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qt6windows7/tests/auto/tools/qmake/tst_qmake.cpp
kleuter 85d238dfda qt 6.5.1 original
2023-10-29 23:33:08 +01:00

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// Copyright (C) 2016 The Qt Company Ltd.
// SPDX-License-Identifier: LicenseRef-Qt-Commercial OR GPL-3.0-only WITH Qt-GPL-exception-1.0
#include <QTest>
#include "testcompiler.h"
#include <QDir>
#include <QDirIterator>
#include <QObject>
#include <QRegularExpression>
#include <QStandardPaths>
#include <QTemporaryDir>
#include <QLibraryInfo>
#include <QProcessEnvironment>
class tst_qmake : public QObject
{
Q_OBJECT
public:
tst_qmake();
private slots:
void initTestCase();
void cleanupTestCase();
void cleanup();
void simple_app();
void simple_app_shadowbuild();
void simple_app_shadowbuild2();
void simple_app_versioned();
void simple_lib();
void simple_dll();
void subdirs();
void subdir_via_pro_file_extra_target();
void duplicateLibraryEntries();
void export_across_file_boundaries();
void include_dir();
void include_pwd();
void install_files();
void install_depends();
void quotedfilenames();
void prompt();
void one_space();
void findMocs();
void findDeps();
void rawString();
#if defined(Q_OS_DARWIN)
void bundle_spaces();
#elif defined(Q_OS_WIN)
void windowsResources();
#endif
void substitutes();
void project();
void proFileCache();
void qinstall();
void resources();
void conflictingTargets();
private:
TestCompiler test_compiler;
QTemporaryDir tempWorkDir;
QString base_path;
const QString origCurrentDirPath;
};
tst_qmake::tst_qmake()
: tempWorkDir(QDir::tempPath() + "/tst_qmake"),
origCurrentDirPath(QDir::currentPath())
{
}
static void copyDir(const QString &sourceDirPath, const QString &targetDirPath)
{
QDir currentDir;
QDirIterator dit(sourceDirPath, QDir::Dirs | QDir::NoDotAndDotDot | QDir::Hidden);
while (dit.hasNext()) {
dit.next();
const QString targetPath = targetDirPath + QLatin1Char('/') + dit.fileName();
currentDir.mkpath(targetPath);
copyDir(dit.filePath(), targetPath);
}
QDirIterator fit(sourceDirPath, QDir::Files | QDir::Hidden);
while (fit.hasNext()) {
fit.next();
const QString targetPath = targetDirPath + QLatin1Char('/') + fit.fileName();
QFile::remove(targetPath); // allowed to fail
QFile src(fit.filePath());
QVERIFY2(src.copy(targetPath), qPrintable(src.errorString()));
}
}
void tst_qmake::initTestCase()
{
QVERIFY2(tempWorkDir.isValid(), qPrintable(tempWorkDir.errorString()));
QString binpath = QLibraryInfo::path(QLibraryInfo::BinariesPath);
QString cmd = QString("%1/qmake").arg(binpath);
// If Qt is cross-compiled with CMake, we might also cross-compile qmake for the device.
// In this case we don't want to use the cross-compiled qmake, but rather the host qmake
// shell wrapper (if it's available).
const QString hostQmake = QString("%1/host-qmake").arg(binpath);
if (QFile::exists(hostQmake)) {
cmd = hostQmake;
}
#ifdef Q_CC_MSVC
const QString jom = QStandardPaths::findExecutable(QLatin1String("jom.exe"));
if (jom.isEmpty()) {
test_compiler.setBaseCommands( QLatin1String("nmake"), cmd );
} else {
test_compiler.setBaseCommands( jom, cmd );
}
#elif defined(Q_CC_MINGW)
test_compiler.setBaseCommands( "mingw32-make", cmd );
#elif defined(Q_OS_WIN) && defined(Q_CC_GNU)
test_compiler.setBaseCommands( "mmmake", cmd );
#else
test_compiler.setBaseCommands( "make", cmd );
#endif
const QString testDataSubDir = QStringLiteral("testdata");
const QString subProgram = testDataSubDir + QLatin1String("/simple_app/main.cpp");
QString testDataPath = QFINDTESTDATA(subProgram);
if (!testDataPath.endsWith(subProgram))
QFAIL("Cannot find test data directory.");
testDataPath.chop(subProgram.size() - testDataSubDir.size());
QString userWorkDir = qgetenv("TST_QMAKE_BUILD_DIR");
if (userWorkDir.isEmpty()) {
base_path = tempWorkDir.path();
} else {
if (!QFile::exists(userWorkDir)) {
QFAIL(qUtf8Printable(QStringLiteral("TST_QMAKE_BUILD_DIR %1 does not exist.")
