sanlinnaing/kp-karen-ascii2unicode.html

## kp-karen-ascii2unicode.html
<html>

<head>
    <script>
        function kp2uni(input) {
            output = input;
            console.log(output);
            output = output.replace(/H/g, "ံ");
            output = output.replace(/;/g, "း");
            output = output.replace(/!/g, "့");
            output = output.replace(/h/g, "့");
            output = output.replace(/²/g, "့");
            output = output.replace(/‹/g, "့");
            output = output.replace(/›/g, "့");
            output = output.replace(/\?/g, "၊");
            output = output.replace(/\//g, "။");
            output = output.replace(/ü/g, "၌");
            output = output.replace(/í/g, "၍");
            output = output.replace(/‚/g, "၎");
            output = output.replace(/ÿ/g, "၏");
            output = output.replace(/0/g, "၀");
            output = output.replace(/1/g, "၁");
            output = output.replace(/2/g, "၂");
            output = output.replace(/3/g, "၃");
            output = output.replace(/4/g, "၄");
            output = output.replace(/5/g, "၅");
            output = output.replace(/6/g, "၆");
            output = output.replace(/7/g, "၇");
            output = output.replace(/8/g, "၈");
            output = output.replace(/9/g, "၉");

            output = output.replace(/u/g, "က");
            output = output.replace(/c/g, "ခ");
            output = output.replace(/\*/g, "ဂ");
            output = output.replace(/è/g, "ဂ္ဂ");
            output = output.replace(/C/g, "ဃ");
            output = output.replace(/i/g, "င");
            output = output.replace(/F/g, "င်္");
            output = output.replace(/p/g, "စ");
            output = output.replace(/•/g, "စ္ဆ");
            output = output.replace(/q/g, "ဆ");
            output = output.replace(/Z/g, "ဇ");
            output = output.replace(/Ð/g, "ဉ");
            output = output.replace(/Ú/g, "ဉ");
            output = output.replace(/Ó/g, "ဉာ");
            output = output.replace(/Ì/g, "ဉ္စ");
            output = output.replace(/Í/g, "ဉ္ဇ");
            output = output.replace(/n/g, "ည");
            output = output.replace(/Ñ/g, "ည");
            output = output.replace(/É/g, "ဋ");
            output = output.replace(/Ë/g, "ဋ");
            output = output.replace(/Ã/g, "ဋ္ဋ");
            output = output.replace(/\|/g, "ဋ္ဌ");
            output = output.replace(/X/g, "ဌ");
            output = output.replace(/T/g, "ဍ");
            output = output.replace(/È/g, "ဍ");
            output = output.replace(/Ä/g, "ဍ္ဍ");
            output = output.replace(/Å/g, "ဍ္ဎ");
            output = output.replace(/Ê/g, "ဎ");
            output = output.replace(/%/g, "ဏ");
            output = output.replace(/¿/g, "ဏ္ဌ");
            output = output.replace(/¾/g, "ဏ္ဍ");
            output = output.replace(/À/g, "ဏ္ဏ");
            output = output.replace(/w/g, "တ");
            output = output.replace(/¹/g, "တ္ထ");
            output = output.replace(/x/g, "ထ");
            output = output.replace(/'/g, "ဒ");
            output = output.replace(/"/g, "ဓ");
            output = output.replace(/D/g, "ဓ");
            output = output.replace(/E/g, "န");
            output = output.replace(/e/g, "န");
            output = output.replace(/™/g, "န္တ");
            output = output.replace(/¯/g, "န္ထ");
            output = output.replace(/ˉ/g, "န္ထ");
            output = output.replace(/N/g, "ၞ");
            output = output.replace(/y/g, "ပ");
            output = output.replace(/Œ/g, "ပ္က");
            output = output.replace(/Ÿ/g, "ပ္တ");
            output = output.replace(/z/g, "ဖ");
            output = output.replace(/û/g, "ဖၠုံ");
            output = output.replace(/b/g, "ဘ");
            output = output.replace(/r/g, "မ");
            output = output.replace(/−/g, "မ္ဘ");
            output = output.replace(/M/g, "ၟ");
            output = output.replace(/,/g, "ယ");
            output = output.replace(/s/g, "ျ");
            output = output.replace(/ß/g, "ျ");
            output = output.replace(/î/g, "ျွ");
            output = output.replace(/é/g, "ျွှ");
            output = output.replace(/#/g, "ျှ");
            output = output.replace(/&/g, "ရ");
            output = output.replace(/±/g, "ရ");
            output = output.replace(/-/g, "ြ");
            output = output.replace(/j/g, "ြ");
            output = output.replace(/ð/g, "ြ");
            output = output.replace(/ñ/g, "ြ");
            output = output.replace(/‐/g, "ြ");
            output = output.replace(/‑/g, "ြ");
            output = output.replace(/–/g, "ြ");
            output = output.replace(/—/g, "ြ");
            output = output.replace(/«/g, "ြွ");
            output = output.replace(/¬/g, "ြွ");
            output = output.replace(/v/g, "လ");
            output = output.replace(/I/g, "ၠ");
            output = output.replace(/G/g, "ွ");
            output = output.replace(/\$/g, "ွှ");
            output = output.replace(/ì/g, "ွှ");
            output = output.replace(/o/g, "သ");


