A test-driven development framework for C++ inspired by Jest and similar frameworks.
Cest requires a C++ compiler with C++14 support or greater. These should be available on most systems. It can be used either stand-alone or integrated with an external build system.
Download the latest cest release from GitHub: https://github.com/cegonse/cest/releases
Create a new test suite in the called, for example, test_sum.cpp
:
#include <cest>
int sum(int a, int b) {
return a + b;
}
describe("testing additions", []() {
it("adds 1 + 2 to equal 3", []() {
expect(sum(1, 2)).toBe(3);
});
});
Build test suite including the Cest framework header, and run the binary. Cest will run your new test:
g++ -I. --std=c++14 test_sum.cpp -o test_sum
./test_sum
PASS spec/test_sum.cpp:11 it adds 1 + 2 to equal 3
You have created your first test with Cest!
The Cest core is a single C++ header. To integrate it into your build system, simply add the cest
header to your include path and include cest
in your tests.
The framework header already includes a main()
function, so tests must be linked without any additional entry point.
Cest runner will execute all tests inside the suite and return 0 on success and 1 on failure.
To see an integration example, check the cpm package manager.
Cest is MIT licensed.
Feel free to create any issues or pull requests with new functionality you deem useful! I will review issues created by others first.
Documentation is hosted in GitHub Pages in a different repository, found here: https://github.com/cegonse/cest-docs. Please create any issues related to the documentation in the main repository (cegonse/cest) instead of the docs one.
Building
Cest source code is in the src/
directory, separated in multiple header files. The final build is a single header library, which is built using Quom.
To generate the library amalgam, install Quom and build doing:
pip install quom
make build
This will generate the final library build in the build/
directory.
Roadmap
- Basic test support (it, xit, fit)
- macOS and Linux support
- Test parametrization support
- Basic expect matchers
- Test cases run in an subprocess to avoid crashing the whole suite
-
cest-runner
for watch mode functionality of multiple suites - Integrated optional malloc / free overrides
- Complex expect matchers (comprehensive STD collection support)
- Simple integration of custom expect matchers
- Windows support