This project has many of the same patterns as the LABS. During class the instructor will push updates as I live code enhancements in functionality and improvements to the architecture.
This is based on Anil Pal's [https://github.com/anildi] starter code. I changed it to use Gradle in instead of maven and changed the package structure slightly. The in-class live-coding will be different for this class than his (to match for the custom outline and class needs) so the end result will very from his.
The project represents a School data, it tracks students and courses. The starter data includes a data model (in the domain package), DAO (Data Access Objects), and service classes. (Ignore the Track stuff for now)
The labs will have a completely different problem domain and model, but will follow a similar pattern. It's up to the students to apply the knowledge in class and patterns in the examples to their problem domain. The instructor will help as much as needed.
The Student Project will track Inventory and sales for a store. Initially there will be two domain elements to model - Items and Customers. The Items will have a unique ID, UPC Code, Name, and Cost. The Customer will include a unique ID, name, phone number and email address.
Students will create classes that model the Item and Customer, a DAO, and Service similar to the classes in this project. Students will also create test (either in Main or in unit tests) that initialize the data in the DAOs with valid-looking test values.
The code should follow standard Java Coding Standards. Correct capitalization, indention, etc. The code should be clear and commented better than the Starter set.
By the start of Day 2 the labs should have the following ...
- Domain: Items, Customers - Base class for both that holds an ID field and getter/setter
- DAO: Superclass that uses a generic that extends the base Domain Class
- Service: Superclass the uses a generic that extends the base Service Class
- Test/Demo Main that adds Items and Customers and lists them out usng streams
- Find and filter items in the inventory using streams
- periodically list the inventory using an Executor and Thread Factory.