niLang Utils

Detailed Description

Namespaces
	ni
	astl
	ni::UnkImplMeta

Classes
class	sAnimatedVariable< T, TIMET >
class	BinTreeNode< T >
	Binary Tree node template. More...
class	BinTree< T >
	Binary tree template. More...
struct	BoxAtomic< T >
	Atomic type box. More...
class	BoxPtrAtomic< T >
	Atomic pointer type box. More...
struct	sBuffer
struct	Buffer
struct	BufferUTF8
struct	BufferUTF16
struct	BufferUTF32
struct	CollectionTraitsI8
struct	CollectionTraitsU8
struct	CollectionTraitsI16
struct	CollectionTraitsU16
struct	CollectionTraitsI32
struct	CollectionTraitsU32
struct	CollectionTraitsI64
struct	CollectionTraitsU64
struct	CollectionTraitsF32
struct	CollectionTraitsF64
struct	CollectionTraitsUUID
struct	CollectionTraitsString
struct	CollectionTraitsIUnknown
struct	CollectionTraitsInterface< T >
struct	CollectionTraitsVec2i
struct	CollectionTraitsVec3i
struct	CollectionTraitsVec4i
struct	CollectionTraitsVec2f
struct	CollectionTraitsVec3f
struct	CollectionTraitsVec4f
struct	CollectionTraitsMatrixf
struct	CollectionTraitsVector< BASE >
struct	CollectionTraitsMap< KEYT, VALT >
class	cCollectionImpl< TRAITS, BASEIMPL >
class	cMutableCollectionImpl< TRAITS, IMMIMPL >
struct	tInterfaceCVec< T >
struct	tStringInterfaceCMap< T >
struct	sRunnable< T >
struct	sCallback0< T >
struct	sCallback1< T >
struct	sCallback2< T >
struct	sMessageHandler< T >
struct	sFindFile
	Find file struct. More...
struct	FindFile
	Find file utility class. More...
struct	sFileInfo
	File info structure. More...
class	cFloat16
	16bits IEEE Floating point number class. More...
class	FourCC
struct	iIsUniqueNameSink
	Unique name sink. More...
struct	sIsUniqueNameSink
	Prediate on top of a unique name sink. More...
struct	IDGeneratorTpl< T, BASE >
	ID generator template. More...
struct	IDGenerator
	ID generator. More...
struct	LocalIDGenerator
	Local ID generator. More...
class	IndexedMap< KEYT, ITEMT, >
struct	MetaIsVoid< T >
struct	MetaIsVoid< void >
struct	MetaSelect< bool >
struct	MetaSelect< true >
struct	MetaInherit< B0, B1 >
class	MetaCat< B0, B1 >
class	MetaConditionalInherit< cnd, B0, B1 >
struct	sObjectTypeDef
struct	sModuleDef
class	cPath
	Path utility class. More...
struct	sRunProcessResult
struct	tListNode_tag
struct	tList_tag
struct	RawString
struct	SinkList< T >
class	cDefaultStringTokenizer
	Default tokenizer. More...
class	cFunctionStringTokenizer
	Function tokenizer. More...
class	cFlagsStringTokenizer
	Flags tokenizer. More...
class	cCommandLineStringTokenizer
	CommandLine tokenizer. More...
struct	SyncPtr< T >
	Synchronized pointer. More...
struct	sTempFiles
struct	_MY_RTL_CRITICAL_SECTION
struct	sTimedLerp_GetKeyTimeStaticCast< TimeT, ItemT >
struct	sTimedLerp< ContainerT, TimeT, GetKeyTimeT >
class	TimerManager
struct	sQueryInterfaceNULL< BaseImpl >
struct	sQueryInterfaceTpl< BaseImpl, T >
struct	sQueryInterfaceInheritTpl< BaseImpl, T, B >
class	cMemImpl
	Implements new/delete for ni memory allocator. More...
struct	UnkImpl_DeleteThis< BASE >
struct	UnkImpl_EmptyDeleteThis< BASE >
class	UnkImpl_Inherit< T0, FLAGS, T1, T2, T3, T4 >
	Do the inheritance for IUnknown impl. More...
class	UnkImpl_RefCount< BASE, FLAGS >
	Implements ref counting policy. More...
class	UnkImpl_Aggregatable< BASE, FLAGS >
	Implements aggregatable ref counting policy. More...
class	UnkImpl_AggregateOnly< BASE, FLAGS >
	Implements aggregate ref counting only policy. More...
class	UnkImpl_NoRefCount< BASE, FLAGS >
	Implements not ref counted policy. More...
class	cIUnknownImpl< T0, FLAGS, T1, T2, T3, T4 >
	RefCounted iUnknown implementation. More...
struct	NoRefCount< T >
struct	Aggregate< T >
class	cUserdata< BASE >
struct	utf8
struct	utf16
struct	utf32
struct	sUUID
	UUID structure. More...
struct	VarCast

Macros
#define	niToCChars(X)
#define	niToGChars(X)
#define	niToXChars(X)
#define	niToUChars
#define	niToAChars
#define	niLoopIterator(NAME, C)
#define	niLoopImmutableIterator(TYPE, NAME, C)
#define	niLoopMutableIterator(TYPE, NAME, C)
#define	niCrashReportModuleInstall()
#define	niDTS_SetProp_(NAME, VAL, TYPE, MT)
#define	niDTS_SetPropS(NAME, VAL, TYPE, MT)
#define	niDTS_SetProp(NAME, TYPE, MT)
#define	niDTS_SetPropE(NAME, TYPE)
#define	niDTS_SetPropE_(NAME, VAL, TYPE)
#define	niDTS_SetPropF(NAME, TYPE)
#define	niDTS_SetPropF_(NAME, VAL, TYPE)
#define	niDTS_GetPropE(NAME, TYPE)
#define	niDTS_GetPropE_(NAME, VAL, TYPE)
#define	niDTS_GetPropF(NAME, TYPE)
#define	niDTS_GetPropF_(NAME, VAL, TYPE)
#define	niDTS_GetProp(NAME, TYPE)
#define	niDTS_GetProp_(NAME, VAL, TYPE)
#define	niDTS_GetPropS(NAME, VAL, TYPE)
#define	niDTS_GetPropFSet(NAME, TYPE)
#define	niDTS_GetPropESet(NAME, VAL, TYPE)
#define	niDTS_GetPropSet(NAME, VAL, TYPE)
#define	niDTS_GetPropFSetI(NAME, I, TYPE)
#define	niDTS_GetPropESetI(NAME, I, VAL, TYPE)
#define	niDTS_GetPropSetI(NAME, I, VAL, TYPE)
#define	niMinF16
#define	niMinNrmF16
#define	niMaxF16
#define	niEpsilonF16
#define	niMantiDigiF16
#define	niDifF16
#define	niRadixF16
#define	niMinExpF16
#define	niMaxExpF16
#define	niMin10ExpF16
#define	niMax10ExpF16
#define	niMessageID_CharToBase(CHAR)
#define	niMessageID_PackBased(A, B, C, D, BYTE)
#define	niMessageID_PackChars(A, B, C, D, BYTE)
#define	niMessageID(A, B, C, D, BYTE)
#define	niMessageID_FromChars(CHARS, BYTE)
#define	niMessageID_BaseToChar(BASE)
#define	niMessageID_GetBaseA(MSGID)
#define	niMessageID_GetBaseB(MSGID)
#define	niMessageID_GetBaseC(MSGID)
#define	niMessageID_GetBaseD(MSGID)
#define	niMessageID_GetBYTE(MSGID)
#define	niMessageID_GetCharA(MSGID)
#define	niMessageID_GetCharB(MSGID)
#define	niMessageID_GetCharC(MSGID)
#define	niMessageID_GetCharD(MSGID)
#define	niMessageID_MaskA(MSGID)
#define	niMessageID_MaskAB(MSGID)
#define	niMessageID_MaskABC(MSGID)
#define	niMessageID_MaskABCD(MSGID)
#define	niMessageID_Fmt(MSGID)
#define	niMetaAssert(condition)
#define	niMetaAssert_(n, condition)
#define	niMetaDeclareIsOfType(TYPE)
#define	niMetaIsOfType(T, TYPE)
#define	niMetaIsVoid(T)
#define	niMetaSelect(i, T0, T1)
#define	niMetaInherit(B0, B1)
#define	niMetaCat(B0, B1)
#define	niMetaConditionalInherit(cnd, B0, B1)
#define	niModuleDefImpl_GetModule_Register()
#define	niGetIUnknownHString(apObj)
#define	niProf(x)
#define	niProf_Scope(x)
#define	niProf_Define(name)
#define	niProf_Begin(z)
#define	niProf_End()
#define	niProf_Region(z)
#define	niProf_Counter(z)
#define	niProfileBlock(NAME)
#define	niProfileEnter(NAME)
#define	niProfileLeave(NAME)
#define	ni_list_begin(list)
#define	ni_list_end(list)
#define	ni_list_empty(list)
#define	ni_list_next(iterator)
#define	ni_list_previous(iterator)
#define	ni_list_front(list)
#define	ni_list_back(list)
#define	ni_list_push_back(list, data)
#define	ni_list_foreach(list, itname)
#define	ni_list_foreachi(list, itname, iname)
#define	ni_tlist_malloc(TYPE)
#define	ni_tlist_free(P)
#define	ni_tlist_insert(ctype, iterator, data)
#define	ni_tlist_push_back(ctype, list, data)
#define	ni_tlist_remove(iterator)
#define	ni_tlist_clear(list)
#define	ni_tlist_data(ctype, iterator)
#define	ni_tlist_findr(rit, ctype, begin, end, data)
#define	ni_tlist_find(rit, ctype, list, data)
#define	niLoopSink(TYPE, NAME, C)
#define	niCallSinkVoid_(NAME, SINK, METH, PARAMS)
#define	niCallSinkRetTest_(NAME, SINK, METH, PARAMS, RET, RETTEST)
#define	MY_WINBASEAPI
#define	MY_WINAPI
#define	MY_STATUS_WAIT_0
#define	MY_WAIT_OBJECT_0
#define	MY_INFINITE
#define	MetaQueryInterfaceTpl(A)
#define	MetaQueryInterfaceInheritTpl(A, B)
#define	MetaImplementQueryInterface()
#define	MetaImplementInherit(PARENT)
#define	NI_UNKIMPL_ADDREF()
#define	NI_UNKIMPL_RELEASE()
#define	NI_UNKIMPL_SETNUMREFS(anNumRefs)
#define	NI_UNKIMPL_GETNUMREFS()
#define	niIUnknownImpl_Local(I0)
	Local, no ref count, no delete this. More...
#define	niVarCast(O)
#define	niVarCastTo(TYPE, O)

