µTest++ Testing Framework API Reference
µTest++ Testing Framework topics with brief descriptions are:
| µOS++ Topics | Topics related to the µOS++ framework |
| µTest++ | Topics related to the µTest++ testing framework |
| C++ API | Topics related to the µTest++ C++ API |
| Initialisation & Exit | Functions for initialising the framework and returning an exit code |
| Test Cases | Test cases are named sequences of checks |
| Expectations | Expectations are checks whose outcomes are reported |
| Assumptions | Assumptions are conditions that must be satisfied for a test to proceed |
| Function Comparators | Functions for comparing actual and expected values in tests |
| Logical Functions | Functions used to compose logical expressions in tests |
| Checking Exceptions | Functions for verifying exceptions in test cases |
| Operators | Overloaded operators for expressive test comparisons |
| String Operators | Overloaded operators for string comparison |
| Container Operators | Overloaded operators for container comparison |
| Literals and Wrappers | Literal operators and wrappers for typed operands |
| Utility Functions | Utility functions for advanced string handling in tests |
| Test Suites | Test suites are named collections of test cases |
| C API | Topics related to the µTest++ C API |
| Command Line Options | Options for controlling test output verbosity at run-time |
Description
The µTest++ project is a modern C++ library designed to provide a lightweight and efficient testing framework, purpose-built for embedded systems development.
With its clean and expressive C++ API, µTest++ enables developers to write, organise, and execute unit tests with minimal overhead. The framework includes advanced features such as test suites, test cases, and detailed reporting, all tailored to meet the specific needs of embedded environments.
Output verbosity is fully configurable via command-line options, allowing users to choose between concise summaries and comprehensive diagnostic information to best suit their workflow.
By adopting µTest++, you can achieve robust and maintainable code through systematic and automated testing, supporting professional software engineering practices across your entire project.
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