number-converter/index.html at main · BitLabTools/number-converter · GitHub

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<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="utf-8" />
<meta name="viewport" content="width=device-width, initial-scale=1" />
<title>Number Converter</title>
<link rel="icon" type="image/png" href="favicon.png">
<style>
  :root {
    --bg: #f7f9fc;
    --text: #0f172a;
    --muted: #4b5563;
    --border: #e5e7eb;
    --card: #ffffff;
    --accent: #2563eb;
    --accent-soft: rgba(37,99,235,.12);
    --logo-size-desktop: 84px;
    --logo-size-mobile: 44px;
  }
  * { box-sizing: border-box; }
  html, body { margin:0; padding:0; background: var(--bg); color: var(--text); font: 16px/1.55 system-ui, -apple-system, Segoe UI, Roboto, Arial, sans-serif; }
  a { color: var(--accent); text-decoration: none; }
  .container { max-width: 1140px; margin: 24px auto 60px; padding: 0 16px; }

  header { display:flex; align-items:center; justify-content:space-between; gap: 12px; flex-wrap: wrap; }
  .branding { display:flex; align-items:center; gap:10px; }
  .logo-img { height: var(--logo-size-desktop); width:auto; border-radius: 14px; box-shadow: 0 4px 8px rgba(0,0,0,0.2); }
  @media (max-width:640px){ .logo-img{ height: var(--logo-size-mobile);} }
  h1 { margin: 0; font-size: clamp(20px, 3.2vw, 28px); }

  .header-actions { display:flex; align-items:center; gap:8px; }
  .about-btn { border:1px solid var(--border); background:#fff; color:#111827; padding:8px 10px; border-radius:10px; cursor:pointer; font-weight:600; }
  .about-btn:focus { outline:none; box-shadow:0 0 0 3px var(--accent-soft); }

  .layout { display: grid; grid-template-columns: minmax(560px, 1fr) 300px; gap: 16px; }
  @media (max-width: 980px) { .layout { grid-template-columns: 1fr; } }

  .card { background: var(--card); border: 1px solid var(--border); border-radius: 12px; padding: 14px; }
  .fields { display: flex; flex-direction: column; gap: 12px; }
  .field { display: flex; flex-direction: column; gap: 6px; }
  label { font-weight: 600; font-size: 14px; color: #111827; display: flex; justify-content: space-between; align-items: center; gap: 8px; }
  .row { display: flex; gap: 8px; }

  input[type="text"], input[type="number"] {
    flex: 1;
    background: #fff; color: var(--text);
    border: 1px solid var(--border);
    border-radius: 10px; padding: 14px 14px;
    font-size: 17px; line-height: 1.35;
    font-family: ui-monospace, SFMono-Regular, Menlo, Consolas, "Liberation Mono", monospace;
    transition: box-shadow .15s ease, border-color .15s ease;
  }
  input[type="text"]::placeholder { color: #9ca3af; }
  input[type="text"]:focus, input[type="number"]:focus { outline: none; box-shadow: 0 0 0 3px var(--accent-soft); border-color: var(--accent); }

  .btn { border: 1px solid var(--border); background: var(--card); color: var(--text); border-radius: 10px; padding: 8px 10px; cursor: pointer; white-space: nowrap; }
  .btn:focus { outline: none; box-shadow: 0 0 0 3px var(--accent-soft); }

  .note { margin-top: 8px; color: var(--muted); font-size: 14px; }

  .info-grid { display: grid; grid-template-columns: 1fr; gap: 10px; }
  .info-item { background: #fafbff; border: 1px dashed var(--border); border-radius: 10px; padding: 10px; }
  .info-item b { display:block; margin-bottom: 4px; }

  .preserve-row { margin-top:10px; }
  .preserve-row label { display:inline-flex; justify-content:flex-start; align-items:center; gap:6px; margin:0; font-weight: 500; color:#374151; }

  /* Status (Option A) */
  #status.muted { opacity: 0; height: 0; margin: 0; padding: 0; overflow: hidden; transition: opacity .15s; }
  #status.ok    { color:#065f46; background:#ecfdf5; border-radius:8px; padding:4px 8px; display:inline-block; }
  #status.err   { color:#991b1b; background:#fef2f2; border-radius:8px; padding:4px 8px; display:inline-block; }

  /* subtle feedback when chars are dropped */
  @keyframes nudge { 0%{transform:translateX(0)} 30%{transform:translateX(-2px)} 60%{transform:translateX(2px)} 100%{transform:translateX(0)} }
  input.nudge { animation: nudge .15s ease; }

  /* Modals */
  .modal-backdrop { position:fixed; inset:0; background:rgba(0,0,0,.35); display:none; align-items:center; justify-content:center; z-index:50; }
  .modal { width:min(720px, 92vw); background:#fff; border-radius:14px; border:1px solid var(--border); padding:16px; box-shadow:0 10px 30px rgba(0,0,0,.2); }
  .modal header { display:flex; justify-content:space-between; align-items:center; }
  .modal h3 { margin:0; }
  .close { border:none; background:#fff; border:1px solid var(--border); border-radius:10px; padding:6px 10px; cursor:pointer; }
  .modal .body { margin-top:8px; color:#111827; }
  .modal footer { margin-top:12px; display:flex; justify-content:flex-end; gap:8px; }

  /* Footer */
  .footer { margin-top:14px; display:flex; gap:12px; align-items:center; }

