void testFromString()
{
QFETCH(QString, id);
QFETCH(bool, valid);
QFETCH(int, majorVersion);
QFETCH(int, minorVersion);
QFETCH(bool, isDebug);
QFETCH(QString, arch);
QFETCH(QString, compiler);
#ifdef Q_OS_WIN
QFETCH(QString, compilerVersion);
#endif
const ProbeABI abi = ProbeABI::fromString(id);
QCOMPARE(abi.isValid(), valid);
if (!valid)
return;
QCOMPARE(abi.majorQtVersion(), majorVersion);
QCOMPARE(abi.minorQtVersion(), minorVersion);
QCOMPARE(abi.architecture(), arch);
if (abi.isDebugRelevant()) {
QCOMPARE(abi.isDebug(), isDebug);
}
#ifdef Q_OS_WIN
QCOMPARE(abi.compiler(), compiler);
QCOMPARE(abi.compilerVersion(), compilerVersion);
#else
Q_UNUSED(compiler);
#endif
}
bool ProbeABI::operator==(const ProbeABI &rhs) const
{
return majorQtVersion() == rhs.majorQtVersion()
&& minorQtVersion() == rhs.minorQtVersion()
&& architecture() == rhs.architecture()
&& compiler() == rhs.compiler()
&& compilerVersion() == rhs.compilerVersion()
&& isDebug() == rhs.isDebug();
}
bool ProbeABI::isCompatible(const ProbeABI &referenceABI) const
{
return d->majorQtVersion == referenceABI.majorQtVersion()
&& d->minorQtVersion >= referenceABI.minorQtVersion() // we can work with older probes, since the target defines the Qt libraries being used
&& d->architecture == referenceABI.architecture()
#ifdef Q_OS_WIN
&& d->compiler == referenceABI.compiler()
&& d->compilerVersion == referenceABI.compilerVersion()
#endif
&& (isDebugRelevant() ? d->isDebug == referenceABI.isDebug() : true)
;
}