ((NOT v_ignore_everyone and ad_element_id = v_everyone_object_id) or > ad_element_id = v_user_id or ad_element_id in(select * from fnsplitteruuid(v_group_ids))) LIMIT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insert_roles_groups(v_action_group_id INTEGER, > v_role_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO roles_groups(action_group_id, role_id) > VALUES(v_action_group_id, v_role_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Delete_roles_groups(v_action_group_id INTEGER, > v_role_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM roles_groups > WHERE action_group_id = v_action_group_id AND role_id = v_role_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Get_roles_groups_By_action_group_id_And_By_role_id(v_action_group_id INTEGER,v_role_id UUID) RETURNS SETOF roles_groups STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM roles_groups > where > action_group_id = v_action_group_id AND > role_id = v_role_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Get_role_groups_By_role_id(v_role_id UUID) >RETURNS SETOF roles_groups STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM roles_groups > where > role_id = v_role_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetPermissionsByEntityId(v_id UUID, v_user_id UUID, v_is_filtered BOOLEAN, v_app_mode INTEGER) >RETURNS SETOF permissions_view STABLE > > > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view > WHERE (permissions_view.app_mode & v_app_mode) > 0 > AND object_id = v_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM GetUserPermissionsByEntityId(v_id, v_user_id, v_is_filtered))); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllUsersWithPermissionsOnEntityByEntityId(v_id UUID, v_user_id UUID, v_is_filtered BOOLEAN, v_app_mode INTEGER) >RETURNS SETOF permissions_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view > WHERE (permissions_view.app_mode & v_app_mode) > 0 > AND object_id = v_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM GetAllUsersWithPermissionsByEntityId(v_id, v_user_id, v_is_filtered))); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetUserPermissionsByEntityId(v_id UUID, v_user_id UUID, v_is_filtered BOOLEAN) >RETURNS SETOF permissions_view STABLE > > > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view p > WHERE object_id = v_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_flat_groups u > WHERE p.ad_element_id = u.granted_id > AND u.user_id = v_user_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllUsersWithPermissionsByEntityId(v_id UUID, v_user_id UUID, v_is_filtered BOOLEAN) >RETURNS SETOF permissions_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view p > WHERE object_id in (select id from fn_get_entity_parents(v_id, > (SELECT DISTINCT role_type > FROM permissions_view p > WHERE object_id = v_id))) > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_flat_groups u > WHERE p.ad_element_id = u.granted_id > AND u.user_id = v_user_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeletePermissionsByEntityId(v_id UUID) >RETURNS VOID > > > AS $procedure$ >BEGIN > DELETE FROM permissions > WHERE object_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetRoleActionGroupsByRoleId(v_id UUID) >RETURNS SETOF roles_groups STABLE > > > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM roles_groups > WHERE role_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetPermissionsTreeByEntityId >(v_id UUID, v_object_type_id INTEGER, v_user_id UUID, v_is_filtered BOOLEAN, v_app_mode INTEGER) >RETURNS SETOF permissions_view STABLE > > > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view p > WHERE (p.app_mode & v_app_mode) > 0 > AND object_id in(select id from fn_get_entity_parents(v_id,v_object_type_id)) > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_flat_groups u > WHERE p.ad_element_id = u.granted_id > AND u.user_id = v_user_id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetPermissionsByRoleIdAndObjectId(v_role_id UUID, > v_object_id UUID) RETURNS SETOF permissions_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view > WHERE role_id = v_role_id and object_id = v_object_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetForRoleAndAdElementAndObject_wGroupCheck(v_role_id UUID, > v_ad_element_id UUID, v_object_id UUID) RETURNS SETOF permissions_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM permissions_view > WHERE role_id = v_role_id and object_id = v_object_id and ad_element_id in ( > select * from getUserAndGroupsById(v_ad_element_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertNetworkQos(v_id uuid, > v_name VARCHAR(50), > v_storage_pool_id uuid, > v_inbound_average INTEGER, > v_inbound_peak INTEGER, > v_inbound_burst INTEGER, > v_outbound_average INTEGER, > v_outbound_peak INTEGER, > v_outbound_burst INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO network_qos(id, name, storage_pool_id, inbound_average, inbound_peak, inbound_burst, outbound_average, outbound_peak, outbound_burst) > VALUES(v_id, v_name, v_storage_pool_id, v_inbound_average, v_inbound_peak, v_inbound_burst, v_outbound_average, v_outbound_peak, v_outbound_burst); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateNetworkQos(v_id uuid, > v_name VARCHAR(50), > v_storage_pool_id uuid, > v_inbound_average INTEGER, > v_inbound_peak INTEGER, > v_inbound_burst INTEGER, > v_outbound_average INTEGER, > v_outbound_peak INTEGER, > v_outbound_burst INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE network_qos > SET name = v_name, storage_pool_id = v_storage_pool_id, inbound_average = v_inbound_average, inbound_peak = v_inbound_peak, inbound_burst = v_inbound_burst, > outbound_average = v_outbound_average, outbound_peak = v_outbound_peak, outbound_burst = v_outbound_burst, _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteNetworkQos(v_id UUID) RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM network_qos > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromNetworkQoss() RETURNS SETOF network_qos STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM network_qos; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetNetworkQosByNetworkQosId(v_id UUID) RETURNS SETOF network_qos STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT * > FROM network_qos > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllNetworkQosForStoragePool(v_storage_pool_id UUID) RETURNS SETOF network_qos STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT * > FROM network_qos > WHERE storage_pool_id = v_storage_pool_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertnetwork(v_addr VARCHAR(50) , > v_description VARCHAR(4000) , > v_free_text_comment text, > v_id UUID, > v_name VARCHAR(50), > v_subnet VARCHAR(20) , > v_gateway VARCHAR(20) , > v_type INTEGER , > v_vlan_id INTEGER , > v_stp BOOLEAN , > v_storage_pool_id UUID, > v_mtu INTEGER, > v_vm_network BOOLEAN, > v_provider_network_provider_id UUID, > v_provider_network_external_id TEXT) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO network(addr, description, free_text_comment, id, name, subnet, gateway, type, vlan_id, stp, storage_pool_id, mtu, vm_network, provider_network_provider_id, provider_network_external_id) > VALUES(v_addr, v_description, v_free_text_comment, v_id, v_name, v_subnet, v_gateway, v_type, v_vlan_id, v_stp, v_storage_pool_id, v_mtu, v_vm_network, v_provider_network_provider_id, v_provider_network_external_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatenetwork(v_addr VARCHAR(50) , > v_description VARCHAR(4000) , > v_free_text_comment text, > v_id UUID, > v_name VARCHAR(50), > v_subnet VARCHAR(20) , > v_gateway VARCHAR(20) , > v_type INTEGER , > v_vlan_id INTEGER , > v_stp BOOLEAN , > v_storage_pool_id UUID, > v_mtu INTEGER, > v_vm_network BOOLEAN, > v_provider_network_provider_id UUID, > v_provider_network_external_id TEXT) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE network > SET addr = v_addr,description = v_description, free_text_comment = v_free_text_comment, name = v_name,subnet = v_subnet, > gateway = v_gateway,type = v_type,vlan_id = v_vlan_id, > stp = v_stp,storage_pool_id = v_storage_pool_id, mtu = v_mtu, > vm_network = v_vm_network, > provider_network_provider_id = v_provider_network_provider_id, > provider_network_external_id = v_provider_network_external_id > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletenetwork(v_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select id INTO v_val FROM network WHERE id = v_id FOR UPDATE; > > DELETE FROM network > WHERE id = v_id; > > -- Delete the network's permissions > DELETE FROM permissions WHERE object_id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromnetwork(v_user_id uuid, v_is_filtered boolean) RETURNS SETOF network STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM network > WHERE NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_network_permissions_view > WHERE user_id = v_user_id AND entity_id = network.id); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetnetworkByid(v_id UUID) RETURNS SETOF network STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT * > FROM network > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetnetworkByName(v_networkName VARCHAR(50)) >RETURNS SETOF network STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM network > WHERE name = v_networkName; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetNetworkByNameAndDataCenter(v_name VARCHAR(50), v_storage_pool_id UUID) >RETURNS SETOF network STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT network.* > FROM network > WHERE network.name = v_name > AND network.storage_pool_id = v_storage_pool_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetNetworkByNameAndCluster(v_name VARCHAR(50), v_cluster_id UUID) >RETURNS SETOF network STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT network.* > FROM network > WHERE network.name = v_name > AND EXISTS (SELECT 1 > FROM network_cluster > WHERE network.id = network_cluster.network_id > AND network_cluster.cluster_id = v_cluster_id); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllNetworkByStoragePoolId(v_id UUID, v_user_id uuid, v_is_filtered boolean) >RETURNS SETOF network STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT * > FROM network > WHERE storage_pool_id = v_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_network_permissions_view > WHERE user_id = v_user_id AND entity_id = network.id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS networkViewClusterType CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE networkViewClusterType AS(id uuid,name VARCHAR(50),description VARCHAR(4000), free_text_comment text, type INTEGER, > addr VARCHAR(50),subnet VARCHAR(20),gateway VARCHAR(20),vlan_id INTEGER,stp BOOLEAN,storage_pool_id UUID, > mtu INTEGER, vm_network BOOLEAN, > provider_network_provider_id UUID, provider_network_external_id TEXT, > network_id UUID,cluster_id UUID, status INTEGER, is_display BOOLEAN, > required BOOLEAN, migration BOOLEAN); >************************** > >CREATE TYPE >********* QUERY ********** >Create or replace FUNCTION GetAllNetworkByClusterId(v_id UUID, v_user_id uuid, v_is_filtered boolean) >RETURNS SETOF networkViewClusterType STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT > DISTINCT > network.id, > network.name, > network.description, > network.free_text_comment, > network.type, > network.addr, > network.subnet, > network.gateway, > network.vlan_id, > network.stp, > network.storage_pool_id, > network.mtu, > network.vm_network, > network.provider_network_provider_id, > network.provider_network_external_id, > network_cluster.network_id, > network_cluster.cluster_id, > network_cluster.status, > network_cluster.is_display, > network_cluster.required, > network_cluster.migration > FROM network > INNER JOIN network_cluster > ON network.id = network_cluster.network_id > WHERE network_cluster.cluster_id = v_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_network_permissions_view > WHERE user_id = v_user_id AND entity_id = network.id)) > ORDER BY network.name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllNetworksByNetworkProviderId(v_id UUID) >RETURNS SETOF network STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM network > WHERE provider_network_provider_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllNetworkViewsByNetworkProviderId(v_id UUID) >RETURNS SETOF network_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM network_view > WHERE provider_network_provider_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertvds_interface(v_addr VARCHAR(20) , > v_bond_name VARCHAR(50) , > v_bond_type INTEGER , > v_gateway VARCHAR(20) , > v_id UUID, > v_is_bond BOOLEAN , > v_bond_opts VARCHAR(4000) , > v_mac_addr VARCHAR(20) , > v_name VARCHAR(50), > v_network_name VARCHAR(50) , > v_speed INTEGER , > v_subnet VARCHAR(20) , > v_boot_protocol INTEGER , > v_type INTEGER , > v_vds_id UUID, > v_vlan_id INTEGER, > v_mtu INTEGER, > v_bridged BOOLEAN) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO vds_interface(addr, bond_name, bond_type, gateway, id, is_bond, bond_opts, mac_addr, name, network_name, speed, subnet, boot_protocol, type, VDS_ID, vlan_id, mtu, bridged) > VALUES(v_addr, v_bond_name, v_bond_type, v_gateway, v_id, v_is_bond, v_bond_opts, v_mac_addr, v_name, v_network_name, v_speed, v_subnet, v_boot_protocol, v_type, v_vds_id, v_vlan_id, v_mtu, v_bridged); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatevds_interface(v_addr VARCHAR(20) , > v_bond_name VARCHAR(50) , > v_bond_type INTEGER , > v_gateway VARCHAR(20) , > v_id UUID, > v_is_bond BOOLEAN , > v_bond_opts VARCHAR(4000) , > v_mac_addr VARCHAR(20) , > v_name VARCHAR(50), > v_network_name VARCHAR(50) , > v_speed INTEGER , > v_subnet VARCHAR(20) , > v_boot_protocol INTEGER , > v_type INTEGER , > v_vds_id UUID, > v_vlan_id INTEGER, > v_mtu INTEGER, > v_bridged BOOLEAN) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE vds_interface > SET addr = v_addr,bond_name = v_bond_name,bond_type = v_bond_type,gateway = v_gateway, > is_bond = v_is_bond,bond_opts = v_bond_opts,mac_addr = v_mac_addr, > name = v_name,network_name = v_network_name,speed = v_speed, > subnet = v_subnet,boot_protocol = v_boot_protocol, > type = v_type,VDS_ID = v_vds_id,vlan_id = v_vlan_id,_update_date = LOCALTIMESTAMP, mtu = v_mtu, > bridged = v_bridged > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletevds_interface(v_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM vds_interface > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getinterface_viewByvds_id(v_vds_id UUID, v_user_id UUID, v_is_filtered boolean) >RETURNS SETOF vds_interface_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vds_interface_view > WHERE vds_id = v_vds_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vds_permissions_view > WHERE user_id = v_user_id AND entity_id = v_vds_id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getinterface_viewByAddr(v_cluster_id UUID, v_addr VARCHAR(50)) >RETURNS SETOF vds_interface_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds_interface_view.* > FROM vds_interface_view > INNER JOIN vds_static > ON vds_interface_view.vds_id = vds_static.vds_id > WHERE vds_interface_view.addr = v_addr > AND vds_static.vds_group_id = v_cluster_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsManagedInterfaceByVdsId(v_vds_id UUID, v_user_id UUID, v_is_filtered boolean) >RETURNS SETOF vds_interface_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vds_interface_view > -- Checking if the 2nd bit in the type column is set, meaning that the interface is managed > WHERE vds_id = v_vds_id AND (type & 2) = 2 > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vds_permissions_view > WHERE user_id = v_user_id AND entity_id = v_vds_id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsInterfacesByNetworkId(v_network_id UUID) RETURNS SETOF vds_interface_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds_interface_view.* > FROM vds_interface_view > INNER JOIN vds > ON vds.vds_id = vds_interface_view.vds_id > INNER JOIN network_cluster > ON network_cluster.cluster_id = vds.vds_group_id > INNER JOIN network > ON network.id = network_cluster.network_id > AND network.name = vds_interface_view.network_name > WHERE network.id = v_network_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsInterfaceById(v_vds_interface_id UUID) RETURNS SETOF vds_interface_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vds_interface_view > WHERE id = v_vds_interface_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVmInterface(v_id UUID, > v_mac_addr VARCHAR(20) , > v_name VARCHAR(50), > v_speed INTEGER , > v_vnic_profile_id UUID , > v_vm_guid UUID , > v_vmt_guid UUID , > v_type INTEGER, > v_linked BOOLEAN) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO vm_interface(id, mac_addr, name, speed, vnic_profile_id, vm_guid, vmt_guid, type, linked) > VALUES(v_id, v_mac_addr, v_name, v_speed, v_vnic_profile_id, v_vm_guid, v_vmt_guid, v_type, v_linked); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmInterface(v_id UUID, > v_mac_addr VARCHAR(20) , > v_name VARCHAR(50), > v_speed INTEGER , > v_vnic_profile_id UUID , > v_vm_guid UUID , > v_vmt_guid UUID , > v_type INTEGER, > v_linked BOOLEAN) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE vm_interface > SET mac_addr = v_mac_addr,name = v_name, speed = v_speed, vnic_profile_id = v_vnic_profile_id, vm_guid = v_vm_guid, > vmt_guid = v_vmt_guid,type = v_type, _update_date = LOCALTIMESTAMP, linked = v_linked > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVmInterface(v_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select id INTO v_val FROM vm_interface WHERE id = v_id FOR UPDATE; > > DELETE FROM vm_interface > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmInterfaceByVmInterfaceId(v_id UUID) RETURNS SETOF vm_interface STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_interface > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVmInterfaces() RETURNS SETOF vm_interface STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_interface; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmInterfacesByVmId(v_vm_id UUID) >RETURNS SETOF vm_interface STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_interface > WHERE vm_guid = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmInterfaceByTemplateId(v_template_id UUID) >RETURNS SETOF vm_interface STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_interface > WHERE vmt_guid = v_template_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmInterfacesByNetworkId(v_network_id UUID) RETURNS SETOF vm_interface STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_interface.* > FROM vm_interface > INNER JOIN vnic_profiles ON vm_interface.vnic_profile_id = vnic_profiles.id > INNER JOIN vm_static on vm_interface.vm_guid = vm_static.vm_guid > WHERE vnic_profiles.network_id = v_network_id > AND vm_static.entity_type = 'VM'; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTemplateInterfacesByNetworkId(v_network_id UUID) RETURNS SETOF vm_interface STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_interface.* > FROM vm_interface > INNER JOIN vm_static on vm_interface.vmt_guid = vm_static.vm_guid > INNER JOIN vnic_profiles ON vm_interface.vnic_profile_id = vnic_profiles.id > WHERE vnic_profiles.network_id = v_network_id > AND vm_static.entity_type = 'TEMPLATE'; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetMacsByDataCenterId(v_data_center_id UUID) RETURNS SETOF varchar STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT mac_addr > FROM vm_interface > WHERE EXISTS (SELECT 1 > FROM vm_static > JOIN vds_groups ON vm_static.vds_group_id = vds_groups.vds_group_id > WHERE vds_groups.storage_pool_id = v_data_center_id > AND vm_static.vm_guid = vm_interface.vm_guid); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVmNetworkInterfaceViews() RETURNS SETOF vm_interface_view STABLE >AS $procedure$ >BEGIN >RETURN QUERY SELECT * >FROM vm_interface_view; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmNetworkInterfaceViewByVmNetworkInterfaceViewId(v_id UUID) >RETURNS SETOF vm_interface_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_interface_view > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetPluggedVmInterfacesByMac(v_mac_address VARCHAR(20)) >RETURNS SETOF vm_interface_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_interface_view > WHERE mac_addr = v_mac_address > AND is_plugged = true; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmNetworkInterfaceViewByVmId(v_vm_id UUID, v_user_id UUID, v_is_filtered BOOLEAN) >RETURNS SETOF vm_interface_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_interface_view > WHERE vm_guid = v_vm_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_permissions_view > WHERE user_id = v_user_id AND entity_id = v_vm_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmNetworkInterfaceViewByTemplateId(v_template_id UUID, v_user_id UUID, v_is_filtered boolean) >RETURNS SETOF vm_interface_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_interface_view > WHERE vmt_guid = v_template_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_template_permissions_view > WHERE user_id = v_user_id AND entity_id = v_template_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmInterfaceViewsByNetworkId(v_network_id UUID) RETURNS SETOF vm_interface_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_interface_view.* > FROM vm_interface_view > INNER JOIN vnic_profiles ON vnic_profiles.id = vm_interface_view.vnic_profile_id > WHERE vnic_profiles.network_id = v_network_id > AND vm_interface_view.vm_entity_type = 'VM'; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTemplateInterfaceViewsByNetworkId(v_network_id UUID) RETURNS SETOF vm_interface_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_interface_view.* > FROM vm_interface_view > INNER JOIN vnic_profiles ON vnic_profiles.id = vm_interface_view.vnic_profile_id > WHERE vnic_profiles.network_id = v_network_id > AND vm_interface_view.vm_entity_type = 'TEMPLATE'; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getvm_interface_statisticsById(v_id UUID) RETURNS SETOF vm_interface_statistics STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT * > FROM vm_interface_statistics > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertvm_interface_statistics(v_id UUID, > v_rx_drop DECIMAL(18,0) , > v_rx_rate DECIMAL(18,0) , > v_tx_drop DECIMAL(18,0) , > v_tx_rate DECIMAL(18,0) , > v_iface_status INTEGER , > v_vm_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO vm_interface_statistics(id, rx_drop, rx_rate, tx_drop, tx_rate, vm_id, iface_status) > VALUES(v_id, v_rx_drop, v_rx_rate, v_tx_drop, v_tx_rate, v_vm_id,v_iface_status); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatevm_interface_statistics(v_id UUID, > v_rx_drop DECIMAL(18,0) , > v_rx_rate DECIMAL(18,0) , > v_tx_drop DECIMAL(18,0) , > v_tx_rate DECIMAL(18,0) , > v_iface_status INTEGER , > v_vm_id UUID) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE vm_interface_statistics > SET rx_drop = v_rx_drop,rx_rate = v_rx_rate,tx_drop = v_tx_drop,tx_rate = v_tx_rate, > vm_id = v_vm_id,iface_status = v_iface_status, _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletevm_interface_statistics(v_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select id INTO v_val FROM vm_interface_statistics WHERE id = v_id FOR UPDATE; > > DELETE FROM vm_interface_statistics > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmGuestAgentInterfacesByVmId(v_vm_id UUID, v_user_id UUID, v_filtered BOOLEAN) >RETURNS SETOF vm_guest_agent_interfaces STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT * > FROM vm_guest_agent_interfaces > WHERE vm_id = v_vm_id > AND (NOT v_filtered OR EXISTS (SELECT 1 > FROM user_vm_permissions_view > WHERE user_id = v_user_id AND entity_id = v_vm_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVmGuestAgentInterfacesByVmId(v_vm_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM vm_guest_agent_interfaces > WHERE vm_id = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVmGuestAgentInterface(v_vm_id UUID, > v_interface_name VARCHAR(50), > v_mac_address VARCHAR(59), > v_ipv4_addresses text, > v_ipv6_addresses text) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO vm_guest_agent_interfaces(vm_id, interface_name, mac_address, ipv4_addresses, ipv6_addresses) > VALUES(v_vm_id, v_interface_name, v_mac_address, v_ipv4_addresses, v_ipv6_addresses); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertvds_interface_statistics(v_id UUID, > v_rx_drop DECIMAL(18,0) , > v_rx_rate DECIMAL(18,0) , > v_tx_drop DECIMAL(18,0) , > v_tx_rate DECIMAL(18,0) , > v_iface_status INTEGER , > v_vds_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO vds_interface_statistics(id, rx_drop, rx_rate, tx_drop, tx_rate, vds_id, iface_status) > VALUES(v_id, v_rx_drop, v_rx_rate, v_tx_drop, v_tx_rate, v_vds_id,v_iface_status); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatevds_interface_statistics(v_id UUID, > v_rx_drop DECIMAL(18,0) , > v_rx_rate DECIMAL(18,0) , > v_tx_drop DECIMAL(18,0) , > v_tx_rate DECIMAL(18,0) , > v_iface_status INTEGER , > v_vds_id UUID) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE vds_interface_statistics > SET rx_drop = v_rx_drop,rx_rate = v_rx_rate,tx_drop = v_tx_drop,tx_rate = v_tx_rate, > vds_id = v_vds_id,iface_status = v_iface_status, _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletevds_interface_statistics(v_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select id INTO v_val FROM vds_interface_statistics WHERE id = v_id FOR UPDATE; > > DELETE FROM vds_interface_statistics > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertnetwork_cluster(v_cluster_id UUID, > v_network_id UUID, > v_status INTEGER, > v_is_display BOOLEAN, > v_required BOOLEAN, > v_migration BOOLEAN) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO network_cluster(cluster_id, network_id, status, is_display, required, migration) > VALUES(v_cluster_id, v_network_id, v_status, v_is_display, v_required, v_migration); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatenetwork_cluster(v_cluster_id UUID, > v_network_id UUID, > v_status INTEGER, > v_is_display BOOLEAN, > v_required BOOLEAN, > v_migration BOOLEAN) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE network_cluster > SET status = v_status,is_display = v_is_display, required = v_required, migration = v_migration > WHERE cluster_id = v_cluster_id AND network_id = v_network_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatenetwork_cluster_status(v_cluster_id UUID, > v_network_id UUID, > v_status INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE network_cluster > SET status = v_status > WHERE cluster_id = v_cluster_id AND network_id = v_network_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletenetwork_cluster(v_cluster_id UUID, > v_network_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM network_cluster > WHERE cluster_id = v_cluster_id AND network_id = v_network_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromnetwork_cluster() RETURNS SETOF network_cluster STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM network_cluster; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromnetwork_clusterByClusterId(v_cluster_id UUID) >RETURNS SETOF network_cluster STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM network_cluster > WHERE cluster_id = v_cluster_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromnetwork_clusterByNetworkId(v_network_id UUID) >RETURNS SETOF network_cluster STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM network_cluster > WHERE network_id = v_network_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getnetwork_clusterBycluster_idAndBynetwork_id(v_cluster_id UUID, > v_network_id UUID) RETURNS SETOF network_cluster STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM network_cluster > WHERE cluster_id = v_cluster_id AND network_id = v_network_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetvmStaticByGroupIdAndNetwork(v_groupId UUID, > v_networkName VARCHAR(50)) RETURNS SETOF vm_static STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT > vm_static.