  .header { display:flex; align-items:center; justify-content:space-between; gap:12px; }
  .title-group { display:flex; align-items:center; gap:12px; flex-wrap:wrap; }
  .logo-box { display:flex; align-items:center; }
  .logo-img { height: var(--logo-size-desktop); width:auto; border-radius: 14px; box-shadow: 0 4px 8px rgba(0,0,0,0.2); }
  @media (max-width:640px){ .logo-img{ height: var(--logo-size-mobile);} }
  .about-btn { background: var(--accent); color: #fff; border: none; box-shadow: 0 1px 0 rgba(0,0,0,.04); }
  .about-btn:hover { filter: brightness(1.05); }
  .footer { margin-top:14px; display:flex; flex-direction:column; align-items:flex-start; gap:8px; }
  .impressum-link { margin-left: 4px; }

  .logo-topright{
    position:absolute;
    top:0;
    right:0;
    height:48px;
    box-shadow:0 0 4px rgba(0,0,0,0.4);
    border-radius:8px;
  }

  .logo-container {
    position: absolute;
    top: 20px;
    right: 80px;
    z-index: 2000;
  }
  .logo-img {
    height: 120px;
    object-fit: contain;
    border-radius: 14px;
    box-shadow: 0 4px 8px rgba(0, 0, 0, 0.2);
  }
  @media (max-width: 600px) {
    .logo-img { height: 60px; }
  }
  @media (max-width: 400px) {
    .logo-img { height: 45px; }
  }

</style>
</head>
<body>

<div class="logo-container">
  <img class="logo-img" 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" alt="BitLabTools logo" />
</div>

  <div class="container">
    <header class="header">
      <div class="title-group">
        <div class="headline" style="position:relative; padding-right:60px;">
<h1>Number Converter — Dec ⇄ Hex ⇄ Bin ⇄ DNA ⇄ Base64</h1></div>
        <button class="about-btn" id="aboutBtn">About</button>
      </div>
      <div class="logo-box">

      </div>
    </header>

    <div class="layout">
      <!-- Left: fields -->
      <div class="card fields">
        <div class="field">
          <label>Decimal <button class="btn" data-copy="dec">Copy</button></label>
          <div class="row"><input id="dec" type="text" placeholder="e.g., 12345 or -42" /></div>
        </div>

        <div class="field">
          <label>Hexadecimal
            <span class="row">
              <button class="btn" id="hexCase">Hex a—f / A—F</button>
              <button class="btn" data-copy="hex">Copy</button>
            </span>
          </label>
          <div class="row"><input id="hex" type="text" placeholder="e.g., 3039 or 0x3039" /></div>
        </div>

        <div class="field">
          <label>Binary <button class="btn" data-copy="bin">Copy</button></label>
          <div class="row"><input id="bin" type="text" placeholder="e.g., 11110001001000000 or 0b1111" /></div>
        </div>

        <div class="field">
          <label>DNA Code (A=00, T=01, C=10, G=11) <button class="btn" data-copy="dna">Copy</button></label>
          <div class="row"><input id="dna" type="text" placeholder="e.g., ATCG..." /></div>
        </div>

        <div class="field">
          <label>Base64 <button class="btn" data-copy="b64">Copy</button></label>
          <div class="row"><input id="b64" type="text" placeholder="e.g., AQIDBA==" />
          </div>
          <div class="row" style="gap:8px; margin-top:6px; align-items:center;">
            <label for="b64Sidecar" class="muted" style="min-width:90px;">A-prefix</label>
            <input id="b64Sidecar" type="number" min="0" step="1" value="0" style="width:100px;" />
            <button class="btn" id="copyB64With">Copy Base64 + ~A&lt;n&gt;</button>
          </div>
        </div>

        <div class="preserve-row">
          <label><input type="checkbox" id="preserveToggle" checked>
            <span>Preserve formatting (keep leading zeros in Binary and leading A's in DNA)</span></label>
        </div>

        <div class="row" style="margin:6px 0 4px;">
          <button id="clearAll" type="button" class="btn"
            onclick="window.location.href = window.location.pathname + '?reset=' + Date.now();">
            Clear all
          </button>
        </div>

        <p class="note">
          Hex output is <b>uppercase</b> (A—F) by default — toggle to lowercase (a—f). Binary has no leading zeros in canonical form.
          DNA is derived from the binary form in 2-bit chunks. If bit-length is odd, the binary string is <b>left‑padded</b> with one leading 0.
        </p>

        <div class="footer">
          <button class="btn" id="disclaimerBtn">Disclaimer</button>
          <a href="impressum.html" id="impressumLink" class="impressum-link">Impressum</a>
        </div>
      </div>

      <!-- Right: info -->
      <div>
      <div class="card">
        <h3 style="margin:0 0 10px;">Info</h3>
        <div id="status" class="muted" style="margin-bottom:10px;">ready</div>
        <div class="info-grid">
          <div class="info-item"><b>Significant bits</b><div id="i_sbits" class="muted">—</div></div>
          <div class="info-item"><b>Nominal bits (hex nibbles)</b><div id="i_nbits" class="muted">—</div></div>
          <div class="info-item"><b>Nominal leading zero bits</b><div id="i_lz" class="muted">—</div></div>
          <div class="info-item"><b>Displayed leading zeros</b><div id="i_lz_disp" class="muted">—</div></div>
          <div class="info-item"><b>Byte length</b><div id="i_bytes" class="muted">—</div></div>
          <div class="info-item"><b>Hex length (displayed)</b><div id="i_hlen" class="muted">—</div></div>
          <div class="info-item"><b>Hex length (canonical)</b><div id="i_hlen_can" class="muted">—</div></div>
          <div class="info-item"><b>Hex length (bytes-aligned)</b><div id="i_hlen_bytes" class="muted">—</div></div>
          <div class="info-item"><b>Binary length</b><div id="i_blen" class="muted">—</div></div>
          <div class="info-item"><b>DNA length (bases)</b><div id="i_dna_len" class="muted">—</div></div>
          <div class="info-item"><b>A-prefix</b><div id="i_aprefix" class="muted">0</div></div>
          <div class="info-item"><b>Sidecar</b><div id="i_sidecar" class="muted">—</div></div>
          <div class="info-item">
            <b>Base64 length (chars)</b>
            <div id="i_b64_len" class="muted">—</div>
          </div>
        </div>
      </div></div>
    </div>
  </div>

