DataItemNodeHdrMacrosDetails.h File Reference

Detailed header part of data item node declaration macros. More...

#include <IPSDKBaseData/DataItem/Node/BaseDataItemNode.h>
#include <IPSDKBaseData/DataItem/NodeColl/DataItemNodeColl.h>
#include <IPSDKBaseData/DataItem/Leaf/DataItemLeaf.h>
#include <IPSDKBaseData/DataItem/Leaf/DataItemEnumLeaf.h>
#include <IPSDKBaseData/DataItem/LeafColl/DataItemLeafColl.h>
#include <IPSDKBaseData/DataItem/Map/DataItemMap.h>
#include <IPSDKUtil/Tools/ObjectBaseInfoHdrMacros.h>
#include <boost/preprocessor/seq.hpp>
#include <boost/utility/enable_if.hpp>
#include <boost/type_traits/is_same.hpp>
#include <boost/mpl/less.hpp>
#include <boost/mpl/greater_equal.hpp>
#include <boost/smart_ptr/make_shared_object.hpp>

Go to the source code of this file.

Classes
class	ipsdk::SerializationOItem< T >
	Item used to format outputs during serialization. More...
class	ipsdk::SerializationIItem< T >
	Item used to format inputs during serialization. More...
class	boost::lock_guard< Mutex >

Namespaces
	ipsdk
	Main namespace for IPSDK library.