* from vm_static > inner join vm_interface_view > on vm_static.vm_guid = vm_interface_view.vm_guid > and network_name = v_networkName > and vm_static.vds_group_id = v_groupId; > > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION set_network_exclusively_as_display(v_cluster_id UUID, v_network_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > UPDATE network_cluster > SET is_display = true > WHERE cluster_id = v_cluster_id AND network_id = v_network_id; > > IF FOUND THEN > UPDATE network_cluster > SET is_display = false > WHERE cluster_id = v_cluster_id AND network_id != v_network_id; > END IF; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION set_network_exclusively_as_migration(v_cluster_id UUID, v_network_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > UPDATE network_cluster > SET migration = true > WHERE cluster_id = v_cluster_id AND network_id = v_network_id; > > IF FOUND THEN > UPDATE network_cluster > SET migration = false > WHERE cluster_id = v_cluster_id AND network_id != v_network_id; > END IF; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVnicProfileByVnicProfileId(v_id UUID) >RETURNS SETOF vnic_profiles STABLE > AS $procedure$ >BEGIN > > RETURN QUERY SELECT * > FROM vnic_profiles > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVnicProfile(v_id UUID, > v_name VARCHAR(50), > v_network_id UUID, > v_network_qos_id UUID, > v_port_mirroring BOOLEAN, > v_custom_properties TEXT, > v_description TEXT) >RETURNS VOID > AS $procedure$ >BEGIN > > INSERT INTO vnic_profiles(id, name, network_id, network_qos_id, port_mirroring, custom_properties, description) > VALUES(v_id, v_name, v_network_id, v_network_qos_id, v_port_mirroring, v_custom_properties, v_description); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVnicProfile(v_id UUID, > v_name VARCHAR(50), > v_network_id UUID, > v_network_qos_id UUID, > v_port_mirroring BOOLEAN, > v_custom_properties TEXT, > v_description TEXT) >RETURNS VOID > AS $procedure$ >BEGIN > > UPDATE vnic_profiles > SET id = v_id, name = v_name, network_id = v_network_id, network_qos_id = v_network_qos_id, > port_mirroring = v_port_mirroring, custom_properties = v_custom_properties, > description = v_description,_update_date = LOCALTIMESTAMP > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVnicProfile(v_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > > DELETE FROM vnic_profiles > WHERE id = v_id; > > -- Delete the vnic profiles permissions > DELETE FROM permissions WHERE object_id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVnicProfiles() >RETURNS SETOF vnic_profiles STABLE > AS $procedure$ >BEGIN > > RETURN QUERY SELECT * > FROM vnic_profiles; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVnicProfilesByNetworkId(v_network_id UUID) >RETURNS SETOF vnic_profiles STABLE > AS $procedure$ >BEGIN > > RETURN QUERY SELECT * > FROM vnic_profiles > WHERE network_id = v_network_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVnicProfileViewByVnicProfileViewId(v_id UUID, v_user_id uuid, v_is_filtered boolean) >RETURNS SETOF vnic_profiles_view STABLE >AS $procedure$ >BEGIN > >RETURN QUERY SELECT * >FROM vnic_profiles_view >WHERE id = v_id >AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vnic_profile_permissions_view > WHERE user_id = v_user_id AND entity_id = vnic_profiles_view.id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVnicProfileViews(v_user_id uuid, v_is_filtered boolean) >RETURNS SETOF vnic_profiles_view STABLE >AS $procedure$ >BEGIN > >RETURN QUERY SELECT * >FROM vnic_profiles_view >WHERE NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vnic_profile_permissions_view > WHERE user_id = v_user_id AND entity_id = vnic_profiles_view.id); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVnicProfileViewsByNetworkId(v_network_id UUID, v_user_id uuid, v_is_filtered boolean) >RETURNS SETOF vnic_profiles_view STABLE >AS $procedure$ >BEGIN > >RETURN QUERY SELECT * >FROM vnic_profiles_view >WHERE network_id = v_network_id >AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vnic_profile_permissions_view > WHERE user_id = v_user_id AND entity_id = vnic_profiles_view.id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVnicProfileViewsByDataCenterId(v_id UUID, v_user_id uuid, v_is_filtered boolean) >RETURNS SETOF vnic_profiles_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM vnic_profiles_view > WHERE data_center_id = v_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vnic_profile_permissions_view > WHERE user_id = v_user_id AND entity_id = vnic_profiles_view.id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVnicProfileViewsByNetworkQosId(v_network_qos_id UUID) RETURNS SETOF vnic_profiles_view STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT * > FROM vnic_profiles_view > WHERE network_qos_id = v_network_qos_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromPolicyUnits() RETURNS SETOF policy_units STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM policy_units; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetPolicyUnitByPolicyUnitId(v_id UUID) RETURNS SETOF policy_units STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM policy_units > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertPolicyUnit( > v_id UUID, > v_name VARCHAR(128), > v_description text, > v_is_internal BOOLEAN, > v_type SMALLINT, > v_custom_properties_regex text, > v_enabled BOOLEAN) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO policy_units( > id, > name, > description, > is_internal, > type, > custom_properties_regex, > enabled) > VALUES( > v_id, > v_name, > v_description, > v_is_internal, > v_type, > v_custom_properties_regex, > v_enabled); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdatePolicyUnit( > v_id UUID, > v_enabled BOOLEAN, > v_custom_properties_regex text, > v_description text) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE policy_units > SET custom_properties_regex = v_custom_properties_regex, > enabled = v_enabled, > description = v_description > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeletePolicyUnit(v_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM policy_units > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertProvider( > v_id UUID, > v_name VARCHAR(128), > v_description VARCHAR(4000), > v_url VARCHAR(512), > v_provider_type VARCHAR(32), > v_auth_required BOOLEAN, > v_auth_username VARCHAR(64), > v_auth_password TEXT, > v_custom_properties TEXT, > v_tenant_name VARCHAR DEFAULT NULL, > v_plugin_type VARCHAR DEFAULT NULL, > v_agent_configuration TEXT DEFAULT NULL) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO providers( > id, > name, > description, > url, > provider_type, > auth_required, > auth_username, > auth_password, > custom_properties, > tenant_name, > plugin_type, > agent_configuration) > VALUES( > v_id, > v_name, > v_description, > v_url, > v_provider_type, > v_auth_required, > v_auth_username, > v_auth_password, > v_custom_properties, > v_tenant_name, > v_plugin_type, > v_agent_configuration); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateProvider( > v_id UUID, > v_name VARCHAR(128), > v_description VARCHAR(4000), > v_url VARCHAR(512), > v_provider_type VARCHAR(32), > v_auth_required BOOLEAN, > v_auth_username VARCHAR(64), > v_auth_password TEXT, > v_custom_properties TEXT, > v_tenant_name VARCHAR DEFAULT NULL, > v_plugin_type VARCHAR DEFAULT NULL, > v_agent_configuration TEXT DEFAULT NULL) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE providers > SET name = v_name, > description = v_description, > url = v_url, > provider_type = v_provider_type, > auth_required = v_auth_required, > auth_username = v_auth_username, > auth_password = v_auth_password, > custom_properties = v_custom_properties, > tenant_name = v_tenant_name, > plugin_type = v_plugin_type, > _update_date = NOW(), > agent_configuration = v_agent_configuration > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteProvider(v_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE > FROM providers > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromProviders() RETURNS SETOF providers STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM providers; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromProvidersByType(v_provider_type varchar(32)) RETURNS SETOF providers STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM providers > WHERE provider_type = v_provider_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetProviderByProviderId(v_id UUID) >RETURNS SETOF providers STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM providers > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetProviderByName(v_name VARCHAR) >RETURNS SETOF providers STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM providers > WHERE name = v_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertQuota(v_id UUID, v_storage_pool_id UUID, v_quota_name VARCHAR(50), v_description VARCHAR(500), v_threshold_vds_group_percentage INTEGER, v_threshold_storage_percentage INTEGER, v_grace_vds_group_percentage INTEGER, v_grace_storage_percentage INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO quota(id, storage_pool_id, quota_name, description, threshold_vds_group_percentage, threshold_storage_percentage, grace_vds_group_percentage, grace_storage_percentage) > VALUES(v_id, v_storage_pool_id, v_quota_name, v_description, v_threshold_vds_group_percentage , v_threshold_storage_percentage, v_grace_vds_group_percentage, v_grace_storage_percentage); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertQuotaLimitation(v_id UUID, v_quota_id UUID, v_storage_id UUID, v_vds_group_id UUID, v_virtual_cpu INTEGER, v_mem_size_mb BIGINT, v_storage_size_gb BIGINT) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO quota_limitation(id, quota_id, storage_id, vds_group_id, virtual_cpu, mem_size_mb, storage_size_gb) > VALUES(v_id, v_quota_id, v_storage_id, v_vds_group_id, v_virtual_cpu, v_mem_size_mb, v_storage_size_gb); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetQuotaStorageByStorageGuid(v_storage_id UUID, v_id UUID, v_allow_empty BOOLEAN) >RETURNS SETOF quota_storage_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM > (SELECT COALESCE(q_storage_view.quota_storage_id, q_g_view.quota_id) as quota_storage_id, > q_g_view.quota_id as quota_id, > q_storage_view.storage_id, > q_storage_view.storage_name, > COALESCE(q_storage_view.storage_size_gb, q_g_view.storage_size_gb) as storage_size_gb, > COALESCE(q_storage_view.storage_size_gb_usage, q_g_view.storage_size_gb_usage) as storage_size_gb_usage > FROM quota_global_view q_g_view > LEFT OUTER JOIN quota_storage_view q_storage_view ON q_g_view.quota_id = q_storage_view.quota_id > AND (v_storage_id = q_storage_view.storage_id OR v_storage_id IS NULL) > WHERE q_g_view.quota_id = v_id) sub > WHERE (v_allow_empty OR storage_size_gb IS NOT NULL); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetQuotaByAdElementId(v_ad_element_id UUID, v_storage_pool_id UUID, v_recursive BOOLEAN) >RETURNS SETOF quota_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * FROM quota_view WHERE quota_view.quota_id IN > (SELECT object_id > FROM PERMISSIONS > WHERE object_type_id = 17 > AND role_id in (SELECT role_id FROM ROLES_groups where action_group_id = 901) > AND ad_element_id = v_ad_element_id OR > (v_recursive AND ad_element_id IN (SELECT * FROM getUserAndGroupsById(v_ad_element_id)))) > AND (v_storage_pool_id = quota_view.storage_pool_id or v_storage_pool_id IS NULL); > END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION getAllThinQuota() >RETURNS SETOF quota_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM quota_view; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION getQuotaCount() >RETURNS SETOF BIGINT STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT count(*) as num_quota > FROM quota; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetQuotaStorageByQuotaGuid(v_id UUID) >RETURNS SETOF quota_storage_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM quota_storage_view > WHERE quota_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetQuotaVdsGroupByVdsGroupGuid(v_vds_group_id UUID, v_id UUID, v_allow_empty BOOLEAN) >RETURNS SETOF quota_vds_group_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM (SELECT COALESCE(q_vds_view.quota_vds_group_id, q_g_view.quota_id) as quota_vds_group_id, > q_g_view.quota_id as quota_id, > q_vds_view.vds_group_id as vds_group_id, > q_vds_view.vds_group_name as vds_group_name, > COALESCE(q_vds_view.virtual_cpu,q_g_view.virtual_cpu) as virtual_cpu, > COALESCE(q_vds_view.virtual_cpu_usage, q_g_view.virtual_cpu_usage) as virtual_cpu_usage, > COALESCE(q_vds_view.mem_size_mb,q_g_view.mem_size_mb) as mem_size_mb, > COALESCE(q_vds_view.mem_size_mb_usage, q_g_view.mem_size_mb_usage) as mem_size_mb_usage > FROM quota_global_view q_g_view > LEFT OUTER JOIN quota_vds_group_view q_vds_view ON q_g_view.quota_id = q_vds_view.quota_id > AND (v_vds_group_id = q_vds_view.vds_group_id OR v_vds_group_id IS NULL) > WHERE q_g_view.quota_id = v_id) sub > WHERE v_allow_empty OR virtual_cpu IS NOT NULL OR mem_size_mb IS NOT NULL; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetQuotaVdsGroupByQuotaGuid(v_id UUID) >RETURNS SETOF quota_vds_group_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT quota_vds_group_view.* > FROM quota_vds_group_view > WHERE quota_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteQuotaByQuotaGuid(v_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM quota > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteQuotaLimitationByQuotaGuid(v_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM quota_limitation > WHERE quota_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateQuotaMetaData(v_id UUID, v_storage_pool_id UUID, v_quota_name VARCHAR(50), v_description VARCHAR(500), v_threshold_vds_group_percentage INTEGER, v_threshold_storage_percentage INTEGER, v_grace_vds_group_percentage INTEGER, v_grace_storage_percentage INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >UPDATE quota > SET storage_pool_id = v_storage_pool_id, > quota_name = v_quota_name, > description = v_description, > _update_date = LOCALTIMESTAMP, > threshold_vds_group_percentage = v_threshold_vds_group_percentage, > threshold_storage_percentage = v_threshold_storage_percentage, > grace_vds_group_percentage = v_grace_vds_group_percentage, > grace_storage_percentage = v_grace_storage_percentage > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetQuotaByStoragePoolGuid(v_storage_pool_id UUID) >RETURNS SETOF quota_global_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM quota_global_view > WHERE (storage_pool_id = v_storage_pool_id or v_storage_pool_id IS NULL); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetQuotaByQuotaGuid(v_id UUID) >RETURNS SETOF quota_global_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM quota_global_view > WHERE quota_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetQuotaByQuotaName(v_quota_name VARCHAR) >RETURNS SETOF quota_global_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM quota_global_view > WHERE quota_name = v_quota_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllThinQuotasByStorageId(v_storage_id UUID, v_user_id UUID, v_is_filtered boolean) >RETURNS SETOF quota_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT > quota_id, > storage_pool_id, > storage_pool_name, > quota_name, > description, > threshold_vds_group_percentage, > threshold_storage_percentage, > grace_vds_group_percentage, > grace_storage_percentage, > quota_enforcement_type > FROM quota_limitations_view > WHERE (storage_id = v_storage_id > OR (is_global AND > NOT is_empty AND > storage_size_gb IS NOT null AND > storage_pool_id IN (SELECT storage_pool_id FROM storage_pool_iso_map > WHERE storage_id = v_storage_id))) > AND (NOT v_is_filtered OR > EXISTS (SELECT 1 FROM permissions p > JOIN user_flat_groups u ON > u.granted_id = p.ad_element_id WHERE > u.user_id = v_user_id AND > p.object_type_id = 17 AND -- quota object > p.role_id = 'def0000a-0000-0000-0000-def00000000a' AND -- consume quota > quota_id = p.object_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllThinQuotasByVDSGroupId(v_vds_group_id UUID, v_user_id UUID, v_is_filtered boolean) >RETURNS SETOF quota_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT > quota_id, > storage_pool_id, > storage_pool_name, > quota_name, > description, > threshold_vds_group_percentage, > threshold_storage_percentage, > grace_vds_group_percentage, > grace_storage_percentage, > quota_enforcement_type > FROM quota_limitations_view > WHERE (vds_group_id = v_vds_group_id > OR (is_global AND > NOT is_empty AND > virtual_cpu IS NOT null AND > storage_pool_id IN (SELECT storage_pool_id FROM vds_groups > WHERE vds_group_id = v_vds_group_id))) > AND (NOT v_is_filtered OR > EXISTS (SELECT 1 FROM permissions p > JOIN user_flat_groups u ON > u.granted_id = p.ad_element_id WHERE > u.user_id = v_user_id AND > p.object_type_id = 17 AND -- quota object > p.role_id = 'def0000a-0000-0000-0000-def00000000a' AND -- consume quota > quota_id = p.object_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION IsQuotaInUse(v_quota_id UUID) >RETURNS boolean STABLE > AS $BODY$ >DECLARE > result boolean := FALSE; >BEGIN > if EXISTS (SELECT quota_id > FROM image_storage_domain_map > WHERE quota_id = v_quota_id > UNION SELECT quota_id > FROM vm_static > WHERE quota_id = v_quota_id) then > result := TRUE; > END if; > return result; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertRepo_domain_file_meta_data(v_repo_domain_id UUID, > v_repo_image_id VARCHAR(256), > v_repo_image_name VARCHAR(256), > v_size BIGINT, > v_date_created TIMESTAMP WITH TIME ZONE, > v_last_refreshed BIGINT, > v_file_type INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > >INSERT INTO repo_file_meta_data(repo_domain_id, repo_image_id, repo_image_name, size, date_created, > last_refreshed, file_type) > VALUES(v_repo_domain_id, v_repo_image_id, v_repo_image_name, v_size, v_date_created, > v_last_refreshed, v_file_type); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteRepo_domain_file_list(v_storage_domain_id UUID, v_file_type INTEGER DEFAULT NULL) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM repo_file_meta_data > WHERE repo_domain_id = v_storage_domain_id > AND (v_file_type IS NULL OR file_type = v_file_type); > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetRepo_files_by_storage_domain(v_storage_domain_id UUID, v_file_type INTEGER DEFAULT NULL) >RETURNS SETOF repo_file_meta_data STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT repo_file_meta_data.* > FROM repo_file_meta_data > WHERE repo_domain_id = v_storage_domain_id > AND (v_file_type IS NULL OR repo_file_meta_data.file_type = v_file_type) > ORDER BY repo_file_meta_data.last_refreshed; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS GetRepo_files_in_all_storage_pools_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE GetRepo_files_in_all_storage_pools_rs AS(storage_domain_id UUID, last_refreshed BIGINT, file_type INTEGER); >************************** > >CREATE TYPE >********* QUERY ********** >Create or replace FUNCTION GetRepo_files_in_all_storage_pools(v_storage_domain_type INTEGER, v_storage_pool_status INTEGER, > v_vds_status INTEGER, v_storage_domain_status INTEGER) >RETURNS SETOF GetRepo_files_in_all_storage_pools_rs STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT distinct b.storage_domain_id,c.last_refreshed,b.file_type > FROM storage_domain_file_repos b > LEFT OUTER JOIN > (SELECT storage_domain_id,file_type,min(last_refreshed) as last_refreshed > FROM storage_domain_file_repos a > Group by storage_domain_id,file_type) as c ON b.storage_domain_id = c.storage_domain_id > AND b.file_type = c.file_type > WHERE b.storage_domain_type = v_storage_domain_type > and b.storage_pool_status = v_storage_pool_status > and b.storage_domain_status = v_storage_domain_status > and b.vds_status = v_vds_status; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertSnapshot( > v_snapshot_id UUID, > v_vm_id UUID, > v_snapshot_type VARCHAR(32), > v_status VARCHAR(32), > v_description VARCHAR(4000), > v_creation_date TIMESTAMP WITH TIME ZONE, > v_app_list TEXT, > v_vm_configuration TEXT, > v_memory_volume VARCHAR(255)) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO snapshots( > snapshot_id, > status, > vm_id, > snapshot_type, > description, > creation_date, > app_list, > vm_configuration, > memory_volume) > VALUES( > v_snapshot_id, > v_status, > v_vm_id, > v_snapshot_type, > v_description, > v_creation_date, > v_app_list, > v_vm_configuration, > v_memory_volume); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateSnapshot( > v_snapshot_id UUID, > v_vm_id UUID, > v_snapshot_type VARCHAR(32), > v_status VARCHAR(32), > v_description VARCHAR(4000), > v_creation_date TIMESTAMP WITH TIME ZONE, > v_app_list TEXT, > v_vm_configuration TEXT, > v_memory_volume VARCHAR(255)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE snapshots > SET status = v_status, > vm_id = v_vm_id, > snapshot_type = v_snapshot_type, > description = v_description, > creation_date = v_creation_date, > app_list = v_app_list, > vm_configuration = v_vm_configuration, > memory_volume = v_memory_volume, > _update_date = NOW() > WHERE snapshot_id = v_snapshot_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateSnapshotStatus( > v_snapshot_id UUID, > v_status VARCHAR(32)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE snapshots > SET status = v_status > WHERE snapshot_id = v_snapshot_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateSnapshotId( > v_snapshot_id UUID, > v_new_snapshot_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE snapshots > SET snapshot_id = v_new_snapshot_id > WHERE snapshot_id = v_snapshot_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteSnapshot(v_snapshot_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE > FROM snapshots > WHERE snapshot_id = v_snapshot_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromSnapshots() RETURNS SETOF snapshots STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM snapshots; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetSnapshotByVmIdAndType( > v_vm_id UUID, > v_snapshot_type VARCHAR(32)) >RETURNS SETOF snapshots STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM snapshots > WHERE vm_id = v_vm_id > AND snapshot_type = v_snapshot_type > ORDER BY creation_date ASC > LIMIT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetSnapshotByVmIdAndTypeAndStatus( > v_vm_id UUID, > v_snapshot_type VARCHAR(32), > v_status VARCHAR(32)) >RETURNS SETOF snapshots STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM snapshots > WHERE vm_id = v_vm_id > AND snapshot_type = v_snapshot_type > AND status = v_status > ORDER BY creation_date ASC > LIMIT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS GetAllFromSnapshotsByVmId_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE GetAllFromSnapshotsByVmId_rs AS (snapshot_id UUID, vm_id UUID, snapshot_type VARCHAR(32), status VARCHAR(32), description VARCHAR(4000), creation_date TIMESTAMP WITH TIME ZONE, app_list TEXT, memory_volume VARCHAR(255), vm_configuration TEXT, vm_configuration_available BOOLEAN); >************************** > >CREATE TYPE >********* QUERY ********** >Create or replace FUNCTION GetAllFromSnapshotsByVmId( > v_vm_id UUID, > v_user_id UUID, > v_is_filtered BOOLEAN, > v_fill_configuration BOOLEAN) RETURNS SETOF GetAllFromSnapshotsByVmId_rs STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT snapshot_id, > vm_id, > snapshot_type, > status, > description, > creation_date, > app_list, > memory_volume, > CASE WHEN v_fill_configuration = TRUE THEN vm_configuration ELSE NULL END, > vm_configuration IS NOT NULL AND LENGTH(vm_configuration) > 0 > FROM snapshots > WHERE vm_id = v_vm_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_permissions_view > WHERE user_id = v_user_id AND entity_id = v_vm_id)) > ORDER BY creation_date ASC; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetSnapshotBySnapshotId(v_snapshot_id UUID, v_user_id UUID, v_is_filtered BOOLEAN) >RETURNS SETOF snapshots STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM snapshots > WHERE snapshot_id = v_snapshot_id AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_permissions_view > WHERE user_id = v_user_id AND entity_id = (SELECT vm_id > FROM snapshots where snapshot_id = v_snapshot_id))); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetSnapshotIdsByVmIdAndType( > v_vm_id UUID, > v_snapshot_type VARCHAR(32)) >RETURNS SETOF idUuidType STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT snapshot_id > FROM snapshots > WHERE vm_id = v_vm_id > AND snapshot_type = v_snapshot_type > ORDER BY creation_date ASC; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetSnapshotIdsByVmIdAndTypeAndStatus( > v_vm_id UUID, > v_snapshot_type VARCHAR(32), > v_status VARCHAR(32)) >RETURNS SETOF idUuidType STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT snapshot_id > FROM snapshots > WHERE vm_id = v_vm_id > AND snapshot_type = v_snapshot_type > AND status = v_status > ORDER BY creation_date ASC; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION CheckIfSnapshotExistsByVmIdAndType( > v_vm_id UUID, > v_snapshot_type VARCHAR(32)) >RETURNS SETOF booleanResultType STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT EXISTS( > SELECT * > FROM snapshots > WHERE vm_id = v_vm_id > AND snapshot_type = v_snapshot_type); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION CheckIfSnapshotExistsByVmIdAndStatus( > v_vm_id UUID, > v_status VARCHAR(32)) >RETURNS SETOF booleanResultType STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT EXISTS( > SELECT * > FROM snapshots > WHERE vm_id = v_vm_id > AND status = v_status); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION CheckIfSnapshotExistsByVmIdAndSnapshotId( > v_vm_id UUID, > v_snapshot_id UUID) >RETURNS SETOF booleanResultType STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT EXISTS( > SELECT * > FROM snapshots > WHERE vm_id = v_vm_id > AND snapshot_id = v_snapshot_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetNumOfSnapshotsByMemoryVolume( > v_memory_volume VARCHAR(255)) >RETURNS SETOF BIGINT STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT COUNT(*) > FROM snapshots > WHERE memory_volume = v_memory_volume; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION RemoveMemoryFromSnapshotByVmIdAndType( > v_vm_id UUID, > v_snapshot_type VARCHAR(32)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE snapshots > SET memory_volume = NULL > WHERE vm_id = v_vm_id > AND snapshot_type = v_snapshot_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION RemoveMemoryFromSnapshotBySnapshotId( > v_snapshot_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE snapshots > SET memory_volume = NULL > WHERE snapshot_id = v_snapshot_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertLUNs(v_LUN_id VARCHAR(50), > v_physical_volume_id VARCHAR(50) , > v_volume_group_id VARCHAR(50) , > v_serial VARCHAR(4000) , > v_lun_mapping INTEGER , > v_vendor_id VARCHAR(50) , > v_product_id VARCHAR(50) , > v_device_size INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO LUNs(LUN_id, physical_volume_id, volume_group_id, serial, lun_mapping, vendor_id, product_id, device_size) > VALUES(v_LUN_id, v_physical_volume_id, v_volume_group_id, v_serial, v_lun_mapping, v_vendor_id, v_product_id, v_device_size); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateLUNsVolumeGroupId(v_LUN_id VARCHAR(50), >v_volume_group_id VARCHAR(50)) >RETURNS VOID > AS $procedure$ >BEGIN >UPDATE LUNs set volume_group_id = v_volume_group_id where LUN_id = v_LUN_ID; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteLUN(v_LUN_id VARCHAR(50)) >RETURNS VOID > AS $procedure$ > DECLARE > v_val VARCHAR(50); >BEGIN > > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select LUN_id INTO v_val FROM LUNs WHERE LUN_id = v_LUN_id FOR UPDATE; > > DELETE FROM LUNs > WHERE LUN_id = v_LUN_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromLUNs() RETURNS SETOF luns_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM luns_view; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetLUNsBystorage_server_connection(v_storage_server_connection VARCHAR(50)) RETURNS SETOF luns_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT luns_view.