void tst_QMediaTimeRange::testIntervalNormalize()
{
QMediaTimeInterval x(20, 10);
QVERIFY(!x.isNormal());
QVERIFY(x.start() == 20);
QVERIFY(x.end() == 10);
QMediaTimeInterval y = x.normalized();
QVERIFY(y.isNormal());
QVERIFY(y.start() == 10);
QVERIFY(y.end() == 20);
QVERIFY(x != y);
}
void tst_QMediaTimeRange::testIntervalCtor()
{
//Default Ctor for Time Interval
/* create an instance for the time interval and verify the default cases */
QMediaTimeInterval tInter;
QVERIFY(tInter.isNormal());
QVERIFY(tInter.start() == 0);
QVERIFY(tInter.end() == 0);
// (qint, qint) Ctor time interval
/* create an instace of QMediaTimeInterval passing start and end times and verify the all possible scenario's*/
QMediaTimeInterval time(20,50);
QVERIFY(time.isNormal());
QVERIFY(time.start() == 20);
QVERIFY(time.end() == 50);
// Copy Ctor Time interval
QMediaTimeInterval other(time);
QVERIFY(other.isNormal() == time.isNormal());
QVERIFY(other.start() == time.start());
QVERIFY(other.end() == time.end());
QVERIFY(other.contains(20) == time.contains(20));
QVERIFY(other == time);
}
/*!
\fn operator!=(const QMediaTimeInterval &a, const QMediaTimeInterval &b)
\relates QMediaTimeRange
Returns true if \a a is not exactly equal to \a b.
\since 1.0
*/
bool operator!=(const QMediaTimeInterval &a, const QMediaTimeInterval &b)
{
return a.start() != b.start() || a.end() != b.end();
}
/*!
\fn operator==(const QMediaTimeInterval &a, const QMediaTimeInterval &b)
\relates QMediaTimeRange
Returns true if \a a is exactly equal to \a b.
\since 1.0
*/
bool operator==(const QMediaTimeInterval &a, const QMediaTimeInterval &b)
{
return a.start() == b.start() && a.end() == b.end();
}