Macros
#define	IPSDK_NODE_DATA_ACCESS_MACRO(r, infoSeq, idx, childElem)
	[Internal] macro allowing to declare node attribute accessors
#define	IPSDK_NODE_DATA_GET_DEFAULT_NONE(childName, defaultValue)
	[Internal] macro allowing to avoid to retrieve default value
#define	IPSDK_NODE_DATA_FIND_NODE_MACRO(r, infoSeq, childElem)
	[Internal] macro allowing to find a sub node given a node name More...
#define	IPSDK_NODE_DATA_DECLARE_NODE_MACRO(r, itemName, childElem)
	[Internal] macro allowing to declare a sub node class attribute More...
#define	IPSDK_NODE_DATA_ENUM_NAMES_MACRO(r, _, childElem)   g_itemNames.insert(BOOST_PP_STRINGIZE(BOOST_PP_SEQ_ELEM(1, childElem)));
	[Internal] macro allowing to initialize item names collection
#define	IPSDK_NODE_DATA_INIT_MACRO(r, _, childElem)
	[Internal] macro allowing to initialize item data with default value More...
#define	IPSDK_NODE_DATA_WRITE_MACRO(r, _, childElem)
	[Internal] macro allowing to write item data for serialization More...
#define	IPSDK_NODE_DATA_READ_MACRO(r, _, childElem)
	[Internal] macro allowing to read item data for serialization More...
#define	IPSDK_NODE_DATA_COPY_MACRO(r, _, childElem)
	[Internal] macro allowing to copy item data for object copy More...
#define	IPSDK_NODE_DATA_STD_INFO(libraryName, className, childName)
	[Internal] macro allowing to define standard method getItemInfoStr for item information structure More...
#define	IPSDK_NODE_DATA_TYPE_LEAF(valueType)   ipsdk::DataItemLeaf<valueType>
	[Internal] macro allowing to define type associated to leafs
#define	IPSDK_NODE_DATA_INFO_LEAF(libraryName, className, childElem)
	[Internal] macro allowing to define informations associated to leafs More...
#define	IPSDK_NODE_DATA_ACCESS_LEAF(childElem, className)
	[Internal] macro allowing to define accessors associated to leafs More...
#define	IPSDK_NODE_DATA_ACCESS_LEAF_MACRO(childName, valueType, className)
	[Internal] macro allowing to define accessors associated to leafs More...
#define	IPSDK_NODE_DATA_INIT_LEAF(childName, defaultValue)   BOOST_PP_CAT(_node, childName)._node.setValue(defaultValue);
	[Internal] macro allowing to initialize default value associated to leafs
#define	IPSDK_NODE_DATA_GET_DEFAULT_LEAF(childName, defaultValue)
	[Internal] macro allowing to retrieve default value associated to leafs More...
#define	IPSDK_NODE_DATA_READ_LEAF(childName)
	[Internal] macro allowing to define read operation associated to leafs More...
#define	IPSDK_NODE_DATA_WRITE_LEAF(childName)
	[Internal] macro allowing to define write operation associated to leafs More...
#define	IPSDK_NODE_DATA_TYPE_ENUMLEAF(valueType)   ipsdk::DataItemEnumLeaf<valueType>
	[Internal] macro allowing to define type associated to enumerate leafs
#define	IPSDK_NODE_DATA_INFO_ENUMLEAF(libraryName, className, childElem)
	[Internal] macro allowing to define informations associated to enumerate leafs More...
#define	IPSDK_NODE_DATA_ACCESS_ENUMLEAF(childElem, className)
	[Internal] macro allowing to define accessors associated to enumerate leafs More...
#define	IPSDK_NODE_DATA_ACCESS_ENUMLEAF_MACRO(childName, valueType, className)
	[Internal] macro allowing to define accessors associated to enumerate leafs More...
#define	IPSDK_NODE_DATA_INIT_ENUMLEAF(childName, defaultValue)   BOOST_PP_CAT(_node, childName)._node.setValue(defaultValue);
	[Internal] macro allowing to initialize default value associated to enumerate leafs
#define	IPSDK_NODE_DATA_GET_DEFAULT_ENUMLEAF(childName, defaultValue)
	[Internal] macro allowing to retrieve default value associated to enumerate leafs More...
#define	IPSDK_NODE_DATA_READ_ENUMLEAF(childName)
	[Internal] macro allowing to define read operation associated to enumerate leafs More...
#define	IPSDK_NODE_DATA_WRITE_ENUMLEAF(childName)
	[Internal] macro allowing to define write operation associated to enumerate leafs More...
#define	IPSDK_NODE_DATA_TYPE_LEAF_COLL(valueType)   ipsdk::DataItemLeafColl<valueType>
	[Internal] macro allowing to define type associated to to leaf collections
#define	IPSDK_NODE_DATA_INFO_LEAF_COLL(libraryName, className, childElem)
	[Internal] macro allowing to define informations associated to leaf collections More...
#define	IPSDK_NODE_DATA_ACCESS_LEAF_COLL(childElem, className)
	[Internal] macro allowing to define accessors associated to leaf collections More...
#define	IPSDK_NODE_DATA_ACCESS_LEAF_COLL_MACRO(childName, valueType, className)
	[Internal] macro allowing to define accessors associated to leaf collections
#define	IPSDK_NODE_DATA_INIT_LEAF_COLL(childName, defaultValue)   BOOST_PP_CAT(_node, childName)._node.getLeafColl() = defaultValue;
	[Internal] macro allowing to initialize default value associated to leaf collections
#define	IPSDK_NODE_DATA_GET_DEFAULT_LEAF_COLL(childName, defaultValue)
	[Internal] macro allowing to retrieve default value associated to leaf collections More...
#define	IPSDK_NODE_DATA_READ_LEAF_COLL(childName)
	[Internal] macro allowing to define read operation associated to leaf collections More...
#define	IPSDK_NODE_DATA_WRITE_LEAF_COLL(childName)
	[Internal] macro allowing to define write operation associated to leaf collections More...
#define	IPSDK_NODE_DATA_TYPE_NODE(valueType)   valueType
	[Internal] macro allowing to define type associated to nodes
#define	IPSDK_NODE_DATA_INFO_NODE(libraryName, className, childElem)
	[Internal] macro allowing to define informations associated to nodes More...
#define	IPSDK_NODE_DATA_ACCESS_NODE(childElem, className)
	[Internal] macro allowing to define accessors associated to nodes More...
#define	IPSDK_NODE_DATA_ACCESS_NODE_MACRO(childName, valueType, className)
	[Internal] macro allowing to define accessors associated to nodes
#define	IPSDK_NODE_DATA_INIT_NODE(childName, defaultValue)   BOOST_PP_CAT(_node, childName)._node = defaultValue;
	[Internal] macro allowing to initialize default value associated to nodes
#define	IPSDK_NODE_DATA_GET_DEFAULT_NODE(childName, defaultValue)
	[Internal] macro allowing to retrieve default value associated to nodes More...
#define	IPSDK_NODE_DATA_READ_NODE(childName)
	[Internal] macro allowing to define read operation associated nodes More...
#define	IPSDK_NODE_DATA_WRITE_NODE(childName)
	[Internal] macro allowing to define write operation associated nodes More...
#define	IPSDK_NODE_DATA_TYPE_NODE_COLL(valueType)   ipsdk::DataItemNodeColl<valueType>
	[Internal] macro allowing to define type associated to node collections
#define	IPSDK_NODE_DATA_INFO_NODE_COLL(libraryName, className, childElem)
	[Internal] macro allowing to define informations associated to node collections More...
#define	IPSDK_NODE_DATA_ACCESS_NODE_COLL(childElem, className)
	[Internal] macro allowing to define accessors associated to node collections More...
#define	IPSDK_NODE_DATA_ACCESS_NODE_COLL_MACRO(childName, valueType, className)
	[Internal] macro allowing to define accessors associated to node collections
#define	IPSDK_NODE_DATA_INIT_NODE_COLL(childName, defaultValue)   BOOST_PP_CAT(_node, childName).getNodeColl() = defaultValue;
	[Internal] macro allowing to initialize default value associated to node collections
#define	IPSDK_NODE_DATA_GET_DEFAULT_NODE_COLL(childName, defaultValue)
	[Internal] macro allowing to retrieve default value associated to node collections More...
#define	IPSDK_NODE_DATA_READ_NODE_COLL(childName)
	[Internal] macro allowing to define read operation associated to node collections More...
#define	IPSDK_NODE_DATA_WRITE_NODE_COLL(childName)
	[Internal] macro allowing to define write operation associated to node collections More...
#define	IPSDK_NODE_DATA_TYPE_MAP()   ipsdk::DataItemMap
	[Internal] macro allowing to define type associated to node maps
#define	IPSDK_NODE_DATA_INFO_MAP(libraryName, className, childElem)
	[Internal] macro allowing to define informations associated to node maps More...
#define	IPSDK_NODE_DATA_ACCESS_MAP(childElem, className)
	[Internal] macro allowing to define accessors associated to node maps More...
#define	IPSDK_NODE_DATA_ACCESS_MAP_MACRO(childName, className)
	[Internal] macro allowing to define accessors associated to node maps
#define	IPSDK_NODE_DATA_INIT_MAP(childName, defaultValue)   BOOST_PP_CAT(_node, childName)._node = defaultValue;
	[Internal] macro allowing to initialize default value associated to node maps
#define	IPSDK_NODE_DATA_GET_DEFAULT_MAP(childName, defaultValue)
	[Internal] macro allowing to retrieve default value associated to node maps More...
#define	IPSDK_NODE_DATA_READ_MAP(childName)
	[Internal] macro allowing to define read operation associated to node maps More...
#define	IPSDK_NODE_DATA_WRITE_MAP(childName)
	[Internal] macro allowing to define write operation associated to node maps More...