* > FROM luns_view INNER JOIN > LUN_storage_server_connection_map > ON LUN_storage_server_connection_map.LUN_id = luns_view.LUN_id > WHERE LUN_storage_server_connection_map.storage_server_connection = v_storage_server_connection; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetLUNsByVolumeGroupId(v_volume_group_id VARCHAR(50)) >RETURNS SETOF luns_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM luns_view > WHERE volume_group_id = v_volume_group_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetLUNByLUNId(v_LUN_id VARCHAR(50)) >RETURNS SETOF luns_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM luns_view > WHERE LUN_id = v_LUN_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertstorage_domain_dynamic(v_available_disk_size INTEGER , > v_id UUID, > v_used_disk_size INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO storage_domain_dynamic(available_disk_size, id, used_disk_size) > VALUES(v_available_disk_size, v_id, v_used_disk_size); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatestorage_domain_dynamic(v_available_disk_size INTEGER , > v_id UUID, > v_used_disk_size INTEGER) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE storage_domain_dynamic > SET available_disk_size = v_available_disk_size,used_disk_size = v_used_disk_size, _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletestorage_domain_dynamic(v_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM storage_domain_dynamic > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromstorage_domain_dynamic() RETURNS SETOF storage_domain_dynamic STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domain_dynamic; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domain_dynamicByid(v_id UUID) >RETURNS SETOF storage_domain_dynamic STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domain_dynamic > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertstorage_pool_iso_map(v_storage_id UUID, > v_storage_pool_id UUID, > v_status INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO storage_pool_iso_map(storage_id, storage_pool_id, status) > VALUES(v_storage_id, v_storage_pool_id, v_status); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletestorage_pool_iso_map(v_storage_id UUID, > v_storage_pool_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM storage_pool_iso_map > WHERE storage_id = v_storage_id AND storage_pool_id = v_storage_pool_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromstorage_pool_iso_map() RETURNS SETOF storage_pool_iso_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_pool_iso_map; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_pool_iso_mapBystorage_idAndBystorage_pool_id(v_storage_id UUID,v_storage_pool_id UUID) RETURNS SETOF storage_pool_iso_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_pool_iso_map > WHERE storage_id = v_storage_id AND storage_pool_id = v_storage_pool_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_pool_iso_mapsBystorage_id(v_storage_id UUID) >RETURNS SETOF storage_pool_iso_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_pool_iso_map > WHERE storage_id = v_storage_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_pool_iso_mapsByBystorage_pool_id(v_storage_id UUID, > v_storage_pool_id UUID) RETURNS SETOF storage_pool_iso_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_pool_iso_map > WHERE storage_pool_id = v_storage_pool_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatestorage_pool_iso_map_status(v_storage_id UUID, > v_storage_pool_id UUID, > v_status INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE storage_pool_iso_map > SET status = v_status > WHERE storage_pool_id = v_storage_pool_id AND storage_id = v_storage_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertstorage_server_connections(v_connection VARCHAR(250), > v_id VARCHAR(50), > v_iqn VARCHAR(128) , > v_port VARCHAR(50) , > v_portal VARCHAR(50) , > v_password text, > v_storage_type INTEGER, > v_user_name VARCHAR(50), > v_mount_options VARCHAR(500), > v_vfs_type VARCHAR(128), > v_nfs_version VARCHAR(4), > v_nfs_timeo smallint, > v_nfs_retrans smallint) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO storage_server_connections(connection, id, iqn, port,portal, > password, storage_type, user_name,mount_options,vfs_type,nfs_version,nfs_timeo,nfs_retrans) > VALUES(v_connection, v_id, v_iqn,v_port,v_portal, v_password, v_storage_type, v_user_name,v_mount_options,v_vfs_type,v_nfs_version,v_nfs_timeo,v_nfs_retrans); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatestorage_server_connections(v_connection VARCHAR(250), > v_id VARCHAR(50), > v_iqn VARCHAR(128) , > v_password text, > v_storage_type INTEGER, > v_port VARCHAR(50) , > v_portal VARCHAR(50) , > v_user_name VARCHAR(50), > v_mount_options VARCHAR(500), > v_vfs_type VARCHAR(128), > v_nfs_version VARCHAR(4), > v_nfs_timeo smallint, > v_nfs_retrans smallint) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE storage_server_connections > SET connection = v_connection,iqn = v_iqn,password = v_password,port = v_port, > portal = v_portal,storage_type = v_storage_type,user_name = v_user_name,mount_options = v_mount_options, vfs_type = v_vfs_type, nfs_version = v_nfs_version, nfs_timeo = v_nfs_timeo, nfs_retrans = v_nfs_retrans > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletestorage_server_connections(v_id VARCHAR(50)) >RETURNS VOID > AS $procedure$ > DECLARE > v_val VARCHAR(50); >BEGIN > > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select id INTO v_val FROM storage_server_connections WHERE id = v_id FOR UPDATE; > > DELETE FROM storage_server_connections > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_server_connectionsByid(v_id VARCHAR(50)) >RETURNS SETOF storage_server_connections STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_server_connections > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_server_connectionsByConnection(v_connection VARCHAR(250)) >RETURNS SETOF storage_server_connections STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_server_connections > WHERE connection = v_connection; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_server_connectionsByIqn(v_iqn VARCHAR(128)) >RETURNS SETOF storage_server_connections STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_server_connections > WHERE iqn = v_iqn; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_server_connectionsByIqnAndConnection(v_iqn VARCHAR(128) , > v_connection VARCHAR(250)) RETURNS SETOF storage_server_connections STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_server_connections > WHERE iqn = v_iqn and (connection = v_connection or connection is NULL); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_server_connectionsByKey(v_iqn VARCHAR(128) , > v_connection VARCHAR(250), > v_port VARCHAR(50) , > v_portal VARCHAR(50) , > v_username VARCHAR(50) , > v_password VARCHAR(50)) RETURNS SETOF storage_server_connections STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_server_connections > WHERE (iqn = v_iqn or iqn is NULL) and > (connection = v_connection) and > (port = v_port or port is NULL) and > (portal = v_portal or portal is NULL) and > (user_name = v_username or user_name is NULL) and > (password = v_password or password is NULL); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_server_connectionsByStorageType(v_storage_type INTEGER) >RETURNS SETOF storage_server_connections STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_server_connections > WHERE storage_type = v_storage_type; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllstorage_server_connections() >RETURNS SETOF storage_server_connections STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_server_connections; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_server_connectionsByVolumeGroupId(v_volume_group_id VARCHAR(50)) RETURNS SETOF storage_server_connections STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT storage_server_connections.* > FROM > LUN_storage_server_connection_map LUN_storage_server_connection_map > INNER JOIN > LUNs ON LUN_storage_server_connection_map.LUN_id = LUNs.LUN_id INNER JOIN > storage_domain_static ON LUNs.volume_group_id = storage_domain_static.storage INNER JOIN > storage_server_connections ON > LUN_storage_server_connection_map.storage_server_connection = storage_server_connections.id > WHERE (storage_domain_static.storage = v_volume_group_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllConnectableStorageSeverConnection(v_storage_pool_id UUID) >RETURNS SETOF storage_server_connections STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT distinct storage_server_connections.* > FROM > LUN_storage_server_connection_map LUN_storage_server_connection_map > INNER JOIN LUNs ON LUN_storage_server_connection_map.LUN_id = LUNs.LUN_id > INNER JOIN storage_domains ON LUNs.volume_group_id = storage_domains.storage > INNER JOIN storage_server_connections ON LUN_storage_server_connection_map.storage_server_connection = storage_server_connections.id > WHERE (storage_domains.storage_pool_id = v_storage_pool_id and storage_domains.status in(0,3,4)) > UNION > SELECT distinct storage_server_connections.* > FROM storage_server_connections > INNER JOIN storage_domains ON storage_server_connections.id = storage_domains.storage > WHERE (storage_domains.storage_pool_id = v_storage_pool_id and storage_domains.status in(0,3,4)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetNFSstorage_server_connectionsByStoragePoolId(v_storage_pool_id UUID) >RETURNS SETOF storage_server_connections STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT distinct storage_server_connections.* > FROM storage_server_connections storage_server_connections > INNER JOIN > storage_domain_static_view ON > storage_server_connections.id = storage_domain_static_view.storage > WHERE (storage_domain_static_view.storage_pool_id = v_storage_pool_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_server_connectionsByLunId(v_lunId VARCHAR(50)) >RETURNS SETOF storage_server_connections STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT storage_server_connections.* > FROM storage_server_connections storage_server_connections > INNER JOIN lun_storage_server_connection_map ON > lun_storage_server_connection_map.storage_server_connection = storage_server_connections.id > WHERE (lun_storage_server_connection_map.lun_id = v_lunId); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertLUN_storage_server_connection_map(v_LUN_id VARCHAR(50), > v_storage_server_connection VARCHAR(50)) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO LUN_storage_server_connection_map(LUN_id, storage_server_connection) > VALUES(v_LUN_id, v_storage_server_connection); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateLUN_storage_server_connection_map(v_LUN_id VARCHAR(50), > v_storage_server_connection VARCHAR(50)) >RETURNS VOID > > AS $procedure$ >BEGIN >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteLUN_storage_server_connection_map(v_LUN_id VARCHAR(50), > v_storage_server_connection VARCHAR(50)) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM LUN_storage_server_connection_map > WHERE LUN_id = v_LUN_id AND storage_server_connection = v_storage_server_connection; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromLUN_storage_server_connection_map() >RETURNS SETOF LUN_storage_server_connection_map STABLE > AS $procedure$ >BEGIN > > RETURN QUERY SELECT * > FROM LUN_storage_server_connection_map lUN_storage_server_connection_map; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetLUN_storage_server_connection_mapByLUNBystorage_server_conn(v_LUN_id VARCHAR(50),v_storage_server_connection VARCHAR(50)) RETURNS SETOF LUN_storage_server_connection_map STABLE > AS $procedure$ >BEGIN > > RETURN QUERY SELECT * > FROM LUN_storage_server_connection_map lUN_storage_server_connection_map > WHERE LUN_id = v_LUN_id AND storage_server_connection = v_storage_server_connection; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertstorage_pool(v_description VARCHAR(4000), > v_free_text_comment text, > v_id UUID, > v_name VARCHAR(40), > v_storage_pool_type INTEGER, > v_status INTEGER, > v_master_domain_version INTEGER, > v_spm_vds_id UUID , > v_compatibility_version VARCHAR(40), > v_quota_enforcement_type INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO storage_pool(description, free_text_comment, id, name, storage_pool_type,status,master_domain_version,spm_vds_id,compatibility_version,quota_enforcement_type) > VALUES(v_description, v_free_text_comment, v_id, v_name, v_storage_pool_type,v_status,v_master_domain_version,v_spm_vds_id,v_compatibility_version,v_quota_enforcement_type); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatestorage_pool(v_description VARCHAR(4000), > v_free_text_comment text, > v_id UUID, > v_name VARCHAR(40), > v_storage_pool_type INTEGER, > v_status INTEGER, > v_storage_pool_format_type VARCHAR(50), > v_master_domain_version INTEGER, > v_spm_vds_id UUID , > v_compatibility_version VARCHAR(40), > v_quota_enforcement_type INTEGER) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE storage_pool > SET description = v_description, free_text_comment = v_free_text_comment, name = v_name,storage_pool_type = v_storage_pool_type, > status = v_status,storage_pool_format_type = v_storage_pool_format_type,master_domain_version = v_master_domain_version, > spm_vds_id = v_spm_vds_id,compatibility_version = v_compatibility_version, > _update_date = LOCALTIMESTAMP,quota_enforcement_type=v_quota_enforcement_type > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatestorage_pool_partial(v_description VARCHAR(4000), > v_free_text_comment text, > v_id UUID, > v_name VARCHAR(40), > v_storage_pool_type INTEGER, > v_storage_pool_format_type VARCHAR(50), > v_compatibility_version VARCHAR(40), > v_quota_enforcement_type INTEGER) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE storage_pool > SET description = v_description, free_text_comment = v_free_text_comment, name = v_name,storage_pool_type = v_storage_pool_type, > storage_pool_format_type = v_storage_pool_format_type,compatibility_version = v_compatibility_version, > _update_date = LOCALTIMESTAMP,quota_enforcement_type = v_quota_enforcement_type > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatestorage_pool_status( > v_id UUID, > v_status INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE storage_pool > SET > status = v_status, > _update_date = LOCALTIMESTAMP > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION IncreaseStoragePoolMasterVersion( > v_id UUID) >RETURNS INTEGER > AS $procedure$ >DECLARE v_master_domain_version INTEGER; >BEGIN > UPDATE storage_pool > SET > master_domain_version = master_domain_version + 1 > WHERE id = v_id > RETURNING master_domain_version into v_master_domain_version; > > RETURN v_master_domain_version; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletestorage_pool(v_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > select vm_guid INTO v_val FROM vm_static where vm_guid in (select vm_guid from vms where storage_pool_id = v_id) FOR UPDATE; > DELETE > FROM snapshots > WHERE vm_id IN ( > SELECT vm_guid > FROM vms > WHERE storage_pool_id = v_id); > delete FROM vm_static where vm_guid in (select vm_guid from vms where storage_pool_id = v_id); > > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select id INTO v_val FROM storage_pool WHERE id = v_id FOR UPDATE; > > DELETE FROM storage_pool > WHERE id = v_id; > > -- delete StoragePool permissions -- > DELETE FROM permissions where object_id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromstorage_pool(v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF storage_pool STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_pool > WHERE (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_storage_pool_permissions_view > WHERE user_id = v_user_id AND entity_id = id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllByStatus(v_status INTEGER) RETURNS SETOF storage_pool STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_pool > WHERE status = v_status; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_poolByid(v_id UUID, v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF storage_pool STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_pool > WHERE id = v_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_storage_pool_permissions_view > WHERE user_id = v_user_id AND entity_id = v_id)); > > > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_poolByName(v_name VARCHAR(40), v_is_case_sensitive BOOLEAN) >RETURNS SETOF storage_pool STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_pool > WHERE name = v_name OR (NOT v_is_case_sensitive AND name ilike v_name); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_poolsByType(v_storage_pool_type INTEGER) >RETURNS SETOF storage_pool STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_pool > WHERE storage_pool_type = v_storage_pool_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_poolsByStorageDomainId(v_storage_domain_id UUID) >RETURNS SETOF storage_pool STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT storage_pool.* > FROM storage_pool > inner join storage_pool_iso_map on storage_pool.id = storage_pool_iso_map.storage_pool_id > WHERE storage_pool_iso_map.storage_id = v_storage_domain_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_poolsByVdsId(v_vdsId UUID) >RETURNS SETOF storage_pool STABLE > AS $procedure$ > DECLARE > v_clusterId UUID; >BEGIN >select vds_group_id INTO v_clusterId FROM Vds_static WHERE vds_id = v_vdsId; > RETURN QUERY SELECT * > FROM storage_pool > WHERE storage_pool.id in(select storage_pool_id > FROM vds_groups > WHERE vds_group_id = v_clusterId); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_poolsByVdsGroupId(v_clusterId UUID) >RETURNS SETOF storage_pool STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_pool > WHERE storage_pool.id in(select storage_pool_id > FROM vds_groups > WHERE vds_group_id = v_clusterId); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertstorage_domain_static(v_id UUID, > v_storage VARCHAR(250), > v_storage_name VARCHAR(250), > v_storage_description VARCHAR(4000), > v_storage_comment text, > v_storage_type INTEGER, > v_storage_domain_type INTEGER, > v_storage_domain_format_type VARCHAR(50), > v_last_time_used_as_master BIGINT) >RETURNS VOID > AS $procedure$ > BEGIN >INSERT INTO storage_domain_static(id, storage,storage_name, storage_description, storage_comment, storage_type, storage_domain_type, storage_domain_format_type, last_time_used_as_master) > VALUES(v_id, v_storage, v_storage_name, v_storage_description, v_storage_comment, v_storage_type, v_storage_domain_type, v_storage_domain_format_type, v_last_time_used_as_master); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domains_List_By_ImageId(v_image_id UUID) RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains > WHERE id in (SELECT storage_domain_id > FROM image_storage_domain_map > WHERE image_id = v_image_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatestorage_domain_static(v_id UUID, > v_storage VARCHAR(250), > v_storage_name VARCHAR(250), > v_storage_description VARCHAR(4000), > v_storage_comment text, > v_storage_type INTEGER, > v_storage_domain_type INTEGER, > v_storage_domain_format_type INTEGER, > v_last_time_used_as_master BIGINT) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE storage_domain_static > SET storage = v_storage, storage_name = v_storage_name, storage_type = v_storage_type, > storage_domain_type = v_storage_domain_type, _update_date = LOCALTIMESTAMP, > storage_domain_format_type = v_storage_domain_format_type, > last_time_used_as_master = v_last_time_used_as_master, > storage_description = v_storage_description, storage_comment = v_storage_comment > WHERE id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletestorage_domain_static(v_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select id INTO v_val FROM storage_domain_static WHERE id = v_id FOR UPDATE; > > DELETE FROM storage_domain_static > WHERE id = v_id; > > -- delete Storage permissions -- > DELETE FROM permissions where object_id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromstorage_domain_static() RETURNS SETOF storage_domain_static STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domain_static; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domain_staticByid(v_id UUID) >RETURNS SETOF storage_domain_static STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domain_static > WHERE id = v_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domain_staticByName(v_name VARCHAR(250)) >RETURNS SETOF storage_domain_static STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domain_static > WHERE storage_name = v_name; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domain_staticBystorage_pool_id(v_storage_pool_id UUID) >RETURNS SETOF storage_domain_static_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domain_static_view > WHERE storage_pool_id = v_storage_pool_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS GetStorageDomainIdsByStoragePoolIdAndStatus_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE GetStorageDomainIdsByStoragePoolIdAndStatus_rs AS (storage_id UUID); >************************** > >CREATE TYPE >********* QUERY ********** >Create or replace FUNCTION GetStorageDomainIdsByStoragePoolIdAndStatus(v_storage_pool_id UUID, v_status INTEGER) >RETURNS SETOF GetStorageDomainIdsByStoragePoolIdAndStatus_rs STABLE > AS $procedure$ >BEGIN > RETURN QUERY > SELECT storage_id > FROM storage_pool_iso_map > WHERE storage_pool_id = v_storage_pool_id > AND status = v_status; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domains_By_id(v_id UUID, v_user_id UUID, v_is_filtered BOOLEAN) >RETURNS SETOF storage_domains_without_storage_pools STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains_without_storage_pools > WHERE id = v_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_storage_domain_permissions_view > WHERE user_id = v_user_id AND entity_id = v_id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domains_by_storage_pool_id_with_permitted_action (v_user_id UUID, v_action_group_id integer, v_storage_pool_id UUID) >RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains > WHERE storage_pool_id = v_storage_pool_id > AND (SELECT get_entity_permissions(v_user_id, v_action_group_id, id, 11)) IS NOT NULL; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domains_By_id_and_by_storage_pool_id(v_id UUID, > v_storage_pool_id UUID ) RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains > WHERE id = v_id and storage_pool_id = v_storage_pool_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domains_By_storagePoolId(v_storage_pool_id UUID, v_user_id UUID, v_is_filtered BOOLEAN) >RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains > WHERE storage_pool_id = v_storage_pool_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_storage_domain_permissions_view > WHERE user_id = v_user_id AND entity_id = id)); > > > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domain_by_type_and_storagePoolId(v_storage_domain_type INTEGER, v_storage_pool_id UUID) >RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains > WHERE storage_pool_id = v_storage_pool_id > AND storage_domain_type = v_storage_domain_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domains_By_connection(v_connection CHARACTER VARYING) >RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains > WHERE storage IN ( > SELECT id > FROM storage_server_connections > WHERE connection = v_connection); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromStorageDomainsByConnectionId(v_connection_id CHARACTER VARYING) >RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains > WHERE storage = v_connection_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromstorage_domains(v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains > WHERE (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_storage_domain_permissions_view > WHERE user_id = v_user_id AND entity_id = id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domain_staticBystorage_pool_type(v_storage_pool_type INTEGER) >RETURNS SETOF storage_domain_static STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domain_static > WHERE storage_type = v_storage_pool_type; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domain_staticBystorage_type_and_storage_pool_id(v_storage_type INTEGER, v_storage_pool_id UUID) RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains > WHERE storage_pool_id = v_storage_pool_id and storage_type = v_storage_type; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Force_Delete_storage_domain(v_storage_domain_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > BEGIN > -- Creating a temporary table which will give all the images and the disks which resids on only the specified storage domain. (copied template disks on multiple storage domains will not be part of this table) > CREATE GLOBAL TEMPORARY TABLE STORAGE_DOMAIN_MAP_TABLE AS select image_guid as image_id,disk_id > from images_storage_domain_view where storage_id = v_storage_domain_id > except select image_guid as image_id, disk_id from images_storage_domain_view where storage_id != v_storage_domain_id; > exception when others then > truncate table STORAGE_DOMAIN_MAP_TABLE; > insert into STORAGE_DOMAIN_MAP_TABLE select image_guid as image_id,disk_id > from images_storage_domain_view where storage_id = v_storage_domain_id > except select image_guid as image_id, disk_id from images_storage_domain_view where storage_id != v_storage_domain_id; > END; > > BEGIN > -- Templates with any images residing on only the specified storage domain > CREATE GLOBAL TEMPORARY TABLE TEMPLATES_IDS_TEMPORARY_TABLE AS select vm_device.vm_id as vm_guid > from images_storage_domain_view > JOIN vm_device ON vm_device.device_id = images_storage_domain_view.disk_id > JOIN STORAGE_DOMAIN_MAP_TABLE ON STORAGE_DOMAIN_MAP_TABLE.image_id = images_storage_domain_view.image_guid > where entity_type = 'TEMPLATE' and storage_id = v_storage_domain_id; > exception when others then > truncate table TEMPLATES_IDS_TEMPORARY_TABLE; > insert into TEMPLATES_IDS_TEMPORARY_TABLE select vm_device.vm_id as vm_guid > from images_storage_domain_view > JOIN vm_device ON vm_device.device_id = images_storage_domain_view.disk_id > JOIN STORAGE_DOMAIN_MAP_TABLE ON STORAGE_DOMAIN_MAP_TABLE.image_id = images_storage_domain_view.image_guid > where entity_type = 'TEMPLATE' and storage_id = v_storage_domain_id; > END; > > BEGIN > -- Vms which resides on the storage domain > CREATE GLOBAL TEMPORARY TABLE VM_IDS_TEMPORARY_TABLE AS select vm_id,vm_images_view.entity_type as entity_type from vm_images_view > JOIN vm_device ON vm_device.device_id = vm_images_view.disk_id > WHERE v_storage_domain_id in (SELECT * FROM fnsplitteruuid(storage_id)); > exception when others then > truncate table VM_IDS_TEMPORARY_TABLE; > insert into VM_IDS_TEMPORARY_TABLE select vm_id,vm_images_view.entity_type as entity_type from vm_images_view > JOIN vm_device ON vm_device.device_id = vm_images_view.disk_id > WHERE v_storage_domain_id in (SELECT * FROM fnsplitteruuid(storage_id)); > END; > > delete FROM permissions where object_id in (select vm_id as vm_guid from VM_IDS_TEMPORARY_TABLE where entity_type <> 'TEMPLATE'); > delete FROM snapshots WHERE vm_id in (select vm_id as vm_guid from VM_IDS_TEMPORARY_TABLE); > > delete FROM image_storage_domain_map where storage_domain_id = v_storage_domain_id; > delete FROM images where image_guid in (select image_id from STORAGE_DOMAIN_MAP_TABLE); > delete FROM vm_interface where vmt_guid in(select vm_guid from TEMPLATES_IDS_TEMPORARY_TABLE); > delete FROM permissions where object_id in (select vm_guid from TEMPLATES_IDS_TEMPORARY_TABLE); > delete FROM permissions where object_id = v_storage_domain_id; > delete FROM vm_static where vm_guid in(select vm_id as vm_guid from VM_IDS_TEMPORARY_TABLE where entity_type <> 'TEMPLATE'); > > -- Delete pools and snapshots of pools based on templates from the storage domain to be removed > delete FROM snapshots where vm_id in (select vm_guid FROM vm_static where vmt_guid in (select vm_guid from TEMPLATES_IDS_TEMPORARY_TABLE)); > delete FROM vm_static where vmt_guid in (select vm_guid from TEMPLATES_IDS_TEMPORARY_TABLE); > > delete FROM vm_static where vm_guid in(select vm_guid from TEMPLATES_IDS_TEMPORARY_TABLE); > delete FROM storage_domain_dynamic where id = v_storage_domain_id; > delete FROM storage_domain_static where id = v_storage_domain_id; > > -- Deletes the disks which the only storage domain they are reside on, is the storage domain. > DELETE FROM base_disks WHERE disk_id IN (SELECT disk_id FROM STORAGE_DOMAIN_MAP_TABLE); > > -- Deletes the disks's permissions which the only storage domain they are reside on, is the storage domain. > DELETE FROM permissions WHERE object_id IN (SELECT disk_id FROM STORAGE_DOMAIN_MAP_TABLE); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domains_List_By_storageDomainId(v_storage_domain_id UUID) >RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains > WHERE storage_domains.id = v_storage_domain_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_perms_get_storage_pools_with_permitted_action_on_vds_groups(v_user_id UUID, v_action_group_id integer, v_supports_virt_service boolean, v_supports_gluster_service boolean) RETURNS SETOF storage_pool STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT sp.* > FROM storage_pool sp > WHERE sp.id in > (SELECT vg.storage_pool_id > FROM vds_groups vg > WHERE (SELECT get_entity_permissions(v_user_id, v_action_group_id, vg.vds_group_id, 9)) IS NOT NULL > AND ((v_supports_virt_service = TRUE AND vg.virt_service = TRUE) OR (v_supports_gluster_service = TRUE AND vg.gluster_service = TRUE)) > ); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getstorage_domains_By_storage_pool_id_and_connection(v_storage_pool_id UUID, v_connection CHARACTER VARYING) >RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM storage_domains > WHERE storage_pool_id = v_storage_pool_id > AND storage IN ( > SELECT id > FROM storage_server_connections > WHERE connection = v_connection); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetFailingStorage_domains() >RETURNS SETOF storage_domains STABLE > AS $procedure$ >BEGIN > RETURN QUERY > SELECT * FROM storage_domains WHERE recoverable AND status = 4; --inactive >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetFailingVdss() >RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN > RETURN QUERY > SELECT * FROM vds WHERE recoverable AND status = 10; --non operational >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION GetStoragePoolsByClusterService( > v_supports_virt_service BOOLEAN, > v_supports_gluster_service BOOLEAN) RETURNS SETOF storage_pool STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT sp.* FROM storage_pool SP > WHERE EXISTS (SELECT 1 FROM vds_groups vg > WHERE ((v_supports_virt_service = TRUE AND vg.virt_service = TRUE) OR > (v_supports_gluster_service = TRUE AND vg.gluster_service = TRUE)) AND vg.storage_pool_id = sp.id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION GetStorageServerConnectionsForDomain(v_storage_domain_id UUID) > RETURNS SETOF storage_server_connections STABLE > AS $procedure$ > BEGIN >RETURN QUERY SELECT * >FROM storage_server_connections >WHERE EXISTS ( SELECT 1 > FROM storage_domain_static > WHERE storage_domain_static.id = v_storage_domain_id > AND storage_domain_static.storage_type in (1,4,6) -- file storage domains - nfs,posix,local > AND storage_server_connections.id = storage_domain_static.storage > UNION ALL > SELECT 1 > FROM storage_domain_static > JOIN luns ON storage_domain_static.storage = luns.volume_group_id > JOIN lun_storage_server_connection_map ON luns.lun_id = lun_storage_server_connection_map.lun_id > AND storage_server_connections.id = lun_storage_server_connection_map.storage_server_connection > WHERE storage_domain_static.id = v_storage_domain_id > AND storage_domain_static.storage_type = 3 -- storage type = iscsi > ); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION GetDcIdByExternalNetworkId(v_external_id text) >RETURNS SETOF UUID STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT storage_pool_id > FROM network > WHERE provider_network_external_id = v_external_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS Getsystem_statistics_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE Getsystem_statistics_rs AS (val INTEGER); >************************** > >CREATE TYPE >********* QUERY ********** >Create or replace FUNCTION Getsystem_statistics(v_entity VARCHAR(10), >v_status VARCHAR(20)) >RETURNS Getsystem_statistics_rs STABLE > AS $procedure$ > DECLARE > v_i Getsystem_statistics_rs; > v_sql VARCHAR(4000); > v_sys_entity VARCHAR(10); >BEGIN > v_sys_entity := v_entity; > v_sql := NULL; > > v_sys_entity := upper(v_sys_entity); > if (v_sys_entity = 'VM') then > v_sql := 'select count(vm_guid) from vm_dynamic'; > else > if (v_sys_entity = 'HOST') then > v_sql := 'select count(vds_id) from vds_dynamic'; > else > if (v_sys_entity = 'USER') then > v_sql := 'select count(user_id) from users'; > else > if (v_sys_entity = 'TSD') then > v_sql := 'select count(id) from storage_domain_static'; > else > if (v_sys_entity = 'ASD') then > v_sql := 'select count(storage_id) from storage_pool_iso_map'; > end if; > end if; > end if; > end if; > end if; > > if (v_status != '' and v_sys_entity != 'TSD') then > v_sql := coalesce(v_sql,'') || ' where status in (' || coalesce(v_status,'') || ')'; > end if; > EXECUTE v_sql INTO v_i; > RETURN v_i; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Inserttags(v_description VARCHAR(4000) , > v_tag_id UUID , > v_tag_name VARCHAR(50), > v_parent_id UUID, > v_readonly BOOLEAN , > v_type INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > INSERT INTO tags(tag_id,description, tag_name,parent_id,readonly,type) > VALUES(v_tag_id,v_description, v_tag_name,v_parent_id,v_readonly,v_type); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatetags(v_description VARCHAR(4000) , > v_tag_id UUID, > v_tag_name VARCHAR(50), > v_parent_id UUID, > v_readonly BOOLEAN , > v_type INTEGER) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE tags > SET description = v_description,tag_name = v_tag_name,parent_id = v_parent_id, > readonly = v_readonly,type = v_type,_update_date = LOCALTIMESTAMP > WHERE tag_id = v_tag_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletetags(v_tag_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select tag_id INTO v_val FROM tags WHERE tag_id = v_tag_id FOR UPDATE; > DELETE FROM tags_user_group_map > WHERE tag_id = v_tag_id; > DELETE FROM tags_user_map > WHERE tag_id = v_tag_id; > DELETE FROM tags_vm_map > WHERE tag_id = v_tag_id; > DELETE FROM tags_vds_map > WHERE tag_id = v_tag_id; > DELETE FROM tags_vm_pool_map > WHERE tag_id = v_tag_id; > DELETE FROM tags > WHERE tag_id = v_tag_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromtags() RETURNS SETOF tags STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags.* > FROM tags; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GettagsBytag_id(v_tag_id UUID) RETURNS SETOF tags STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags.* > FROM tags > WHERE tag_id = v_tag_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GettagsByparent_id(v_parent_id UUID) RETURNS SETOF tags STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags.* > FROM tags > WHERE parent_id = v_parent_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GettagsBytag_name(v_tag_name VARCHAR(50)) RETURNS SETOF tags STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags.* > FROM tags > WHERE tag_name = v_tag_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Inserttags_user_group_map(v_group_id UUID, > v_tag_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO tags_user_group_map(group_id, tag_id) > VALUES(v_group_id, v_tag_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletetags_user_group_map(v_group_id UUID, > v_tag_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM tags_user_group_map > WHERE group_id = v_group_id AND tag_id = v_tag_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromtags_user_group_map() RETURNS SETOF tags_user_group_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags_user_group_map.* > FROM tags_user_group_map; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetTagUserGroupByGroupIdAndByTagId(v_group_id UUID, > v_tag_id UUID) RETURNS SETOF tags_user_group_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags_user_group_map.* > FROM tags_user_group_map > WHERE group_id = v_group_id AND tag_id = v_tag_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetTagsByUserGroupId(v_group_ids VARCHAR(4000)) RETURNS SETOF tags_user_group_map_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT tags_user_group_map_view.* > FROM tags_user_group_map_view > WHERE group_id in(select * from fnSplitterUuid(v_group_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetUserGroupTagsByTagIds(v_tag_ids VARCHAR(4000)) RETURNS SETOF tags_user_group_map_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT tags_user_group_map_view.* > FROM tags_user_group_map_view > WHERE tag_id in(select * from fnSplitterUuid(v_tag_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Inserttags_user_map(v_tag_id UUID, > v_user_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO tags_user_map(tag_id, user_id) > VALUES(v_tag_id, v_user_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletetags_user_map(v_tag_id UUID, > v_user_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM tags_user_map > WHERE tag_id = v_tag_id AND user_id = v_user_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromtags_user_map() RETURNS SETOF tags_user_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags_user_map.* > FROM tags_user_map; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetTagUserByTagIdAndByuserId(v_tag_id UUID, > v_user_id UUID) RETURNS SETOF tags_user_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags_user_map.* > FROM tags_user_map > WHERE tag_id = v_tag_id AND user_id = v_user_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetTagsByUserId(v_user_ids VARCHAR(4000)) RETURNS SETOF tags_user_map_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT tags_user_map_view.* > FROM tags_user_map_view > WHERE user_id in(select * from fnSplitterUuid(v_user_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetUserTagsByTagIds(v_tag_ids VARCHAR(4000)) RETURNS SETOF tags_user_map_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT tags_user_map_view.* > FROM tags_user_map_view > WHERE tag_id in(select * from fnSplitterUuid(v_tag_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Inserttags_vds_map(v_tag_id UUID, > v_vds_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO tags_vds_map(tag_id, vds_id) > VALUES(v_tag_id, v_vds_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletetags_vds_map(v_tag_id UUID, > v_vds_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM tags_vds_map > WHERE tag_id = v_tag_id AND vds_id = v_vds_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromtags_vds_map() RETURNS SETOF tags_vds_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags_vds_map.* > FROM tags_vds_map; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetTagVdsBytagIdAndByVdsId(v_tag_id UUID, > v_vds_id UUID) RETURNS SETOF tags_vds_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags_vds_map.* > FROM tags_vds_map > WHERE tag_id = v_tag_id AND vds_id = v_vds_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetTagsByVdsId(v_vds_ids VARCHAR(4000)) RETURNS SETOF tags_vds_map_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT tags_vds_map_view.* > FROM tags_vds_map_view > WHERE vds_id in(select * from fnSplitterUuid(v_vds_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsTagsByTagIds(v_tag_ids VARCHAR(4000)) RETURNS SETOF tags_vds_map_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT tags_vds_map_view.* > FROM tags_vds_map_view > WHERE tag_id in(select * from fnSplitterUuid(v_tag_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Inserttags_vm_map(v_tag_id UUID, > v_vm_id UUID, > v_DefaultDisplayType INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO tags_vm_map(tag_id, vm_id, DefaultDisplayType) > VALUES(v_tag_id, v_vm_id, v_DefaultDisplayType); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletetags_vm_map(v_tag_id UUID, > v_vm_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM tags_vm_map > WHERE tag_id = v_tag_id AND vm_id = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromtags_vm_map() RETURNS SETOF tags_vm_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags_vm_map.* > FROM tags_vm_map; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetTagVmByTagIdAndByvmId(v_tag_id UUID, > v_vm_id UUID) RETURNS SETOF tags_vm_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT tags_vm_map.* > FROM tags_vm_map > WHERE tag_id = v_tag_id AND vm_id = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetTagsByVmId(v_vm_ids VARCHAR(4000)) RETURNS SETOF tags_vm_map_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT tags_vm_map_view.* > FROM tags_vm_map_view > WHERE vm_id in(select * from fnSplitterUuid(v_vm_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTagsByTagId(v_tag_ids VARCHAR(4000)) RETURNS SETOF tags_vm_map_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT tags_vm_map_view.* > FROM tags_vm_map_view > WHERE tag_id in(select * from fnSplitterUuid(v_tag_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmTagsDefaultDisplayType(v_tag_id UUID, > v_vm_id UUID, > v_DefaultDisplayType INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > update tags_vm_map > set DefaultDisplayType = v_DefaultDisplayType > where tags_vm_map.tag_id = v_tag_id > and tags_vm_map.vm_id = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetnVmTagsByVmId(v_vm_id UUID) RETURNS SETOF tags_vm_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY select * from tags_vm_map > where tags_vm_map.vm_id = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetnVmTagsByVmIdAndDefaultTag(v_vm_id UUID) RETURNS SETOF tags_vm_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY select tags_vm_map.* from tags_vm_map > inner join tags on tags.tag_id = tags_vm_map.tag_id > where tags_vm_map.vm_id = v_vm_id > and tags.type = 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION RemoveAllVmTagsByVmId(v_vm_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > delete FROM tags_vm_map > where vm_id = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Inserttags_vm_pool_map(v_tag_id UUID, > v_vm_pool_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO tags_vm_pool_map(tag_id, vm_pool_id) > VALUES(v_tag_id, v_vm_pool_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Updatetags_vm_pool_map(v_tag_id INTEGER, > v_vm_pool_id INTEGER) >RETURNS VOID > > AS $procedure$ >BEGIN >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletetags_vm_pool_map(v_tag_id UUID, > v_vm_pool_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM tags_vm_pool_map > WHERE tag_id = v_tag_id AND vm_pool_id = v_vm_pool_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromtags_vm_pool_map() RETURNS SETOF tags_vm_pool_map STABLE > AS $procedure$ >BEGIN > > RETURN QUERY SELECT tags_vm_pool_map.* > FROM tags_vm_pool_map; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Gettags_vm_pool_mapBytag_idAndByvm_pool_id(v_tag_id UUID, > v_vm_pool_id UUID) RETURNS SETOF tags_vm_pool_map STABLE > AS $procedure$ >BEGIN > > RETURN QUERY SELECT tags_vm_pool_map.* > FROM tags_vm_pool_map > WHERE tag_id = v_tag_id AND vm_pool_id = v_vm_pool_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetTagsByVmpoolId(v_vm_pool_ids VARCHAR(4000)) RETURNS SETOF tags_vm_pool_map_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT tags_vm_pool_map_view.* > FROM tags_vm_pool_map_view > WHERE vm_pool_id in(select * from fnSplitterUuid(v_vm_pool_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertUser(v_department VARCHAR(255) , > v_domain VARCHAR(255), > v_email VARCHAR(255) , > v_groups VARCHAR, > v_name VARCHAR(255) , > v_note VARCHAR(255) , > v_role VARCHAR(255) , > v_status INTEGER, > v_surname VARCHAR(255) , > v_user_id UUID, > v_username VARCHAR(255), > v_group_ids VARCHAR(2048), > v_external_id BYTEA) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO users(department, domain, email, groups, name, note, role, status, surname, user_id, username, group_ids, external_id) > VALUES(v_department, v_domain, v_email, v_groups, v_name, v_note, v_role, v_status, v_surname, v_user_id, v_username, v_group_ids, v_external_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateUser(v_department VARCHAR(255) , > v_domain VARCHAR(255), > v_email VARCHAR(255) , > v_groups VARCHAR(4000), > v_name VARCHAR(255) , > v_note VARCHAR(255) , > v_role VARCHAR(255) , > v_status INTEGER, > v_surname VARCHAR(255) , > v_user_id UUID, > v_username VARCHAR(255), > v_last_admin_check_status BOOLEAN, > v_group_ids VARCHAR(2048), > v_external_id BYTEA) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE users > SET department = v_department,domain = v_domain, > email = v_email,groups = v_groups,name = v_name,note = v_note, > role = v_role,status = v_status,surname = v_surname, > username = v_username, > last_admin_check_status = v_last_admin_check_status, > group_ids = v_group_ids, > external_id = v_external_id > WHERE user_id = v_user_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteUser(v_user_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select user_id INTO v_val FROM users WHERE user_id = v_user_id FOR UPDATE; > DELETE FROM tags_user_map > WHERE user_id = v_user_id; > DELETE FROM users > WHERE user_id = v_user_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromUsers(v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF users STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT users.* > FROM users > WHERE (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM users u, user_db_users_permissions_view p > WHERE u.user_id = v_user_id AND u.user_id = p.ad_element_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetUserByUserId(v_user_id UUID) RETURNS SETOF users STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT users.* > FROM users > WHERE user_id = v_user_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetUserByExternalId(v_domain VARCHAR(255), v_external_id BYTEA) RETURNS SETOF users STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT users.* > FROM users > WHERE domain = v_domain AND external_id = v_external_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetUserByUserName(v_username VARCHAR(255)) RETURNS SETOF users STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT users.* > FROM users > WHERE username = v_username; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetUsersByVmGuid(v_vm_guid UUID) RETURNS SETOF users STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT users.* > FROM users > inner join permissions > on users.user_id = permissions.ad_element_id > WHERE permissions.object_type_id = 2 > and permissions.object_id = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateLastAdminCheckStatus(v_userIds VARCHAR(4000)) >RETURNS VOID > AS $procedure$ > DECLARE > v_id UUID; > v_tempId VARCHAR(4000); > myCursor cursor for select id from fnSplitter(v_userIds); > v_result INTEGER; >BEGIN > -- get users and its groups > -- get their permission based on ad_element_id. > -- if one permissions role's type is ADMIN(1) then set the user last_admin_check_status to 1 > OPEN myCursor; > FETCH myCursor into v_tempId; > WHILE FOUND LOOP > v_id := CAST(v_tempId AS UUID); > select count(*) INTO v_result from users where user_id in(select ad_element_id as user_id from permissions,roles > where permissions.role_id = roles.id > and ad_element_id in((select id from ad_groups,users where users.user_id = v_id > and ad_groups.id in(select * from fnsplitteruuid(users.group_ids)) > union > select v_id)) > and (roles.role_type = 1 or permissions.role_id = '00000000-0000-0000-0000-000000000001')); > update users set last_admin_check_status = > case > when v_result = 0 then FALSE > else TRUE > end > where user_id = v_id; > FETCH myCursor into v_tempId; > END LOOP; > CLOSE myCursor; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVdcOption(v_option_name VARCHAR(50), > v_option_value VARCHAR(50), > v_version VARCHAR(40), > INOUT v_option_id INTEGER) > AS $procedure$ >BEGIN >INSERT INTO vdc_options(OPTION_NAME, option_value, version) > VALUES(v_option_name, v_option_value, v_version); > > v_option_id := CURRVAL('vdc_options_seq'); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVdcOption(v_option_name VARCHAR(50), > v_option_value VARCHAR(50), > v_option_id INTEGER, > v_version VARCHAR(40)) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE vdc_options > SET OPTION_NAME = v_option_name,option_value = v_option_value,version = v_version > WHERE option_id = v_option_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVdcOption(v_option_id INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM vdc_options > WHERE option_id = v_option_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVdcOption() RETURNS SETOF vdc_options STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vdc_options.* > FROM vdc_options; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdcOptionById(v_option_id INTEGER) RETURNS SETOF vdc_options STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vdc_options.* > FROM vdc_options > WHERE option_id = v_option_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdcOptionByName(v_option_name VARCHAR(50), > v_version VARCHAR(40)) RETURNS SETOF vdc_options STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vdc_options.