1. Course design purpose

"Object-Oriented Programming" is a basic computer course with strong practicality, and the course design is a more comprehensive comprehensive exercise after studying the course. Its purpose is to deepen students' understanding of the theory, methods and basic knowledge of object-oriented programming through practice, master the basic methods of using Java language for object-oriented design, and improve the ability to use object-oriented knowledge to analyze and solve practical problems.

2. Course Design Tasks and Requirements

Course design can use NetBeans, Eclipse, JBuilder, etc. as development platforms to improve development efficiency, and master one of the integrated development environments as proficiently as possible.

Through this design, it is required to master the following:

Inheritance and polymorphism (overloading and overriding) mechanism in object-oriented technology, use of various modifiers
Definition and use of classes, packages, and interfaces
Implementation of common tool classes and algorithms (arrays, vectors, strings, linked lists)
Java common standard GUI components and their event processing
Java exception handling mechanism
Java database connection technology
Java's Multithreading Technology
Java Network Programming

3. Curriculum Design Manual

3.1 Demand Analysis

3.1.1 Function Analysis

The display and deletion of the information of the individual user of the ATM machine. The information of the individual user mainly includes: account number, password, and the amount of deposit.
Display, change, operation of deposit information, storage of deposit, withdrawal, transfer, amount.
Changes to individual user passwords. Meet the needs of users.
Set up a login interface to protect the security of the user's personal account.

3.1.2 Analysis of performance requirements

Ease of operation of the system:
The developed system is easy to operate, and the system operation is not restricted by the user's knowledge level of the computer as far as possible.
The system is maintainable:
because the system involves a wide range of information, the data in TXT needs to be modified regularly, and the available space and performance of the system will also decrease accordingly, in order to make the system work better.
The system is open:
the system can run in an open hardware system structure, and can be smoothly connected with other systems, and will not need to be modified a lot due to different aspects of the external system.

3.2 Outline Design

3.2.1 Functional block diagram

3.3 Detailed Design

3.3.1 Entity class design

Deposit information entity class: attributes include deposit balance (deposit), withdrawal amount (withdraw), transfer amount (transfer accounts).
Account information entity class: attributes include account password (Password)