CValidatedUnit CEvaluationNodeCall::getUnit(const CMathContainer & math,
const std::vector< CValidatedUnit > & units) const
{
CEvaluationTree * pTree = NULL;
switch (mSubType)
{
case S_FUNCTION:
pTree = mpFunction;
break;
case S_EXPRESSION:
pTree = mpExpression;
break;
default:
return CValidatedUnit();
break;
}
CUnitValidator Validator(math, *pTree);
Validator.validateUnits(CValidatedUnit(CBaseUnit::undefined, false), units);
return Validator.getUnit();
}
bool VerifyAnimationRename( UWidgetBlueprint* Blueprint, UWidgetAnimation* Animation, FString NewAnimationName, FText& OutErrorMessage )
{
if ( FindObject<UWidgetAnimation>( Blueprint, *NewAnimationName, true ) )
{
OutErrorMessage = LOCTEXT( "NameInUseByAnimation", "An animation with this name already exists" );
return false;
}
FName NewAnimationNameAsName( *NewAnimationName );
if ( Blueprint->WidgetTree->FindWidget<UWidget>( NewAnimationNameAsName ) != nullptr )
{
OutErrorMessage = LOCTEXT( "NameInUseByWidget", "A widget with this name already exists" );
return false;
}
FName FunctionName(*NewAnimationName);
if (Animation->GetPreviewWidget().IsValid() && Animation->GetPreviewWidget().Get()->FindFunction(FunctionName))
{
OutErrorMessage = LOCTEXT("NameInUseByFunction", "A function with this name already exists");
return false;
}
FKismetNameValidator Validator( Blueprint );
EValidatorResult ValidationResult = Validator.IsValid( NewAnimationName );
if ( ValidationResult != EValidatorResult::Ok )
{
FString ErrorString = FKismetNameValidator::GetErrorString( NewAnimationName, ValidationResult );
OutErrorMessage = FText::FromString( ErrorString );
return false;
}
return true;
}
bool Hierarchy::get_is_valid(bool print_info) const {
try {
IMP::core::visit_depth_first_with_data(*this, Validator(print_info),
false);
} catch (const BadHierarchy &) {
return false;
}
return true;
}
// Only public function of the module
void apply_style(XMLDocument const & xml, XMLDocument const & xsl,
std::ostream & out, std::ostream & err)
{
if (Validator(*xsl.root(), err)())
{
Document xsl_doc(xsl);
xsl_doc.apply_style_to(xml, out);
}
}
// virtual
CValidatedUnit CEvaluationNodeCall::setUnit(const CMathContainer & container,
const std::map < CEvaluationNode *, CValidatedUnit > & currentUnits,
std::map < CEvaluationNode *, CValidatedUnit > & targetUnits) const
{
CEvaluationTree * pTree = NULL;
switch (mSubType)
{
case S_FUNCTION:
pTree = mpFunction;
break;
case S_EXPRESSION:
pTree = mpExpression;
break;
default:
return CValidatedUnit();
break;
}
// Retrieve the current units of the variables
std::vector< CEvaluationNode * >::const_iterator it = mCallNodes.begin();
std::vector< CEvaluationNode * >::const_iterator end = mCallNodes.end();
std::vector< CValidatedUnit > CurrentVariableUnits(mCallNodes.size());
std::vector< CValidatedUnit >::iterator itUnit = CurrentVariableUnits.begin();
for (; it != end; ++it, ++itUnit)
{
*itUnit = currentUnits.find(const_cast< CEvaluationNode * >(*it))->second;
}
CUnitValidator Validator(container, *pTree);
Validator.validateUnits(CValidatedUnit::merge(currentUnits.find(const_cast< CEvaluationNodeCall * >(this))->second,
targetUnits[const_cast< CEvaluationNodeCall * >(this)]),
CurrentVariableUnits);
std::vector< CValidatedUnit >::const_iterator itValidatedVariableUnit = Validator.getVariableUnits().begin();
for (it = mCallNodes.begin(); it != end; ++it, ++itValidatedVariableUnit)
{
std::map < CEvaluationNode * , CValidatedUnit >::iterator found = targetUnits.find(const_cast< CEvaluationNode * >(*it));
if (found == targetUnits.end())
{
found = targetUnits.insert(std::make_pair(const_cast< CEvaluationNode * >(*it), CValidatedUnit(CBaseUnit::undefined, false))).first;
}
found->second = CValidatedUnit::merge(found->second, *itValidatedVariableUnit);
}
return Validator.getUnit();
}
track PTracker::createTrack( detection& det, IdGenerator& idGenerator, Mat& grayFrame)
{
auto track = createFromDetection(det, idGenerator, grayFrame);
track.markedForDeletion = false;
tracks.push_back(track);
auto filter = shared_ptr<KalmanFilter2D>(new KalmanFilter2D());
KalmanInput2D input = {det.rect};
filter->init(input);
kalmanFilters[track.id] = filter;
Validator v = Validator();
validators[track.id] = v;
validators[track.id].tick(true);
return track;
}
TEST(ValidatorTest, NoOptions) {
ASSERT_VELOCYPACK_EXCEPTION(Validator(nullptr), Exception::InternalError);
}
