Function runTestCases

tsn/src/test262/runner/main.cpp:264–301

}

bool runTestCases(const fs::path& harnessDirectory,
                  const fs::path& testCaseFile,
                  const fs::path& outputFile,
                  const fs::path& skipListFile) {
    const auto testCasesResult = deserializeTestCases(testCaseFile);
    if (!testCasesResult) {
        TEST262_LOG(cerr, "Failed to parse {} with error {}", testCaseFile, testCasesResult.error().getMessage());
        return false;
    }

    const auto skipList = decodeSkipList(skipListFile);
    const auto testCases = testCasesResult.value();

    TestReporter reporter;

    for (const auto& testCase : testCases) {
        const auto& metadata = testCase.second;
        std::string test_contents;

        // NOTE(rjaber): This should be intentionally omitted by the preprocessor
        if (metadata.isNegative && metadata.negativeType == "SyntaxError") {
            TEST262_LOG(cerr, "Found invalid case in test cases {}", testCase.first);
            return false;
        }

        if (metadata.noStrict || metadata.raw) {
            evaluateTestCase(skipList, harnessDirectory, testCase.first, metadata, false, reporter);
        } else if (metadata.onlyStrict) {
            evaluateTestCase(skipList, harnessDirectory, testCase.first, metadata, true, reporter);
        } else {
            evaluateTestCase(skipList, harnessDirectory, testCase.first, metadata, false, reporter);
            evaluateTestCase(skipList, harnessDirectory, testCase.first, metadata, true, reporter);
        }
    }

    reporter.saveToFile(outputFile);
    return !reporter.hasFailure();
}

int main(int argc, const char* argv[]) {
    fs::path testCaseFile;