fcf::NTest::storage() function

#define FCF_TEST_IMPLEMENTATION #include <fcfTest/test.hpp> #include <iostream> // A simple test function to be registered manually void myManualTest() { FCF_TEST(true); } // A simple fixture function void myManualFixture() { fcf::NTest::log() << "Fixture is running..." << std::endl; } FCF_TEST_DEFINE("Manual", "Demo", "DummyTest") { // This test is just a placeholder to ensure the runner has something to do FCF_TEST(true); } int main(int a_argc, char* a_argv[]) { // 1. Access the global storage fcf::NTest::Storage& storage = fcf::NTest::storage(); // 2. Manually register a new test case // We create a Test object and append it to the storage fcf::NTest::Test manualTest; manualTest.part = "Manual"; manualTest.group = "Demo"; manualTest.test = "ManualFunctionTest"; manualTest.testFunction = myManualTest; manualTest.partOrder = 1; manualTest.groupOrder = 1; manualTest.testOrder = 1; storage.appendTest(manualTest); // 3. Manually register a fixture fcf::NTest::Fixture manualFixture; manualFixture.parts = {"Manual"}; manualFixture.groups = {"Demo"}; manualFixture.tests = {"ManualFunctionTest"}; manualFixture.before = true; manualFixture.level = fcf::NTest::FL_PART; manualFixture.fixtureFunction = myManualFixture; manualFixture.file = __FILE__; manualFixture.line = __LINE__; storage.appendFixture(manualFixture); // 4. Run the tests using the standard CLI runner bool error = false; fcf::NTest::cmdRun(a_argc, a_argv, fcf::NTest::CRM_RUN, &error); return error ? 1 : 0; }