Utility

module. More...

Classes
class	Proud::CAngleFollower
class	Proud::ByteArray
class	Proud::ByteArrayPtr
class	Proud::CriticalSection
class	Proud::CriticalSectionLock
	The object that 'lock accesses' CriticalSection object. More...
class	Proud::CCryptoAes
class	Proud::CCryptoAesKey
class	Proud::CCryptoRsaKey
class	Proud::CCryptoRsa
class	Proud::ILogWriterDelegate
class	Proud::CDbLogParameter
class	Proud::CDbLogWriter
class	Proud::Deque< T >
class	Proud::Event
class	Proud::Exception
class	Proud::CArrayWithExternalBuffer< TYPE, TYPE_IN_REF, RAWTYPE, INDEXTYPE >
class	Proud::IClonable
class	Proud::Timer
class	Proud::Random
struct	FastArray_Traits< T, T_IN_REF >
struct	Proud::FastArray_Traits< T, true >
struct	Proud::FastArray_Traits< T, false >
class	Proud::CFastArray< T, T_IN_REF, RAWTYPE, INDEXTYPE >
class	Proud::CFastHeap
class	Proud::CFastHeapSettings
class	Proud::CFastList< E, ETraits >
class	Proud::CFastMap< K, V, KTraits, VTraits >
class	Proud::CFastSet< K, KTraits >
class	Proud::CFixedLengthArray< size, TYPE, ARG_TYPE >
class	Proud::CListNode< T >
class	Proud::CLookasideAllocator
class	Proud::CMilisecTimer
class	Proud::CRoundRobinNumberGenerator
class	Proud::CCrc
class	Proud::AnsiStrTraits
class	Proud::UnicodeStrTraits
class	Proud::StringT< XCHAR, StringTraits >
class	Proud::StrBufT< XCHAR, StringTraits >
class	Proud::StringTraitsT< XCHAR, StringTraits >
class	Proud::Thread
class	Proud::CPnTimeSpan
class	Proud::CPnTime
class	Proud::CPositionFollower
class	Proud::CFirstHeap
class	Proud::CProcHeap
class	Proud::CMemoryHeap
class	Proud::CHeldPtr< T >
class	Proud::SmartPtr< T >
class	Proud::RefCount< T >
class	Proud::CVirtualAllocPage< T >
class	Proud::CQuantizer
class	Proud::CRandom
class	Proud::Semaphore
class	Proud::CSingleton< T >
class	Proud::CStringEncoder
struct	Proud::PN_OVERLAPPED_ENTRY
class	Proud::CKernel32Api
class	Proud::CLocale
class	Proud::CSystemInfo
struct	Proud::NewTimerParam
class	Proud::CTimerQueue
class	Proud::CTimerQueueTimer
class	Proud::CTimerThread
struct	Proud::TimerEventHandle
class	Proud::CLogWriter
struct	Proud::Vector3T< FloatType >

Macros
#define	XXXHeapChk   __noop
#define	StringT2A   StringW2A
#define	StringA2T   StringA2W
#define	StringT2W(x)   (::Proud::String(x))
#define	StringW2T(x)   (::Proud::String(x))

