Method runTestCase

src/fl/test/fltest.cpp.hpp:234–300

static const char* sSkipReason = nullptr;

void TestContext::runTestCase(const TestCaseInfo& info) FL_NOEXCEPT {
    mStats.mTestCasesRun++;
    mReporter->testCaseStart(info.mName.c_str());

    mCurrentTestFailed = false;
    mCurrentTestTimedOut = false;
    mCurrentTestName = info.mName.c_str();
    mSubcaseStack.clear();
    mNextSubcaseStack.clear();
    mFullyTraversedHashes.clear();
    mCurrentSubcaseDepth = 0;
    mSubcaseDiscoveryDepth = 0;
    mShouldReenter = true;

    // Reset skip flag for this test
    sCurrentTestSkipped = false;

    // Record test start time if we have a time function
    if (mGetMillis) {
        mCurrentTestStartMs = mGetMillis();
    }

    // Run the test multiple times to explore all subcase paths
    // On each run, we follow the path in mNextSubcaseStack and then discover one new subcase
    while (mShouldReenter && !mCurrentTestTimedOut && !sCurrentTestSkipped) {
        mShouldReenter = false;
        mCurrentSubcaseDepth = 0;
        mSubcaseDiscoveryDepth = 0;

        // Copy next stack to current stack for this iteration
        mSubcaseStack = mNextSubcaseStack;
        mNextSubcaseStack.clear();

        // Call the test function
        info.mFunc();

        // Check for skip (FL_SKIP was called)
        if (sCurrentTestSkipped) {
            break;
        }

        // Check for timeout after each iteration
        if (mDefaultTimeoutMs > 0 && checkTimeout()) {
            break;
        }
    }

    mCurrentTestName = nullptr;

    // Calculate test duration
    fl::u32 testDurationMs = 0;
    if (mGetMillis) {
        testDurationMs = mGetMillis() - mCurrentTestStartMs;
        mStats.mTotalDurationMs += testDurationMs;
    }

    if (sCurrentTestSkipped) {
        mStats.mTestCasesSkipped++;