Macros.hpp File Reference

Macros
#define	__FUNCTION__   ""
	Defines this macro if not in debug.
#define	CU_DeclareMap(key, value, name)
#define	CU_DeclareMultimap(key, value, name)
#define	CU_DeclareSet(key, name)
#define	CU_DeclareMultiset(key, name)
#define	CU_DeclareVector(key, name)
#define	CU_DeclareArray(key, count, name)
#define	CU_DeclareList(key, name)
#define	CU_DeclareTemplateMap(key, value, name)
#define	CU_DeclareTemplateSet(key, name)
#define	CU_DeclareTemplateVector(key, name)
#define	CU_DeclareTemplateArray(key, count, name)
#define	CU_DeclareTemplateList(key, name)
#define	CU_DeclarePoint(type, count, name)
#define	CU_DeclareCoord(type, count, name)
#define	CU_DeclareConstCoord(type, count, name)
#define	CU_DeclareMtx(type, rows, cols, name)
#define	CU_DeclareSqMtx(type, count, name)
#define	CU_UnusedParam(t, x)   [[maybe_unused]] t x
#define	CU_EnumBounds(EnumName, EnumMin, EnumMax)
#define	CU_ScopedEnumBounds(EnumMin, EnumMax)
#define	CU_ImplementFlags(FlagType)
#define	CU_ImplementClassFlags(Class, FlagType)

Macro Definition Documentation

__FUNCTION__

#define __FUNCTION__   ""

Defines this macro if not in debug.

CU_DeclareArray

#define CU_DeclareArray	(		key,
			count,
			name )

Value:

    using name##Array = castor::Array< key, size_t( count ) >;\
    using name##ArrayIt = name##Array::iterator;\
    using name##ArrayRIt = name##Array::reverse_iterator;\
    using name##ArrayConstIt = name##Array::const_iterator;\
    using name##ArrayConstRIt = name##Array::const_reverse_iterator

CU_DeclareConstCoord

#define CU_DeclareConstCoord	(		type,
			count,
			name )

Value:

    using ConstCoords##count##name = Coords< type const, count >;\
    CU_DeclareVector( ConstCoords##count##name, ConstCoords##count##name );\
    CU_DeclareList( ConstCoords##count##name, ConstCoords##count##name )

CU_DeclareCoord

#define CU_DeclareCoord	(		type,
			count,
			name )

Value:

    using Coords##count##name = Coords< type, count >;\
    CU_DeclareVector( Coords##count##name, Coords##count##name );\
    CU_DeclareList( Coords##count##name, Coords##count##name )

CU_DeclareList

#define CU_DeclareList	(		key,
			name )

Value:

    using name##List = castor::List< key >;\
    using name##ListIt = name##List::iterator;\
    using name##ListRIt = name##List::reverse_iterator;\
    using name##ListConstIt = name##List::const_iterator;\
    using name##ListConstRIt = name##List::const_reverse_iterator

CU_DeclareMap

#define CU_DeclareMap	(		key,
			value,
			name )

Value:

    using name##Map = castor::Map< key, value >;\
    using name##MapIt = name##Map::iterator;\
    using name##MapRIt = name##Map::reverse_iterator;\
    using name##MapConstIt = name##Map::const_iterator;\
    using name##MapConstRIt = name##Map::const_reverse_iterator;\
    using name##MapValueType = name##Map::value_type

CU_DeclareMtx

#define CU_DeclareMtx	(		type,
			rows,
			cols,
			name )

Value:

    using Matrix##rows##x##cols##name = Matrix< type, rows, cols >;\
    CU_DeclareVector( Matrix##rows##x##cols##name, Matrix##rows##x##cols##name );\
    CU_DeclareList( Matrix##rows##x##cols##name, Matrix##rows##x##cols##name )

CU_DeclareMultimap

#define CU_DeclareMultimap	(		key,
			value,
			name )

Value:

    using name##MMap = castor::MultiMap< key, value >;\
    using name##MMapIt = name##MMap::iterator;\
    using name##MMapRIt = name##MMap::reverse_iterator;\
    using name##MMapConstIt = name##MMap::const_iterator;\
    using name##MMapConstRIt = name##MMap::const_reverse_iterator;\
    using name##MapValueType = name##MMap::value_type

CU_DeclareMultiset

#define CU_DeclareMultiset	(		key,
			name )

Value:

    using name##Mset = castor::MultiSet< key >;\
    using name##MSetIt = name##MSet::iterator;\
    using name##MSetRIt = name##MSet::reverse_iterator;\
    using name##MSetConstIt = name##MSet::const_iterator;\
    using name##MSetConstRIt = name##MSet::const_reverse_iterator

CU_DeclarePoint

#define CU_DeclarePoint	(		type,
			count,
			name )

Value:

    using Point##count##name = Point< type, count >;\
    CU_DeclareVector( Point##count##name, Point##count##name );\
    CU_DeclareList( Point##count##name, Point##count##name )

CU_DeclareSet

#define CU_DeclareSet	(		key,
			name )

Value:

    using name##Set = castor::Set< key >;\
    using name##SetIt = name##Set::iterator;\
    using name##SetRIt = name##Set::reverse_iterator;\
    using name##SetConstIt = name##Set::const_iterator;\
    using name##SetConstRIt = name##Set::const_reverse_iterator