* > FROM vdc_options > WHERE OPTION_NAME = v_option_name and version = v_version; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVdsGroups( > v_vds_group_id UUID, > v_description VARCHAR(4000), > v_free_text_comment text, > v_name VARCHAR(40), > v_cpu_name VARCHAR(255), > v_storage_pool_id UUID , > v_max_vds_memory_over_commit INTEGER, > v_count_threads_as_cores BOOLEAN, > v_compatibility_version VARCHAR(40), > v_transparent_hugepages BOOLEAN , > v_migrate_on_error INTEGER, > v_virt_service BOOLEAN, > v_gluster_service BOOLEAN, > v_tunnel_migration BOOLEAN, > v_emulated_machine VARCHAR(40), > v_detect_emulated_machine BOOLEAN, > v_trusted_service BOOLEAN, > v_cluster_policy_id UUID, > v_cluster_policy_custom_properties text, > v_enable_balloon BOOLEAN, > v_architecture INTEGER, > v_optimization_type SMALLINT) >RETURNS VOID > AS $procedure$ >BEGIN > INSERT INTO vds_groups(vds_group_id,description, name, free_text_comment, cpu_name, storage_pool_id, max_vds_memory_over_commit, count_threads_as_cores, compatibility_version, > transparent_hugepages, migrate_on_error, virt_service, gluster_service, tunnel_migration, emulated_machine, detect_emulated_machine, trusted_service, cluster_policy_id, > cluster_policy_custom_properties, enable_balloon, architecture, optimization_type) > VALUES(v_vds_group_id,v_description, v_name, v_free_text_comment, v_cpu_name, v_storage_pool_id, v_max_vds_memory_over_commit, v_count_threads_as_cores, v_compatibility_version, > v_transparent_hugepages, v_migrate_on_error, v_virt_service, v_gluster_service, v_tunnel_migration, v_emulated_machine, v_detect_emulated_machine, v_trusted_service, v_cluster_policy_id, v_cluster_policy_custom_properties, v_enable_balloon, > v_architecture, v_optimization_type); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVdsGroup(v_description VARCHAR(4000) , > v_free_text_comment text, > v_name VARCHAR(40), > v_vds_group_id UUID, > v_cpu_name VARCHAR(255) , > v_storage_pool_id UUID , > v_max_vds_memory_over_commit INTEGER, > v_count_threads_as_cores BOOLEAN, > v_compatibility_version VARCHAR(40), > v_transparent_hugepages BOOLEAN , > v_migrate_on_error INTEGER, > v_virt_service BOOLEAN, > v_gluster_service BOOLEAN, > v_tunnel_migration BOOLEAN, > v_emulated_machine VARCHAR(40), > v_detect_emulated_machine BOOLEAN, > v_trusted_service BOOLEAN, > v_cluster_policy_id UUID, > v_cluster_policy_custom_properties text, > v_enable_balloon BOOLEAN, > v_architecture INTEGER, > v_optimization_type SMALLINT) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE vds_groups > SET description = v_description, free_text_comment = v_free_text_comment, name = v_name,cpu_name = v_cpu_name, > storage_pool_id = v_storage_pool_id,_update_date = LOCALTIMESTAMP, > max_vds_memory_over_commit = v_max_vds_memory_over_commit, > count_threads_as_cores = v_count_threads_as_cores, > compatibility_version = v_compatibility_version,transparent_hugepages = v_transparent_hugepages, > migrate_on_error = v_migrate_on_error, > virt_service = v_virt_service, gluster_service = v_gluster_service, tunnel_migration = v_tunnel_migration, > emulated_machine = v_emulated_machine, detect_emulated_machine = v_detect_emulated_machine, trusted_service = v_trusted_service, cluster_policy_id = v_cluster_policy_id, > cluster_policy_custom_properties = v_cluster_policy_custom_properties, enable_balloon = v_enable_balloon, architecture = v_architecture, > optimization_type = v_optimization_type > WHERE vds_group_id = v_vds_group_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVdsGroup(v_vds_group_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select vds_group_id INTO v_val FROM vds_groups WHERE vds_group_id = v_vds_group_id FOR UPDATE; > DELETE FROM vds_groups > WHERE vds_group_id = v_vds_group_id; > -- delete VDS group permissions -- > DELETE FROM permissions where object_id = v_vds_group_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVdsGroups(v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF vds_groups_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds_groups_view.* > FROM vds_groups_view > WHERE (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vds_groups_permissions_view > WHERE user_id = v_user_id and entity_id = vds_group_id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsGroupByVdsGroupId(v_vds_group_id UUID, v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF vds_groups_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds_groups_view.* > FROM vds_groups_view > WHERE vds_group_id = v_vds_group_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vds_groups_permissions_view > WHERE user_id = v_user_id AND entity_id = v_vds_group_id)); > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsGroupByVdsGroupName(v_vds_group_name VARCHAR(40), v_is_case_sensitive BOOLEAN) RETURNS SETOF vds_groups_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds_groups_view.* > FROM vds_groups_view > WHERE name = v_vds_group_name OR (NOT v_is_case_sensitive AND name ilike v_vds_group_name); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsGroupForUserByVdsGroupName(v_vds_group_name VARCHAR(40), v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF vds_groups_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds_groups_view.* > FROM vds_groups_view > WHERE name = v_vds_group_name > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vds_groups_permissions_view > WHERE user_id = v_user_id AND entity_id = vds_group_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsGroupsByStoragePoolId(v_storage_pool_id UUID, v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF vds_groups_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds_groups_view.* > FROM vds_groups_view > WHERE storage_pool_id = v_storage_pool_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vds_groups_permissions_view > WHERE user_id = v_user_id AND entity_id = vds_group_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsGroupWithRunningVms(v_vds_group_id UUID) RETURNS SETOF vds_groups_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds_groups_view.* > FROM vds_groups_view > WHERE vds_group_id = v_vds_group_id and vds_group_id in(select vds_group_id from vms where vms.status NOT IN(0,13,14)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_perms_get_vds_groups_with_permitted_action(v_user_id UUID, v_action_group_id integer) RETURNS SETOF vds_groups_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds_groups_view.* > FROM vds_groups_view > WHERE (SELECT 1 from get_entity_permissions(v_user_id, v_action_group_id, vds_groups_view.vds_group_id, 9)) IS NOT NULL; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVdsGroupEmulatedMachine(v_vds_group_id UUID, v_emulated_machine varchar(40), v_detect_emulated_machine BOOLEAN) RETURNS VOID > AS $procedure$ >BEGIN > UPDATE vds_groups > SET emulated_machine = v_emulated_machine, detect_emulated_machine = v_detect_emulated_machine > WHERE vds_group_id = v_vds_group_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetTrustedVdsGroups() RETURNS SETOF vds_groups_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds_groups_view.* > FROM vds_groups_view > WHERE trusted_service; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsGroupsByClusterPolicyId(v_cluster_policy_id UUID) RETURNS SETOF vds_groups_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds_groups_view.* > FROM vds_groups_view > WHERE cluster_policy_id = v_cluster_policy_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVdsStatistics(v_cpu_idle DECIMAL(18,0) , > v_cpu_load DECIMAL(18,0) , > v_cpu_sys DECIMAL(18,0) , > v_cpu_user DECIMAL(18,0) , > v_usage_cpu_percent INTEGER , > v_usage_mem_percent INTEGER , > v_usage_network_percent INTEGER , > v_vds_id UUID, > v_mem_available BIGINT , > v_mem_free BIGINT, > v_mem_shared BIGINT , > v_swap_free BIGINT , > v_swap_total BIGINT , > v_ksm_cpu_percent INTEGER , > v_ksm_pages BIGINT , > v_ksm_state BOOLEAN, > v_ha_score INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > > BEGIN >INSERT INTO vds_statistics(cpu_idle, cpu_load, cpu_sys, cpu_user, usage_cpu_percent, usage_mem_percent, usage_network_percent, vds_id, mem_available, mem_free, mem_shared,swap_free,swap_total,ksm_cpu_percent,ksm_pages,ksm_state, ha_score) > VALUES(v_cpu_idle, v_cpu_load, v_cpu_sys, v_cpu_user, v_usage_cpu_percent, v_usage_mem_percent, v_usage_network_percent, v_vds_id, v_mem_available, v_mem_free, v_mem_shared,v_swap_free,v_swap_total,v_ksm_cpu_percent,v_ksm_pages,v_ksm_state, v_ha_score); > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVdsStatistics(v_cpu_idle DECIMAL(18,0) , > v_cpu_load DECIMAL(18,0) , > v_cpu_sys DECIMAL(18,0) , > v_cpu_user DECIMAL(18,0) , > v_usage_cpu_percent INTEGER , > v_usage_mem_percent INTEGER , > v_usage_network_percent INTEGER , > v_vds_id UUID, > v_mem_available BIGINT , > v_mem_free BIGINT, > v_mem_shared BIGINT , > v_swap_free BIGINT , > v_swap_total BIGINT , > v_ksm_cpu_percent INTEGER , > v_ksm_pages BIGINT , > v_ksm_state BOOLEAN, > v_ha_score INTEGER) >RETURNS VOID > > AS $procedure$ >BEGIN > > BEGIN > UPDATE vds_statistics > SET cpu_idle = v_cpu_idle,cpu_load = v_cpu_load,cpu_sys = v_cpu_sys, > cpu_user = v_cpu_user,usage_cpu_percent = v_usage_cpu_percent,usage_mem_percent = v_usage_mem_percent, > usage_network_percent = v_usage_network_percent, > mem_available = v_mem_available, mem_free = v_mem_free, mem_shared = v_mem_shared, > swap_free = v_swap_free,swap_total = v_swap_total,ksm_cpu_percent = v_ksm_cpu_percent, > ksm_pages = v_ksm_pages,ksm_state = v_ksm_state, ha_score = v_ha_score, _update_date = LOCALTIMESTAMP > WHERE vds_id = v_vds_id; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVdsStatistics(v_vds_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > BEGIN > DELETE FROM vds_statistics > WHERE vds_id = v_vds_id; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVdsStatistics() RETURNS SETOF vds_statistics STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT vds_statistics.* > FROM vds_statistics; > END; > > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsStatisticsByVdsId(v_vds_id UUID) RETURNS SETOF vds_statistics STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT vds_statistics.* > FROM vds_statistics > WHERE vds_id = v_vds_id; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVdsDynamic(v_cpu_cores INTEGER , > v_cpu_threads INTEGER , > v_cpu_model VARCHAR(255) , > v_cpu_speed_mh DECIMAL(18,0) , > v_if_total_speed VARCHAR(40) , > v_kvm_enabled BOOLEAN , > v_mem_commited INTEGER , > v_physical_mem_mb INTEGER , > v_status INTEGER, > v_vds_id UUID, > v_vm_active INTEGER , > v_vm_count INTEGER , > v_vms_cores_count INTEGER , > v_vm_migrating INTEGER , > v_reserved_mem INTEGER , > v_guest_overhead INTEGER , > v_rpm_version VARCHAR(255), > v_software_version VARCHAR(40) , > v_version_name VARCHAR(40) , > v_build_name VARCHAR(40) , > v_previous_status INTEGER , > v_cpu_flags VARCHAR(4000) , > v_cpu_over_commit_time_stamp TIMESTAMP WITH TIME ZONE , > v_pending_vcpus_count INTEGER , > v_pending_vmem_size INTEGER , > v_cpu_sockets INTEGER , > v_net_config_dirty BOOLEAN , > v_supported_cluster_levels VARCHAR(40) , > v_supported_engines VARCHAR(40) , > v_host_os VARCHAR(4000) , > v_kvm_version VARCHAR(4000) , > v_libvirt_version VARCHAR(4000) , > v_spice_version VARCHAR(4000) , > v_gluster_version VARCHAR(4000) , > v_kernel_version VARCHAR(4000) , > v_iscsi_initiator_name VARCHAR(4000) , > v_transparent_hugepages_state INTEGER , > v_anonymous_hugepages INTEGER , > v_hooks VARCHAR(4000), > v_hw_manufacturer VARCHAR(255), > v_hw_product_name VARCHAR(255), > v_hw_version VARCHAR(255), > v_hw_serial_number VARCHAR(255), > v_hw_uuid VARCHAR(255), > v_hw_family VARCHAR(255), > v_hbas VARCHAR(255), > v_supported_emulated_machines VARCHAR(255)) >RETURNS VOID > AS $procedure$ >BEGIN > > BEGIN >INSERT INTO vds_dynamic(cpu_cores, cpu_threads, cpu_model, cpu_speed_mh, if_total_speed, kvm_enabled, mem_commited, physical_mem_mb, status, vds_id, vm_active, vm_count, vm_migrating, reserved_mem, guest_overhead, rpm_version, software_version, version_name, build_name, previous_status, cpu_flags, cpu_over_commit_time_stamp, vms_cores_count, pending_vcpus_count, pending_vmem_size, cpu_sockets,net_config_dirty, supported_cluster_levels, supported_engines, host_os, kvm_version, libvirt_version, spice_version, gluster_version, kernel_version, iscsi_initiator_name, transparent_hugepages_state, anonymous_hugepages,hooks, hw_manufacturer, hw_product_name, hw_version, hw_serial_number, hw_uuid, hw_family, hbas, supported_emulated_machines) > VALUES(v_cpu_cores, v_cpu_threads, v_cpu_model, v_cpu_speed_mh, v_if_total_speed, v_kvm_enabled, v_mem_commited, v_physical_mem_mb, v_status, v_vds_id, v_vm_active, v_vm_count, v_vm_migrating, v_reserved_mem, v_guest_overhead, v_rpm_version, v_software_version, v_version_name, v_build_name, v_previous_status, v_cpu_flags, v_cpu_over_commit_time_stamp, v_vms_cores_count,v_pending_vcpus_count, v_pending_vmem_size, v_cpu_sockets, v_net_config_dirty, v_supported_cluster_levels, v_supported_engines, v_host_os, v_kvm_version, v_libvirt_version, v_spice_version, v_gluster_version, v_kernel_version, v_iscsi_initiator_name, v_transparent_hugepages_state, v_anonymous_hugepages,v_hooks, v_hw_manufacturer, v_hw_product_name, v_hw_version, v_hw_serial_number, v_hw_uuid, v_hw_family, v_hbas, v_supported_emulated_machines); > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVdsDynamic(v_cpu_cores INTEGER , > v_cpu_threads INTEGER , > v_cpu_model VARCHAR(255) , > v_cpu_speed_mh DECIMAL(18,0) , > v_if_total_speed VARCHAR(40) , > v_kvm_enabled BOOLEAN , > v_mem_commited INTEGER , > v_physical_mem_mb INTEGER , > v_status INTEGER, > v_vds_id UUID, > v_vm_active INTEGER , > v_vm_count INTEGER , > v_vms_cores_count INTEGER , > v_vm_migrating INTEGER , > v_reserved_mem INTEGER , > v_guest_overhead INTEGER , > v_rpm_version VARCHAR(255), > v_software_version VARCHAR(40) , > v_version_name VARCHAR(40) , > v_build_name VARCHAR(40) , > v_previous_status INTEGER , > v_cpu_flags VARCHAR(4000) , > v_cpu_over_commit_time_stamp TIMESTAMP WITH TIME ZONE , > v_pending_vcpus_count INTEGER , > v_pending_vmem_size INTEGER , > v_cpu_sockets INTEGER , > v_net_config_dirty BOOLEAN , > v_supported_cluster_levels VARCHAR(40) , > v_supported_engines VARCHAR(40) , > v_host_os VARCHAR(4000) , > v_kvm_version VARCHAR(4000) , > v_libvirt_version VARCHAR(4000) , > v_spice_version VARCHAR(4000) , > v_gluster_version VARCHAR(4000) , > v_kernel_version VARCHAR(4000) , > v_iscsi_initiator_name VARCHAR(4000) , > v_transparent_hugepages_state INTEGER , > v_anonymous_hugepages INTEGER , > v_hooks VARCHAR(4000), > v_non_operational_reason INTEGER, > v_hw_manufacturer VARCHAR(255), > v_hw_product_name VARCHAR(255), > v_hw_version VARCHAR(255), > v_hw_serial_number VARCHAR(255), > v_hw_uuid VARCHAR(255), > v_hw_family VARCHAR(255), > v_hbas VARCHAR(255), > v_supported_emulated_machines VARCHAR(255)) >RETURNS VOID > > AS $procedure$ >BEGIN > > BEGIN > UPDATE vds_dynamic > SET cpu_cores = v_cpu_cores,cpu_threads = v_cpu_threads, > cpu_model = v_cpu_model,cpu_speed_mh = v_cpu_speed_mh, > if_total_speed = v_if_total_speed,kvm_enabled = v_kvm_enabled, > mem_commited = v_mem_commited,physical_mem_mb = v_physical_mem_mb, > status = v_status,vm_active = v_vm_active,vm_count = v_vm_count, > vm_migrating = v_vm_migrating,reserved_mem = v_reserved_mem, > guest_overhead = v_guest_overhead,rpm_version = v_rpm_version, software_version = v_software_version, > version_name = v_version_name,build_name = v_build_name,previous_status = v_previous_status, > cpu_flags = v_cpu_flags,cpu_over_commit_time_stamp = v_cpu_over_commit_time_stamp, > vms_cores_count = v_vms_cores_count,pending_vcpus_count = v_pending_vcpus_count, > pending_vmem_size = v_pending_vmem_size, > cpu_sockets = v_cpu_sockets,net_config_dirty = v_net_config_dirty, > supported_cluster_levels = v_supported_cluster_levels, > supported_engines = v_supported_engines,host_os = v_host_os, > kvm_version = v_kvm_version,libvirt_version = v_libvirt_version,spice_version = v_spice_version, > gluster_version = v_gluster_version, > kernel_version = v_kernel_version,iscsi_initiator_name = v_iscsi_initiator_name, > transparent_hugepages_state = v_transparent_hugepages_state, > anonymous_hugepages = v_anonymous_hugepages,hooks = v_hooks, > _update_date = LOCALTIMESTAMP,non_operational_reason = v_non_operational_reason, > hw_manufacturer = v_hw_manufacturer, hw_product_name = v_hw_product_name, > hw_version = v_hw_version, hw_serial_number = v_hw_serial_number, > hw_uuid = v_hw_uuid, hw_family = v_hw_family, hbas = v_hbas, supported_emulated_machines = v_supported_emulated_machines > WHERE vds_id = v_vds_id; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVdsDynamic(v_vds_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > BEGIN > DELETE FROM vds_dynamic > WHERE vds_id = v_vds_id; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVdsDynamic() RETURNS SETOF vds_dynamic STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT vds_dynamic.* > FROM vds_dynamic; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsDynamicByVdsId(v_vds_id UUID) RETURNS SETOF vds_dynamic STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT vds_dynamic.* > FROM vds_dynamic > WHERE vds_id = v_vds_id; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVdsStatic( > v_free_text_comment text, > v_vds_id UUID, > v_host_name VARCHAR(255), > v_ip VARCHAR(255) , > v_vds_unique_id VARCHAR(128) , > v_port INTEGER, > v_vds_group_id UUID, > v_vds_name VARCHAR(255), > v_server_SSL_enabled BOOLEAN , > v_vds_type INTEGER, > v_vds_strength INTEGER, > v_pm_type VARCHAR(20) , > v_pm_user VARCHAR(50) , > v_pm_password VARCHAR(50) , > v_pm_port INTEGER , > v_pm_options VARCHAR(4000) , > v_pm_enabled BOOLEAN, > v_pm_proxy_preferences VARCHAR(255), > v_pm_secondary_ip VARCHAR(255), > v_pm_secondary_type VARCHAR(20), > v_pm_secondary_user VARCHAR(50), > v_pm_secondary_password text, > v_pm_secondary_port INTEGER, > v_pm_secondary_options VARCHAR(4000), > v_pm_secondary_concurrent BOOLEAN, > v_vds_spm_priority INTEGER, > v_sshKeyFingerprint VARCHAR(128), > v_console_address VARCHAR(255), > v_ssh_port INTEGER, > v_ssh_username VARCHAR(255)) >RETURNS VOID > AS $procedure$ >BEGIN > IF v_vds_unique_id IS NULL OR NOT EXISTS(SELECT vds_name FROM vds_static WHERE vds_unique_id = v_vds_unique_id) then > BEGIN > INSERT INTO vds_static(vds_id,host_name, free_text_comment, ip, vds_unique_id, port, vds_group_id, vds_name, server_SSL_enabled, > vds_type,vds_strength,pm_type,pm_user,pm_password,pm_port,pm_options,pm_enabled, > pm_proxy_preferences, pm_secondary_ip, pm_secondary_type, pm_secondary_user, > pm_secondary_password, pm_secondary_port, pm_secondary_options, pm_secondary_concurrent, > vds_spm_priority, sshKeyFingerprint, console_address, ssh_port, ssh_username) > VALUES(v_vds_id,v_host_name, v_free_text_comment, v_ip, v_vds_unique_id, v_port, v_vds_group_id, v_vds_name, v_server_SSL_enabled, > v_vds_type,v_vds_strength,v_pm_type,v_pm_user,v_pm_password,v_pm_port,v_pm_options,v_pm_enabled, > v_pm_proxy_preferences, v_pm_secondary_ip, v_pm_secondary_type, v_pm_secondary_user, > v_pm_secondary_password, v_pm_secondary_port, v_pm_secondary_options, v_pm_secondary_concurrent, > v_vds_spm_priority, v_sshKeyFingerprint, v_console_address, v_ssh_port, v_ssh_username); > END; > end if; > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVdsStatic(v_host_name VARCHAR(255), > v_free_text_comment text, > v_ip VARCHAR(255) , > v_vds_unique_id VARCHAR(128), > v_port INTEGER, > v_vds_group_id UUID, > v_vds_id UUID, > v_vds_name VARCHAR(255), > v_server_SSL_enabled BOOLEAN , > v_vds_type INTEGER, > v_vds_strength INTEGER, > v_pm_type VARCHAR(20) , > v_pm_user VARCHAR(50) , > v_pm_password VARCHAR(50) , > v_pm_port INTEGER , > v_pm_options VARCHAR(4000) , > v_pm_enabled BOOLEAN, > v_pm_proxy_preferences VARCHAR(255), > v_pm_secondary_ip VARCHAR(255), > v_pm_secondary_type VARCHAR(20), > v_pm_secondary_user VARCHAR(50), > v_pm_secondary_password text, > v_pm_secondary_port INTEGER, > v_pm_secondary_options VARCHAR(4000), > v_pm_secondary_concurrent BOOLEAN, > v_otp_validity BIGINT, > v_vds_spm_priority INTEGER, > v_sshKeyFingerprint VARCHAR(128), > v_console_address VARCHAR(255), > v_ssh_port INTEGER, > v_ssh_username VARCHAR(255)) >RETURNS VOID > > AS $procedure$ >BEGIN > > BEGIN > UPDATE vds_static > SET host_name = v_host_name, free_text_comment = v_free_text_comment, ip = v_ip,vds_unique_id = v_vds_unique_id, > port = v_port, vds_group_id = v_vds_group_id,vds_name = v_vds_name,server_SSL_enabled = v_server_SSL_enabled, > vds_type = v_vds_type, > _update_date = LOCALTIMESTAMP,vds_strength = v_vds_strength, > pm_type = v_pm_type,pm_user = v_pm_user,pm_password = v_pm_password, > pm_port = v_pm_port,pm_options = v_pm_options,pm_enabled = v_pm_enabled, pm_proxy_preferences = v_pm_proxy_preferences, > pm_secondary_ip = v_pm_secondary_ip, pm_secondary_type = v_pm_secondary_type, > pm_secondary_user = v_pm_secondary_user, pm_secondary_password = v_pm_secondary_password, > pm_secondary_port = v_pm_secondary_port, pm_secondary_options = v_pm_secondary_options, > pm_secondary_concurrent = v_pm_secondary_concurrent, > otp_validity = v_otp_validity, vds_spm_priority = v_vds_spm_priority, sshKeyFingerprint = v_sshKeyFingerprint, > console_address = v_console_address, ssh_port = v_ssh_port, ssh_username = v_ssh_username > WHERE vds_id = v_vds_id; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVdsStatic(v_vds_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > BEGIN > UPDATE vm_static > SET dedicated_vm_for_vds = null, > migration_support = 0 > WHERE dedicated_vm_for_vds = v_vds_id; > DELETE FROM tags_vds_map > WHERE vds_id = v_vds_id; > -- Delete all Vds Alerts from the database > PERFORM DeleteAuditLogAlertsByVdsID(v_vds_id); > DELETE FROM vds_static > WHERE vds_id = v_vds_id; > -- delete VDS permissions -- > DELETE FROM permissions where object_id = v_vds_id; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVdsStatic() RETURNS SETOF vds_static STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vds_static.* > FROM vds_static; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsStaticByVdsId(v_vds_id UUID) RETURNS SETOF vds_static STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT vds_static.* > FROM vds_static > WHERE vds_id = v_vds_id; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsStaticByHostName(v_host_name VARCHAR(255)) RETURNS SETOF vds_static STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vds_static.* > FROM vds_static > WHERE host_name = v_host_name; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsStaticByIp(v_ip VARCHAR(40)) RETURNS SETOF vds_static STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT vds_static.* > FROM vds_static > WHERE ip = v_ip; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsByUniqueID(v_vds_unique_id VARCHAR(128)) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT DISTINCT vds.* > FROM vds > WHERE vds_unique_id = v_vds_unique_id; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsStaticByVdsGroupId(v_vds_group_id UUID) RETURNS SETOF vds_static STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT vds_static.* > FROM vds_static vds_static > WHERE vds_group_id = v_vds_group_id; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION GetUpAndPrioritizedVds(v_storage_pool_id UUID) RETURNS SETOF vds STABLE >AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT vds.* > FROM vds vds, vds_groups vdsgroup > WHERE (vds.status = 3) AND (vds.storage_pool_id = v_storage_pool_id) AND (vds_spm_priority IS NULL OR vds_spm_priority > -1) > AND vds.vds_group_id = vdsgroup.vds_group_id AND vdsgroup.virt_service = true > ORDER BY vds_spm_priority DESC, RANDOM(); > END; > RETURN; >END; $procedure$ > LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVds(v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT DISTINCT vds.* > FROM vds > WHERE (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vds_permissions_view > WHERE user_id = v_user_id AND entity_id = vds_id)); > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsByVdsId(v_vds_id UUID, v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF vds STABLE > AS $procedure$ >DECLARE >v_columns text[]; >BEGIN > BEGIN > if (v_is_filtered) then > RETURN QUERY SELECT DISTINCT (rec).* > FROM fn_db_mask_object('vds') as q (rec vds) > WHERE (rec).vds_id = v_vds_id > AND EXISTS (SELECT 1 > FROM user_vds_permissions_view > WHERE user_id = v_user_id AND entity_id = v_vds_id); > else > RETURN QUERY SELECT DISTINCT vds.* > FROM vds > WHERE vds_id = v_vds_id; > end if; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsWithoutMigratingVmsByVdsGroupId(v_vds_group_id UUID) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN > > > -- this sp returns all vds in given cluster that have no pending vms and no vms in migration states > BEGIN > RETURN QUERY SELECT DISTINCT vds.* > FROM vds > WHERE vds_group_id = v_vds_group_id and > pending_vcpus_count = 0 > and vds.status = 3 > and vds_id not in(select distinct RUN_ON_VDS from vm_dynamic > where status in(5,6,11,12)); > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVds(v_vds_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > BEGIN > UPDATE vm_static > SET dedicated_vm_for_vds = null > WHERE dedicated_vm_for_vds = v_vds_id; > DELETE FROM tags_vds_map > WHERE vds_id = v_vds_id; > -- Delete all Vds Alerts from the database > PERFORM DeleteAuditLogAlertsByVdsID(v_vds_id); > DELETE FROM vds_statistics WHERE vds_id = v_vds_id; > DELETE FROM vds_dynamic WHERE vds_id = v_vds_id; > DELETE FROM vds_static WHERE vds_id = v_vds_id; > DELETE FROM permissions where object_id = v_vds_id; > END; > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsByType(v_vds_type INTEGER) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT DISTINCT vds.* > FROM vds > WHERE vds_type = v_vds_type; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsByName(v_vds_name VARCHAR(255)) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT DISTINCT vds.* > FROM vds > WHERE vds_name = v_vds_name; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsByHostName(v_host_name VARCHAR(255)) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT DISTINCT vds.* > FROM vds > WHERE host_name = v_host_name; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsByIp(v_ip VARCHAR(40)) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN >BEGIN > RETURN QUERY SELECT DISTINCT vds.* > FROM vds > WHERE ip = v_ip; > END; > > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsByVdsGroupId(v_vds_group_id UUID, v_user_id UUID, v_is_filtered boolean) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN > -- this sp returns all vds for a given cluster > BEGIN > if (v_is_filtered) then > RETURN QUERY SELECT DISTINCT (rec).* > FROM fn_db_mask_object('vds') as q (rec vds) > WHERE (rec).vds_group_id = v_vds_group_id > AND EXISTS (SELECT 1 > FROM user_vds_permissions_view > WHERE user_id = v_user_id AND entity_id = (rec).vds_id); > else > RETURN QUERY SELECT DISTINCT vds.* > FROM vds > WHERE vds_group_id = v_vds_group_id; > end if; > END; > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsByStoragePoolId(v_storage_pool_id UUID, v_user_id UUID, v_is_filtered boolean) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN > BEGIN > RETURN QUERY SELECT DISTINCT vds.* > FROM vds > WHERE storage_pool_id = v_storage_pool_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vds_permissions_view > WHERE user_id = v_user_id AND entity_id = vds_id)); > END; > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION getVdsForVdsGroupWithStatus(v_vds_group_id UUID, v_status integer) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN > BEGIN > RETURN QUERY SELECT vds.* > FROM vds > WHERE (status = v_status) AND (vds_group_id = v_vds_group_id); > END; > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION getVdsByStoragePoolIdWithStatus(v_storage_pool_id UUID, v_status integer) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN > BEGIN > RETURN QUERY SELECT vds.* > FROM vds > WHERE (status = v_status) AND (storage_pool_id = v_storage_pool_id); > END; > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION getHostsForStorageOperation(v_storage_pool_id UUID, v_local_fs_only BOOLEAN) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN > BEGIN > RETURN QUERY SELECT vds.