CommandStatus CommandResponder :: HandleControl(const BinaryOutput& aControl, size_t aIndex)
{
CommandStatus cs = CS_TOO_MANY_OPS;
if ( mLinkStatuses && (aControl.GetCode() == CC_LATCH_ON || aControl.GetCode() == CC_LATCH_OFF)) {
try {
Transaction t(mpObs);
bool val = aControl.GetCode() == CC_LATCH_ON ? true : false;
mpObs->Update(ControlStatus(val, ControlStatus::ONLINE), aIndex);
cs = CS_SUCCESS;
LOG_BLOCK(LEV_INFO, "Updated ControlStatus " << aIndex << " with " << val << "." );
}
catch (Exception& ex) {
LOG_BLOCK(LEV_WARNING, "Failure trying to update point in response to control. " << ex.GetErrorString());
cs = CS_FORMAT_ERROR;
}
}
else {
cs = GetResponseCode(true, aIndex);
}
LOG_BLOCK(LEV_INFO, "[" << aIndex << "] - " << aControl.ToString() << " returning " << ToString(cs));
return cs;
}
// same as for the setpoint
CommandStatus SlaveDemoApp::HandleControl(BinaryOutput& aControl, size_t aIndex)
{
LOG_BLOCK(LEV_EVENT, "Received BINARY " << aControl.ToString() << " on index: " << aIndex);
// set the binary to ON if the command code was LATCH_ON, otherwise set it off (LATCH_OFF)
apl::Binary b(aControl.GetCode() == CC_LATCH_ON, BQ_ONLINE);
b.SetToNow();
// count how many BinaryOutput commands we recieve
apl::Counter c(++mCountBinaryOutput, CQ_ONLINE);
c.SetToNow();
Transaction t(mpObserver);
mpObserver->Update(b, aIndex);
mpObserver->Update(c, 1);
return CS_SUCCESS;
}