--TEST-- Testing mb_convert_kana() function --EXTENSIONS-- mbstring --FILE-- ' . mb_convert_kana($zenKakuA, 'AK', 'utf-8') . "\n"; // Convert all Hankaku to Zenkaku; has an effect echo "'a': " . $zenKakuB . ' => ' . mb_convert_kana($zenKakuB, 'ak', 'utf-8') . "\n"; echo "'a': " . $zenKakuC . ' => ' . mb_convert_kana($zenKakuC, 'ak', 'utf-8') . "\n"; echo "'a': " . $zenKakuD . ' => ' . mb_convert_kana($zenKakuD, 'ak', 'utf-8') . "\n"; echo "'a': " . $zenKakuE . ' => ' . mb_convert_kana($zenKakuE, 'ak', 'utf-8') . "\n"; echo "'a': " . $zenKakuF . ' => ' . mb_convert_kana($zenKakuF, 'ak', 'utf-8') . "\n"; echo "\n"; // Convert all Zenkaku to Hankaku; has an effect echo "'A': " . $hanKakuA . ' => ' . mb_convert_kana($hanKakuA, 'AK', 'utf-8') . "\n"; echo "'A': " . $hanKakuB . ' => ' . mb_convert_kana($hanKakuB, 'AK', 'utf-8') . "\n"; echo "'A': " . $hanKakuC . ' => ' . mb_convert_kana($hanKakuC, 'AK', 'utf-8') . "\n"; echo "'A': " . $hanKakuD . ' => ' . mb_convert_kana($hanKakuD, 'AK', 'utf-8') . "\n\n"; echo "Convert ASCII letter to full-width: A -> ", bin2hex(mb_convert_kana("\x00A", 'A', 'UTF-16BE')), "\n"; echo "Convert ASCII letter to full-width: A -> ", bin2hex(mb_convert_kana("\x00A", 'R', 'UTF-16BE')), "\n"; echo "Convert ASCII numeral to full-width: 1 -> ", bin2hex(mb_convert_kana("\x001", 'N', 'UTF-16BE')), "\n"; echo "Convert ASCII space to full-width: ", bin2hex(mb_convert_kana("\x00 ", 'S', 'UTF-16BE')), "\n\n"; echo "Convert hankaku kana to zenkaku kana:\n"; echo "Using 'glue' mode:\n"; echo bin2hex(mb_convert_kana("\xFF\x76\xFF\x9E", 'KV', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\xFF\x73\xFF\x9E", 'KV', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\xFF\x8A\xFF\x9F", 'KV', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\xFF\x8A\x00A", 'KV', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\xFF\x76\xFF\x9E", 'HV', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\xFF\x8A\xFF\x9F", 'HV', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\xFF\x8A\x00A", 'HV', 'UTF-16BE')), "\n"; echo "Not using 'glue' mode:\n"; echo bin2hex(mb_convert_kana("\xFF\x70", 'K', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\xFF\x70", 'H', 'UTF-16BE')), "\n\n"; echo "Convert selected punctuation/symbols to full-width and back:\n"; echo bin2hex(mb_convert_kana("\x00\x5C\x00\xA5\x00\x7E\x20\x3E\x00\x27\x00\x22", 'M', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\xFF\xE5\xFF\x3C\xFF\xE3\x20\x3E\x20\x18\x20\x19\x20\x1C\x20\x1D", 'm', 'UTF-16BE')), "\n\n"; echo "Convert various full-width characters to half-width:\n"; echo bin2hex(mb_convert_kana("\xFF\x01", 'a', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\xFF\x21", 'r', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\xFF\x10", 'n', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x00", 's', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x22\x12", 'a', 'UTF-16BE')), "\n\n"; echo "Convert full-width kana to half-width:\n"; echo bin2hex(mb_convert_kana("\x30\x41", 'h', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x01", 'h', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x02", 'h', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x0C", 'h', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x0D", 'h', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x9B", 'h', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x9C", 'h', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\xFC", 'h', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\xFB", 'h', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x01", 'k', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x02", 'k', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x0C", 'k', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x0D", 'k', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x9B", 'k', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x9C", 'k', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\xFC", 'k', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\xFB", 'k', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("fooあいうエオ", "rnaskh", "UTF-8")), "\n"; echo "Including one which will expand to two codepoints:\n"; echo bin2hex(mb_convert_kana("\x30\x52", 'h', 'UTF-16BE')), "\n\n"; echo "Convert full-width hiragana to full-width katakana:\n"; echo bin2hex(mb_convert_kana("\x30\x41", 'C', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x9D", 'C', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\x9E", 'C', 'UTF-16BE')), "\n\n"; echo "Convert full-width katakana to full-width hiragana:\n"; echo bin2hex(mb_convert_kana("\x30\xA1", 'c', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\xFD", 'c', 'UTF-16BE')), "\n"; echo bin2hex(mb_convert_kana("\x30\xFE", 'c', 'UTF-16BE')), "\n\n"; echo bin2hex(mb_convert_kana("\x00\x00", 'A', 'UTF-16BE')), "\n"; echo "\n"; // Try combinations of flags which