.arg(userWorkDir)));
}
base_path = userWorkDir;
}
copyDir(testDataPath, base_path + QLatin1Char('/') + testDataSubDir);
}
void tst_qmake::cleanupTestCase()
{
// On Windows, ~QTemporaryDir fails to remove the directory if we're still in there.
QDir::setCurrent(origCurrentDirPath);
}
void tst_qmake::cleanup()
{
test_compiler.resetArguments();
test_compiler.resetEnvironment();
test_compiler.clearCommandOutput();
}
void tst_qmake::simple_app()
{
QString workDir = base_path + "/testdata/simple_app";
QString destDir = workDir + "/dest dir";
QString installDir = workDir + "/dist";
QVERIFY( test_compiler.qmake( workDir, "simple_app", QString() ));
QVERIFY( test_compiler.make( workDir ));
QVERIFY( test_compiler.exists( destDir, "simple app", Exe, "1.0.0" ));
QVERIFY(test_compiler.make(workDir, "install"));
QVERIFY(test_compiler.exists(installDir, "simple app", Exe, "1.0.0"));
QVERIFY( test_compiler.makeClean( workDir ));
QVERIFY( test_compiler.exists( destDir, "simple app", Exe, "1.0.0" )); // Should still exist after a make clean
QVERIFY( test_compiler.makeDistClean( workDir ));
QVERIFY( !test_compiler.exists( destDir, "simple app", Exe, "1.0.0" )); // Should not exist after a make distclean
QVERIFY( test_compiler.removeMakefile( workDir ) );
}
void tst_qmake::simple_app_shadowbuild()
{
QString workDir = base_path + "/testdata/simple_app";
QString buildDir = base_path + "/testdata/simple_app_build";
QString destDir = buildDir + "/dest dir";
QVERIFY( test_compiler.qmake( workDir, "simple_app", buildDir ));
QVERIFY( test_compiler.make( buildDir ));
QVERIFY( test_compiler.exists( destDir, "simple app", Exe, "1.0.0" ));
QVERIFY( test_compiler.makeClean( buildDir ));
QVERIFY( test_compiler.exists( destDir, "simple app", Exe, "1.0.0" )); // Should still exist after a make clean
QVERIFY( test_compiler.makeDistClean( buildDir ));
QVERIFY( !test_compiler.exists( destDir, "simple app", Exe, "1.0.0" )); // Should not exist after a make distclean
QVERIFY( test_compiler.removeMakefile( buildDir ) );
}
void tst_qmake::simple_app_shadowbuild2()
{
QString workDir = base_path + "/testdata/simple_app";
QString buildDir = base_path + "/testdata/simple_app/build";
QString destDir = buildDir + "/dest dir";
QVERIFY( test_compiler.qmake( workDir, "simple_app", buildDir ));
QVERIFY( test_compiler.make( buildDir ));
QVERIFY( test_compiler.exists( destDir, "simple app", Exe, "1.0.0" ));
QVERIFY( test_compiler.makeClean( buildDir ));
QVERIFY( test_compiler.exists( destDir, "simple app", Exe, "1.0.0" )); // Should still exist after a make clean
QVERIFY( test_compiler.makeDistClean( buildDir ));
QVERIFY( !test_compiler.exists( destDir, "simple app", Exe, "1.0.0" )); // Should not exist after a make distclean
QVERIFY( test_compiler.removeMakefile( buildDir ) );
}
void tst_qmake::simple_app_versioned()
{
QString workDir = base_path + "/testdata/simple_app";
QString buildDir = base_path + "/testdata/simple_app_versioned_build";