  <!-- About modal -->
  <div class="modal-backdrop" id="aboutBackdrop" role="dialog" aria-modal="true" aria-labelledby="aboutTitle" style="display:none">
  <div class="modal" id="aboutModal">
    <button class="btn close" id="aboutClose" aria-label="Close">Close</button>
    <h2 id="aboutTitle">About</h2>
    <button id="aboutClose2" aria-label="Close" style="position:absolute;right:1rem;top:1rem;opacity:0;width:1px;height:1px;overflow:hidden;border:0;padding:0;"></button>

    <p>
      This converter keeps <b>Decimal</b>, <b>Hexadecimal</b>, <b>Binary</b>, <b>DNA</b> (A=00, T=01, C=10, G=11)
      and <b>Base64</b> in sync for arbitrary-size signed integers using JavaScript <code>BigInt</code>.
      A leading <code>-</code> denotes negative values in every field.
    </p>

    <ul>
      <li><b>Hex</b>: case toggle (A—F ↔ a—f).</li>
      <li><b>Binary</b>: no leading zeros in canonical form (except for zero).</li>
      <li><b>DNA</b>: when the bit length is odd, binary is left-padded with one leading <code>0</code> so 2-bit chunks can be formed; editing DNA rebuilds via its 2-bit mapping.</li>
      <li><b>Preserve formatting</b> (default on): keeps leading zeros in <i>Binary</i> and leading A's in <i>DNA</i> while editing. Other fields remain numerically consistent.</li>
      <li><b>Base64</b>: always canonical (no special "preserve" mode). It encodes the minimal big-endian <i>magnitude</i> bytes of the value; for negatives the minus sign is shown <i>outside</i> the Base64 text. Input is normalized (whitespace removed), <code>=</code> padding is auto-completed to a multiple of 4, and only the standard alphabet <code>[A—Za—z0—9+/=]</code> is accepted.</li>

	  In addition, a special <b>A-prefix sidecar</b> can be attached:
	  <ul style="margin-top:6px;">
	  <li>The numeric field <i>A-prefix</i> specifies how many leading <code>A</code> bases are logically prepended to the DNA representation.</li>
      <li>When copying Base64 with the <i>Copy Base64 + ~A&lt;n&gt;</i> button, the value is exported together with the prefix marker (e.g. <code>YWJjZA== ~A3</code>).</li>
      <li>When pasting a Base64 string containing such a marker, the tool automatically restores the correct DNA sequence including the leading <code>A</code>s.</li>
      </ul>
      This mechanism ensures that leading information in DNA sequences is not lost when converting back and forth via Base64.
      </li></li>
      </ul>

    <p class="muted" style="margin-top:0.5rem">
      All conversions run locally in your browser. Optional, privacy-friendly analytics via GoatCounter can be toggled in the Disclaimer.
    </p>
  </div>
</div>

  <!-- Disclaimer modal -->
  <div class="modal-backdrop" id="discBackdrop" role="dialog" aria-modal="true" aria-labelledby="disclaimerTitle" style="display:none">
    <div class="modal" id="disclaimerModal">
      <button class="btn close" id="discClose" aria-label="Close">Close</button>
      <h2 id="disclaimerTitle">Disclaimer</h2>
      <button id="discClose2" aria-label="Close" style="position:absolute;right:1rem;top:1rem;opacity:0;width:1px;height:1px;overflow:hidden;border:0;padding:0;"></button>
      <p class="muted" style="margin-top:6px;">
        This tool is provided <b>"as is"</b> without warranties of any kind, express or implied. Use at your own risk.
        No guarantee for correctness, completeness, or fitness for a particular purpose. Results may be affected by
        browser differences and user inputs.
      </p>
      <ul>
        <li>Not intended for safety-critical, medical, or legal use.</li>
        <li>Always verify important results with independent methods.</li>
        <li>No liability for direct or indirect damages resulting from the use of this tool.</li>
        <li>Inputs are processed locally in your browser; avoid entering confidential or personal data.</li>
      </ul>
      <hr style="margin:14px 0; border:none; border-top:1px solid var(--border);" />
      <h3 style="margin:0 0 6px;">Analytics (GoatCounter)</h3>
      <p class="muted" style="margin-top:4px;">
        We use <a href="https://www.goatcounter.com/" target="_blank" rel="noopener">GoatCounter</a> for privacy‑friendly, cookie‑free page analytics.
        No personal data is stored. Technical information (e.g., browser, OS, screen size, country) may be counted in aggregate.
        We respect your browser's <b>Do Not Track (DNT)</b> setting, and you can opt out below.
      </p>
      <div class="optout-row">
        <label for="analyticsToggle" class="muted" style="display:flex; align-items:center; gap:6px;">
          <input type="checkbox" id="gcOptIn" checked>
          Enable privacy-friendly analytics (GoatCounter)
        </label>
        <span id="gcStatus" class="muted"></span>
      </div>
    </div>
  </div>

