finkformatics

"use strict";

// Imperative way
let rect1 = {a: 50, b: 30};

let calculateRectArea = (rect) => {
    return rect.a * rect.b;
}

console.log(calculateRectArea(rect1));

finkformatics

/**
 * Race condition solved example
 *
 * The same as race condition example, but with a particular synchronized inc() method to increment z
 *
 * Result: After program termination z is always 10000
 */
public class RaceConditionSolvedExample {

    static int z;

finkformatics

/**
 * Race condition example
 *
 * Creates a high number of threads and lets each increase a static int variable.
 *
 * Result: In most cases, the variable's value isn't 10000 after the program's finished, but a bit below.
 */
public class RaceConditionExample {

    static int z;

finkformatics

/**
 * Simple thread example (without synchronized Sysout)
 *
 * Creates a certain number of threads and lets each thread print out a message and its index in the array. The
 * difference from the ThreadExample.java is, that here we do not build on the synchronized possibility to output
 * strings but write an own method to printout each character in a string.
 *
 * Result: Letter salad :D
 */
public class ThreadExampleSysout {

finkformatics

/**
 * Simple thread example
 *
 * Creates a certain number of threads and lets each thread print out a message and its index in the array.
 *
 * Result: The outputs aren't in the order the threads were created.
 */
public class ThreadExample {

    public static void main(String[] args) {