QString destDir = buildDir + "/dest dir";
QString installDir = buildDir + "/dist";
QString version = "4.5.6";
QVERIFY(test_compiler.qmake(workDir, "simple_app", buildDir, QStringList{ "VERSION=" + version }));
QString qmakeOutput = test_compiler.commandOutput();
QVERIFY(test_compiler.make(buildDir));
QVERIFY(test_compiler.exists(destDir, "simple app", Exe, version));
QString pdbFilePath;
bool checkPdb = qmakeOutput.contains("Project MESSAGE: check for pdb, please");
if (checkPdb) {
QString targetBase = QFileInfo(TestCompiler::targetName(Exe, "simple app", version))
.completeBaseName();
pdbFilePath = destDir + '/' + targetBase + ".pdb";
QVERIFY2(QFile::exists(pdbFilePath), qPrintable(pdbFilePath));
QVERIFY(test_compiler.make(buildDir, "install"));
QString installedPdbFilePath = installDir + '/' + targetBase + ".pdb";
QVERIFY2(QFile::exists(installedPdbFilePath), qPrintable(installedPdbFilePath));
}
QVERIFY(test_compiler.makeClean(buildDir));
QVERIFY(test_compiler.exists(destDir, "simple app", Exe, version));
QVERIFY(test_compiler.makeDistClean(buildDir));
QVERIFY(!test_compiler.exists(destDir, "simple app", Exe, version));
if (checkPdb)
QVERIFY(!QFile::exists(pdbFilePath));
QVERIFY(test_compiler.removeMakefile(buildDir));
}
void tst_qmake::simple_dll()
{
QString workDir = base_path + "/testdata/simple_dll";
QString destDir = workDir + "/dest dir";
QDir D;
D.remove( workDir + "/Makefile");
QVERIFY( test_compiler.qmake( workDir, "simple_dll" ));
QVERIFY( test_compiler.make( workDir ));
QVERIFY( test_compiler.exists( destDir, "simple dll", Dll, "1.0.0" ));
QVERIFY( test_compiler.makeClean( workDir ));
QVERIFY( test_compiler.exists( destDir, "simple dll", Dll, "1.0.0" )); // Should still exist after a make clean
QVERIFY( test_compiler.makeDistClean( workDir ));
QVERIFY( !test_compiler.exists( destDir, "simple dll", Dll, "1.0.0" )); // Should not exist after a make distclean
QVERIFY( test_compiler.removeMakefile( workDir ) );
}
void tst_qmake::simple_lib()
{
QString workDir = base_path + "/testdata/simple_lib";
QString destDir = workDir + "/dest dir";
QDir D;
D.remove( workDir + "/Makefile");
QVERIFY( test_compiler.qmake( workDir, "simple_lib" ));
QVERIFY( test_compiler.make( workDir ));
QVERIFY( test_compiler.exists( destDir, "simple lib", Lib, "1.0.0" ));
QVERIFY( test_compiler.makeClean( workDir ));
QVERIFY( test_compiler.exists( destDir, "simple lib", Lib, "1.0.0" )); // Should still exist after a make clean
QVERIFY( test_compiler.makeDistClean( workDir ));
QVERIFY( !test_compiler.exists( destDir, "simple lib", Lib, "1.0.0" )); // Should not exist after a make distclean
QVERIFY( test_compiler.removeMakefile( workDir ) );
}
void tst_qmake::subdirs()
{
QString workDir = base_path + "/testdata/subdirs";
QDir D;
D.remove( workDir + "/simple_app/Makefile");
D.remove( workDir + "/simple_dll/Makefile");
QVERIFY( test_compiler.qmake( workDir, "subdirs" ));
QVERIFY( test_compiler.make( workDir ));