Typedefs
typedef BoxAtomic< tI8 >	tBoxedI8
typedef BoxAtomic< tU8 >	tBoxedU8
typedef BoxAtomic< tI16 >	tBoxedI16
typedef BoxAtomic< tU16 >	tBoxedU16
typedef BoxAtomic< tI32 >	tBoxedI32
typedef BoxAtomic< tU32 >	tBoxedU32
typedef BoxAtomic< tI64 >	tBoxedI64
typedef BoxAtomic< tU64 >	tBoxedU64
typedef BoxAtomic< tPtr >	tBoxedPtr
typedef BoxAtomic< tSize >	tBoxedSize
typedef BoxAtomic< tOffset >	tBoxedOffset
typedef BoxAtomic< tIntPtr >	tBoxedIntPtr
typedef BoxAtomic< tF32 >	tBoxedF32
typedef BoxAtomic< tF64 >	tBoxedF64
typedef BoxAtomic< tVersion >	tBoxedVersion
typedef BoxAtomic< tEnum >	tBoxedEnum
typedef BoxAtomic< tHandle >	tBoxedHandle
typedef BoxAtomic< tFloat >	tBoxedFloat
typedef BoxAtomic< tUUID >	tBoxedUUID
typedef BoxAtomic< tBool >	tBoxedBool
typedef BoxAtomic< tInt >	tBoxedInt
typedef BoxAtomic< tUInt >	tBoxedUInt
typedef BoxAtomic< tIndex >	tBoxedIndex
typedef BoxAtomic< cchar >	tBoxedCChar
typedef BoxAtomic< gchar >	tBoxedGChar
typedef BoxAtomic< xchar >	tBoxedXChar
typedef BoxAtomic< uchar >	tBoxedUChar
typedef BoxAtomic< achar >	tBoxedAChar
typedef BoxAtomic< tType >	tBoxedType
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsI8 > >	tI8CVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsU8 > >	tU8CVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsI16 > >	tI16CVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsU16 > >	tU16CVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsI32 > >	tI32CVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsU32 > >	tU32CVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsF32 > >	tF32CVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsF64 > >	tF64CVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsVec2i > >	tVec2iCVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsVec2f > >	tVec2fCVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsVec3i > >	tVec3iCVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsVec3f > >	tVec3fCVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsVec4i > >	tVec4iCVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsVec4f > >	tVec4fCVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsMatrixf > >	tMatrixfCVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsIUnknown > >	tIUnknownCVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsString > >	tStringCVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsVector < ni::CollectionTraitsUUID > >	tUUIDCVec
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsI32, ni::CollectionTraitsI32 > >	tI32CMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsI32, ni::CollectionTraitsU32 > >	tI32U32CMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsI32, ni::CollectionTraitsIUnknown > >	tI32IUnknownCMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsI32, ni::CollectionTraitsString > >	tI32StringCMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsU32, ni::CollectionTraitsI32 > >	tU32I32CMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsU32, ni::CollectionTraitsU32 > >	tU32CMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsU32, ni::CollectionTraitsIUnknown > >	tU32IUnknownCMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsU32, ni::CollectionTraitsString > >	tU32StringCMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsIUnknown, ni::CollectionTraitsI32 > >	tIUnknownI32CMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsIUnknown, ni::CollectionTraitsU32 > >	tIUnknownU32CMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsIUnknown, ni::CollectionTraitsIUnknown > >	tIUnknownCMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsIUnknown, ni::CollectionTraitsString > >	tIUnknownStringCMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsString, ni::CollectionTraitsI32 > >	tStringI32CMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsString, ni::CollectionTraitsU32 > >	tStringU32CMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsString, ni::CollectionTraitsIUnknown > >	tStringIUnknownCMap
typedef ni::cMutableCollectionImpl < ni::CollectionTraitsMap < ni::CollectionTraitsString, ni::CollectionTraitsString > >	tStringCMap
typedef Var(__ni_export_call_decl *	tpfnRunnable )()
	To be used with the Runnable<> template to specify a function pointer instead of a lambda. More...
typedef Var(__ni_export_call_decl *	tpfnCallback0 )()
	To be used with the Callback0<> template to specify a function pointer instead of a lambda. More...
typedef Var(__ni_export_call_decl *	tpfnCallback1 )(const Var &avarA)
	To be used with the Callback1<> template to specify a function pointer instead of a lambda. More...
typedef Var(__ni_export_call_decl *	tpfnCallback2 )(const Var &avarA, const Var &avarB)
	To be used with the Callback2<> template to specify a function pointer instead of a lambda. More...
typedef void(__ni_export_call_decl *	tpfnMessageHandler )(tU32 anMsg, const Var &avarA, const Var &avarB)
	To be used with the MessageHandler<> template to specify a function pointer instead of a lambda. More...
typedef void(*	tpfnConcurrentThreadCallback )(ni::tU64 threadID)
typedef struct ni::sFindFile	sFindFile
	Find file struct. More...
typedef astl::map< cString, sFileInfo >	tFileInfoMap
	File info map. More...
typedef cFloat16	tF16
typedef tU32	tParseTypeDescFlags
	Parse type description flags type. More...
typedef tBool(*	tpfnRandomEntrpySource )(tU8 *buffer, tSize buflen)
typedef struct ni::tListNode_tag	tListNode
typedef tListNode *	tListIt
typedef struct ni::tList_tag	tList
typedef astl::vector< tPtr >	tPtrVec
typedef tPtrVec::iterator	tPtrVecIt
typedef tPtrVec::const_iterator	tPtrVecCIt
typedef tPtrVec::reverse_iterator	tPtrVecRIt
typedef tPtrVec::const_reverse_iterator	tPtrVecCRIt
typedef astl::vector< tHandle >	tHandleVec
typedef tHandleVec::iterator	tHandleVecIt
typedef tHandleVec::const_iterator	tHandleVecCIt
typedef tHandleVec::reverse_iterator	tHandleVecRIt
typedef tHandleVec::const_reverse_iterator	tHandleVecCRIt
typedef astl::vector< tU8 >	tU8Vec
typedef tU8Vec::iterator	tU8VecIt
typedef tU8Vec::const_iterator	tU8VecCIt
typedef tU8Vec::reverse_iterator	tU8VecRIt
typedef tU8Vec::const_reverse_iterator	tU8VecCRIt
typedef astl::vector< tU16 >	tU16Vec
typedef tU16Vec::iterator	tU16VecIt
typedef tU16Vec::const_iterator	tU16VecCIt
typedef tU16Vec::reverse_iterator	tU16VecRIt
typedef tU16Vec::const_reverse_iterator	tU16VecCRIt
typedef astl::vector< tU32 >	tU32Vec
typedef tU32Vec::iterator	tU32VecIt
typedef tU32Vec::const_iterator	tU32VecCIt
typedef tU32Vec::reverse_iterator	tU32VecRIt
typedef tU32Vec::const_reverse_iterator	tU32VecCRIt
typedef astl::vector< tI32 >	tI32Vec
typedef tI32Vec::iterator	tI32VecIt
typedef tI32Vec::const_iterator	tI32VecCIt
typedef tI32Vec::reverse_iterator	tI32VecRIt
typedef tI32Vec::const_reverse_iterator	tI32VecCRIt
typedef astl::vector< tU32Vec >	tU32VecVec
typedef tU32VecVec::iterator	tU32VecVecIt
typedef tU32VecVec::const_iterator	tU32VecVecCIt
typedef tU32VecVec::reverse_iterator	tU32VecVecRIt
typedef tU32VecVec::const_reverse_iterator	tU32VecVecCRIt
typedef astl::vector< tF32 >	tF32Vec
typedef tF32Vec::iterator	tF32VecIt
typedef tF32Vec::const_iterator	tF32VecCIt
typedef tF32Vec::reverse_iterator	tF32VecRIt
typedef tF32Vec::const_reverse_iterator	tF32VecCRIt
typedef astl::vector< tIndex >	tIndexVec
	Index vector. More...
typedef tIndexVec::iterator	tIndexVecIt
	Index vector iterator. More...
typedef tIndexVec::const_iterator	tIndexVecCIt
	Index vector constant iterator. More...
typedef struct _MY_RTL_CRITICAL_SECTION	MY_CRITICAL_SECTION
typedef tU32	tIUnknownImplFlags
typedef T0	IUnknownBaseType
typedef T0	BaseType
typedef cIUnknownImpl< T0, FLAGS, T1, T2, T3, T4 >	BaseImpl
typedef T0	Base0
typedef T1	Base1
typedef T2	Base2
typedef T3	Base3
typedef T4	Base4

Enumerations
enum	eBinTreeNode {   eBinTreeNode_Left,   eBinTreeNode_Right }
	Binary Tree node type. More...
enum	eParseTypeDescFlags {   eParseTypeDescFlags_Name,   eParseTypeDescFlags_Type,   eParseTypeDescFlags_Flags,   eParseTypeDescFlags_All }
	Parse type description flags enumeration. More...
enum	eIUnknownImplFlags {   eIUnknownImplFlags_NoMemoryAllocator,   eIUnknownImplFlags_NoRefCount,   eIUnknownImplFlags_Aggregatable,   eIUnknownImplFlags_DontInherit1,   eIUnknownImplFlags_DontInherit2,   eIUnknownImplFlags_DontInherit3,   eIUnknownImplFlags_DontInherit4,   eIUnknownImplFlags_EmptyDeleteThis,   eIUnknownImplFlags_Default,   eIUnknownImplFlags_RefCount,   eIUnknownImplFlags_Local,   eIUnknownImplFlags_ForceDWORD }
enum	eUTFError {   eUTFError_OK,   eUTFError_NotEnoughtRoom,   eUTFError_InvalidLead,   eUTFError_InvalidSequence,   eUTFError_OverlongSequence,   eUTFError_InvalidCodePoint }