Functions
template<typename T >
SerializationOItem< T >	ipsdk::make_oitem (const std::string &itemName, const T &value)
	template function allowing to dynamically create SerializationOItem
template<typename T >
SerializationIItem< T >	ipsdk::make_iitem (const std::string &itemName, T &value)
	template function allowing to dynamically create SerializationIItem

Detailed Description

Detailed header part of data item node declaration macros.

Author

E. Noirfalise

Date

2014/03/11

Copyright

2014 Reactiv'IP, all right reserved.

Macro Definition Documentation

IPSDK_NODE_DATA_FIND_NODE_MACRO

#define IPSDK_NODE_DATA_FIND_NODE_MACRO	(		r,
			infoSeq,
			childElem
	)

Value:

if (BOOST_PP_SEQ_ELEM(0, infoSeq) ==                                    \
        BOOST_PP_STRINGIZE(BOOST_PP_SEQ_ELEM(1, childElem))) {              \
        const ItemInfoStr& itemInfoStr =                                    \
            ChildNodeInfo<BOOST_PP_SEQ_ELEM(1, childElem)>::                \
                getItemInfoStr<BOOST_PP_SEQ_ELEM(1, infoSeq)>();            \
        ItemInfoPtr pItemInfo(boost::make_shared<ItemInfo>(                 \
            BOOST_PP_CAT(_node, BOOST_PP_SEQ_ELEM(1, childElem))._node,     \
            itemInfoStr._itemName, itemInfoStr._itemToolTip));              \
        return pItemInfo;                                                   \
    }

