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* anders/diameter/distribution/OTP-15398:
Add diameter_dist_SUITE to exercise diameter_dist:route_session/2
Add consistent hashing to diameter_dist:route_session/2
Add options to diameter_dist:route_session/2 node selection
Add diameter_dist for ready spawn_opt callbacks
Tweak/document request handler callback
Document acknowledgements in transport interface
Fix comment typo
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The possibility of configuring an MFA as spawn_opt was added in commit
fd285079, the callback being passed an arity-0 fun to be applied in an
appropriate handler process. Replace the fun by a tuple to be passed to
diameter_traffic:request/1, to avoid passing funs between nodes when
handler processes are remote.
A list-valued spawn_opt is now equivalent to the following configured as
{spawn_opt, {Mod, spawn_local, [Opts]}}.
spawn_local(ReqT, Opts) ->
spawn_opt(diameter_traffic, request, [ReqT], Opts).
ReqT is passed by diameter and contains information that the callback
may want to decide where to handle the request in question (which wasn't
accessible with a fun), but this information isn't exposed in a
documented way. The intention is instead to add an own callback
implementation to make use of the information.
Note that application lookup now takes place in the watchdog process in
both the list-valued (or no configuration) and mfa-valued cases. Whether
this is good, bad, or (probably) inconsequential remains to be seen.
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This is the {diameter, ack} message from a transport process to its
parent that requests that every Diameter request passed to the parent be
matched by a incoming send message, the atom false replacing a message()
in the case that the request is unanswered, allowing the transport to
keep track of the number of outstanding requests.
These were added in commit ca09cf7b, and are used to implement the
message_cb config in diameter_tcp/sctp, documented in commit cefcaa5c.
This commit documents the interface, to make it available to other
transport implementations.
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* maint-20:
Updated OTP version
Prepare release
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introduced after OTP_R13B03.
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This reverts commit fd8e49b5bddceaae803670121b603b5eee8c5c08.
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This reverts commit 202bb737e3deabfebee683266f4b7c42781eb521.
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For a documentation typo.
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Timestamps have been monotonic time since OTP-17.5. See commit e6d19a18.
The examples should really be replaced by more detailed doc of return
values.
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* anders/diameter/doc/OTP-14561:
Document new(ish) options in diameter_tcp/sctp
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* anders/diameter/SoC/OTP-10927:
Simplify/complete Standards Compliance doc
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With a table. Probably no one wants to read a commented RFC, it's been
unfinished for some time, and it's difficult to get an overview from it.
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See commits d3829525 (unordered), c591056b (packet), eadf4efc (sender),
636a7199 (tcp message_cb), 373cd07c (sctp message_cb)
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* anders/diameter/DOIC/OTP-14588:
Exercise avp_dictionaries in traffic suite
Let generic AVPs be encoded/decoded in alternate dictionaries
Rename field in codec map: dictionary -> app_dictionary
Add RFC 7683 Diameter Overload Indicator Conveyance text and dictionary
Fix decode undef
Fix dictionary compilation error message
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To support specifications like RFC 7683 DOIC, that only define AVPs, not
applications. AVPs that aren't known to the application dictionary in
question could previously not be decoded. Configuring alternate
dictionaries with the new transport/service option avp_dictionaries
changes this, so that AVPs like DOIC's Grouped OC-OLR can presented in
their fully decoded glory. Encode is also extended, allowing things like
the following to be encoded in an outgoing message:
'AVP' => [{'OC-OLR', #{'OC-Sequence-Number' => 1,
'OC-Report-Type' => 0,
'OC-Reduction-Percentage' => [25]}}]
A diameter_gen_doic_rfc7683 dictionary is installed, but
avp_dictionaries isn't specific to DOIC.
This commit also solves the problem demonstrated a few commits back,
that application AVPs aren't decoded in answers setting the E-bit. Test
coverage will come in a subsequent commit.
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* anders/diameter/decode_format/OTP-14511:
Map less in traffic suite
Fix decode_format doc oversights
Rename decode_format false to none
Tweak {decode_format, false} semantics
Fix dialyzer spec
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diameter_codec(3) referred only to the record format in places. The
configurable format was added in commits 722fa415 and then 55e65b26.
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Which reads better and makes it easier to distinguish this false from
others.
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Represent the decoded message by its atom-valued name in
diameter_packet.msg, which makes trace much more readable. A
diameter_avp.value is untouched (ie. undefined): the AVP name is already
in the name field.
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anders/diameter/decode_format/OTP-14511
* anders/diameter/config_consistency/OTP-14555:
Fix strict_arities blunder
Fix minor error-handling blunder
Let strict_mbit and incoming_maxlen be configured per transport
Let a service configure default transport options
Rename type evaluable -> eval
Document transport_opt() strict_capx
Rename transport_opt() capx_strictness to strict_capx
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* anders/diameter/config_consistency/OTP-14555:
Let strict_mbit and incoming_maxlen be configured per transport
Let a service configure default transport options
Rename type evaluable -> eval
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* anders/diameter/strict_capx/OTP-14546:
Document transport_opt() strict_capx
Rename transport_opt() capx_strictness to strict_capx
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* anders/diameter/performance/OTP-14521:
Fix influence of decode_format on service events
Work around more common_test woe
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* anders/diameter/loopback_any/OTP-14544:
Use loopback/any config in examples suite
Handle loopback/any as local address in diameter_tcp/sctp
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Decoded CER/CEA messages are passed in events messages that can be
subscribed to using diameter:subscribe/1. A configured decode_format was
not reflected in these, messages always being passed as records.
Clarify that strict_arities only applies to message callbacks.
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Since these can make sense per peer. The remaining service-only options
either belong there or make little sense being configured per transport.
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Only a default spawn_opt has been possible to configure, but there's
no reason why most others should need to be configured per transport.
Those options that still only make sense on a transport are
transport_module/config (because of the semantics of multiple values),
applications/capabilities (since these override service options), and
private (since it's only to allow user-specific options in a backwards
compatible way).
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Export the old type as a synonym for backwards compatability. The name
evaluable is a bit too awkward.
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The support is implied by documentation, but wasn't handled in code. Be
consistent in retrieving the address from the sock rather than the
configuration, and in accepting both ip and ifaddr for a local address.
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To be able to disable the counting of messages for which application
callbacks take place. Messages sent/handled by diameter itself are
always counted.
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To be able to disable the relatively expensive check that the number of
AVPs received in a message or grouped AVP agrees with the dictionary in
question. The may well be easier for the user in handle_request/answer
callbacks, when digesting the received message, and in some cases may
not be important.
The check at encode can also be disabled, allowing messages that don't
agree with the dictionary in question to be sent, which can be useful in
test (at least).
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Use the same [MsgName | Avps] representation as for the list decode, but
with Avps a map instead of a AVP name/values list. As a result, don't
set the message/AVP name on an additional key in the map, which felt a
bit odd. Messages are [MsgName :: atom() | map()], Grouped AVPs are just
map().
Fix at least one problem in the traffic suite along the way: with
decode_format false, the own decode in to_map/2 didn't know whether or
not to decode strings, resulting on some failures.
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