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d2c_system |
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Pretranslated C++ code > Delphi RTL/VCL > C++ code for other compilers > d2c_system d2c_system is the most important of the Delphi2Cpp helper files, because it contains routines, which simulate intrinsic Delphi functions.
#define MAXIDX(x) ... #define ARRAYHIGH(arr) ... #define SLICE(a, n) ... #define ObjectIs(xObj, xIs) ... #define INTFOBJECT_IMPL_IUNKNOWN(BASE) ...
extern int Argc; extern PPChar Argv; extern HINSTANCE HInstance;
const double PI = 3.141592653589793238463; // float 3.14159265358979f;
void FillChar(void* Dest, NativeInt Count, AnsiChar Value); void FillChar(String& X, int Count, wchar_t Value ); void FillChar(std::string& X, int Count, char Value);
template <class T> std::vector<T> Slice(const T* arr, int n) ...
void Move(const wchar_t* Source, String& Dest, unsigned int Count);
WORD swap(WORD X); int swap(int X); unsigned int swap(unsigned int X); int64_t swap(int64_t X);
template <class T> T Dec(T& xT) ... template <class T> T Dec(T& xT, int xi) ... bool Inc(bool& b); template <class T> T Inc(T& xT) ... template <class T> T Inc(T& xT, int xi) ... template <class T> unsigned char Hi(const T& xt) ... template <class T> unsigned char Lo(const T& xt) ... template <class T> bool Odd(const T xT) ...
template <class T> T AtomicDecrement(std::atomic<T>& Target) ... template <class T> T AtomicDecrement(std::atomic<T>& Target, T Value) ... template <class T> T AtomicIncrement(std::atomic<T>& Target) ... template <class T> T AtomicIncrement(std::atomic<T>& Target, T Value) ... template <class T> T AtomicExchange(std::atomic<T>& Target, T Value) ... template <class T> T AtomicCmpExchange(std::atomic<T>& Target, T NewValue, T Comparand) ... template <class T> T AtomicCmpExchange(std::atomic<T>& Target, T NewValue, T Comparand, bool& Succeeded) ...
template <class T, class C> void CastDec(T& xT, C xC) ... template <class T, class C, class I> void CastDec(T& xT, C xC, I xI) ... template <class T, class C> void CastDec(T*& xpT, C* xpC) ... template <class T, class C, class I> void CastDec(T*& xpT, C* xpC, I xI) ... template <class T, class C, class I> void CastDec(T*& xpT, C xC, I xI) ... template <class T, class C> void CastInc(T& xT, C xC) ... template <class T, class C, class I> void CastInc(T& xT, C xC, I xI) ... template <class T, class C> void CastInc(T*& xpT, C xpC) ... template <class T, class C, class I> void CastInc(T*& xpT, C* xpC, I xI) ... template <class T, class C, class I> void CastInc(T*& xpT, C xC, I xI) ... template <class TargetType, class SouceType, class Value> void CastAssign(SouceType* target, Value v) ...
template <class T> T Sqr(const T& xT) ... template <class T> constexpr T High() ... template <class T> constexpr T High(const T& X) ... template <class T> d2c_size_t High(const std::vector<T>& X) ... template <unsigned char sz> d2c_size_t High(System::SmallString<sz>& X) ... template <class T> T Succ(T xT) ... template <class T> T Pred(T xT) ... System::UnicodeString::size_type High(const System::UnicodeString& X); System::AnsiString::size_type High(const System::AnsiString& X); template <class T> T Low() ... template <class T> constexpr d2c_size_t Low(const std::vector<T>& X) ... template <class T> constexpr T Low(const T& X) ... template<typename T, unsigned N> d2c_size_t Low(const T(&v)[N]) ... template<typename T, unsigned N> d2c_size_t High(const T(&v)[N]) ... System::UnicodeString::size_type Low(const System::UnicodeString& X); System::AnsiString::size_type Low(const System::AnsiString& X);
void Assert( bool expr ); void Assert(bool expr, const std::wstring& Msg);
template <typename T> bool Assigned(const std::vector<T>* P) ... template <typename T> bool Assigned(const std::vector<T>& P) ... template <typename T> bool Assigned(std::function<T> P) ...
template <typename CH> int charLen(const CH* src) ... template <class T> void* Addr(const T& X) ... template <typename T> void Val(const std::wstring& S, T& V, int& Code) ... template <typename T> void Val(const std::string& S, T& V, int& Code) ... template <typename T> void Str(T xT, String& xs) ... template <typename T> void Str(T xT, std::string& xs) ...
void Str(double xd, std::string& xs); void Str(long double xd, std::string& xs); void Str(int xd, int xiMinWidth, std::string& xs); void Str(double xd, int xiMinWidth, std::string& xs); void Str(long double xd, int xiMinWidth, std::string& xs); void Str(long double xd, int xiMinWidth, std::string& xs); void Str(double xd, int xiMinWidth, int xiDecPlaces, std::string& xs); void Str(long double xd, int xiMinWidth, int xiDecPlaces, std::string& xs); void Str(const System::Currency& xcr, int xiMinWidth, int xiDecPlaces, std::string& xs);
void Str(double xd, String& xs); void Str(long double xd, String& xs); void Str(int xd, int xiMinWidth, String& xs); void Str(double xd, int xiMinWidth, String& xs); void Str(long double xd, int xiMinWidth, String& xs); void Str(long double xd, int xiMinWidth, String& xs); void Str(double xd, int xiMinWidth, int xiDecPlaces, String& xs); void Str(long double xd, int xiMinWidth, int xiDecPlaces, String& xs);
template <typename T> PChar pchar(const T& xT) ... template <> inline PChar pchar<wchar_t>(const wchar_t& xT) ... template <> inline PChar pchar<char>(const char& xT) ... template <> inline PChar pchar<std::wstring>(const std::wstring& xT) ...
//http://stackoverflow.com/questions/4770968/storing-function-pointer-in-stdfunction template <typename Signature> std::function<Signature> fptr_cast(void* f) ...
//http://stackoverflow.com/questions/20833453/comparing-stdfunctions-for-equality template<typename T, typename... U> d2c_size_t getAddress(std::function<T(U...)> f) ...
HMODULE FindResourceHInstance(unsigned int Module); // dummy function HMODULE FindClassHInstance( const TMetaClass* ClassType ); HMODULE FindHInstance( void* Address );
template <class T> T Default() ... |
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