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syscall.h should not have it's own version of __set_errno, instead syscall.h should
include errno.h(see powerpc) since errno handling depends on threads/no threads.
I leave the the fixing of syscall.h since there might be some smaller compile problems.
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dl-syscalls.h
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This makes sh and sh64 get more in line with what the other
architectures are doing. Also fixes up some build failures.
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where possible. This will also make ldso smaller.
However the patch touches all archs and I have only tested PPC and x86.
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execution of ldso.
Added new asm for MIPS to be tested.
All arches should retest.
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Add elf_machine_dynamic() and elf_machine_load_address() for
all archs. elf_machine_dynamic() replaces the #ifdef mess to
get at the GOT. elf_machine_load_address() is needed to execute
ldso directly, this is not complete yet.
I probably broke one or two archs(only tested PPC) so please
try and report problems. For a report to be useful you need
to enable __SUPPORT_LD_DEBUG_EARLY__ and __SUPPORT_LD_DEBUG__
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Andrew de Quincey, who has been most helpful getting this sorted
out, thanks. Thanks also to Peter Mazinger who did alot of testing.
Removed all traces of dl_parse_copy_information() since it is no longer used.
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Move COPY relocs back to _dl_do_reloc().
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"I fixed the _dl_parse_copy_information in the same way than for the
powerpc and it works fine for me.
You may luck at the patch for the powerpc/elfinterp.c, where I change
the paramter of a dl_dprintf statement. Now we use the same
parameters than for the relocation copy."
Arch mantainers, please do the same.
When all arches has been fixed, we can remove of _dl_parse_copy_information,
it is just a waste of CPU cycles.
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Remove unused function parameter in ldso.
Remove echo option '-e' since it is not supported on Solaris.
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I finally tracked down the problem with SH4 shared library loading -
in file ldso/ldso/sh/dl-startup.h, the line
#define DL_BOOT(X) static void __attribute_used__ _dl_boot2 (X)
should be
#define DL_BOOT(X) static void* __attribute_used__ _dl_boot2 (X)
otherwise the application code will never be called and _dl_boot will
just return causing a segmentation fault.
Carl
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"There's a bug in the SH asm, it calls into 'C' code without preserving
all the important scratch registers. I have been meaning to double
check the changes as I think more registers need to be saved, then I
was going to send it back to uClibc. From the sound of it this isn't
your problem, but you never know.
Attached is the patch as it stands for the loader on SH."
Glibc appears to do the same.
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is needed if ldso should use libcs malloc whenever possible.
Fix RTLD_LAZY propagation to RTLD_NOW relocation when requested by
libdl.
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useful syscall failure diagnostics.
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Begin converting some big ugly macros to inline functions
instead
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Hi it is me again.
This is the latest ldso patch. the NEW weak symbol handling works now
with a little special handling in _dl_find_hash(). You get to chose
if you want the new or old handling :)
There was 2 missing _dl_check_if_named_library_is_loaded() calls in _dlopen().
I then disabled the _dl_check_if_named_library_is_loaded() in dl-elf.c since
it is rendundant.
Question, why does some _dl_linux_resolver(), like i386, have 2 calls
to _dl_find_hash()? I think that is wrong, isn't it?
I really hope you can check this out soon ...
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to be arch specific to work properly.
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to make it easier to treat it specially while not bothering the
rest of the code with the same constraints.
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_dl_parse_lazy_relocation_information() and _dl_parse_copy_information()
so they are all consistant, allowing for future consolidation.
Trim some trailing whitespace as well.
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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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Hello,
my patch changed the format of the ldso debug output to the same
format as on the i386 systems.
By Stefan
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the SuperH lib loader can be compiled by GCC 3.3
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Move all configuration options into the new config system.
-Erik
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and "M. R. Brown" <mrbrown@0xd6.org>
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"depreciated multi-line string literals" warnings
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how uClibc handles _init and _fini, allowing shared lib constructors and
destructors to initialize things in the correct sequence. Stefan ported the SH
architecture. I then ported x86, arm, and mips. x86 and arm are working fine,
but I don't think I quite got things correct for mips.
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<tero@paravant.fi>
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loader build properly. Mostly just sprinkling casts, and making
static some things that should be static.
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not previously linking vs libgcc
-Erik
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shared library support. This also adds some cleaner error
handling, which I (Erik) then ported over to x86 and arm.
In addition Stefan added the following fixes:
- in hash.c was the lvalue handling of global library functions wrong.
To fix this I had to change the prototype of _dl_find_hash. (==> TIS and
ELF spec. Vers. 1.2)
- in ldso.c was the order of the .init sections calls wrong. Before we call
the initialization code of a library we have to check that all dependend
libraries are already initialized. This can easily made by calling it in the
revers loading order. For this I added a previous pointer chain.
- in ldso.c the ELF magics wasn't checked fo PPC, MIPS and SH architecture
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