• Yaowu Xu's avatar
    fix unit test failure on win32 vs2008 build · bc484ebf
    Yaowu Xu authored
    The mix use of double type and simd code caused invalid values stored
    in double variables, further caused unit tests to fail. The failures
    were only observed on x86-win32-vs9 build with vs2008.
    
    Change-Id: If0131754a3bf217a5ace303b7963e8f5162c34b5
    bc484ebf
tst_lrelease.cpp 9.61 KiB
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#include <QtCore/QDir>
#include <QtCore/QDebug>
#include <QtCore/QFile>
#include <QtCore/QByteArray>
#include <QtTest/QtTest>
class tst_lrelease : public QObject
    Q_OBJECT
public:
    tst_lrelease()
         : binDir(QLibraryInfo::location(QLibraryInfo::BinariesPath))
         , dataDir(QFINDTESTDATA("testdata/"))
private:
private slots:
    void translate();
    void mixedcodecs();
    void compressed();
    void idbased();
    void markuntranslated();
    void dupes();
private:
    void doCompare(const QStringList &actual, const QString &expectedFn);
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QString binDir; QString dataDir; }; void tst_lrelease::doCompare(const QStringList &actual, const QString &expectedFn) { QFile file(expectedFn); QVERIFY(file.open(QIODevice::ReadOnly | QIODevice::Text)); QStringList expected = QString(file.readAll()).trimmed().split('\n'); int i = 0, ei = expected.size(), gi = actual.size(); for (; ; i++) { if (i == gi) { if (i == ei) return; gi = 0; break; } else if (i == ei) { ei = 0; break; } else if (!QRegExp(expected.at(i)).exactMatch(actual.at(i))) { while ((ei - 1) >= i && (gi - 1) >= i && (QRegExp(expected.at(ei - 1)).exactMatch(actual.at(gi - 1)))) ei--, gi--; break; } } QByteArray diff; for (int j = qMax(0, i - 3); j < i; j++) diff += expected.at(j) + '\n'; diff += "<<<<<<< got\n"; for (int j = i; j < gi; j++) { diff += actual.at(j) + '\n'; if (j >= i + 5) { diff += "...\n"; break; } } diff += "=========\n"; for (int j = i; j < ei; j++) { diff += expected.at(j) + '\n'; if (j >= i + 5) { diff += "...\n"; break; } } diff += ">>>>>>> expected\n"; for (int j = ei; j < qMin(ei + 3, expected.size()); j++) diff += expected.at(j) + '\n'; QFAIL(qPrintable("Output for " + expectedFn + " does not meet expectations:\n" + diff)); } void tst_lrelease::translate() { QVERIFY(!QProcess::execute(binDir + "/lrelease " + dataDir + "translate.ts")); QTranslator translator; QVERIFY(translator.load(dataDir + "translate.qm")); qApp->installTranslator(&translator); QCOMPARE(QObject::tr("\nnewline at the start"), QString("\nNEWLINE AT THE START")); QCOMPARE(QObject::tr("newline at the end\n"), QString("NEWLINE AT THE END\n")); QCOMPARE(QObject::tr("newline and space at the end\n "), QString("NEWLINE AND SPACE AT THE END\n ")); QCOMPARE(QObject::tr("space and newline at the end \n"), QString("SPACE AND NEWLINE AT THE END \n")); QCOMPARE(QObject::tr("\ttab at the start and newline at the end\n"), QString("\tTAB AT THE START AND NEWLINE AT THE END\n")); QCOMPARE(QObject::tr("\n\tnewline and tab at the start"), QString("\n\tNEWLINE AND TAB AT THE START")); QCOMPARE(QObject::tr(" \tspace and tab at the start"), QString(" \tSPACE AND TAB AT THE START")); QCOMPARE(QObject::tr(" string that does not exist"), QString(" string that does not exist"));
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QCOMPARE(QCoreApplication::translate("CubeForm", "Test"), QString::fromLatin1("BBBB")); QCOMPARE(QCoreApplication::translate("", "Test", "Empty context"), QString("AAAA")); // Test plurals QString txed = QCoreApplication::translate("Plurals", "There are %n houses", 0, QCoreApplication::UnicodeUTF8, 0); QCOMPARE(QString::fromLatin1("[%1]").arg(txed), QString("[There are 0 houses]")); QCOMPARE(QCoreApplication::translate("Plurals", "There are %n houses", 0, QCoreApplication::UnicodeUTF8, 1), QString("There is 1 