// Test case 8 : Testing eject method and get cents back method
@Test
public void testEjectAndCentsBackCheck() {
gumballM1.insertQuarter();
gumballM1.ejectNickel();
gumballM1.insertDime();
gumballM1.insertDime();
gumballM1.insertQuarter();
// assertEquals(15, gumballM1.getChange());
assertEquals(false, gumballM1.isGumballInSlot());
gumballM1.turnCrank();
assertEquals(true, gumballM1.isGumballInSlot());
}
// Test case 6 : Insert 2 quarters and turn crank and Insert 2 quarters again and turn crank
// Chenking to see if multiple time inserting 50 cents dispences the gumball
@Test
public void testCountOfGumballsInSlot() {
gumballM1.insertQuarter();
gumballM1.insertQuarter();
gumballM1.turnCrank();
gumballM1.insertQuarter();
gumballM1.insertQuarter();
gumballM1.turnCrank();
assertEquals(true, gumballM1.isGumballInSlot());
gumballM1.takeGumballFromSlot();
assertEquals(false, gumballM1.isGumballInSlot());
}
/** @param args the command line arguments */
public static void main(String[] args) {
System.out.println("GumBalls State Pattern Application");
System.out.println("----------------------------------");
GumballMachine gm = new GumballMachine(5);
System.out.println("");
gm.insertQuarter();
System.out.println("\t\tafter inserting a quarter" + gm);
gm.turnCrankFetchGumball();
System.out.println("\t\tafter turncrank to fetchgumball" + gm);
System.out.println("");
gm.insertQuarter();
System.out.println("\t\tafter inserting a quarter" + gm);
gm.ejectQuarter();
System.out.println("\t\twe ejected the quarter" + gm);
gm.turnCrankFetchGumball();
System.out.println("\t\tafter turncrank to fetchgumball" + gm);
System.out.println("");
gm.insertQuarter();
System.out.println("\t\tafter inserting a quarter" + gm);
gm.turnCrankFetchGumball();
System.out.println("\t\tafter turncrank to fetchgumball" + gm);
gm.insertQuarter();
System.out.println("\t\tafter inserting a quarter" + gm);
gm.turnCrankFetchGumball();
System.out.println("\t\tafter turncrank to fetchgumball" + gm);
gm.ejectQuarter();
System.out.println("\t\twe ejected the quarter" + gm);
System.out.println("");
gm.insertQuarter();
System.out.println("\t\tafter inserting a quarter" + gm);
gm.insertQuarter();
System.out.println("\t\tafter inserting a quarter" + gm);
gm.turnCrankFetchGumball();
System.out.println("\t\tafter turncrank to fetchgumball" + gm);
gm.insertQuarter();
System.out.println("\t\tafter inserting a quarter" + gm);
gm.turnCrankFetchGumball();
System.out.println("\t\tafter turncrank to fetchgumball" + gm);
gm.insertQuarter();
System.out.println("\t\tafter inserting a quarter" + gm);
gm.turnCrankFetchGumball();
System.out.println("\t\tafter turncrank to fetchgumball" + gm);
System.out.println("");
gm.insertQuarter();
System.out.println("\t\tafter inserting a quarter" + gm);
gm.turnCrankFetchGumball();
System.out.println("\t\tafter turncrank to fetchgumball" + gm);
System.out.println("");
System.out.println("----------------------------------");
}
public static void main(String[] args) {
GumballMachine gumballMachine = new GumballMachine(5);
System.out.println(gumballMachine);
gumballMachine.insertQuarter();
gumballMachine.turnCrank();
System.out.println(gumballMachine);
gumballMachine.insertQuarter();
gumballMachine.ejectQuarter();
gumballMachine.turnCrank();
System.out.println(gumballMachine);
gumballMachine.insertQuarter();
gumballMachine.turnCrank();
gumballMachine.insertQuarter();
gumballMachine.turnCrank();
gumballMachine.ejectQuarter();
System.out.println(gumballMachine);
gumballMachine.insertQuarter();
gumballMachine.insertQuarter();
gumballMachine.turnCrank();
gumballMachine.insertQuarter();
gumballMachine.turnCrank();
gumballMachine.insertQuarter();
gumballMachine.turnCrank();
System.out.println(gumballMachine);
}
// Test case 5 : Inserting more then 50 cents and checking for change and Gumball in slot
@Test
public void testFiftyPlusSecond() {
gumballM1.insertDime();
gumballM1.insertDime();
gumballM1.insertDime();
gumballM1.insertQuarter();
gumballM1.turnCrank();
assertEquals(true, gumballM1.isGumballInSlot());
}
// Test case 1: insert 1 quarter, insert 1 dime and 3 nickel = 50Cents : +ve test case
@Test
public void testQDNNNHappy() {
gumballM1.insertQuarter();
gumballM1.insertDime();
gumballM1.insertNickel();
gumballM1.insertNickel();
gumballM1.insertNickel();
gumballM1.turnCrank();
assertEquals(true, gumballM1.isGumballInSlot());
}
// Test Case 9: Insert 50 cents first but remove some amount before
// turning crank then check to see if gumball is dispenced or not : -ve test case
@Test
public void TestQDDDDEjectQNegative() {
gumballM1.insertQuarter();
gumballM1.insertDime();
gumballM1.insertDime();
gumballM1.insertDime();
gumballM1.ejectQuarter();
gumballM1.turnCrank();
assertEquals(false, gumballM1.isGumballInSlot());
}
// Test case 4 :Try to take a dispensed gumball and crank the machine again without inserting any
// coin
@Test
public void testTakeGumballAndCrankAgainWithoutInsertingAnyCoinQDNNN() {
gumballM1.insertQuarter();
gumballM1.insertDime();
gumballM1.insertNickel();
gumballM1.insertNickel();
gumballM1.insertNickel();
gumballM1.turnCrank();
gumballM1.takeGumballFromSlot();
soldState.turnCrank();
assertEquals(false, gumballM1.isGumballInSlot());
}
// Test Case 7 : Negative test case : No gumball should return when less then 50 cents inserted
// and turned crank
@Test
public void testAddOneQuarterNeg() {
gumballM1.insertQuarter();
gumballM1.turnCrank();
assertEquals(false, gumballM1.isGumballInSlot());
}