initial commit

.vscode/settings.json

+{
+    "java.project.sourcePaths": ["src"],
+    "java.project.outputPath": "bin",
+    "java.project.referencedLibraries": [
+        "lib/**/*.jar"
+    ]
+}

README.md

+## Getting Started
+
+Welcome to the VS Code Java world. Here is a guideline to help you get started to write Java code in Visual Studio Code.
+
+## Folder Structure
+
+The workspace contains two folders by default, where:
+
+- `src`: the folder to maintain sources
+- `lib`: the folder to maintain dependencies
+
+Meanwhile, the compiled output files will be generated in the `bin` folder by default.
+
+> If you want to customize the folder structure, open `.vscode/settings.json` and update the related settings there.
+
+## Dependency Management
+
+The `JAVA PROJECTS` view allows you to manage your dependencies. More details can be found [here](https://github.com/microsoft/vscode-java-dependency#manage-dependencies).

bin/Instructions.md

+## Assessment Exercise 2 - Shapes
+
+## 1 Skills
+This exercise should help you with:  
+
+1. Member variables and member methods.
+2. Unit testing.
+3. Inheritance
+4. Encapsulation
+5. Abstraction
+
+## 2 Shapes
+
+The code in this project contains an abstract class `Shape` used to define the methods any shape class must possess (see the Inheritance section of the module website).  
+
+I've created a `Triangle` class as an example shape for you.
+
+## 3 Unit Testing
+
+This project is set up with unit testing enabled. Unit testing is a development technique where tests can be created in advance and used to help ensure the code is corrent when it is written. See Assessment Exercise 1 for more details on Unit Testing.
+
+## 4 Task
+
+You need to create to classes which inherit (`extend`) from `Shape`. These are
+
+* `Square`
+* `Rectangle`
+
+### `Square`
+
+The `Square` class should store the information and methods related to a square shape.  
+
+1. `size` should be used to represent the width and height of the square. 
+2. `Square` should have two constructors. The first should have no parameters and set the size equal to 3. The second should take a single integer parameter and use it to set the size.  
+3. You should be able to use the `getSize()` and `setSize()` methods properly for the `Square`.
+4. You should correctly implement the `area()` and `circumference()` methods for `Square`.
+5. You should implement a `draw()` method that will output an ascii square of the correct size. 
+6. All the Square unit tests must be passed.
+
+### `Rectangle`
+
+The `Rectangle` class should store the information and methods related to a Rectangle shape.  
+
+1. Instead of using `size` you should use `width` and `hieght` to represent the width and height of the rectangle. 
+2. `Rectangle` should have two constructors. The first should have no parameters and set the `width` equal to 3 and the `height` equal to 4. The second should take a two integer parameter and uses them to set the `width` and `height` (in that order).  
+3. You should be able to use the `getWidth()` and `setWidth()` methods properly for the `Rectangle`.
+4. You should be able to use the `getHeight()` and `setHeight()` methods properly for the `Rectangle`.
+5. You should correctly implement the `area()` and `circumference()` methods for `Rectangle`.
+6. You should implement a `draw()` method that will output an ascii rectangle of the correct size. 
+7. All the Rectangle unit tests must be passed.
+
+## 5 Marking
+
+25 marks are available for this exercise. This breaks down as follows.
+
+### `Square` (10 Marks)
+* constructors - 2 marks
+* setSize(), getSize()  - 2 marks
+* area(), circumference() - 2 marks
+* draw() - 2 marks
+* Pass all Square Unit Tests - 2 marks
+
+### `Rectangle` (15 Marks)
+* constructors - 3 marks
+* setWidth(), getWidth(), setHeight(), getHeight()  - 3 marks
+* area(), circumference() - 3 marks
+* draw() - 3 marks
+* Pass all Square Unit Tests - 3 marks
+
+## 6 Submission
+
+Your project should be uploaded to your gitlab account and you should submit a link to the gitlab project, alongside the rest of the assessment, through moodle, by 12noon 16/05/22.  
\ No newline at end of file

