lab_system/master/config/tests/multizone/multizone.cfg

# Config file for multizone tests that need equipment other than the
# receivers (e.g., power or network switches, etc.) but don't need Wi-Fi
# connectivity.

# Dot-notation path to the module containing the TestCase class:
TEST_CASE_MODULE=eurtest.tests.multizone.test_cases

# Name of the TestCase sub-class:
TEST_CASE_CLASS=MultizoneSyncMeasurementTestCase,MultizoneOpusSyncMeasurementTestCase,MultizoneAacSyncMeasurementTestCase,MultizoneCastTerminationTestCase,MultizoneDeviceDiscoveryTestCase,MultizoneGroupingTestCase,MultizoneLatencyCalibrationTestCase,MultizoneMultipleMediaControllersTestCase,MultizoneMultiplePartiesTestCase,MultizoneGroupMuteTestCaseUsingReceiverNamespace,MultizoneSingleDeviceMuteTestCaseUsingMultizoneNamespace,MultizoneSingleDeviceMuteTestCaseUsingReceiverNamespace

# Dot-notation path to the module containing the TestSequence class:
TEST_SEQUENCE_MODULE=eurtest.tests.multizone.test_sequence

# Name of the TestSequence sub-class:
TEST_SEQUENCE_CLASS=MultizoneTestSequence

# Path to the JSON file (relative to the location of this config file)
# with the description of the power switch host and its configuration.
# The remote system is assumed to allow a login by providing username and
# password.
#
# The file has the following format:
# [
#   {
#     "ip": "<IP>",
#     "username": "<username>",
#     "password": "<password>",
#     "receiver_id_to_port_map":
#     {
#       "<receiver eth IP address>": "<power switch port>",
#       ...
#     }
#   },
#   ...
# ]
POWER_SWITCH_CONFIG_FILENAME=dli_power_switch.json

# Path to the JSON file (relative to the location of this config file)
# with the description of the managed network switch and its configuration.
# The remote system is assumed to allow a login by providing username and
# password.
#
# The file has the following format:
# [
#   {
#     "host": "<hostname or IP address>",
#     "username": "<username used to login>",
#     "password": "<password for the user>",
#     "receiver_id_to_port_map":
#     {
#       "<receiver ID>": "<receiver's corresponding ethernet port>",
#     },
#     "infrastructure_ports": ["<number of always on port>", ...]
#   }
# ]
NETWORK_SWITCH_CONFIG_FILENAME=hp_procurve_switch_config.json

# Path in the media server to the audio file to play in the group. The audio must consist
# of pulsed sine waves, like:
#
#      _                _               _
#     / \              / \             / \
#~~~~~   \   ~~~~~~~~~~   \   ~~~~~~~~~~  \  ~~~~~ ...
#         \_/              \_/             \/
#|---------------|     |-----|
#  fundamental          sine
#  period               pulse
#            |--------|
#             low volume noise
#             or silence
TESTFILE_PATH=static/multizone/sine_noise_s48k_p100msecs_d90sec.mp3
# Duration of the media in seconds.
TESTFILE_LENGTH_SECS=90
# Mime type of the media file.
TESTFILE_MIME_TYPE=audio/mp3
THREE_MINS_TESTFILE_PATH=static/multizone/noise-sine_500Hz_100msec_44.1kHz_180secs.mp3
THREE_MINS_TESTFILE_LENGTH_SECS=180
THREE_MINS_TESTFILE_MIME_TYPE=audio/mp3
OPUS_TESTFILE_PATH=static/multizone/sine_noise_s48k_p100msecs_d90sec.opus
OPUS_TESTFILE_MIME_TYPE=audio/ogg
OPUS_TESTFILE_LENGTH_SECS=90
AAC_TESTFILE_PATH=static/multizone/sine_noise_s48k_p100msecs_d90sec.mp4
AAC_TESTFILE_MIME_TYPE=audio/mp4
AAC_TESTFILE_LENGTH_SECS=90

# Period of the pulses in the media file.
TESTFILE_FUNDAMENTAL_PERIOD_SEC=0.1
# Duration of the sine pulse.
TESTFILE_PULSE_DURATION_SEC=0.002
# Amplitude below which the receiver is considered to not be playing back.
TESTFILE_DROPOUT_TRESHOLD=0.3
# Amplitude for silence value. Adapt to noise level.
TESTFILE_SILENCE_TRESHOLD=0.05
# Minimum silence length to be interpreted as dropout in seconds
MIN_SILENCE_LENGTH_SEC=0.005