* > FROM vds > LEFT JOIN vds_groups vg ON vds.vds_group_id = vg.vds_group_id > LEFT JOIN storage_pool sp ON vds.storage_pool_id = sp.id > WHERE (v_storage_pool_id IS NULL OR vds.storage_pool_id = v_storage_pool_id) > AND (vg.virt_service = true) > AND (NOT v_local_fs_only OR sp.storage_pool_type = 4) > AND (v_storage_pool_id IS NOT NULL OR vds.status = 3); -- if DC is unspecified return only hosts with status = UP > END; > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVdsDynamicStatus( > v_vds_guid UUID, > v_status INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE vds_dynamic > SET > status = v_status > WHERE vds_id = v_vds_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVdsDynamicNetConfigDirty( > v_vds_guid UUID, > v_net_config_dirty BOOLEAN) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE vds_dynamic > SET > net_config_dirty = v_net_config_dirty > WHERE vds_id = v_vds_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdatePartialVdsDynamicCalc( > v_vds_guid UUID, > v_vmCount INTEGER, > v_pendingVcpusCount INTEGER, > v_pendingVmemSize INTEGER, > v_memCommited INTEGER, > v_vmsCoresCount INTEGER) >RETURNS VOID > AS $procedure$ >DECLARE > sign int; >BEGIN > IF (v_memCommited = 0 ) THEN > sign = 0; > ELSEIF (v_memCommited > 0) THEN > sign = 1; > ELSE > sign = -1; > END IF; > > UPDATE vds_dynamic > SET > vm_count = GREATEST(vm_count + v_vmCount, 0), > pending_vcpus_count = GREATEST(pending_vcpus_count + v_pendingVcpusCount, 0), > pending_vmem_size = GREATEST(pending_vmem_size + v_pendingVmemSize, 0), > mem_commited = GREATEST(mem_commited + sign * (abs(v_memCommited) + guest_overhead), 0), > vms_cores_count = GREATEST(vms_cores_count + v_vmsCoresCount, 0) > WHERE vds_id = v_vds_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsByNetworkId(v_network_id UUID) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vds > WHERE EXISTS ( > SELECT 1 > FROM vds_interface > INNER JOIN network > ON network.name = vds_interface.network_name > INNER JOIN network_cluster > ON network.id = network_cluster.network_id > WHERE network_id = v_network_id > AND vds.vds_group_id = network_cluster.cluster_id > AND vds_interface.vds_id = vds.vds_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVdsWithoutNetwork(v_network_id UUID) RETURNS SETOF vds STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vds.* > FROM vds > INNER JOIN network_cluster > ON vds.vds_group_id = network_cluster.cluster_id > WHERE network_cluster.network_id = v_network_id > AND NOT EXISTS ( > SELECT 1 > FROM vds_interface > INNER JOIN network > ON network.name = vds_interface.network_name > INNER JOIN network_cluster > ON network.id = network_cluster.network_id > WHERE network_cluster.network_id = v_network_id > AND vds.vds_group_id = network_cluster.cluster_id > AND vds_interface.vds_id = vds.vds_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Insertvds_spm_id_map(v_storage_pool_id UUID, > v_vds_id UUID, > v_vds_spm_id INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO vds_spm_id_map(storage_pool_id, vds_id, vds_spm_id) > VALUES(v_storage_pool_id, v_vds_id, v_vds_spm_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Deletevds_spm_id_map(v_vds_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM vds_spm_id_map > WHERE vds_id = v_vds_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteByPoolvds_spm_id_map(v_vds_id UUID, v_storage_pool_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN > > DELETE FROM vds_spm_id_map > WHERE vds_id = v_vds_id AND storage_pool_id = v_storage_pool_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromvds_spm_id_map() RETURNS SETOF vds_spm_id_map STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vds_spm_id_map.* > FROM vds_spm_id_map; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getvds_spm_id_mapBystorage_pool_idAndByvds_spm_id(v_storage_pool_id UUID, > v_vds_spm_id INTEGER) RETURNS SETOF vds_spm_id_map STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vds_spm_id_map.* > FROM vds_spm_id_map > WHERE storage_pool_id = v_storage_pool_id AND vds_spm_id = v_vds_spm_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getvds_spm_id_mapBystorage_pool_id(v_storage_pool_id UUID) RETURNS SETOF vds_spm_id_map STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vds_spm_id_map.* > FROM vds_spm_id_map > WHERE storage_pool_id = v_storage_pool_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION Getvds_spm_id_mapByvds_id(v_vds_id UUID) RETURNS SETOF vds_spm_id_map STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vds_spm_id_map.* > FROM vds_spm_id_map > WHERE vds_id = v_vds_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVmDevice( > v_device_id UUID, > v_vm_id UUID, > v_device varchar(30), > v_type varchar(30), > v_address varchar(255), > v_boot_order int, > v_spec_params text, > v_is_managed boolean, > v_is_plugged boolean, > v_is_readonly boolean, > v_alias varchar(255), > v_custom_properties text, > v_snapshot_id uuid) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO vm_device( > device_id, > vm_id , > device , > type, > address , > boot_order , > spec_params, > is_managed, > is_plugged, > is_readonly, > alias, > custom_properties, > snapshot_id) > VALUES( > v_device_id , > v_vm_id , > v_device , > v_type , > v_address , > v_boot_order , > v_spec_params, > v_is_managed, > v_is_plugged, > v_is_readonly, > v_alias, > v_custom_properties, > v_snapshot_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmDevice( > v_device_id UUID, > v_vm_id UUID, > v_device varchar(30), > v_type varchar(30), > v_address varchar(255), > v_boot_order int, > v_spec_params text, > v_is_managed boolean, > v_is_plugged boolean, > v_is_readonly boolean, > v_alias varchar(255), > v_custom_properties text, > v_snapshot_id uuid) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE vm_device > SET > device = v_device, > type = v_type, > address = v_address, > boot_order = v_boot_order, > spec_params = v_spec_params, > is_managed = v_is_managed, > is_plugged = v_is_plugged, > is_readonly = v_is_readonly, > alias = v_alias, > custom_properties = v_custom_properties, > snapshot_id = v_snapshot_id, > _update_date = current_timestamp > WHERE device_id = v_device_id and vm_id = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmDeviceRuntimeInfo( > v_device_id UUID, > v_vm_id UUID, > v_address varchar(255), > v_alias varchar(255)) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE vm_device > SET > address = v_address, > alias = v_alias, > _update_date = current_timestamp > WHERE device_id = v_device_id and vm_id = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmDeviceForHotPlugDisk( > v_device_id UUID, > v_vm_id UUID, > v_is_plugged boolean) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE vm_device > SET > is_plugged = v_is_plugged, > _update_date = current_timestamp > WHERE device_id = v_device_id and vm_id = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmDeviceBootOrder( > v_device_id UUID, > v_vm_id UUID, > v_boot_order int) >RETURNS VOID >AS $procedure$ >BEGIN > UPDATE vm_device > SET > boot_order = v_boot_order, > _update_date = current_timestamp > WHERE device_id = v_device_id and vm_id = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVmDevice(v_device_id UUID, v_vm_id UUID) >RETURNS VOID >AS $procedure$ >BEGIN > DELETE > FROM vm_device > WHERE device_id = v_device_id > AND (v_vm_id IS NULL or vm_id = v_vm_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVmDevice() RETURNS SETOF vm_device_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM vm_device_view; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmDeviceByDeviceId(v_device_id UUID, v_vm_id UUID) >RETURNS SETOF vm_device_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM vm_device_view > WHERE device_id = v_device_id > AND (v_vm_id IS NULL OR vm_id = v_vm_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmDeviceByVmId(v_vm_id UUID) >RETURNS SETOF vm_device_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM vm_device_view > WHERE vm_id = v_vm_id order by device_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmDeviceByVmIdAndType(v_vm_id UUID, v_type varchar(30)) >RETURNS SETOF vm_device_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM vm_device_view > WHERE vm_id = v_vm_id and type = v_type > ORDER BY NULLIF(alias,'') NULLS LAST; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmDeviceByVmIdTypeAndDevice(v_vm_id UUID, v_type varchar(30), v_device varchar(30), v_user_id UUID, v_is_filtered BOOLEAN) >RETURNS SETOF vm_device_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY > SELECT * > FROM vm_device_view > WHERE vm_id = v_vm_id and type = v_type and device = v_device > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_permissions_view > WHERE user_id = v_user_id AND entity_id = v_vm_id)) > ORDER BY NULLIF(alias,'') NULLS LAST; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION GetVmUnmanagedDevicesByVmId(v_vm_id UUID) >RETURNS SETOF vm_device_view STABLE >AS $procedure$ >BEGIN > RETURN QUERY > select vm_device_view.* from vm_device_view > where vm_id = v_vm_id and > is_managed = false; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION isMemBalloonEnabled(v_vm_id UUID) > RETURNS boolean STABLE AS >$BODY$ >declare > result boolean := false; >begin > if exists (select 1 from vm_device where vm_id = v_vm_id and type = 'balloon' and device = 'memballoon') then > result := true; > end if; > return result; >end; >$BODY$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION clearVmDeviceAddress(v_device_id UUID) > RETURNS VOID AS >$BODY$ >begin > update vm_device set address = '' where device_id = v_device_id; >end; >$BODY$ >LANGUAGE 'plpgsql'; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVm_pool_map(v_vm_guid UUID, > v_vm_pool_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO vm_pool_map(vm_guid, vm_pool_id) > VALUES(v_vm_guid, v_vm_pool_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVm_pool_map(v_vm_guid UUID, > v_vm_pool_id UUID) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE vm_pool_map > SET vm_pool_id = v_vm_pool_id > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVm_pool_map(v_vm_guid UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val VARCHAR(50); >BEGIN > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select vm_guid INTO v_val FROM vm_pool_map WHERE vm_guid = v_vm_guid FOR UPDATE; > DELETE FROM vm_pool_map > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVm_pool_map() RETURNS SETOF vm_pool_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_pool_map.* > FROM vm_pool_map; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVm_pool_mapByvm_guid(v_vm_guid UUID) RETURNS SETOF vm_pool_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_pool_map.* > FROM vm_pool_map > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVm_pool_mapByvm_pool_id(v_vm_pool_id UUID) RETURNS SETOF vm_pool_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_pool_map.* > FROM vm_pool_map INNER JOIN vm_static > ON vm_pool_map.vm_guid = vm_static.vm_guid > WHERE vm_pool_id = v_vm_pool_id > ORDER BY vm_static.VM_NAME; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION getVmMapsInVmPoolByVmPoolIdAndStatus(v_vm_pool_id UUID, v_status INTEGER) RETURNS SETOF vm_pool_map STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_pool_id, vm_pool_map.vm_guid > FROM vm_pool_map, vm_dynamic > WHERE vm_pool_map.vm_guid = vm_dynamic.vm_guid > AND vm_pool_id = v_vm_pool_id > AND vm_dynamic.status = v_status; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVm_pools(v_vm_pool_description VARCHAR(4000), > v_vm_pool_comment text, > v_vm_pool_id UUID , > v_vm_pool_name VARCHAR(255), > v_vm_pool_type INTEGER, > v_parameters VARCHAR(200), > v_prestarted_vms INTEGER, > v_vds_group_id UUID, > v_max_assigned_vms_per_user SMALLINT) >RETURNS VOID > AS $procedure$ >BEGIN > INSERT INTO vm_pools(vm_pool_id,vm_pool_description, vm_pool_comment, vm_pool_name, vm_pool_type,parameters, prestarted_vms, vds_group_id, max_assigned_vms_per_user) > VALUES(v_vm_pool_id,v_vm_pool_description, v_vm_pool_comment, v_vm_pool_name,v_vm_pool_type,v_parameters, v_prestarted_vms, v_vds_group_id, v_max_assigned_vms_per_user); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVm_pools(v_vm_pool_description VARCHAR(4000), > v_vm_pool_comment text, > v_vm_pool_id UUID, > v_vm_pool_name VARCHAR(255), > v_vm_pool_type INTEGER, > v_parameters VARCHAR(200), > v_prestarted_vms INTEGER, > v_vds_group_id UUID, > v_max_assigned_vms_per_user SMALLINT) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE vm_pools > SET vm_pool_description = v_vm_pool_description, vm_pool_comment = v_vm_pool_comment, vm_pool_name = v_vm_pool_name, > vm_pool_type = v_vm_pool_type,parameters = v_parameters, prestarted_vms = v_prestarted_vms, vds_group_id = v_vds_group_id, > max_assigned_vms_per_user = v_max_assigned_vms_per_user > WHERE vm_pool_id = v_vm_pool_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVm_pools(v_vm_pool_id UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select vm_pool_id INTO v_val FROM vm_pools WHERE vm_pool_id = v_vm_pool_id FOR UPDATE; > DELETE FROM vm_pools > WHERE vm_pool_id = v_vm_pool_id; > > -- delete VmPool permissions -- > DELETE FROM permissions where object_id = v_vm_pool_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS GetAllFromVm_pools_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >Create type GetAllFromVm_pools_rs AS (vm_pool_id UUID, assigned_vm_count INTEGER, vm_running_count INTEGER, vm_pool_description VARCHAR(4000), vm_pool_comment text, vm_pool_name VARCHAR(255), vm_pool_type INTEGER, parameters VARCHAR(200), prestarted_vms INTEGER, vds_group_id UUID, vds_group_name VARCHAR(40), max_assigned_vms_per_user SMALLINT); >************************** > >CREATE TYPE >********* QUERY ********** >Create or replace FUNCTION GetAllFromVm_pools() RETURNS SETOF GetAllFromVm_pools_rs > AS $procedure$ >BEGIN > -- BEGIN TRAN >BEGIN > CREATE GLOBAL TEMPORARY TABLE tt_VM_POOL_GROUP > ( > vm_pool_id UUID, > assigned_vm_count INTEGER > ) WITH OIDS; > exception when others then > truncate table tt_VM_POOL_GROUP; > END; > insert INTO tt_VM_POOL_GROUP(vm_pool_id, > assigned_vm_count) > select > vm_pools_view.vm_pool_id, > count(vm_pool_map.vm_pool_id) > from vm_pools_view > left join vm_pool_map on vm_pools_view.vm_pool_id = vm_pool_map.vm_pool_id > group by vm_pools_view.vm_pool_id,vm_pool_map.vm_pool_id; > BEGIN > CREATE GLOBAL TEMPORARY TABLE tt_VM_POOL_RUNNING > ( > vm_pool_id UUID, > vm_running_count INTEGER > ) WITH OIDS; > exception when others then > truncate table tt_VM_POOL_RUNNING; > END; > insert INTO tt_VM_POOL_RUNNING(vm_pool_id, > vm_running_count) > select vm_pools_view.vm_pool_id, count(vm_pools_view.vm_pool_id) > from vm_pools_view > left join vm_pool_map on vm_pools_view.vm_pool_id = vm_pool_map.vm_pool_id > left join vm_dynamic on vm_pool_map.vm_guid = vm_dynamic.vm_guid > where vm_dynamic.status > 0 > group by vm_pools_view.vm_pool_id; > BEGIN > CREATE GLOBAL TEMPORARY TABLE tt_VM_POOL_PRERESULT > ( > vm_pool_id UUID, > assigned_vm_count INTEGER, > vm_running_count INTEGER > ) WITH OIDS; > exception when others then > truncate table tt_VM_POOL_PRERESULT; > END; > insert INTO tt_VM_POOL_PRERESULT(vm_pool_id, > assigned_vm_count, > vm_running_count) > select pg.vm_pool_id, pg.assigned_vm_count, pr.vm_running_count > from tt_VM_POOL_GROUP pg > left join tt_VM_POOL_RUNNING pr on pg.vm_pool_id = pr.vm_pool_id; > update tt_VM_POOL_PRERESULT > set vm_running_count = 0 > where vm_running_count is NULL; > BEGIN > CREATE GLOBAL TEMPORARY TABLE tt_VM_POOL_RESULT > ( > vm_pool_id UUID, > assigned_vm_count INTEGER, > vm_running_count INTEGER, > vm_pool_description VARCHAR(4000), > vm_pool_comment text, > vm_pool_name VARCHAR(255), > vm_pool_type INTEGER, > parameters VARCHAR(200), > prestarted_vms INTEGER, > vds_group_id UUID, > vds_group_name VARCHAR(40), > max_assigned_vms_per_user SMALLINT > ) WITH OIDS; > exception when others then > truncate table tt_VM_POOL_RESULT; > END; > insert INTO tt_VM_POOL_RESULT(vm_pool_id, > assigned_vm_count, > vm_running_count, > vm_pool_description, > vm_pool_comment, > vm_pool_name, > vm_pool_type, > parameters, > prestarted_vms, > vds_group_id, > vds_group_name, > max_assigned_vms_per_user) > select ppr.vm_pool_id, ppr.assigned_vm_count, ppr.vm_running_count, > p.vm_pool_description, p.vm_pool_comment, p.vm_pool_name, p.vm_pool_type, p.parameters, p.prestarted_vms, > p.vds_group_id, p.vds_group_name, p.max_assigned_vms_per_user > from tt_VM_POOL_PRERESULT ppr > inner join vm_pools_view p on ppr.vm_pool_id = p.vm_pool_id; > RETURN QUERY select * > from tt_VM_POOL_RESULT; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVm_poolsByvm_pool_id(v_vm_pool_id UUID, v_user_id UUID, v_is_filtered BOOLEAN) RETURNS SETOF vm_pools_full_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_pools_full_view.* > FROM vm_pools_full_view > WHERE vm_pool_id = v_vm_pool_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_pool_permissions_view > WHERE user_id = v_user_id AND entity_id = v_vm_pool_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVm_poolsByvm_pool_name(v_vm_pool_name VARCHAR(255)) RETURNS SETOF vm_pools_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_pools_view.* > FROM vm_pools_view > WHERE vm_pool_name = v_vm_pool_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllVm_poolsByUser_id(v_user_id UUID) RETURNS SETOF vm_pools_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT vm_pools_view.* > FROM users_and_groups_to_vm_pool_map_view INNER JOIN > vm_pools_view ON > users_and_groups_to_vm_pool_map_view.vm_pool_id = vm_pools_view.vm_pool_id > WHERE (users_and_groups_to_vm_pool_map_view.user_id = v_user_id); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVm_poolsByAdGroup_names(v_ad_group_names VARCHAR(4000)) RETURNS SETOF vm_pools_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT vm_pools_view.* > FROM ad_groups INNER JOIN > users_and_groups_to_vm_pool_map_view ON > ad_groups.id = users_and_groups_to_vm_pool_map_view.user_id INNER JOIN > vm_pools_view ON users_and_groups_to_vm_pool_map_view.vm_pool_id = vm_pools_view.vm_pool_id > WHERE (ad_groups.name in(select Id from fnSplitter(v_ad_group_names))); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION GetVmDataFromPoolByPoolId(v_pool_id uuid, v_user_id uuid, v_is_filtered boolean) > RETURNS SETOF vms STABLE AS $procedure$ >BEGIN > RETURN QUERY SELECT vms.* > FROM vms WHERE vm_pool_id = v_pool_id > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_pool_permissions_view > WHERE user_id = v_user_id AND entity_id = v_pool_id)) > -- Limiting results to 1 since we only need a single VM from the pool to retrieve the pool data > LIMIT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVmTemplate(v_child_count INTEGER, > v_creation_date TIMESTAMP WITH TIME ZONE, > v_description VARCHAR(4000) , > v_free_text_comment text, > v_mem_size_mb INTEGER, > v_name VARCHAR(40), > v_num_of_sockets INTEGER, > v_cpu_per_socket INTEGER, > v_os INTEGER, > v_vmt_guid UUID, > v_vds_group_id UUID, > v_domain VARCHAR(40), > v_num_of_monitors INTEGER, > v_single_qxl_pci BOOLEAN, > v_allow_console_reconnect BOOLEAN, > v_status INTEGER, > v_usb_policy INTEGER, > v_time_zone VARCHAR(40) , > v_fail_back BOOLEAN , > v_vm_type INTEGER , > v_nice_level INTEGER, > v_cpu_shares INTEGER, > v_default_boot_sequence INTEGER, > v_default_display_type INTEGER, > v_priority INTEGER, > v_auto_startup BOOLEAN, > v_is_stateless BOOLEAN, > v_is_smartcard_enabled BOOLEAN, > v_is_delete_protected BOOLEAN, > v_sso_method VARCHAR(32), > v_is_disabled BOOLEAN, > v_iso_path VARCHAR(4000) , > v_origin INTEGER , > v_initrd_url VARCHAR(4000) , > v_kernel_url VARCHAR(4000) , > v_kernel_params VARCHAR(4000) , > v_quota_id UUID, > v_migration_support integer, > v_dedicated_vm_for_vds UUID, > v_tunnel_migration BOOLEAN, > v_vnc_keyboard_layout VARCHAR(16), > v_min_allocated_mem INTEGER, > v_is_run_and_pause BOOLEAN, > v_created_by_user_id UUID, > v_template_type VARCHAR(40)) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT >INTO vm_static( > vmt_guid, > child_count, > creation_date, > description, > free_text_comment, > mem_size_mb, > vm_name, > num_of_sockets, > cpu_per_socket, > os, > vm_guid, > vds_group_id, > domain, > num_of_monitors, > single_qxl_pci, > allow_console_reconnect, > template_status, > usb_policy, > time_zone, > fail_back, > vm_type, > nice_level, > cpu_shares, > default_boot_sequence, > default_display_type, > priority, > auto_startup, > is_stateless, > iso_path, > origin, > initrd_url, > kernel_url, > kernel_params, > entity_type, > quota_id, > migration_support, > is_disabled, > dedicated_vm_for_vds, > is_smartcard_enabled, > is_delete_protected, > sso_method, > tunnel_migration, > vnc_keyboard_layout, > min_allocated_mem, > is_run_and_pause, > created_by_user_id) >VALUES( > -- This field is meaningless for templates for the time being, however we want to keep it not null for VMs. > -- Thus, since templates are top level elements they "point" to the 'Blank' template. > '00000000-0000-0000-0000-000000000000', > v_child_count, > v_creation_date, > v_description, > v_free_text_comment, > v_mem_size_mb, > v_name, > v_num_of_sockets, > v_cpu_per_socket, > v_os, > v_vmt_guid, > v_vds_group_id, > v_domain, > v_num_of_monitors, > v_single_qxl_pci, > v_allow_console_reconnect, > v_status, > v_usb_policy, > v_time_zone, > v_fail_back, > v_vm_type, > v_nice_level, > v_cpu_shares, > v_default_boot_sequence, > v_default_display_type, > v_priority, > v_auto_startup, > v_is_stateless, > v_iso_path, > v_origin, > v_initrd_url, > v_kernel_url, > v_kernel_params, > v_template_type, > v_quota_id, > v_migration_support, > v_is_disabled, > v_dedicated_vm_for_vds, > v_is_smartcard_enabled, > v_is_delete_protected, > v_sso_method, > v_tunnel_migration, > v_vnc_keyboard_layout, > v_min_allocated_mem, > v_is_run_and_pause, > v_created_by_user_id); >-- perform deletion from vm_ovf_generations to ensure that no record exists when performing insert to avoid PK violation. >DELETE FROM vm_ovf_generations gen WHERE gen.vm_guid = v_vmt_guid; >INSERT INTO vm_ovf_generations(vm_guid, storage_pool_id) >VALUES (v_vmt_guid, (SELECT storage_pool_id > FROM vds_groups vg > WHERE vg.vds_group_id = v_vds_group_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmTemplate(v_child_count INTEGER, > v_creation_date TIMESTAMP WITH TIME ZONE, > v_description VARCHAR(4000) , > v_free_text_comment text, > v_mem_size_mb INTEGER, > v_name VARCHAR(40), > v_num_of_sockets INTEGER, > v_cpu_per_socket INTEGER, > v_os INTEGER, > v_vmt_guid UUID, > v_vds_group_id UUID, > v_domain VARCHAR(40), > v_num_of_monitors INTEGER, > v_single_qxl_pci BOOLEAN, > v_allow_console_reconnect BOOLEAN, > v_status INTEGER, > v_usb_policy INTEGER, > v_time_zone VARCHAR(40) , > v_fail_back BOOLEAN , > v_vm_type INTEGER , > v_nice_level INTEGER, > v_cpu_shares INTEGER, > v_default_boot_sequence INTEGER, > v_default_display_type INTEGER, > v_priority INTEGER, > v_auto_startup BOOLEAN, > v_is_stateless BOOLEAN, > v_is_smartcard_enabled BOOLEAN, > v_is_delete_protected BOOLEAN, > v_sso_method VARCHAR(32), > v_is_disabled BOOLEAN, > v_iso_path VARCHAR(4000) , > v_origin INTEGER , > v_initrd_url VARCHAR(4000) , > v_kernel_url VARCHAR(4000) , > v_kernel_params VARCHAR(4000), > v_quota_id UUID, > v_migration_support integer, > v_dedicated_vm_for_vds uuid, > v_tunnel_migration BOOLEAN, > v_vnc_keyboard_layout VARCHAR(16), > v_min_allocated_mem INTEGER, > v_is_run_and_pause BOOLEAN, > v_created_by_user_id UUID, > v_template_type VARCHAR(40)) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE vm_static > SET child_count = v_child_count,creation_date = v_creation_date,description = v_description, free_text_comment = v_free_text_comment, > mem_size_mb = v_mem_size_mb,vm_name = v_name,num_of_sockets = v_num_of_sockets, > cpu_per_socket = v_cpu_per_socket,os = v_os, > vds_group_id = v_vds_group_id,domain = v_domain,num_of_monitors = v_num_of_monitors, > single_qxl_pci = v_single_qxl_pci, allow_console_reconnect = v_allow_console_reconnect, > template_status = v_status,usb_policy = v_usb_policy,time_zone = v_time_zone, > fail_back = v_fail_back, > vm_type = v_vm_type, > nice_level = v_nice_level, > cpu_shares = v_cpu_shares, default_boot_sequence = v_default_boot_sequence, > default_display_type = v_default_display_type, > priority = v_priority,auto_startup = v_auto_startup,is_stateless = v_is_stateless, > iso_path = v_iso_path,origin = v_origin,initrd_url = v_initrd_url, > kernel_url = v_kernel_url,kernel_params = v_kernel_params, _update_date = CURRENT_TIMESTAMP, quota_id = v_quota_id, > migration_support = v_migration_support, dedicated_vm_for_vds = v_dedicated_vm_for_vds, is_smartcard_enabled = v_is_smartcard_enabled, > is_delete_protected = v_is_delete_protected, sso_method = v_sso_method, is_disabled = v_is_disabled, tunnel_migration = v_tunnel_migration, > vnc_keyboard_layout = v_vnc_keyboard_layout, min_allocated_mem = v_min_allocated_mem, is_run_and_pause = v_is_run_and_pause, created_by_user_id = v_created_by_user_id > WHERE vm_guid = v_vmt_guid > AND entity_type = v_template_type; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmTemplateStatus( > v_vmt_guid UUID, > v_status INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE vm_static > SET template_status = v_status > WHERE vm_guid = v_vmt_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVmTemplates(v_vmt_guid UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select vm_guid INTO v_val FROM vm_static WHERE vm_guid = v_vmt_guid FOR UPDATE; > DELETE FROM vm_static > WHERE vm_guid = v_vmt_guid; > -- delete Template permissions -- > DELETE FROM permissions where object_id = v_vmt_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVmTemplates(v_user_id UUID, v_is_filtered boolean) RETURNS SETOF vm_templates_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_templates.* > FROM vm_templates_view vm_templates > WHERE (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_template_permissions_view > WHERE user_id = v_user_id AND entity_id = vmt_guid)) > ORDER BY name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTemplatesByIds(v_vm_templates_ids VARCHAR(5000)) RETURNS SETOF vm_templates_view STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vm_templates.* > FROM vm_templates_view vm_templates > WHERE vm_templates.vmt_guid IN (SELECT * FROM fnSplitterUuid(v_vm_templates_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION getAllVmTemplatesRelatedToQuotaId(v_quota_id UUID) RETURNS SETOF vm_templates_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_templates.* > FROM vm_templates_view vm_templates > WHERE quota_id = v_quota_id > UNION > SELECT DISTINCT vm_templates.* > FROM vm_templates_view vm_templates > INNER JOIN vm_device vd ON vd.vm_id = vm_templates.vmt_guid > INNER JOIN images ON images.image_group_id = vd.device_id AND images.active = TRUE > INNER JOIN image_storage_domain_map ON image_storage_domain_map.image_id = images.image_guid > WHERE image_storage_domain_map.quota_id = v_quota_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTemplateByVmtGuid(v_vmt_guid UUID, v_user_id UUID, v_is_filtered boolean) RETURNS SETOF vm_templates_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_templates.* > FROM vm_templates_view vm_templates > WHERE vmt_guid = v_vmt_guid > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_template_permissions_view > WHERE user_id = v_user_id AND entity_id = v_vmt_guid)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTemplateByVmtName(v_vmt_name VARCHAR(255), v_user_id UUID, v_is_filtered boolean) RETURNS SETOF vm_templates_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_templates.