A standalone system is a type of system that does not have any dependencies or is not connected to any other system. A standalone program is a computer program that does not load any external module, library function, or any other files. It does not require a database, a network connection for the operation and is only dependent on the local computer resources.
The concept of standalone system and standalone programming is not widely used nowadays. Some examples of standalone systems are Notepad, Paint, Calculator, WordPad, etc. Some examples of standalone systems are Washing machines, microwaves, Vacuum Cleaner, etc.
In this “Standalone and Client-Server Programming Concept – Programming Logic and Techniques” you will learn about the following topics:
- Introduction to Standalone Programming Concept
- Advantages of Standalone Programs
- Disadvantages of Standalone Program
- Introduction to Client-Server Programming
- Advantages of Client-Server Programming
- Disadvantages of Client-Server Programming
- Distinguish between Standalone and Client-Server Programming
- Client-Server Programming Architecture
- The 2-Tier Architecture
- The 3-Tier Architecture
- Advantages of 3-Tier Client-Server Architecture
- Disadvantages of 3-Tier Client-Server Architecture
- Difference between 2-Tier and 3-Tier Architecture
- Web-Based Programming
- Advantages of Web-Based Programming
- Disadvantages of Web-based Programming
- Web-Based System and Programming
- Web-Based Programming Languages
- Platform Independent System
- Binary Platform Independence
- Source Platform Independence
- Advantages of Platform Independent System
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