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Conflicts:
lib/ssl/src/ssl.erl
lib/ssl/src/tls_connection.erl
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* ingela/ssl/transport-transparance/ERL-861/OTP-15679:
ssl: Fix transport transparancy
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* john/compiler/fix-eq-type-infererence-in-validator/ERL-886:
beam_validator: Infer types on both sides of '=:='
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Tracing would be left hanging if the test timed out, causing later
tests to fail.
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maint-21
* ingela/ssl/recv-timeout-bug/ERL-884/ERL-883/OTP-14701:
ssl: Cancel recv timer in all places
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* ingela/ssl/transport-transparance/ERL-861/OTP-15679:
ssl: Fix transport transparancy
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These functions were added in erl_interface-3.11
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Allow list of chunks to be given to strip*()
OTP-15680
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* ingela/ssl/public_key/verify_fun-doc-error/ERL-887:
public_key: Correct documentation of verify_fun
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The script would hang if no local hex had been installed previously.
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Previously erl_call relied on the implicit initialization made
of the ei-lib if no explicit initialization had been done. This
implicit initialization was utterly broken and was removed in
erl_interface-3.11 (OTP 21.3) since it has been documented for
a very long time that an explicit initialization is required.
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Modules like 'merl' and 'erl_prettypr' could be loaded during the
actual test, causing them to be traced too.
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* peterdmv/ssl/client-auth/OTP-15591:
ssl: Improve ssl logging
ssl: Test handling of signature algorithms
ssl: Handle unencrypted Alert (Illegal Parameter)
ssl: Improve verification of received Certificate
ssl: Fix Alert logging
ssl: Fix get_handshake_context/2
ssl: Test HelloRetryRequest with client auth
ssl: Verify signature algorithm in CV
ssl: Verify CertificateVerify
ssl: Test client authentication with certificate
ssl: Validate client certificates (TLS 1.3)
ssl: Test client authentication (empty cert)
ssl: Implement state 'wait_cert'
ssl: Add ssl logger support for CertificateRequest
ssl: Fix ssl alerts
Change-Id: Id4ba14d373f116038a7cb3ff9fc33faed23031c8
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* hans/crypto/fix_chacha20_bug/OTP-15678:
crypto: Disable chacha20 if OpenSSL 1.1.0-1.1.0c
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Would cause connection to crash although all data was delivered to ssl:recv
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due to a bug. The cipher first appeared in 1.1.0
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Returned the atom notsup instead of the exception notsup.
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* sverker/ets-select-fixation-owner-change-bug/OTP-15672:
erts: Fix ets:select table fixation leak at owner change
erts: Refactor common things into traverse_context_t
stdlib: Clarify docs for ets:info(_, safe_fixed)
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Remove function ssl:set_log_level/1. Its functionality is already
implemented by logger:set_application_level/2.
Set log level for ssl modules to debug at application start.
Former implementation required an extra call to
logger:set_application_level/2 (beside setting ssl option
{log_level, debug}) to enable debug logging.
Change-Id: Id21be7fd58915e11124cc136bb92d8a7526b8a74
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Change-Id: I433924f9c590efa94423db5df52dd3f5d53d9d20
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Handle unencrypted 'Illegal Parameter' Alerts from openssl s_client
when the server's connection states are already stepped into
traffic encryption.
Change-Id: I10951a9061e6f4b13d8ddb8ab99f8a812a483113
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Validate peer certificate against supported signature algorithms.
Send 'Hanshake Failure' Alert if signature algorithm is not
supported by the server.
Change-Id: Iad428aad337f0f9764d23404c203f966664c4555
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Report the role of the peer when logging incoming Alerts.
Change-Id: I7eec46bc36f9080f5087b6a38e7f14ac628fe286
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Optimize tail-recursive calls of BIFs
OTP-15674
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* maint:
Updated OTP version
Prepare release
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Symtom:
ETS table remains fixed after finished ets:select* call.
Problem:
The decision to unfix table after a yielding ets:select*
is based on table ownership, but ownership might have changed
while ets:select* was yielding.
Solution:
Remember and pass along whether table was fixed
when the traversal started.
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It's about the *last* time the table went from unfixed to fixed,
not the first time it ever did.
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* john/compiler/float-opt-guard-fix:
beam_ssa_opt: Fix crash in ssa_opt_float
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BEAM currently does not call BIFs at the end of a function in a
tail-recursive way. That is, when calling a BIF at the end of a
function, the BIF is first called, and then the stack frame
is deallocated, and then control is transferred to the caller.
If there is no stack frame when a BIF is called in the tail position,
the loader will emit a sequence of three instructions: first an
instruction that allocates a stack frame and saves the continuation
pointer (`allocate`), then an instruction that calls the BIF
(`call_bif`), and lastly an instruction that deallocates the stack
frame and returns to the caller (`deallocate_return`).
The old compiler would essentially allocate a stack frame for each
clause in a function, so it would not be that common that a BIF was
called in the tail position when there was no stack frame, so the
three-instruction sequence was deemed acceptable.