[Internal] macro allowing to find a sub node given a node name

IPSDK_NODE_DATA_DECLARE_NODE_MACRO

#define IPSDK_NODE_DATA_DECLARE_NODE_MACRO	(		r,
			itemName,
			childElem
	)

Value:

NodeAccessor<ChildNodeInfo<BOOST_PP_SEQ_ELEM(1, childElem)>::NodeType>  \
        BOOST_PP_CAT(_node, BOOST_PP_SEQ_ELEM(1, childElem));

[Internal] macro allowing to declare a sub node class attribute

IPSDK_NODE_DATA_INIT_MACRO

#define IPSDK_NODE_DATA_INIT_MACRO	(		r,
			_,
			childElem
	)

Value:

BOOST_PP_EXPR_IF(BOOST_PP_EQUAL(BOOST_PP_SEQ_SIZE(childElem), 4),           \
        BOOST_PP_CAT(IPSDK_NODE_DATA_INIT_, BOOST_PP_SEQ_ELEM(0, childElem))    \
            (BOOST_PP_SEQ_ELEM(1, childElem),                                   \
             BOOST_PP_SEQ_ELEM(BOOST_PP_DEC(BOOST_PP_SEQ_SIZE(childElem)),      \
                               childElem)));

[Internal] macro allowing to initialize item data with default value

IPSDK_NODE_DATA_WRITE_MACRO

#define IPSDK_NODE_DATA_WRITE_MACRO	(		r,
			_,
			childElem
	)

Value:

BOOST_PP_CAT(IPSDK_NODE_DATA_WRITE_, BOOST_PP_SEQ_ELEM(0, childElem))   \
        (BOOST_PP_SEQ_ELEM(1, childElem))

[Internal] macro allowing to write item data for serialization

IPSDK_NODE_DATA_READ_MACRO

#define IPSDK_NODE_DATA_READ_MACRO	(		r,
			_,
			childElem
	)

Value:

BOOST_PP_CAT(IPSDK_NODE_DATA_READ_, BOOST_PP_SEQ_ELEM(0, childElem))    \
        (BOOST_PP_SEQ_ELEM(1, childElem))

[Internal] macro allowing to read item data for serialization

IPSDK_NODE_DATA_COPY_MACRO

#define IPSDK_NODE_DATA_COPY_MACRO	(		r,
			_,
			childElem
	)

Value:

BOOST_PP_CAT(_node, BOOST_PP_SEQ_ELEM(1, childElem))._node =    \
        pObject->BOOST_PP_CAT(_node, BOOST_PP_SEQ_ELEM(1, childElem))._node;

[Internal] macro allowing to copy item data for object copy

IPSDK_NODE_DATA_STD_INFO

#define IPSDK_NODE_DATA_STD_INFO	(		libraryName,
			className,
			childName
	)

Value:

template <typename MsgEnumType>                                                 \
    static const ItemInfoStr& getItemInfoStr() {                                    \
        boost::lock_guard<boost::mutex> lock(getDataItemNodeMutex());               \
        static boost::shared_ptr<ItemInfoStr> g_pItemInfoStr;                       \
        if (g_pItemInfoStr.get() == 0) {                                            \
            static std::string g_nameId = BOOST_PP_STRINGIZE(childName);            \
            static std::string g_toolTipId = createMessage(MsgEnumType::            \
                                 BOOST_PP_CAT(e,                                    \
                                 BOOST_PP_CAT(className,                            \
                                 BOOST_PP_CAT(childName, ToolTipId))));             \
            g_pItemInfoStr = boost::make_shared<ItemInfoStr>(                       \
                        g_nameId, g_toolTipId);                                     \
        }                                                                           \
        return *g_pItemInfoStr;                                                     \
    }

[Internal] macro allowing to define standard method getItemInfoStr for item information structure

IPSDK_NODE_DATA_INFO_LEAF

#define IPSDK_NODE_DATA_INFO_LEAF	(		libraryName,
			className,
			childElem
	)

Value:

IPSDK_NODE_DATA_STD_INFO(libraryName, className, BOOST_PP_SEQ_ELEM(1, childElem));  \
    typedef IPSDK_NODE_DATA_TYPE_LEAF(BOOST_PP_SEQ_ELEM(2, childElem)) NodeType;        \
    typedef IPSDK_NODE_DATA_TYPE_LEAF(BOOST_PP_SEQ_ELEM(2, childElem))::ValueType ValueType;

