Which of the following coding practices are helpful in simplifying code? Each correct answer represents a complete solution.
Choose all that apply.
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A. B. C. D.inheritance, encapsulation, and polymorphism.
Answer: D is incorrect.
Processes should have only one entry point and the minimum number of exit points.
The various coding practices that are helpful in simplifying the code are as follows: Programmers should implement high-consequence functions in minimum required lines of code and follow the proper coding standards.
Software should implement the functions that are defined in the software specification.
Software should avoid ambiguities and hidden assumptions, recursion, and GoTo statements.
Programmers should use multiple small and simple functions rather than a complex function.
The processes should have only one entry point and minimum exit points.
Interdependencies should be minimum so that a process module or component can be disabled when it is not needed, or replaced when it is found insecure or a better alternative is available, without disturbing the software operations.
Programmers should use object-oriented techniques to keep the code simple and small.
Some of the object-oriented techniques are object.
Sure, I'd be happy to provide a detailed explanation of the coding practices that are helpful in simplifying code.
A. Programmers should use multiple small and simple functions rather than a single complex function.
One of the key coding practices that can help simplify code is to use multiple small and simple functions instead of a single complex function. By breaking down complex functionality into smaller, more manageable pieces, developers can make their code more modular and easier to understand. This approach can also make it easier to test and maintain code over time.
B. Software should avoid ambiguities and hidden assumptions, recursions, and GoTo statements.
Another important practice for simplifying code is to avoid ambiguities and hidden assumptions, as well as certain programming constructs that can make code more difficult to understand and debug. Recursion, for example, can lead to complex and hard-to-trace code paths, while GoTo statements can make code difficult to follow and reason about. By avoiding these types of constructs and writing code that is clear and easy to understand, developers can help make their code more maintainable over time.
C. Programmers should implement high-consequence functions in minimum required lines of code and follow proper coding standards.
In addition to breaking down complex functionality into smaller, more modular functions and avoiding certain programming constructs, developers should also strive to write code that is as concise and clear as possible. This can involve using coding standards that promote clarity and consistency, as well as minimizing the number of lines of code required to achieve a given task. By following these best practices, developers can make their code more readable, maintainable, and less prone to errors.
D. Processes should have multiple entry and exit points.
Finally, it's important to design software processes that have multiple entry and exit points. This means that developers should design their code so that it can handle different input values and output results in a variety of ways. By doing so, developers can create more robust and flexible software that can handle unexpected inputs or errors without crashing or producing incorrect results. This can also make it easier to test and debug software over time, as developers can isolate specific parts of their code and test them independently.