void TestShapeTriangle::test2DPointContained()
{
testInit(__func__);
double width = 200;
double height = 200;
Point origin = Point(100,100,0);
Point top = Point(100, height, 0);
Point right = Point(width, 100, 0);
ShapeTriangle triangle = ShapeTriangle(origin, top, right);
// Tests
// See if all vertices are contained
if (!triangle.pointContained(origin)) {
testFailed();
}
if (!triangle.pointContained(top)) {
testFailed();
}
if (!triangle.pointContained(right)) {
testFailed();
}
// Test point inside
Point inside = Point(120, 120);
if (!triangle.pointContained(inside)) {
testFailed();
}
// Point outside
Point outside = Point(99, 99);
if (triangle.pointContained(outside)) {
testFailed();
}
testInterpret();
}
void GUITestTeamcityLogger::teamCityLogResult(const QString &testName, const QString &testResult, qint64 testTimeMicros) {
if (testFailed(testResult)) {
teamcityLog.trace(QString("##teamcity[testFailed name='%1' message='%2' details='%2' duration='%3']").arg(escaped(testName), escaped(testResult), QString::number(testTimeMicros)));
}
teamcityLog.trace(QString("##teamcity[testFinished name='%1' duration='%2']").arg(escaped(testName), QString::number(testTimeMicros)));
}
void TestShapeTriangle::testDeterminant3D()
{
testInit(__func__);
double width = 200;
double height = 200;
Point origin = Point(123,456,0);
Point top = Point(333, height, 0);
Point right = Point(width, 333, 0);
ShapeTriangle triangle = ShapeTriangle(origin, top, right);
// Tests
double a11 = origin.getX() - right.getX();
double a12 = top.getX() - right.getX();
double a21 = origin.getY() - right.getY();
double a22 = top.getY() - right.getY();
double determinant3D = 0;
if (determinant3D != triangle.getDeterminant3D()) {
testFailed();
}
testInterpret();
}
/** Updates the test UI based on the UPnP <b>state</b>. */
void
UPNPTestDialog::upnpStateChanged(UPNPControl::UPNPState state)
{
switch (state) {
case UPNPControl::DiscoverState:
_discoverTimer.start();
ui.progressBar->setValue(ui.progressBar->value()+1);
ui.lblCurrentState->setText(tr("Discovering UPnP-enabled devices"));
break;
case UPNPControl::UpdatingDirPortState:
ui.progressBar->setValue(ui.progressBar->value()+1);
ui.lblCurrentState->setText(tr("Updating directory port mapping"));
break;
case UPNPControl::UpdatingORPortState:
ui.progressBar->setValue(ui.progressBar->value()+1);
ui.lblCurrentState->setText(tr("Updating relay port mapping"));
break;
case UPNPControl::ForwardingCompleteState:
ui.progressBar->setValue(ui.progressBar->maximum());
ui.lblCurrentState->setText(tr("Test completed successfully!"));
testSuccessful();
break;
case UPNPControl::ErrorState:
ui.progressBar->setValue(ui.progressBar->maximum());
ui.lblCurrentState->setText(UPNPControl::instance()->errorString());
testFailed();
break;
default:
break;
}
if (state != UPNPControl::DiscoverState)
_discoverTimer.stop();
}
void MojTestRunner::testError(MojErr errTest, const MojChar* file, int line)
{
MojString str;
MojErrToString(errTest, str);
testFailed(str, file, line);
}