QVERIFY( test_compiler.exists(workDir + "/simple_app/dest dir", "simple app", Exe));
QVERIFY( test_compiler.exists(workDir + "/simple_dll/dest dir", "simple dll", Dll));
QVERIFY( test_compiler.makeClean( workDir ));
// Should still exist after a make clean
QVERIFY( test_compiler.exists(workDir + "/simple_app/dest dir", "simple app", Exe));
QVERIFY( test_compiler.exists(workDir + "/simple_dll/dest dir", "simple dll", Dll));
// Since subdirs templates do not have a make dist clean, we should clean up ourselves
// properly
QVERIFY( test_compiler.makeDistClean( workDir ));
QVERIFY( test_compiler.removeMakefile( workDir ) );
}
void tst_qmake::subdir_via_pro_file_extra_target()
{
if (QProcessEnvironment::systemEnvironment().contains(QStringLiteral("QT_TEST_RUNNING_IN_CTEST")))
QSKIP("This test does not run properly when invoked from CTest.");
QString workDir = base_path + "/testdata/subdir_via_pro_file_extra_target";
QDir D;
D.remove( workDir + "/Makefile");
D.remove( workDir + "/Makefile.subdir");
D.remove( workDir + "/simple/Makefile");
D.remove( workDir + "/simple/Makefile.subdir");
QVERIFY( test_compiler.qmake( workDir, "subdir_via_pro_file_extra_target" ));
QVERIFY( test_compiler.make( workDir, "extratarget" ));
}
void tst_qmake::duplicateLibraryEntries()
{
QVERIFY(true);
/* TODO: this test does not work as the problem it tests doesn't happen
until after the parsing of the pro-file and thus has to be tested
by parsing the Makefile. This is not doable with the current
testcompiler framework and has as such been put on hold.
QString workDir = base_path + "/testdata/duplicateLibraryEntries";
QVERIFY(test_compiler.qmake(workDir, "duplicateLibraryEntries")); */
}
void tst_qmake::export_across_file_boundaries()
{
// This relies on features so we need to set the QMAKEFEATURES environment variable
test_compiler.addToEnvironment("QMAKEFEATURES=.");
QString workDir = base_path + "/testdata/export_across_file_boundaries";
QVERIFY( test_compiler.qmake( workDir, "foo" ));
}
void tst_qmake::include_dir()
{
#ifdef QT_NO_WIDGETS
QSKIP("This test depends on QtWidgets");
#else
QString workDir = base_path + "/testdata/include_dir";
QVERIFY( test_compiler.qmake( workDir, "foo" ));
QVERIFY( test_compiler.make( workDir ));
QVERIFY( test_compiler.exists( workDir, "foo", Exe, "1.0.0" ));
QVERIFY( test_compiler.makeDistClean( workDir ));
QString buildDir = base_path + "/testdata/include_dir_build";
QVERIFY( test_compiler.qmake( workDir, "foo", buildDir ));
QVERIFY( test_compiler.make( buildDir ));
QVERIFY( test_compiler.exists( buildDir, "foo", Exe, "1.0.0" ));
QVERIFY( test_compiler.makeDistClean( buildDir ));
#endif
}
void tst_qmake::include_pwd()
{
QString workDir = base_path + "/testdata/include_pwd";
QVERIFY( test_compiler.qmake( workDir, "include_pwd" ));
QVERIFY( test_compiler.make( workDir ));
QVERIFY( test_compiler.makeDistClean( workDir ));
}
void tst_qmake::install_files()
{
QString workDir = base_path + "/testdata/shadow_files";