src/App.java

+public class App {
+    public static void main(String[] args) throws Exception {
+        Shape shape1 = new Triangle(3);
+        shape1.draw();
+    }
+}

src/Instructions.md

+## Assessment Exercise 2 - Shapes
+
+## 1 Skills
+This exercise should help you with:  
+
+1. Member variables and member methods.
+2. Unit testing.
+3. Inheritance
+4. Encapsulation
+5. Abstraction
+
+## 2 Shapes
+
+The code in this project contains an abstract class `Shape` used to define the methods any shape class must possess (see the Inheritance section of the module website).  
+
+I've created a `Triangle` class as an example shape for you.
+
+## 3 Unit Testing
+
+This project is set up with unit testing enabled. Unit testing is a development technique where tests can be created in advance and used to help ensure the code is corrent when it is written. See Assessment Exercise 1 for more details on Unit Testing.
+
+## 4 Task
+
+You need to create to classes which inherit (`extend`) from `Shape`. These are
+
+* `Square`
+* `Rectangle`
+
+### `Square`
+
+The `Square` class should store the information and methods related to a square shape.  
+
+1. `size` should be used to represent the width and height of the square. 
+2. `Square` should have two constructors. The first should have no parameters and set the size equal to 3. The second should take a single integer parameter and use it to set the size.  
+3. You should be able to use the `getSize()` and `setSize()` methods properly for the `Square`.
+4. You should correctly implement the `area()` and `circumference()` methods for `Square`.
+5. You should implement a `draw()` method that will output an ascii square of the correct size. 
+6. All the Square unit tests must be passed.
+
+### `Rectangle`
+
+The `Rectangle` class should store the information and methods related to a Rectangle shape.  
+
+1. Instead of using `size` you should use `width` and `hieght` to represent the width and height of the rectangle. 
+2. `Rectangle` should have two constructors. The first should have no parameters and set the `width` equal to 3 and the `height` equal to 4. The second should take a two integer parameter and uses them to set the `width` and `height` (in that order).  
+3. You should be able to use the `getWidth()` and `setWidth()` methods properly for the `Rectangle`.
+4. You should be able to use the `getHeight()` and `setHeight()` methods properly for the `Rectangle`.
+5. You should correctly implement the `area()` and `circumference()` methods for `Rectangle`.
+6. You should implement a `draw()` method that will output an ascii rectangle of the correct size. 
+7. All the Rectangle unit tests must be passed.
+
+## 5 Marking
+
+25 marks are available for this exercise. This breaks down as follows.
+
+### `Square` (10 Marks)
+* constructors - 2 marks
+* setSize(), getSize()  - 2 marks
+* area(), circumference() - 2 marks
+* draw() - 2 marks
+* Pass all Square Unit Tests - 2 marks
+
+### `Rectangle` (15 Marks)
+* constructors - 3 marks
+* setWidth(), getWidth(), setHeight(), getHeight()  - 3 marks
+* area(), circumference() - 3 marks
+* draw() - 3 marks
+* Pass all Square Unit Tests - 3 marks
+
+## 6 Submission
+
+Your project should be uploaded to your gitlab account and you should submit a link to the gitlab project, alongside the rest of the assessment, through moodle, by 12noon 16/05/22.  
\ No newline at end of file

src/Shape.java

+abstract public class Shape {
+
+  protected int size;
+
+  abstract public void draw();
+  abstract public float area();
+  abstract public float circumference();
+
+  public int getSize() { return size; }
+  public void setSize(int size) { this.size = size; }
+
+  public Shape(){
+    this.size = 3;
+  }
+
+  public Shape(int size){
+    this.size = size;
+  }
+
+}

