Author: Phan Quang Tuan
This Java Swing UI application serves as a basic course administration system. The purpose of this program is to allow the students of a faculty of a university to enroll into pre-defined course modules each semester, and to allow the administrative staff of the faculty to enter the module marks for each enrolment and to compute the final grade from these marks.
The System has 3 entities: Student, Module and Enrollment. Full requirement details (before I expanded advanced features) can be accessed from here: https://drive.google.com/drive/folders/12ZbHg7MRTInRFU9tkUYIPtQkLRQFvbmo?usp=share_link
V1.3c is released!
Read the file ChangeLog.txt for details.
Open the project then run the file CourseManProg.java.
This program requires the pre-defined database that has been placed in the same folder with this readme
file. Make sure the database file named database.sqlite3 is in the default path.
Moreover, When running the program, make sure check-box is ticked before use Add/Update/Delete button.
Note 1: Requires jdk >= 11
Note 2: This program requires SQLite JDBC driver. Make sure your project has been added with it before run.
Note 3: Due to Java Swing's drawbacks, sometimes you need to press enter in text field before clicking Add/Update/Delete button to avoid unconfirmed text field data loss.
- Java Swing API
- Three-tier architecture pattern
- MVC Pattern
- Asynchronous programming
- Data Access Object (DAO) Pattern for JDBC
- Connection Pooling with HikariCP
- Batch Processing in JDBC
- SQLite database version 3
- Data Transfer Objects (DTO) Pattern
- Java Stream API
- Java Lambda Expressions
- Multi threading
- Java Reflection API (Meta programming)
- Factory pattern & Singleton pattern
- Live input validation (when adding new Enrollment).
- Editing Student or Module or Enrollment in JTable while keeping the data being persistent and maintain data integrity.
- Generating unique Student's id & Module's code in the correct order.
- Properly generate the new Module's code even if the user deleted the Module with that code before.
The SOLID principles, which is an acronym for five principles that go beyond the fundamental OOP ideas.
The SOLID acronym represents the following:
- Single responsibility principle
- Open/Closed principle
- Liskov substitution principle
- Interface segregation principle
- Dependency inversion principle
This program uses the FlatLaf, a modern open-source cross-platform Look and Feel for Java Swing desktop applications.
The FlatLaf homepage and source code:
https://www.formdev.com/flatlaf/
https://github.com/JFormDesigner/FlatLaf
Many thanks to DevCharly, the author of FlatLaf.
This program is released under the MIT License.
