private void UpdateUserSetting(bool powerOnFlag, bool powerOffFlag, UserSetting newSetting)
{
switch (state)
{
case OperatingState.STATE_OFF:
if (powerOnFlag)
{
state = OperatingState.STATE_POWERING_UP;
}
break;
case OperatingState.STATE_POWERING_UP:
if (CheckSettingConsistency(newSetting))
{
cmdQueue.Enqueue(POWER_ON_CMD);
}
if (receivedSetting.On)
{
state = OperatingState.STATE_ON;
}
break;
case OperatingState.STATE_ON:
if (powerOffFlag)
{
cmdQueue.Enqueue(POWER_OFF_CMD);
}
if (!receivedSetting.On)
{
state = OperatingState.STATE_OFF;
}
break;
}
if (newSetting.PowerLevel != userSetting.PowerLevel)
{
cmdQueue.Enqueue(PowerLevelCmd(newSetting.PowerLevel));
userSetting.PowerLevel = newSetting.PowerLevel;
}
if (newSetting.DutyCycle != userSetting.DutyCycle)
{
cmdQueue.Enqueue(DutyCycleCmd(newSetting.DutyCycle));
userSetting.DutyCycle = newSetting.DutyCycle;
}
if (newSetting.PulseTime != userSetting.PulseTime)
{
cmdQueue.Enqueue(PulseTimeCmd(newSetting.PulseTime));
userSetting.PulseTime = newSetting.PulseTime;
}
if (newSetting.PulseSpacing != userSetting.PulseSpacing)
{
cmdQueue.Enqueue(PulseSpacingCmd(newSetting.PulseSpacing));
userSetting.PulseSpacing = newSetting.PulseSpacing;
}
}
private bool CheckSettingConsistency(UserSetting other)
{
return(receivedSetting.PowerLevel == other.PowerLevel && receivedSetting.DutyCycle == other.DutyCycle &&
receivedSetting.PulseTime == other.PulseTime && receivedSetting.PulseSpacing == other.PulseSpacing);
}