* > FROM vm_templates_view vm_templates > WHERE name = v_vmt_name > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_template_permissions_view > WHERE user_id = v_user_id AND entity_id = vmt_guid)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTemplateByVdsGroupId(v_vds_group_id UUID) RETURNS SETOF vm_templates_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_templates.* > FROM vm_templates_view vm_templates > WHERE vds_group_id = v_vds_group_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTemplatesByImageId(v_image_guid UUID) RETURNS SETOF vm_templates_with_plug_info STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_templates_with_plug_info t > WHERE t.image_guid = v_image_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTemplatesByStorageDomainId(v_storage_domain_id UUID, v_user_id UUID, v_is_filtered boolean) RETURNS SETOF vm_templates_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT vm_templates.* > FROM vm_templates_view vm_templates > INNER JOIN vm_device vd ON vd.vm_id = vm_templates.vmt_guid > INNER JOIN images i ON i.image_group_id = vd.device_id AND i.active = TRUE > where i.image_guid in(select image_id from image_storage_domain_map where storage_domain_id = v_storage_domain_id) > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_template_permissions_view > WHERE user_id = v_user_id AND entity_id = vm_templates.vmt_guid)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_perms_get_templates_with_permitted_action(v_user_id UUID, v_action_group_id integer) RETURNS SETOF vm_templates_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_templates_view.* > FROM vm_templates_view, user_vm_template_permissions_view > WHERE vm_templates_view.vmt_guid = user_vm_template_permissions_view.entity_id AND > user_vm_template_permissions_view.user_id = v_user_id AND > (SELECT get_entity_permissions(v_user_id, v_action_group_id, vm_templates_view.vmt_guid, 4) IS NOT NULL); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTemplatesByNetworkId(v_network_id UUID) RETURNS SETOF vm_templates_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_templates_view > WHERE EXISTS ( > SELECT 1 > FROM vm_interface > INNER JOIN vnic_profiles > ON vnic_profiles.id = vm_interface.vnic_profile_id > WHERE vnic_profiles.network_id = v_network_id > AND vm_interface.vmt_guid = vm_templates_view.vmt_guid); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTemplatesByVnicProfileId(v_vnic_profile_id UUID) RETURNS SETOF vm_templates_view STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vm_templates_view > WHERE EXISTS ( > SELECT 1 > FROM vm_interface > WHERE vm_interface.vnic_profile_id = v_vnic_profile_id > AND vm_interface.vmt_guid = vm_templates_view.vmt_guid); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateOvfGenerations(v_vms_ids VARCHAR(5000), v_vms_db_generations VARCHAR(5000)) > RETURNS VOID > AS $procedure$ >DECLARE >curs_vmids CURSOR FOR SELECT * FROM fnSplitterUuid(v_vms_ids); >curs_newovfgen CURSOR FOR SELECT * FROM fnSplitter(v_vms_db_generations); >id UUID; >new_ovf_gen BIGINT; >BEGIN > OPEN curs_vmids; > OPEN curs_newovfgen; >LOOP > FETCH curs_vmids INTO id; > FETCH curs_newovfgen INTO new_ovf_gen; > IF NOT FOUND THEN > EXIT; > END IF; > UPDATE vm_ovf_generations > SET ovf_generation = new_ovf_gen WHERE vm_guid = id; >END LOOP; >CLOSE curs_vmids; >CLOSE curs_newovfgen; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetIdsForOvfDeletion(v_storage_pool_id UUID) RETURNS SETOF UUID STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT ovf.vm_guid as vm_guid > FROM vm_ovf_generations ovf > WHERE ovf.storage_pool_id = v_storage_pool_id AND ovf.vm_guid NOT IN (SELECT vm_guid FROM vm_static); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetOvfGeneration(v_vm_id UUID) RETURNS SETOF BIGINT STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vm.ovf_generation > FROM vm_ovf_generations vm > WHERE vm.vm_guid = v_vm_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmTemplatesIdsForOvfUpdate(v_storage_pool_id UUID) RETURNS SETOF UUID STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT templates.vmt_guid as vm_guid > FROM vm_templates_view templates, vm_ovf_generations generations > WHERE generations.vm_guid = templates.vmt_guid > AND templates.db_generation > generations.ovf_generation > AND templates.storage_pool_id = v_storage_pool_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsIdsForOvfUpdate(v_storage_pool_id UUID) RETURNS SETOF UUID STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vm.vm_guid as vm_guid > FROM vms vm, vm_ovf_generations ovf_gen > WHERE vm.vm_guid = ovf_gen.vm_guid > AND vm.db_generation > ovf_gen.ovf_generation > AND vm.storage_pool_id = v_storage_pool_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteOvfGenerations(v_vms_ids VARCHAR(5000)) > RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM vm_ovf_generations WHERE vm_guid IN (SELECT * FROM fnSplitterUuid(v_vms_ids)) > -- needed here to ensure that vm with the same id hasn't been added by import vm/template command > AND vm_guid NOT IN (SELECT vm_guid FROM vm_static); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVmStatistics(v_cpu_sys DECIMAL(18,0) , > v_cpu_user DECIMAL(18,0) , > v_elapsed_time DECIMAL(18,0) , > v_usage_cpu_percent INTEGER , > v_usage_mem_percent INTEGER , > v_usage_network_percent INTEGER , > v_disks_usage TEXT, > v_vm_guid UUID) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO vm_statistics(cpu_sys, cpu_user, elapsed_time, usage_cpu_percent, usage_mem_percent, usage_network_percent, disks_usage, vm_guid) > VALUES(v_cpu_sys, v_cpu_user, v_elapsed_time, v_usage_cpu_percent, v_usage_mem_percent, v_usage_network_percent, v_disks_usage, v_vm_guid); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmStatistics(v_cpu_sys DECIMAL(18,0) , > v_cpu_user DECIMAL(18,0) , > v_elapsed_time DECIMAL(18,0) , > v_usage_cpu_percent INTEGER , > v_usage_mem_percent INTEGER , > v_usage_network_percent INTEGER , > v_disks_usage TEXT , > v_vm_guid UUID) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE vm_statistics > SET cpu_sys = v_cpu_sys,cpu_user = v_cpu_user,elapsed_time = v_elapsed_time, > usage_cpu_percent = v_usage_cpu_percent,usage_mem_percent = v_usage_mem_percent, > usage_network_percent = v_usage_network_percent,disks_usage = v_disks_usage, _update_date = LOCALTIMESTAMP > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVmStatistics(v_vm_guid UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM vm_statistics > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVmStatistics() RETURNS SETOF vm_statistics STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_statistics.* > FROM vm_statistics; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmStatisticsByVmGuid(v_vm_guid UUID) RETURNS SETOF vm_statistics STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_statistics.* > FROM vm_statistics > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVmDynamic(v_app_list VARCHAR(4000) , > v_guest_cur_user_name VARCHAR(255) , > v_console_cur_user_name VARCHAR(255) , > v_guest_last_login_time TIMESTAMP WITH TIME ZONE , > v_guest_last_logout_time TIMESTAMP WITH TIME ZONE , > v_console_user_id UUID, > v_guest_os VARCHAR(255) , > v_migrating_to_vds UUID , > v_run_on_vds UUID , > v_status INTEGER, > v_vm_guid UUID, > v_vm_host VARCHAR(255) , > v_vm_ip VARCHAR(255) , > v_vm_fqdn VARCHAR(255) , > v_last_start_time TIMESTAMP WITH TIME ZONE , > v_vm_pid INTEGER , > v_display INTEGER , > v_acpi_enable BOOLEAN , > v_session INTEGER , > v_display_ip VARCHAR(255) , > v_display_type INTEGER , > v_kvm_enable BOOLEAN , > v_boot_sequence INTEGER , > v_display_secure_port INTEGER , > v_utc_diff INTEGER , > v_last_vds_run_on UUID , > v_client_ip VARCHAR(255), > v_guest_requested_memory INTEGER , > v_hibernation_vol_handle VARCHAR(255) , > v_exit_status INTEGER, > v_pause_status INTEGER, > v_exit_message VARCHAR(4000), > v_guest_agent_nics_hash INTEGER, > v_last_watchdog_event NUMERIC, > v_last_watchdog_action VARCHAR(8), > v_is_run_once BOOLEAN, > v_cpu_name VARCHAR(255)) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO vm_dynamic(app_list, guest_cur_user_name, console_cur_user_name, guest_last_login_time, guest_last_logout_time, console_user_id, guest_os, migrating_to_vds, RUN_ON_VDS, status, vm_guid, vm_host, vm_ip, last_start_time, vm_pid, display, acpi_enable, session, display_ip, display_type, kvm_enable, boot_sequence, display_secure_port, utc_diff, last_vds_run_on, client_ip, guest_requested_memory, hibernation_vol_handle,exit_status,pause_status,exit_message, guest_agent_nics_hash, last_watchdog_event, last_watchdog_action, is_run_once, vm_fqdn, cpu_name) > VALUES(v_app_list, v_guest_cur_user_name, v_console_cur_user_name, v_guest_last_login_time, v_guest_last_logout_time, v_console_user_id, v_guest_os, v_migrating_to_vds, v_run_on_vds, v_status, v_vm_guid, v_vm_host, v_vm_ip, v_last_start_time, v_vm_pid, v_display, v_acpi_enable, v_session, v_display_ip, v_display_type, v_kvm_enable, v_boot_sequence, v_display_secure_port, v_utc_diff, v_last_vds_run_on, v_client_ip, v_guest_requested_memory, v_hibernation_vol_handle, v_exit_status, v_pause_status, v_exit_message, v_guest_agent_nics_hash, v_last_watchdog_event, v_last_watchdog_action, v_is_run_once, v_vm_fqdn, v_cpu_name); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmDynamic(v_app_list VARCHAR(4000) , > v_guest_cur_user_name VARCHAR(255) , > v_console_cur_user_name VARCHAR(255) , > v_guest_last_login_time TIMESTAMP WITH TIME ZONE , > v_guest_last_logout_time TIMESTAMP WITH TIME ZONE , > v_console_user_id UUID, > v_guest_os VARCHAR(255) , > v_migrating_to_vds UUID , > v_run_on_vds UUID , > v_status INTEGER, > v_vm_guid UUID, > v_vm_host VARCHAR(255) , > v_vm_ip VARCHAR(255) , > v_vm_fqdn VARCHAR(255) , > v_last_start_time TIMESTAMP WITH TIME ZONE , > v_vm_pid INTEGER , > v_display INTEGER , > v_acpi_enable BOOLEAN , > v_session INTEGER , > v_display_ip VARCHAR(255) , > v_display_type INTEGER , > v_kvm_enable BOOLEAN , > v_boot_sequence INTEGER , > v_display_secure_port INTEGER , > v_utc_diff INTEGER , > v_last_vds_run_on UUID , > v_client_ip VARCHAR(255) , > v_guest_requested_memory INTEGER , > v_hibernation_vol_handle VARCHAR(255) , > v_exit_status INTEGER, > v_pause_status INTEGER, > v_exit_message VARCHAR(4000), > v_hash VARCHAR(30), > v_guest_agent_nics_hash INTEGER, > v_last_watchdog_event NUMERIC, > v_last_watchdog_action VARCHAR(8), > v_is_run_once BOOLEAN, > v_cpu_name VARCHAR(255)) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE vm_dynamic > SET app_list = v_app_list,guest_cur_user_name = v_guest_cur_user_name, > console_cur_user_name = v_console_cur_user_name, > guest_last_login_time = v_guest_last_login_time, > guest_last_logout_time = v_guest_last_logout_time, > console_user_id = v_console_user_id, > guest_os = v_guest_os,migrating_to_vds = v_migrating_to_vds,RUN_ON_VDS = v_run_on_vds, > status = v_status,vm_host = v_vm_host,vm_ip = v_vm_ip,vm_fqdn = v_vm_fqdn, > last_start_time = v_last_start_time, > vm_pid = v_vm_pid,display = v_display,acpi_enable = v_acpi_enable, > session = v_session,display_ip = v_display_ip, > display_type = v_display_type,kvm_enable = v_kvm_enable,boot_sequence = v_boot_sequence, > display_secure_port = v_display_secure_port, > utc_diff = v_utc_diff,last_vds_run_on = v_last_vds_run_on,client_ip = v_client_ip, > guest_requested_memory = v_guest_requested_memory, > hibernation_vol_handle = v_hibernation_vol_handle,exit_status = v_exit_status, > pause_status = v_pause_status,exit_message = v_exit_message, hash=v_hash, guest_agent_nics_hash = v_guest_agent_nics_hash, > last_watchdog_event = v_last_watchdog_event, last_watchdog_action = v_last_watchdog_action, is_run_once = v_is_run_once, cpu_name = v_cpu_name > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateConsoleUserWithOptimisticLocking( > v_vm_guid UUID, > v_console_user_id UUID, > v_guest_cur_user_name VARCHAR(255), > v_console_cur_user_name VARCHAR(255), > OUT v_updated BOOLEAN) > AS $procedure$ >BEGIN > UPDATE vm_dynamic SET > console_user_id = v_console_user_id, > guest_cur_user_name = v_guest_cur_user_name, > console_cur_user_name = v_console_cur_user_name > WHERE > vm_guid = v_vm_guid AND > (console_user_id = v_console_user_id OR console_user_id IS NULL); > v_updated := FOUND; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmDynamicStatus( > v_vm_guid UUID, > v_status INTEGER) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE vm_dynamic > SET > status = v_status > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVmDynamic(v_vm_guid UUID) >RETURNS VOID > AS $procedure$ >BEGIN > DELETE FROM vm_dynamic > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVmDynamic() RETURNS SETOF vm_dynamic STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_dynamic.* > FROM vm_dynamic; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmDynamicByVmGuid(v_vm_guid UUID) RETURNS SETOF vm_dynamic STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_dynamic.* > FROM vm_dynamic > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION InsertVmStatic(v_description VARCHAR(4000), > v_free_text_comment text, > v_mem_size_mb INTEGER, > v_os INTEGER, > v_vds_group_id UUID, > v_vm_guid UUID, > v_vm_name VARCHAR(255), > v_vmt_guid UUID, > v_domain VARCHAR(40), > v_creation_date TIMESTAMP WITH TIME ZONE, > v_num_of_monitors INTEGER, > v_single_qxl_pci BOOLEAN, > v_allow_console_reconnect BOOLEAN, > v_is_initialized BOOLEAN, > v_num_of_sockets INTEGER, > v_cpu_per_socket INTEGER, > v_usb_policy INTEGER, > v_time_zone VARCHAR(40) , > v_auto_startup BOOLEAN, > v_is_stateless BOOLEAN, > v_is_smartcard_enabled BOOLEAN, > v_is_delete_protected BOOLEAN, > v_sso_method VARCHAR(32), > v_dedicated_vm_for_vds UUID , > v_fail_back BOOLEAN , > v_vm_type INTEGER , > v_nice_level INTEGER, > v_cpu_shares INTEGER, > v_default_boot_sequence INTEGER, > v_default_display_type INTEGER, > v_priority INTEGER, > v_iso_path VARCHAR(4000) , > v_origin INTEGER , > v_initrd_url VARCHAR(4000) , > v_kernel_url VARCHAR(4000) , > v_kernel_params VARCHAR(4000) , > v_migration_support INTEGER , > v_predefined_properties VARCHAR(4000) , > v_userdefined_properties VARCHAR(4000), > v_min_allocated_mem INTEGER, > v_quota_id UUID, > v_cpu_pinning VARCHAR(4000), > v_host_cpu_flags BOOLEAN, > v_tunnel_migration BOOLEAN, > v_vnc_keyboard_layout VARCHAR(16), > v_is_run_and_pause BOOLEAN, > v_created_by_user_id UUID, > v_instance_type_id UUID, > v_image_type_id UUID) >RETURNS VOID > AS $procedure$ >BEGIN >INSERT INTO vm_static(description, free_text_comment, mem_size_mb, os, vds_group_id, vm_guid, VM_NAME, vmt_guid,domain,creation_date,num_of_monitors, single_qxl_pci, allow_console_reconnect,is_initialized,num_of_sockets,cpu_per_socket,usb_policy, time_zone,auto_startup,is_stateless,dedicated_vm_for_vds, fail_back, default_boot_sequence, vm_type, nice_level, cpu_shares, default_display_type, priority,iso_path,origin,initrd_url,kernel_url,kernel_params,migration_support,predefined_properties,userdefined_properties,min_allocated_mem, entity_type, quota_id, cpu_pinning, is_smartcard_enabled,is_delete_protected, sso_method, host_cpu_flags, tunnel_migration, vnc_keyboard_layout, is_run_and_pause, created_by_user_id, instance_type_id, image_type_id) > VALUES(v_description, v_free_text_comment, v_mem_size_mb, v_os, v_vds_group_id, v_vm_guid, v_vm_name, v_vmt_guid, v_domain, v_creation_date, v_num_of_monitors,v_single_qxl_pci, v_allow_console_reconnect, v_is_initialized, v_num_of_sockets, v_cpu_per_socket, v_usb_policy, v_time_zone, v_auto_startup,v_is_stateless,v_dedicated_vm_for_vds,v_fail_back, v_default_boot_sequence, v_vm_type, v_nice_level, v_cpu_shares, v_default_display_type, v_priority,v_iso_path,v_origin,v_initrd_url,v_kernel_url,v_kernel_params,v_migration_support,v_predefined_properties,v_userdefined_properties,v_min_allocated_mem, 'VM', v_quota_id, v_cpu_pinning, v_is_smartcard_enabled,v_is_delete_protected, v_sso_method, v_host_cpu_flags, v_tunnel_migration, v_vnc_keyboard_layout, v_is_run_and_pause, v_created_by_user_id, v_instance_type_id, v_image_type_id); >-- perform deletion from vm_ovf_generations to ensure that no record exists when performing insert to avoid PK violation. >DELETE FROM vm_ovf_generations gen WHERE gen.vm_guid = v_vm_guid; >INSERT INTO vm_ovf_generations(vm_guid, storage_pool_id) VALUES (v_vm_guid, (SELECT storage_pool_id FROM vds_groups vg WHERE vg.vds_group_id = v_vds_group_id)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION IncrementDbGeneration(v_vm_guid UUID) >RETURNS VOID > AS $procedure$ >BEGIN > UPDATE vm_static > SET db_generation = db_generation + 1 > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetDbGeneration(v_vm_guid UUID) >RETURNS SETOF BIGINT STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT db_generation > FROM vm_static > WHERE vm_guid = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION IncrementDbGenerationForAllInStoragePool(v_storage_pool_id UUID) >RETURNS VOID > AS $procedure$ >DECLARE > curs CURSOR FOR SELECT vms.vm_guid FROM vm_static vms > WHERE vms.vds_group_id IN (SELECT vgs.vds_group_id FROM vds_groups vgs > WHERE vgs.storage_pool_id=v_storage_pool_id) > ORDER BY vm_guid; > id UUID; >BEGIN > OPEN curs; > LOOP > FETCH curs INTO id; > IF NOT FOUND THEN > EXIT; > END IF; > UPDATE vm_static SET db_generation = db_generation + 1 WHERE vm_guid = id; > END LOOP; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateVmStatic(v_description VARCHAR(4000) , > v_free_text_comment text, > v_mem_size_mb INTEGER, > v_os INTEGER, > v_vds_group_id UUID, > v_vm_guid UUID, > v_vm_name VARCHAR(255), > v_vmt_guid UUID, > v_domain VARCHAR(40), > v_creation_date TIMESTAMP WITH TIME ZONE, > v_num_of_monitors INTEGER, > v_single_qxl_pci BOOLEAN, > v_allow_console_reconnect BOOLEAN, > v_is_initialized BOOLEAN, > v_num_of_sockets INTEGER, > v_cpu_per_socket INTEGER, > v_usb_policy INTEGER, > v_time_zone VARCHAR(40) , > v_auto_startup BOOLEAN, > v_is_stateless BOOLEAN, > v_is_smartcard_enabled BOOLEAN, > v_is_delete_protected BOOLEAN, > v_sso_method VARCHAR(32), > v_dedicated_vm_for_vds UUID , > v_fail_back BOOLEAN , > v_vm_type INTEGER , > v_nice_level INTEGER, > v_cpu_shares INTEGER, > v_default_boot_sequence INTEGER, > v_default_display_type INTEGER, > v_priority INTEGER, > v_iso_path VARCHAR(4000) , > v_origin INTEGER , > v_initrd_url VARCHAR(4000) , > v_kernel_url VARCHAR(4000) , > v_kernel_params VARCHAR(4000) , > v_migration_support INTEGER , >v_predefined_properties VARCHAR(4000), >v_userdefined_properties VARCHAR(4000), >v_min_allocated_mem INTEGER, >v_quota_id UUID, >v_cpu_pinning VARCHAR(4000), >v_host_cpu_flags BOOLEAN, >v_tunnel_migration BOOLEAN, >v_vnc_keyboard_layout VARCHAR(16), >v_is_run_and_pause BOOLEAN, >v_created_by_user_id UUID, >v_instance_type_id UUID, >v_image_type_id UUID) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE vm_static > SET description = v_description, free_text_comment = v_free_text_comment ,mem_size_mb = v_mem_size_mb,os = v_os,vds_group_id = v_vds_group_id, > VM_NAME = v_vm_name,vmt_guid = v_vmt_guid, > domain = v_domain,creation_date = v_creation_date,num_of_monitors = v_num_of_monitors,single_qxl_pci = v_single_qxl_pci, > allow_console_reconnect = v_allow_console_reconnect, > is_initialized = v_is_initialized, > num_of_sockets = v_num_of_sockets,cpu_per_socket = v_cpu_per_socket, > usb_policy = v_usb_policy,time_zone = v_time_zone,auto_startup = v_auto_startup, > is_stateless = v_is_stateless,dedicated_vm_for_vds = v_dedicated_vm_for_vds, > fail_back = v_fail_back,vm_type = v_vm_type, > nice_level = v_nice_level, > cpu_shares = v_cpu_shares, > _update_date = LOCALTIMESTAMP,default_boot_sequence = v_default_boot_sequence, > default_display_type = v_default_display_type, > priority = v_priority,iso_path = v_iso_path,origin = v_origin, > initrd_url = v_initrd_url,kernel_url = v_kernel_url, > kernel_params = v_kernel_params,migration_support = v_migration_support, > predefined_properties = v_predefined_properties,userdefined_properties = v_userdefined_properties, > min_allocated_mem = v_min_allocated_mem, quota_id = v_quota_id, cpu_pinning = v_cpu_pinning, is_smartcard_enabled = v_is_smartcard_enabled, > is_delete_protected = v_is_delete_protected, sso_method = v_sso_method, host_cpu_flags = v_host_cpu_flags, tunnel_migration = v_tunnel_migration, > vnc_keyboard_layout = v_vnc_keyboard_layout, is_run_and_pause = v_is_run_and_pause, created_by_user_id = v_created_by_user_id > WHERE vm_guid = v_vm_guid > AND entity_type = 'VM'; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVmStatic(v_vm_guid UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_val UUID; >BEGIN > -- Get (and keep) a shared lock with "right to upgrade to exclusive" > -- in order to force locking parent before children > select vm_guid INTO v_val FROM vm_static WHERE vm_guid = v_vm_guid FOR UPDATE; > DELETE FROM vm_static > WHERE vm_guid = v_vm_guid > AND entity_type = 'VM'; > > -- delete VM permissions -- > DELETE FROM permissions where object_id = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVmStatic() RETURNS SETOF vm_static STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vm_static.* > FROM vm_static > WHERE entity_type = 'VM'; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmStaticByVmGuid(v_vm_guid UUID) RETURNS SETOF vm_static STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vm_static.* > FROM vm_static > WHERE vm_guid = v_vm_guid > AND entity_type = 'VM'; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS GetNamesOfVmStaticDedicatedToVds_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE GetNamesOfVmStaticDedicatedToVds_rs AS (vm_name CHARACTER VARYING); >************************** > >CREATE TYPE >********* QUERY ********** >Create or replace FUNCTION GetNamesOfVmStaticDedicatedToVds(v_vds_id UUID) RETURNS SETOF GetNamesOfVmStaticDedicatedToVds_rs STABLE > AS $procedure$ >BEGIN > RETURN QUERY > SELECT vm_name > FROM vm_static > WHERE dedicated_vm_for_vds = v_vds_id > AND migration_support = 2 > AND entity_type = 'VM'; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVmStaticByStoragePoolId(v_sp_id uuid) RETURNS SETOF vm_static STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vm_static.* > FROM vm_static INNER JOIN > vm_dynamic ON vm_static.vm_guid = vm_dynamic.vm_guid INNER JOIN > vds_groups ON vm_static.vds_group_id = vds_groups.vds_group_id LEFT OUTER JOIN > storage_pool ON vm_static.vds_group_id = vds_groups.vds_group_id > and vds_groups.storage_pool_id = storage_pool.id > WHERE v_sp_id = storage_pool.id > AND entity_type = 'VM'; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmStaticByName(v_vm_name VARCHAR(255)) RETURNS SETOF vm_static STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vm_static.* > FROM vm_static > WHERE VM_NAME = v_vm_name > AND entity_type = 'VM'; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmStaticByVdsGroup(v_vds_group_id UUID) RETURNS SETOF vm_static STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vm_static.* > FROM vm_static > WHERE vds_group_id = v_vds_group_id > AND entity_type = 'VM'; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmStaticWithFailbackByVdsId(v_vds_id UUID) RETURNS SETOF vm_static STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vm_static.* > FROM vm_static > WHERE dedicated_vm_for_vds = v_vds_id and fail_back = TRUE > AND entity_type = 'VM'; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetAllFromVms(v_user_id UUID, v_is_filtered boolean) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT DISTINCT vms.* > FROM vms > WHERE (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_permissions_view > WHERE user_id = v_user_id AND entity_id = vm_guid)) > ORDER BY vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsByIds(v_vms_ids VARCHAR(5000)) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT vm.* > FROM vms vm > WHERE vm.vm_guid IN (SELECT * from fnSplitterUuid(v_vms_ids)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmByVmGuid(v_vm_guid UUID, v_user_id UUID, v_is_filtered boolean) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT DISTINCT vms.* > FROM vms > WHERE vm_guid = v_vm_guid > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_permissions_view > WHERE user_id = v_user_id AND entity_id = v_vm_guid)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmByVmNameForDataCenter(v_data_center_id UUID, v_vm_name VARCHAR(255), v_user_id UUID, v_is_filtered boolean) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT DISTINCT vms.* > FROM vms > WHERE vm_name = v_vm_name > AND (v_data_center_id is null OR storage_pool_id = v_data_center_id) > AND (NOT v_is_filtered OR EXISTS (SELECT 1 > FROM user_vm_permissions_view > WHERE user_id = v_user_id AND entity_id = vms.vm_guid)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsByVmtGuid(v_vmt_guid UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT DISTINCT vms.* > FROM vms > WHERE vmt_guid = v_vmt_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsByUserId(v_user_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN >RETURN QUERY select vms.* from vms > inner join permissions on vms.vm_guid = permissions.object_id > WHERE permissions.ad_element_id = v_user_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsByUserIdWithGroupsAndUserRoles(v_user_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT DISTINCT vms.* > from vms > inner join permissions_view as perms on vms.vm_guid = perms.object_id > WHERE (perms.ad_element_id = v_user_id > or perms.ad_element_id in(select id from getUserAndGroupsById(v_user_id))) > and perms.role_type = 2; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsRunningOnVds(v_vds_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT DISTINCT vms.* > FROM vms > WHERE run_on_vds = v_vds_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsMigratingToVds(v_vds_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT DISTINCT vms.* > FROM vms > WHERE migrating_to_vds = v_vds_id; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsRunningOnOrMigratingToVds(v_vds_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN > -- use migrating_to_vds column when the VM is in status Migrating From > RETURN QUERY SELECT DISTINCT V.* FROM VMS V > WHERE V.RUN_ON_VDS=V_VDS_ID OR (V.STATUS = 5 AND V.MIGRATING_TO_VDS=V_VDS_ID) > ORDER BY V.VM_NAME; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsDynamicRunningOnVds(v_vds_id UUID) RETURNS SETOF vm_dynamic STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vm_dynamic.* > FROM vm_dynamic > WHERE RUN_ON_VDS = v_vds_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION DeleteVm(v_vm_guid UUID) >RETURNS VOID > AS $procedure$ > DECLARE > v_vmt_guid UUID; >BEGIN > select vm_static.vmt_guid INTO v_vmt_guid FROM vm_static WHERE vm_guid = v_vm_guid; > UPDATE vm_static > SET child_count =(SELECT COUNT(*) FROM vm_static WHERE vmt_guid = v_vmt_guid) -1 > WHERE vm_guid = v_vmt_guid; > DELETE FROM tags_vm_map > WHERE vm_id = v_vm_guid; > DELETE > FROM snapshots > WHERE vm_id = v_vm_guid; > DELETE FROM vm_statistics WHERE vm_guid = v_vm_guid; > DELETE FROM vm_dynamic WHERE vm_guid = v_vm_guid; > DELETE FROM vm_static WHERE vm_guid = v_vm_guid; > DELETE FROM permissions where object_id = v_vm_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsByAdGroupNames(v_ad_group_names VARCHAR(250)) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN >RETURN QUERY select distinct vms.