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* rickard/dirty_scheduler_collapse/maint-21/OTP-15509:
Fix bug causing dirty scheduler sleeper list inconsistency
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* john/erts/prim_file-init-restart/OTP-15495/ERL-821:
Remove an unused variable
Spawn prim_file helper as a system process
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maint-21
* peterdmv/ssl/fix-srp-encode-decode/ERL-790/OTP-15477:
ssl: Fix encoding/decoding of the SRP extension
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* ingela/ssl/enhance-error-handling/OTP-15505:
ssl: Cuddle test cases
ssl: Fix test case
ssl: Fix two invalid gen_statem returns
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* ingela/maint-21/active-once/ERL-371/OTP-15504:
ssl: Guarantee active once data delivery
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* lars/xmerl/bug-in-detect-charset/OTP-15492:
[xmerl] Fix detect charset crash
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* bjorn/compiler/interim-tuple-bug/OTP-15501/ERL-807:
Remove unsafe optimization for delaying creation of stackframe
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rickard/dirty_scheduler_collapse/maint-21/OTP-15509
* rickard/dirty_scheduler_collapse/OTP-15509:
Fix bug causing dirty scheduler sleeper list inconsistency
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Cipher test case also needed updating to handle streams correctly
We should not rizzo test chacha20_poly1305
Conflicts:
lib/ssl/test/ssl_basic_SUITE.erl
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packet raw is a stream, test code manged it packet oriented in
the function active_raw.
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The encoded value of the SRP extension length was bigger than the
actual length of the extension. This could cause interoperability
problems with third party SSL implementations.
This commit corrects the encoding and decoding of the SRP extension
length.
Change-Id: I78d118faab7f5d02b755a7d1e2e8561b86f5a15c
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New internal active N changed timing, and
new check is needed.
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The charset detection parsing crash in some cases when
the XML directive is not syntactic correct.
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b89044a800c4 introduced an optimization that tries to delay creation
of stack frames. It turns out that this optimization is not always
safe. (See the new test case for an example.)
Since the code generator is completely rewritten in the `master`
branch for the upcoming OTP 22 release, it does not make sense trying
to mend this optimization. It is better to remove it. Out of a sample
of about 1000 modules in OTP, about 50 of them are changed as a result
of removing this optimization.
The compiler in OTP 22 will do the same optimization in a cleaner,
safer, and more effective way.
https://bugs.erlang.org/browse/ERL-807
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* hans/ssh/port_leak/OTP-15397:
ssh: Fix port leakage for daemons failing at start
ssh: Add port close test
# Conflicts:
# lib/ssh/test/ssh_basic_SUITE.erl
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* ingela/ssl/patch-maint-21/ERL-308/OTP-15489:
ssl: Fix renegotiation with new TLS sender
ssl: Add renegotiate test case
ssl: Remove no longer needed functions
ssl: Fix downgrade
ssl: Remove checks and conversions not needed
ssl: Use binary:copy/2 to avoid list overhead
ssl: Remove unnecessary internal event
ssl: Clean code
ssl: Add static_env record
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* sverker/big-band-bug/ERL-804/OTP-15487:
erts: Fix bug in 'band' of two negative numbers, one big
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maint-21
* sverker/fix-atomics-get-large-unsigned/PR-2061/OTP-15486:
erts: Fix possible heap corruption getting atomics
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* sverker/erts/prim_file-perm-own-bigendian/OTP-15485:
erts: Fix warning and potential big-endian-bug in prim_file
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Wtite connection state was not synchronized when peer initiated renegotiation
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As the stop wrapper functions are no longer needed after tls_sender
that altered the behaviour of the TLS distribution code.
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Both test case and code needed updates to work as intended. Code needed update due to
new tls_sender process and the test case gave false positive reusult erarlier probably
due to beeing to sloopy in order to avoid timeouts.
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Rename Connection:handle_common_event Connection:handle_protocol_record
removing use of unnecessary argument and making code easier to understand.
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State values created at init
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Similar bug as for bxor fixed by abc4fd372d476821448dfb9
Ex:
1> io:format("~.16B\n", [-16#1110000000000000000 band (-1)]).
-1120000000000000000
Wrong result for
(-X bsl WS) band -Y.
where
X is any positive integer
WS is erlang:system_info(wordsize)*8*N where N is 1 or larger
Y is any positive integer smaller than (1 bsl WS)
Fix:
The subtraction of 1 (for 2-complement conversion)
must be carried along all the way to the last words.
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Due to comparison as a signed integer, when getting an unsigned atomic
in the range 2^63-1..2^64-1 (when the most significant bit was set), the
heap could get corrupted when the integer was retrieved: hsz would get
set to zero, but the code proceeded to build a bignum.
Steps to reproduce (at least on x86_64):
$ erl
1> A = atomics:new(1,[{signed,false}]).
2> atomics:put(A,1,18446744073709551615).
3> atomics:get(A,1).
At the last step, the shell would print some garbage and hang.
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for set_permission and set_owner.
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* maint-20:
Updated OTP version
Prepare release
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* dgud/wx/perf-imp:
Don't try to wake up wx thread when not necessary
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* henrik/ERIERL-278/OTP-15470:
Handle erroneous length during decode (BER only) without crashing
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That kills performance on at least windows when a the load goes up and
a lot of commands is sent to the driver.
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