QVERIFY( test_compiler.qmake( workDir, "foo" ));
QVERIFY( test_compiler.make( workDir ));
QVERIFY( test_compiler.exists( workDir, "foo", Exe, "1.0.0" ));
QVERIFY( test_compiler.make( workDir, "install" ));
QVERIFY( test_compiler.exists( workDir + "/dist", "foo", Exe, "1.0.0" ));
QVERIFY( test_compiler.exists( workDir + "/dist", "test.txt", Plain, "1.0.0" ));
QCOMPARE(QFileInfo(workDir + "/test.txt").lastModified(), QFileInfo(workDir + "/dist/test.txt").lastModified());
QVERIFY( test_compiler.make( workDir, "uninstall" ));
QVERIFY( test_compiler.makeDistClean( workDir ));
QString buildDir = base_path + "/testdata/shadow_files_build";
QVERIFY( test_compiler.qmake( workDir, "foo", buildDir ));
QVERIFY( test_compiler.make( buildDir ));
QVERIFY( test_compiler.exists( buildDir, "foo", Exe, "1.0.0" ));
QVERIFY( test_compiler.make( buildDir, "install" ));
QVERIFY( test_compiler.exists( workDir + "/dist", "foo", Exe, "1.0.0" ));
QVERIFY( test_compiler.exists( workDir + "/dist", "test.txt", Plain, "1.0.0" ));
QVERIFY( test_compiler.exists( workDir + "/dist", "foo.bar", Plain, "1.0.0" ));
QVERIFY( test_compiler.make( buildDir, "uninstall" ));
QVERIFY( test_compiler.makeDistClean( buildDir ));
}
void tst_qmake::install_depends()
{
QString workDir = base_path + "/testdata/install_depends";
QVERIFY( test_compiler.qmake( workDir, "foo" ));
QVERIFY( test_compiler.make( workDir ));
QVERIFY( test_compiler.exists( workDir, "foo", Exe, "1.0.0" ));
QVERIFY( test_compiler.make( workDir, "install" ));
QVERIFY( test_compiler.exists( workDir + "/dist", "foo", Exe, "1.0.0" ));
QVERIFY( test_compiler.exists( workDir + "/dist", "test1", Plain, "1.0.0" ));
QVERIFY( test_compiler.exists( workDir + "/dist", "test2", Plain, "1.0.0" ));
QVERIFY( test_compiler.make( workDir, "uninstall" ));
QVERIFY( test_compiler.makeDistClean( workDir ));
}
void tst_qmake::quotedfilenames()
{
QString workDir = base_path + "/testdata/quotedfilenames";
QVERIFY( test_compiler.qmake( workDir, "quotedfilenames" ));
QVERIFY( test_compiler.makeClean( workDir ));
QVERIFY( test_compiler.make( workDir ));
QVERIFY( test_compiler.exists( workDir, "quotedfilenames", Exe, "1.0.0" ));
}
void tst_qmake::prompt()
{
#if 0
QProcess qmake;
qmake.setProcessChannelMode(QProcess::MergedChannels);
qmake.setWorkingDirectory(QLatin1String("testdata/prompt"));
qmake.start(QLatin1String("qmake CONFIG-=debug_and_release CONFIG-=debug CONFIG+=release"),
QIODevice::Text | QIODevice::ReadWrite);
QVERIFY(qmake.waitForStarted(20000));
QByteArray read = qmake.readAll();
qDebug() << read;
QCOMPARE(read, QByteArray("Project PROMPT: Prompteroo? "));
qmake.write("promptetiprompt\n");
QVERIFY(qmake.waitForFinished(20000));
#endif
}
void tst_qmake::one_space()
{
QString workDir = base_path + "/testdata/one_space";
QVERIFY( test_compiler.qmake( workDir, "one_space" ));
QVERIFY( test_compiler.make( workDir ));
QVERIFY( test_compiler.exists( workDir, "one space", Exe, "1.0.0" ));
