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The tuple is returned from and passed to callbacks, so retain the tuple
instead of its elements.
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By passing additional arguments through it.
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Memory consumption is marginally reduced.
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Instead of two records, #plt{} with dict:s and #mini_plt{} with ETS
tables, one record is used for representing PLT:s in RAM.
The #mini_plt{} is the one now used throughout analyses, but it is
called #plt{}.
When writing the PLT to file, another record is used, #file_plt{} (as
before). When creating #file_plt{}, the #plt{} is deleted (it cannot
be used for further analyses).
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Avoid some ETS-lookups. Marginal speed-ups.
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Substitute try/catch for an obsoletely used catch.
Thanks to Kostis for pointing it out.
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The arguments of calls to a debug function are no longer evaluated.
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In typesig: do not look up the module's types unless it is necessary.
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All keys in an orddict must be unique. sys_core_fold:sub_sub_scope/1
broke that rule. It was probably harmless, but it is better to
avoid such rule violations.
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* ingela/ssl/dtls-doc:
ssl: Document DTLS
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* hasse/stdlib/fun2ms_partial_eval/OTP-14454/ERIERL-29:
stdlib: Evaluate expressions in fun2ms bodies
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Despite the efforts of commits 1df74351 and 111261d1 to salvage it, SCTP
is just flakey on sparc-sun-solaris2.10. In addition to the woes of the
loopback address, even connect on other addresses sporadically returns
{error, eafnosupport}, so the initial check for a working SCTP (aka
resistance) is futile. Revert both commits.
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Outgoing requests no longer write to the request table, as of commit
a4da06a5.
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diameter_sctp.erl:292: Record construction #transport{parent::pid(),mode::{'accept',atom() | pid() | port() | {atom(),atom()}},active::'false',recv::'true',os::0,packet::'true',message_cb::'undefined',send::'false'} violates the declared type of field message_cb::'false' | fun() | maybe_improper_list(fun() | maybe_improper_list(any(),[any()]) | {atom(),atom(),[any()]},[any()]) | {atom(),atom(),[any()]}
diameter_sctp.erl:302: Record construction #transport{mode::{'accept',atom() | pid() | port() | {atom(),atom()}},active::'false',recv::'true',os::0,packet::'true',message_cb::'undefined',send::'false'} violates the declared type of field message_cb::'false' | fun() | maybe_improper_list(fun() | maybe_improper_list(any(),[any()]) | {atom(),atom(),[any()]},[any()]) | {atom(),atom(),[any()]}
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* siri/cuddle-master:
Update sasl_report_SUITE to accept new size of sasl.log
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Folded when I should have mapped.
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Converting with list_to_binary/1 appears to be faster than the
equivalent binary comprehension:
<< (z(F,A)) || {F,A} <- avp_arity(Name) >>
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Recursing over the entire list of arities and values is faster than
retrieving them one at a time.
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This and subsequent commits are destined for OTP 20.0.
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In particular, allow {Name, Value} and {Dict, Name, Value} without
requiring a diameter_avp wrapper.
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Since value is ignored.
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Which is the equivalent of what was done with '#new-'/1 and '#set-'/2.
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base/diameter_codec.erl:716: Warning: OPTIMIZED: creation of sub binary delayed
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base/diameter_codec.erl:545: Warning: OPTIMIZED: creation of sub binary delayed
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base/diameter_codec.erl:600: Warning: OPTIMIZED: creation of sub binary delayed
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Dict:avp(encode, Value, Name) no longer needs to return a binary, only
an iolist(). Message encode runs list_to_binary/1 to convert accumulated
lists into a message binary.
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This is a special case to allow encode of something other than an
iolist.
Eg. #diameter_avp{data = {diameter_gen_base_rfc6733,
'Proxy-Info',
[{'Proxy-Host', "HOST"}, {'Proxy-State', "STATE"}]}}
Only worked as expected for AVPs of type other than Grouped.
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As when detecting missing AVPs, extract a list of field/value pairs in
one step, which looks to be slightly more efficient. Flattening the list
was unnecessary since the result is passed to list_to_binary.
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On the same theme as the parent commit, building binaries in fewer
steps.
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Prepend the header in a single step.
Before:
{[{{diameter_codec,pack_avp,1}, 7000, 126.074, 51.058}],
{ {diameter_codec,pack_avp,2}, 7000, 126.074, 51.058}, %
[{{diameter_codec,pack_avp,5}, 7000, 51.144, 25.758},
{{diameter_codec,pad,2}, 7000, 23.844, 23.570},
{suspend, 1, 0.028, 0.000}]}.
After:
{[{{diameter_codec,pack_avp,1}, 7000, 78.563, 26.986}],
{ {diameter_codec,pack_avp,2}, 7000, 78.563, 26.986}, %
[{{diameter_codec,pack_avp,6}, 7000, 51.459, 26.381},
{suspend, 4, 0.118, 0.000}]}.
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Which appears to be about an order of magnitude slower than just
creating a binary of the desired size.
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