Examples of avrora.sim.FiniteStateMachine$TransitionEvent

avrora.sim.FiniteStateMachine
The TransitionEvent class is used internally by the finite state machine for transitions that take 1 more more clock cycles. The machine is put in the IN_TRANSITION state and this event is inserted into the event queue of the underlying clock. When this event fires, it will complete the state transition and fire any probes as necessary.

//    cc2420.updateActiveFrequency();
      return (int) cc2420.getFrequency();
  }


  public boolean isRadioOn() {
      FiniteStateMachine fsm = cc2420.getFiniteStateMachine();
      /* based on reading the source code it seems that the fsm state = 3 means on */
      //System.out.println("COOJA: cc2420 FSM: " + fsm.getCurrentState());
      return fsm.getCurrentState() >= 3;
  }

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        dfStatus = DF_STATUS_REGISTER_DENSITY | DF_STATUS_READY;
        tick = false;
        i = 0;
        step = 0;


        stateMachine = new FiniteStateMachine(sim.getClock(), startMode, modeName, 0);
        // connect Pins
        // output
        mcu.getPin("PA3").connect(new PA3Output());
        mcu.getPin("PD3").connect(new PD3Output());
        mcu.getPin("PD5").connect(new PD5Output());

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    protected PinWire(Simulator s, int colorNum, String pinName) {


        sim = s;
        Clock clk = sim.getClock();
        state = new FiniteStateMachine(clk, startMode, modeName, 0);
        wireOutput = new WireOutput();
        wireInput = new WireInput();


        acceptsInput = false;
        acceptsOutput = false;

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    protected PinWire(Simulator s, int colorNum, String pinName, int interruptNum, Microcontroller mcu) {


        sim = s;
        Clock clk = sim.getClock();
        state = new FiniteStateMachine(clk, startMode, modeName, 0);
        wireOutput = new WireOutput();
        wireInput = new WireInput();


        acceptsInput = false;
        acceptsOutput = false;

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        }


    }


    public ATMega128(int id, ClockDomain cd, InterpreterFactory f, Program p) {
        super(cd, props, new FiniteStateMachine(cd.getMainClock(), MODE_ACTIVE, idleModeNames, transitionTimeMatrix));
        simulator = new Simulator(id, f, this, p);
        interpreter = simulator.getInterpreter();
        MCUCR_reg = getIOReg("MCUCR");
        installPins();
        installDevices();

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        }


    }


    public ATMega16(int id, ClockDomain cd, InterpreterFactory f, Program p) {
        super(cd, props, new FiniteStateMachine(cd.getMainClock(), MODE_ACTIVE, idleModeNames, transitionTimeMatrix));
        simulator = new Simulator(id, f, this, p);
        interpreter = simulator.getInterpreter();
        MCUCR_reg = getIOReg("MCUCR");
        installPins();
        installDevices();

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        controller.install(mcu);


        //setup energy recording
        Simulator simulator = mcu.getSimulator();
 
        stateMachine = new FiniteStateMachine(simulator.getClock(), RadioEnergy.startMode, allModeNames, ttm);
        
        new Energy("Radio", RadioEnergy.modeAmpere, stateMachine);


    }

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        }


    }


    public ATMega32(int id, ClockDomain cd, InterpreterFactory f, Program p) {
        super(cd, props, new FiniteStateMachine(cd.getMainClock(), MODE_ACTIVE, idleModeNames, transitionTimeMatrix));
        simulator = new Simulator(id, f, this, p);
        interpreter = simulator.getInterpreter();
        MCUCR_reg = getIOReg("MCUCR");
        installPins();
        installDevices();

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        colornum = n;
        color = c;
        //setup energy recording
        Clock clk = sim.getClock();
        
        state = new FiniteStateMachine(clk, startMode, modeName, 0);
        probe = new LEDProbe();
        new Energy(c, modeAmpere, state);
    }

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    public SensorBoard(Simulator s) {
        sim = s;        
        //setup energy recording
        //note: the name sensorBoard was choosen on purpose as it is used in the log files
        //if you use sensor board, you may have trouble with importing the data as it is separated by white spaces
        FiniteStateMachine fsm = new FiniteStateMachine(s.getClock(), startMode, modeName, 0);
        new Energy("SensorBoard", modeAmpere, fsm);
    }

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Related Classes of avrora.sim.FiniteStateMachine$TransitionEvent

avrora.sim.mcu.ATMega128

avrora.sim.mcu.ATMega16

avrora.sim.mcu.ATMega32

avrora.sim.platform.ExternalFlash

avrora.sim.platform.LED

avrora.sim.platform.PinWire

avrora.sim.platform.sensors.LightSensor

avrora.sim.platform.sensors.SensorBoard

avrora.sim.radio.CC1000Radio

avrora.sim.util.MulticastFSMProbe

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