}
// finally, process each conversion specifier with its own argument
- toparse = format;
+ const CharType *toparse = format;
for (i=0; i < parser.nargs; i++)
{
// copy in the output buffer the portion of the format string between
// last specifier and the current one
- size_t tocopy = ( arg[i].m_pArgPos - toparse );
+ size_t tocopy = ( parser.arg[i].m_pArgPos - toparse );
lenCur += wxCopyStrWithPercents(lenMax - lenCur, buf + lenCur,
tocopy, toparse);
}
// process this specifier directly in the output buffer
- int n = arg[i].Process(buf+lenCur, lenMax - lenCur, &argdata[arg[i].m_pos], lenCur);
+ int n = parser.arg[i].Process(buf+lenCur, lenMax - lenCur,
+ &argdata[parser.arg[i].m_pos], lenCur);
if (n == -1)
{
buf[lenMax-1] = wxT('\0'); // be sure to always NUL-terminate the string
// the +1 is because wxPrintfConvSpec::m_pArgEnd points to the last character
// of the format specifier, but we are not interested to it...
- toparse = arg[i].m_pArgEnd + 1;
+ toparse = parser.arg[i].m_pArgEnd + 1;
}
// copy portion of the format string after last specifier
// NOTE2: the +1 is because we want to copy also the '\0'
size_t tocopy = wxStrlen(format) + 1 - ( toparse - format ) ;
- lenCur += wxCopyStrWithPercents(lenMax - lenCur, buf + lenCur,
+ lenCur += wxCopyStrWithPercents(lenMax - lenCur, buf + lenCur,
tocopy, toparse) - 1;
if (buf[lenCur])
{
return lenCur;
}
-} // anonymous namespace
-
#endif // !defined(wxCRT_VsnprintfW) || !defined(wxCRT_VsnprintfA)
// ----------------------------------------------------------------------------