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This change relies on the assumption that all arguments before the last --
to the parent beam should be left as they are.
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Sometimes the wrong signal, i.e. a read reply, would be
received from this non-selective receive.
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The inet driver for OSE has to handle signals instead of selects
and thus the wrappers for ready_input/output are a little bit
different. However the majority of the inet code remains the same.
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Needed to get std io to work in some OSE systems where stdio
is not opened when the program starts.
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As any scheduler process can consume any message we have
to make sure that the message is owned by the scheduler
before returning it in erl_drv_ose_get_signal.
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* rickard/xcomp-readme:
Let xcomp/README.md refer to HOWTO/INSTALL-CROSS.md
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* bjorn/erts/fp-exceptions-on-osx:
Disable accidentally enabled floating point exceptions on MacOS X
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In c7ddafbe, which disabled floating point exceptions on Linux,
floating point exceptions were accidentally enabled on MacOS X.
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* ia/ssl/fix-warnings:
ssl: Fix compiler warnings
ssl: Fix appup regexps and instructions
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* sverk/hipe-disable-gc-bug:
erts: Fix heap overwrite by hipe "trap frames" when GC is disabled
ASSERT that GC is not tried with "need" when GC is disabled
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by trapping BIFs like term_to_binary and binary_to_term.
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* ia/ssl/prepare-for-release:
ssl: Prepare for release
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* kostis/hipe-tests-bs/OTP-11748:
Up the time limit (globally) for some slow machines
Add check so that tests are skipped if HiPE is not available
Add a Makefile for the HiPE tests
Add tests for the HiPE compiler (Part 1: binaries and bitstrings)
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* hb/syntax_tools/correct_igor_contract:
Correct a contract in the igor module
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Thanks Kostis.
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* anders/diameter/grouped_decode/OTP-11675:
Be lenient with the M-bit in Grouped AVPs
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RFC 6733 says this, in 4.4:
Receivers of a Grouped AVP that does not have the 'M' (mandatory) bit
set and one or more of the encapsulated AVPs within the group has the
'M' (mandatory) bit set MAY simply be ignored if the Grouped AVP itself
is unrecognized. The rule applies even if the encapsulated AVP with its
'M' (mandatory) bit set is further encapsulated within other sub-groups,
i.e., other Grouped AVPs embedded within the Grouped AVP.
The first sentence is mangled but take it to mean this:
An unrecognized AVP of type Grouped that does not set the 'M' bit MAY
be ignored even if one of its encapsulated AVPs sets the 'M' bit.
This is a bit of a non-statement since if the AVP is unrecognized then
its type is unknown. We therefore don't know that its data bytes contain
encapsulated AVPs, so can't but ignore any of those that set the M-bit.
Doing anything else when the type *is* known would be inconsistent.
OTP-11087 (commit 066544fa) caused the M-bit on any unrecognized AVP to
be regarded as an error, unrecognized being taken to mean "not
explicitly defined as a member of its container". (That is, an AVP that
can't be packed into a dedicated record field, which is slightly
stronger than "not defined".) This fixed the original intention for
top-level AVPs but broke the required leniency for Grouped AVPs whose
type is known. This commit restores the leniency.
Note that dictionary files need to be recompiled for the commit to have
effect.
Thanks to Rory McKeown for reporting the problem.
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* rickard/otp_version/OTP-11615:
Update OTP version documentation
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* lukas/erts/float_encoding/OTP-11738:
erts: Set default external enc to use new float scheme
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