The new compiler only allocates stack frames when truly needed, so
the three-instruction BIF call sequence has become much more common.
This commit introduces a new `call_bif_only` instruction so that only
one instruction will be needed when calling a BIF in the tail position
when there is no stack frame. This instruction is also used when there
is a stack frame to make it possible to deallocate the stack frame
**before** calling the BIF, which may make a subsequent garbage
collection at the end of the BIF call cheaper (copying less garbage).
The one downside of this change is that the function that called the
BIF will not be included in the stack backtrace (similar to how a
tail-recursive call to an Erlang function will not be included in the
backtrace).
That was the quick summary of the commit. Here comes a detailed look
at how BIF calls are translated by the loader. The first example is a
function that calls `setelement/3` in the tail position:
update_no_stackframe(X) ->
setelement(5, X, new_value).
Here is the BEAM code:
{function, update_no_stackframe, 1, 12}.
{label,11}.
{line,[...]}.
{func_info,{atom,t},{atom,update_no_stackframe},1}.
{label,12}.
{move,{x,0},{x,1}}.
{move,{atom,new_value},{x,2}}.
{move,{integer,5},{x,0}}.
{line,[...]}.
{call_ext_only,3,{extfunc,erlang,setelement,3}}.
Because there is no stack frame, the `call_ext_only` instruction will
be used to call `setelement/3`:
{call_ext_only,3,{extfunc,erlang,setelement,3}}.
The loader will transform this instruction to a three-instruction
sequence:
0000000020BD8130: allocate_tt 0 3
0000000020BD8138: call_bif_e erlang:setelement/3
0000000020BD8148: deallocate_return_Q 0
Using the `call_bif_only` instruction introduced in this commit,
only one instruction is needed:
000000005DC377F0: call_bif_only_e erlang:setelement/3
`call_bif_only` calls the BIF and returns to the caller.
Now let's look at a function that already has a stack frame when
`setelement/3` is called:
update_with_stackframe(X) ->
foobar(X),
setelement(5, X, new_value).
Here is the BEAM code:
{function, update_with_stackframe, 1, 14}.
{label,13}.
{line,[...]}.
{func_info,{atom,t},{atom,update_with_stackframe},1}.
{label,14}.
{allocate,1,1}.
{move,{x,0},{y,0}}.
{line,[...]}.
{call,1,{f,16}}.
{move,{y,0},{x,1}}.
{move,{atom,new_value},{x,2}}.
{move,{integer,5},{x,0}}.
{line,[...]}.
{call_ext_last,3,{extfunc,erlang,setelement,3},1}.
Since there is a stack frame, the `call_ext_last` instruction will be used
to deallocate the stack frame and call the function:
{call_ext_last,3,{extfunc,erlang,setelement,3},1}.
Before this commit, the loader would translate this instruction to:
0000000020BD81B8: call_bif_e erlang:setelement/3
0000000020BD81C8: deallocate_return_Q 1
That is, the BIF is called before deallocating the stack frame and returning
to the calling function.
After this commit, the loader will translate the `call_ext_last` like this:
000000005DC37868: deallocate_Q 1
000000005DC37870: call_bif_only_e erlang:setelement/3
There are still two instructions, but now the stack frame will be
deallocated before calling the BIF, which could make the potential
garbage collection after the BIF call slightly more efficient (copying
less garbage).
We could have introduced a `call_bif_last` instruction, but the code
for calling a BIF is relatively large and there does not seem be a
practical way to share the code between `call_bif` and `call_bif_only`
(since the difference is at the end, after the BIF call). Therefore,
we did not want to clone the BIF calling code yet another time to
make a `call_bif_last` instruction.
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This allows extra chunks to be preserved for languages such as Elixir
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* maint:
inets: Fix handling of erl_script_timeout
Change-Id: Ie6028000b0bd45307477d837f63c51b2620faaea
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into maint
* peterdmv/inets/httpd_erl_script_timeout/ERIERL-321/OTP-15669:
inets: Fix handling of erl_script_timeout
Change-Id: I6a90408de48df6b8b01f44e0b273507bcec27b13
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When httpd was started with 'erl_script_timeout', the value of the
option was converted to milliseconds before storage. Subsequent
calls to httpd:info/1 returned the input value multiplied by 1000.
This change fixes the handing of erl_script_timeout by storing the
timeout in seconds and converting it to milliseconds before usage.
Change-Id: Ic308d83b59ad0884e053f096f995754c89adcbf4
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* rickard/deprecations-removals-fix:
Better erl_interface deprecation warning implementation
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For reasons better explained in the source code, ssa_opt_float
skips optimizing inside guards but it failed to do so
consistently; while the pass never processed guard blocks, it was
still possible to erroneously defer error checking to a guard
block, crashing the compiler once it realized its state was
invalid.
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* sverker/master/ets-no-mbuf-trapping/OTP-15660:
erts: Remove ets traversal yielding if heap fragment
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