Typedefs
typedef RefCount< CCryptoRsaKey >	Proud::CRsaKeyPtr
typedef uint16_t	Proud::CryptCount
typedef RefCount < CLookasideAllocator >	Proud::CLookasideAllocatorPtr
typedef unsigned int	Proud::Crc32
typedef char	Proud::AnsiStrTraits::CharType
typedef wchar_t	Proud::UnicodeStrTraits::CharType
typedef const StringT< XCHAR, StringTraits > &	Proud::StringTraitsT< XCHAR, StringTraits >::INARGTYPE
typedef StringT< XCHAR, StringTraits > &	Proud::StringTraitsT< XCHAR, StringTraits >::OUTARGTYPE
typedef StringT< char, AnsiStrTraits >	Proud::StringA
typedef StringT< wchar_t, UnicodeStrTraits >	Proud::StringW
typedef StringW	Proud::String
typedef StrBufT< char, AnsiStrTraits >	Proud::StrBufA
typedef StrBufT< wchar_t, UnicodeStrTraits >	Proud::StrBufW
typedef StringTraitsT< char, AnsiStrTraits >	Proud::StringTraitsA
typedef StringTraitsT< wchar_t, UnicodeStrTraits >	Proud::StringTraitsW
typedef StringTraitsW	Proud::StringTraits
typedef StrBufW	Proud::StrBuf
typedef RefCount< Thread >	Proud::ThreadPtr
typedef WINBASEAPI HANDLE(WINAPI *	Proud::CreateIoCompletionPortProc )(HANDLE FileHandle, HANDLE ExistingCompletionPort, ULONG_PTR CompletionKey, uint32_t NumberOfConcurrentThreads)
typedef WINBASEAPI	Proud::BOOL (WINAPI *HeapSetInformationProc)(HANDLE HeapHandle
typedef WINBASEAPI HEAP_INFORMATION_CLASS	Proud::HeapInformationClass
typedef WINBASEAPI HEAP_INFORMATION_CLASS PVOID	Proud::HeapInformation
typedef WINBASEAPI HEAP_INFORMATION_CLASS PVOID size_t	Proud::HeapInformationLength
typedef WINBASEAPI PVOID	Proud::Context
typedef WINBASEAPI PVOID uint32_t	Proud::Flags
typedef WINBASEAPI LPDWORD	Proud::lpNumberOfBytesTransferred
typedef WINBASEAPI LPDWORD PULONG_PTR	Proud::lpCompletionKey
typedef WINBASEAPI LPDWORD PULONG_PTR LPOVERLAPPED *	Proud::lpOverlapped
typedef WINBASEAPI LPDWORD PULONG_PTR LPOVERLAPPED uint32_t	Proud::dwMilliseconds
typedef WINBASEAPI PN_OVERLAPPED_ENTRY *	Proud::lpCompletionPortEntries
typedef WINBASEAPI PN_OVERLAPPED_ENTRY uint32_t	Proud::ulCount
typedef WINBASEAPI PN_OVERLAPPED_ENTRY uint32_t PULONG	Proud::ulNumEntriesRemoved
typedef WINBASEAPI PN_OVERLAPPED_ENTRY uint32_t PULONG uint32_t BOOL	Proud::fAlertable
typedef WINBASEAPI	Proud::PVOID (WINAPI *AddVectoredExceptionHandlerProc)(uint32_t FirstHandler
typedef WINBASEAPI PVECTORED_EXCEPTION_HANDLER	Proud::VectoredHandler
typedef WINBASEAPI BOOL(WINAPI *	Proud::GetLogicalProcessorInformation )(PSYSTEM_LOGICAL_PROCESSOR_INFORMATION Buffer, PDWORD ReturnLength)
typedef BOOLEAN	Proud::TimerOrWaitFired
typedef WINBASEAPI	Proud::HANDLE (WINAPI *CreateTimerQueueProc)(VOID)
typedef WINBASEAPI HANDLE	Proud::TimerQueue
typedef WINBASEAPI HANDLE WaitOrTimerCallbackProc	Proud::Callback
typedef WINBASEAPI HANDLE WaitOrTimerCallbackProc PVOID	Proud::Parameter
typedef WINBASEAPI HANDLE WaitOrTimerCallbackProc PVOID uint32_t	Proud::DueTime
typedef WINBASEAPI HANDLE WaitOrTimerCallbackProc PVOID uint32_t uint32_t	Proud::Period
typedef WINBASEAPI HANDLE	Proud::Timer
typedef WINBASEAPI HANDLE HANDLE	Proud::CompletionEvent
typedef WINBASEAPI uint32_t	Proud::dwSpinCount
typedef Vector3T< double >	Proud::Vector3
typedef Vector3T< float >	Proud::FloatVector3

Enumerations
enum	Proud::ExceptionType {   Proud::ExceptionType_None = 0, Proud::ExceptionType_String, Proud::ExceptionType_Std, Proud::ExceptionType_ComError,   Proud::ExceptionType_Void, Proud::ExceptionType_ErrorInfo, Proud::ExceptionType_Unhandled, Proud::ExceptionType_Clr }
enum	Proud::GrowPolicy { Proud::GrowPolicy_Normal, Proud::GrowPolicy_HighSpeed, Proud::GrowPolicy_LowMemory }
enum	Proud::FastHeapAccessMode { Proud::FastHeapAccessMode_UnsafeSingleThread, Proud::FastHeapAccessMode_MultiThreaded }

