# This unit test data file is a collection of AMR RTP payloads in octet-aligned
# format, with some (but not all) of them also exercising OAX extensions of
# TW-TS-006.  This input is intended to be fed to rtp2trau_amr test program
# in multiple modes: accepting RTP payloads with OAX enabled or disabled,
# generating either TRAU-AMR-16k or TRAU-AMR-8k.

# Regular speech frames (DHF bit pattern), step through all modes,
# two frames in each mode to allow for normal CMI/CMR alternation.

F004F89D67F1160935BDE1996840
F004F89D67F1160935BDE1996840
F00C1FB967F7F1FDF547BF2E61C060
F00C1FB967F7F1FDF547BF2E61C060
F014E959F35FDFE5E9667FFBC088818088
F014E959F35FDFE5E9667FFBC088818088
F01CF0B9E6BF68007209C3D3CBC80848A1558C
F01CF0B9E6BF68007209C3D3CBC80848A1558C
F024F871CF48801EC427F0FC3F7318898622062200
F024F871CF48801EC427F0FC3F7318898622062200
F02C42B332081813D7E916E7AA5E80D7FDE812B8C080
F02C42B332081813D7E916E7AA5E80D7FDE812B8C080
F0341FC722C7880328A9C280030BC9755C3EF519F80000295323E000
F0341FC722C7880328A9C280030BC9755C3EF519F80000295323E000
F03C08556D944C71A1A081E7EAD204244480000ECD82B81118000097C4794E7740
F03C08556D944C71A1A081E7EAD204244480000ECD82B81118000097C4794E7740

# Do MR59 and MR74 DHFs once again, but with Speech_Degraded indication.
# Representing this state in RTP requires use of a TW-TS-006 extension,
# hence we get to test osmo_amrt_decode_rtp() behaviour in terms of
# allowing or disallowing these extensions in RTP input.

F016E959F35FDFE5E9667FFBC088818088
F016E959F35FDFE5E9667FFBC088818088
F026F871CF48801EC427F0FC3F7318898622062200
F026F871CF48801EC427F0FC3F7318898622062200

# Now do the same frames yet again, but with Speech_Bad indication.
# This one is supported in standard RFC 4867 representation.

F010E959F35FDFE5E9667FFBC088818088
F010E959F35FDFE5E9667FFBC088818088
F020F871CF48801EC427F0FC3F7318898622062200
F020F871CF48801EC427F0FC3F7318898622062200

# Test passing of CMR from RTP to TRAU frame output: do 8 DHFs once again,
# but step CMR in the opposite order from that of CMI advance.

7004F89D67F1160935BDE1996840
7004F89D67F1160935BDE1996840
600C1FB967F7F1FDF547BF2E61C060
600C1FB967F7F1FDF547BF2E61C060
5014E959F35FDFE5E9667FFBC088818088
5014E959F35FDFE5E9667FFBC088818088
401CF0B9E6BF68007209C3D3CBC80848A1558C
401CF0B9E6BF68007209C3D3CBC80848A1558C
3024F871CF48801EC427F0FC3F7318898622062200
3024F871CF48801EC427F0FC3F7318898622062200
202C42B332081813D7E916E7AA5E80D7FDE812B8C080
202C42B332081813D7E916E7AA5E80D7FDE812B8C080
10341FC722C7880328A9C280030BC9755C3EF519F80000295323E000
10341FC722C7880328A9C280030BC9755C3EF519F80000295323E000
003C08556D944C71A1A081E7EAD204244480000ECD82B81118000097C4794E7740
003C08556D944C71A1A081E7EAD204244480000ECD82B81118000097C4794E7740

# Automatic adaption to implicit CMI/CMR phase in RTP stream: if the used codec
# mode changes at a point in the received RTP stream where free-running RIF
# alternation would normally produce RIF=1, the phase is flipped by emitting
# two RIF=0 frames in a row.  Test this mechanism.

F004F89D67F1160935BDE1996840
F004F89D67F1160935BDE1996840
F004F89D67F1160935BDE1996840
F014E959F35FDFE5E9667FFBC088818088
F014E959F35FDFE5E9667FFBC088818088
F014E959F35FDFE5E9667FFBC088818088

# Test encoding of SID and No_Data frames.

F044FFFFFFFFE4
F07C
F07C
F04426C7836814

# Test marked-bad SID update.

F04026C7836814

# TW-TS-006 extended capabilities: direct setting of RIF that would allow
# multiple RIF=0 or RIF=1 frames in a row (must be No_Speech for RIF=1),
# and explicit mode indication for No_Data frames.

FC7E04
FC7E04
F87E04
F87E04

# ONSET frame followed by some speech frames, also exercising TA+DTXd+TFOE
# extension.

F07E82
F214E959F35FDFE5E9667FFBC08881808800
F214E959F35FDFE5E9667FFBC088818088E1
F214E959F35FDFE5E9667FFBC08881808802
F214E959F35FDFE5E9667FFBC08881808803