Functions
void	Buffer_ZeroMembers (sBuffer *apBuffer)
tBool	Buffer_IsEmpty (const sBuffer *apBuffer)
tU32	Buffer_GetCapacity (const sBuffer *apBuffer)
tU32	Buffer_GetSize (const sBuffer *apBuffer)
tPtr	Buffer_GetData (const sBuffer *apBuffer)
tBool	Buffer_IsAdopted (const sBuffer *apBuffer)
tBool	Buffer_SetCapacity (sBuffer *apBuffer, tU32 anNewCapacity)
void	Buffer_Clear (sBuffer *apBuffer)
tBool	Buffer_Adopt (sBuffer *apBuffer, tPtr apData, tU32 anInitialSize)
tBool	Buffer_Reserve (sBuffer *apBuffer, tU32 anSize)
void	Buffer_Compact (sBuffer *apBuffer)
tBool	Buffer_Resize (sBuffer *apBuffer, tU32 anSize)
tBool	Buffer_Append (sBuffer *apBuffer, tPtr apData, tU32 anSize)
tBool	Buffer_AppendUTF8 (sBuffer *apBuffer, const cchar *apData, tU32 anSizeInBytes, tBool abAppendZero)
tBool	Buffer_AppendUTF8ToUTF16 (sBuffer *apBuffer, const cchar *apData, tU32 anSizeInBytes, tBool abAppendZero)
tBool	Buffer_AppendUTF8ToUTF32 (sBuffer *apBuffer, const cchar *apData, tU32 anSizeInBytes, tBool abAppendZero)
tBool	Buffer_AppendUTF16 (sBuffer *apBuffer, const gchar *apData, tU32 anSizeInBytes, tBool abAppendZero)
tBool	Buffer_AppendUTF16ToUTF8 (sBuffer *apBuffer, const gchar *apData, tU32 anSizeInBytes, tBool abAppendZero)
tBool	Buffer_AppendUTF16ToUTF32 (sBuffer *apBuffer, const gchar *apData, tU32 anSizeInBytes, tBool abAppendZero)
tBool	Buffer_AppendUTF32 (sBuffer *apBuffer, const xchar *apData, tU32 anSizeInBytes, tBool abAppendZero)
tBool	Buffer_AppendUTF32ToUTF8 (sBuffer *apBuffer, const xchar *apData, tU32 anSizeInBytes, tBool abAppendZero)
tBool	Buffer_AppendUTF32ToUTF16 (sBuffer *apBuffer, const xchar *apData, tU32 anSizeInBytes, tBool abAppendZero)
template<typename TTo , typename TFrom >
TTo	ptr_cast (Ptr< TFrom > &v)
template<typename TTo , typename TFrom >
TTo	ptr_cast (TFrom v)
template<typename T >
T *	QueryCollection (const iUnknown *apObj)
template<typename T >
Ptr< iRunnable >	Runnable (const T &aLambda)
template<typename T >
Ptr< iCallback >	Callback0 (const T &aLambda)
template<typename T >
Ptr< iCallback >	Callback1 (const T &aLambda)
template<typename T >
Ptr< iCallback >	Callback2 (const T &aLambda)
template<typename T >
Ptr< iMessageHandler >	MessageHandler (const T &aLambda, const tU64 anThreadID=ni::ThreadGetCurrentThreadID())
tBool	IOExecute (iRunnable *apRunnable)
tBool	CPUExecute (iRunnable *apRunnable)
tBool	MainExecute (iRunnable *apRunnable)
Ptr< iFuture >	IOSubmit (iRunnable *apRunnable)
Ptr< iFuture >	CPUSubmit (iRunnable *apRunnable)
Ptr< iFuture >	MainSubmit (iRunnable *apRunnable)
void	ConcurrentSetThreadStartEndCallbacks (tpfnConcurrentThreadCallback apfnStart, tpfnConcurrentThreadCallback apfnEnd)
const ni::cString &	ni_stack_get_current (ni::cString &aOutput, void *apExp=NULL)
void	cpp_terminate_handler ()
void	cpp_unexp_handler ()
void	cpp_purecall_handler ()
void	cpp_security_handler (int code, void *x)
void	cpp_invalid_parameter_handler (const wchar_t *expression, const wchar_t *function, const wchar_t *file, unsigned int line, uintptr_t pReserved)
int	cpp_new_handler (size_t)
void	cpp_sigabrt_handler (int)
void	cpp_sigfpe_handler (int, int subcode)
void	cpp_sigill_handler (int)
void	cpp_sigint_handler (int)
void	cpp_sigsegv_handler (int)
void	cpp_sigterm_handler (int)
Ptr< iCryptoHash >	CreateHash (const achar *aHashType)
Ptr< iCryptoHash >	HashFile (iCryptoHash *apHash, iFile *apFile)
Ptr< iCryptoHash >	HashString (iCryptoHash *apHash, const achar *aString, const tI32 aStrLen=0)
Ptr< iCryptoHash >	HashDataTable (iCryptoHash *apHash, iDataTable *apDT)
cString	HashToString (iCryptoHash *apHash, eRawToStringEncoding aEncoding=eRawToStringEncoding_Hex)
Ptr< iDataTable >	LoadDataTable (const achar *aURL, const achar *aaszSerFormat="xml")
tBool	WriteDataTable (const iDataTable *apDT, const achar *aPath, const achar *aaszSerFormat="xml")
Ptr< iDataTable >	CreateDataTableFromXML (const achar *aaszText, tI32 anSize=-1)
cString	DataTableToXML (iDataTable *apDT)
cString	DataTableToCompressedString (iDataTable *apDT)
Ptr< iDataTable >	CreateDataTableFromCompressedString (const achar *aaszText)
void	FindFile_Init (sFindFile *apFF, const achar *aaszPath)
	Initialize the find file structure. More...
tBool	FindFile_Close (sFindFile *apFF)
	Close the current find. More...
void	FindFile_ResetFileInfos (sFindFile *apFF)
	Reset all file infos. More...
tBool	FindFile_First (sFindFile *apFF, const achar *aaszPath)
	Find the first file matching the specified path. More...
tBool	FindFile_Next (sFindFile *apFF)
	Find the next file matching the path. More...
tBool	FindFile_FileExists (const sFindFile *apFF)
	Get whether there's a file info available. More...
const achar *	FindFile_FileName (const sFindFile *apFF)
	Get the current file name. More...
tI64	FindFile_FileUnixTimeSecs (const sFindFile *apFF)
	Get the current file time. More...
tI64	FindFile_FileSize (const sFindFile *apFF)
	Get the current file size. More...
tFileAttrFlags	FindFile_FileAttribs (const sFindFile *apFF)
	Get the current file attribs. More...
tU32	afile_enum (const achar *aszFile, tU32 flAttribs, iFileEnumSink *apSink, tFileInfoMap *apMap, tU32 anMax)
tU32	ListFiles (astl::vector< sFileInfo > &aFiles, const achar *aDirectory, const achar *aFilter, const tBool abRecursive)
ni::tU16	ni_f32_to_f16 (ni::tF32 v)
ni::tF32	ni_f16_to_f32 (ni::tU16 v)
template<typename T >
ni::Ptr< ni::iHString >	GenerateUniqueNameUUID (ni::iHString *ahspBaseName, const tUUID &aUUID, const T &aPredicate)
	Generate a unique name, using a UUID as name generation base. The predicate should return true if the name is unique, else false. More...
template<typename T >
ni::Ptr< ni::iHString >	GenerateUniqueNameCounter (ni::iHString *ahspBaseName, const tU32 aMaxCount, const T &aPredicate)
	Generate a unique name, using a counter as name generation base. The predicate should return true if the name is unique, else false. More...
	ASTL_DEFAULT_ALLOCATOR_IMPL (indexed_map)
ni::tU32	MessageID_FromString (const ni::achar *aaszStr)
const ni::achar *	MessageID_ToString (ni::achar aaszOut[7], ni::tU32 anMessageID)
ni::cString	MessageID_ToString (ni::tU32 anMessageID)
template<typename T >
tBool	MessageID_FilterChar (const T d, const T *p)
	Filter format : INCLUDE!EXCLUDE*. INCLUDE letters are matched, if any of them does match returns TRUE. Then EXCLUDE letters are matched, if any of them does match returns FALSE. The default return value if a '!' is found is TRUE, otherwise it is FALSE. This means that the string "!" will match ANY character (since the default return value becomes TRUE. More...
template<typename T >
tBool	MessageID_FilterD (tU32 anMsgID, const T *p)
cString	GetModuleFileName (const achar *aaszName, const achar *aaszExt=niDLLSuffix)
void *	ni_get_vtable_object_iHString ()
sRunProcessResult	RunProcess (iOSProcessManager *apProcMan, const achar *aaszCmd, iFile *apStdOut=NULL, ThreadMutex *apSyncStdOutMutex=NULL)
void	ni_prng_set_entropy_source (tpfnRandomEntrpySource apfnRandomEntropySource)
	Set the current random entropy source. By default uses the 'best' source available on the platform. More...
tI64	ni_prng_get_seed_from_entropy_source ()
	Generate a seed from the current random entropy source. More...
int4	ni_prng_init (tU64 anSeed)
	Initialize a new PRNG, if anSeed == 0 seed from the current entropy source. More...
void	ni_prng_seed (int4 *aPRNG, tU64 anSeed)
	Seed a random number generator. More...
tI32	ni_prng_next_i32 (int4 *aPRNG)
	Get the next i32 prn of the specified PRNG. More...
tI64	ni_prng_next_i64 (int4 *aPRNG)
	Get the next i64 prn of the specified PRNG. More...
tF64	ni_prng_next_f64 (int4 *aPRNG)
	Get the next f64 prn of the specified PRNG. More...
tBool	ni_prng_next_bool (int4 *aPRNG)
	Get the next bool prn of the specified PRNG. More...
void	ni_prng_next_bytes (int4 *aPRNG, tPtr apBytes, tSize anNumBytes)
