char *unicode_symbols[]={ "quot","\"", "amp", "&", "lt", "<", "gt", ">", "#183","\31", "middot", "\31", "#149","-", "#151","-", "#160"," ", "nbsp", "\t", "emsp", " ", "#169","(c)", "copy", "(c)", "#171","<<", "laquo","<<", "#174","(r)", "reg", "(r)", "#187",">>", "raquo",">>", "trade", "[TM]", "bdquo", ",,", "minus", "-", "ndash", "-", "mdash", "-", //-- "rsquo", "'", "apos", "'", "sect", "#", "ensp", " ", "emsp13", " ", "emsp14", " ", "numsp", " ", "puncsp", " ", "thinsp", " ", "#1028", "\242", "#1030", "I", "#1031", "\244", "#8211", "-", "#8212", "-", "#8217", "'", "#8220", "\"", "#8222", "\"", "ldquo", "\"", "#8221", "\"", "rdquo", "\"", "#8470", "N", "#8722", "-", "#9642", "-", //square in the middle of the line "#9658", ">", "#9660", "v", "#10094", "<", "#10095", ">", "#65122", "+", "#8594", "->", "uarr", "^", "darr", "v", "rarr", "->", "larr", "<-", "bull", "\31", "percnt","%", "#xfeff", "", "times", "x", "lowast","*", 0}; unsigned char unicode_chars[] = "€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ กขฃคฅฆงจฉชซฌญฎฏเแโใไๅๆ็่้๊๋์ํ๎๏๐๑hฃ\243i\105\244\0"; bool GetUnicodeSymbol(dword _line, line_size, bufpos, buf_end) { int i; int code; char special_code[10]; bool white_end = false; dword bufstart = bufpos; for (i=0; i<9; i++, bufpos++) { if (__isWhite(ESBYTE[bufpos])) {bufpos--; break;} if (ESBYTE[bufpos] == ';') || (bufpos >= buf_end) break; special_code[i] = ESBYTE[bufpos]; } special_code[i] = '\0'; for (i=0; unicode_symbols[i]!=0; i+=2;) { if (!strcmp(#special_code, unicode_symbols[i])) { strncat(_line, unicode_symbols[i+1], line_size); return bufpos; } } if (special_code[0]=='#') { code = atoi(#special_code + 1); if (code>=0) && (code<=255) { chrncat(_line, code, line_size); //NOT ALL ASCII CODES IN KOLIBRI ARE COMPATABLE WITH STANDARDS return bufpos; } if (code>=1040) && (code<=1040+72) { chrncat(_line, unicode_chars[code-1040], line_size); return bufpos; } } chrncat(_line, '&', line_size); return bufstart; }