QVERIFY( test_compiler.makeClean( workDir ));
QVERIFY( test_compiler.exists( workDir, "one space", Exe, "1.0.0" )); // Should still exist after a make clean
QVERIFY( test_compiler.makeDistClean( workDir ));
QVERIFY( !test_compiler.exists( workDir, "one space", Exe, "1.0.0" )); // Should not exist after a make distclean
QVERIFY( test_compiler.removeMakefile( workDir ) );
}
void tst_qmake::findMocs()
{
QString workDir = base_path + "/testdata/findMocs";
QVERIFY( test_compiler.qmake(workDir, "findMocs") );
QVERIFY( test_compiler.make(workDir) );
QVERIFY( test_compiler.exists(workDir, "findMocs", Exe, "1.0.0" ) );
QVERIFY( test_compiler.makeClean(workDir) );
QVERIFY( test_compiler.exists(workDir, "findMocs", Exe, "1.0.0" ) );
QVERIFY( test_compiler.makeDistClean(workDir ) );
QVERIFY( !test_compiler.exists(workDir, "findMocs", Exe, "1.0.0" ) );
QVERIFY( test_compiler.removeMakefile(workDir) );
}
void tst_qmake::findDeps()
{
QString workDir = base_path + "/testdata/findDeps";
QVERIFY( test_compiler.qmake(workDir, "findDeps") );
QVERIFY( test_compiler.make(workDir) );
QVERIFY( test_compiler.exists(workDir, "findDeps", Exe, "1.0.0" ) );
QVERIFY( test_compiler.makeClean(workDir) );
QVERIFY( test_compiler.exists(workDir, "findDeps", Exe, "1.0.0" ) );
QVERIFY( test_compiler.makeDistClean(workDir ) );
QVERIFY( !test_compiler.exists(workDir, "findDeps", Exe, "1.0.0" ) );
QVERIFY( test_compiler.removeMakefile(workDir) );
}
void tst_qmake::rawString()
{
#ifdef Q_COMPILER_RAW_STRINGS
QString workDir = base_path + "/testdata/rawString";
QVERIFY( test_compiler.qmake(workDir, "rawString") );
QVERIFY( test_compiler.make(workDir) );
QVERIFY( test_compiler.exists(workDir, "rawString", Exe, "1.0.0" ) );
QVERIFY( test_compiler.makeClean(workDir) );
QVERIFY( test_compiler.exists(workDir, "rawString", Exe, "1.0.0" ) );
QVERIFY( test_compiler.makeDistClean(workDir ) );
QVERIFY( !test_compiler.exists(workDir, "rawString", Exe, "1.0.0" ) );
QVERIFY( test_compiler.removeMakefile(workDir) );
#else
QSKIP("Test for C++11 raw strings depends on compiler support for them");
#endif
}
struct TempFile
: QFile
{
TempFile(QString filename)
: QFile(filename)
{
}
~TempFile()
{
if (this->exists())
this->remove();
}
};
#if defined(Q_OS_DARWIN)
void tst_qmake::bundle_spaces()
{
QString workDir = base_path + "/testdata/bundle-spaces";
// We set up alternate arguments here, to make sure we're testing Mac
// Bundles and since this might be the wrong output we rely on dry-running
// make (-n).
test_compiler.setArguments(QStringList() << "-n",
QStringList() << "-spec" << "macx-clang");
QVERIFY( test_compiler.qmake(workDir, "bundle-spaces") );
TempFile non_existing_file(workDir + "/non-existing file");
QVERIFY( !non_existing_file.exists() );
// Make fails: no rule to make "non-existing file"
QVERIFY( test_compiler.make(workDir, QString(), true) );
QVERIFY( non_existing_file.open(QIODevice::WriteOnly) );
QVERIFY( non_existing_file.exists() );
// Aha!