* from vms > inner join permissions on vms.vm_guid = permissions.object_id > inner join ad_groups on ad_groups.id = permissions.ad_element_id > WHERE (ad_groups.name in(select Id from fnSplitter(v_ad_group_names))); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsByDiskId(v_disk_guid UUID) RETURNS SETOF vms_with_plug_info STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT vms_with_plug_info.* > FROM vms_with_plug_info > WHERE device_id = v_disk_guid; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmByHibernationImageId(v_image_id VARCHAR(4000)) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT vms.* > FROM vms > WHERE hibernation_vol_handle like '%' || coalesce(v_image_id,'') || '%'; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetActiveVmsByStorageDomainId(v_storage_domain_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT vms.* > FROM vms > INNER JOIN vm_device vd ON vd.vm_id = vms.vm_guid > INNER JOIN images i ON i.image_group_id = vd.device_id AND i.active = TRUE > inner join image_storage_domain_map on i.image_guid = image_storage_domain_map.image_id > WHERE status <> 0 and image_storage_domain_map.storage_domain_id = v_storage_domain_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsByStorageDomainId(v_storage_domain_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT DISTINCT vms.* > FROM vms > INNER JOIN vm_device vd ON vd.vm_id = vms.vm_guid > INNER JOIN images ON images.image_group_id = vd.device_id AND images.active = TRUE > inner join image_storage_domain_map on images.image_guid = image_storage_domain_map.image_id > where image_storage_domain_map.storage_domain_id = v_storage_domain_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION getAllVmsRelatedToQuotaId(v_quota_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vms.* > FROM vms > WHERE quota_id = v_quota_id > UNION > SELECT DISTINCT vms.* > FROM vms > INNER JOIN vm_device vd ON vd.vm_id = vms.vm_guid > INNER JOIN images ON images.image_group_id = vd.device_id AND images.active = TRUE > INNER JOIN image_storage_domain_map ON image_storage_domain_map.image_id = images.image_guid > WHERE image_storage_domain_map.quota_id = v_quota_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION UpdateIsInitialized(v_vm_guid UUID, > v_is_initialized BOOLEAN) >RETURNS VOID > > AS $procedure$ >BEGIN > UPDATE vm_static > SET is_initialized = v_is_initialized > WHERE vm_guid = v_vm_guid > AND entity_type = 'VM'; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >DROP TYPE IF EXISTS GetOrderedVmGuidsForRunMultipleActions_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE GetOrderedVmGuidsForRunMultipleActions_rs AS (vm_guid UUID); >************************** > >CREATE TYPE >********* QUERY ********** >Create or replace FUNCTION GetOrderedVmGuidsForRunMultipleActions(v_vm_guids VARCHAR(4000)) RETURNS SETOF GetOrderedVmGuidsForRunMultipleActions_rs STABLE > AS $procedure$ > DECLARE > v_ordered_guids GetOrderedVmGuidsForRunMultipleActions_rs; >BEGIN > FOR v_ordered_guids IN EXECUTE 'SELECT vm_guid from vm_static where vm_guid in( ' || v_vm_guids || ' ) AND entity_type = ''VM'' order by auto_startup desc,priority desc, migration_support desc' LOOP > RETURN NEXT v_ordered_guids; > END LOOP; > >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsByNetworkId(v_network_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vms > WHERE EXISTS ( > SELECT 1 > FROM vm_interface > INNER JOIN vnic_profiles > ON vnic_profiles.id = vm_interface.vnic_profile_id > WHERE vnic_profiles.network_id = v_network_id > AND vm_interface.vm_guid = vms.vm_guid); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsByVnicProfileId(v_vnic_profile_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT * > FROM vms > WHERE EXISTS ( > SELECT 1 > FROM vm_interface > WHERE vm_interface.vnic_profile_id = v_vnic_profile_id > AND vm_interface.vm_guid = vms.vm_guid); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsByVdsGroupId(v_vds_group_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vms.* > FROM vms > WHERE vds_group_id = v_vds_group_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION GetVmsByVmPoolId(v_vm_pool_id UUID) RETURNS SETOF vms STABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT vms.* > FROM vms > WHERE vm_pool_id = v_vm_pool_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_add_column(v_table varchar(128), v_column varchar(128), v_column_def text) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (not exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ADD COLUMN ' || v_column || ' ' || v_column_def; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_drop_column(v_table varchar(128), v_column varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' DROP COLUMN ' || v_column; > EXECUTE v_sql; > end; > end if; >end;$procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_change_column_type(v_table varchar(128), v_column varchar(128), > v_type varchar(128), v_new_type varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column and (udt_name ilike v_type or data_type ilike v_type))) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' ALTER COLUMN ' || v_column || ' TYPE ' || v_new_type; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_db_rename_column(v_table varchar(128), v_column varchar(128), v_new_name varchar(128)) >returns void >AS $procedure$ >declare >v_sql text; > >begin > if (exists (select 1 from information_schema.columns where table_name ilike v_table and column_name ilike v_column)) then > begin > v_sql := 'ALTER TABLE ' || v_table || ' RENAME COLUMN ' || v_column || ' TO ' || v_new_name; > EXECUTE v_sql; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_option_value, v_version); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value_all_versions(v_option_name varchar(100)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name)) then > begin > delete from vdc_options where option_name ilike v_option_name; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_value(v_option_name varchar(100), v_version text) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)))) then > begin > delete from vdc_options where option_name ilike v_option_name and version in (select ID from fnSplitter(v_version)); > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_delete_config_for_version(v_version text) >returns void >AS $procedure$ >BEGIN > delete from vdc_options where version in (select ID from fnSplitter(v_version)); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_config_value(v_option_name varchar(100), v_option_value varchar(4000), > v_version varchar(40)) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and version = v_version; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_update_default_config_value(v_option_name varchar(100),v_default_option_value varchar(4000),v_option_value varchar(4000),v_version varchar(40),v_ignore_default_value_case boolean) >returns void >AS $procedure$ >begin > if (exists (select 1 from vdc_options where option_name ilike v_option_name and version = v_version)) then > begin > if (v_ignore_default_value_case) > then > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value ilike v_default_option_value and version = v_version; > else > update vdc_options set option_value = v_option_value > where option_name ilike v_option_name and option_value = v_default_option_value and version = v_version; > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_rename_config_key(v_old_option_name varchar(100),v_new_option_name varchar(100),v_version varchar(40)) >returns void >AS $procedure$ >DECLARE > v_current_option_value varchar(4000); >begin > if (exists (select 1 from vdc_options where option_name ilike v_old_option_name and version = v_version)) then > v_current_option_value:=option_value from vdc_options where option_name ilike v_old_option_name and version = v_version; > update vdc_options set option_name = v_new_option_name, option_value = v_current_option_value > where option_name ilike v_old_option_name and version = v_version; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_create_constraint ( > v_table varchar(128), v_constraint varchar(128), v_constraint_sql text) >returns void >AS $procedure$ >begin > if NOT EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' ADD CONSTRAINT ' || v_constraint || ' ' || v_constraint_sql; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace function fn_db_drop_constraint ( > v_table varchar(128), v_constraint varchar(128)) >returns void >AS $procedure$ >begin > if EXISTS (SELECT 1 from pg_constraint where conname ilike v_constraint) then > execute 'ALTER TABLE ' || v_table || ' DROP CONSTRAINT ' || v_constraint || ' CASCADE'; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid) > RETURNS void AS >$procedure$ > DECLARE > v_user_entry VARCHAR(255); > v_user_id UUID; > v_name VARCHAR(255); > v_domain VARCHAR(255); > v_user_name VARCHAR(255); > > v_document VARCHAR(64); > v_index INTEGER; >BEGIN > > select option_value INTO v_user_entry from vdc_options where option_name = 'AdUserId'; > select option_value INTO v_name from vdc_options where option_name = 'AdUserName'; > select option_value INTO v_domain from vdc_options where option_name = 'DomainName'; > > v_index := POSITION(':' IN v_user_entry); > if ( v_index <> 0 ) then > v_user_entry := substring( v_user_entry from v_index + 1 ); > v_user_id := CAST( v_user_entry AS uuid ); > end if; > > v_index := POSITION(':' IN v_name); > if ( v_index <> 0 ) then > v_name := substring( v_name from v_index + 1 ); > end if; > >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select v_user_id, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = v_user_id and name = v_name and domain = v_domain and username = v_user_name and groups = '' and status = 1); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', v_user_id, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = v_user_id and object_id= getGlobalIds('system') and object_type_id = 1); >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION CheckDBConnection() RETURNS SETOF integer IMMUTABLE > AS $procedure$ >BEGIN > RETURN QUERY SELECT 1; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_functions_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'drop function if exists ' || ns.nspname || '.' || proname || '(' || oidvectortypes(proargtypes) || ') cascade;' from pg_proc inner join pg_namespace ns on (pg_proc.pronamespace=ns.oid) where ns.nspname = 'public' order by proname; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_views_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP VIEW if exists ' || table_name || ' CASCADE;' from information_schema.views where table_schema = 'public' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_tables_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP TABLE if exists ' || table_name || ' CASCADE;' from information_schema.tables where table_schema = 'public' and table_type = 'BASE TABLE' order by table_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_seq_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY select 'DROP SEQUENCE if exists ' || sequence_name || ' CASCADE;' from information_schema.sequences where sequence_schema = 'public' order by sequence_name; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION generate_drop_all_user_types_syntax() RETURNS SETOF text STABLE > AS $procedure$ >BEGIN >RETURN QUERY SELECT 'DROP TYPE if exists ' || c.relname::information_schema.sql_identifier || ' CASCADE;' > FROM pg_namespace n, pg_class c, pg_type t > WHERE n.oid = c.relnamespace and t.typrelid = c.oid and c.relkind = 'c'::"char" and > n.nspname = 'public' > ORDER BY c.relname::information_schema.sql_identifier; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >Create or replace FUNCTION fn_get_column_size( v_table varchar(64), v_column varchar(64)) returns integer STABLE > AS $procedure$ > declare > retvalue integer; >BEGIN > retvalue := character_maximum_length from information_schema.columns > where > table_name ilike v_table and column_name ilike v_column and > table_schema = 'public' and udt_name in ('char','varchar'); > return retvalue; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION attach_user_to_su_role(v_permission_id uuid, v_user_id VARCHAR(255), v_name VARCHAR(255), v_domain VARCHAR(255)) > RETURNS void AS >$BODY$ > DECLARE > v_user_name VARCHAR(255); > v_document VARCHAR(64); > v_index INTEGER; > input_uuid uuid; >BEGIN > input_uuid = CAST( v_user_id AS uuid ); >-- find if name already includes domain (@) > v_index := POSITION('@' IN v_name); > > if (v_index = 0) then > v_user_name := coalesce(v_name,'') || '@' || coalesce(v_domain,''); > else > v_user_name := v_name; > end if; > > >insert into users(user_id,name,domain,username,groups,status) select input_uuid, v_name, v_domain, v_user_name,'',1 where not exists (select user_id,name,domain,username,groups,status from users where user_id = input_uuid); > >insert into permissions(id,role_id,ad_element_id,object_id,object_type_id) select v_permission_id, '00000000-0000-0000-0000-000000000001', input_uuid, getGlobalIds('system'), 1 where not exists(select role_id,ad_element_id,object_id,object_type_id from permissions where role_id = '00000000-0000-0000-0000-000000000001' and ad_element_id = input_uuid and object_id= getGlobalIds('system') and object_type_id = 1); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_add_action_group_to_role(v_role_id UUID, v_action_group_id INTEGER) >RETURNS VOID >AS $procedure$ >BEGIN > INSERT INTO roles_groups(role_id,action_group_id) > SELECT v_role_id, v_action_group_id > WHERE NOT EXISTS (SELECT 1 > FROM roles_groups > WHERE role_id = v_role_id > AND action_group_id = v_action_group_id); >RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_split_config_value(v_option_name character varying, v_old_option_value character varying, v_new_option_value character varying, v_update_from_version character varying) > RETURNS void AS >$BODY$ >declare >v_old_value varchar(4000); >v_cur cursor for select distinct version from vdc_options where version <> 'general' order by version; >v_version varchar(40); >v_index integer; >v_count integer; >v_total_count integer; >v_version_count integer; >begin > v_total_count := count(version) from vdc_options where option_name = v_option_name; > v_old_value := option_value from vdc_options where option_name = v_option_name and version = 'general'; > v_version_count := count(distinct version) from vdc_options where version <> 'general'; > if (v_total_count <= v_version_count) then > begin > if (v_old_value IS NULL) then > v_old_value := v_old_option_value; > end if; > v_count := count(distinct version) from vdc_options where version <> 'general'; > v_index := 1; > open v_cur; > loop > fetch v_cur into v_version; > exit when not found; > -- We shouldn't update if already exists > if (not exists (select 1 from vdc_options where option_name = v_option_name and version = v_version)) then > -- Might not work well for versions such as 3.10, but we currently don't have any > if (v_version >= v_update_from_version) then > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_new_option_value, v_version); > else > insert into vdc_options (option_name, option_value, version) values (v_option_name, v_old_value, v_version); > end if; > end if; > v_index := v_index +1; > end loop; > close v_cur; > delete from vdc_options where option_name = v_option_name and version = 'general'; > end; > end if; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_grant_action_group_to_all_roles_filter(v_action_group_id integer, uuid[]) > RETURNS void AS >$BODY$ >declare >v_role_id_to_filter alias for $2; >begin > insert into roles_groups (role_id, action_group_id) > select distinct role_id, v_action_group_id > from roles_groups rg > where not ARRAY [role_id] <@ v_role_id_to_filter and not exists (select 1 from roles_groups where role_id = rg.role_id and action_group_id = v_action_group_id); >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION fn_db_mask_object(v_object regclass) RETURNS setof record as >$BODY$ >DECLARE > v_sql TEXT; > v_table record; > v_table_name TEXT; > temprec record; >BEGIN > -- get full table/view name from v_object (i.e <namespace>.<name>) > select c.relname, n.nspname INTO v_table > FROM pg_class c join pg_namespace n on c.relnamespace = n.oid WHERE c.oid = v_object; > -- try to get filtered query syntax from previous execution > if exists (select 1 from object_column_white_list_sql where object_name = v_table.relname) then > select sql into v_sql from object_column_white_list_sql where object_name = v_table.relname; > else > v_table_name := quote_ident( v_table.nspname ) || '.' || quote_ident( v_table.relname ); > -- compose sql statement while skipping values for columns not defined in object_column_white_list for this table. > for temprec in select a.attname, t.typname > FROM pg_attribute a join pg_type t on a.atttypid = t.oid > WHERE a.attrelid = v_object AND a.attnum > 0 AND NOT a.attisdropped ORDER BY a.attnum > loop > v_sql := coalesce( v_sql || ', ', 'SELECT ' ); > if exists(select 1 from object_column_white_list > where object_name = v_table.relname and column_name = temprec.attname) then > v_sql := v_sql || quote_ident( temprec.attname ); > ELSE > v_sql := v_sql || 'NULL::' || quote_ident( temprec.typname ) || ' as ' || quote_ident( temprec.attname ); > END IF; > END LOOP; > v_sql := v_sql || ' FROM ' || v_table_name; > v_sql := 'SELECT x::' || v_table_name || ' as rec FROM (' || v_sql || ') as x'; > -- save generated query for further use > insert into object_column_white_list_sql(object_name,sql) values (v_table.relname, v_sql); > end if; > RETURN QUERY EXECUTE v_sql; >END; $BODY$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_add_column_to_object_white_list(v_object_name varchar(128), v_column_name varchar(128)) >returns void >AS $procedure$ >begin > if (not exists (select 1 from object_column_white_list > where object_name = v_object_name and column_name = v_column_name)) then > begin > -- verify that there is such object in db > if exists (select 1 from information_schema.columns > where table_name = v_object_name and column_name = v_column_name) then > insert into object_column_white_list (object_name, column_name) values (v_object_name, v_column_name); > end if; > end; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_disk(v_id UUID) >returns void >AS $procedure$ >declare > OK integer; > LOCKED integer; >begin > OK:=1; > LOCKED:=2; > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_snapshot(v_id UUID) >returns void >AS $procedure$ >declare > OK varchar; > LOCKED varchar; >begin > OK:='OK'; > LOCKED:='LOCKED'; > update snapshots set status = OK where status = LOCKED and snapshot_id = v_id; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >create or replace FUNCTION fn_db_unlock_entity(v_object_type varchar(10), v_name varchar(255), v_recursive boolean) >returns void >AS $procedure$ >declare > DOWN integer; > OK integer; > LOCKED integer; > TEMPLATE_OK integer; > TEMPLATE_LOCKED integer; > IMAGE_LOCKED integer; > SNAPSHOT_OK varchar; > SNAPSHOT_LOCKED varchar; > v_id UUID; >begin > DOWN:=0; > OK:=1; > LOCKED:=2; > TEMPLATE_OK:=0; > TEMPLATE_LOCKED:=1; > IMAGE_LOCKED:=15; > SNAPSHOT_OK:='OK'; > SNAPSHOT_LOCKED:='LOCKED'; > v_id := vm_guid from vm_static where vm_name = v_name and entity_type ilike v_object_type; > -- set VM status to DOWN > if (v_object_type = 'vm') then > update vm_dynamic set status = DOWN where status = IMAGE_LOCKED and vm_guid = v_id; > -- set Template status to OK > else > if (v_object_type = 'template') then > update vm_static set template_status = TEMPLATE_OK where template_status = TEMPLATE_LOCKED and vm_guid = v_id; > end if; > end if; > --unlock images and snapshots if recursive flag is set > if (v_recursive) then > update images set imagestatus = OK where imagestatus = LOCKED and > image_group_id in (select device_id from vm_device where vm_id = v_id and is_plugged); > > update snapshots set status = SNAPSHOT_OK where status ilike SNAPSHOT_LOCKED and vm_id = v_id; > end if; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >/* Displays DC id , DC name, SPM Host id , SPM Host name and number of async tasks awaiting. > >1) create a record type with DC name, DC id, SPM host id, SPM host name, count > >2) get all distinct DC ids from async_tasks table > >3) Run a cursor for each result in 2) > > a) get DC name > b) get SPM Host id & name if available > c) get count of tasks > > return current record > >4) return set of generated records >*/ >DROP TYPE IF EXISTS async_tasks_info_rs CASCADE; >************************** > >DROP TYPE >********* QUERY ********** >CREATE TYPE async_tasks_info_rs AS ( > dc_id UUID, dc_name CHARACTER VARYING, spm_host_id UUID, spm_host_name CHARACTER VARYING, task_count integer); >************************** > >CREATE TYPE >********* QUERY ********** >create or replace FUNCTION fn_db_get_async_tasks() >returns SETOF async_tasks_info_rs STABLE >AS $procedure$ >DECLARE > v_record async_tasks_info_rs; > > -- selects storage_pool_id uuid found in async_tasks > v_tasks_cursor cursor for select distinct storage_pool_id from async_tasks; >begin > > OPEN v_tasks_cursor; > FETCH v_tasks_cursor into v_record.dc_id; > WHILE FOUND LOOP > -- get dc_name and SPM Host id > v_record.dc_name := name from storage_pool where id = v_record.dc_id; > v_record.spm_host_id := > spm_vds_id from storage_pool where id = v_record.dc_id; > -- get Host name if we have non NULL SPM Host > if (v_record.spm_host_id IS NOT NULL) then > v_record.spm_host_name := > vds_name from vds_static where vds_id = v_record.spm_host_id; > else > v_record.spm_host_name:=''; > end if; > -- get tasks count for this DC > v_record.task_count := count(*) from async_tasks > where position (cast(v_record.dc_id as varchar) in action_parameters) > 0; > -- return the record > RETURN NEXT v_record; > FETCH v_tasks_cursor into v_record.dc_id; > END LOOP; > CLOSE v_tasks_cursor; > -- return full set of generated records > RETURN; >END; $procedure$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >CREATE OR REPLACE FUNCTION __temp_add_object_column_white_list_table() >RETURNS void >AS $function$ >BEGIN > -- This table holds the column white list per object > IF EXISTS (SELECT * FROM pg_tables WHERE tablename ILIKE 'object_column_white_list') THEN > truncate table object_column_white_list; > ELSE > CREATE TABLE object_column_white_list > ( > object_name varchar(128) NOT NULL, > column_name varchar(128) NOT NULL, > CONSTRAINT pk_object_column_white_list PRIMARY KEY(object_name,column_name) > ) WITH OIDS; > END IF; > > -- this table holds generated sql per object and is truncated upon upgrade to reflect schema changes > IF EXISTS (SELECT * FROM pg_tables WHERE tablename ILIKE 'object_column_white_list_sql') THEN > truncate table object_column_white_list_sql; > ELSE > CREATE TABLE object_column_white_list_sql > ( > object_name varchar(128) NOT NULL, > sql text NOT NULL, > CONSTRAINT pk_object_column_white_list_sql PRIMARY KEY(object_name) > ) WITH OIDS; > > END IF; > ----------------------------------- > -- Initial white list settings --- > ----------------------------------- > -- vds view > ----------------------------------- > -- A new added column will not be displayed for the user unless added specifically. > insert into object_column_white_list(object_name,column_name) > (select 'vds', column_name > from information_schema.columns > where table_name = 'vds' and > column_name in ( > 'vds_group_id', 'vds_group_name', 'vds_group_description', > 'vds_id', 'vds_name', 'ip', 'vds_unique_id', 'host_name', 'port', 'vds_strength', > 'server_ssl_enabled', 'vds_type', 'pm_type', 'pm_user', 'pm_port', 'pm_options', 'pm_enabled', > 'pm_proxy_preferences', 'pm_secondary_ip', 'pm_secondary_type', 'pm_secondary_user', 'pm_secondary_port', > 'pm_secondary_options', 'pm_secondary_concurrent', 'vds_spm_priority', 'hooks', 'status', 'cpu_cores', > 'cpu_model', 'cpu_speed_mh', 'if_total_speed', 'kvm_enabled', 'physical_mem_mb', > 'pending_vcpus_count', 'pending_vmem_size', 'mem_commited', 'vm_active', 'vm_count', > 'vm_migrating', 'vms_cores_count', 'cpu_over_commit_time_stamp', 'hypervisor_type', > 'net_config_dirty', 'max_vds_memory_over_commit', 'storage_pool_id', 'storage_pool_name', 'reserved_mem', > 'guest_overhead', 'software_version', 'version_name', 'build_name', 'previous_status', > 'cpu_idle', 'cpu_load', 'cpu_sys', 'cpu_user', 'usage_mem_percent', 'usage_cpu_percent', > 'usage_network_percent', 'mem_available', 'mem_shared', 'swap_free', 'swap_total', 'ksm_cpu_percent', > 'ksm_pages', 'ksm_state', 'cpu_flags', 'vds_group_cpu_name', 'cpu_sockets', 'vds_spm_id', > 'otp_validity', 'spm_status', 'supported_cluster_levels', 'supported_engines', > 'vds_group_compatibility_version', 'vds_group_virt_service', 'vds_group_gluster_service', 'host_os', 'kvm_version', 'libvirt_version', 'spice_version', 'kernel_version', > 'iscsi_initiator_name', 'transparent_hugepages_state', 'anonymous_hugepages', > 'non_operational_reason', 'recoverable', 'sshkeyfingerprint', 'count_threads_as_cores', 'cpu_threads', > 'hw_manufacturer', 'hw_product_name', 'hw_version', 'hw_serial_number', 'hw_uuid', 'hw_family', 'ssh_port', 'ssh_username')); >-- pm_options are missing >END; $function$ >LANGUAGE plpgsql; >************************** > >CREATE FUNCTION >********* QUERY ********** >SELECT * FROM __temp_add_object_column_white_list_table(); >************************** > > > >********* QUERY ********** >DROP FUNCTION __temp_add_object_column_white_list_table(); >************************** > >DROP FUNCTION >********* QUERY ********** >/****************************************************************************************************** > Snapshot Materialized Views Definitions Section >******************************************************************************************************/ >/****************************************************************************************************** > Snapshot Materialized Views Index Definitions Section >******************************************************************************************************/ >/****************************************************************************************************** >If your Snapshot Materialized View is my_mt you should create Stored Procedures: >MtDropmy_mtIndexes - Drops indexes on my_mt >MtCreatemy_mtIndexes - Creates needed indexes on my_mt >******************************************************************************************************/ >************************** > >********* QUERY ********** >select RefreshAllMaterializedViews(true); >************************** > > >
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