[Internal] macro allowing to define informations associated to leafs

IPSDK_NODE_DATA_ACCESS_LEAF

#define IPSDK_NODE_DATA_ACCESS_LEAF	(		childElem,
			className
	)

Value:

IPSDK_NODE_DATA_ACCESS_LEAF_MACRO(                      \
        BOOST_PP_SEQ_ELEM(1, childElem),                    \
        BOOST_PP_SEQ_ELEM(2, childElem),                    \
        className)

[Internal] macro allowing to define accessors associated to leafs

IPSDK_NODE_DATA_ACCESS_LEAF_MACRO

#define IPSDK_NODE_DATA_ACCESS_LEAF_MACRO	(		childName,
			valueType,
			className
	)

Value:

template <typename ChildNode>                                           \
    inline typename boost::enable_if_c<                                     \
        boost::is_same<ChildNode, childName>::value,                        \
        const typename ChildNodeInfo<ChildNode>::ValueType&>::type          \
    getValue() const {                                                      \
        return BOOST_PP_CAT(_node, childName)._node.getValue();             \
    }                                                                       \
    template <typename ChildNode>                                           \
    inline typename boost::enable_if_c<                                     \
        boost::is_same<ChildNode, childName>::value,                        \
        typename ChildNodeInfo<ChildNode>::ValueType&>::type                \
    accessValue() {                                                         \
        return BOOST_PP_CAT(_node, childName)._node.accessValue();          \
    }                                                                       \
    template <typename ChildNode>                                           \
    inline typename boost::enable_if_c<                                     \
        boost::is_same<ChildNode, childName>::value,                        \
        void>::type                                                         \
    setValue(const typename ChildNodeInfo<ChildNode>::ValueType& value) {   \
        BOOST_PP_CAT(_node, childName)._node.setValue(value);               \
    }

[Internal] macro allowing to define accessors associated to leafs

IPSDK_NODE_DATA_GET_DEFAULT_LEAF

#define IPSDK_NODE_DATA_GET_DEFAULT_LEAF	(		childName,
			defaultValue
	)

Value:

template <typename ChildNode>                                   \
    inline static typename boost::enable_if_c<                      \
        boost::is_same<ChildNode, childName>::value,                \
        typename ChildNodeInfo<ChildNode>::ValueType>::type         \
    getDefault() { return defaultValue;}

[Internal] macro allowing to retrieve default value associated to leafs

IPSDK_NODE_DATA_READ_LEAF

#define IPSDK_NODE_DATA_READ_LEAF

(

childName

)

Value:

ar >> ipsdk::make_iitem(BOOST_PP_STRINGIZE(childName), \
                            BOOST_PP_CAT(_node, childName)._node);

[Internal] macro allowing to define read operation associated to leafs

IPSDK_NODE_DATA_WRITE_LEAF

#define IPSDK_NODE_DATA_WRITE_LEAF

(

childName

)

Value:

ar << ipsdk::make_oitem(BOOST_PP_STRINGIZE(childName),  \
                            BOOST_PP_CAT(_node, childName)._node);

[Internal] macro allowing to define write operation associated to leafs

IPSDK_NODE_DATA_INFO_ENUMLEAF

#define IPSDK_NODE_DATA_INFO_ENUMLEAF	(		libraryName,
			className,
			childElem
	)

Value:

IPSDK_NODE_DATA_STD_INFO(libraryName, className, BOOST_PP_SEQ_ELEM(1, childElem));              \
    typedef IPSDK_NODE_DATA_TYPE_ENUMLEAF(BOOST_PP_SEQ_ELEM(2, childElem)) NodeType;                \
    typedef IPSDK_NODE_DATA_TYPE_ENUMLEAF(BOOST_PP_SEQ_ELEM(2, childElem))::EnumType ValueType;     \
    static void checkNbParams() {                                                                   \
        BOOST_STATIC_ASSERT_MSG(BOOST_PP_SEQ_SIZE(childElem) == 4,                                  \
                                "Enumerates need default value");                                   \
    }

