Greetings, and thanks! I've worked around this for now. In general, I
was assuming that a successful brk call guaranteed the corresponding
allocation of memory, even though it is common for the pages to not
actually be added to the process until written. On kfbsd, I limit the
break to PHYS_PAGES
Greetings, and thanks for your reply! This is on falla. The code
probes for the maximum allocatable data segment at runtime. The ENOMEM
does not appear conservative enough, as I'm apparently allowed 34Gb, but
the system has much less virtual memory.
(sid_kfreebsd-amd64-dchroot)camm@falla:~/gcl-2
2013/6/25 Camm Maguire :
> Greetings, and thanks for your reply! This is on falla. The code
> probes for the maximum allocatable data segment at runtime. The ENOMEM
> does not appear conservative enough, as I'm apparently allowed 34Gb, but
> the system has much less virtual memory.
Might be rela
2013/6/25 Camm Maguire :
> Greetings!
>
> If I can allocate memory with (s)brk, why do I get a SIGKILL when
> reading it on kbsd, but not on Linux?
>
> (see http://pastebin.com/c1dCDc9U)
This doesn't say much. Can we see your sbrk() calls?
Btw I vaguely recall the sbrk() syscall not being the sam
Greetings!
If I can allocate memory with (s)brk, why do I get a SIGKILL when
reading it on kbsd, but not on Linux?
(see http://pastebin.com/c1dCDc9U)
Thanks!
--
Camm Maguirec...@maguirefamily.org
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