Examples of avrora.sim.Simulator$IORWatch

avrora.sim.Simulator
The IORWatch interface represents a user probe that is fired when a watchpoint detects an access to an IO register where the watch has been inserted. Direct as well as indirect accesses (through pointers) are monitored. Implicit accesses for special registers such as SPL, SPH, and SREG in push, pop, call, sei, etc instructions are NOT MONITORED. These instructions are syntactically apparent in the program and can be probed with Simulator.Probe instructions. This interface extends the Simulator.Watch interface with methods to trap reads and writes to individual bits within a register.

    micaZ = (MicaZ) factory.newPlatform(1, program.getProgram());
    myCpu = (AtmelMicrocontroller) micaZ.getMicrocontroller();
    eeprom = (EEPROM) myCpu.getDevice("eeprom");
    
    avrProperties = (AVRProperties) myCpu.getProperties();
    Simulator sim = myCpu.getSimulator();
    interpreter = (AtmelInterpreter) sim.getInterpreter();
//     State state = interpreter.getState();
    myMemory = new AvrMoteMemory(program.getProgram().getSourceMapping(), avrProperties, interpreter);
  }

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     * transmissions) are returned.
     * @param r the radio sampling the channel
     * @return the last 8 bits transmitted in the channel
     */
    public byte readChannel(Radio r) {
        Simulator sim = r.getSimulator();
        long time = sim.getClock().getCount();
        synchronizer.waitForNeighbors(time);
        return (byte)radioChannel.read(time, 8);
    }

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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();
        new Energy("CPU", modeAmpere, sleepState, simulator);

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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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        // this code should be adjusted to account for that.
        controller = new ATMegaController();
        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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  public void fireAfterWrite(State state, int data_addr, byte value){
    Utils.debugMsg("fireAfterWrite()", this);
    Utils.debugMsg("    Adresse: "+data_addr+"  Wert: "+value, this);
    Utils.debugMsg("    Zeitpunkt: "+state.getCycles(), this);


    Simulator sim = state.getSimulator();


    switch(value) {
      case Const.SIG_NODE_TRANSITION_FINISHED:
        Utils.debugMsg("Transition beendet", this);
        extSync.resetEventToNow(sim, value);

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        Iterator i = sim.getNodeIterator();
        long aggCycles = 0;
        long maxCycles = 0;
        while ( i.hasNext() ) {
            Simulation.Node n = (Simulation.Node)i.next();
            Simulator simulator = n.getSimulator();
            if ( simulator == null ) continue;
            long count = simulator.getClock().getCount();
            aggCycles += count;
            if ( count > maxCycles ) maxCycles = count;
        }
        TermUtil.reportQuantity("Simulated time", maxCycles, "cycles");
        TermUtil.reportQuantity("Time for simulation", StringUtil.milliToSecs(diff), "seconds");

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                northInt, eastInt, southInt, westInt));


    }


    public void addSimulatorThread(SimulatorThread simThread) {
        Simulator sim = simThread.getSimulator();
        Microcontroller currMCU = sim.getMicrocontroller();


        // iterator over PinNodes
        Iterator i = pinNodes.iterator();


        // go through the complete list of PinNodes

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     * see simple air for more
     *
     * @see avrora.sim.radio.RadioAir#sampleRSSI(avrora.sim.radio.Radio)
     */
    public int sampleRSSI(Radio r) {
        Simulator s = r.getSimulator();
        long t = s.getState().getCycles();
        synchronizer.waitForNeighbors(t);
        // we just got woken up (or returned immediately from checkRSSIWaiters
        // this means we are now ready to proceed and compute our RSSI value.
        return getLocalAir(r).sampleRSSI(t);
    }

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Related Classes of avrora.sim.Simulator$IORWatch

avrora.actions.SimulateAction

avrora.extern.ExternalInterface

avrora.extern.SharedWatch

avrora.sim.clock.ExternalSync

avrora.sim.clock.StepSynchronizer$RunThread

avrora.sim.mcu.ATMega128

avrora.sim.mcu.ATMega16

avrora.sim.mcu.ATMega32

avrora.sim.mcu.MicrocontrollerProperties

avrora.sim.platform.PinConnect

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