![]() The output of the tests will be printed to the screen and remain visible until the user hits the return key ⮐.Ĭreate a new to-do list. They will have to provide a topic that will identify the list. If you do, mark them as package , instead of private so that the test methods can access them. You are not required to test your utility methods. Make sure to have at least one test per public method. Write a testAll() method that will run all tests at once and write the results into a testsResults.txt file. The test suite will be run before the actual menu when the program is run. You will write support methods in a Tests class as part of your application. ![]() When writing code comments, always check if you can create a utility method instead, to make your intent clear in the code. Only public methods should be documented with Javadoc comments. In particular, your code should respect names, types, and visibility.Īdd utility methods to make your methods as close to the clean code principles as possible. Your code should be as close as possible to the diagram. This is the same one we designed in the last part of this course: Class diagram Luckily, you've already got a design ready from the work you've done in this course! Step 1: implement a UML diagram Your disorganized friend needs your help! They've asked you to create a to-do list application to help them keep track of what they need to do (including arriving on time to hang out with you). Get some practice creating a to-do list application Move from a list to a dictionary to manage task completion Quiz: Check what you remember about clean methods! Go recursive: calling functions within themselves Take a closer look into methods: defining instance methods & fields Quiz: Check what you know about program logic! Manage errors and exceptions within your programĬommunicate with the world: user input and networking Select the proper condition to control your program flow Get your program started with the main function Quiz: Check what you've learned about data and data types in Java Understand variable scoping and access control Manage complexity with the right collection ![]() Understand data types to store your valuesĭefine objects and their attributes with classes Unravel the variable: making declarations and changing values
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