Ejemplo n.º 1
0
void TestResultView::displayTestResult(const TestResult *const result)
{
    if(!result)
    {
        displayNone();
        return;
    }

    /* ------- the Test Status Label --------- */
    resultStatus->setText(result->status() ? TestResult::displayName(result->status())
                                           : QLatin1String("Not Applicable"));
    /* --------------------------------------- */

    /* ------------ the AST View ------------- */
    ASTItem *astTree = result->astTree();
    static_cast<TreeModel *>(astView->model())->setRoot(astTree);
    /* --------------------------------------- */

    /* ------- the Error code/msg View ------- */
    ErrorItem *msgRoot = new ErrorItem(ErrorHandler::Message(), 0);

    const ErrorHandler::Message::List msgs(result->messages());
    ErrorHandler::Message::List::const_iterator it(msgs.constBegin());
    const ErrorHandler::Message::List::const_iterator end(msgs.constEnd());

    for(; it != end; ++it)
        msgRoot->appendChild(new ErrorItem(*it, msgRoot));

    TreeModel *etm = static_cast<TreeModel *>(messageOutput->model());
    etm->setRoot(msgRoot);
    /* --------------------------------------- */

    const QPatternist::Item::List items(result->items());
    /* ----- the Serialized Output View ------ */
    serializedResult->setPlainText(result->asSerialized());
    /* --------------------------------------- */

    /* ------ the Item List Output View ------ */
    XDTItemItem *itemRoot = new XDTItemItem(QPatternist::Item(), 0);
    QPatternist::Item item;

    QPatternist::Item::List::const_iterator itemIt(items.constBegin());
    const QPatternist::Item::List::const_iterator itemsEnd(items.constEnd());

    for(; itemIt != itemsEnd; ++itemIt)
        itemRoot->appendChild(new XDTItemItem(*itemIt, itemRoot));

    TreeModel *itm = static_cast<TreeModel *>(itemListResult->model());
    itm->setRoot(itemRoot);
    /* --------------------------------------- */
}
Ejemplo n.º 2
0
TestResult::Status TestBaseLine::scanErrors(const ErrorHandler::Message::List &errors,
                                            const TestBaseLine::List &lines)
{
    pDebug() << "TestBaseLine::scanErrors()";

    /* 1. Find the first error in @p errors that's a Patternist
     * error(not warning and not from Qt) and extract the error code. */
    QString errorCode;

    const ErrorHandler::Message::List::const_iterator end(errors.constEnd());
    ErrorHandler::Message::List::const_iterator it(errors.constBegin());
    for(; it != end; ++it)
    {
        if((*it).type() != QtFatalMsg)
            continue;

        errorCode = QUrl((*it).identifier()).fragment();

        pDebug() << "ERR:" << (*it).description();
        /* This is hackish. We have no way of determining whether a Message
         * is actually issued from Patternist, so we try to narrow it down like this. */
        if(errorRegExp()->exactMatch(errorCode))
            break; /* It's an error code. */
        else
            errorCode.clear();
    }

    pDebug() << "Got error code: " << errorCode;
    /* 2. Loop through @p lines, and for the first base line
     * which is of type ExpectedError and which matches @p errorCode
     * return Pass, otherwise Fail. */
    const TestBaseLine::List::const_iterator blend(lines.constEnd());
    TestBaseLine::List::const_iterator blit(lines.constBegin());
    for(; blit != blend; ++blit)
    {
        const Type t = (*blit)->type();

        if(t == TestBaseLine::ExpectedError)
        {
            const QString d((*blit)->details());
            if(d == errorCode || d == QChar::fromLatin1('*'))
                return TestResult::Pass;
        }
    }

    return TestResult::Fail;
}
Ejemplo n.º 3
0
TestResult::List TestCase::execute(const ExecutionStage stage)
{
    ErrorHandler errHandler;
    ErrorHandler::installQtMessageHandler(&errHandler);

    pDebug() << "TestCase::execute()";
    delete m_result;

    QXmlQuery query(language(), Global::namePoolAsPublic());

    query.d->setExpressionFactory(s_exprFact);
    query.setInitialTemplateName(initialTemplateName());

    QXmlQuery openDoc(query.namePool());

    if(contextItemSource().isValid())
    {
        openDoc.setQuery(QString::fromLatin1("doc('") + contextItemSource().toString() + QLatin1String("')"));
        Q_ASSERT(openDoc.isValid());
        QXmlResultItems result;

        openDoc.evaluateTo(&result);
        const QXmlItem item(result.next());
        Q_ASSERT(!item.isNull());
        query.setFocus(item);
    }