	Get the next bytes prn of the specified PRNG. More...
int4 *	ni_prng_global ()
	Get the default/global prng. More...
void	RandSeed (tU32 aSeed, int4 *aPRNG=ni_prng_global())
	Seed a random number generator. More...
tBool	RandBool (int4 *aPRNG=ni_prng_global())
	Return a random boolean. More...
void	RandBytes (tPtr apBytes, tSize anNumBytes, int4 *aPRNG=ni_prng_global())
	Return a random bytes. More...
tI32	RandInt (int4 *aPRNG=ni_prng_global())
	Return a random integer in the range [-TypeMin(tI32) ; TypeMax(tI32)]. More...
tI64	RandInt64 (int4 *aPRNG=ni_prng_global())
	Return a random integer in the range [-TypeMin(tI64) ; TypeMax(tI64)]. More...
tI32	RandIntRange (tI32 aMin, tI32 aMax, int4 *aPRNG=ni_prng_global())
	Return a random integer in the specified half-opened range [ aMin ; aMax ]. More...
tF64	RandSignedFloat (int4 *aPRNG=ni_prng_global())
	Return a random float in the range [-1 ; 1]. More...
tF64	RandFloat (int4 *aPRNG=ni_prng_global())
	Return a random float in the range [0 ; 1]. More...
tF64	RandFloatRange (tF64 aMin, tF64 aMax, int4 *aPRNG=ni_prng_global())
	Return a random float in the specified range. More...
tF32	RandN (tF32 sigma, int4 *aPRNG=ni_prng_global())
	Return a random number with a normal distribution. More...
tU32	RandColorA (tU8 aA, int4 *aPRNG=ni_prng_global())
tU32	RandColorAf (tF32 aA, int4 *aPRNG=ni_prng_global())
tU32	RandColor (int4 *aPRNG=ni_prng_global())
char *	StringUIntToStr (char *apBuffer, ni::tSize anBufferSize, tU64 i)
char *	StringIntToStr (char *apBuffer, tSize anBufferSize, tI64 i)
template<typename TVEC >
tSize	StringTokenize (const cString &aToTok, TVEC &vTokens, iStringTokenizer *apTok)
MY_WINBASEAPI ni::tU32 MY_WINAPI	GetCurrentThreadId ()
MY_WINBASEAPI void MY_WINAPI	InitializeCriticalSection (struct _RTL_CRITICAL_SECTION *lpCriticalSection)
MY_WINBASEAPI int MY_WINAPI	InitializeCriticalSectionAndSpinCount (struct _RTL_CRITICAL_SECTION *lpCriticalSection, ni::tU32 dwSpinCount)
MY_WINBASEAPI void MY_WINAPI	EnterCriticalSection (struct _RTL_CRITICAL_SECTION *lpCriticalSection)
MY_WINBASEAPI void MY_WINAPI	LeaveCriticalSection (struct _RTL_CRITICAL_SECTION *lpCriticalSection)
MY_WINBASEAPI void MY_WINAPI	DeleteCriticalSection (struct _RTL_CRITICAL_SECTION *lpCriticalSection)
void *	MyWin32CreateEvent (int bManualReset, int bInitialState)
MY_WINBASEAPI int MY_WINAPI	CloseHandle (void *hObject)
MY_WINBASEAPI int MY_WINAPI	SetEvent (void *hEvent)
MY_WINBASEAPI int MY_WINAPI	ResetEvent (void *hEvent)
MY_WINBASEAPI void *MY_WINAPI	CreateSemaphoreW (struct _SECURITY_ATTRIBUTES *lpSecurityAttr, long lInitialCount, long lMaximumCount, const wchar_t *lpName)
MY_WINBASEAPI int MY_WINAPI	ReleaseSemaphore (void *hObject, long lReleaseCount, long *lpPreviousCount)
MY_WINBASEAPI ni::tU32 MY_WINAPI	WaitForSingleObject (void *hHandle, ni::tU32 dwMilliseconds)
ni::iThread *	ni_create_thread ()
ni::tU32	ni_get_num_threads ()
ni::iThread *	ni_get_thread (ni::tU32 anIndex)
void	ni_join_all_threads ()
tF32	UnitSnapf (tF32 v)
tI32	UnitSnapi (tF32 v)
sVec2f	UnitSnapf (const sVec2f &v)
sVec2i	UnitSnapi (const sVec2f &v)
sVec3f	UnitSnapf (const sVec3f &v)
sVec3i	UnitSnapi (const sVec3f &v)
sVec4f	UnitSnapf (const sVec4f &v)
sVec4i	UnitSnapi (const sVec4f &v)
	niMetaDeclareIsOfType (cUnknown1)
	niMetaDeclareIsOfType (cUnknown2)
	niMetaDeclareIsOfType (cUnknown3)
	niMetaDeclareIsOfType (cUnknown4)
static iUnknown *	_QI (BaseImpl *apThis, const ni::tUUID &aIID)
static tBool	_LI (iMutableCollection *apLst)
static iUnknown *	_QI (BaseImpl *apThis, const ni::tUUID &aIID)
static tBool	_LI (iMutableCollection *apLst)
static iUnknown *	_QI (BaseImpl *apThis, const ni::tUUID &aIID)
static tBool	_LI (iMutableCollection *apLst)
void *	operator new (size_t anSize, void *apMem)
void	operator delete (void *apMem, void *apMemDum)
void *	operator new (size_t anSize)
void *	operator new[] (size_t anSize)
void *	operator new (size_t anSize, const achar *aaszFile, int anLine)
void *	operator new[] (size_t anSize, const achar *aaszFile, int anLine)
void	operator delete (void *apMem)
void	operator delete[] (void *apMem)
void	operator delete (void *apMem, const achar *aaszFile, int anLine)
void	operator delete[] (void *apMem, const achar *aaszFile, int anLine)
void	DeleteThis ()
void	DeleteThis ()
typedef	niMetaSelect (niFlagIs(FLAGS, eIUnknownImplFlags_NoMemoryAllocator), cUnknown0, cMemImpl) tBaseMemAlloc
	UnkImpl_RefCount ()
virtual tI32	AddRef ()
virtual tI32	Release ()
virtual tI32	SetNumRefs (tI32 anNumRefs)
virtual tI32	GetNumRefs () const
	UnkImpl_Aggregatable ()
virtual tI32	AddRef ()
virtual tI32	Release ()
virtual tI32	SetNumRefs (tI32 anNumRefs)
virtual tI32	GetNumRefs () const
	UnkImpl_AggregateOnly ()
virtual tI32	AddRef ()
virtual tI32	Release ()
virtual tI32	SetNumRefs (tI32 anNumRefs)
virtual tI32	GetNumRefs () const
virtual tI32	AddRef ()
virtual tI32	Release ()
virtual tI32	SetNumRefs (tI32 anNumRefs)
virtual tI32	GetNumRefs () const
	cIUnknownImpl ()
virtual tBool	IsOK () const
virtual void	Invalidate ()
virtual iUnknown *	QueryInterface (const ni::tUUID &aIID)
virtual void	ListInterfaces (iMutableCollection *apLst, tU32) const
tI32	AddRef ()
tI32	Release ()
T *	GetNoRefCountPointer () const
	Aggregate (iUnknown *apParent)
tI32	AddRef ()
tI32	Release ()
iUnknown *	GetAggregateParent ()
T *	GetAggregatePointer () const
template<typename _T8 >
ni::tU8	utf_mask8 (_T8 oc)
template<typename _T16 >
ni::tU16	utf_mask16 (_T16 oc)
template<typename _T8 >
bool	utf_is_trail (_T8 oc)
bool	utf_is_unexpected_continuation (const cchar *it)
template<typename _T16 >
bool	utf_is_lead_surrogate (_T16 cp)
template<typename _T16 >
bool	utf_is_trail_surrogate (_T16 cp)
template<typename _T16 >
bool	utf_is_surrogate (_T16 cp)
template<typename _T32 >
bool	utf_is_code_point_valid (_T32 cp)
	cFloat16 ()
	cFloat16 (const cFloat16 &h)
	cFloat16 (tF32 f)
	operator tF32 () const
cFloat16	round (tU32 n) const
cFloat16	operator- () const
cFloat16	operator= (cFloat16 h)
cFloat16	operator= (tF32 f)
cFloat16	operator+= (cFloat16 h)
cFloat16	operator+= (tF32 f)
cFloat16	operator-= (cFloat16 h)
cFloat16	operator-= (tF32 f)
cFloat16	operator*= (cFloat16 h)
cFloat16	operator*= (tF32 f)
cFloat16	operator/= (cFloat16 h)
cFloat16	operator/= (tF32 f)
bool	IsFinite () const
bool	IsNormalized () const
bool	IsDenormalized () const
bool	IsZero () const
bool	IsNan () const
bool	IsInfinity () const
bool	IsNegative () const
static cFloat16	posInf ()
static cFloat16	negInf ()
static cFloat16	qNan ()
static cFloat16	sNan ()
tU16	GetBits () const
void	SetBits (tU16 bits)
tF32	ToFloat () const
	FourCC (tU32 anFourCC=0)
	Initialize the FourCC with a tU32 value. More...
	FourCC (tU8 anA, tU8 anB, tU8 anC, tU8 anD)
	Initialize the FourCC with four tU8. More...
	FourCC (const cchar *acszFourCC)
	Initialize the FourCC with a string. More...
	operator tU32 () const
	Cast to a tU32. More...
void	Set (tU8 anA, tU8 anB, tU8 anC, tU8 anD)
	Set the ABCD components of the FourCC. More...
void	SetA (tU8 anV)
	Set the A component of the FourCC. More...
void	SetB (tU8 anV)
	Set teh B component of the FourCC. More...
void	SetC (tU8 anV)
	Set the C component of the FourCC. More...
void	SetD (tU8 anV)
	Set the D component of the FourCC. More...
tU8	GetA () const
	Get the A component of the FourCC. More...
tU8	GetB () const
	Get teh B component of the FourCC. More...
tU8	GetC () const
	Get the C component of the FourCC. More...
tU8	GetD () const
	Get the D component of the FourCC. More...
cString	GetString () const
	Get the string translation of the FourCC. More...
tBool	operator== (const FourCC &aFourCC) const
	Check if this FourCC is equal to another FourCC. More...
tBool	operator!= (const FourCC &aFourCC) const
	Check if this FourCC is not equal to another FourCC. More...