QVERIFY( test_compiler.make(workDir) );
// Cleanup
QVERIFY( non_existing_file.remove() );
QVERIFY( !non_existing_file.exists() );
QVERIFY( test_compiler.removeMakefile(workDir) );
}
#elif defined(Q_OS_WIN) // defined(Q_OS_DARWIN)
void tst_qmake::windowsResources()
{
QString workDir = base_path + "/testdata/windows_resources";
QVERIFY(test_compiler.qmake(workDir, "windows_resources"));
QVERIFY(test_compiler.make(workDir));
// Another "make" must not rebuild the .res file
test_compiler.clearCommandOutput();
QVERIFY(test_compiler.make(workDir));
QVERIFY(!test_compiler.commandOutput().contains("windows_resources.rc"));
test_compiler.clearCommandOutput();
// Wait a second to make sure we get a new timestamp in the touch below
QTest::qWait(1000);
// Touch the deepest include of the .rc file
QVERIFY(test_compiler.runCommand("cmd", QStringList{"/c",
"echo.>>" + QDir::toNativeSeparators(workDir + "/version.inc")}));
// The next "make" must rebuild the .res file
QVERIFY(test_compiler.make(workDir));
QVERIFY(test_compiler.commandOutput().contains("windows_resources.rc"));
}
#endif // defined(Q_OS_WIN)
void tst_qmake::substitutes()
{
QString workDir = base_path + "/testdata/substitutes";
QVERIFY( test_compiler.qmake( workDir, "test" ));
QVERIFY( test_compiler.exists( workDir, "test", Plain, "" ));
QVERIFY( test_compiler.exists( workDir, "sub/test2", Plain, "" ));
QVERIFY( test_compiler.exists( workDir, "sub/indirect_test.txt", Plain, "" ));
QVERIFY( test_compiler.makeDistClean( workDir ));
QString buildDir = base_path + "/testdata/substitutes_build";
QVERIFY( test_compiler.qmake( workDir, "test", buildDir ));
QVERIFY( test_compiler.exists( buildDir, "test", Plain, "" ));
QVERIFY( test_compiler.exists( buildDir, "sub/test2", Plain, "" ));
QVERIFY( test_compiler.exists( buildDir, "sub/indirect_test.txt", Plain, "" ));
QFile copySource(workDir + "/copy.txt");
QFile copyDestination(buildDir + "/copy_test.txt");
QVERIFY(copySource.open(QFile::ReadOnly));
QVERIFY(copyDestination.open(QFile::ReadOnly));
QCOMPARE(copySource.readAll(), copyDestination.readAll());
QVERIFY( test_compiler.makeDistClean( buildDir ));
}
void tst_qmake::project()
{
QString workDir = base_path + "/testdata/project";
QVERIFY( test_compiler.qmakeProject( workDir, "project" ));
QVERIFY( test_compiler.exists( workDir, "project.pro", Plain, "" ));
QVERIFY( test_compiler.qmake( workDir, "project" ));
QVERIFY( test_compiler.exists( workDir, "Makefile", Plain, "" ));
QVERIFY( test_compiler.make( workDir ));
QVERIFY( test_compiler.exists( workDir, "project", Exe, "" ));
QVERIFY( test_compiler.makeDistClean( workDir ));
QVERIFY( test_compiler.removeProject( workDir, "project" ));
}
void tst_qmake::proFileCache()
{
QString workDir = base_path + "/testdata/pro_file_cache";
QVERIFY( test_compiler.qmake( workDir, "pro_file_cache" ));
}
void tst_qmake::qinstall()
{
const QString testName = "qinstall";
QDir testDataDir = base_path + "/testdata";
if (testDataDir.exists(testName))
testDataDir.rmdir(testName);
QVERIFY(testDataDir.mkdir(testName));
const QString workDir = testDataDir.filePath(testName);
auto qinstall = [&](const QString &src, const QString &dst, bool executable = false) {
QStringList args = {"-install", "qinstall"};
if (executable)
args << "-exe";
args << src << dst;
return test_compiler.qmake(workDir, args);
};
const QFileDevice::Permissions readFlags
= QFileDevice::ReadOwner | QFileDevice::ReadUser
| QFileDevice::ReadGroup | QFileDevice::ReadOther;
const QFileDevice::Permissions writeFlags
= QFileDevice::WriteOwner | QFileDevice::WriteUser
| QFileDevice::WriteGroup | QFileDevice::WriteOther;
const QFileDevice::Permissions exeFlags
