ADCDevice::ADCDevice() :
BaseDevice()
{
this->connectionPoints = new list<ConnectionPoint*> ();
this->pinouts = new std::list<Pinout*>();
this->outPoint = new OutConnectionPoint( 2, "Output",
"ADC Device Output", FLOAT_TYPE, new float(0) );
this->outPoint->RegisterRefreshHandler( this );
this->connectionPoints->push_back( outPoint );
// ADC Pionout definition:
Command cmdInit( INIT_CMD );
Command cmdStop( STOP_CMD );
list<Command>* pinoutSupportedCommands = new list<Command>();
pinoutSupportedCommands->push_back( cmdInit );
pinoutSupportedCommands->push_back( cmdStop );
list<Event>* pinoutSupportedEvents = new list<Event>();
list<EventParameter>* eventParams = new list<EventParameter>();
eventParams->push_back( EventParameter( ADCDevice_VALUE, 0, INT_TYPE ) );
Event eventClick( ADCDevice_VALEVENT, eventParams );
pinoutSupportedEvents->push_back( eventClick );
Pinout* pinout = new Pinout( 0, "ADC Pinout", "ADC Device Pinout",
pinoutSupportedCommands, pinoutSupportedEvents );
pinout->PinoutEventTriggered = &PinoutEventTriggered;
this->pinouts->push_back( pinout );
this->currentPinoutValue = 0.0f;
this->SetName( ADCDevice_DEVNAME );
}
void osdHandleFirst(AG_Event *event) {
state.currentFrame = 0;
if (state.mode & SM_RECORD) {
cmdStop(0);
}
osdUpdate();
}
void osdHandleLast(AG_Event *event) {
state.currentFrame = state.totalFrames - 1;
cmdStop(0);
osdUpdate();
}
void osdHandleNext(AG_Event *event) {
if (state.currentFrame < state.totalFrames - 1)
state.currentFrame++;
cmdStop(0);
osdUpdate();
}
void osdHandlePrev(AG_Event *event) {
if (state.currentFrame > 0)
state.currentFrame--;
cmdStop(0);
osdUpdate();
}