Variables
const tF16	kMaxF16
const tF16	kMinF16
const tF16	kEpsilonF16
const ni::tU32	kMaxCharsIntToStr
SYNC_INT_TYPE	mprotected_nNumRefs
iUnknown *	mprotected_pAggregateParent
SYNC_INT_TYPE	mprotected_nNumRefs
iUnknown *	mprotected_pAggregateParent
const ni::tU16	knUTFLeadSurrogateMin
const ni::tU16	knUTFLeadSurrogateMax
const ni::tU16	knUTFTrailSurrogateMin
const ni::tU16	knUTFTrailSurrogateMax
const ni::tU16	knUTFLeadOffset
const ni::tU32	knUTFSurrogateOffset
const ni::tU32	knUTFReplacementMarker
const ni::tU32	knUTFMaxCharSize
const ni::tU32	knUTFCodePointMax

Macro Definition Documentation

#define niToCChars

(

X

)

#define niToGChars

(

X

)

#define niToXChars

(

X

)

#define niToUChars

#define niToAChars

#define niLoopIterator	(		NAME,
			C
	)

#define niLoopImmutableIterator	(		TYPE,
			NAME,
			C
	)

#define niLoopMutableIterator	(		TYPE,
			NAME,
			C
	)

#define niCrashReportModuleInstall

(

)

#define niDTS_SetProp_	(		NAME,
			VAL,
			TYPE,
			MT
	)

#define niDTS_SetPropS	(		NAME,
			VAL,
			TYPE,
			MT
	)

#define niDTS_SetProp	(		NAME,
			TYPE,
			MT
	)

#define niDTS_SetPropE	(		NAME,
			TYPE
	)

#define niDTS_SetPropE_	(		NAME,
			VAL,
			TYPE
	)

#define niDTS_SetPropF	(		NAME,
			TYPE
	)

#define niDTS_SetPropF_	(		NAME,
			VAL,
			TYPE
	)

#define niDTS_GetPropE	(		NAME,
			TYPE
	)

#define niDTS_GetPropE_	(		NAME,
			VAL,
			TYPE
	)

#define niDTS_GetPropF	(		NAME,
			TYPE
	)

#define niDTS_GetPropF_	(		NAME,
			VAL,
			TYPE
	)

#define niDTS_GetProp	(		NAME,
			TYPE
	)

#define niDTS_GetProp_	(		NAME,
			VAL,
			TYPE
	)

#define niDTS_GetPropS	(		NAME,
			VAL,
			TYPE
	)

#define niDTS_GetPropFSet	(		NAME,
			TYPE
	)

#define niDTS_GetPropESet	(		NAME,
			VAL,
			TYPE
	)

#define niDTS_GetPropSet	(		NAME,
			VAL,
			TYPE
	)

#define niDTS_GetPropFSetI	(		NAME,
			I,
			TYPE
	)

#define niDTS_GetPropESetI	(		NAME,
			I,
			VAL,
			TYPE
	)

#define niDTS_GetPropSetI	(		NAME,
			I,
			VAL,
			TYPE
	)

#define niMinF16

#define niMinNrmF16

#define niMaxF16

#define niEpsilonF16

#define niMantiDigiF16

#define niDifF16

#define niRadixF16

#define niMinExpF16

#define niMaxExpF16

#define niMin10ExpF16

#define niMax10ExpF16

#define niMessageID_CharToBase

(

CHAR

)

#define niMessageID_PackBased	(		A,
			B,
			C,
			D,
			BYTE
	)

#define niMessageID_PackChars	(		A,
			B,
			C,
			D,
			BYTE
	)

#define niMessageID	(		A,
			B,
			C,
			D,
			BYTE
	)

#define niMessageID_FromChars	(		CHARS,
			BYTE
	)

#define niMessageID_BaseToChar

(

BASE

)

#define niMessageID_GetBaseA

(

MSGID

)

#define niMessageID_GetBaseB

(

MSGID

)

#define niMessageID_GetBaseC

(

MSGID

)

#define niMessageID_GetBaseD

(

MSGID

)

#define niMessageID_GetBYTE

(

MSGID

)

#define niMessageID_GetCharA

(

MSGID

)

#define niMessageID_GetCharB

(

MSGID

)

#define niMessageID_GetCharC

(

MSGID

)

#define niMessageID_GetCharD

(

MSGID

)

#define niMessageID_MaskA

(

MSGID

)

#define niMessageID_MaskAB

(

MSGID

)

#define niMessageID_MaskABC

(

MSGID

)

#define niMessageID_MaskABCD

(

MSGID

)

#define niMessageID_Fmt

(

MSGID

)

#define niMetaAssert

(

condition

)

#define niMetaAssert_	(		n,
			condition
	)

#define niMetaDeclareIsOfType

(

TYPE

)

#define niMetaIsOfType	(		T,
			TYPE
	)

#define niMetaIsVoid

(

T

)

#define niMetaSelect	(		i,
			T0,
			T1
	)

#define niMetaInherit	(		B0,
			B1
	)

#define niMetaCat	(		B0,
			B1
	)

#define niMetaConditionalInherit	(		cnd,
			B0,
			B1
	)

#define niModuleDefImpl_GetModule_Register

(

)

#define niGetIUnknownHString

(

apObj

)

#define niProf

(

x

)

#define niProf_Scope

(

x

)

#define niProf_Define

(

name

)

#define niProf_Begin

(

z

)

#define niProf_End

(

)

#define niProf_Region

(

z

)

#define niProf_Counter

(

z

)

#define niProfileBlock

(

NAME

)

#define niProfileEnter

(

NAME

)

#define niProfileLeave

(

NAME

)

#define ni_list_begin

(

list

)

#define ni_list_end

(

list

)

#define ni_list_empty

(

list

)

#define ni_list_next

(

iterator

)

#define ni_list_previous

(

iterator

)

#define ni_list_front

(

list

)

#define ni_list_back

(

list

)

#define ni_list_push_back	(		list,
			data
	)

#define ni_list_foreach	(		list,
			itname
	)

#define ni_list_foreachi	(		list,
			itname,
			iname
	)

#define ni_tlist_malloc

(

TYPE

)

#define ni_tlist_free

(

P

)

#define ni_tlist_insert	(		ctype,
			iterator,
			data
	)

#define ni_tlist_push_back	(		ctype,
			list,
			data
	)

#define ni_tlist_remove

(

iterator

)

#define ni_tlist_clear

(

list

)

#define ni_tlist_data	(		ctype,
			iterator
	)

#define ni_tlist_findr	(		rit,
			ctype,
			begin,
			end,
			data
	)

#define ni_tlist_find	(		rit,
			ctype,
			list,
			data
	)

#define niLoopSink	(		TYPE,
			NAME,
			C
	)

#define niCallSinkVoid_	(		NAME,
			SINK,
			METH,
			PARAMS
	)

#define niCallSinkRetTest_	(		NAME,
			SINK,
			METH,
			PARAMS,
			RET,
			RETTEST
	)

#define MY_WINBASEAPI

#define MY_WINAPI

#define MY_STATUS_WAIT_0

#define MY_WAIT_OBJECT_0

#define MY_INFINITE

#define MetaQueryInterfaceTpl

(

A

)

#define MetaQueryInterfaceInheritTpl	(		A,
			B
	)

#define MetaImplementQueryInterface

(

)

#define MetaImplementInherit

(

PARENT

)

#define NI_UNKIMPL_ADDREF

(

)

#define NI_UNKIMPL_RELEASE

(

)

#define NI_UNKIMPL_SETNUMREFS

(

anNumRefs

)

#define NI_UNKIMPL_GETNUMREFS

(

)

#define niIUnknownImpl_Local

(

I0

)

Local, no ref count, no delete this.

#define niVarCast

(

O

)

#define niVarCastTo	(		TYPE,
			O
	)

Typedef Documentation

typedef BoxAtomic<tI8> tBoxedI8

typedef BoxAtomic<tU8> tBoxedU8

typedef BoxAtomic<tI16> tBoxedI16

typedef BoxAtomic<tU16> tBoxedU16

typedef BoxAtomic<tI32> tBoxedI32

typedef BoxAtomic<tU32> tBoxedU32

typedef BoxAtomic<tI64> tBoxedI64

typedef BoxAtomic<tU64> tBoxedU64

typedef BoxAtomic<tPtr> tBoxedPtr

typedef BoxAtomic<tSize> tBoxedSize

typedef BoxAtomic<tOffset> tBoxedOffset

typedef BoxAtomic<tIntPtr> tBoxedIntPtr

typedef BoxAtomic<tF32> tBoxedF32

typedef BoxAtomic<tF64> tBoxedF64

typedef BoxAtomic<tVersion> tBoxedVersion

typedef BoxAtomic<tEnum> tBoxedEnum

typedef BoxAtomic<tHandle> tBoxedHandle

typedef BoxAtomic<tFloat> tBoxedFloat

typedef BoxAtomic<tUUID> tBoxedUUID

typedef BoxAtomic<tBool> tBoxedBool

typedef BoxAtomic<tInt> tBoxedInt

typedef BoxAtomic<tUInt> tBoxedUInt

typedef BoxAtomic<tIndex> tBoxedIndex

typedef BoxAtomic<cchar> tBoxedCChar

typedef BoxAtomic<gchar> tBoxedGChar

typedef BoxAtomic<xchar> tBoxedXChar

typedef BoxAtomic<uchar> tBoxedUChar

typedef BoxAtomic<achar> tBoxedAChar

typedef BoxAtomic<tType> tBoxedType

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsI8> > tI8CVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsU8> > tU8CVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsI16> > tI16CVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsU16> > tU16CVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsI32> > tI32CVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsU32> > tU32CVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsF32> > tF32CVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsF64> > tF64CVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsVec2i> > tVec2iCVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsVec2f> > tVec2fCVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsVec3i> > tVec3iCVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsVec3f> > tVec3fCVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsVec4i> > tVec4iCVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsVec4f> > tVec4fCVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsMatrixf> > tMatrixfCVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsIUnknown> > tIUnknownCVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsString> > tStringCVec

typedef ni::cMutableCollectionImpl<ni::CollectionTraitsVector<ni::CollectionTraitsUUID> > tUUIDCVec

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsI32,ni::CollectionTraitsI32> > tI32CMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsI32,ni::CollectionTraitsU32> > tI32U32CMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsI32,ni::CollectionTraitsIUnknown> > tI32IUnknownCMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsI32,ni::CollectionTraitsString> > tI32StringCMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsU32,ni::CollectionTraitsI32> > tU32I32CMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsU32,ni::CollectionTraitsU32> > tU32CMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsU32,ni::CollectionTraitsIUnknown> > tU32IUnknownCMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsU32,ni::CollectionTraitsString> > tU32StringCMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsIUnknown,ni::CollectionTraitsI32> > tIUnknownI32CMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsIUnknown,ni::CollectionTraitsU32> > tIUnknownU32CMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsIUnknown,ni::CollectionTraitsIUnknown> > tIUnknownCMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsIUnknown,ni::CollectionTraitsString> > tIUnknownStringCMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsString,ni::CollectionTraitsI32> > tStringI32CMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsString,ni::CollectionTraitsU32> > tStringU32CMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsString,ni::CollectionTraitsIUnknown> > tStringIUnknownCMap

typedef ni::cMutableCollectionImpl< ni::CollectionTraitsMap<ni::CollectionTraitsString,ni::CollectionTraitsString> > tStringCMap

typedef Var(__ni_export_call_decl * tpfnRunnable)()

