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Unit test framework including strict and loose mocks, auto-discovering of tests, suites, BDD-ish style notation, test protected against exceptions, "natural language" output, extensible reporter, learning mocks to discover actual values sent to a mock. CHEAT: Yes: 2012 [41] BSD: Header-only unit testing framework. Multi-platform.
Unit testing is the cornerstone of extreme programming, which relies on an automated unit testing framework. This automated unit testing framework can be either third party, e.g., xUnit, or created within the development group. Extreme programming uses the creation of unit tests for test-driven development. The developer writes a unit test that ...
Python ABAP, Apex, CSS, COBOL, Flex, Go, HTML, PHP, PLI, PL/SQL, Ruby, Swift, TSQL, Visual Basic 6, XML A continuous inspection engine that finds vulnerabilities, bugs and code smells. Also tracks code complexity, unit test coverage and duplication. Offers branch analysis and C/C++/Objective-C support via commercial licenses. SourceMeter
Pytest is a Python testing framework that originated from the PyPy project. It can be used to write various types of software tests, including unit tests, integration tests, end-to-end tests, and functional tests. Its features include parametrized testing, fixtures, and assert re-writing.
This category includes unit testing frameworks for various programming languages. Many of them (but not all) are based on xUnit . Pages in category "Unit testing frameworks"
The main Go distribution includes tools for building, testing, and analyzing code: go build, which builds Go binaries using only information in the source files themselves, no separate makefiles; go test, for unit testing and microbenchmarks as well as fuzzing; go fmt, for formatting code; go install, for retrieving and installing remote packages
Test-driven development (TDD) is a way of writing code that involves writing an automated unit-level test case that fails, then writing just enough code to make the test pass, then refactoring both the test code and the production code, then repeating with another new test case.
YAGNI is a principle behind the XP practice of "do the simplest thing that could possibly work" (DTSTTCPW). [2] [3] It is meant to be used in combination with several other practices, such as continuous refactoring, continuous automated unit testing, and continuous integration.