FORCEINLINE bool FCompareUObjectByPropertyAscending<UByteProperty>::ComparePropertyValue( const uint8& LhsValue, const uint8& RhsValue ) const
{
// Bytes are trivially sorted numerically
UEnum* PropertyEnum = Property->GetIntPropertyEnum();
if( PropertyEnum == NULL )
{
return LhsValue < RhsValue;
}
else
{
// But Enums are sorted alphabetically based on the full enum entry name - must be sure that values are within Enum bounds!
bool bLhsEnumValid = LhsValue < PropertyEnum->NumEnums();
bool bRhsEnumValid = RhsValue < PropertyEnum->NumEnums();
if(bLhsEnumValid && bRhsEnumValid)
{
FName LhsEnumName( PropertyEnum->GetEnum( LhsValue ) );
FName RhsEnumName( PropertyEnum->GetEnum( RhsValue ) );
return LhsEnumName.Compare( RhsEnumName ) < 0;
}
else if(bLhsEnumValid)
{
return true;
}
else if(bRhsEnumValid)
{
return false;
}
else
{
return LhsValue < RhsValue;
}
}
}
FORCEINLINE bool FCompareRowByColumnAscending<UByteProperty>::ComparePropertyValue( const TSharedPtr< IPropertyHandle >& LhsPropertyHandle, const TSharedPtr< IPropertyHandle >& RhsPropertyHandle ) const
{
// Get the basic uint8 values
uint8 LhsValue;
LhsPropertyHandle->GetValue( LhsValue );
uint8 RhsValue;
RhsPropertyHandle->GetValue( RhsValue );
// Bytes are trivially sorted numerically
UEnum* PropertyEnum = Property->GetIntPropertyEnum();
if( PropertyEnum == NULL )
{
return LhsValue < RhsValue;
}
else
{
// But Enums are sorted alphabetically based on the full enum entry name - must be sure that values are within Enum bounds!
bool bLhsEnumValid = LhsValue < PropertyEnum->NumEnums();
bool bRhsEnumValid = RhsValue < PropertyEnum->NumEnums();
if(bLhsEnumValid && bRhsEnumValid)
{
FName LhsEnumName( PropertyEnum->GetEnum( LhsValue ) );
FName RhsEnumName( PropertyEnum->GetEnum( RhsValue ) );
return LhsEnumName.Compare( RhsEnumName ) < 0;
}
else if(bLhsEnumValid)
{
return true;
}
else if(bRhsEnumValid)
{
return false;
}
else
{
return LhsValue < RhsValue;
}
}
}