Mercurial > hg > freeDiameter
view doc/test_netemul.conf.sample @ 1517:9e233ef0b07e
Add 3GPP TS 29.283 V15.1.0 (2019-09)
Add AVPs:
- MCPTT-ID, UTF8String, code 4500, section 7.3.2
- Data-Identification, Grouped, code 4501, section 7.3.3
- Data-Identification-Prefix, Unsigned32, code 4502, section 7.3.11
- Data-Identification-Flags, Unsigned64, code 4503, section 7.3.12
- DPR-Flags, Unsigned32, code 4504, section 7.3.13
- DPA-Flags, Unsigned32, code 4505, section 7.3.14
- DUR-Flags, Unsigned32, code 4506, section 7.3.15
- DUA-Flags, Unsigned32, code 4507, section 7.3.16
- NDR-Flags, Unsigned32, code 4508, section 7.3.17
- NDA-Flags, Unsigned32, code 4509, section 7.3.18
- User-Data-Id, Unsigned32, code 4510, section 7.3.19
- MC-Service-User-Profile-Data, Grouped, code 4511, section 7.3.20
- Sequence-Number-29.283, Unsigned32, code 4512, section 7.3.21
- Data, Grouped, code 4513, section 7.3.22
- MCVideo-ID, UTF8String, code 4514, section 7.3.24
- MCData-ID, UTF8String, code 4515, section 7.3.25
Note: Name conflict with 3GPP TS 29.140 Sequence-Number (1107).
and 3GPP TS 29.329 Sequence-Number (716).
3GPP TS 29.140 V6.1.0 (2005-06) allocated Sequence-Number (1107).
3GPP TS 29.329 V10.0.0 (2010-09) CR 0163 added Sequence-Number (716).
3GPP TS 29.283 V13.1.0 (2016-06) allocated Sequence-Number (4512).
Fix: Sequence-Number (4512) renamed to Sequence-Number-29.283 (4512).
author | Luke Mewburn <luke@mewburn.net> |
---|---|
date | Thu, 09 Apr 2020 10:32:09 +1000 |
parents | 083317a4e947 |
children |
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# This file contains information for configuring the test_netemul extension. # To find how to have freeDiameter load this extension, please refer to the freeDiameter documentation. # # The test_netemul extension implements a Diameter proxy that behaves like simple forwarding agent, # with the exception that it can introduce delay in the forwarding of the messages and generate duplicates # of messages, as can be expected from a real Diameter network. It can also generate routing errors when # connected to more than 2 peers. # LATENCY: # Two parameters are used to control the delay introduced in the messages. # - latency_average: # This is the average delay introduced in the packets. # Set to 0 to not add any latency (beyond the normal processing time). # The value is expressed as an integer followed by a unit which can # be 's' (seconds) or 'ms' (milliseconds). Example: # latency_average = 700 ms; # # - latency_deviation: # This parameter controls the variance in the latency. It is expressed # as a value between 0 % and 100 %. When set to 0 %, all messages will be delayed # by exactly latency_average. Otherwise, it represents the width of the interval # "around" the average where "most" of the latency will be chosen (the distribution # has a Gaussian shape). Example: # latency_deviation = 25 %; # # The default values give an added latency "mostly" between 0.4 and 0.6 seconds: # latency_average = 500 ms; # latency_deviation = 20 % ; # REORDERING: # There is no special control over the reordering of messages. It may simply happen # as a result of the latency. If you want to get a lot of reordering, set the # latency_variance to a high value. # DUPLICATES: # Duplicate messages are expected in the Diameter protocol by design, as a consequence # of the failover mechanism that provides the protocol's reliability. # - dupl_proba: # This value gives the probability of producing a duplicate of a forwarded message. # The value is comprized between 0 (no duplicates) and 1 (duplicate all messages). # Duplicates are created for requests, but may result in duplicate answers # received by your Diameter client(s), depending on your server(s)'s behavior. # In the case of freeDiameter client, the duplicate answer is automatically filtered out # because the hop-by-hop id has already been used. # Note that each duplicate copy is an independent message, # which receives a different latency, and might be routed to a different server if you # use for example load-balancing. # The parameter can take several forms: # dupl_proba = 0 ; # Disables the generation of duplicate messages completely. # dupl_proba = 1 / 10000 ; # dupl_proba = 0.0001 ; # Around 1 messages over ten thousands will be duplicated. # # Default value: # dupl_proba = 1 / 100 ;