Bug 4488 - Bug in egcs when compiling a 2-dimensional array access
Summary: Bug in egcs when compiling a 2-dimensional array access
Status: CLOSED NOTABUG
Alias: None
Product: Red Hat Linux
Classification: Retired
Component: egcs (Show other bugs)
(Show other bugs)
Version: 6.0
Hardware: i386 Linux
high
high
Target Milestone: ---
Assignee: Nalin Dahyabhai
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Depends On:
Blocks:
TreeView+ depends on / blocked
 
Reported: 1999-08-12 02:10 UTC by rross
Modified: 2008-05-01 15:37 UTC (History)
0 users

Fixed In Version:
Doc Type: Bug Fix
Doc Text:
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Clone Of:
Environment:
Last Closed: 1999-08-30 03:50:58 UTC
Type: ---
Regression: ---
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RHEL 7.3 requirements from Atomic Host:
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Description rross 1999-08-12 02:10:17 UTC
When compiling a program with a 2 dimensional array, we get
"segmentation fault" when executing the program when
performing a string storage into a globally declared 2
dimentional array. This program compiles and executes
properly on AIX, SCO Unixware, SCO Open Server, AT&T Unix
V.4, and various releases of these systems. It also
compiles and works correctly on Caldera Linux Release 1.2.
I have a sample program that can be provided that exhibits
the problem. We need to resolve this problem so that we can
release our commercial software products (hopefully) on
Redhat Linux 6.0. I can be contacted via e-mail at
rross@magstarinc.com. I hope to hear from you soon.

Comment 1 rross 1999-08-12 02:19:59 UTC
I cannot seem to be able to send a attachment to provide a sample of
the code that exhibits the problem. If someone will e-mail me, I can
reply with an attachment showing an example of the problem.

Comment 2 Jeff Johnson 1999-08-12 14:46:59 UTC
Just reply to this message with test program included. Thanks.

Comment 3 Jim Kingdon 1999-08-30 03:50:59 UTC
The declaration "char *Words[]" declares Words to be an array of
pointers to char (note that it is not an array of arrays of char).
Therefore the strings in the initializer "            " are
string constants (and thus readonly), not an initialized array of
char (which would be read/write).  If you want more explanation,
go to comp.lang.c (or your favorite such source) - I realize that
I'm not really offering a full explanation here.

If you want to just get your code to work (without having to
fix it), supply the -fwritable-strings option to gcc.


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