Refactored the test code to initialize buffers using bytes.NewBuffer(nil) instead of &bytes.Buffer{}. This change ensures a consistent and idiomatic initialization of byte buffers throughout the test cases.
The previously commented-out empty byte array is now uncommented to include an empty string as part of the test cases. This change ensures that the FuzzBase64LineBreaker function properly handles an empty input scenario.
This commit adds a check for errors when decoding base64 strings in the b64linebreaker_test.go file. If an error occurs, it logs a meaningful error message, improving the test's robustness and clarity.
Improved the test suite for the Base64LineBreaker. Tests are now written more consistently. Maintainability and readability have been improved as well.
In b64linebreaker_test.go, the names of error variables "mockErr" and "mockNewlineErr" have been changed to "errMockDefault" and "errMockNewline" to better clarify their roles. All instances in test cases where these error variables were used have been updated correspondingly.
The commit modifies existing test cases in the TestBase64LineBreaker_WriteAndClose function where it introduces mock writers to better simulate I/O operations. The introduced mock writers are 'mockWriterExcess' and 'mockWriterNewline' which respectively simulate scenarios of data exceeding body length and inclusion of newline.
This update includes a new TestBase64LineBreaker_WriteAndClose function with cases for validating write and close operations in the b64linebreaker module. In addition, a mockWriter is introduced to simulate I/O operations for testing purposes.
Updated the fuzzing tests in the `Base64LineBreaker_Write` function. The change specifically converts integer bytes from decimal to octal. This ensures proper testing of a wider range of input scenarios, increasing the reliability and robustness of the code.
Enhanced testing for the Base64LineBreaker_Write function by adding a fuzz test. This additional fuzz test provides the function with a variety of random byte inputs as a way of uncovering any hidden errors and contributing to more reliable coding.
The update enhances testing for the Base64LineBreaker_Write function by creating a fuzz test. This new fuzz test feeds the function with a wide range of random byte inputs to improve the detection of hidden anomalies and help ensure more robust code.