<script>
(() => {
  const $ = (id) => document.getElementById(id);
  const els = {
    dec: $("dec"), hex: $("hex"), bin: $("bin"), dna: $("dna"),
    status: $("status"),
    i_sbits: $("i_sbits"), i_nbits: $("i_nbits"),
    i_lz: $("i_lz"), i_lz_disp: $("i_lz_disp"),
    i_bytes: $("i_bytes"), i_hlen: $("i_hlen"), i_hlen_can: $("i_hlen_can"), i_hlen_bytes: $("i_hlen_bytes"),
    i_blen: $("i_blen"), i_dna_len: $("i_dna_len"),
    i_aprefix: $("i_aprefix"), i_sidecar: $("i_sidecar"),
    b64: $("b64"), i_b64_len: $("i_b64_len"),
    hexCase: $("hexCase"),
    preserveToggle: $("preserveToggle"),
    aboutBtn: $("aboutBtn"),
    aboutBackdrop: $("aboutBackdrop"),
    aboutClose: $("aboutClose"),
    aboutClose2: $("aboutClose2"),
    b64Sidecar: $("b64Sidecar"),
    copyB64With: $("copyB64With"),
    discBtn: $("disclaimerBtn"),
    discBackdrop: $("discBackdrop"),
    discClose: $("discClose"),
    discClose2: $("discClose2"),
    gcOptIn: $("gcOptIn"),
    gcStatus: $("gcStatus"),
  };

  let hexUpper = true;
  let updating = false;
  let preserveFormatting = true; // default ON
  const preserveContext = { from: null, rawBin: "", rawDNA: "" };

  // --- status (Option A) ---
  let statusTimer = null;
  function setStatus(msg, cls = "muted") {
    const el = els.status;
    el.className = cls;
    el.textContent = msg;
    clearTimeout(statusTimer);
    if (cls !== "muted") {
      statusTimer = setTimeout(() => {
        el.className = "muted";
        el.textContent = "ready";
      }, 1500);
    }
  }

  // --- helpers ---
  function safeUpdate(fn) {
    if (updating) return;
    try { updating = true; fn(); setStatus("ready", "muted"); }
    catch(e){ setStatus(e.message || String(e), "err"); }
    finally { updating = false; }
  }

  // Fixed copy function
  async function copyToClipboard(text) {
    try {
      await navigator.clipboard.writeText(text);
      return true;
    } catch {
      // Fallback method
      const textarea = document.createElement('textarea');
      textarea.value = text;
      document.body.appendChild(textarea);
      textarea.select();
      document.execCommand('copy');
      document.body.removeChild(textarea);
      return true;
    }
  }

  function sanitizeHex(s) {
    s = s.trim();
    if (s.startsWith("0x") || s.startsWith("0X")) s = s.slice(2);
    if (!/^[0-9a-fA-F]*$/.test(s)) throw new Error("Invalid hexadecimal number");
    return s || "0";
  }
  function sanitizeBin(s) {
    s = s.trim();
    if (s.startsWith("0b") || s.startsWith("0B")) s = s.slice(2);
    if (!/^[01]*$/.test(s)) throw new Error("Invalid binary number");
    return s || "0";
  }
  function trimBinLeadingZeros(b) { b = b.replace(/^0+(?=\d)/, ""); return b === "" ? "0" : b; }
  function countLeadingZeros(s) { if (!s) return 0; let i=0; while(i<s.length && s[i]==='0') i++; return i; }

  function bigIntFromDec(s) { s = s.trim(); if (!s) return 0n; try { return BigInt(s); } catch { throw new Error("Invalid decimal number"); } }
  function bigIntFromHex(s) { s = sanitizeHex(s); return BigInt("0x" + s); }
  function bigIntFromBin(s) { s = sanitizeBin(s); return BigInt("0b" + s); }

  // DNA helpers
  const bitsToBase = { "00":"A", "01":"T", "10":"C", "11":"G" };
  const baseToBits = { A:"00", a:"00", T:"01", t:"01", C:"10", c:"10", G:"11", g:"11" };

  function binToDNA(bin) {
    if (bin === "0") return "A";
    if (bin.length % 2) bin = "0" + bin; // left-pad
    let out=""; for (let i=0;i<bin.length;i+=2) out += bitsToBase[bin.slice(i,i+2)];
    return out;
  }
  function binToDNAFromPreserved(bin) { // no trimming
    if (bin === "") return "";
    let b = bin; if (b.length % 2) b = "0"+b;
    let out=""; for (let i=0;i<b.length;i+=2) out+=bitsToBase[b.slice(i,i+2)];
    return out;
  }
  function dnaToBin(dna) {
    const cleaned = dna.replace(/\s+/g, "");
    if (cleaned === "") return "0";
    let bits=""; for (const ch of cleaned) { const b = baseToBits[ch]; if (!b) throw new Error("Invalid DNA code (allowed: A,T,C,G)"); bits += b; }
    return trimBinLeadingZeros(bits);
  }
  function dnaToBinRaw(dna) { // no trimming
    const cleaned = dna.replace(/\s+/g, "");
    if (cleaned === "") return "";
    let bits=""; for (const ch of cleaned) { const b = baseToBits[ch]; if (!b) throw new Error("Invalid DNA code (allowed: A,T,C,G)"); bits += b; }
    return bits;
  }