Functions
PROUD_API void	Proud::XXXHeapChkImpl (int index=1)
PROUD_API void	Proud::ShowLibSignatureMismatchError ()
PROUD_API _Noreturn void	Proud::ThrowArrayIsNullError ()
template<typename T >
T *	Proud::FastHeap_NewInstance (CFastHeap *heap)
template<typename T >
void	Proud::FastHeap_DeleteInstance (CFastHeap *heap, T *obj)
int64_t	Proud::GetPreciseCurrentTimeMs ()
template<typename T >
T	Proud::Lerp (T v1, T v2, T ratio)
template<typename T >
T	Proud::LerpInt (T v1, T v2, T ratio1, T ratio2)
static int	Proud::AnsiStrTraits::SafeStringLen (const CharType *str)
static void	Proud::AnsiStrTraits::CopyString (CharType *dest, const CharType *src, int length)
static int	Proud::AnsiStrTraits::StringCompare (const CharType *a, const CharType *b)
static int	Proud::AnsiStrTraits::StringCompareNoCase (const CharType *a, const CharType *b)
static int	Proud::AnsiStrTraits::GetFormattedLength (const char *pszFormat, va_list args)
static int __cdecl	Proud::AnsiStrTraits::Format (char *pszBuffer, size_t nlength, const char *pszFormat, va_list args) throw ()
static char *	Proud::AnsiStrTraits::StringUppercase (char *psz, size_t size) throw ()
static char *	Proud::AnsiStrTraits::StringLowercase (char *psz, size_t size) throw ()
static const char *__cdecl	Proud::AnsiStrTraits::StringFindString (const char *pszBlock, const char *pszMatch) throw ()
static char *__cdecl	Proud::AnsiStrTraits::StringFindString (char *pszBlock, const char *pszMatch) throw ()
static const char *__cdecl	Proud::AnsiStrTraits::StringFindChar (const char *pszBlock, char chMatch) throw ()
static int __cdecl	Proud::AnsiStrTraits::StringSpanIncluding (const char *pszBlock, const char *pszSet) throw ()
static int __cdecl	Proud::AnsiStrTraits::StringSpanExcluding (const char *pszBlock, const char *pszSet) throw ()
static char *__cdecl	Proud::AnsiStrTraits::CharNext (const char *p) throw ()
static int __cdecl	Proud::AnsiStrTraits::IsDigit (char ch) throw ()
static int __cdecl	Proud::AnsiStrTraits::IsSpace (char ch) throw ()
static int	Proud::UnicodeStrTraits::SafeStringLen (const CharType *str)
static void	Proud::UnicodeStrTraits::CopyString (CharType *dest, const CharType *src, int length)
static int	Proud::UnicodeStrTraits::StringCompare (const CharType *a, const CharType *b)
static int	Proud::UnicodeStrTraits::StringCompareNoCase (const CharType *a, const CharType *b)
static int	Proud::UnicodeStrTraits::GetFormattedLength (const wchar_t *pszFormat, va_list args)
static int __cdecl	Proud::UnicodeStrTraits::Format (wchar_t *pszBuffer, size_t nLength, const wchar_t *pszFormat, va_list args) throw ( )
static wchar_t *	Proud::UnicodeStrTraits::StringUppercase (wchar_t *psz, size_t size) throw ( )
static wchar_t *	Proud::UnicodeStrTraits::StringLowercase (wchar_t *psz, size_t size) throw ( )
static const wchar_t *__cdecl	Proud::UnicodeStrTraits::StringFindString (const wchar_t *pszBlock, const wchar_t *pszMatch) throw ( )
static wchar_t *__cdecl	Proud::UnicodeStrTraits::StringFindString (wchar_t *pszBlock, const wchar_t *pszMatch) throw ( )
static const wchar_t *__cdecl	Proud::UnicodeStrTraits::StringFindChar (const wchar_t *pszBlock, wchar_t chMatch) throw ( )
static int __cdecl	Proud::UnicodeStrTraits::StringSpanIncluding (const wchar_t *pszBlock, const wchar_t *pszSet) throw ( )
static int __cdecl	Proud::UnicodeStrTraits::StringSpanExcluding (const wchar_t *pszBlock, const wchar_t *pszSet) throw ( )
static wchar_t *__cdecl	Proud::UnicodeStrTraits::CharNext (const wchar_t *psz) throw ( )
static int __cdecl	Proud::UnicodeStrTraits::IsDigit (wchar_t ch) throw ()
static int __cdecl	Proud::UnicodeStrTraits::IsSpace (wchar_t ch) throw ()
XCHAR *	Proud::StringT< XCHAR, StringTraits >::Tombstone::GetBuffer ()
	Proud::StringT< XCHAR, StringTraits >::StringT ()
	Proud::StringT< XCHAR, StringTraits >::~StringT ()
	Proud::StringT< XCHAR, StringTraits >::StringT (const StringT &src)
	Proud::StringT< XCHAR, StringTraits >::StringT (const XCHAR *src, int length=0)
bool	Proud::StringT< XCHAR, StringTraits >::IsEmpty () const
	Proud::StringT< XCHAR, StringTraits >::operator const XCHAR * () const
const XCHAR *	Proud::StringT< XCHAR, StringTraits >::GetString () const
XCHAR *	Proud::StringT< XCHAR, StringTraits >::GetBuffer (int length=0)
int	Proud::StringT< XCHAR, StringTraits >::GetLength () const
void	Proud::StringT< XCHAR, StringTraits >::SetLength (int length)
void	Proud::StringT< XCHAR, StringTraits >::Append (const StringT &src)
void	Proud::StringT< XCHAR, StringTraits >::Append (const XCHAR *src)
int	Proud::StringT< XCHAR, StringTraits >::Compare (const StringT &src) const
int	Proud::StringT< XCHAR, StringTraits >::Compare (const XCHAR *src) const
int	Proud::StringT< XCHAR, StringTraits >::CompareNoCase (const StringT &src) const
int	Proud::StringT< XCHAR, StringTraits >::CompareNoCase (const XCHAR *src) const
static StringT	Proud::StringT< XCHAR, StringTraits >::NewFormat (const XCHAR *pszFormat,...)
void	Proud::StringT< XCHAR, StringTraits >::Format (const XCHAR *pszFormat,...)
void	Proud::StringT< XCHAR, StringTraits >::FormatV (const XCHAR *pszFormat, va_list args)
void	Proud::StringT< XCHAR, StringTraits >::ReleaseBuffer ()
int	Proud::StringT< XCHAR, StringTraits >::Replace (XCHAR chOld, XCHAR chNew)
int	Proud::StringT< XCHAR, StringTraits >::Replace (const XCHAR *pszOld, const XCHAR *pszNew)