src/Triangle.java

+public class Triangle extends Shape{
+  // An equilateral triangle
+
+  public Triangle() {
+    super();
+  }
+    public Triangle(int i) {
+    super(i);
+  }
+
+  @Override  
+  public void draw() {
+
+    for (int loop1=0; loop1<size; loop1++){
+      for (int loop2=loop1; loop2<(size-1); loop2++) {
+        System.out.print(" ");
+      }
+      System.out.print("/");
+      for (int loop2=0; loop2<loop1; loop2++){
+        System.out.print("  ");
+      }
+      System.out.println("\\");
+    }
+    for (int loop1=0; loop1<size; loop1++){
+      System.out.print("--");
+    }
+    System.out.println("");
+  }
+
+  @Override
+  public float area() {
+    float fSize = size;
+    float area = 0.5f * fSize * fSize;
+    return area;
+  }
+
+  @Override
+  public float circumference() {
+    float fSize = size;
+    float circ = fSize + fSize +fSize;
+    return circ;
+  }
+
+}

src/unitTest.java

+import static org.junit.Assert.assertEquals;
+import org.junit.Test;
+
+public class unitTest {
+
+  // *********************************
+  // Triangle Tests
+  // *********************************
+
+  @Test
+  public void testTriangleConstructor() {
+    // test default constructor
+    Shape testShape = new Triangle();
+    assertEquals(3, testShape.getSize()); 
+    
+    // test constructor with size parameter
+    testShape = new Triangle(5);
+    assertEquals(5, testShape.getSize()); 
+  }
+  
+  @Test
+  public void testTriangleSize() {  
+    // test setSize()
+    Shape testShape = new Triangle(5);
+    testShape.setSize(6);
+    assertEquals(6, testShape.getSize()); 
+  }
+
+  @Test
+  public void testTriangleCircumference() {  
+    // test circumference()
+    Shape testShape = new Triangle(6);
+    assertEquals(18.0, testShape.circumference(), 1e-6); 
+  }
+    @Test
+    public void testTriangleArea() {  
+      // test area()
+      Shape testShape = new Triangle(6);
+      assertEquals(18.0, testShape.area(), 1e-6); 
+  }
+
+  // *********************************
+  // Square Tests
+  // *********************************
+
+  @Test
+  public void testSquareConstructor() {
+    // test default constructor
+    Shape testShape = new Square();
+    assertEquals(3, testShape.getSize()); 
+    
+    // test constructor with size parameter
+    testShape = new Square(5);
+    assertEquals(5, testShape.getSize()); 
+  }
+  
+  @Test
+  public void testSquareSize() {  
+    // test setSize()
+    Shape testShape = new Square(5);
+    testShape.setSize(6);
+    assertEquals(6, testShape.getSize()); 
+  }
+
+  @Test
+  public void testSquareCircumference() {  
+    // test circumference()
+    Shape testShape = new Square(6);
+    assertEquals(24.0, testShape.circumference(), 1e-6); 
+  }
+    @Test
+    public void testSquareArea() {  
+      // test area()
+      Shape testShape = new Square(5);
+      assertEquals(25.0, testShape.area(), 1e-6); 
+  }
+
+
+  // *********************************
+  // Square Tests
+  // *********************************
+
+  @Test
+  public void testRectangleConstructor() {
+    // test default constructor
+    Shape testShape = new Rectangle();
+    assertEquals(3, testShape.getWidth()); 
+    assertEquals(4, testShape.getHeight()); 
+    
+    // test constructor with size parameter
+    testShape = new Rectangle(5,6);
+    assertEquals(5, testShape.getWidth()); 
+    assertEquals(6, testShape.getHeight()); 
+  }
+  
+  @Test
+  public void testRectangleWidth() {  
+    // test setSize()
+    Shape testShape = new Rectangle(5,4);
+    testShape.setWidth(6);
+    assertEquals(6, testShape.getWidth()); 
+  }
+
+  @Test
+  public void testRectangleHeight() {  
+    // test setSize()
+    Shape testShape = new Rectangle(78);
+    testShape.setHeight(3);
+    assertEquals(3, testShape.getHeight()); 
+  }
+
+  @Test
+  public void testRectangleCircumference() {  
+    // test circumference()
+    Shape testShape = new Rectangle(6,3);
+    assertEquals(18.0, testShape.circumference(), 1e-6); 
+  }
+    @Test
+    public void testRectangleArea() {  
+      // test area()
+      Shape testShape = new Rectangle(5,7);
+      assertEquals(35.0, testShape.area(), 1e-6); 
+  }
+
+}