    TestResult::List retval;

    const Scenario scen(scenario());
    TestResult::Status resultStatus = TestResult::Unknown;

    bool ok = false;
    const QString queryString(sourceCode(ok));

    if(!ok)
    {
        /* Loading the query file failed, or similar. */
        resultStatus = TestResult::Fail;

        m_result = new TestResult(name(), resultStatus, s_exprFact->astTree(),
                                  errHandler.messages(), QPatternist::Item::List(), QString());
        retval.append(m_result);
        ErrorHandler::installQtMessageHandler(0);
        changed(this);
        return retval;
    }

    query.setMessageHandler(&errHandler);
    QXmlNamePool namePool(query.namePool());

    /* Bind variables. */
    QPatternist::ExternalVariableLoader::Ptr loader(externalVariableLoader());
    if(loader)
    {
        Q_ASSERT(loader);
        const ExternalSourceLoader::VariableMap vMap(static_cast<const ExternalSourceLoader *>(loader.data())->variableMap());
        const QStringList variables(vMap.keys());

        for(int i = 0; i < variables.count(); ++i)
        {
            const QXmlName name(namePool, variables.at(i));
            const QXmlItem val(QPatternist::Item::toPublic(loader->evaluateSingleton(name, QPatternist::DynamicContext::Ptr())));
            query.bindVariable(name, val);
        }
    }

    /* We pass in the testCasePath(), such that the base URI is correct fort
     * XSL-T stylesheets. */
    query.setQuery(queryString, testCasePath());

    if(!query.isValid())
    {
        pDebug() << "Got compilation exception.";
        resultStatus = TestBaseLine::scanErrors(errHandler.messages(), baseLines());

        Q_ASSERT(resultStatus != TestResult::Unknown);
        m_result = new TestResult(name(), resultStatus, s_exprFact->astTree(),
                                  errHandler.messages(), QPatternist::Item::List(), QString());
        retval.append(m_result);
        ErrorHandler::installQtMessageHandler(0);
        changed(this);
        return retval;
    }

    if(stage == CompileOnly)
    {
        m_result = new TestResult(name(), TestResult::Fail, s_exprFact->astTree(),
                                  errHandler.messages(), QPatternist::Item::List(), QString());
        retval.append(m_result);
        return retval;
    }

    Q_ASSERT(stage == CompileAndRun);

    if(scen == ParseError) /* We're supposed to have received an error
                              at this point. */
    {
        m_result = new TestResult(name(), TestResult::Fail, s_exprFact->astTree(),
                                  errHandler.messages(), QPatternist::Item::List(), QString());
        ErrorHandler::installQtMessageHandler(0);
        retval.append(m_result);
        changed(this);
        return retval;
    }

    QPatternist::Item::List itemList;

    QByteArray output;
    QBuffer buffer(&output);
    buffer.open(QIODevice::WriteOnly);

    QXmlSerializer serializer(query, &buffer);

    pDebug() << "-------------------------- evaluateToPushCallback() ---------------------------- ";
    const bool success = query.evaluateTo(&serializer);
    pDebug() << "------------------------------------------------------------------------------------ ";

    buffer.close();

    const QString serialized(QString::fromUtf8(output.constData(), output.size()));

    if(!success)
    {
        resultStatus = TestBaseLine::scanErrors(errHandler.messages(), baseLines());

        Q_ASSERT(resultStatus != TestResult::Unknown);
        m_result = new TestResult(name(), resultStatus, s_exprFact->astTree(),
                                  errHandler.messages(), QPatternist::Item::List(), serialized);
        retval.append(m_result);
        ErrorHandler::installQtMessageHandler(0);
        changed(this);
        return retval;
    }

    /* It's a regular test. */
    Q_ASSERT(scen == Standard || scen == RuntimeError);

    resultStatus = TestBaseLine::scan(serialized, baseLines());
    Q_ASSERT(resultStatus != TestResult::Unknown);

    /* Check that errHandler()->messages() at most only contains
     * warnings, since it shouldn't have errors at this point. */
    const ErrorHandler::Message::List errors (errHandler.messages());
    const ErrorHandler::Message::List::const_iterator end(errors.constEnd());
    ErrorHandler::Message::List::const_iterator it(errors.constBegin());

    for(; it != end; ++it)
    {
        const QtMsgType type = (*it).type();
        if(type == QtFatalMsg)
        {
            m_result = new TestResult(name(), TestResult::Fail, s_exprFact->astTree(),
                                      errHandler.messages(), itemList, serialized);
            retval.append(m_result);
            ErrorHandler::installQtMessageHandler(0);
            changed(this);
            return retval;
        }
    }

    m_result = new TestResult(name(), resultStatus, s_exprFact->astTree(),
                              errHandler.messages(), itemList, serialized);
    retval.append(m_result);
    ErrorHandler::installQtMessageHandler(0);
    changed(this);
    return retval;
}