Examples of avrora.sim.FiniteStateMachine$State

avrora.sim.FiniteStateMachine
The State class represents a state of the finite state machine, including its name as a String, the transition time to each of the other states, and a list of any probes attached to this state.

//    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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