[Internal] macro allowing to define informations associated to enumerate leafs

IPSDK_NODE_DATA_ACCESS_ENUMLEAF

#define IPSDK_NODE_DATA_ACCESS_ENUMLEAF	(		childElem,
			className
	)

Value:

IPSDK_NODE_DATA_ACCESS_ENUMLEAF_MACRO(                      \
        BOOST_PP_SEQ_ELEM(1, childElem),                        \
        BOOST_PP_SEQ_ELEM(2, childElem),                        \
        className)

[Internal] macro allowing to define accessors associated to enumerate leafs

IPSDK_NODE_DATA_ACCESS_ENUMLEAF_MACRO

#define IPSDK_NODE_DATA_ACCESS_ENUMLEAF_MACRO	(		childName,
			valueType,
			className
	)

Value:

template <typename ChildNode>                                               \
    inline typename boost::enable_if_c<                                         \
        boost::is_same<ChildNode, childName>::value,                            \
        const typename ChildNodeInfo<ChildNode>::ValueType>::type               \
    getValue() const {                                                          \
        return BOOST_PP_CAT(_node, childName)._node.getValue();                 \
    }                                                                           \
    template <typename ChildNode>                                               \
    inline typename boost::enable_if_c<                                         \
        boost::is_same<ChildNode, childName>::value,                            \
        void>::type                                                             \
    setValue(const typename ChildNodeInfo<ChildNode>::ValueType& value) {       \
        BOOST_PP_CAT(_node, childName)._node.setValue(value);                   \
    }

[Internal] macro allowing to define accessors associated to enumerate leafs

IPSDK_NODE_DATA_GET_DEFAULT_ENUMLEAF

#define IPSDK_NODE_DATA_GET_DEFAULT_ENUMLEAF	(		childName,
			defaultValue
	)

Value:

template <typename ChildNode>                                       \
    inline static typename boost::enable_if_c<                          \
        boost::is_same<ChildNode, childName>::value,                    \
        typename ChildNodeInfo<ChildNode>::ValueType>::type             \
    getDefault() { return defaultValue;}

[Internal] macro allowing to retrieve default value associated to enumerate leafs

IPSDK_NODE_DATA_READ_ENUMLEAF

#define IPSDK_NODE_DATA_READ_ENUMLEAF

(

childName

)

Value:

ar >> ipsdk::make_iitem(BOOST_PP_STRINGIZE(childName),  \
                            BOOST_PP_CAT(_node, childName)._node);

[Internal] macro allowing to define read operation associated to enumerate leafs

IPSDK_NODE_DATA_WRITE_ENUMLEAF

#define IPSDK_NODE_DATA_WRITE_ENUMLEAF

(

childName

)

Value:

ar << ipsdk::make_oitem(BOOST_PP_STRINGIZE(childName),  \
                            BOOST_PP_CAT(_node, childName)._node);

[Internal] macro allowing to define write operation associated to enumerate leafs

IPSDK_NODE_DATA_INFO_LEAF_COLL

#define IPSDK_NODE_DATA_INFO_LEAF_COLL	(		libraryName,
			className,
			childElem
	)

Value:

IPSDK_NODE_DATA_STD_INFO(libraryName, className, BOOST_PP_SEQ_ELEM(1, childElem));              \
    typedef IPSDK_NODE_DATA_TYPE_LEAF_COLL(BOOST_PP_SEQ_ELEM(2, childElem)) NodeType;               \
    typedef IPSDK_NODE_DATA_TYPE_LEAF_COLL(BOOST_PP_SEQ_ELEM(2, childElem))::ValueType ValueType;   \
    typedef IPSDK_NODE_DATA_TYPE_LEAF_COLL(BOOST_PP_SEQ_ELEM(2, childElem))::CollType CollType;

[Internal] macro allowing to define informations associated to leaf collections

IPSDK_NODE_DATA_ACCESS_LEAF_COLL

#define IPSDK_NODE_DATA_ACCESS_LEAF_COLL	(		childElem,
			className
	)

Value:

IPSDK_NODE_DATA_ACCESS_LEAF_COLL_MACRO(                     \
        BOOST_PP_SEQ_ELEM(1, childElem),                        \
        BOOST_PP_SEQ_ELEM(2, childElem),                        \
        className)

