MKI_PrintW (Strings) New in Version 2019.1 |
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C++ Syntaxsize_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2, LPCWSTR f_psz3 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2, LPCWSTR f_psz3, LPCWSTR f_psz4 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2, LPCWSTR f_psz3, LPCWSTR f_psz4, LPCWSTR f_psz5 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2, LPCWSTR f_psz3, LPCWSTR f_psz4, LPCWSTR f_psz5, LPCWSTR f_psz6 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2, LPCWSTR f_psz3, LPCWSTR f_psz4, LPCWSTR f_psz5, LPCWSTR f_psz6, LPCWSTR f_psz7 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2, LPCWSTR f_psz3, LPCWSTR f_psz4, LPCWSTR f_psz5, LPCWSTR f_psz6, LPCWSTR f_psz7, LPCWSTR f_psz8 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2, LPCWSTR f_psz3, LPCWSTR f_psz4, LPCWSTR f_psz5, LPCWSTR f_psz6, LPCWSTR f_psz7, LPCWSTR f_psz8, LPCWSTR f_psz9 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2, LPCWSTR f_psz3, LPCWSTR f_psz4, LPCWSTR f_psz5, LPCWSTR f_psz6, LPCWSTR f_psz7, LPCWSTR f_psz8, LPCWSTR f_psz9, LPCWSTR f_psz10 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2, int f_n3 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2, int f_n3, int f_n4 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2, int f_n3, int f_n4, int f_n5 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2, int f_n3, int f_n4, int f_n5, int f_n6 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2, int f_n3, int f_n4, int f_n5, int f_n6, int f_n7 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2, int f_n3, int f_n4, int f_n5, int f_n6, int f_n7, int f_n8 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2, int f_n3, int f_n4, int f_n5, int f_n6, int f_n7, int f_n8, int f_n9 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2, int f_n3, int f_n4, int f_n5, int f_n6, int f_n7, int f_n8, int f_n9, int f_n10 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1, double f_d2 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1, double f_d2, double f_d3 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1, double f_d2, double f_d3, double f_d4 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1, double f_d2, double f_d3, double f_d4, double f_d5 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1, double f_d2, double f_d3, double f_d4, double f_d5, double f_d6 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1, double f_d2, double f_d3, double f_d4, double f_d5, double f_d6, double f_d7 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1, double f_d2, double f_d3, double f_d4, double f_d5, double f_d6, double f_d7, double f_d8 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1, double f_d2, double f_d3, double f_d4, double f_d5, double f_d6, double f_d7, double f_d8, double f_d9 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1, double f_d2, double f_d3, double f_d4, double f_d5, double f_d6, double f_d7, double f_d8, double f_d9, double f_d10 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1, LPCWSTR f_psz2 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, double f_d1, double f_d2, LPCWSTR f_psz3 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, int f_n2 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2, int f_n3 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2, int f_n3, int f_n4 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, LPCWSTR f_psz2, LPCWSTR f_psz3, int f_n4 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, int f_n2, int f_n3 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, int f_n2, int f_n3, LPCWSTR f_psz4 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, int f_n2, int f_n3, int f_n4 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, int f_n2, int f_n3, LPCWSTR f_psz4 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, int f_n2, LPCWSTR f_psz3 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, LPCWSTR f_psz1, int f_n2, LPCWSTR f_psz3, LPCWSTR f_psz4 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, LPCWSTR f_psz2 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, LPCWSTR f_psz2, LPCWSTR f_psz3 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, LPCWSTR f_psz2, LPCWSTR f_psz3, LPCWSTR f_psz4 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2, LPCWSTR f_psz3 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2, int f_n3, LPCWSTR f_psz4 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, double f_d2 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, int f_n1, int f_n2, double f_d3 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, wchar_t f_ch1 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, wchar_t f_ch1, wchar_t f_ch2 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, wchar_t f_ch1, LPCWSTR f_psz2 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, wchar_t f_ch1, LPCWSTR f_psz2, LPCWSTR f_psz3 );
size_t MKI_PrintW( LPWSTR f_pszDestin, const size_t f_unMaxSize, LPCWSTR f_pszFormat, wchar_t f_ch1, wchar_t f_ch2, LPCWSTR f_psz3 );
template <size_t f_unSize> size_t MKI_PrintW( wchar_t (&f_rDestin)[f_unSize], LPCWSTR f_pszFormat, ... );
Prints formatted data into one UTF-16 text. If at least one parameter is of type double, the default locale returned by MKI_GetLocale() will be used, i.e. floating point numbers will be displayed with a decimal point.
ParametersDestin [LPWSTR] Address of the destination text. MaxSize [const size_t] Maximum allowed length of the destination text in UTF-16 characters including the terminating '\0' character. Format [LPCWSTR] Format string as used in swprintf(). ... [...] Numerous parameters.
Return ValueLength of the resulting string in UTF-16 characters.
CommentIt is guaranteed that the resulting text will always be terminated with a '\0' character!
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