            output = output.replace(/ö/g, "သ္ဘ");
            output = output.replace(/ù/g, "ဿ");
            output = output.replace(/\[/g, "ဟ");
            output = output.replace(/S/g, "ှ");
            output = output.replace(/ê/g, "ှ");
            output = output.replace(/‡/g, "ှ");
            output = output.replace(/ý/g, "ှု");
            output = output.replace(/V/g, "ဠ");
            output = output.replace(/\./g, "ၜ");
            output = output.replace(/t/g, "အ");
            output = output.replace(/Á/g, "ဣ");
            output = output.replace(/þ/g, "ဤ");
            output = output.replace(/O/g, "ဥ");
            output = output.replace(/Ò/g, "ဧ");
            output = output.replace(/m/g, "ာ");
            output = output.replace(/g/g, "ါ");

            output = output.replace(/:/g, "ါ်");
            output = output.replace(/d/g, "ိ");
            output = output.replace(/ç/g, "ိံ");
            output = output.replace(/\+/g, "ိဲ");
            output = output.replace(/K/g, "ု");
            output = output.replace(/k/g, "ု");
            output = output.replace(/L/g, "ူ");
            output = output.replace(/l/g, "ူ");
            output = output.replace(/a/g, "ေ");
            output = output.replace(/J/g, "ဲ");
            output = output.replace(/Y/g, "ဲါ");
            output = output.replace(/\\/g, "ဴ");
            output = output.replace(/U/g, "္က");
            output = output.replace(/ä/g, "္က");
            output = output.replace(/Q/g, "္ခ");
            output = output.replace(/~/g, "္ဂ");
            output = output.replace(/ƒ/g, "္ဃ");
            output = output.replace(/P/g, "္စ");
            output = output.replace(/Æ/g, "္စျ");
            output = output.replace(/>/g, "္ဆ");
            output = output.replace(/…/g, "္ဇ");
            output = output.replace(/Ç/g, "္ဇျ");
            output = output.replace(/ú/g, "္ဋ");
            output = output.replace(/¥/g, "္ဌ");
            output = output.replace(/@/g, "္ဍ");
            output = output.replace(/„/g, "္ဎ");
            output = output.replace(/Ö/g, "္ဏ");
            output = output.replace(/W/g, "္တ");
            output = output.replace(/å/g, "္တ");
            output = output.replace(/œ/g, "္တ");
            output = output.replace(/®/g, "္တွ");
            output = output.replace(/´/g, "္ထ");
            output = output.replace(/ˆ/g, "္ထ");
            output = output.replace(/]/g, "္ဒ");
            output = output.replace(/</g, "္ဓ");
            output = output.replace(/Ô/g, "္န");
            output = output.replace(/`/g, "္ပ");
            output = output.replace(/‰/g, "္ဖ");
            output = output.replace(/A/g, "ဗ");
            output = output.replace(/¸/g, "္ဗ");
            output = output.replace(/Š/g, "္ဗ");
            output = output.replace(/B/g, "္ဘ");
            output = output.replace(/R/g, "္မ");
            output = output.replace(/Ï/g, "္ၚ");
            output = output.replace(/Â/g, "္လ");
            output = output.replace(/†/g, "္လ");
            output = output.replace(/{/g, "္ၜ");
            output = output.replace(/f/g, "်");
            output = output.replace(/\^/g, "ႋ");
            output = output.replace(/³/g, "ႉ");
            output = output.replace(/([က-အၜၯၰ])([က-အၜၯၰ])ø/g, "$1င်္$2ံ");
            output = output.replace(/([က-အၜၯၰ])([က-အၜၯၰ])õ/g, "$1င်္$2ိ");
            output = output.replace(/([က-အၜၯၰ])([က-အၜၯၰ])ô/g, "$1င်္$2ီ");

            //typo mistake correction
            output = output.replace(/၀(?![၀-၉])/g, "ဝ");
            output = output.replace(/(?<![၀-၉])၀/g, "ဝ");
            output = output.replace(/ြ([က-အၜၯၰ])/g, "$1ြ");
            output = output.replace(/ေ([က-အၜၯၰ])(([ျြွှၞၟၠ]|္ဒ|္ယ)?)/g, "$1$2ေ");
            output = output.replace(/ှေ်/g, "ှ်ေ");
            output = output.replace(/ုု/g, "ု");
            output = output.replace(/ံု/g, "ုံ");
            output = output.replace(/ါဲ/g, "ဲါ");
            output = output.replace(/ဲု/g, "ုဲ");
            output = output.replace(/ု်/g, "်ု");


            return output;
        }
    </script>
    <style>
        @font-face {
            font-family: 'Kp38';
            src: 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') format('woff');
            font-weight: normal;
            font-style: normal;
            font-display: swap;
        }
    </style>
</head>

<body align="center">
    Input Karen Text (ASCII font KP38)<br>
    <textarea id="input" style="font-family:Kp38; font-size:1.3em; width:90%; height:30%">au0fvdufqm³ (uImtl;"Hifh)</textarea>
    <br>
    <br>
    <input type="button" onclick="convert()" value="Convert Karen (KP) to Unicode">
    <br>
    <br>
    Output Karen Text (Unicode)<br>
    <textarea id="output"
        style="font-size:1.2sem; border:1px solid gray;padding:5px; margin:auto;width:90%;height:30%"></textarea>

    <script>
        function convert() {
            input = document.getElementById("input");
            unicodeOutput = kp2uni(input.value);
            output = document.getElementById("output");
            output.value = unicodeOutput;
        }
        convert();
    </script>
</body>

</html>