StringT &	Proud::StringT< XCHAR, StringTraits >::MakeUpper ()
StringT &	Proud::StringT< XCHAR, StringTraits >::MakeLower ()
bool	Proud::StringT< XCHAR, StringTraits >::operator== (const StringT &src) const
bool	Proud::StringT< XCHAR, StringTraits >::operator< (const StringT &src) const
bool	Proud::StringT< XCHAR, StringTraits >::operator!= (const StringT &src) const
bool	Proud::StringT< XCHAR, StringTraits >::operator== (const XCHAR *src) const
bool	Proud::StringT< XCHAR, StringTraits >::operator!= (const XCHAR *src) const
StringT &	Proud::StringT< XCHAR, StringTraits >::operator+= (const StringT &src)
StringT &	Proud::StringT< XCHAR, StringTraits >::operator+= (const XCHAR *src)
StringT &	Proud::StringT< XCHAR, StringTraits >::operator= (const StringT &src)
StringT &	Proud::StringT< XCHAR, StringTraits >::operator= (const XCHAR *src)
int	Proud::StringT< XCHAR, StringTraits >::Find (XCHAR ch, int iStart=0) const throw ()
int	Proud::StringT< XCHAR, StringTraits >::Find (const XCHAR *pszSub, int iStart=0) const throw ()
StringT	Proud::StringT< XCHAR, StringTraits >::Mid (int iFirst) const
StringT	Proud::StringT< XCHAR, StringTraits >::Mid (int iFirst, int nCount) const
StringT	Proud::StringT< XCHAR, StringTraits >::Right (int nCount) const
StringT	Proud::StringT< XCHAR, StringTraits >::Left (int nCount) const
StringT	Proud::StringT< XCHAR, StringTraits >::Tokenize (const XCHAR *pszTokens, int &iStart) const
StringT &	Proud::StringT< XCHAR, StringTraits >::TrimRight ()
StringT &	Proud::StringT< XCHAR, StringTraits >::TrimLeft ()
StringT &	Proud::StringT< XCHAR, StringTraits >::Trim ()
StringT &	Proud::StringT< XCHAR, StringTraits >::Trim (XCHAR chTarget)
StringT &	Proud::StringT< XCHAR, StringTraits >::Trim (const XCHAR *pszTargets)
StringT &	Proud::StringT< XCHAR, StringTraits >::TrimRight (XCHAR chTarget)
StringT &	Proud::StringT< XCHAR, StringTraits >::TrimRight (const XCHAR *pszTargets)
StringT &	Proud::StringT< XCHAR, StringTraits >::TrimLeft (XCHAR chTarget)
StringT &	Proud::StringT< XCHAR, StringTraits >::TrimLeft (const XCHAR *pszTargets)
template<typename XCHAR , typename StringTraits >
StringT< XCHAR, StringTraits >	Proud::operator+ (const StringT< XCHAR, StringTraits > &a, const StringT< XCHAR, StringTraits > &b)
template<typename XCHAR , typename StringTraits >
StringT< XCHAR, StringTraits >	Proud::operator+ (const StringT< XCHAR, StringTraits > &a, const XCHAR *b)
template<typename XCHAR , typename StringTraits >
StringT< XCHAR, StringTraits >	Proud::operator+ (const XCHAR *a, const StringT< XCHAR, StringTraits > &b)
	Proud::StrBufT< XCHAR, StringTraits >::StrBufT (StringT< XCHAR, StringTraits > &src, int maxLength=0)
	Proud::StrBufT< XCHAR, StringTraits >::operator XCHAR * ()
XCHAR *	Proud::StrBufT< XCHAR, StringTraits >::GetBuf ()
static uint32_t __cdecl	Proud::StringTraitsT< XCHAR, StringTraits >::Hash (INARGTYPE str)
static bool __cdecl	Proud::StringTraitsT< XCHAR, StringTraits >::CompareElements (INARGTYPE str1, INARGTYPE str2)
static int __cdecl	Proud::StringTraitsT< XCHAR, StringTraits >::CompareElementsOrdered (INARGTYPE str1, INARGTYPE str2)
StringA	Proud::StringW2A (const wchar_t *src, CStringEncoder *encoder=NULL)
StringW	Proud::StringA2W (const char *src, CStringEncoder *encoder=NULL)
template<typename T >
bool	Proud::operator< (const CHeldPtr< T > a, const CHeldPtr< T > b)
template<typename T >
T	Proud::GetRandomElement (const CFastArray< T > &arr)
template<typename T >
T	Proud::GetRandomElement (const std::vector< T > &arr)
PROUD_API void	Proud::iconv_string_convert (CStringEncoder *encoder, const char *input, size_t *inbytesleft, char *out, size_t *outbytesleft)
PROUD_API void	Proud::USleep (long uSec)
PROUD_API uint32_t	Proud::GetNoofProcessors ()
PROUD_API String	Proud::GetProcessName ()
uint64_t	Proud::GetCurrentThreadID ()
PROUD_API void	Proud::ShowUserMisuseError (const PNTCHAR *text)
void	Proud::TraceA (const char *format,...)
PROUD_API size_t	Proud::GetOccupiedPhysicalMemory ()
PROUD_API size_t	Proud::GetTotalPhysicalMemory ()
PROUD_API String	Proud::GetComputerName ()
PROUD_API bool	Proud::EnableLowFragmentationHeap ()
String	Proud::GetCurrentProgramDirectory ()
PROUD_API void	Proud::SetCurrentDirectoryWhereProgramExists ()
PROUD_API bool	Proud::IsServiceMode ()
PROUD_API bool	Proud::IsGqcsExSupported ()
PROUD_API bool	Proud::IsHyperThreading ()
PROUD_API uint32_t	Proud::CountSetBits (uintptr_t bitMask)
PROUD_API String	Proud::GetFullPath (const PNTCHAR *fileName)
PROUD_API bool	Proud::CreateFullDirectory (const PNTCHAR *lpPathName, String &outCreatedDirectory)
PROUD_API String	Proud::GetCurrentDirectory ()
typedef	Proud::VOID (NTAPI *WaitOrTimerCallbackProc)(PVOID lpParameter
bool	Proud::GetWindowsVersion (DWORD &major, DWORD &minor, DWORD &servicePack)
PROUD_API int	Proud::GetTotalThreadCount ()
PROUD_API DWORD	Proud::GetThreadStatus (HANDLE const handle)
PROUD_API void	Proud::SetThreadName (uint32_t dwThreadID, const char *szThreadName)
PROUD_API HANDLE	Proud::GetCurrentRealThread ()
template<typename FloatType >
FloatType	Proud::ScalarLerp (const FloatType v1, const FloatType v2, const FloatType ratio)
template<typename FloatType >
Vector3T< FloatType >	Proud::operator* (FloatType scale, const struct Vector3T< FloatType > &src)