CU_DeclareSqMtx

#define CU_DeclareSqMtx	(		type,
			count,
			name )

Value:

    using Matrix##count##x##count##name = SquareMatrix< type, count >;\
    CU_DeclareVector( Matrix##count##x##count##name, Matrix##count##x##count##name );\
    CU_DeclareList( Matrix##count##x##count##name, Matrix##count##x##count##name )

CU_DeclareTemplateArray

#define CU_DeclareTemplateArray	(		key,
			count,
			name )

Value:

    using name##Array = castor::Array< key, count >;\
    using name##ArrayIt = typename name##Array::iterator;\
    using name##ArrayRIt = typename name##Array::reverse_iterator;\
    using name##ArrayConstIt = typename name##Array::const_iterator;\
    using name##ArrayConstRIt = typename name##Array::const_reverse_iterator

CU_DeclareTemplateList

#define CU_DeclareTemplateList	(		key,
			name )

Value:

    using name##List = castor::List< key >;\
    using name##ListIt = typename name##List::iterator;\
    using name##ListRIt = typename name##List::reverse_iterator;\
    using name##ListConstIt = typename name##List::const_iterator;\
    using name##ListConstRIt = typename name##List::const_reverse_iterator

CU_DeclareTemplateMap

#define CU_DeclareTemplateMap	(		key,
			value,
			name )

Value:

    using name##Map = castor::Map< key, value >;\
    using name##MapIt = typename name##Map::iterator;\
    using name##MapRIt = typename name##Map::reverse_iterator;\
    using name##MapConstIt = typename name##Map::const_iterator;\
    using name##MapConstRIt = typename name##Map::const_reverse_iterator;\
    using name##Pair = typename name##Map::value_type

CU_DeclareTemplateSet

#define CU_DeclareTemplateSet	(		key,
			name )

Value:

    using name##Set = castor::Set< key >;\
    using name##SetIt = typename name##Set::iterator;\
    using name##SetRIt = typename name##Set::reverse_iterator;\
    using name##SetConstIt = typename name##Set::const_iterator;\
    using name##SetConstRIt = typename name##Set::const_reverse_iterator

CU_DeclareTemplateVector

#define CU_DeclareTemplateVector	(		key,
			name )

Value:

    using name##Array = castor::Vector< key >;\
    using name##ArrayIt = typename name##Array::iterator;\
    using name##ArrayRIt = typename name##Array::reverse_iterator;\
    using name##ArrayConstIt = typename name##Array::const_iterator;\
    using name##ArrayConstRIt = typename name##Array::const_reverse_iterator

CU_DeclareVector

#define CU_DeclareVector	(		key,
			name )

Value:

    using name##Array = castor::Vector< key >;\
    using name##ArrayIt = name##Array::iterator;\
    using name##ArrayRIt = name##Array::reverse_iterator;\
    using name##ArrayConstIt = name##Array::const_iterator;\
    using name##ArrayConstRIt = name##Array::const_reverse_iterator

CU_EnumBounds

#define CU_EnumBounds	(		EnumName,
			EnumMin,
			EnumMax )

Value:

    EnumName##_COUNT = EnumMax + 1,\
    EnumName##_MIN = EnumMin,\
    EnumName##_MAX = EnumName##_COUNT - 1

CU_ImplementClassFlags

#define CU_ImplementClassFlags	(		Class,
			FlagType )

Value:

    using Class##FlagType##s = castor::FlagCombination< Class::FlagType >;\
    inline constexpr Class##FlagType##s operator|( Class::FlagType lhs, Class::FlagType rhs )\
    {\
        return Class##FlagType##s( lhs ) | rhs;\
    }\
    inline constexpr Class##FlagType##s operator|( Class##FlagType##s::BaseType lhs, Class::FlagType rhs )\
    {\
        return Class##FlagType##s( lhs ) | rhs;\
    }\
    inline constexpr Class##FlagType##s operator|( Class::FlagType lhs, Class##FlagType##s::BaseType rhs )\
    {\
        return Class##FlagType##s( lhs ) | rhs;\
    }

CU_ImplementFlags

#define CU_ImplementFlags

(

FlagType

)

Value:

    using FlagType##s = castor::FlagCombination< FlagType >;\
    inline constexpr FlagType##s operator|( FlagType lhs, FlagType rhs )\
    {\
        return FlagType##s( lhs ) | rhs;\
    }\
    inline constexpr FlagType##s operator|( FlagType##s::BaseType lhs, FlagType rhs )\
    {\
        return FlagType##s( lhs ) | rhs;\
    }\
    inline constexpr FlagType##s operator|( FlagType lhs, FlagType##s::BaseType rhs )\
    {\
        return FlagType##s( lhs ) | rhs;\
    }

CU_ScopedEnumBounds

#define CU_ScopedEnumBounds	(		EnumMin,
			EnumMax )

Value:

    eCount = EnumMax + 1,\
    eMin = EnumMin,\
    eMax = eCount - 1

CU_UnusedParam

#define CU_UnusedParam	(		t,
			x )   [[maybe_unused]] t x