To be used with the Runnable<> template to specify a function pointer instead of a lambda.

typedef Var(__ni_export_call_decl * tpfnCallback0)()

To be used with the Callback0<> template to specify a function pointer instead of a lambda.

typedef Var(__ni_export_call_decl * tpfnCallback1)(const Var &avarA)

To be used with the Callback1<> template to specify a function pointer instead of a lambda.

typedef Var(__ni_export_call_decl * tpfnCallback2)(const Var &avarA, const Var &avarB)

To be used with the Callback2<> template to specify a function pointer instead of a lambda.

typedef void(__ni_export_call_decl * tpfnMessageHandler)(tU32 anMsg, const Var &avarA, const Var &avarB)

To be used with the MessageHandler<> template to specify a function pointer instead of a lambda.

typedef void(* tpfnConcurrentThreadCallback)(ni::tU64 threadID)

typedef struct ni::sFindFile sFindFile

Find file struct.

typedef astl::map<cString,sFileInfo> tFileInfoMap

File info map.

typedef cFloat16 tF16

typedef tU32 tParseTypeDescFlags

Parse type description flags type.

typedef tBool(* tpfnRandomEntrpySource)(tU8 *buffer, tSize buflen)

typedef struct ni::tListNode_tag tListNode

typedef tListNode* tListIt

typedef struct ni::tList_tag tList

typedef astl::vector<tPtr> tPtrVec

typedef tPtrVec::iterator tPtrVecIt

typedef tPtrVec::const_iterator tPtrVecCIt

typedef tPtrVec::reverse_iterator tPtrVecRIt

typedef tPtrVec::const_reverse_iterator tPtrVecCRIt

typedef astl::vector<tHandle> tHandleVec

typedef tHandleVec::iterator tHandleVecIt

typedef tHandleVec::const_iterator tHandleVecCIt

typedef tHandleVec::reverse_iterator tHandleVecRIt

typedef tHandleVec::const_reverse_iterator tHandleVecCRIt

typedef astl::vector<tU8> tU8Vec

typedef tU8Vec::iterator tU8VecIt

typedef tU8Vec::const_iterator tU8VecCIt

typedef tU8Vec::reverse_iterator tU8VecRIt

typedef tU8Vec::const_reverse_iterator tU8VecCRIt

typedef astl::vector<tU16> tU16Vec

typedef tU16Vec::iterator tU16VecIt

typedef tU16Vec::const_iterator tU16VecCIt

typedef tU16Vec::reverse_iterator tU16VecRIt

typedef tU16Vec::const_reverse_iterator tU16VecCRIt

typedef astl::vector<tU32> tU32Vec

typedef tU32Vec::iterator tU32VecIt

typedef tU32Vec::const_iterator tU32VecCIt

typedef tU32Vec::reverse_iterator tU32VecRIt

typedef tU32Vec::const_reverse_iterator tU32VecCRIt

typedef astl::vector<tI32> tI32Vec

typedef tI32Vec::iterator tI32VecIt

typedef tI32Vec::const_iterator tI32VecCIt

typedef tI32Vec::reverse_iterator tI32VecRIt

typedef tI32Vec::const_reverse_iterator tI32VecCRIt

typedef astl::vector<tU32Vec> tU32VecVec

typedef tU32VecVec::iterator tU32VecVecIt

typedef tU32VecVec::const_iterator tU32VecVecCIt

typedef tU32VecVec::reverse_iterator tU32VecVecRIt

typedef tU32VecVec::const_reverse_iterator tU32VecVecCRIt

typedef astl::vector<tF32> tF32Vec

typedef tF32Vec::iterator tF32VecIt

typedef tF32Vec::const_iterator tF32VecCIt

typedef tF32Vec::reverse_iterator tF32VecRIt

typedef tF32Vec::const_reverse_iterator tF32VecCRIt

typedef astl::vector<tIndex> tIndexVec

Index vector.

typedef tIndexVec::iterator tIndexVecIt

Index vector iterator.

typedef tIndexVec::const_iterator tIndexVecCIt

Index vector constant iterator.

typedef struct _MY_RTL_CRITICAL_SECTION MY_CRITICAL_SECTION

typedef tU32 tIUnknownImplFlags

typedef T0 IUnknownBaseType

typedef T0 BaseType

protected

typedef cIUnknownImpl<T0,FLAGS,T1,T2,T3,T4> BaseImpl

typedef T0 Base0

typedef T1 Base1

typedef T2 Base2

typedef T3 Base3

typedef T4 Base4

Enumeration Type Documentation

enum eBinTreeNode

Binary Tree node type.

Enumerator
eBinTreeNode_Left
eBinTreeNode_Right

enum eParseTypeDescFlags

Parse type description flags enumeration.

Enumerator
eParseTypeDescFlags_Name
eParseTypeDescFlags_Type
eParseTypeDescFlags_Flags
eParseTypeDescFlags_All

enum eIUnknownImplFlags

Enumerator
eIUnknownImplFlags_NoMemoryAllocator
eIUnknownImplFlags_NoRefCount
eIUnknownImplFlags_Aggregatable
eIUnknownImplFlags_DontInherit1
eIUnknownImplFlags_DontInherit2
eIUnknownImplFlags_DontInherit3
eIUnknownImplFlags_DontInherit4
eIUnknownImplFlags_EmptyDeleteThis
eIUnknownImplFlags_Default
eIUnknownImplFlags_RefCount
eIUnknownImplFlags_Local
eIUnknownImplFlags_ForceDWORD

enum eUTFError

Enumerator
eUTFError_OK
eUTFError_NotEnoughtRoom
eUTFError_InvalidLead
eUTFError_InvalidSequence
eUTFError_OverlongSequence
eUTFError_InvalidCodePoint

Function Documentation

void ni::Buffer_ZeroMembers

(

sBuffer *

apBuffer

)

tBool ni::Buffer_IsEmpty

(

const sBuffer *

apBuffer

)

tU32 ni::Buffer_GetCapacity

(

const sBuffer *

apBuffer

)

tU32 ni::Buffer_GetSize

(

const sBuffer *

apBuffer

)

tPtr ni::Buffer_GetData

(

const sBuffer *

apBuffer

)

tBool ni::Buffer_IsAdopted

(

const sBuffer *

apBuffer

)

tBool ni::Buffer_SetCapacity	(	sBuffer *	apBuffer,
		tU32	anNewCapacity
	)

void ni::Buffer_Clear

(

sBuffer *

apBuffer

)

tBool ni::Buffer_Adopt	(	sBuffer *	apBuffer,
		tPtr	apData,
		tU32	anInitialSize
	)

tBool ni::Buffer_Reserve	(	sBuffer *	apBuffer,
		tU32	anSize
	)

void ni::Buffer_Compact

(

sBuffer *

apBuffer

)

tBool ni::Buffer_Resize	(	sBuffer *	apBuffer,
		tU32	anSize
	)

tBool ni::Buffer_Append	(	sBuffer *	apBuffer,
		tPtr	apData,
		tU32	anSize
	)

tBool ni::Buffer_AppendUTF8	(	sBuffer *	apBuffer,
		const cchar *	apData,
		tU32	anSizeInBytes,
		tBool	abAppendZero
	)

tBool ni::Buffer_AppendUTF8ToUTF16	(	sBuffer *	apBuffer,
		const cchar *	apData,
		tU32	anSizeInBytes,
		tBool	abAppendZero
	)

tBool ni::Buffer_AppendUTF8ToUTF32	(	sBuffer *	apBuffer,
		const cchar *	apData,
		tU32	anSizeInBytes,
		tBool	abAppendZero
	)

tBool ni::Buffer_AppendUTF16	(	sBuffer *	apBuffer,
		const gchar *	apData,
		tU32	anSizeInBytes,
		tBool	abAppendZero
	)

tBool ni::Buffer_AppendUTF16ToUTF8	(	sBuffer *	apBuffer,
		const gchar *	apData,
		tU32	anSizeInBytes,
		tBool	abAppendZero
	)

tBool ni::Buffer_AppendUTF16ToUTF32	(	sBuffer *	apBuffer,
		const gchar *	apData,
		tU32	anSizeInBytes,
		tBool	abAppendZero
	)

tBool ni::Buffer_AppendUTF32	(	sBuffer *	apBuffer,
		const xchar *	apData,
		tU32	anSizeInBytes,
		tBool	abAppendZero
	)

tBool ni::Buffer_AppendUTF32ToUTF8	(	sBuffer *	apBuffer,
		const xchar *	apData,
		tU32	anSizeInBytes,
		tBool	abAppendZero
	)

tBool ni::Buffer_AppendUTF32ToUTF16	(	sBuffer *	apBuffer,
		const xchar *	apData,
		tU32	anSizeInBytes,
		tBool	abAppendZero
	)

TTo ni::ptr_cast

(

Ptr< TFrom > &

v

)

TTo ni::ptr_cast

(

TFrom

v

)

T* ni::QueryCollection

(

const iUnknown *

apObj

)

Ptr<iRunnable> ni::Runnable

(

const T &

aLambda

)

Ptr<iCallback> ni::Callback0

(

const T &

aLambda

)

Ptr<iCallback> ni::Callback1

(

const T &

aLambda

)

Ptr<iCallback> ni::Callback2

(

const T &

aLambda

)

Ptr<iMessageHandler> ni::MessageHandler	(	const T &	aLambda,
		const tU64	anThreadID = ni::ThreadGetCurrentThreadID()
	)

tBool ni::IOExecute

(

iRunnable *

apRunnable

)

tBool ni::CPUExecute

(

iRunnable *

apRunnable

)

tBool ni::MainExecute

(

iRunnable *

apRunnable

)

Ptr<iFuture> ni::IOSubmit

(

iRunnable *

apRunnable

)

Ptr<iFuture> ni::CPUSubmit

(

iRunnable *

apRunnable

)

