Allow a test to have any number of .stderr.exp* files, so long as at
least one is found. In fact the comments in the code that claimed
that .stderr.exp[0-9] are the only ones allowed were misleading;
.stderr.exp* has always been allowed. The only functional change here
is to mandate that at least one such file exists; prior to the change
the script mandated that at least a .stderr.exp (with no other suffix)
file existed.
Purpose is to allow collections of .stderr.exp files with suffixes
arranged in some meaningful way, eg, foo.stderr.exp-glibc25-amd64.
This might help in making testsuites more maintainable when there
have to be multiple .stderr.exp files. Naming them merely as
.stderr.exp1, .stderr.exp2, etc, makes it impossible to remember
what the differences between the files actually is.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@7127
- ms_main.c: completely overhauled.
- massif/tests/*: lots of them now.
- massif/perf/: added.
- massif/hp2ps: removed. No longer used.
- vg_regtest: renamed the previously unused "posttest" notion to "post".
Using it for checking ms_print's output.
Although the code has changed dramatically, as has the form of the tool's
output, the information presented in the output is basically the same,
although it's now (hopefully) much more useful. So the tool name is
unchanged.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@7069
Minor enhancements, including dealing with 6-digit PIDs, dealing with
object names of the form "foo.a(bar.o)", and removing debuglog level
zero output.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@6278
useful (eg) for running tests with --sanity-level= set. Print a
big warning before and after the tests if it is set.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@5931
Memcheck, replacing the 9-bits-per-byte shadow memory representation to a
2-bits-per-byte representation (with possibly a little more on the side) by
taking advantage of the fact that extremely few memory bytes are partially
defined.
For the SPEC2k benchmarks with "test" inputs, this speeds up Memcheck by a
(geometric mean) factor of 1.20, and reduces the size of shadow memory by a
(geometric mean) factor of 4.26.
At the same time, Addrcheck is removed. It hadn't worked for quite some
time, and with these improvements in Memcheck its raisons-d'etre have
shrivelled so much that it's not worth the effort to keep around. Hooray!
Nb: this code hasn't been tested on PPC. If things go wrong, look first in
the fast stack-handling functions (eg. mc_new_mem_stack_160,
MC_(helperc_MAKE_STACK_UNINIT)).
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@5791
distinction between primary and secondary build targets, and (2) make
it independent of the default behaviour of gcc (iow, what gcc does
when you specify neither -m32 nor -m64).
As a result, an out-of-the-box build on ppc64-linux now builds a
system which is basically for 64-bit PowerPC, but also has the ability
to run 32-bit ppc-linux binaries (exactly the same arrangement as you
get when building on amd64-linux).
There are various twists and turns. multiple-architectures.txt is
updated all the gory details.
This will break amd64 builds until such time as
<tool>/tests/{amd64,x86}/Makefile.am are fixed up (shortly).
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@5493
changes from r4341 through r4787 inclusive). That branch is now dead.
Please do not commit anything else to it.
For the most part the merge was not troublesome. The main areas of
uncertainty are:
- build system: I had to import by hand Makefile.core-AM_CPPFLAGS.am
and include it in a couple of places. Building etc seems to still
work, but I haven't tried building the documentation.
- syscall wrappers: Following analysis by Greg & Nick, a whole lot of
stuff was moved from -generic to -linux after the branch was created.
I think that is satisfactorily glued back together now.
- Regtests: although this appears to work, no .out files appear, which
is strange, and makes it hard to diagnose regtest failures. In
particular memcheck/tests/x86/scalar.stderr.exp remains in a
conflicted state.
- amd64 is broken (slightly), and ppc32 will be unbuildable. I'll
attend to the former shortly.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@4789
bit-rotted badly and was clogging up the code.
I put the useful remnants in docs/porting-to-ARM in case anyone ever
wants to try porting to ARM again.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@4092
no real point in having them in corecheck/tests since they're not testing
anything that Nulgrind doesn't provide.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@4048
- Renamed VG_INTERCEPT as VG_REPLACE_FUNCTION to make its purpose
clearer.
- Renamed VG_WRAPPER as VG_NOTIFY_ON_LOAD to make its purpose cleare.
Started calling that stuff "load notification".
- Moved various things into m_redir.c, a much more sensible place for
them. This reduced the number of exported functions overall. Renamed
intercept_demangle() as Z_decode() as part of this.
- Improved the documentation of this stuff, especially in
pub_core_redir.c.
- Got --run-libc-freeres=yes working again. It was doing nothing.
- Renamed vg_inject.so as vg_preload_core.so to match
vg_preload_<tool>.so
- Renamed vg_intercept.c as vg_preloaded.c. (I kept the "vg_" prefix
because this filename can appear in stack traces, so the "vg_" is a
useful hint for users that it belongs to Valgrind.)
- Removed all the Memcheck-specific calls to add_redirect_sym_to_sym()
from VG_(setup_redirect_table)(), instead using VG_REPLACE_FUNCTION in
mac_replace_strmem.c, just like vg_replace_malloc.c. This is the
right way to do it. This required moving some of
coregrind/pub_core_redir.h into the newly added
include/pub_tool_redir.h. add_redirect_sym_to_sym() is no longer
used...
- Now only handing off symbols to m_redir for inspection/decoding after
they have been deemed to be interesting by the symbol table reader.