don't make sense function tryBadFlags($flags) { try { mb_convert_kana('abc', $flags, 'UTF-8'); echo "BAD! mb_convert_kana should have thrown an exception for flags: $flags\n"; } catch (ValueError $e) { echo $e->getMessage(), "\n"; } } function tryIncompatibleFlags($flag1, $flag2) { tryBadFlags($flag1 . $flag2); tryBadFlags($flag2 . $flag1); } tryIncompatibleFlags('A', 'a'); tryIncompatibleFlags('A', 'r'); tryIncompatibleFlags('A', 'n'); tryIncompatibleFlags('a', 'R'); tryIncompatibleFlags('a', 'N'); tryIncompatibleFlags('R', 'r'); tryIncompatibleFlags('N', 'n'); tryIncompatibleFlags('S', 's'); tryIncompatibleFlags('K', 'H'); tryIncompatibleFlags('C', 'c'); tryIncompatibleFlags('M', 'm'); tryIncompatibleFlags('h', 'C'); tryIncompatibleFlags('h', 'c'); tryIncompatibleFlags('k', 'C'); tryIncompatibleFlags('k', 'c'); // Try non-existent flag try { mb_convert_kana($zenKakuA, 'Z', 'UTF-8'); } catch (ValueError $e) { echo $e->getMessage() . "\n"; } // Regression test: Two codepoints collapsed into one, just one position // before the end of the string $converted = mb_convert_kana("\xb9\xde\xde", 'HV', 'JIS'); if ($converted !== "\x1b\$B\$2!+\x1b(B") echo "Failed! Expected " . bin2hex("\x1b\$B\$2!+\x1b(B") . ", got: " . bin2hex($converted) . "\n"; // Regression test: the old implementation of mb_convert_kana would swallow // zero bytes in some cases if (mb_convert_kana("abc\x00abc", 'c', 'ASCII') !== "abc\x00abc") echo "mb_convert_kana is swallowing zero bytes!\n"; ?> --EXPECT-- 'A': ァアィイゥウェエォオカガキギク => ァアィイゥウェエォオカガキギク 'a': グケゲコゴサザシジスズセゼソゾタ => ｸﾞｹｹﾞｺｺﾞｻｻﾞｼｼﾞｽｽﾞｾｾﾞｿｿﾞﾀ 'a': ダチヂッツヅテデトドナニヌネノハ => ﾀﾞﾁﾁﾞｯﾂﾂﾞﾃﾃﾞﾄﾄﾞﾅﾆﾇﾈﾉﾊ 'a': バパヒビピフブプヘベペホボポマミ => ﾊﾞﾊﾟﾋﾋﾞﾋﾟﾌﾌﾞﾌﾟﾍﾍﾞﾍﾟﾎﾎﾞﾎﾟﾏﾐ 'a': ムメモャヤュユョヨラリルレロヮワ => ﾑﾒﾓｬﾔｭﾕｮﾖﾗﾘﾙﾚﾛﾜﾜ 'a': ヰヱヲンヴヵヶヷヸヹヺ・ーヽヾ => ｲｴｦﾝｳﾞヵヶヷヸヹヺ･ｰヽヾ 'A': ｠｡｢｣､･ｦｧｨｩｪｫｬｭｮｯ => ｠。「」、・ヲァィゥェォャュョッ 'A': ｰｱｲｳｴｵｶｷｸｹｺｻｼｽｾｿ => ーアイウエオカキクケコサシスセソ 'A': ﾀﾁﾂﾃﾄﾅﾆﾇﾈﾉﾊﾋﾌﾍﾎﾏ => タチツテトナニヌネノハヒフヘホマ 'A': ﾐﾑﾒﾓﾔﾕﾖﾗﾘﾙﾚﾛﾜﾝﾞﾟ => ミムメモヤユヨラリルレロワン゛゜ Convert ASCII letter to full-width: A -> ff21 Convert ASCII letter to full-width: A -> ff21 Convert ASCII numeral to full-width: 1 -> ff11 Convert ASCII space to full-width: 3000 Convert hankaku kana to zenkaku kana: Using 'glue' mode: 30ac 30f4 30d1 30cf0041 304c 3071 306f0041 Not using 'glue' mode: 30fc 30fc Convert selected punctuation/symbols to full-width and back: ffe5ffe5ffe3ffe32019201d 005c005c007e007e0027002700220022 Convert various full-width characters to half-width: 0021 0041 0030 0020 002d Convert full-width kana to half-width: ff67 ff64 ff61 ff62 ff63 ff9e ff9f ff70 ff65 ff64 ff61 ff62 ff63 ff9e ff9f ff70 ff65 666f6fefbdb1efbdb2efbdb3efbdb4efbdb5 Including one which will expand to two codepoints: ff79ff9e Convert full-width hiragana to full-width katakana: 30a1 30fd 30fe Convert full-width katakana to full-width hiragana: 3041 309d 309e 0000 mb_convert_kana(): Argument #2 ($mode) must not combine 'A' and 'a' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'A' and 'a' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'A' and 'r' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'A' and 'r' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'A' and 'n' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'A' and 'n' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'R' and 'a' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'R' and 'a' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'N' and 'a' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'N' and 'a' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'R' and 'r' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'R' and 'r' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'N' and 'n' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'N' and 'n' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'S' and 's' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'S' and 's' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'H' and 'K' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'H' and 'K' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'C' and 'c' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'C' and 'c' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'M' and 'm' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'M' and 'm' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'h' and 'C' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'h' and 'C' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'h' and 'c' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'h' and 'c' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'k' and 'C' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'k' and 'C' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'k' and 'c' flags mb_convert_kana(): Argument #2 ($mode) must not combine 'k' and 'c' flags mb_convert_kana(): Argument #2 ($mode) contains invalid flag: 'Z' --CREDITS-- Jason Easter PHPUG Würzburg Testfest 2009 2009-06-20