Variables
PROUD_API const char *	Proud::ExternalBufferArrayIsUninitializedError
PROUD_API const char *	Proud::ExternalBufferArrayIsInitializedError
const char *	Proud::CannotUseFastHeapForFilledCollectionErrorText
int	Proud::LibSignature
PROUD_API const char *	Proud::ArrayPtrIsNullError
PROUD_API const char *	Proud::ArrayPtrIsNotNullError
PROUD_API const char *	Proud::MustInternalBufferError
PROUD_API const char *	Proud::MustNotExternalBufferError
PROUD_API const char *	Proud::MustUnsafeInternalBufferError
PROUD_API const char *	Proud::AlreadyHasInternalBufferError
PROUD_API const char *	Proud::AlreadyHasUnsafeInternalBufferError
PROUD_API const char *	Proud::AlreadyHasExternalBufferError
static char *	Proud::AnsiStrTraits::NullString
static wchar_t *	Proud::UnicodeStrTraits::NullString
int	Proud::StringT< XCHAR, StringTraits >::Tombstone::m_length
PROUDNET_VOLATILE_ALIGN intptr_t	Proud::StringT< XCHAR, StringTraits >::Tombstone::m_refCount

Detailed Description

module.

Please refer to Utility Programs of ProudNet for more information of

Typedef Documentation

typedef StrBufT<char,AnsiStrTraits> Proud::StrBufA

Class for manipulating ANSI character text string buffer

typedef StrBufT<wchar_t,UnicodeStrTraits> Proud::StrBufW

Class for manipulating Unicode character text string bufferUnicode

typedef StringW Proud::String

It is a string class. The string is a wchar_t type that supports UTF-16 at Windows & Marmalade but at the other platforms, it is a char type string that supports UTF-8.

typedef StringT<char,AnsiStrTraits> Proud::StringA

ANSI character text string

typedef StringT<wchar_t,UnicodeStrTraits> Proud::StringW

Unicode character text string

typedef RefCount<Thread> Proud::ThreadPtr

Smart pointer of thread object.

Enumeration Type Documentation

enum Proud::ExceptionType

Exception Type object

• You can get pointer and information of exception object by classifying type.

Enumerator
ExceptionType_None	None
ExceptionType_String	Exception that created by Exception(LPCWSTR pFormat, ...);
ExceptionType_Std	Exception that created by Exception(std::exception& src);
ExceptionType_ComError	Exception that created by Exception(_com_error& src);
ExceptionType_Void	Exception that created by Exception(void* src);
ExceptionType_ErrorInfo	Exception that created by Exception(ErrorInfo* src);
ExceptionType_Unhandled	UnhandleException that created by Exception()
ExceptionType_Clr	TODO:translate needed.

enum Proud::FastHeapAccessMode

This is how to access Fast Heap.

