80 lines
2.4 KiB
Java
80 lines
2.4 KiB
Java
public class Main {
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public static void main(String[] args) {
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// teacher example:
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OrGate o1 = new OrGate(2);
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AndGate a2 = new AndGate(2);
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// Verbinde Eingang 0 mit dem Ausgang vom OR - Gate.
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a2.getInput(0).setValue(o1);
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// Setze Eingang 1 auf 1.
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a2.getInput(1).setValue(0);
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// Setze Eingang 0 auf 0.
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o1.getInput(0).setValue(0);
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// Setze Eingang 1 auf 1.
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o1.getInput(1).setValue(0);
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/** some definition tests with better syntax (; */
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AndGate gt = new AndGate(
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new DigitalInput(0),
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new DigitalInput(true),
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new DigitalInput(o1),
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new DigitalInput('H')
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);
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LogicGate or = new AndGate(
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new DigitalInput(0),
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new DigitalInput(1)
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);
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System.out.println(or.getOutput());
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LogicGate nor = new NandGate(
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new DigitalInput(0),
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new DigitalInput(1)
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);
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/** bsp 1 **/
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final boolean x = false;
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final boolean y = true;
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LogicGate s = new OrGate(
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new DigitalInput(new AndGate(
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new DigitalInput(new NotGate(
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new DigitalInput(x)
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)),
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new DigitalInput(y)
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)),
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new DigitalInput(new AndGate(
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new DigitalInput(x),
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new DigitalInput(new NotGate(
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new DigitalInput(y)
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))
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))
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);
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LogicGate c = new AndGate(
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new DigitalInput(x),
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new DigitalInput(y)
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);
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System.out.println("Bsp1");
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System.out.println("output of c: " + c.getOutput());
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System.out.println("output of s: " + s.getOutput());
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/** bsp. 2 **/
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final boolean xx = true;
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final boolean yy = false;
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LogicGate ss = new ExorGate(
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new DigitalInput(xx),
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new DigitalInput(yy)
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);
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LogicGate cc = new AndGate(
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new DigitalInput(xx),
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new DigitalInput(yy)
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);
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System.out.println("Bsp2");
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System.out.println("output of c: " + cc.getOutput());
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System.out.println("output of s: " + ss.getOutput());
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}
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} |