house")); QCOMPARE(QCoreApplication::translate("Plurals", "There are %n houses", 0, QCoreApplication::UnicodeUTF8, 2), QString("There are 2 houses")); QCOMPARE(QCoreApplication::translate("Plurals", "There are %n houses", 0, QCoreApplication::UnicodeUTF8, 3), QString("There are 3 houses")); // More plurals QCOMPARE(tr("There are %n cars", "More Plurals", 0) , QString("There are 0 cars")); QCOMPARE(tr("There are %n cars", "More Plurals", 1) , QString("There is 1 car")); QCOMPARE(tr("There are %n cars", "More Plurals", 2) , QString("There are 2 cars")); QCOMPARE(tr("There are %n cars", "More Plurals", 3) , QString("There are 3 cars")); QCOMPARE(QCoreApplication::translate("no_en", "Kj\370r K\345re, kj\346re"), QString::fromLatin1("Drive K\345re, dear")); QCOMPARE(QCoreApplication::translate("en_no", "Drive K\345re, dear"), QString::fromLatin1("Kj\370r K\345re, kj\346re")); QCOMPARE(QCoreApplication::translate("en_ch", "Chinese symbol:"), QString::fromLatin1("Chinese symbol:%1").arg(QChar(0x7c1f))); // printf("halo\r\nhallo"); // QCOMPARE(tr("This\r\nwill fail"), QString("THIS\nWILL FAIL")); // \r\n = 0d 0a QCOMPARE(tr("Completely random string"), QString::fromLatin1("Super-lange Uebersetzung mit Schikanen\x9c" "Mittlere Uebersetung\x9c" "Kurze Uebers.")); qApp->removeTranslator(&translator); } void tst_lrelease::mixedcodecs() { QVERIFY(!QProcess::execute(binDir + "/lrelease " + dataDir + "mixedcodecs-ts20.ts")); QTranslator translator; QVERIFY(translator.load(dataDir + "mixedcodecs-ts20.qm")); qApp->installTranslator(&translator); QCOMPARE(QCoreApplication::translate("FooBar", "this contains an umlaut \xfc &uuml;"), QString::fromLatin1("random stuff with umlaut")); QCOMPARE(QCoreApplication::translate("FooBar", "umlaut \xc3\xbc &uuml; in utf8"), QString::fromLatin1("more random stuff with umlaut")); } void tst_lrelease::compressed() { QVERIFY(!QProcess::execute(binDir + "/lrelease -compress " + dataDir + "compressed.ts")); QTranslator translator; QVERIFY(translator.load(dataDir + "compressed.qm")); qApp->installTranslator(&translator); QCOMPARE(QCoreApplication::translate("Context1", "Foo"), QString::fromLatin1("in first context")); QCOMPARE(QCoreApplication::translate("Context2", "Bar"), QString::fromLatin1("in second context")); QCOMPARE(QCoreApplication::translate("Action1", "Component Name"), QString::fromLatin1("translation in first context")); QCOMPARE(QCoreApplication::translate("Action2", "Component Name"), QString::fromLatin1("translation in second context")); QCOMPARE(QCoreApplication::translate("Action3", "Component Name"), QString::fromLatin1("translation in third context")); } void tst_lrelease::idbased() { QVERIFY(!QProcess::execute(binDir + "/lrelease -idbased " + dataDir + "idbased.ts")); QTranslator translator; QVERIFY(translator.load(dataDir + "idbased.qm"));
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qApp->installTranslator(&translator); QCOMPARE(qtTrId("test_id"), QString::fromLatin1("This is a test string.")); QCOMPARE(qtTrId("untranslated_id"), QString::fromLatin1("This has no translation.")); } void tst_lrelease::markuntranslated() { QVERIFY(!QProcess::execute(binDir + "/lrelease -markuntranslated # -idbased " + dataDir + "idbased.ts")); QTranslator translator; QVERIFY(translator.load(dataDir + "idbased.qm")); qApp->installTranslator(&translator); QCOMPARE(qtTrId("test_id"), QString::fromLatin1("This is a test string.")); QCOMPARE(qtTrId("untranslated_id"), QString::fromLatin1("#This has no translation.")); } void tst_lrelease::dupes() { QProcess proc; proc.start(binDir + "/lrelease " + dataDir + "dupes.ts", QIODevice::ReadWrite | QIODevice::Text); QVERIFY(proc.waitForFinished()); QVERIFY(proc.exitStatus() == QProcess::NormalExit); doCompare(QString(proc.readAllStandardError()).trimmed().split('\n'), dataDir + "dupes.errors"); } QTEST_MAIN(tst_lrelease) #include "tst_lrelease.moc"