Enumerator
FastHeapAccessMode_UnsafeSingleThread	Only 1 tread accesses to Fast Heap but the inside of Fast Heap is not Thread safe. This setting must be used when there is a guarantee that onl 1 thread accessed to Fast Heap.!
FastHeapAccessMode_MultiThreaded	This operates safely even if multiple threads accee to Fast Heap. And has a way to utilize all of CPU cores.

enum Proud::GrowPolicy

The weight type when the size of the array of this object.

Enumerator
GrowPolicy_Normal	Balance
GrowPolicy_HighSpeed	High performance but use more memory
GrowPolicy_LowMemory	Save memory but when array size is increased, it shows low performance because of overload of copying

Function Documentation

template<typename XCHAR, typename StringTraits>

void Proud::StringT< XCHAR, StringTraits >::Append ( const StringT< XCHAR, StringTraits > &  src )

inline

Adds another text string after text string

template<typename XCHAR, typename StringTraits>

void Proud::StringT< XCHAR, StringTraits >::Append ( const XCHAR *  src )

inline

Adds another text string to text string

template<typename XCHAR, typename StringTraits>

int Proud::StringT< XCHAR, StringTraits >::Compare ( const StringT< XCHAR, StringTraits > &  src ) const

inline

Compare this objective’s string to string that src indicates. If this objective’s string is smaller than src, negative number will be returned (if same, 0 will be returned & if it is bigger than src, positive number will be returned).

template<typename XCHAR, typename StringTraits>

int Proud::StringT< XCHAR, StringTraits >::Compare ( const XCHAR *  src ) const

inline

Compare this objective’s string to string that src indicates. If this objective’s string is smaller than src, negative number will be returned (if same, 0 will be returned & if it is bigger than src, positive number will be returned).

template<typename XCHAR, typename StringTraits>

int Proud::StringT< XCHAR, StringTraits >::CompareNoCase ( const StringT< XCHAR, StringTraits > &  src ) const

inline

Compare this objective’s string to string that src indicates. If this objective’s string is smaller than src, negative number will be returned (if same, 0 will be returned & if it is bigger than src, positive number will be returned). But, not classify capital and small letter.

template<typename XCHAR, typename StringTraits>

int Proud::StringT< XCHAR, StringTraits >::CompareNoCase ( const XCHAR *  src ) const

inline

Compare this objective’s string to string that src indicates. If this objective’s string is smaller than src, negative number will be returned (if same, 0 will be returned & if it is bigger than src, positive number will be returned). But, not classify capital and small letter.

PROUD_API uint32_t Proud::CountSetBits

(

uintptr_t

bitMask

)

TODO:translate needed.

PROUD_API bool Proud::CreateFullDirectory	(	const PNTCHAR *	lpPathName,
		String &	outCreatedDirectory
	)

TODO:translate needed.

PROUD_API bool Proud::EnableLowFragmentationHeap

(

)

TODO:translate needed.

template<typename XCHAR, typename StringTraits>

int Proud::StringT< XCHAR, StringTraits >::Find ( XCHAR  ch, int  iStart = 0  ) const throw ()

inline

Finds the location of the character that is pointed by ch through searching from 'iStart'th character of text string. Returns -1 when not found.

template<typename XCHAR, typename StringTraits>

int Proud::StringT< XCHAR, StringTraits >::Find ( const XCHAR *  pszSub, int  iStart = 0  ) const throw ()

inline

Finds the location of the character that is pointed by pszSub through searching from 'iStart'th character of text string. Returns -1 when not found.

template<typename XCHAR, typename StringTraits>

void Proud::StringT< XCHAR, StringTraits >::Format ( const XCHAR *  pszFormat,   ...  )

inline

Creates text string as printf (Please refer Creating a string(format))

template<typename XCHAR, typename StringTraits>

void Proud::StringT< XCHAR, StringTraits >::FormatV ( const XCHAR *  pszFormat, va_list  args  )

inline

Creates text string as printf (Please refer Creating a string(format))

template<typename XCHAR, typename StringTraits>

XCHAR* Proud::StringT< XCHAR, StringTraits >::GetBuffer ( int  length = 0 )

inline

Method used to access string pointer to read from and write to string data.

• After using this method, it must be ended by calling ReleaseBuffer(). To use this easily, use Proud::StrBufA or Proud::StrBufW.

  Usage example

Proud::String a = L"abc";
wchar_t* pa = a.GetBuffer(100);
_wsprintf(pa, L"%d", 123);
a.ReleaseBuffer();

Better usage example

Proud::String a = L"abc";
Proud::StrBuf pa(a, 100);
_wsprintf(pa, L"%d", 123);

Example for read-only access

Proud::String a = L"abc";
wchar_t* pa = a;

PROUD_API String Proud::GetComputerName

(

)

TODO:translate needed.

PROUD_API String Proud::GetCurrentDirectory

(

)

TODO:translate needed.

PROUD_API HANDLE Proud::GetCurrentRealThread

(

)

Gets the real handle of this thread

uint64_t Proud::GetCurrentThreadID

(

)

Returns current thread ID.

• win32 kinds: same to ::GetCurrentThreadId().
• unix kinds: same to pthread_self().

