def execute_get_metadata(self, channels=None, *args, **kwargs):
"""
Returns metadata.
TODO NOTE: metadata aspect not yet specified in the framework. This
method is just a quick implementation to exercise the functionality
provided by the underlying TrhphClient.
@param channels List of channel names to get metadata from, by default
[TrhphChannel.INSTRUMENT]
@retval Dict of channels and metadata outputs
"""
# NOTE code written in a way that eventually can be moved to parent
# class with no or minimal changes.
channels = channels or [TrhphChannel.INSTRUMENT]
mi_logger.debug("Issuing base execute_get_metadata...")
(result, valid_channels) = self._check_channel_args(channels)
for channel in valid_channels:
proto = self.chan_map[channel]
result[channel] = proto.execute_get_metadata(*args,
**kwargs)
return result
def execute_get_power_statuses(self, channels=None, *args, **kwargs):
"""
Gets the power statuses.
@param channels List of channel names to execute the operation to,
by default [TrhphChannel.INSTRUMENT].
@param timeout Timeout for the wait, self._timeout by default.
@retval a dict of power statuses per channel
@throws TimeoutException
"""
channels = channels or [TrhphChannel.INSTRUMENT]
mi_logger.debug("Issuing base execute_diagnostics...")
(result, valid_channels) = self._check_channel_args(channels)
for channel in valid_channels:
proto = self.chan_map[channel]
result[channel] = proto.execute_get_power_statuses(*args,
**kwargs)
return result
def execute_diagnostics(self, channels=None, num_scans=5, *args, **kwargs):
"""
Executes the diagnostics operation.
@param channels List of channel names to execute the operation to,
by default [TrhphChannel.INSTRUMENT].
@param num_scans the number of scans for the operation, 5 by default.
@param timeout Timeout for the wait, self._timeout by default.
@retval a list of rows, one with values per scan
@throws TimeoutException
"""
channels = channels or [TrhphChannel.INSTRUMENT]
mi_logger.debug("Issuing base execute_diagnostics...")
(result, valid_channels) = self._check_channel_args(channels)
for channel in valid_channels:
proto = self.chan_map[channel]
result[channel] = proto.execute_diagnostics(num_scans, *args,
**kwargs)
return result