  // --- Base64 & bytes helpers (unsigned magnitude) ---
  function bigintToBytes(mag){ // big-endian
    if (mag === 0n) return new Uint8Array([0]);
    const arr = [];
    let x = mag;
    while (x > 0n) { arr.push(Number(x & 0xFFn)); x >>= 8n; }
    arr.reverse();
    return new Uint8Array(arr);
  }
  function bytesToBigint(u8){
    let x = 0n;
    for (let i=0;i<u8.length;i++) x = (x<<8n) + BigInt(u8[i]);
    return x;
  }
  function bytesToBase64(u8){
    let s = "";
    for (let i=0;i<u8.length;i++) s += String.fromCharCode(u8[i] & 0xFF);
    return btoa(s);
  }
  function base64ToBytes(s){
    const bin = atob(s); // may throw
    const u8 = new Uint8Array(bin.length);
    for (let i=0;i<bin.length;i++) u8[i] = bin.charCodeAt(i) & 0xFF;
    return u8;
  }
  function normalizeB64Live(s){
    s = s.replace(/\s+/g, "");
    let neg = false;
    if (s.startsWith("-")) { neg = true; s = s.slice(1); }
    s = s.replace(/[^A-Za-z0-9+/=]/g, ""); // keep only base64 chars
    return (neg ? "-" : "") + s;
  }

  // --- live normalizers ---
  function normalizeDecLive(s){ s=s.replace(/\s+/g,""); let neg=false; if(s.startsWith("-")){neg=true;s=s.slice(1);} s=s.replace(/[^0-9]/g,""); return (neg?"-":"")+s; }
  function normalizeHexLive(s){ s=s.replace(/\s+/g,""); let neg=false; if(s.startsWith("-")){neg=true;s=s.slice(1);} let pref=""; if(/^0[xX]/.test(s)){pref="0x"; s=s.slice(2);} s=s.replace(/[^0-9a-fA-F]/g,""); return (neg?"-":"")+pref+s; }
  function normalizeBinLive(s){ s=s.replace(/\s+/g,""); let neg=false; if(s.startsWith("-")){neg=true;s=s.slice(1);} let pref=""; if(/^0[bB]/.test(s)){pref="0b"; s=s.slice(2);} s=s.replace(/[^01]/g,""); return (neg?"-":"")+pref+s; }

  function normalizeDnaLive(s){
    // remove spaces, keep optional leading minus
    s = s.replace(/\s+/g,"");
    let neg = false;
    if (s.startsWith("-")) { neg = true; s = s.slice(1); }
    // keep only ATCG letters
    s = s.replace(/[^ATCGatcg]/g, "");
    // force uppercase
    s = s.toUpperCase();
    return (neg ? "-" : "") + s;
  }

  function applyNormalization(id, normalizer){
    const el = $(id);
    const before = el.value;
    const after = normalizer(before);
    if (before !== after){ el.value = after; el.classList.add("nudge"); setTimeout(()=>el.classList.remove("nudge"), 160); }
  }

  function countLeadingAs(dna){
    let k = 0;
    for (let i=0;i<dna.length;i++){
      const c = dna[i];
      if (c === 'A' || c === 'a') k++; else break;
    }
    return k;
  }

  function updateAllFromBigint(x) {
    const neg = x < 0n;
    const mag = neg ? -x : x;

    const binCanonical = mag.toString(2);
    const hexCanonical = mag.toString(16);
    const dnaCanonical = binToDNA(binCanonical);
    const b64Canonical = bytesToBase64(bigintToBytes(mag));

    // display strings (may preserve)
    let binDisp = binCanonical;
    let dnaDisp = dnaCanonical;

    if (preserveFormatting && preserveContext.from === "bin") {
      const raw = preserveContext.rawBin || "";
      try {
        const rawVal = BigInt("0b" + (raw || "0"));
        if (rawVal === mag) { binDisp = raw; dnaDisp = binToDNAFromPreserved(raw); }
      } catch {}
    } else if (preserveFormatting && preserveContext.from === "dna") {
      const rawDNA = preserveContext.rawDNA || "";
      try {
        const bits = dnaToBinRaw(rawDNA);
        const rawVal = BigInt("0b" + (bits || "0"));
        if (rawVal === mag) { dnaDisp = rawDNA.toUpperCase(); binDisp = bits; }
      } catch {}
    }

    const sign = neg ? "-" : "";
    els.dec.value = sign + mag.toString(10);
    els.hex.value = sign + (hexUpper ? hexCanonical.toUpperCase() : hexCanonical.toLowerCase());
    els.bin.value = sign + binDisp;
    els.dna.value = sign + dnaDisp;

    // base64 (no preserve semantics)
    els.b64.value = sign + b64Canonical;

    // canonical info
    const sbits = binCanonical === "0" ? 1 : binCanonical.length;
    const nibbles = Math.max(1, Math.ceil(sbits / 4));
    const nominal = nibbles * 4;
    const lz = nominal - sbits;
    const bytes = Math.max(1, Math.ceil(sbits / 8));

    // Info lengths (respect preserved display when applicable)
    let blenInfo = sbits;
    let dnaLenInfo = dnaCanonical.length;
    let bytesInfo = bytes;
    let hexLenInfo = nibbles;
    let lzDisplayed = 0;

    if (preserveFormatting && preserveContext.from === "bin" && preserveContext.rawBin !== "") {
      blenInfo = preserveContext.rawBin.length;
      dnaLenInfo = binToDNAFromPreserved(preserveContext.rawBin).length;
      bytesInfo = Math.max(1, Math.ceil(blenInfo / 8));
      hexLenInfo = Math.max(1, Math.ceil(blenInfo / 4));
      const disp = binDisp;
      lzDisplayed = countLeadingZeros(disp);
    } else if (preserveFormatting && preserveContext.from === "dna" && preserveContext.rawDNA !== "") {
      const cleanedDNA = preserveContext.rawDNA.replace(/\s+/g, "");
      dnaLenInfo = cleanedDNA.length;
      blenInfo = dnaToBinRaw(cleanedDNA).length;
      bytesInfo = Math.max(1, Math.ceil(blenInfo / 8));
      hexLenInfo = Math.max(1, Math.ceil(blenInfo / 4));
      const disp = binDisp;
      lzDisplayed = countLeadingZeros(disp);
    }