PROUD_API String Proud::GetFullPath

(

const PNTCHAR *

fileName

)

TODO:translate needed.

template<typename XCHAR, typename StringTraits>

int Proud::StringT< XCHAR, StringTraits >::GetLength ( ) const

inline

Gets length of string.

Returns

length Number of characters if wchar_t is used, number of bytes if char is used, regardless of multibyte or unicode encoding.

PROUD_API size_t Proud::GetOccupiedPhysicalMemory

(

)

TODO:translate needed.

int64_t Proud::GetPreciseCurrentTimeMs

(

)

Gets very precise "current time". 1ms resolution. the time cost of this function is a critical section lock.

PROUD_API String Proud::GetProcessName

(

)

TODO:translate needed.

template<typename XCHAR, typename StringTraits>

const XCHAR* Proud::StringT< XCHAR, StringTraits >::GetString ( ) const

inline

Let's read text string data

PROUD_API DWORD Proud::GetThreadStatus

(

HANDLE const

handle

)

Gain the condition of that thead currently.

PROUD_API size_t Proud::GetTotalPhysicalMemory

(

)

TODO:translate needed.

PROUD_API int Proud::GetTotalThreadCount

(

)

Gain the number of whole threads which is used in process now.

template<typename XCHAR, typename StringTraits>

bool Proud::StringT< XCHAR, StringTraits >::IsEmpty ( ) const

inline

Is it an empty string ?

PROUD_API bool Proud::IsGqcsExSupported

(

)

TODO:translate needed.

PROUD_API bool Proud::IsHyperThreading

(

)

TODO:translate needed.

PROUD_API bool Proud::IsServiceMode

(

)

TODO:translate needed.

template<typename XCHAR, typename StringTraits>

StringT Proud::StringT< XCHAR, StringTraits >::Left ( int  nCount ) const

inline

Returns the text stings that are collected from LHS to the point where the amount of characters become nCount in text string.

template<typename T >

T Proud::Lerp ( T  v1, T  v2, T  ratio  )

inline

Obtains a interior division ratio of two values of v1,v2, v1->v2. As ratio gets closer to 0, it gets closer to v1.

template<typename T >

T Proud::LerpInt ( T  v1, T  v2, T  ratio1, T  ratio2  )

inline

TODO:translate needed.

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::MakeLower ( )

inline

De-capitalize text string

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::MakeUpper ( )

inline

Capitalizes text string

template<typename XCHAR, typename StringTraits>

StringT Proud::StringT< XCHAR, StringTraits >::Mid ( int  iFirst ) const

inline

Returns the characters collected from the location where pointed by iFirst to the end in text string.

template<typename XCHAR, typename StringTraits>

StringT Proud::StringT< XCHAR, StringTraits >::Mid ( int  iFirst, int  nCount  ) const

inline

Returns the characters collected from the location where pointed by iFirst to the point where the amount of characters become nCount in text string.

template<typename XCHAR, typename StringTraits>

Proud::StringT< XCHAR, StringTraits >::operator const XCHAR * ( ) const

inline

    Let's read text string data directly as shown below 

Proud::String a = L"abc";
const wchar_t *b = a; // Text sting pointer in object a is received by b.

template<typename XCHAR, typename StringTraits>

bool Proud::StringT< XCHAR, StringTraits >::operator!= ( const StringT< XCHAR, StringTraits > &  src ) const

inline

Comparison operator

template<typename XCHAR, typename StringTraits>

bool Proud::StringT< XCHAR, StringTraits >::operator!= ( const XCHAR *  src ) const

inline

Comparison operator

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::operator+= ( const StringT< XCHAR, StringTraits > &  src )

inline

Text string adding operator

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::operator+= ( const XCHAR *  src )

inline

Text string adding operator

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::operator= ( const StringT< XCHAR, StringTraits > &  src )

inline

String copy assignment operator

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::operator= ( const XCHAR *  src )

inline

String copy assignment operator

template<typename XCHAR, typename StringTraits>

bool Proud::StringT< XCHAR, StringTraits >::operator== ( const StringT< XCHAR, StringTraits > &  src ) const

inline

Comparison operator

template<typename XCHAR, typename StringTraits>

bool Proud::StringT< XCHAR, StringTraits >::operator== ( const XCHAR *  src ) const

inline

Comparison operator

template<typename XCHAR, typename StringTraits>

void Proud::StringT< XCHAR, StringTraits >::ReleaseBuffer ( )

inline

Once GetBuffer is called then this must end to finalize. Otherwise, the exact length of text string may not be acquired. Please refer GetBuffer description

template<typename XCHAR, typename StringTraits>

int Proud::StringT< XCHAR, StringTraits >::Replace ( XCHAR  chOld, XCHAR  chNew  )

inline

Among text strings, replace the character pointed by chOld with the character pointed by chNew.

template<typename XCHAR, typename StringTraits>

int Proud::StringT< XCHAR, StringTraits >::Replace ( const XCHAR *  pszOld, const XCHAR *  pszNew  )

inline

Among text strings, replace the character pointed by pszOld with the character pointed by pszNew.

template<typename XCHAR, typename StringTraits>

StringT Proud::StringT< XCHAR, StringTraits >::Right ( int  nCount ) const

inline

Returns the text stings that are collected from RHS to the point where the amount of characters become nCount in text string.

template<typename FloatType >

FloatType Proud::ScalarLerp ( const FloatType  v1, const FloatType  v2, const FloatType  ratio  )

inline

Get a ratio of interior division of v1 and v2 by v1 -> v2. As ratio is closer to 0, it's closer to v1.