Ptr<iFuture> ni::MainSubmit

(

iRunnable *

apRunnable

)

void ni::ConcurrentSetThreadStartEndCallbacks	(	tpfnConcurrentThreadCallback	apfnStart,
		tpfnConcurrentThreadCallback	apfnEnd
	)

const ni::cString& ni_stack_get_current	(	ni::cString &	aOutput,
		void *	apExp = NULL
	)

void cpp_terminate_handler

(

)

void cpp_unexp_handler

(

)

void cpp_purecall_handler

(

)

void cpp_security_handler	(	int	code,
		void *	x
	)

void cpp_invalid_parameter_handler	(	const wchar_t *	expression,
		const wchar_t *	function,
		const wchar_t *	file,
		unsigned int	line,
		uintptr_t	pReserved
	)

int cpp_new_handler

(

size_t

)

void cpp_sigabrt_handler

(

int

)

void cpp_sigfpe_handler	(	int	,
		int	subcode
	)

void cpp_sigill_handler

(

int

)

void cpp_sigint_handler

(

int

)

void cpp_sigsegv_handler

(

int

)

void cpp_sigterm_handler

(

int

)

Ptr<iCryptoHash> ni::CreateHash

(

const achar *

aHashType

)

Ptr<iCryptoHash> ni::HashFile	(	iCryptoHash *	apHash,
		iFile *	apFile
	)

Ptr<iCryptoHash> ni::HashString	(	iCryptoHash *	apHash,
		const achar *	aString,
		const tI32	aStrLen = 0
	)

Ptr<iCryptoHash> ni::HashDataTable	(	iCryptoHash *	apHash,
		iDataTable *	apDT
	)

cString ni::HashToString	(	iCryptoHash *	apHash,
		eRawToStringEncoding	aEncoding = eRawToStringEncoding_Hex
	)

Ptr<iDataTable> ni::LoadDataTable	(	const achar *	aURL,
		const achar *	aaszSerFormat = "xml"
	)

tBool ni::WriteDataTable	(	const iDataTable *	apDT,
		const achar *	aPath,
		const achar *	aaszSerFormat = "xml"
	)

Ptr<iDataTable> ni::CreateDataTableFromXML	(	const achar *	aaszText,
		tI32	anSize = -1
	)

cString ni::DataTableToXML

(

iDataTable *

apDT

)

cString ni::DataTableToCompressedString

(

iDataTable *

apDT

)

Ptr<iDataTable> ni::CreateDataTableFromCompressedString

(

const achar *

aaszText

)

void ni::FindFile_Init	(	sFindFile *	apFF,
		const achar *	aaszPath
	)

Initialize the find file structure.

tBool ni::FindFile_Close

(

sFindFile *

apFF

)

Close the current find.

void ni::FindFile_ResetFileInfos

(

sFindFile *

apFF

)

Reset all file infos.

tBool ni::FindFile_First	(	sFindFile *	apFF,
		const achar *	aaszPath
	)

Find the first file matching the specified path.

tBool ni::FindFile_Next

(

sFindFile *

apFF

)

Find the next file matching the path.

tBool ni::FindFile_FileExists

(

const sFindFile *

apFF

)

Get whether there's a file info available.

const achar* ni::FindFile_FileName

(

const sFindFile *

apFF

)

Get the current file name.

tI64 ni::FindFile_FileUnixTimeSecs

(

const sFindFile *

apFF

)

Get the current file time.

tI64 ni::FindFile_FileSize

(

const sFindFile *

apFF

)

Get the current file size.

tFileAttrFlags ni::FindFile_FileAttribs

(

const sFindFile *

apFF

)

Get the current file attribs.

tU32 ni::afile_enum	(	const achar *	aszFile,
		tU32	flAttribs,
		iFileEnumSink *	apSink,
		tFileInfoMap *	apMap,
		tU32	anMax
	)

tU32 ni::ListFiles	(	astl::vector< sFileInfo > &	aFiles,
		const achar *	aDirectory,
		const achar *	aFilter,
		const tBool	abRecursive
	)

ni::tU16 ni::ni_f32_to_f16

(

ni::tF32

v

)

ni::tF32 ni::ni_f16_to_f32

(

ni::tU16

v

)

ni::Ptr<ni::iHString> ni::GenerateUniqueNameUUID	(	ni::iHString *	ahspBaseName,
		const tUUID &	aUUID,
		const T &	aPredicate
	)

Generate a unique name, using a UUID as name generation base. The predicate should return true if the name is unique, else false.

ni::Ptr<ni::iHString> ni::GenerateUniqueNameCounter	(	ni::iHString *	ahspBaseName,
		const tU32	aMaxCount,
		const T &	aPredicate
	)

Generate a unique name, using a counter as name generation base. The predicate should return true if the name is unique, else false.

ni::ASTL_DEFAULT_ALLOCATOR_IMPL

(

indexed_map

)

ni::tU32 ni::MessageID_FromString

(

const ni::achar *

aaszStr

)

const ni::achar* ni::MessageID_ToString	(	ni::achar	aaszOut[7],
		ni::tU32	anMessageID
	)

ni::cString ni::MessageID_ToString

(

ni::tU32

anMessageID

)

tBool ni::MessageID_FilterChar	(	const T	d,
		const T *	p
	)

Filter format : INCLUDE!EXCLUDE*. INCLUDE letters are matched, if any of them does match returns TRUE. Then EXCLUDE letters are matched, if any of them does match returns FALSE. The default return value if a '!' is found is TRUE, otherwise it is FALSE. This means that the string "!" will match ANY character (since the default return value becomes TRUE.

tBool ni::MessageID_FilterD	(	tU32	anMsgID,
		const T *	p
	)

cString ni::GetModuleFileName	(	const achar *	aaszName,
		const achar *	aaszExt = niDLLSuffix
	)

void* ni_get_vtable_object_iHString

(

)

sRunProcessResult ni::RunProcess	(	iOSProcessManager *	apProcMan,
		const achar *	aaszCmd,
		iFile *	apStdOut = NULL,
		ThreadMutex *	apSyncStdOutMutex = NULL
	)

void ni::ni_prng_set_entropy_source

(

tpfnRandomEntrpySource

apfnRandomEntropySource

)

Set the current random entropy source. By default uses the 'best' source available on the platform.

tI64 ni::ni_prng_get_seed_from_entropy_source

(

)

Generate a seed from the current random entropy source.

int4 ni::ni_prng_init

(

tU64

anSeed

)

Initialize a new PRNG, if anSeed == 0 seed from the current entropy source.

void ni::ni_prng_seed	(	int4 *	aPRNG,
		tU64	anSeed
	)

Seed a random number generator.

tI32 ni::ni_prng_next_i32

(

int4 *

aPRNG

)

Get the next i32 prn of the specified PRNG.

Remarks

The general contract of |NextInt(int)| is that one int value in the specified range is pseudorandomly generated and returned. All max possible int values are produced with (approximately) equal probability.

tI64 ni::ni_prng_next_i64

(

int4 *

aPRNG

)

Get the next i64 prn of the specified PRNG.

Remarks

The general contract of ni_prng_next_i64 is that one 64-bit int value is pseudorandomly generated and returned. All 2^64 possible integer values are produced with (approximately) equal probability.

tF64 ni::ni_prng_next_f64

(

int4 *

aPRNG

)

Get the next f64 prn of the specified PRNG.

Remarks

The general contract of ni_prng_next_f64 is that one double value, chosen (approximately) uniformly from the range 0.0 (inclusive) to 1.0 (exclusive), is pseudorandomly generated and returned.

tBool ni::ni_prng_next_bool

(

int4 *

aPRNG

)

Get the next bool prn of the specified PRNG.

Remarks

The general contract of ni_prng_next_bool is that one boolean value is pseudorandomly generated and returned. The values true and false are produced with (approximately) equal probability.

void ni::ni_prng_next_bytes	(	int4 *	aPRNG,
		tPtr	apBytes,
		tSize	anNumBytes
	)

Get the next bytes prn of the specified PRNG.

int4* ni::ni_prng_global

(

)

Get the default/global prng.

void ni::RandSeed	(	tU32	aSeed,
		int4 *	aPRNG = ni_prng_global()
	)

Seed a random number generator.

tBool ni::RandBool

(

int4 *

aPRNG = ni_prng_global()

)

Return a random boolean.

void ni::RandBytes	(	tPtr	apBytes,
		tSize	anNumBytes,
		int4 *	aPRNG = ni_prng_global()
	)

Return a random bytes.

tI32 ni::RandInt

(

int4 *

aPRNG = ni_prng_global()

)

Return a random integer in the range [-TypeMin(tI32) ; TypeMax(tI32)].

tI64 ni::RandInt64

(

int4 *

aPRNG = ni_prng_global()

)

Return a random integer in the range [-TypeMin(tI64) ; TypeMax(tI64)].

tI32 ni::RandIntRange	(	tI32	aMin,
		tI32	aMax,
		int4 *	aPRNG = ni_prng_global()
	)

Return a random integer in the specified half-opened range [ aMin ; aMax ].

tF64 ni::RandSignedFloat

(

int4 *

aPRNG = ni_prng_global()

)

Return a random float in the range [-1 ; 1].

tF64 ni::RandFloat

(

int4 *

aPRNG = ni_prng_global()

)

Return a random float in the range [0 ; 1].

tF64 ni::RandFloatRange	(	tF64	aMin,
		tF64	aMax,
		int4 *	aPRNG = ni_prng_global()
	)

Return a random float in the specified range.

tF32 ni::RandN	(	tF32	sigma,
		int4 *	aPRNG = ni_prng_global()
	)

Return a random number with a normal distribution.

tU32 ni::RandColorA	(	tU8	aA,
		int4 *	aPRNG = ni_prng_global()
	)

tU32 ni::RandColorAf	(	tF32	aA,
		int4 *	aPRNG = ni_prng_global()
	)

tU32 ni::RandColor

(

int4 *

aPRNG = ni_prng_global()

)

char* ni::StringUIntToStr	(	char *	apBuffer,
		ni::tSize	anBufferSize,
		tU64	i
	)

char* ni::StringIntToStr	(	char *	apBuffer,
		tSize	anBufferSize,
		tI64	i
	)

tSize ni::StringTokenize	(	const cString &	aToTok,
		TVEC &	vTokens,
		iStringTokenizer *	apTok
	)

MY_WINBASEAPI ni::tU32 MY_WINAPI GetCurrentThreadId

(

)

MY_WINBASEAPI void MY_WINAPI InitializeCriticalSection

(

struct _RTL_CRITICAL_SECTION *

lpCriticalSection

)

MY_WINBASEAPI int MY_WINAPI InitializeCriticalSectionAndSpinCount	(	struct _RTL_CRITICAL_SECTION *	lpCriticalSection,
		ni::tU32	dwSpinCount
	)