    // write out
    els.i_sbits.textContent = String(sbits);
    els.i_nbits.textContent = String(nominal);
    els.i_lz.textContent    = String(lz);
    els.i_lz_disp.textContent = String(lzDisplayed);
    els.i_bytes.textContent = String(bytesInfo);
    els.i_hlen.textContent  = String(hexLenInfo);
    els.i_blen.textContent  = String(blenInfo);
    try { els.i_hlen_can.textContent = String(nibbles); } catch {}
    try { els.i_hlen_bytes.textContent = String(bytesInfo * 2); } catch {}
    els.i_dna_len.textContent = String(dnaLenInfo);

    // Sync A-prefix & Sidecar
    (function(){
      let dnaForPrefix = "";
      if (preserveFormatting && preserveContext.from === "dna" && preserveContext.rawDNA) {
        dnaForPrefix = preserveContext.rawDNA.replace(/\s+/g,"");
      } else if (preserveFormatting && preserveContext.from === "bin" && preserveContext.rawBin) {
        dnaForPrefix = binToDNAFromPreserved(preserveContext.rawBin);
      } else if (typeof dnaDisp === "string") {
        dnaForPrefix = dnaDisp;
      }
      const ap = countLeadingAs(dnaForPrefix);
      try { if (els.i_aprefix) els.i_aprefix.textContent = String(ap); } catch {}
      try { if (els.i_sidecar) els.i_sidecar.textContent = (ap>0 ? "~A"+ap : "—"); } catch {}
      try { if (els.b64Sidecar) els.b64Sidecar.value = String(ap); } catch {}
    })();

    els.i_b64_len.textContent = String(b64Canonical.length);
  }

  // --- events ---

  // React to manual changes of the A-prefix numeric field
  (function(){
    const sideEl = document.getElementById("b64Sidecar");
    const b64El = document.getElementById("b64");
    if (!sideEl || !b64El) return;
    const onSidecarChange = () => safeUpdate(() => {
      const sRaw = b64El.value || "";
      if (!sRaw.trim()) { return; }
      // Use the same normalization as the regular Base64 input (without any sidecar)
      let s = sRaw.trim();
      const neg = s.startsWith("-");
      let magStr = neg ? s.slice(1) : s;
      // Clean to base64 charset only
      magStr = magStr.replace(/[^A-Za-z0-9+/=]/g, "");
      // pad to multiple of 4
      const mod4 = magStr.length % 4;
      if (mod4) magStr = magStr + "=".repeat(4 - mod4);
      // Validate base64 chars
      if (!/^([A-Za-z0-9+/])*={0,2}$/.test(magStr)) return; // ignore until valid
      let u8; try { u8 = base64ToBytes(magStr); } catch { return; }
      const x = bytesToBigint(u8);
      // Build preserved DNA using current numeric A-prefix
      let bits = x.toString(2);
      if (bits.length % 2) bits = "0" + bits;
      const dnaCanon = binToDNAFromPreserved(bits);
      const k = Math.max(0, parseInt(sideEl.value||"0", 10) || 0);
      preserveContext.from = "dna";
      preserveContext.rawDNA = "A".repeat(k) + dnaCanon;
      preserveContext.rawBin = "";
      updateAllFromBigint(neg ? -x : x);
    });
    sideEl.addEventListener("input", onSidecarChange);
    sideEl.addEventListener("change", onSidecarChange);
  })();

  // Handle pasting Base64 + sidecar into the Base64 field
  document.getElementById("b64").addEventListener("paste", (ev) => {
    try {
      const txt = (ev.clipboardData || window.clipboardData).getData("text");
      if (!txt) return;
      const m = txt.match(/\s*[~#;:]A(\d+)\s*$/i);
      if (m) {
        // strip sidecar and place into numeric field
        const pure = txt.replace(/\s*[~#;:]A(\d+)\s*$/i, "").replace(/[^A-Za-z0-9+/=]/g, "");
        if (els.b64Sidecar) els.b64Sidecar.value = String(Math.max(0, parseInt(m[1]||"0",10)||0));
        ev.preventDefault();
        // Set value and trigger input
        const el = document.getElementById("b64");
        const start = el.selectionStart, end = el.selectionEnd;
        el.setRangeText(pure, start, end, "end");
        el.dispatchEvent(new Event("input", {bubbles:true}));
      }
    } catch {}
  });

  // About / Disclaimer
  els.aboutBtn.addEventListener("click", () => { els.aboutBackdrop.style.display = "flex"; });
  els.aboutClose.addEventListener("click", () => { els.aboutBackdrop.style.display = "none"; });
  els.aboutClose2.addEventListener("click", () => { els.aboutBackdrop.style.display = "none"; });
  els.discBtn.addEventListener("click", () => { els.discBackdrop.style.display = "flex"; });
  els.discClose.addEventListener("click", () => { els.discBackdrop.style.display = "none"; });
  els.discClose2.addEventListener("click", () => { els.discBackdrop.style.display = "none"; });

