зеркало из https://github.com/nextcloud/desktop.git
350 строки
14 KiB
C++
350 строки
14 KiB
C++
/*
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This software is in the public domain, furnished "as is", without technical
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support, and with no warranty, express or implied, as to its usefulness for
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any purpose.
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*/
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#include <QtTest>
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#include <QTemporaryDir>
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#include "common/utility.h"
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#include "config.h"
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#include "logger.h"
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using namespace OCC::Utility;
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namespace OCC {
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OCSYNC_EXPORT extern bool fsCasePreserving_override;
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}
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class TestUtility : public QObject
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{
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Q_OBJECT
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private slots:
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void initTestCase()
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{
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OCC::Logger::instance()->setLogFlush(true);
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OCC::Logger::instance()->setLogDebug(true);
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QStandardPaths::setTestModeEnabled(true);
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}
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void testFormatFingerprint()
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{
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QVERIFY2(formatFingerprint("68ac906495480a3404beee4874ed853a037a7a8f")
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== "68:ac:90:64:95:48:0a:34:04:be:ee:48:74:ed:85:3a:03:7a:7a:8f",
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"Utility::formatFingerprint() is broken");
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}
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void testOctetsToString()
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{
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QLocale::setDefault(QLocale("en"));
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QCOMPARE(octetsToString(999) , QString("999 B"));
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QCOMPARE(octetsToString(1024) , QString("1 KB"));
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QCOMPARE(octetsToString(1110) , QString("1 KB"));
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QCOMPARE(octetsToString(1364) , QString("1 KB"));
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QCOMPARE(octetsToString(9110) , QString("9 KB"));
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QCOMPARE(octetsToString(9910) , QString("10 KB"));
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QCOMPARE(octetsToString(9999) , QString("10 KB"));
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QCOMPARE(octetsToString(10240) , QString("10 KB"));
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QCOMPARE(octetsToString(123456) , QString("121 KB"));
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QCOMPARE(octetsToString(1234567) , QString("1.2 MB"));
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QCOMPARE(octetsToString(12345678) , QString("12 MB"));
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QCOMPARE(octetsToString(123456789) , QString("118 MB"));
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QCOMPARE(octetsToString(1000LL*1000*1000 * 5) , QString("4.7 GB"));
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QCOMPARE(octetsToString(1), QString("1 B"));
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QCOMPARE(octetsToString(2), QString("2 B"));
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QCOMPARE(octetsToString(1024), QString("1 KB"));
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QCOMPARE(octetsToString(1024*1024), QString("1 MB"));
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QCOMPARE(octetsToString(1024LL*1024*1024), QString("1 GB"));
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QCOMPARE(octetsToString(1024LL*1024*1024*1024), QString("1 TB"));
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QCOMPARE(octetsToString(1024LL*1024*1024*1024 * 5), QString("5 TB"));
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}
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void testLaunchOnStartup()
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{
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QString postfix = QString::number(OCC::Utility::rand());
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const QString appName = QString::fromLatin1("testLaunchOnStartup.%1").arg(postfix);
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const QString guiName = "LaunchOnStartup GUI Name";
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QVERIFY(hasLaunchOnStartup(appName) == false);
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setLaunchOnStartup(appName, guiName, true);
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QVERIFY(hasLaunchOnStartup(appName) == true);
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setLaunchOnStartup(appName, guiName, false);
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QVERIFY(hasLaunchOnStartup(appName) == false);
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}
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void testDurationToDescriptiveString()
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{
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QLocale::setDefault(QLocale("C"));
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//NOTE: in order for the plural to work we would need to load the english translation
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quint64 sec = 1000;
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quint64 hour = 3600 * sec;
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QDateTime current = QDateTime::currentDateTimeUtc();
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QCOMPARE(durationToDescriptiveString2(0), QString("0 second(s)") );
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QCOMPARE(durationToDescriptiveString2(5), QString("0 second(s)") );
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QCOMPARE(durationToDescriptiveString2(1000), QString("1 second(s)") );
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QCOMPARE(durationToDescriptiveString2(1005), QString("1 second(s)") );