MY_WINBASEAPI void MY_WINAPI EnterCriticalSection

(

struct _RTL_CRITICAL_SECTION *

lpCriticalSection

)

MY_WINBASEAPI void MY_WINAPI LeaveCriticalSection

(

struct _RTL_CRITICAL_SECTION *

lpCriticalSection

)

MY_WINBASEAPI void MY_WINAPI DeleteCriticalSection

(

struct _RTL_CRITICAL_SECTION *

lpCriticalSection

)

void* MyWin32CreateEvent	(	int	bManualReset,
		int	bInitialState
	)

MY_WINBASEAPI int MY_WINAPI CloseHandle

(

void *

hObject

)

MY_WINBASEAPI int MY_WINAPI SetEvent

(

void *

hEvent

)

MY_WINBASEAPI int MY_WINAPI ResetEvent

(

void *

hEvent

)

MY_WINBASEAPI void* MY_WINAPI CreateSemaphoreW	(	struct _SECURITY_ATTRIBUTES *	lpSecurityAttr,
		long	lInitialCount,
		long	lMaximumCount,
		const wchar_t *	lpName
	)

MY_WINBASEAPI int MY_WINAPI ReleaseSemaphore	(	void *	hObject,
		long	lReleaseCount,
		long *	lpPreviousCount
	)

MY_WINBASEAPI ni::tU32 MY_WINAPI WaitForSingleObject	(	void *	hHandle,
		ni::tU32	dwMilliseconds
	)

ni::iThread* ni_create_thread

(

)

ni::tU32 ni_get_num_threads

(

)

ni::iThread* ni_get_thread

(

ni::tU32

anIndex

)

void ni_join_all_threads

(

)

tF32 ni::UnitSnapf

(

tF32

v

)

tI32 ni::UnitSnapi

(

tF32

v

)

sVec2f ni::UnitSnapf

(

const sVec2f &

v

)

sVec2i ni::UnitSnapi

(

const sVec2f &

v

)

sVec3f ni::UnitSnapf

(

const sVec3f &

v

)

sVec3i ni::UnitSnapi

(

const sVec3f &

v

)

sVec4f ni::UnitSnapf

(

const sVec4f &

v

)

sVec4i ni::UnitSnapi

(

const sVec4f &

v

)

ni::UnkImplMeta::niMetaDeclareIsOfType

(

cUnknown1

)

ni::UnkImplMeta::niMetaDeclareIsOfType

(

cUnknown2

)

ni::UnkImplMeta::niMetaDeclareIsOfType

(

cUnknown3

)

ni::UnkImplMeta::niMetaDeclareIsOfType

(

cUnknown4

)

static iUnknown* _QI ( BaseImpl *  apThis, const ni::tUUID &  aIID  )

static

static tBool _LI ( iMutableCollection *  apLst )

static

static iUnknown* _QI ( BaseImpl *  apThis, const ni::tUUID &  aIID  )

static

static tBool _LI ( iMutableCollection *  apLst )

static

static iUnknown* _QI ( BaseImpl *  apThis, const ni::tUUID &  aIID  )

static

static tBool _LI ( iMutableCollection *  apLst )

static

void* operator new	(	size_t	anSize,
		void *	apMem
	)

void operator delete	(	void *	apMem,
		void *	apMemDum
	)

void* operator new

(

size_t

anSize

)

void* operator new[]

(

size_t

anSize

)

void* operator new	(	size_t	anSize,
		const achar *	aaszFile,
		int	anLine
	)

void* operator new[]	(	size_t	anSize,
		const achar *	aaszFile,
		int	anLine
	)

void operator delete

(

void *

apMem

)

void operator delete[]

(

void *

apMem

)

void operator delete	(	void *	apMem,
		const achar *	aaszFile,
		int	anLine
	)

void operator delete[]	(	void *	apMem,
		const achar *	aaszFile,
		int	anLine
	)

void DeleteThis

(

)

void DeleteThis

(

)

typedef niMetaSelect ( niFlagIs(FLAGS, eIUnknownImplFlags_NoMemoryAllocator)  , cUnknown0  , cMemImpl    )

protected

UnkImpl_RefCount

(

)

virtual tI32 AddRef ( )

virtual

virtual tI32 Release ( )

virtual

virtual tI32 SetNumRefs ( tI32  anNumRefs )

virtual

virtual tI32 GetNumRefs ( ) const

virtual

UnkImpl_Aggregatable

(

)

virtual tI32 AddRef ( )

virtual

virtual tI32 Release ( )

virtual

virtual tI32 SetNumRefs ( tI32  anNumRefs )

virtual

virtual tI32 GetNumRefs ( ) const

virtual

UnkImpl_AggregateOnly

(

)

virtual tI32 AddRef ( )

virtual

virtual tI32 Release ( )

virtual

virtual tI32 SetNumRefs ( tI32  anNumRefs )

virtual

virtual tI32 GetNumRefs ( ) const

virtual

virtual tI32 AddRef ( )

virtual

virtual tI32 Release ( )

virtual

virtual tI32 SetNumRefs ( tI32  anNumRefs )

virtual

virtual tI32 GetNumRefs ( ) const

virtual

cIUnknownImpl

(

)

tBool IsOK ( ) const

virtual

Reimplemented in cMutableCollectionImpl< TRAITS, IMMIMPL >::sIterator, cCollectionImpl< TRAITS, BASEIMPL >::sIterator, and cOSWinFile.

void Invalidate ( )

virtual

Reimplemented in cMutableCollectionImpl< TRAITS, IMMIMPL >::sIterator, cCollectionImpl< TRAITS, BASEIMPL >::sIterator, and cOSWinFile.

iUnknown * QueryInterface ( const ni::tUUID &  aIID )

virtual

Reimplemented in cVlkEntitySinkImpl< BASE1, BASE2, BASE3, BASE4 >, and cWidgetSinkImpl< T >.

void ListInterfaces ( iMutableCollection *  apLst, tU32    ) const

virtual

Reimplemented in cVlkEntitySinkImpl< BASE1, BASE2, BASE3, BASE4 >, and cWidgetSinkImpl< T >.

tI32 AddRef

(

)

tI32 Release

(

)

T* GetNoRefCountPointer

(

)

const

Aggregate

(

iUnknown *

apParent

)

tI32 AddRef

(

)

tI32 Release

(

)

iUnknown* GetAggregateParent

(

)

T* GetAggregatePointer

(

)

const

ni::tU8 ni::utf_mask8

(

_T8

oc

)

ni::tU16 ni::utf_mask16

(

_T16

oc

)

bool ni::utf_is_trail

(

_T8

oc

)

bool ni::utf_is_unexpected_continuation

(

const cchar *

it

)

bool ni::utf_is_lead_surrogate

(

_T16

cp

)

bool ni::utf_is_trail_surrogate

(

_T16

cp

)

bool ni::utf_is_surrogate

(

_T16

cp

)

bool ni::utf_is_code_point_valid

(

_T32

cp

)

cFloat16

(

)

cFloat16

(

const cFloat16 &

h

)

cFloat16

(

tF32

f

)

operator tF32

(

)

const

cFloat16 round

(

tU32

n

)

const

cFloat16 operator-

(

)

const

cFloat16 operator=

(

cFloat16

h

)

cFloat16 operator=

(

tF32

f

)

cFloat16 operator+=

(

cFloat16

h

)

cFloat16 operator+=

(

tF32

f

)

cFloat16 operator-=

(

cFloat16

h

)

cFloat16 operator-=

(

tF32

f

)

cFloat16 operator*=

(

cFloat16

h

)

cFloat16 operator*=

(

tF32

f

)

cFloat16 operator/=

(

cFloat16

h

)

cFloat16 operator/=

(

tF32

f

)

bool IsFinite

(

)

const

bool IsNormalized

(

)

const

bool IsDenormalized

(

)

const

bool IsZero

(

)

const

bool IsNan

(

)

const

bool IsInfinity

(

)

const

bool IsNegative

(

)

const

cFloat16 posInf ( )

static

cFloat16 negInf ( )

static

cFloat16 qNan ( )

static

cFloat16 sNan ( )

static

tU16 GetBits

(

)

const

void SetBits

(

tU16

bits

)

tF32 ToFloat

(

)

const

FourCC

(

tU32

anFourCC = 0

)

Initialize the FourCC with a tU32 value.

FourCC	(	tU8	anA,
		tU8	anB,
		tU8	anC,
		tU8	anD
	)

Initialize the FourCC with four tU8.

FourCC

(

const cchar *

acszFourCC

)

Initialize the FourCC with a string.

operator tU32

(

)

const

Cast to a tU32.

void Set	(	tU8	anA,
		tU8	anB,
		tU8	anC,
		tU8	anD
	)

Set the ABCD components of the FourCC.

void SetA

(

tU8

anV

)

Set the A component of the FourCC.

void SetB

(

tU8

anV

)

Set teh B component of the FourCC.

void SetC

(

tU8

anV

)

Set the C component of the FourCC.

void SetD

(

tU8

anV

)

Set the D component of the FourCC.

tU8 GetA

(

)

const

Get the A component of the FourCC.

tU8 GetB

(

)

const

Get teh B component of the FourCC.

tU8 GetC

(

)

const

Get the C component of the FourCC.

tU8 GetD

(

)

const

Get the D component of the FourCC.

cString GetString

(

)

const

Get the string translation of the FourCC.

tBool operator==

(

const FourCC &

aFourCC

)

const

Check if this FourCC is equal to another FourCC.

tBool operator!=

(

const FourCC &

aFourCC

)

const

Check if this FourCC is not equal to another FourCC.

Variable Documentation

const tF16 kMaxF16

const tF16 kMinF16

const tF16 kEpsilonF16

const ni::tU32 kMaxCharsIntToStr

SYNC_INT_TYPE mprotected_nNumRefs

iUnknown* mprotected_pAggregateParent

SYNC_INT_TYPE mprotected_nNumRefs

iUnknown* mprotected_pAggregateParent

const ni::tU16 knUTFLeadSurrogateMin

const ni::tU16 knUTFLeadSurrogateMax

const ni::tU16 knUTFTrailSurrogateMin

const ni::tU16 knUTFTrailSurrogateMax

const ni::tU16 knUTFLeadOffset

const ni::tU32 knUTFSurrogateOffset

const ni::tU32 knUTFReplacementMarker

const ni::tU32 knUTFMaxCharSize

const ni::tU32 knUTFCodePointMax