create Class Oven in java similar to this radio implementation

/** * Not all applications are designed and implemented to process repetitive data, * interact with a user through a web browser, etc. * Sometimes, we model a physical object in software - to perhaps: * - simulate a design of a product before we build it * - control a physical device through user provided controls - or an event/time driven control * * So this is an attempt to MODEL the structure and operation of an appliance we've all used: a radio * likely a car radio. * */

package edu.cuny.csi.csc330.newradio;

import java.util.Arrays; import java.util.Date;

import edu.cuny.csi.csc330.util.Randomizer;

// Radio Class definition public class Radio { /** * group Band radio band information into nested inner Classes * static data and methods specific to AM/FM banding */ public static class Bands { public static double [] generateInitialPresets(int size, double from, double to) { double [] presets = new double[size]; for(int i = 0 ; i < presets.length ; i++ ) { presets[i] = Randomizer.generateInt(from, to); } return presets; } static public class AM { public final static String name = "AM"; public final static int MAX_SELECTIONS = 8; public final static double LOW_STATION = 530; public final static double HIGH_STATION = 1200; // create initial AM BAND settings - RANDOM public static double [] generateInitialPresets() { return Bands.generateInitialPresets(MAX_SELECTIONS, LOW_STATION, HIGH_STATION); } } public static class FM { public final static String name = "FM"; public final static int MAX_SELECTIONS = 12; public final static double LOW_STATION = 88.30; public final static double HIGH_STATION = 107.10; // create initial FM BAND settings - RANDOM public static double [] generateInitialPresets() { return Bands.generateInitialPresets(MAX_SELECTIONS, LOW_STATION, HIGH_STATION); } } }

///////////////////////////////////////// // Misc static constants protected static final int MIN_VOLUME = 0; protected static final int MAX_VOLUME = 20; protected static final int DEFAULT_VOLUME = 5; protected static final String DEFAULT_BAND = Bands.AM.name; protected static final double DEFAULT_STATION = 770; protected static final int DEFAULT_BALANCE = 0; protected static final int DEFAULT_TREBLE = 3; protected static final int DEFAULT_BASS = 2;

// Object instance properties ... private boolean powerState; private int selectedVolume; private double selectedStation; private String selectedBand; private double[] amPresets; private double[] fmPresets; private Date firstTimeOn; private Date lastTimeOn; private String serialNumber; private int selectedBalance; private int selectedBassLevel; private int selectedTrebleLevel;

// the default and only constructor public Radio() { init(); } /** * initialize - Only gets invoked by constructor */ private void init() { // serial number Integer irand = Randomizer.generateInt(11111111, 99999999); this.serialNumber = new Date().getTime() + ":" + irand.toString(); }

/** * turn on the radio instance */ public void on() throws RadioException { if(this.isOn() ) throw new RadioException("on() method", RadioException.INVALID_STATE_CHANGE); Date now = new Date(); // all the things we need to do the 1st time we turn on the instance ... if(firstTimeOn == null) { // create pre-sets arrays - have the inner classes do it for us amPresets = Bands.AM.generateInitialPresets(); fmPresets = Bands.FM.generateInitialPresets(); firstTimeOn = now; // selectedVolume & station selectedVolume = DEFAULT_VOLUME; selectedBand = DEFAULT_BAND; selectedStation = DEFAULT_STATION; // tone and balance selectedBalance = DEFAULT_BALANCE; selectedTrebleLevel = DEFAULT_TREBLE; selectedBassLevel = DEFAULT_BASS; } powerState = true; lastTimeOn = now; } /** * turn off the radio instance */ public void off() throws RadioException { if(this.isOn() == false ) throw new RadioException("off() method", RadioException.INVALID_STATE_CHANGE); powerState = false; }

/** * is the radio powerState on/off?? * @return */ public boolean isOn() { return powerState == true; } public int getVolume() { return selectedVolume; }

public void setVolume(int volume) throws RadioException { if(volume < Radio.MIN_VOLUME || volume > Radio.MAX_VOLUME ) throw new RadioException("setVolume() method", RadioException.INVALID_RANGE); this.selectedVolume = volume; } public void decreaseVolume(int volume) { this.selectedVolume -= volume; } public void increaseVolume(int volume) { this.selectedVolume += volume; }

public double getSelectedStation() { return selectedStation; }

public void setSelectedStation(double selectedStation) { this.selectedStation = selectedStation; }

public String getSelectedBand() { return selectedBand; }

public void setSelectedBand(String selectedBand) { this.selectedBand = selectedBand; }

public double[] getFmPresets() { return fmPresets; }

public Date getFirstTimeOn() { return firstTimeOn; }

public int getSelectedBalance() { return selectedBalance; }

public void setSelectedBalance(int selectedBalance) { this.selectedBalance = selectedBalance; }

public int getSelectedBassLevel() { return selectedBassLevel; }

public void setSelectedBassLevel(int selectedBassLevel) { this.selectedBassLevel = selectedBassLevel; }

public int getSelectedTrebleLevel() { return selectedTrebleLevel; }

public void setSelectedTrebleLevel(int selectedTrebleLevel) { this.selectedTrebleLevel = selectedTrebleLevel; }

// Assign Band Presets - to current band public void assignToPreset( int position, double station) { if(Bands.AM.name.equals(this.selectedBand)) { this.amPresets[position - 1] = station; } else if(Bands.FM.name.equals(this.selectedBand)) { this.fmPresets[position - 1] = station; } } // Select from Preset - from current band public void selectFromPreset(int position) { if(Bands.AM.name.equals(this.selectedBand)) { this.selectedStation = this.amPresets[position - 1]; } else if(Bands.FM.name.equals(this.selectedBand)) { this.selectedStation = this.fmPresets[position - 1]; } }

@Override public String toString() { return "Radio Instance: " + "[SerialNumber=" + serialNumber + ", powerState=" + powerState + ", selectedVolume=" + selectedVolume + ", selectedStation=" + selectedStation + ", selectedBand=" + selectedBand + ", amPresets=" + Arrays.toString(amPresets) + ", fmPresets=" + Arrays.toString(fmPresets) + ", firstTimeOn=" + firstTimeOn + ", lastTimeOn=" + lastTimeOn + ", selectedBalance=" + selectedBalance + ", selectedBassLevel=" + selectedBassLevel + ", selectedTrebleLevel=" + selectedTrebleLevel + "] "; }

/** * @param args */ public static void main(String[] args) { Radio radio = new Radio(); System.out.println("New Instance " + radio + " "); try { // Create instance of - power up & down ... other ops, and // display the powerState of the Radio instance // turn it on radio.on(); System.out.println("Turned On " + radio + " "); // select FM Band & a station radio.setSelectedBand(Radio.Bands.FM.name); radio.setSelectedStation(92.3); System.out.println("Changed Station " + radio + " "); // assign a station to a preset on FM radio.assignToPreset(1, 101.1); radio.selectFromPreset(1); System.out.println("Assign Preset [1] to + " + radio.getSelectedBand() + " " + radio + " "); // Turn off radio radio.off(); System.out.println("Turned Off " + radio + " "); } catch(RadioException re ) { System.err.println(re); } finally { System.out.println(radio.getClass().getName() + " Completed Simple Test"); }

}

}