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QCOMPARE(durationToDescriptiveString2(56123), QString("56 second(s)") );
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QCOMPARE(durationToDescriptiveString2(90*sec), QString("1 minute(s) 30 second(s)") );
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QCOMPARE(durationToDescriptiveString2(3*hour), QString("3 hour(s)") );
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QCOMPARE(durationToDescriptiveString2(3*hour + 20*sec), QString("3 hour(s)") );
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QCOMPARE(durationToDescriptiveString2(3*hour + 70*sec), QString("3 hour(s) 1 minute(s)") );
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QCOMPARE(durationToDescriptiveString2(3*hour + 100*sec), QString("3 hour(s) 2 minute(s)") );
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QCOMPARE(durationToDescriptiveString2(current.msecsTo(current.addYears(4).addMonths(5).addDays(2).addSecs(23*60*60))),
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QString("4 year(s) 5 month(s)") );
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QCOMPARE(durationToDescriptiveString2(current.msecsTo(current.addDays(2).addSecs(23*60*60))),
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QString("2 day(s) 23 hour(s)") );
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QCOMPARE(durationToDescriptiveString1(0), QString("0 second(s)") );
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QCOMPARE(durationToDescriptiveString1(5), QString("0 second(s)") );
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QCOMPARE(durationToDescriptiveString1(1000), QString("1 second(s)") );
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QCOMPARE(durationToDescriptiveString1(1005), QString("1 second(s)") );
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QCOMPARE(durationToDescriptiveString1(56123), QString("56 second(s)") );
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QCOMPARE(durationToDescriptiveString1(90*sec), QString("2 minute(s)") );
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QCOMPARE(durationToDescriptiveString1(3*hour), QString("3 hour(s)") );
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QCOMPARE(durationToDescriptiveString1(3*hour + 20*sec), QString("3 hour(s)") );
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QCOMPARE(durationToDescriptiveString1(3*hour + 70*sec), QString("3 hour(s)") );
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QCOMPARE(durationToDescriptiveString1(3*hour + 100*sec), QString("3 hour(s)") );
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QCOMPARE(durationToDescriptiveString1(current.msecsTo(current.addYears(4).addMonths(5).addDays(2).addSecs(23*60*60))),
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QString("4 year(s)") );
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QCOMPARE(durationToDescriptiveString1(current.msecsTo(current.addDays(2).addSecs(23*60*60))),
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QString("3 day(s)") );
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}
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void testVersionOfInstalledBinary()
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{
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if (isLinux()) {
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// pass the cmd client from our build dir
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// this is a bit inaccurate as it does not test the "real thing"
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// but cmd and gui have the same --version handler by now
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// and cmd works without X in CI
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QString ver = versionOfInstalledBinary(QStringLiteral(OWNCLOUD_BIN_PATH "/" APPLICATION_EXECUTABLE "cmd"));
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qDebug() << "Version of installed Nextcloud: " << ver;
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QVERIFY(!ver.isEmpty());
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const QRegularExpression rx(QRegularExpression::anchoredPattern(APPLICATION_SHORTNAME R"( version \d+\.\d+\.\d+.*)"));
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QVERIFY(rx.match(ver).hasMatch());
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} else {
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QVERIFY(versionOfInstalledBinary().isEmpty());
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}
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}
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void testTimeAgo()
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{
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// Both times in same timezone
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QDateTime d1 = QDateTime::fromString("2015-01-24T09:20:30+01:00", Qt::ISODate);
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QDateTime d2 = QDateTime::fromString("2015-01-23T09:20:30+01:00", Qt::ISODate);
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QString s = timeAgoInWords(d2, d1);
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QCOMPARE(s, QLatin1String("1d"));
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// Different timezones
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QDateTime earlyTS = QDateTime::fromString("2015-01-24T09:20:30+01:00", Qt::ISODate);
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QDateTime laterTS = QDateTime::fromString("2015-01-24T09:20:30-01:00", Qt::ISODate);
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s = timeAgoInWords(earlyTS, laterTS);
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QCOMPARE(s, QLatin1String("2h"));
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// 'Now' in whatever timezone
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earlyTS = QDateTime::currentDateTime();
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laterTS = earlyTS;
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s = timeAgoInWords(earlyTS, laterTS );
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QCOMPARE(s, QLatin1String("now"));
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earlyTS = earlyTS.addSecs(-6);
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s = timeAgoInWords(earlyTS, laterTS );
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QCOMPARE(s, QLatin1String("1m"));
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}
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void testFsCasePreserving()
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{
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QVERIFY(isMac() || isWindows() ? fsCasePreserving() : ! fsCasePreserving());
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QScopedValueRollback<bool> scope(OCC::fsCasePreserving_override);
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OCC::fsCasePreserving_override = true;
