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* slf/dyntrace-comment-and-func-cleanup:
dyntrace.erl comment cleanup and unused function removal
OTP-10141
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* sz/dtrace-message-send-fix:
DTrace bug in message-send
OTP-10142
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Fix a bug where a subtyped single value integer type where one or more values
were predefined would result in generated encoding code having faulty range
checks. See seq12102.
OTP-10139
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* sverk/hipe-arm-fix:
hipe_arm.c: remove dead code
Workaround gcc bug affecting ARM debug build
Fix compile error of HIPE enabled DEBUG emulator for ARM
Fix hipe bif calling bug on ARM
Add armv7l and armv5tejl as a recognized ARM architectures
OTP-10137
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Remove the need for padding up to 16-byte multiple.
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to match on result of a gen_server:call/2
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range as binaries and use erlang:byte_size to get length
of octets and range. For speed.
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to match global scope in ServerName without timeout.
OTP-10130
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* hb/kernel/fix_spec_disk_log/OTP-10131:
Correct the type of the disk log header
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Thanks to Niclas Eklund.
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Encoding and decoding of integer ranges can now be done
with an upper bound larger than the previous limit of 16^10.
The new upper bound in per encoding and decodings for constrained
whole numbers is 2^2040 (close to 16^508) which is the limit if
the length field encoding in the encoding of a constrained
whole number is limited to a single octet.
Related support seq: seq12060
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erts/emulator/hipe/hipe_arm.c started out as a clone of hipe_ppc.c,
with #ifdefs to select ARM-specific code. Somehow those #ifdefs
never got cleaned out, resulting in fairly ugly-looking code.
This eliminates the #ifdefs, deletes dead PowerPC-specific code, and
keeps only the ARM-specific code. I've verified that the exact same
assembly code is generated for hipe_arm.c before and after this patch
(if you compile without -g, with -g there are unavoidable changes to
the debug data).
Signed-off-by: Mikael Pettersson <[email protected]>
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Bug introduced in R15.
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* bjorn/compiler/eliminate-bottleneck/OTP-10123:
sys_pre_expand: Eliminate bottleneck for modules with many functions
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* rj/fix-eprof-doc:
Fix nonsense of eprof doc
OTP-10121
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* tab/fix-indentation-records-emacs:
Fix indentation of record fields in Emacs
OTP-10120
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* rj/fix-et-doc:
Fix typo in ET doc
OTP-10119
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* ia/ssl/recv-bug/OTP-10118:
ssl: Fix bug in the handling of remote connection closure of {active,false} ssl sockets.
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* rickard/thr-prgr-use/OTP-10116:
Fix faulty use of thread progress in handle_aux_work()
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Use a gb_set instead of an ordset to store the set of defined
functions in the module to avoid quadritic time complexity.
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* ia/ssl/pem-cache-bug:
ssl: Fix pem cache bug
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A general case clause was put before a less general so that the less
general case would never match.
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As an optimization old thread progress data was kept and used in
handle_aux_work() in erl_process.c. This could cause memory to be
deallocated at a later time than intended, which is quite harmless.
This has, however, now been fixed.
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ssl sockets.
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* rickard/no_ets_write_concurrency/OTP-10048:
Remove unnecessary memory barriers in ETS when no write_concurrency is used
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* pan/heart_and_times/r14/OTP-10111:
Bump vsn
Teach heart to use clock_gettime instead of times()
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bmk/inets/httpc-doc-elaborate/OTP-10114
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* pan/heart_and_times/OTP-10111:
Make heart use clock_gettime when available
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* ia/ssl/bottlenecks/OTP-10113:
ssl: Test case fixes
ssl: Avoid second bottleneck in supervisor
ssl: File handling optimization
ssl: Simpler PEM cache
ssl: Refactored for readability
ssl: Use md5 as file ref id instead of filenames
ssl: Move ets:select bottleneck in server
ssl: Renegotiate updates session id in gen_fsm state
ssl: Use ordered_set in cache
ssl: Move and avoid ets:select bottleneck in client
ssl: Reuse session check optimization
ssl: Avoid supervior bottleneck
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* ia/ssh/missing-reason-in-catch-exit/OTP-10112:
Improved handling of multiple closes
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In some situations, the indentation of record fields in Emacs was
strange. This example below shows how Emacs previously would indent
two similar pieces of code very differently:
some_function_with_a_very_long_name() ->
#'a-long-record-name-like-it-sometimes-is-with-asn.1-records'{
field1=a,
field2=b}.
x() ->
#some_record_name{
field1=a,
field2=b}.
This changes the indentation to be like below for both cases:
some_function() ->
#some_record{
field1=a,
field2=b}.
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With L1, L2, C1, C2 integers such as L1 < L2 and C1 < C2, locations
are ordered like this:
L1 < {L1, C1} < {L1, C2} < L2
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