= QFileDevice::ExeOwner | QFileDevice::ExeUser
| QFileDevice::ExeGroup | QFileDevice::ExeOther;
// install a regular file
{
QFileInfo src(testDataDir.filePath("project/main.cpp"));
QFileInfo dst("foo.cpp");
QVERIFY(qinstall(src.filePath(), dst.filePath()));
QVERIFY(dst.exists());
QCOMPARE(src.size(), dst.size());
QVERIFY(dst.permissions() & readFlags);
QVERIFY(dst.permissions() & writeFlags);
QVERIFY(!(dst.permissions() & exeFlags));
test_compiler.clearCommandOutput();
}
// install an executable file
{
const QString mocFilePath = QLibraryInfo::path(QLibraryInfo::LibraryExecutablesPath)
+ "/moc"
#ifdef Q_OS_WIN
+ ".exe"
#endif
;
QFileInfo src(mocFilePath);
QVERIFY(src.exists());
QVERIFY(src.permissions() & exeFlags);
QFileInfo dst("copied_" + src.fileName());
QVERIFY(qinstall(src.filePath(), dst.filePath(), true));
QVERIFY(dst.exists());
QCOMPARE(src.size(), dst.size());
QVERIFY(dst.permissions() & readFlags);
QVERIFY(dst.permissions() & writeFlags);
QVERIFY(dst.permissions() & exeFlags);
test_compiler.clearCommandOutput();
}
// install a read-only file
{
QFile srcfile("foo.cpp");
QVERIFY(srcfile.setPermissions(srcfile.permissions() & ~writeFlags));
QFileInfo src(srcfile);
QFileInfo dst("bar.cpp");
QVERIFY(qinstall(src.filePath(), dst.filePath()));
QVERIFY(dst.exists());
QCOMPARE(src.size(), dst.size());
QVERIFY(dst.permissions() & readFlags);
QVERIFY(dst.permissions() & writeFlags);
QVERIFY(!(dst.permissions() & exeFlags));
test_compiler.clearCommandOutput();
}
// install a directory
{
QDir src = testDataDir;
src.cd("project");
QDir dst("narf");
QVERIFY(qinstall(src.absolutePath(), dst.absolutePath()));
QCOMPARE(src.entryList(QDir::Files, QDir::Name), dst.entryList(QDir::Files, QDir::Name));
test_compiler.clearCommandOutput();
}
// install a directory with a read-only file
{
QDir src("narf");
QFile srcfile(src.filePath("main.cpp"));
QVERIFY(srcfile.setPermissions(srcfile.permissions() & ~writeFlags));
QDir dst("zort");
QVERIFY(qinstall(src.absolutePath(), dst.absolutePath()));
QCOMPARE(src.entryList(QDir::Files, QDir::Name), dst.entryList(QDir::Files, QDir::Name));
}
}
void tst_qmake::resources()
{
QString workDir = base_path + "/testdata/resources";
QVERIFY(test_compiler.qmake(workDir, "resources"));
{
QFile qrcFile(workDir + '/' + "qmake_pro_file.qrc");
QVERIFY2(qrcFile.exists(), qPrintable(qrcFile.fileName()));
QVERIFY(qrcFile.open(QFile::ReadOnly));
QByteArray qrcXml = qrcFile.readAll();
QVERIFY(qrcXml.contains("alias=\"resources.pro\""));
QVERIFY(qrcXml.contains("prefix=\"/prefix\""));
}
{
QFile qrcFile(workDir + '/' + "qmake_subdir.qrc");
QVERIFY(qrcFile.exists());
QVERIFY(qrcFile.open(QFile::ReadOnly));
QByteArray qrcXml = qrcFile.readAll();
QVERIFY(qrcXml.contains("alias=\"file.txt\""));
}
{
QFile qrcFile(workDir + '/' + "qmake_qmake_immediate.qrc");
QVERIFY(qrcFile.exists());
QVERIFY(qrcFile.open(QFile::ReadOnly));
QByteArray qrcXml = qrcFile.readAll();
QVERIFY(qrcXml.contains("alias=\"main.cpp\""));
}
QVERIFY(test_compiler.make(workDir));
}
void tst_qmake::conflictingTargets()
{
QString workDir = base_path + "/testdata/conflicting_targets";
QVERIFY(test_compiler.qmake(workDir, "conflicting_targets"));
const QRegularExpression rex("Targets of builds '([^']+)' and '([^']+)' conflict");
auto match = rex.match(test_compiler.commandOutput());
QVERIFY(match.hasMatch());
QStringList builds = { match.captured(1), match.captured(2) };
std::sort(builds.begin(), builds.end());
const QStringList expectedBuilds{"Debug", "Release"};
QCOMPARE(builds, expectedBuilds);
}
QTEST_MAIN(tst_qmake)
#include "tst_qmake.moc"
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