Features of Good Program

1. Space Utilization:

• A good program efficiently uses memory and storage space. It minimizes unnecessary resource consumption.

1. Efficiency:

• Efficiency refers to the optimal use of system resources (CPU, memory, etc.) to execute tasks, ensuring the program performs its functions promptly.

1. Easy to Updation (Updatability):

• A good program is designed to be easily updated or modified. This involves using modular code and clear documentation to facilitate changes.

1. Self-Documenting Code:

• Code should be written in a way that is easy to understand without external documentation. This involves using meaningful variable and function names, comments, and a clear structure.

1. Less Execution Time:

• Programs should execute tasks quickly, minimizing processing time for better performance.

1. User-Friendly:

• A good program provides a positive user experience. It has an intuitive interface, clear instructions, and handles errors gracefully.

1. Programmer Efforts:

• The effort required to understand, modify, or maintain the program should be minimized. Clean and well-organized code contributes to this feature.

1. Problem Solving:

• The program should effectively solve the problem it was designed for. It should produce accurate and reliable results.

1. Reliability:

• A reliable program consistently produces correct results under different conditions and does not crash or produce unexpected errors.

1. Simplicity:
   • Simplicity in design and implementation contributes to better understanding, maintenance, and debugging. Avoid unnecessary complexity.
2. Abstraction:
   • The program should utilize abstraction to hide complex details, making the code more understandable and modular.
3. Extensibility:
   • The program should be designed in a way that allows for easy expansion or addition of new features without major modifications to the existing code.
4. Suitability to Its Environment:
   • A good program should be adapted to its operating environment, meeting the specific requirements and constraints of the system it runs on.

Striking a balance among these features often depends on the specific requirements of the project and the trade-offs that need to be considered during development. Good programming practices, adherence to design principles, and continuous improvement contribute to achieving these features in a program.