- Factored out commonality between the add_redirect_*_to_* functions
into add_redirect_X_to_X().
- Added "Zh", meaning '-' ('h' for "hyphen"), to the Z-decoding scheme,
to handle sonames like "ld-linux-x86-64.so.2".
- Added a FAQ explaining the newly found issue of glibc aliasing
sometimes causing the wrong function name to appear in stack traces.
- Added a new regtest strchr.c. It's possible this will fail on some
platforms. If so, an alternative output file can be provided, but
I'd like to see it in practice first.
It's possible that there will be minor breakage on other
platforms/setups, but it should be minimal and easily fixable.
Plus some ordinary cleanups in symtab.c:
- Removed the old optimisation from VG_(addStr)() whereby it kept track
of the previous 5 added strings and avoiding duplicating any of them.
Turns out it was barely having any effect any more, and just
complicated things.
- Made read_symtab() more readable, by introducing a new variable
"sym_name" and introducing the auxiliary function
is_symbol_interesting().
- renamed the module variable 'segInfo' as 'segInfo_list' to make it
more obvious it's a module variable and not just some ordinary local
variable (which was an easy mistake to make).
-----------------------------------------------------------------------------
XXX: [later] remove add_redirect_sym_to_sym, and everything related to
X_to_sym? (ie. only need X_to_addr)
XXX: better function names? all those 'resolved' names...
[later...]
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@3916
overhaul of the thread support. Many things are now probably broken,
but at least with --tool=none, simple and not-so-simple threaded and
non-thread programs work.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@3265
seem to be simply duplication of the x86 instruction set tests into
the addrcheck and helgrind trees. I'm not sure what this duplication
achieves.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@3264
string in valgrind.pc.in, so that they describe Valgrind as a "dynamic
binary instrumentation framework", and don't mention platforms at all.
I had to tweak the regtest filters a bit for this.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@3178
It compiles, but aborts immediately if you try to run it.
I didn't include ldt.c; I'm not sure how the LDT is used on AMD64. It can be
added later if necessary.
While doing this, did some 64-bit cleanness fixes:
- Added necessary intermediate casts to ULong to avoid warnings when converting
ThreadId to void* and vice versa, in vg_scheduler.c.
- Fixed VALGRIND_NON_SIMD_CALL[0123] to use 'long' as the return type.
- Fixed VALGRIND_PRINTF{,BACKTRACE} to use unsigned longs instead of unsigned
ints, as needed.
- Converted some offsets in vg_symtab2.h from "Int" to "OffT".
- Made strlen, strncat, etc, use SizeT instead of 'unsigned int' for the length
parameter.
- Couple of other minor things.
I had to insert some "#ifdef __amd64__" and "#ifndef __amd64__" guards in
places. In particular, in vg_mylibc.c, some of our syscall wrappers aren't
appropriate for AMD64 because the syscall numbering is a bit different in
places. This difference will have to be abstracted out somehow.
Also rewrote the sys_fcntl and sys_fcntl64 wrappers, as required for AMD64.
Also moved the ipc wrapper into x86, since it's not applicable for
AMD64. However, it is applicable (I think) for ARM, so it would be nice
to work out a way to share syscall wrappers between some, but not all,
archs. Hmm. Also now using the real IPC constants rather than magic
numbers in the wrapper.
Other non-AMD64-related fixes:
- ARM: fixed syscall table by accounting for the fact that syscall
numbers don't start at 0, but rather at 0x900000.
- Converted a few places to use ThreadId instead of 'int' or 'Int' for
thread IDs.
- Added both AMD64 and ARM (which I'd forgotten) entries to valgrind.spec.in.
- Tweaked comments in various places.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@3136
run, though. There are lots of stubs to be filled in. (The asm ones currently
just have "swi" in them, which seems to cause seg faults.)
Also, some of the macros are decided dubious, especially:
ARCH_* are bogus
SYSCALL_RET is bogus
PLATFORM_SET_SYSCALL_RESULT is bogus
not sure about SET_SYSCALL_RETVAL
FIRST_STACK_FRAME et al -- bogus?
VG_MAX_JUMPS ?
And in stage2.lds, the 0x8048000 is almost certainly wrong
This required some tweakings of the core:
- some of the vki_*.h kernel types were fixed up
- had to disable the AM_PROG_CC_C_O macro in configure.in, because automake
(autoconf?) didn't like it...
- some "#ifdef __x86__" guards were introduced, for nasty x86 things I don't
yet know how to factor out (trampoline page muck, sysinfo page muck).
- fixed a minor stupidity in vg_proxylwp.c.
- moved the ptrace wrapper into the x86-linux part
- had to change the intercept mangling scheme, to use 'J' instead of '$' as the
escape char because GCC didn't like '$'. This is all very dubious, and only
works because none of our intercepted symbols contains a 'J'. To be fixed up
ASAP.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@3120
- Added a hacky mechanism which prevents the regtest script from entering
directories for other architectures. (Eg. when running on x86/, it won't enter
a ppc/ subdir.)
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@3045
which caused the test to be skipped if the CPU type wasn't appropriate,
with a "prereq" line, which specifies a command that must succeed before
the test is run.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@3041
- Change regtest script to print a message if a test is skipped due to the cpu
being of the wrong type.
git-svn-id: svn://svn.valgrind.org/valgrind/trunk@2803
