FOR THIS QUESTION ONLY NEED TO HELP ME REPAIR TOSTRING METHOD!!!!

AND PLZ TELL ME WHICH LINE HAD CHANGE

AND MUST USE THE TEST CASE CODE I HAD PROVIDE IN THE CODE, NO NEED TO ADD MORE DRIVE CLASS!!!!!

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public class CoffeeMaker { private double waterLevel; private boolean isOn; private CoffeeBeans loadedCoffee; private double tankCapacity; private CoffeeGrinder grinder; public CoffeeMaker(CoffeeBeans loadedCoffee,double tankCapacity) { this.loadedCoffee=loadedCoffee; this.tankCapacity=tankCapacity; waterLevel=0; isOn=false; grinder=new CoffeeGrinder(); } public CoffeeMaker(double tankCapacity) { this.tankCapacity=tankCapacity; this.loadedCoffee=null; waterLevel=0; isOn=false; grinder=new CoffeeGrinder(); } public double getWaterLevel() { return waterLevel; } public void switchPower() { isOn=!isOn; } public boolean isOn() { return isOn; } public boolean hasCoffee() { return loadedCoffee!=null; } public boolean loadCoffee(CoffeeBeans beans) { if(beans==null) return false; this.loadedCoffee=beans; return true; } public void clean() { if(isOn()) switchPower(); loadedCoffee=null; waterLevel=0; } //wrong start public boolean brewCoffee(int cups) { if(!hasCoffee()) return false; if(loadedCoffee.isGround()==false) grinder.grindCoffee(loadedCoffee); if(getWaterLevel() 
class testCoffeeMaker { public static void main(String[] args) {
 
System.out.print("CoffeeMaker - toString and other methods: "); System.out.println(toStringMethod());
 
}
 
public static boolean toStringMethod() { /ew coffee beans CoffeeBeans someBeans = new CoffeeBeans("Kicking Horse", "Horse 427", CoffeeBeans.Roast.DARK); /ew coffee machine with tank capacity = 2750 CoffeeMaker machine = new CoffeeMaker(someBeans, 2750); String expected = "isOn: false water left: 0.00 loaded coffee: Brand: Kicking Horse Blend: Horse 427 Roast type: DARK whole bean"; //at this time water left = 0.00 if (!expected.replaceAll("\\s+", "").equalsIgnoreCase(machine.toString().replaceAll("\\s+", ""))) { System.out.println("toString method is not returning the correct string."); System.out.println(); System.out.println("Expected: " + expected); System.out.println("Actual: " + machine.toString()); return false; } //-----------------------correct------------------------------------------------------------------------------------------------------------- //add 1000ml water into the machine machine.addWater(1000); //then switch the power on machine.switchPower(); expected = "isOn: true water left: 1000.00 loaded coffee: Brand: Kicking Horse Blend: Horse 427 Roast type: DARK whole bean"; if (!expected.replaceAll("\\s+", "").equalsIgnoreCase(machine.toString().replaceAll("\\s+", ""))) { System.out.println("toString method is not returning the correct string."); System.out.println(); System.out.println("Expected: " + expected); System.out.println("Actual: " + machine.toString()); return false; } //-----------------------correct------------------------------------------------------------------------------------------------------------- //add 5000ml water machine.addWater(5000); expected = "isOn: true water left: 2750.00 loaded coffee: Brand: Kicking Horse Blend: Horse 427 Roast type: DARK whole bean"; if (!expected.replaceAll("\\s+", "").equalsIgnoreCase(machine.toString().replaceAll("\\s+", ""))) { System.out.println("toString method is not returning the correct string."); System.out.println(); System.out.println("Expected: " + expected); System.out.println("Actual: " + machine.toString()); return false; } //cups = 2 so ml is 2*236.59 ml machine.brewCoffee(2); expected = "isOn: true water left: 2276.82 loaded coffee: Brand: Kicking Horse Blend: Horse 427 Roast type: DARK ground bean"; if (!expected.replaceAll("\\s+", "").equalsIgnoreCase(machine.toString().replaceAll("\\s+", ""))) { System.out.println("toString method is not returning the correct string."); System.out.println(); System.out.println("Expected: " + expected); System.out.println("Actual: " + machine.toString()); return false; } //-----------------------correct------------------------------------------------------------------------------------------------------------- machine.clean(); expected = "isOn: true water left: 0.00 no coffee loaded."; if (!expected.replaceAll("\\s+", "").equalsIgnoreCase(machine.toString().replaceAll("\\s+", ""))) { System.out.println("toString method is not returning the correct string."); System.out.println(); System.out.println("Expected: " + expected); System.out.println("Actual: " + machine.toString()); return false; } return true; } 
 
