public virtual IEnumerator <ITask> ConfigureDeviceHandler(ConfigureDevice configureDevice)
{
int ix = _state.SensorConfiguration.FindIndex(
delegate(SensorConfiguration c)
{
return(c.DeviceModel == configureDevice.Body.DeviceModel &&
(c.DeviceName ?? string.Empty) == (configureDevice.Body.DeviceName ?? string.Empty));
});
if (ix < 0)
{
_state.SensorConfiguration.Add(configureDevice.Body);
}
else
{
_state.SensorConfiguration[ix].SuccessRangeMin = configureDevice.Body.SuccessRangeMin;
_state.SensorConfiguration[ix].SuccessRangeMax = configureDevice.Body.SuccessRangeMax;
}
ValidateState();
yield return(Arbiter.ExecuteToCompletion(Environment.TaskQueue,
new IterativeTask(FindSensors)));
configureDevice.ResponsePort.Post(DefaultUpsertResponseType.Instance);
yield break;
}
public virtual IEnumerator<ITask> ConfigureDeviceHandler(ConfigureDevice configureDevice)
{
int ix = _state.SensorConfiguration.FindIndex(
delegate(SensorConfiguration c)
{
return c.DeviceModel == configureDevice.Body.DeviceModel
&& (c.DeviceName ?? string.Empty) == (configureDevice.Body.DeviceName ?? string.Empty);
});
if (ix < 0)
_state.SensorConfiguration.Add(configureDevice.Body);
else
{
_state.SensorConfiguration[ix].SuccessRangeMin = configureDevice.Body.SuccessRangeMin;
_state.SensorConfiguration[ix].SuccessRangeMax = configureDevice.Body.SuccessRangeMax;
}
ValidateState();
yield return Arbiter.ExecuteToCompletion(Environment.TaskQueue,
new IterativeTask(FindSensors));
configureDevice.ResponsePort.Post(DefaultUpsertResponseType.Instance);
yield break;
}