[Internal] macro allowing to define accessors associated to leaf collections

IPSDK_NODE_DATA_GET_DEFAULT_LEAF_COLL

#define IPSDK_NODE_DATA_GET_DEFAULT_LEAF_COLL	(		childName,
			defaultValue
	)

Value:

template <typename ChildNode>                                       \
    inline static typename boost::enable_if_c<                          \
        boost::is_same<ChildNode, childName>::value,                    \
        typename ChildNodeInfo<ChildNode>::ValueType>::type             \
    getDefault() { return defaultValue;}

[Internal] macro allowing to retrieve default value associated to leaf collections

IPSDK_NODE_DATA_READ_LEAF_COLL

#define IPSDK_NODE_DATA_READ_LEAF_COLL

(

childName

)

Value:

ar >> ipsdk::make_iitem(BOOST_PP_STRINGIZE(childName),  \
                            BOOST_PP_CAT(_node, childName)._node);

[Internal] macro allowing to define read operation associated to leaf collections

IPSDK_NODE_DATA_WRITE_LEAF_COLL

#define IPSDK_NODE_DATA_WRITE_LEAF_COLL

(

childName

)

Value:

ar << ipsdk::make_oitem(BOOST_PP_STRINGIZE(childName),  \
                            BOOST_PP_CAT(_node, childName)._node);

[Internal] macro allowing to define write operation associated to leaf collections

IPSDK_NODE_DATA_INFO_NODE

#define IPSDK_NODE_DATA_INFO_NODE	(		libraryName,
			className,
			childElem
	)

Value:

IPSDK_NODE_DATA_STD_INFO(libraryName, className, BOOST_PP_SEQ_ELEM(1, childElem));  \
    typedef IPSDK_NODE_DATA_TYPE_NODE(BOOST_PP_SEQ_ELEM(2, childElem)) NodeType;

[Internal] macro allowing to define informations associated to nodes

IPSDK_NODE_DATA_ACCESS_NODE

#define IPSDK_NODE_DATA_ACCESS_NODE	(		childElem,
			className
	)

Value:

IPSDK_NODE_DATA_ACCESS_NODE_MACRO(                      \
        BOOST_PP_SEQ_ELEM(1, childElem),                    \
        BOOST_PP_SEQ_ELEM(2, childElem),                    \
        className)

[Internal] macro allowing to define accessors associated to nodes

IPSDK_NODE_DATA_GET_DEFAULT_NODE

#define IPSDK_NODE_DATA_GET_DEFAULT_NODE	(		childName,
			defaultValue
	)

Value:

template <typename ChildNode>                                   \
    inline static typename  boost::enable_if_c<                     \
        boost::is_same<ChildNode, childName>::value,                \
        typename ChildNodeInfo<ChildNode>::ValueType>::type         \
    getDefault() { return defaultValue;}

[Internal] macro allowing to retrieve default value associated to nodes

IPSDK_NODE_DATA_READ_NODE

#define IPSDK_NODE_DATA_READ_NODE

(

childName

)

Value:

ar >> ipsdk::make_iitem(BOOST_PP_STRINGIZE(childName),  \
                            BOOST_PP_CAT(_node, childName)._node);

[Internal] macro allowing to define read operation associated nodes

IPSDK_NODE_DATA_WRITE_NODE

#define IPSDK_NODE_DATA_WRITE_NODE

(

childName

)

Value:

ar << ipsdk::make_oitem(BOOST_PP_STRINGIZE(childName),  \
                            BOOST_PP_CAT(_node, childName)._node);

[Internal] macro allowing to define write operation associated nodes

IPSDK_NODE_DATA_INFO_NODE_COLL

#define IPSDK_NODE_DATA_INFO_NODE_COLL	(		libraryName,
			className,
			childElem
	)

Value:

IPSDK_NODE_DATA_STD_INFO(libraryName, className, BOOST_PP_SEQ_ELEM(1, childElem));                      \
    typedef IPSDK_NODE_DATA_TYPE_NODE_COLL(BOOST_PP_SEQ_ELEM(2, childElem)) NodeType;                       \
    typedef IPSDK_NODE_DATA_TYPE_NODE_COLL(BOOST_PP_SEQ_ELEM(2, childElem))::NodeType CollNodeType;         \
    typedef IPSDK_NODE_DATA_TYPE_NODE_COLL(BOOST_PP_SEQ_ELEM(2, childElem))::NodePtrType CollNodePtrType;   \
    typedef IPSDK_NODE_DATA_TYPE_NODE_COLL(BOOST_PP_SEQ_ELEM(2, childElem))::CollType CollType;

