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Given some pointer *x, calling sizeof(x) will give us
the size of the pointer (4/8 bytes) not the size fo the
underlying dereferenced structure. Use coccinelle to
search for these occurrences in the source code, and
correct them one by one. In the case of
erl_node_tables.c, the erts_snprintf() calls used a
much too small buffer.
- run_erl.c: Use the size of the signal type, not
its pointer.
- erl_node_tables.c: Use the size of the _BUFFER in
erts_snprintf() to make sure we can use the full space.
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* richcarl/md5-fixes:
Set module_info md5 for native modules properly
Add module_info entry for native code
Gracefully handle empty md5 field in module_info
Remove 'imports' key from spec of get_module_info()
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* egil/fix-pos-zero-opt:
erts: Don't let the compiler optimize pos. zero fix
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Use the md5 of the native code chunk instead of the Beam code md5.
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* henrik/update-javaversion:
update java version
OTP-12715
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* sverk/hipe_match_wbin/OTP-12667:
erts: Add debug assertions for match state sanity
hipe: Add test for matching of writable binary
erts,hipe: Optimize away calls to emasculate_binary
erts,hipe: Fix bug in binary matching of writable binary
Conflicts:
erts/emulator/hipe/hipe_bif0.c
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Conflicts:
OTP_VERSION
erts/vsn.mk
lib/test_server/src/erl2html2.erl
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* egil/fix-tmp-alloc-fd-async/OTP-12710:
erts: Use a lockable allocator on 'sys_write_buf'
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* joudinet/fix-ac-egrep-cpp-usage:
erts: Fix incorrect use of AC_EGREP_CPP
OTP-12706
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sys_write_buf allocator type is used from async-threads and needs
to be lockable. In the SMP case the temporary allocator is lockable but
not in the Non-SMP case.
To remedy this the binary-allocator is used for the Non-SMP case,
which is lockable.
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OTP-12704
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Using 'AC_EGREP_CPP(yes' without restraining the pattern always return
true if it runs from a path containing the string 'yes'.
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OTP-12693
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* mikpe/hipe-unbreak-arity-4-bifs:
erts/hipe: unbreak arity 4 BIFs
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* egil/opt-instructions/OTP-12690:
erts: Specialize minus and plus instruction
erts: Add move2 specialization for common move patterns
erts: Specialize rem instruction for common case
erts: Specialize band instruction for common case
erts: Batch loads and stores for move_window
erts: Fix loader increment from minus instruction
erts: Add move window instruction
erts: Add instruction move3 for xy and xx
erts: Specialize compare instructions
kernel: Add instruction_count helper to erts_debug
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* sverk/maximmai-pr640-autoconf/OTP-12646:
Update config.guess and config.sub to latest versions
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OTP-12685
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Seen on SSL application where substraction with x registers were prevalent:
* i_minus specialization on x registers
* i_plus specialization on x registers
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Common pattern seen in SSL:
move y x | move r x -> move2
move r x | move y x -> move2
Common pattern seen in SSL and Compiler:
move x r | move x x -> move2
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* egil/core-on-heart-tmo/OTP-12613:
kernel: Document heart environment HEART_KILL_SIGNAL
erts: Enable different abort signal from heart
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* egil/opt-float-cmp:
erts: Brute force float comparisons as well
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* i_rem specialization on x registers
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* i_band specialization on x registers and constants
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May lessen load/store latency.
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A type error caused the optimization to never kick in.
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Move an entire region of x registers to the stack.
This reduces the dispatch pressure of move instructions.
Also introduce a move2 specialization for some common move patterns:
move r y | move x y -> move2 : As above, moving regions to the stack
move x r | move x y -> move2 : A seemingly common pattern
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* i_is_lt for r, x registers and constants
* i_is_ge for x registers and constants
* i_is_exact_eq for r and x registers
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This fixes arity 4 BIF support in HiPE, following its introduction
on master (OTP 18) via the nox/ets-update_counter-4 merge.
- define standard_bif_interface_4, nbif_4_gc_after_bif, and
nbif_4_simple_exception on ARM: unbreaks the build on ARM
- remove bogus stack re-alignment from standard_bif_interface_4
on AMD64: for 4-arg BIFs the stack is already aligned, and the
code would misalign the C stack which violates the ABI and may
cause alignment faults in vectorized code
- the nbif_4_simple_exception OPD name on PPC64 was incorrectly
using the nbif_3_simple_exception OPD name: this would have
caused a multiple definition error in the assembler or linker
In addition there are a few cleanups:
- fix standard_bif_interface_N comment on x86
- fix standard_bif_interface_4 comment on SPARC
- separate nbif_N_simple_exception blocks by empty lines on PPC,
like on ARM, to clearly show which things belong together
- fix standard_bif_interface_N comment on ARM
- fix standard_bif_interface_4 on AMD64 to match the indentation
and spacing conventions of the rest of that file
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* sverk/pr632/prevent-illegal-nif-terms/OTP-12655:
erts: Reject non-finite float terms in erl_drv_output_term
erts: Remove old docs about experimental NIF versions.
erts: Add enif_has_pending_exception
erts: Clearify erl_nif documentation about badarg exception
erts: Fix compile warning in enif_make_double
erts: Fix divide by zero compile error in nif_SUITE.c
erts: Fix isfinite for windows
Ensure NIF term creation disallows illegal values
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Increases float comparison speed by ~120%
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* sverk/etp-map:
erts: Add map support to gdb etp command
erts: Add etp_the_non_value
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Only call emasculate_binary if ProcBin.flags is set,
which means it's a writable binary.
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* mikpe/configure-linux-spelling:
erts/configure.in: handle more 'linux' spellings
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Seen symptom: Hipe compiled code with <<C/utf8, ...>> = Bin does sometimes
not match even though Bin contains a valid utf8 character. There might be
other possible binary matching symptoms, as the problem is not utf8
specific.
Problem: A writable binary was not "emasculated" when the matching started
(as it should) by the hipe compiled code.
Fix: Add a new primop emasculate_binary(Bin) that is called when
a matchstate is created.
ToDo: There are probably room for optimization. For example only call
emasculate_binary if ProcBin.flags is set.
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By using environment variable HEART_KILL_SIGNAL, heart can now use
a different signal to kill the old running Erlang.
By default the signal is SIGKILL but SIGABRT may also be used by
setting environment variable: HEART_KILL_SIGNAL=SIGABRT
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The configuration code which canonicalizes the operating system
name into OPSYS requires Linux to be spelled 'linux' or 'Linux'.
This is a problem in some build environments, e.g. RPM, which
supply --build and --host using the longer 'linux-gnu' spelling.
The effect is that OPSYS becomes 'noopsys' and some checks in
erts/configure.in do not work as expected, e.g. the auto-enabling
of HiPE may not happen.
Fixed by matching on 'linux*' not just 'linux'.
On ARM there are even longer variants such as 'linux-gnueabi' and
'linux-gnueabihf': these are also correctly mapped to 'linux' now.
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* egil/cmp-immediate-optimization/OTP-12663:
erts: Optimize comparison operator for frequent immediates
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* Assertion is only removed because we are in icount mode.
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* We use compile directive icount instead
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