  // Soft clear: when any field becomes empty, clear all fields & info without reloading
  function softClear() {
    try {
      els.dec.value = "";
      els.hex.value = "";
      els.bin.value = "";
      els.dna.value = "";
      if (els.b64) els.b64.value = "";
      // reset preserve context
      preserveContext.from = null;
      preserveContext.rawBin = "";
      preserveContext.rawDNA = "";
      // reset info counters
      const dash = "—";
      try { els.i_sbits.textContent = dash; } catch {}
      try { els.i_nbits.textContent = dash; } catch {}
      try { els.i_lz.textContent = dash; } catch {}
      try { els.i_lz_disp.textContent = dash; } catch {}
      try { els.i_bytes.textContent = dash; } catch {}
      try { els.i_hlen.textContent = dash; } catch {}
      try { if (els.i_hlen_can) els.i_hlen_can.textContent = dash; } catch {}
      try { if (els.i_hlen_bytes) els.i_hlen_bytes.textContent = dash; } catch {}
      try { els.i_blen.textContent = dash; } catch {}
      try { els.i_dna_len.textContent = dash; } catch {}
      try { if (els.i_b64_len) els.i_b64_len.textContent = dash; } catch {}
      // Reset A-prefix display
      try { if (els.i_aprefix) els.i_aprefix.textContent = "0"; } catch {}
      try { if (els.i_sidecar) els.i_sidecar.textContent = "—"; } catch {}
      try { if (els.b64Sidecar) els.b64Sidecar.value = "0"; } catch {}
      setTimeout(() => setStatus("cleared", "ok"), 0);
    } catch (e) {
      // fail-safe: don't throw in input handler
    }
  }

  // GoatCounter opt-in in Disclaimer (status only there)
  const GC_DOMAIN = "bitlabtools.goatcounter.com";
  const dntEnabled = (navigator.doNotTrack == "1" || window.doNotTrack == "1" || navigator.msDoNotTrack == "1");
  function updateGcStatus(){
    els.gcStatus.innerHTML = "Analytics: <b>" + (els.gcOptIn.checked && !dntEnabled ? "enabled" : "disabled") + (dntEnabled ? " (DNT)" : "") + "</b>";
  }
  function ensureGoatCounter(){
    if (dntEnabled || !els.gcOptIn.checked) return;
    if (document.getElementById("gc-script")) return;

    window.goatcounter = window.goatcounter || {};
    window.goatcounter.path = function () {
        return location.pathname;
    };

    const s = document.createElement("script");
    s.id = "gc-script";
    s.setAttribute("data-goatcounter", "https://" + GC_DOMAIN + "/count");
    s.async = true;
    s.src = "https://gc.zgo.at/count.js";
    document.body.appendChild(s);
  }

  els.gcOptIn.addEventListener("change", () => { updateGcStatus(); ensureGoatCounter(); });
  if (!dntEnabled) { els.gcOptIn.checked = true; }
  updateGcStatus();
  ensureGoatCounter();

  // Hex case toggle
  els.hexCase.addEventListener("click", () => safeUpdate(() => {
    hexUpper = !hexUpper;
    const s = els.hex.value;
    if (s) { els.hex.value = hexUpper ? s.toUpperCase() : s.toLowerCase(); }
  }));
  // Option B: show mode after handler ran
  els.hexCase.addEventListener("click", () => { setTimeout(() => setStatus(hexUpper ? "HEX UPPERCASE" : "hex lowercase", "ok"), 0); });

  // Preserve toggle
  els.preserveToggle.addEventListener("change", () => {
    preserveFormatting = !!els.preserveToggle.checked;
    preserveContext.from = null; // reset to canonical when toggled
    safeUpdate(() => {
      const v = els.dec.value.trim();
      const x = v ? bigIntFromDec(v) : 0n;
      updateAllFromBigint(x);
    });
  });
  // Option B: show mode after handler ran
  els.preserveToggle.addEventListener("change", () => { setTimeout(() => setStatus(els.preserveToggle.checked ? "Preserve ON" : "Preserve OFF", "ok"), 0); });

  // Decimal
  els.dec.addEventListener("input", () => safeUpdate(() => {
    applyNormalization('dec', normalizeDecLive);
    const s = els.dec.value.trim();
    if (!s) { softClear(); return; }
    const x = bigIntFromDec(s);
    preserveContext.from = null;
    updateAllFromBigint(x);
  }));

  // Hex
  els.hex.addEventListener("input", () => safeUpdate(() => {
    applyNormalization('hex', normalizeHexLive);
    const s = els.hex.value.trim();
    if (!s) { softClear(); return; }
    const neg = s.startsWith("-");
    const mag = neg ? s.slice(1) : s;
    // Guard: allow typing just '-' or bare '0x' without forcing conversion
    if (mag === '' || /^0[xX]$/.test(mag)) { setTimeout(() => setStatus('awaiting hex digits…', 'ok'), 0); return; }
    const x = bigIntFromHex(mag);
    preserveContext.from = null;
    updateAllFromBigint(neg ? -x : x);
  }));

  // Binary
  els.bin.addEventListener("input", () => safeUpdate(() => {
    applyNormalization('bin', normalizeBinLive);
    const s = els.bin.value.trim();
    if (!s) { softClear(); return; }
    const neg = s.startsWith("-");
    let mag = neg ? s.slice(1) : s;
    // Allow '0b'/'0B' prefix while typing; if only the bare prefix is present, wait for digits
    if (/^0[bB]$/.test(mag) || mag === '') { setTimeout(() => setStatus('awaiting binary digits…', 'ok'), 0); return; }
    if (mag.startsWith('0b') || mag.startsWith('0B')) mag = mag.slice(2);
    if (!/^([01])*$/.test(mag)) throw new Error('Invalid binary number');
    const x = BigInt('0b' + (mag || '0'));
    preserveContext.from = 'bin';
    preserveContext.rawBin = mag; // store bits without prefix for info metrics
    preserveContext.rawDNA = '';
    updateAllFromBigint(neg ? -x : x);
  }));

