static void scanDirectory( char *buf, FileList *list )
{
DIR *dirhdl;
struct dirent *dirent;
char fname[_MAX_FNAME];
unsigned len;
dirhdl = opendir( buf );
if ( dirhdl == NULL )
return;
dirent = readdir( dirhdl );
while( dirent != NULL ) {
len = strlen( dirent->d_name );
if ( len < 5 || stricmp ( &dirent->d_name[len - 4], DEF_EXT ) != 0 ) {
dirent = readdir( dirhdl );
continue;
}
list->items[ list->used ] = HelpMemAlloc( sizeof( FileInfo ) );
len = strlen( buf ) + 1;
list->items[ list->used ]->fpath = HelpMemAlloc( len );
strcpy( list->items[ list->used ]->fpath, buf );
_splitpath( dirent->d_name, NULL, NULL, fname, NULL );
len = strlen( fname ) + 1;
list->items[ list->used ]->fname = HelpMemAlloc( len );
strcpy( list->items[ list->used ]->fname, fname );
list->used ++;
if( list->used == list->allocated ) {
list->allocated += MAX_HELPFILES;
list = HelpMemRealloc( list, sizeof( FileList )
+ list->allocated * sizeof( FileInfo* ) );
}
dirent = readdir( dirhdl );
}
closedir( dirhdl );
}
static void save_line( int line, long offset )
/* Assumption: line <= lastHelpLine + 1 */
{
if( line >= maxPos ) {
maxPos = line + 10;
helpPos = HelpMemRealloc( helpPos, maxPos * sizeof( *helpPos ) );
}
if( line > lastHelpLine ) {
lastHelpLine = line;
}
if( offset == -1 ) {
helpPos[line] = (unsigned)-1;
} else {
helpPos[line] = offset - topPos;
}
}