be that of the current printf() function, of which the members n, s, stream\r
and arg will be preserved; i will be updated; and all others will be trashed\r
by the function.\r
- Returns a pointer to the first character not parsed as conversion specifier.\r
+ Returns the number of characters parsed as a conversion specifier (0 if none\r
+ parsed); returns -1 if the underlying I/O callback returns failure.\r
*/\r
-const char * _PDCLIB_print( const char * spec, struct _PDCLIB_status_t * status );\r
+int _PDCLIB_print( const char * spec, struct _PDCLIB_status_t * status );\r
\r
/* The worker for all scanf() type of functions. The pointer spec should point\r
to the introducing '%' of a conversion specifier. The status structure is to\r
/* Parsing any fopen() style filemode string into a number of flags. */\r
unsigned int _PDCLIB_filemode( const char * mode );\r
\r
-/* Sanity checking and preparing of read buffer, should be called first thing \r
+/* Sanity checking and preparing of read buffer, should be called first thing\r
by any stdio read-data function.\r
Returns 0 on success, EOF on error.\r
On error, EOF / error flags and errno are set appropriately.\r
/* Repositions within a file. Returns new offset on success,\r
-1 / errno on error.\r
*/\r
-_PDCLIB_int_fast64_t _PDCLIB_seek( _PDCLIB_file_t * stream, \r
+_PDCLIB_int_fast64_t _PDCLIB_seek( _PDCLIB_file_t * stream,\r
_PDCLIB_int_fast64_t offset, int whence );\r
\r
/* File backend I/O operations\r
* On error, returns false and sets errno appropriately. *numBytesRead is\r
* ignored in this situation.\r
*/\r
- _PDCLIB_bool (*read)( _PDCLIB_fd_t self, \r
- void * buf, \r
- _PDCLIB_size_t length, \r
+ _PDCLIB_bool (*read)( _PDCLIB_fd_t self,\r
+ void * buf,\r
+ _PDCLIB_size_t length,\r
_PDCLIB_size_t * numBytesRead );\r
\r
/*! Write length bytes to the file from buf; returning the number of bytes\r
* actually written in *numBytesWritten\r
*\r
* Returns true if bytes were written successfully. On error, returns false\r
- * and setss errno appropriately (as with read, *numBytesWritten is \r
+ * and setss errno appropriately (as with read, *numBytesWritten is\r
* ignored)\r
*/\r
- _PDCLIB_bool (*write)( _PDCLIB_fd_t self, const void * buf, \r
+ _PDCLIB_bool (*write)( _PDCLIB_fd_t self, const void * buf,\r
_PDCLIB_size_t length, _PDCLIB_size_t * numBytesWritten );\r
\r
/* Seek to the file offset specified by offset, from location whence, which\r
* may be one of the standard constants SEEK_SET/SEEK_CUR/SEEK_END\r
*/\r
- _PDCLIB_bool (*seek)( _PDCLIB_fd_t self, _PDCLIB_int_fast64_t offset, \r
+ _PDCLIB_bool (*seek)( _PDCLIB_fd_t self, _PDCLIB_int_fast64_t offset,\r
int whence, _PDCLIB_int_fast64_t *newPos );\r
\r
void (*close)( _PDCLIB_fd_t self );\r
\r
- /*! Behaves as read does, except for wide characters. Both length and \r
+ /*! Behaves as read does, except for wide characters. Both length and\r
* *numCharsRead represent counts of characters, not bytes.\r
*\r
* This function is optional; if missing, PDCLib will buffer the character\r
* data as bytes and perform translation directly into the user's buffers.\r
- * It is useful if your backend can directly take wide characters (for \r
+ * It is useful if your backend can directly take wide characters (for\r
* example, the Windows console)\r
*/\r
- _PDCLIB_bool (*wread)( _PDCLIB_fd_t self, _PDCLIB_wchar_t * buf, \r
+ _PDCLIB_bool (*wread)( _PDCLIB_fd_t self, _PDCLIB_wchar_t * buf,\r
_PDCLIB_size_t length, _PDCLIB_size_t * numCharsRead );\r
\r
/* Behaves as write does, except for wide characters. As with wread, both\r
* length and *numCharsWritten are character counts.\r
*\r
- * This function is also optional; if missing, PDCLib will buffer the \r
- * character data as bytes and do translation directly from the user's \r
- * buffers. You only need to implement this if your backend can directly \r
+ * This function is also optional; if missing, PDCLib will buffer the\r
+ * character data as bytes and do translation directly from the user's\r
+ * buffers. You only need to implement this if your backend can directly\r
* take wide characters (for example, the Windows console)\r
*/\r
- _PDCLIB_bool (*wwrite)( _PDCLIB_fd_t self, const _PDCLIB_wchar_t * buf, \r
+ _PDCLIB_bool (*wwrite)( _PDCLIB_fd_t self, const _PDCLIB_wchar_t * buf,\r
_PDCLIB_size_t length, _PDCLIB_size_t * numCharsWritten );\r
};\r
\r
int c;\r
while ( stream->ungetidx > 0 && i != n )\r
{\r
- c = (unsigned char) \r
+ c = (unsigned char)\r
( out[ i++ ] = stream->ungetbuf[ --(stream->ungetidx) ] );\r
if( c == stopchar )\r
return i;\r
\r
while ( i != n )\r
{\r
- while ( stream->bufidx != stream->bufend && i != n) \r
+ while ( stream->bufidx != stream->bufend && i != n)\r
{\r
- c = (unsigned char) \r
+ c = (unsigned char)\r
( out[ i++ ] = stream->buffer[ stream->bufidx++ ] );\r
if( c == stopchar )\r
return i;\r
return i;\r
}\r
\r
-/* Unlocked functions - internal names \r
+/* Unlocked functions - internal names\r
*\r
* We can't use the functions using their "normal" names internally because that\r
- * would cause namespace leakage. Therefore, we use them by prefixed internal \r
+ * would cause namespace leakage. Therefore, we use them by prefixed internal\r
* names\r
*/\r
void _PDCLIB_flockfile(struct _PDCLIB_file *file) _PDCLIB_nothrow;\r
int _PDCLIB_getchar_unlocked(void) _PDCLIB_nothrow;\r
int _PDCLIB_putc_unlocked(int c, struct _PDCLIB_file *stream) _PDCLIB_nothrow;\r
int _PDCLIB_putchar_unlocked(int c) _PDCLIB_nothrow;\r
-void _PDCLIB_clearerr_unlocked(struct _PDCLIB_file *stream) _PDCLIB_nothrow; \r
+void _PDCLIB_clearerr_unlocked(struct _PDCLIB_file *stream) _PDCLIB_nothrow;\r
int _PDCLIB_feof_unlocked(struct _PDCLIB_file *stream) _PDCLIB_nothrow;\r
int _PDCLIB_ferror_unlocked(struct _PDCLIB_file *stream) _PDCLIB_nothrow;\r
int _PDCLIB_fflush_unlocked(struct _PDCLIB_file *stream) _PDCLIB_nothrow;\r
projects / pdclib.old / blobdiff