Hide Forgot
Description of problem: My ks.cfg file contains part swap --recommended On two different systems (both with 128M memory), the kickstart fails about halfway through and the system is left in an unbootable state. The swap partition is only 128M in size. I believe that this is too small and the installer is running out of memory. If I change it too: part swap --size 256 then the install completes Version-Release number of selected component (if applicable): How reproducible: Very Steps to Reproduce: 1. Create ks.cfg file containing "part swap --recommended" 2. Begin kickstart Actual results: Systems reboots after completing roughly 60% of the install Expected results: Full install Additional info:
Please post your complete kickstart file so I can see what other partition-related stuff you're doing.
Created attachment 131215 [details] full kickstart file
Sorry for the delay - I don't recall ever being notified of the request though I probably just missed it.
For the record, I don't think the other partition related stuff is the problem here. I think the issue is that the machine I'm installing on only has 128M of memory, and somehow the swap space calculation is deciding that only 128M of swap is needed. That's not enough to actually let the install complete. Let me know if any other information/debugging is needed.
The reason I was asking about your other partition information was because we define minimum and maximum swap values for the swap partition and then grow this partition's size if possible. This grow procedure depends on what other partitions you have and how large they are. However, the best thing to do here is to just tweak all the numbers that define what a low memory case is and what ranges we use for that case. This will be fixed in post-FC6 anaconda builds. Just so you know, the minimum requirements for installation have crept up quite a bit lately even for the text installs, so you are probably going to have a harder time in the future of completing installations. This is related to memory pressure in the package dependancy resolution that we have not yet been able to get to the bottom of.