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+# Part 1.0 - Create `Person` Class
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+* Create a `Person` class.
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+ * `Person` constructor should have a parameter of type `String` which sets the `name` instance-variable to the respective argument.
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+ * `Person` should have a `getName()` method which returns the `Person` object's `name` variable.
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+ * `Person` should have a `setName()` method which sets the `Person` object's `name` variable.
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+-
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+# Part 1.1 - Test `Person`
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+* Create a `TestPerson` class.
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+ * Create a `testSetName` method which ensures that a `Person` object's `name` variable is being set by invoking the `.setName` method.
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+ * Create a `testConstructor` method which ensures that a `Person` object's `name` variable is being set by invoking the `Person` constructor.
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+
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+-
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+# Part 2.0 - Create `Learner` Interface
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+* Create a `Learner` interface.
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+ * `Learner` should declare one method signature:
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+ * Method name: `learn`
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+ * Method parameters: `double numberOfHours`
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+ * Method return-type: `void`
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+
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+-
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+# Part 3.0 - Create `Student` Class
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+* Create a `Student` class such that:
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+ * `Student` is a subclass of `Person`
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+ * `Student` implements the `Learner` interface
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+ * `Student` should have an instance variable `totalStudyTime` of type `double`
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+ * `Student` should have a concrete implementation of the `learn` method which increments the `totalStudyTime` variable by the specified `numberOfHours` argument.
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+ * `Student` should have a `getTotalStudyTime()` method which returns the `totalStudyTime` instance variable.
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+-
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+# Part 3.1 - Test `Student`
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+* Create a `TestStudent` class.
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+ * Create a `testImplementation` method that asserts that a `Student` is an `instanceof` a `Learner`.
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+ * Create a `testInheritance` method that asserts that a `Student` is an `instanceof` a `Person`.
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+ * Create a `testLearn` method that ensures a `Student`'s `totalStudyTime` instance variable is incremented by the specified `numberOfHours` by invoking the `.learn` method.
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+
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+-
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+# Part 4.0 - Create `Teacher` Interface
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+* Create a `Teacher` interface.
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+ * `Teacher` should declare a `teach` method signature:
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+ * Method name: `teach`
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+ * Method parameters:
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+ * `Student student`
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+ * `double numberOfHours`
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+ * Method return-type: `void`
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+
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+ * `Teacher` should declare a `lecture` method signature:
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+ * Method name: `lecture`
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+ * Method parameters:
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+ * `Student[] student, double numberOfHours`
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+ * Method return-type: `void`
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+-
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+# Part 5.0 - Create `Instructor` Class
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+* Create an `Instructor` class such that:
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+ * `Instructor` is a subclass of `Person`
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+ * `Instructor` implements the `Teacher` interface
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+ * `Instructor` should have a concrete implementation of the `teach` method which invokes the `learn` method on the specified `Student` object.
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+ * `Instructor` should have a concrete implementation of the `lecture` method which invokes the `learn` method on the specified array of `Student` objects.
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+ * `numberOfHours` should be evenly split amongst the students.
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+ * `double numberOfHoursPerStudent = numberOfHours / students.length;`
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+-
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+# Part 5.1 - Test `Instructor`
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+* Create an `TestInstructor` class.
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+ * Create a `testImplementation` method that asserts that an `Instructor` is an `instanceof` a `Teacher`.
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+ * Create a `testInheritance` method that asserts that a `Instructor` is an `instanceof` a `Person`.
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+ * Create a `testTeach` method that ensures when an `Instructor` invokes the `.teach` method, a respective student's `totalStudyTime` instance variable is incremented.
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+ * Create a `testLecture` method that ensures when an `Instructor` invokes the `.teach` method, a respective student's `totalStudyTime` instance variable is incremented.
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+
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+
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+-
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+# Part 6 - Create `ZipCodeWilmington` Class
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+* Create a `ZipCodeWilmington` class.
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+ * _Statically_ instantiate a `private` `ArrayList` of `Instructor` objects called `instructorList`.
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+ * Create a `public static` method called `hire` which adds an `Instructor` to the `instructorList` and returns `void`.
