[server]
listen =
port = 8765

[/dev/video0]
width = 1920
height = 1080
fps = 30

# Device capture format (default: H264)
# H264, MJPGH264, YUYV, MJPG, JPEG
capture_format = YUYV

# Decoder M2M device (default: disabled)
# To decode the stream to a compatible format with the encoder (eg MJPG -> NV12 -> H264)
# decoder = /dev/video10

# Encoder M2M device (default: disabled)
# To encode the stream to H264 (eg YUYV -> H264 or MJPG -> NV12 -> H264)
encoder = /dev/video11

# Auto Sleep mode (default: yes)
# Sleep the camera when no one is watching the stream
# auto_sleep = yes

# Sets the MP4 TRAK rotation matrix (default: 0)
# 0, 90, 180, 270
# rotation = 0

# Controls

# you can set any V4L2 control too, list them with the -l option
h264_profile = High
h264_level = 4.2
h264_i_frame_period = 15

uvcx_h264_i_frame_period = 1000
uvcx_h264_profile = High

# Advanced (change only if you know, what you are doing)

# Buffer memory configurations (MMAP or DMABUF)
# Sometimes contigous memory is not large enough for hardwares and tuning needed

# default: DMABUF if encoder or decoder else MMAP
# capture_memory = DMABUF

# decoder_memory = MMAP-DMABUF
# encoder_memory = MMAP-MMAP

# Input format for the decoder (default: MJPG if capture_format == JPEG else capture_format)
# If the capture_format isn't supported by the decoder directly,
# but it can decode it with another format eg (capture_format = JPEG, decoder_input_format = MJPG)
# decoder_input_format = MJPG

# Input format for the encoder (default: NV12 if decoder else capture_format)
# encoder_input_format = NV12