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QVERIFY(fsCasePreserving());
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OCC::fsCasePreserving_override = false;
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QVERIFY(! fsCasePreserving());
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}
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void testFileNamesEqual()
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{
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QTemporaryDir dir;
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QVERIFY(dir.isValid());
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QDir dir2(dir.path());
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QVERIFY(dir2.mkpath("test"));
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if( !fsCasePreserving() ) {
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QVERIFY(dir2.mkpath("TEST"));
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}
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QVERIFY(dir2.mkpath("test/TESTI"));
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QVERIFY(dir2.mkpath("TESTI"));
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QString a = dir.path();
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QString b = dir.path();
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QVERIFY(fileNamesEqual(a, b));
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QVERIFY(fileNamesEqual(a+"/test", b+"/test")); // both exist
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QVERIFY(fileNamesEqual(a+"/test/TESTI", b+"/test/../test/TESTI")); // both exist
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QScopedValueRollback<bool> scope(OCC::fsCasePreserving_override, true);
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QVERIFY(fileNamesEqual(a+"/test", b+"/TEST")); // both exist
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QVERIFY(!fileNamesEqual(a+"/test", b+"/test/TESTI")); // both are different
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dir.remove();
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}
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void testSanitizeForFileName_data()
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{
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QTest::addColumn<QString>("input");
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QTest::addColumn<QString>("output");
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QTest::newRow("")
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<< "foobar"
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<< "foobar";
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QTest::newRow("")
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<< "a/b?c<d>e\\f:g*h|i\"j"
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<< "abcdefghij";
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QTest::newRow("")
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<< QString::fromLatin1("a\x01 b\x1f c\x80 d\x9f")
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<< "a b c d";
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}
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void testSanitizeForFileName()
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{
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QFETCH(QString, input);
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QFETCH(QString, output);
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QCOMPARE(sanitizeForFileName(input), output);
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}
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void testNormalizeEtag()
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{
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QByteArray str;
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#define CHECK_NORMALIZE_ETAG(TEST, EXPECT) \
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str = OCC::Utility::normalizeEtag(TEST); \
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QCOMPARE(str.constData(), EXPECT); \
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CHECK_NORMALIZE_ETAG("foo", "foo");
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CHECK_NORMALIZE_ETAG("\"foo\"", "foo");
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CHECK_NORMALIZE_ETAG("\"nar123\"", "nar123");
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CHECK_NORMALIZE_ETAG("", "");
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CHECK_NORMALIZE_ETAG("\"\"", "");
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/* Test with -gzip (all combinaison) */
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CHECK_NORMALIZE_ETAG("foo-gzip", "foo");
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CHECK_NORMALIZE_ETAG("\"foo\"-gzip", "foo");
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CHECK_NORMALIZE_ETAG("\"foo-gzip\"", "foo");
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}
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void testIsPathWindowsDrivePartitionRoot()
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{
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#ifdef Q_OS_WIN
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// a non-root of a Windows partition
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QVERIFY(!isPathWindowsDrivePartitionRoot("c:/a"));
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QVERIFY(!isPathWindowsDrivePartitionRoot("c:\\a"));
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// a root of a Windows partition (c, d, e)
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QVERIFY(isPathWindowsDrivePartitionRoot("c:"));
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QVERIFY(isPathWindowsDrivePartitionRoot("c:/"));
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QVERIFY(isPathWindowsDrivePartitionRoot("c:\\"));
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QVERIFY(isPathWindowsDrivePartitionRoot("d:"));
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QVERIFY(isPathWindowsDrivePartitionRoot("d:/"));
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QVERIFY(isPathWindowsDrivePartitionRoot("d:\\"));
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QVERIFY(isPathWindowsDrivePartitionRoot("e:"));
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QVERIFY(isPathWindowsDrivePartitionRoot("e:/"));
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QVERIFY(isPathWindowsDrivePartitionRoot("e:\\"));
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// a single character
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QVERIFY(!isPathWindowsDrivePartitionRoot("a"));
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// a missing second character
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QVERIFY(!isPathWindowsDrivePartitionRoot("c/"));
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QVERIFY(!isPathWindowsDrivePartitionRoot("c\\"));
