When using 'try-catch' statements in X++, what is the primary purpose?

The primary purpose of using 'try-catch' statements in X++ is to handle exceptions effectively during coding. This construct allows developers to anticipate potential errors that may occur during the execution of a program and to define strategies for managing those errors gracefully. By enclosing potentially problematic code within a 'try' block, developers can catch specific exceptions in the corresponding 'catch' block, enabling them to respond appropriately without crashing the application or leading to unexpected behavior.

Utilizing 'try-catch' statements not only enhances the robustness of the application but also improves user experience by allowing for informative error messages or alternative workflows when an issue arises. This mechanism promotes better error management, making it easier to log issues, clean up resources, or even provide fallback options as needed.

In contrast, other options do not focus on the core functionality of 'try-catch' statements. For instance, improving application performance and compiling without errors are not primary functions of exception handling, while documenting code changes is a different aspect of programming that does not relate to runtime error management.