  // DNA
  els.dna.addEventListener("input", () => safeUpdate(() => {
    applyNormalization('dna', normalizeDnaLive);
    const s = els.dna.value.trim();
    if (!s) { softClear(); return; }
    const neg = s.startsWith("-");
    const mag = neg ? s.slice(1) : s;
    if (!/^([ATCGatcg])*$/.test(mag)) throw new Error("Invalid DNA code (allowed: A,T,C,G)");
    const bits = dnaToBinRaw(mag);
    const x = BigInt("0b" + (bits || "0"));
    preserveContext.from = "dna";
    preserveContext.rawDNA = mag;
    preserveContext.rawBin = "";
    updateAllFromBigint(neg ? -x : x);
  }));

  // Base64
  els.b64.addEventListener("input", () => safeUpdate(() => {
    applyNormalization('b64', normalizeB64Live);
    const s = els.b64.value.trim();
    if (!s) { softClear(); return; }
    const neg = s.startsWith("-");
    let magStr = neg ? s.slice(1) : s;
    const mod4 = magStr.length % 4;
    if (mod4) magStr = magStr + "=".repeat(4 - mod4);
    if (!/^([A-Za-z0-9+/])*={0,2}$/.test(magStr)) throw new Error("Invalid Base64");
    let u8; try { u8 = base64ToBytes(magStr); } catch { throw new Error("Invalid Base64"); }
    const x = bytesToBigint(u8);
    let sidecarK = 0;
    if (els.b64Sidecar) { try { sidecarK = Math.max(0, parseInt(els.b64Sidecar.value||"0",10)||0); } catch {} }
    if (sidecarK > 0) {
      let bits = x.toString(2); if (bits.length % 2) bits = "0" + bits; const dnaCanon = binToDNAFromPreserved(bits);
      preserveContext.from = "dna"; preserveContext.rawDNA = "A".repeat(sidecarK) + dnaCanon; preserveContext.rawBin = "";
    } else {
      preserveContext.from = "b64"; preserveContext.rawBin = ""; preserveContext.rawDNA = "";
    }
    updateAllFromBigint(neg ? -x : x);
  }));

  // Fixed Copy buttons - using proper event delegation
  document.querySelectorAll("[data-copy]").forEach(btn => {
    btn.addEventListener("click", async () => {
      const fieldId = btn.getAttribute("data-copy");
      const field = document.getElementById(fieldId);
      if (!field) return;

      try {
        await copyToClipboard(field.value);
        setStatus("copied " + fieldId, "ok");
      } catch {
        setStatus("copy failed", "err");
      }
    });
  });

  // Fixed Base64 copy button
  if (els.copyB64With) {
    els.copyB64With.addEventListener("click", async () => {
      const base = (els.b64.value || "").trim();
      const ap = Math.max(0, parseInt(els.b64Sidecar.value||"0", 10) || 0);
      const payload = ap > 0 ? (base + " ~A" + ap) : base + " ~A0";
      try {
        await copyToClipboard(payload);
        setStatus("Copied Base64 + sidecar","ok");
      } catch {
        setStatus("copy failed", "err");
      }
    });
  }

  // init
  setStatus("ready","muted");
})();
</script>

<script>
(function(){
  function setupOverlayClose(backdropId, closeIds){
    const backdrop = document.getElementById(backdropId);
    if(!backdrop) return;
    function tryClose(e){
      if(e.target === backdrop){
        closeIds.forEach(id => {
          const btn = document.getElementById(id);
          if(btn){ btn.click(); }
        });
      }
    }
    backdrop.addEventListener('click', tryClose);
  }
  setupOverlayClose('aboutBackdrop', ['aboutClose','aboutClose2']);
  setupOverlayClose('discBackdrop', ['discClose','discClose2']);
})();
</script>

<script>
(function(){
  const el = document.getElementById('dna');
  if (!el) return;

  function nudge(){
    el.classList.add('nudge');
    setTimeout(()=>el.classList.remove('nudge'), 160);
  }
  function sanitizeInsert(text, startIndex){
    if (text == null) return "";
    let t = String(text).toUpperCase();
    t = t.replace(/[^ATCG\-]/g, '');
    if (startIndex > 0) t = t.replace(/\-/g, '');
    if (startIndex === 0) t = t.replace(/^\-+/, '-');
    return t;
  }

  el.addEventListener('paste', (e) => {
    const cd = e.clipboardData || window.clipboardData;
    if (!cd) return;
    const data = cd.getData('text');
    if (typeof data !== 'string') return;
    e.preventDefault();
    const s = el.selectionStart ?? 0;
    const epos = el.selectionEnd ?? s;
    const ins = sanitizeInsert(data, s);
    if (!ins) { e.preventDefault(); try { nudge(); } catch {} return; }
    el.setRangeText(ins, s, epos, 'end');
    el.dispatchEvent(new Event('input', {bubbles:true}));
    try { if (String(ins) !== String(data).toUpperCase()) nudge(); } catch {}
  }, {capture:true});

  el.addEventListener('beforeinput', (e) => {
    const it = e.inputType || '';
    if (it.startsWith('insert')) {
      const s = el.selectionStart ?? 0;
      const epos = el.selectionEnd ?? s;
      const data = e.data ?? '';
      const ins = sanitizeInsert(data, s);
      if (ins === "" && data !== "") {
        e.preventDefault();
        try { nudge(); } catch {}
        return;
      }
      e.preventDefault();
      el.setRangeText(ins, s, epos, 'end');
      try { el.dispatchEvent(new Event('input', {bubbles:true})); } catch {}
      try { if (typeof data === 'string' && ins !== String(data).toUpperCase()) nudge(); } catch {}
    }
  }, {capture:true});
})();
</script>

</body>
</html>