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// an incorrect second character
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QVERIFY(!isPathWindowsDrivePartitionRoot("c;"));
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QVERIFY(!isPathWindowsDrivePartitionRoot("c;/"));
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QVERIFY(!isPathWindowsDrivePartitionRoot("c;\\"));
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// a non-missing, but, incorrect last character
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QVERIFY(!isPathWindowsDrivePartitionRoot("c:!"));
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// an incorrect path length
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QVERIFY(!isPathWindowsDrivePartitionRoot("cd:"));
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QVERIFY(!isPathWindowsDrivePartitionRoot("cd:/"));
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QVERIFY(!isPathWindowsDrivePartitionRoot("cd:\\"));
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// a non-alphabetic first character
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QVERIFY(!isPathWindowsDrivePartitionRoot("0:"));
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QVERIFY(!isPathWindowsDrivePartitionRoot("0:/"));
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QVERIFY(!isPathWindowsDrivePartitionRoot("0:\\"));
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#else
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// should always return false on non-Windows
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QVERIFY(!isPathWindowsDrivePartitionRoot("c:"));
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QVERIFY(!isPathWindowsDrivePartitionRoot("c:/"));
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QVERIFY(!isPathWindowsDrivePartitionRoot("c:\\"));
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#endif
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}
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void testFullRemotePathToRemoteSyncRootRelative()
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{
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QVector<QPair<QString, QString>> remoteFullPathsForRoot = {
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{"2020", {"2020"}},
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{"/2021/", {"2021"}},
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{"/2022/file.docx", {"2022/file.docx"}}
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};
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// test against root remote path - result must stay unchanged, leading and trailing slashes must get removed
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for (const auto &remoteFullPathForRoot : remoteFullPathsForRoot) {
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const auto fullRemotePathOriginal = remoteFullPathForRoot.first;
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const auto fullRemotePathExpected = remoteFullPathForRoot.second;
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const auto fullRepotePathResult = OCC::Utility::fullRemotePathToRemoteSyncRootRelative(fullRemotePathOriginal, "/");
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QCOMPARE(fullRepotePathResult, fullRemotePathExpected);
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}
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const auto remotePathNonRoot = QStringLiteral("/Documents/reports");
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QVector<QPair<QString, QString>> remoteFullPathsForNonRoot = {
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{remotePathNonRoot + "/" + "2020", {"2020"}},
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{remotePathNonRoot + "/" + "2021/", {"2021"}},
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{remotePathNonRoot + "/" + "2022/file.docx", {"2022/file.docx"}}
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};
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// test against non-root remote path - must always return a proper path as in local db
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for (const auto &remoteFullPathForNonRoot : remoteFullPathsForNonRoot) {
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const auto fullRemotePathOriginal = remoteFullPathForNonRoot.first;
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const auto fullRemotePathExpected = remoteFullPathForNonRoot.second;
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const auto fullRepotePathResult = OCC::Utility::fullRemotePathToRemoteSyncRootRelative(fullRemotePathOriginal, remotePathNonRoot);
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QCOMPARE(fullRepotePathResult, fullRemotePathExpected);
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}
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// test against non-root remote path with trailing slash - must work the same
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const auto remotePathNonRootWithTrailingSlash = QStringLiteral("/Documents/reports/");
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for (const auto &remoteFullPathForNonRoot : remoteFullPathsForNonRoot) {
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const auto fullRemotePathOriginal = remoteFullPathForNonRoot.first;
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const auto fullRemotePathExpected = remoteFullPathForNonRoot.second;
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const auto fullRepotePathResult = OCC::Utility::fullRemotePathToRemoteSyncRootRelative(fullRemotePathOriginal, remotePathNonRootWithTrailingSlash);
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QCOMPARE(fullRepotePathResult, fullRemotePathExpected);
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}
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// test against unrelated remote path - result must stay unchanged
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const auto remotePathUnrelated = QStringLiteral("/Documents1/reports");
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for (const auto &remoteFullPathForNonRoot : remoteFullPathsForNonRoot) {
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const auto fullRemotePathOriginal = remoteFullPathForNonRoot.first;
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const auto fullRepotePathResult = OCC::Utility::fullRemotePathToRemoteSyncRootRelative(fullRemotePathOriginal, remotePathUnrelated);
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QCOMPARE(fullRepotePathResult, fullRemotePathOriginal);
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}
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}
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};
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QTEST_GUILESS_MAIN(TestUtility)
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#include "testutility.moc"
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