}
 
i do not know why my coffee after brew can not return the right value
  Problem 2 - The Coffee Machine and Coffee Grinder To make coffee, we will also need a CoffeeMaker and a CoffeeGrinder. In this problem, you will create both classe according to the diagrams depicted below. Please note that you don't need to write P2 after P1; you can write both in parallel or even P2 before P1. However, you need to have all P1's tests passing before you can thoroughly test the classes on this problem. Coffee Maker - WaterLevel: double - isOn: boolean - loadedCoffee: Coffee Beans - tank Capacity: double - grinder Coffee Grinder + Coffee Maker(CoffeeBeans, double) + Coffee Maker(double) + getWaterLevel(): double + switchPower(); void + isOn(): boolean + hasCoffee(): boolean + loadCoffee(Coffee Beans): boolean + clean(): void + addWatter(double): void + brewCoffee(int): boolean + toString(): String - cups TOMI(int): double Coffee Grinder + grind Coffee Coffee Beans): bolean See how the coffeeMaker class depends on both CoffeeGrinder and CoffeeBeans classes to function fully? Here is a description of the constructors and methods of CoffeeGrinder Default constructor only grindcoffe (CoffeeBeans): grinds the coffee bean received as a parameter. If the beans are already ground return false. Here is a description of the constructors and methods of CoffeeMaker. The machine is always initialized with no water in the tank and off. CoffeeMaker (CoffeeBeans, double): Create a new coffee maker with the beans already loaded into it and define the size of the water tank in millilitres.  CoffeeMaker (double): Create a new coffee maker object with a tank size defined by the double parameter in millilitres.  getWaterLevel(): returns the amount of water in the tank  switchPower(): toggles the power of the coffee maker on and off  hasCoffee(): returns true if the coffee maker has coffee loaded onto it; false otherwise  laodCoffee (CoffeBeans): loads coffee into the coffee maker. Returns false if the parameter is null.  brewCoffee (int): brews int cups of coffee. If the coffee beans in the machine are not ground, it will first grind the coffee using the internal coffee grinder. The machine cannot brew coffee if there isn't enough water for the requested amount of coffee. The machine must be on to brew. Returns true if the maker successfully brewed the coffee.  clean() : removes coffee from the machine and empties the water container.  cupsToML (int): helper method (hence private) to convert cups to mililitres. One cup is 236.59 ml  toString(): returns a String representing the CoffeeMaker object according to the example below With coffee Without coffee isOn: false isOn: false water left: 0.00 water left: 0.00 loaded coffee: no coffee loaded. Brand: Kicking Horse Blend: Horse 427 Roast type: DARK whole bean. There is no input or output for this question. All tests are unit test cases.  Problem 2 - The Coffee Machine and Coffee Grinder To make coffee, we will also need a CoffeeMaker and a CoffeeGrinder. In this problem, you will create both classe according to the diagrams depicted below. Please note that you don't need to write P2 after P1; you can write both in parallel or even P2 before P1. However, you need to have all P1's tests passing before you can thoroughly test the classes on this problem. Coffee Maker - WaterLevel: double - isOn: boolean - loadedCoffee: Coffee Beans - tank Capacity: double - grinder Coffee Grinder + Coffee Maker(CoffeeBeans, double) + Coffee Maker(double) + getWaterLevel(): double + switchPower(); void + isOn(): boolean + hasCoffee(): boolean + loadCoffee(Coffee Beans): boolean + clean(): void + addWatter(double): void + brewCoffee(int): boolean + toString(): String - cups TOMI(int): double Coffee Grinder + grind Coffee Coffee Beans): bolean See how the coffeeMaker class depends on both CoffeeGrinder and CoffeeBeans classes to function fully? Here is a description of the constructors and methods of CoffeeGrinder Default constructor only grindcoffe (CoffeeBeans): grinds the coffee bean received as a parameter. If the beans are already ground return false. Here is a description of the constructors and methods of CoffeeMaker. The machine is always initialized with no water in the tank and off. CoffeeMaker (CoffeeBeans, double): Create a new coffee maker with the beans already loaded into it and define the size of the water tank in millilitres.  CoffeeMaker (double): Create a new coffee maker object with a tank size defined by the double parameter in millilitres.  getWaterLevel(): returns the amount of water in the tank  switchPower(): toggles the power of the coffee maker on and off  hasCoffee(): returns true if the coffee maker has coffee loaded onto it; false otherwise  laodCoffee (CoffeBeans): loads coffee into the coffee maker. Returns false if the parameter is null.  brewCoffee (int): brews int cups of coffee. If the coffee beans in the machine are not ground, it will first grind the coffee using the internal coffee grinder. The machine cannot brew coffee if there isn't enough water for the requested amount of coffee. The machine must be on to brew. Returns true if the maker successfully brewed the coffee.  clean() : removes coffee from the machine and empties the water container.  cupsToML (int): helper method (hence private) to convert cups to mililitres. One cup is 236.59 ml  toString(): returns a String representing the CoffeeMaker object according to the example below With coffee Without coffee isOn: false isOn: false water left: 0.00 water left: 0.00 loaded coffee: no coffee loaded. Brand: Kicking Horse Blend: Horse 427 Roast type: DARK whole bean. There is no input or output for this question. All tests are unit test cases