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seeing any LTP failures.
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Added a list of popen()'d to store pids and use waitpid() in pclose().
Loop on waitpid() failure due to EINTR as required.
Close parent's popen()'d FILEs in the {v}fork()'d child.
Fix failure exit code for failed execve().
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Fixed some minor issues plus (as I recall) one SUSv3 errno case.
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-Erik
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The rt_sigprocmask syscall has broken error handling in 2.4.x
kernels, while the sigprocmask syscall appears to get things
right. Regardless we should be extra careful, and add these
checks.
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-Erik
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Lea. It is about 2x faster than the old malloc-930716, and behave itself much
better -- it will properly release memory back to the system, and it uses a
combination of brk() for small allocations and mmap() for larger allocations.
-Erik
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simple and releases memory immediately when asked to do so.
-Erik
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support) which could cause things like EOF and read errors while reading
/etc/services to always return a TRY_AGAIN. The perl test suite would alloc a
larger buffer and try again until all memory was exhausted. When we get a read
error, or EOF, it means we didn't get what we wanted, and so we should return
an error. Doing so fixes the failing perl 5.8.2 test.
-Erik
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This avoids pulling in all the malloc/free code for a simple true/false app.
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were including libc-lock.h which had a bunch of weak pragmas. Also,
uClibc supplied a number of no-op weak thread functions even though
many weren't needed. This combined result was that sometimes the
functional versions of thread functions in pthread would not override
the weaks in libc.
While fixing this, I also prepended double-underscore to all necessary
weak thread funcs in uClibc, and removed all unused weaks.
I did a test build, but haven't tested this since these changes are
a backport from my working tree. I did test the changes there and
no longer need to explicitly add -lpthread in the perl build for
perl to pass its thread self tests.
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This isn't in SuSv3, but is expected by at least some apps such
as emacs...
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we did not have a __getpgid(). Fix that.
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to leave backup files with "e" appended scattered all over
the place.
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Here's the patch for the ldso bits for sh64. This is still in need of a bunch
of debugging, testing, etc. and is really only being submitted for general
completeness. This assumes that the previous patches I've submitted have
already been applied.
I plan on playing with this and buildroot some more later, as I'd definitely
like to see buildroot images for sh64.
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For sh64 we need implicit access to the symtab, primarily to get at the
->st_other value. This presently isn't possible, as PERFORM_BOOTSTRAP_RELOC()
is invoked as such:
PERFORM_BOOTSTRAP_RELOC(rpnt, reloc_addr, symbol_addr, load_addr);
while we can easily get the symtab_index value from rpnt->r_info, this still
doesn't buy us easy access to the actual table. As such, I've modified
PERFORM_BOOTSTRAP_RELOC() to take an additional SYMTAB argument. Most
architectures aren't going to care about this, but unfortunately we don't
have any other options for sh64.
The following patch fixes up the API for what we need for sh64, and updates
the other architectures appropriately.
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The subject says it all.. optimized memset/memcpy/strcpy, lifted from SuperH's
glibc tree.
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where a sizeof(foo) was changed to the sizeof a pointer. This caused
_dl_printf to complain a lot when debug is enabled (which itself revealed a bug
since it should have exited on buffer overflow), and let me to find another
bug, where memory failures would try to recursively call _dl_printf....
What a mess.
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Normalize the tm_isdst value to -1, 0, or 1.
If no dst for this timezone, then reset tm_isdst to 0.
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This patch adds the libpthread backend bits for sh64. As noted previously,
we can't inline things like the testandset() in pt-machine.h as we need to
use a completely different ISA / CFLAGS in order for this to work.
As a result, this patch is somewhat of a RFC as well to see what people think
of the libpthread/linuxthreads/sysdeps Makefile approach, etc. The approach
I've taken currently has been to provide a sysdeps/Makefile with a note that
TARGET_ARCHs that want build rules can simply add themselves into the list of
matching architectures to add to the subdir rule for. This probably isn't
the cleanest solution, but it's quite transparent and works quite well.
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chance of actually working
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256 is fine of course, but many applications use this value
and expect it to be larger.
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