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.
