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#####################################################################
# General Talker configuration
#####################################################################
# role: Sets the process as a talker or listener. Valid values are
# talker or listener
role = talker
# stream_addr: Used on the listener and should be set to the
# mac address of the talker.
stream_addr = ba:bc:1a:ba:bc:1a
# stream_uid: The unique stream ID. The talker and listener must
# both have this set the same.
stream_uid = 55
# dest_addr: destination multicast address for the stream.
#
# If using SRP and MAAP, dynamic destination addresses are generated
# automatically by the talker and passed to the listner, and don't
# need to be configured.
#
# Without MAAP, locally administered (static) addresses must be
# configured. Thouse addresses are in the range of:
# 91:E0:F0:00:FE:00 - 91:E0:F0:00:FE:FF.
# Typically use :00 for the first stream, :01 for the second, etc.
#
# When SRP is being used the static destination address only needs to
# be set in the talker. If SRP is not being used the destination address
# needs to be set (to the same value) in both the talker and listener.
#
# The destination is a multicast address, not a real MAC address, so it
# does not match the talker or listener's interface MAC. There are
# several pools of those addresses for use by AVTP defined in 1722.
#
dest_addr = 91:e0:f0:00:fe:55
# max_interval_frames: The maximum number of packets that will be sent during
# an observation interval. This is only used on the talker.
max_interval_frames = 1
# sr_class: A talker only setting. Values are either A or B. If not set an internal
# default is used.
sr_class = B
# sr_rank: A talker only setting. If not set an internal default is used.
#sr_rank = 1
# max_transit_usec: Allows manually specifying a maximum transit time.
# On the talker this value is added to the PTP walltime to create the AVTP Timestamp.
# On the listener this value is used to validate an expected valid timestamp range.
# Note: For the listener the map_nv_item_count value must be set large enough to
# allow buffering at least as many AVTP packets that can be transmitted during this
# max transit time.
max_transit_usec = 50000
# max_transmit_deficit_usec: Allows setting the maximum packet transmit rate deficit that will
# be recovered when a talker falls behind. This is only used on a talker side. When a talker
# can not keep up with the specified transmit rate it builds up a deficit and will attempt to
# make up for this deficit by sending more packets. There is normally some variability in the
# transmit rate because of other demands on the system so this is expected. However, without this
# bounding value the deficit could grew too large in cases such where more streams are started
# than the system can support and when the number of streams is reduced the remaining streams
# will attempt to recover this deficit by sending packets at a higher rate. This can cause a problem
# at the listener side and significantly delay the recovery time before media playback will return
# to normal. Typically this value can be set to the expected buffer size (in usec) that listeners are
# expected to be buffering. For low latency solutions this is normally a small value. For non-live
# media playback such as video playback the listener side buffers can often be large enough to held many
# seconds of data.
max_transmit_deficit_usec = 50000
# internal_latency: Allows mannually specifying an internal latency time. This is used
# only on the talker.
#internal_latency = 0
# max_stale: The number of microseconds beyond the presentation time that media queue items will be purged
# because they are too old (past the presentation time). This is only used on listener end stations.
# Note: needing to purge old media queue items is often a sign of some other problem. For example: a delay at
# stream startup before incoming packets are ready to be processed by the media sink. If this deficit
# in processing or purging the old (stale) packets is not handled, syncing multiple listeners will be problematic.
#max_stale = 1000
# raw_tx_buffers: The number of raw socket transmit buffers. Typically 4 - 8 are good values.
# This is only used by the talker. If not set internal defaults are used.
raw_tx_buffers = 100
# raw_rx_buffers: The number of raw socket receive buffers. Typically 50 - 100 are good values.
# This is only used by the listener. If not set internal defaults are used.
#raw_rx_buffers = 100
# report_seconds: How often to output stats. Defaults to 10 seconds. 0 turns off the stats.
report_seconds = 1
#####################################################################
# Mapping module configuration
#####################################################################
# map_lib: The name of the library file (commonly a .so file) that
# implements the Initialize function. Comment out the map_lib name
# and link in the .c file to the openavb_tl executable to embed the mapper
# directly into the executable unit. There is no need to change anything
# else. The Initialize function will still be dynamically linked in.
map_lib = ./libopenavb_map_h264.so
# map_fn: The name of the initialize function in the mapper.
map_fn = openavbMapH264Initialize
# map_nv_item_count: The number of media queue elements to hold.
map_nv_item_count = 20
# map_nv_tx_rate: Transmit rate
# If not set default of the talker class will be used.
#map_nv_tx_rate = 2000
#####################################################################
# Interface module configuration
#####################################################################
# intf_lib: The name of the library file (commonly a .so file) that
# implements the Initialize function. Comment out the intf_lib name
# and link in the .c file to the openavb_tl executable to embed the interface
# directly into the executable unit. There is no need to change anything
# else. The Initialize function will still be dynamically linked in.
# intf_fn: The name of the initialize function in the interface.
intf_lib = ./libopenavb_intf_h264_gst.so
# intf_fn: The name of the initialize function in the interface.
intf_fn = openavbIntfH264RtpGstInitialize
intf_nv_gst_pipeline = filesrc location=/home/marcin/ser02.h264 ! video/x-h264 ! typefind ! h264parse ! rtph264pay ssrc=5 timestamp-offset=1 seqnum-offset=1 name=avbrtppay ! appsink name=avbsink
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