[Internal] macro allowing to define informations associated to node collections

IPSDK_NODE_DATA_ACCESS_NODE_COLL

#define IPSDK_NODE_DATA_ACCESS_NODE_COLL	(		childElem,
			className
	)

Value:

IPSDK_NODE_DATA_ACCESS_NODE_COLL_MACRO(                     \
        BOOST_PP_SEQ_ELEM(1, childElem),                        \
        BOOST_PP_SEQ_ELEM(2, childElem),                        \
        className)

[Internal] macro allowing to define accessors associated to node collections

IPSDK_NODE_DATA_GET_DEFAULT_NODE_COLL

#define IPSDK_NODE_DATA_GET_DEFAULT_NODE_COLL	(		childName,
			defaultValue
	)

Value:

template <typename ChildNode>                                       \
    inline static typename boost::enable_if_c<                          \
        boost::is_same<ChildNode, childName>::value,                    \
        typename ChildNodeInfo<ChildNode>::ValueType>::type             \
    getDefault() { return defaultValue;}

[Internal] macro allowing to retrieve default value associated to node collections

IPSDK_NODE_DATA_READ_NODE_COLL

#define IPSDK_NODE_DATA_READ_NODE_COLL

(

childName

)

Value:

ar >> ipsdk::make_iitem(BOOST_PP_STRINGIZE(childName),  \
        static_cast<ipsdk::BaseDataItemNodeColl&>(BOOST_PP_CAT(_node, childName)._node));

[Internal] macro allowing to define read operation associated to node collections

IPSDK_NODE_DATA_WRITE_NODE_COLL

#define IPSDK_NODE_DATA_WRITE_NODE_COLL

(

childName

)

Value:

ar << ipsdk::make_oitem(BOOST_PP_STRINGIZE(childName),  \
        static_cast<const ipsdk::BaseDataItemNodeColl&>(BOOST_PP_CAT(_node, childName)._node));

[Internal] macro allowing to define write operation associated to node collections

IPSDK_NODE_DATA_INFO_MAP

#define IPSDK_NODE_DATA_INFO_MAP	(		libraryName,
			className,
			childElem
	)

Value:

IPSDK_NODE_DATA_STD_INFO(libraryName, className, BOOST_PP_SEQ_ELEM(1, childElem));  \
    typedef IPSDK_NODE_DATA_TYPE_MAP() NodeType;

[Internal] macro allowing to define informations associated to node maps

IPSDK_NODE_DATA_ACCESS_MAP

#define IPSDK_NODE_DATA_ACCESS_MAP	(		childElem,
			className
	)

Value:

IPSDK_NODE_DATA_ACCESS_MAP_MACRO(                       \
        BOOST_PP_SEQ_ELEM(1, childElem),                    \
        className)

[Internal] macro allowing to define accessors associated to node maps

IPSDK_NODE_DATA_GET_DEFAULT_MAP

#define IPSDK_NODE_DATA_GET_DEFAULT_MAP	(		childName,
			defaultValue
	)

Value:

template <typename ChildNode>                                   \
    inline static typename boost::enable_if_c<                      \
        boost::is_same<ChildNode, childName>::value,                \
        typename ChildNodeInfo<ChildNode>::ValueType>::type         \
    getDefault() { return defaultValue;}

[Internal] macro allowing to retrieve default value associated to node maps

IPSDK_NODE_DATA_READ_MAP

#define IPSDK_NODE_DATA_READ_MAP

(

childName

)

Value:

ar >> ipsdk::make_iitem(BOOST_PP_STRINGIZE(childName),  \
                            BOOST_PP_CAT(_node, childName)._node);

[Internal] macro allowing to define read operation associated to node maps

IPSDK_NODE_DATA_WRITE_MAP

#define IPSDK_NODE_DATA_WRITE_MAP

(

childName

)

Value:

ar << ipsdk::make_oitem(BOOST_PP_STRINGIZE(childName),  \
                            BOOST_PP_CAT(_node, childName)._node);

[Internal] macro allowing to define write operation associated to node maps