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+ * Create a `public static` method called `getInstructors` which returns the `instructorList`.
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+ * Create a `public static` method called `fireStaff` which clears our `instructorList`.
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+ * Copy and paste this `static initialization block` immediately below your `instructorList` declaration.
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+
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+```java
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+static { // static initializer
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+ String[] instructorNames = { "Leon", "Tariq", "Froilan", "David", "Zach", "Iyasu" };
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+ for (String instructorName : instructorNames) {
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+ Instructor instructor = new Instructor(instructorName);
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+ hire(instructor);
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+ }
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+}
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+```
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+-
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+# Part 6.1 - Test `ZipCodeWilmington`
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+* Create a `TestZipCodeWilmington` class.
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+ * Create a method named `setup` which is annotated with `@Before`, takes has no parameters, and returns `void`.
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+ * Ensure this method invokes the `.fireStaff` method on `ZipCodeWilmington`
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+
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+ * Create a `testFireStaff` method which ensures that our `instructorList` in our `ZipCodeWilmington` class `isEmpty` upon invokation.
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+ * Create a `testHireStaff` method which ensures that our `instructorList` is populated with respective `Instructor` objects.
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+
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+-
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+# Part 7 - Create `TechConnect` Class
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+* Create a `TechConnect` class.
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+ * _Statically_ instantiate a `private` `ArrayList` of `Student` objects called `studentList`.
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+ * Create a `public static` method called `recruitStudent` which adds a `Student` to the `studentList` and returns `void`.
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+ * Create a `public static` method called `getStudents` which returns the `studentList`.
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+ * Create a `public static` method called `removeStudents` which clears our `studentList`.
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+ * Copy and paste this `static initialization block` immediately below your `studentList` declaration.
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+
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+```java
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+static { // static initializer
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+ String[] studentNames = { "Karen", "Liel", "Quinn", "Destiny", "Blesson", "Danielle B.", "Andre", "Jeff",
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+ "Carlo", "Julia D.", "Natalie", "Julia E.", "Shylee", "Genevieve", "Margo", "Whitney", "Rachel",
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+ "Bridget", "Seung", "Jessica", "Harry", "Kesler", "Darin", "Jade", "Dominika", "Nashae", "Brianna",
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+ "Laurent", "Rina", "Emily", "Elisha", "Caitlin", "Kierra", "Dana", "Alyssa", "Humaira", "Prajwal",
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+ "Cristine", "Blesson", "Brendan" };
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+ for (String studentName : studentNames) {
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+ Student student = new Student(studentName);
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+ studentList.add(student);
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+ }
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+}
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+```
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+
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+
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+-
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+# Part 7.1 - Test `TechConnect`
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+* Create a `TestTechConnect` class.
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+ * Create a method named `setup` which is annotated with `@Before`, takes has no parameters, and returns `void`.
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+ * Ensure this method invokes the `.removeStudents` method on `TechConnect`
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+
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+ * Create a `testRemoveStudents` method which ensures that our `studentList` in our `TechConnect` class `isEmpty` upon invokation.
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+ * Create a `testRecruitStudent` method which ensures that our `studentList` is populated with respective `Student` objects.
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+# Part 8 - Create `ClassRoom` Class
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+* Create a `ClassRoom` class.
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+ * _Statically_ instantiate a `private` `ArrayList` of `Student` objects called `students` by invoking the `getStudents` method on the `TechConnect` class.
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+ * _Statically_ instantiate a `private` `ArrayList` of `Instructor` objects called `instructors` by invoking the `getInstructor` method on the `ZipCodeWilmington` class.
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+ * Create a method named `getRoster` which returns a `HashMapping` of `String` to `Person` objects such that our `ZipCodeWilmington` instructors and `TechConnect` students' names map to their respective `Person` object.
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+
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+# Part 8.1 - Test `ClassRoom`
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+* Create a `TestClassRoom` class.
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+ * Assert that the `HashMapping` returned by `getRoster`, returns a `valueSet` containing each of the `Person` objects in `ZipCodeWilmington`'s `instructorList` and `TechConnect`'s `studentList`.
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Leon
hace 7 años