#include #include #include #include #include #include #include "Runner.h" namespace HeadlessSpecRunner { Runner::Runner() : QObject() , m_runs(0) , hasErrors(false) , usedConsole(false) , isFinished(false) , didFail(false) { m_page.settings()->enablePersistentStorage(); connect(&m_page, SIGNAL(loadFinished(bool)), this, SLOT(watch(bool))); connect(&m_page, SIGNAL(consoleLog(QString, int, QString)), this, SLOT(errorLog(QString, int, QString))); connect(&m_page, SIGNAL(internalLog(QString, QString)), this, SLOT(internalLog(QString, QString))); connect(m_page.mainFrame(), SIGNAL(javaScriptWindowObjectCleared()), this, SLOT(addJHW())); } void Runner::addFile(const QString &spec) { runnerFiles.enqueue(spec); } void Runner::go() { m_ticker.stop(); m_page.setPreferredContentsSize(QSize(1024, 600)); addJHW(); loadSpec(); } void Runner::addJHW() { m_page.mainFrame()->addToJavaScriptWindowObject("JHW", this); } void Runner::loadSpec() { m_page.mainFrame()->load(runnerFiles.dequeue()); m_ticker.start(200, this); } void Runner::watch(bool ok) { if (!ok) { std::cerr << "Can't load " << qPrintable(m_page.mainFrame()->url().toString()) << ", the file may be broken." << std::endl; std::cerr << "Out of curiosity, did your tests try to submit a form and you haven't prevented that?" << std::endl; std::cerr << "Try running your tests in your browser with the Jasmine server and see what happens." << std::endl; QApplication::instance()->exit(1); return; } m_ticker.start(200, this); } bool Runner::hasElement(const char *select) { return !m_page.mainFrame()->findFirstElement(select).isNull(); } void Runner::setColors(bool colors) { consoleOutput.showColors = colors; } void Runner::reportFile(const QString &file) { reportFilename = file; } bool Runner::hasError() { return hasErrors; } void Runner::specPassed() { consoleOutput.passed(""); } void Runner::specFailed(const QString &specDetail) { consoleOutput.failed(""); didFail = true; failedSpecs.push(specDetail); } void Runner::errorLog(const QString &msg, int lineNumber, const QString &sourceID) { consoleOutput.errorLog(msg, lineNumber, sourceID); hasErrors = true; m_runs = 0; m_ticker.start(200, this); } void Runner::internalLog(const QString ¬e, const QString &msg) { consoleOutput.internalLog(note, msg); } void Runner::log(const QString &msg) { usedConsole = true; consoleOutput.consoleLog(msg); } void Runner::leavePageAttempt(const QString &msg) { consoleOutput.internalLog("error", msg); m_page.oneFalseConfirm(); hasErrors = true; } void Runner::printName(const QString &name) { consoleOutput.logSpecFilename(name); } void Runner::printResult(const QString &result) { consoleOutput.logSpecResult(result); } void Runner::finishSuite(const QString &duration, const QString &total, const QString& failed) { if (didFail) { consoleOutput.reportFailure(total, failed, duration); } else { if (hasErrors) { consoleOutput.reportSuccessWithJSErrors(total, failed, duration); } else { consoleOutput.reportSuccess(total, failed, duration); } } if (!reportFilename.isEmpty()) { QFile reportFH(reportFilename); if (reportFH.open(QFile::WriteOnly)) { QTextStream report(&reportFH); report << qPrintable(total) << "/" << qPrintable(failed) << "/"; report << (usedConsole ? "T" : "F"); report << "/" << qPrintable(duration) << "\n"; QString failedSpec; while (!failedSpecs.isEmpty()) { failedSpec = failedSpecs.pop(); report << qPrintable(failedSpec) << "\n"; } reportFH.close(); } } isFinished = true; } void Runner::timerEvent(QTimerEvent *event) { ++m_runs; if (event->timerId() != m_ticker.timerId()) return; if (hasErrors && m_runs > 2) QApplication::instance()->exit(1); if (isFinished) { int exitCode = 0; if (didFail || hasErrors) { exitCode = 1; } else { if (usedConsole) { exitCode = 2; } } bool runAgain = true; if (runnerFiles.count() == 0) { runAgain = false; } else { if (exitCode == 1) { runAgain = false; } } if (runAgain) { isFinished = false; loadSpec(); } else { QApplication::instance()->exit(exitCode); } } if (m_runs > 30) { std::cout << "WARNING: too many runs and the test is still not finished!" << std::endl; QApplication::instance()->exit(1); } } }