PROUD_API void Proud::SetCurrentDirectoryWhereProgramExists

(

)

TODO:translate needed.

template<typename XCHAR, typename StringTraits>

void Proud::StringT< XCHAR, StringTraits >::SetLength ( int  length )

inline

Re-modifies the length of text string

Parameters

length

Number of characters if wchar_t is used, number of bytes if char is used, regardless of multibyte or unicode encoding.

PROUD_API void Proud::SetThreadName	(	uint32_t	dwThreadID,
		const char *	szThreadName
	)

Designates a name to thread. By doing so, each thread will have their names shown at debugger thread view.

• Debugging will be easier.
• Please refer ms-help://MS.VSCC.2003/MS.MSDNQTR.2003APR.1033/vsdebug/html/vxtskSettingThreadName.htm

PROUD_API void Proud::ShowUserMisuseError

(

const PNTCHAR *

text

)

TODO:translate needed.

template<typename XCHAR, typename StringTraits>

Proud::StringT< XCHAR, StringTraits >::StringT ( )

inline

Constructor

template<typename XCHAR, typename StringTraits>

Proud::StringT< XCHAR, StringTraits >::StringT ( const StringT< XCHAR, StringTraits > &  src )

inline

Gets string that pointed by src

template<typename XCHAR, typename StringTraits>

Proud::StringT< XCHAR, StringTraits >::StringT ( const XCHAR *  src, int  length = 0  )

inline

Gets a string

StringA Proud::StringW2A	(	const wchar_t *	src,
		CStringEncoder *	encoder = NULL
	)

Convert to String Function

template<typename XCHAR, typename StringTraits>

StringT Proud::StringT< XCHAR, StringTraits >::Tokenize ( const XCHAR *  pszTokens, int &  iStart  ) const

inline

Collects the text strings distinguished by distinguishers pointed by ofpszToken one by one then returns them one by one.

Usage example

Proud::String str(L"%First Second#Third");
Proud::String resToken;
int curPos = 0;

resToken= str.Tokenize(L"% #",curPos);
while (resToken != L"")
{
    _tprintf_s(L"Resulting token: %s\n", resToken);
    resToken = str.Tokenize(L"% #", curPos);
};   

void Proud::TraceA	(	const char *	format,
			...
	)

Prints text for debugging to debugger output window or console, without newline.

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::Trim ( )

inline

Cuts off the empty characters are left at RHS end and at LHS end of text string

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::Trim ( XCHAR  chTarget )

inline

Cuts off the characters pointed by chTarget and are left at RHS end and at LHS end of text string

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::Trim ( const XCHAR *  pszTargets )

inline

Cuts off the characters pointed by pszTargets and are left at RHS end and at LHS end of text string

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::TrimLeft ( )

inline

Cuts off the empty characters are left at LHS end of text string

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::TrimLeft ( XCHAR  chTarget )

inline

Cuts off the characters pointed by chTarget and are left at LHS end of text string

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::TrimLeft ( const XCHAR *  pszTargets )

inline

Cuts off the characters pointed by pszTargets and are left at RHS end of text string

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::TrimRight ( )

inline

Cuts off the empty characters are left at RHS end of text string

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::TrimRight ( XCHAR  chTarget )

inline

Cuts off the characters pointed by chTarget and are left at RHS end of text string

template<typename XCHAR, typename StringTraits>

StringT& Proud::StringT< XCHAR, StringTraits >::TrimRight ( const XCHAR *  pszTargets )

inline

uts off the characters pointed by pszTargets and are left at RHS end of text string

typedef Proud::VOID

(

NTAPI *

WaitOrTimerCallbackProc

)

Timer user callback function

• An application-defined function that serves as the starting address for a timer callback or a registered wait callback. Specify this address when calling the CreateTimerQueueTimer, RegisterWaitForSingleObject function.

The WaitOrTimerCallbackProc type defines a pointer to this callback function. WaitOrTimerCallback is a placeholder for the application-defined function name.

Parameters

[in]	lpParameter	The thread data passed to the function using a parameter of the CreateTimerQueueTimer or RegisterWaitForSingleObject function.
	TimerOrWaitFired	If this parameter is TRUE, the wait timed out. If this parameter is FALSE, the wait event has been signaled. (This parameter is always TRUE for timer callbacks.)

template<typename XCHAR, typename StringTraits>

Proud::StringT< XCHAR, StringTraits >::~StringT ( )

inline

Destructor