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+<header class="nav"><div class="wrap nav-in"><a class="brand" href="index.html"><span class="logo">L</span> Ludic</a><button class="nav-toggle" aria-label="Toggle menu" aria-expanded="false">☰</button><nav class="nav-links"><a href="index.html">Home</a><a href="api.html">API Reference</a><a class="nav-cta" href="https://git.workshopsoft.io/workshopsoft/ludic">Source ↗</a></nav></div></header>
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+  <div class="crumbs"><a href="api.html">API Reference</a> <span>›</span> <span class="here">Regex</span></div>
+  <div class="item-head"><span class="kind-badge kind-namespace">namespace</span><h1 id="top">Regex</h1></div>
+  <p class="ns-blurb">Regular expressions with PCRE/PECL-compatible syntax over a **linear-time** Thompson NFA (a Pike VM), so a bad pattern from a modder can never trigger catastrophic backtracking — matching is <code>O(n·m)</code>, never exponential. Compile a pattern once and reuse it; an invalid pattern is an <a href="regex-compile"><code>error value</code></a>, never a crash. Supported: literals, <code>.</code>, classes <code>[...]</code> with ranges/negation and <code>\d \w \s</code> (and their negations), anchors <code>^ $</code>, alternation <code>|</code>, capturing and <code>(?:…)</code> groups, and the quantifiers <code>* + ?</code> and <code>{n,m}</code> in greedy or lazy form. Backreferences and look-around are out of scope for a linear engine.</p>
+  <div class="ns-methods"><a class="ns-method" href="regex-compile.html"><code class="nm-sig">Regex.compile(pattern) -&gt; Regex</code><span class="nm-tip">Compile a pattern once for reuse; returns an error value (null) if it is invalid.</span></a><a class="ns-method" href="regex-valid.html"><code class="nm-sig">Regex.valid(pattern) -&gt; bool</code><span class="nm-tip">True if the pattern is well-formed (compiles without error).</span></a><a class="ns-method" href="regex-matches.html"><code class="nm-sig">Regex.matches(text, pattern) -&gt; bool</code><span class="nm-tip">True if the pattern matches anywhere in the text (a search).</span></a><a class="ns-method" href="regex-test.html"><code class="nm-sig">Regex.test(text, re) -&gt; bool</code><span class="nm-tip">Like matches, but reuses an already-compiled Regex.</span></a><a class="ns-method" href="regex-find.html"><code class="nm-sig">Regex.find(text, pattern) -&gt; Match</code><span class="nm-tip">The first match of the pattern in the text (a Match, or null if none).</span></a><a class="ns-method" href="regex-exec.html"><code class="nm-sig">Regex.exec(text, re) -&gt; Match</code><span class="nm-tip">Like find, but with an already-compiled Regex.</span></a><a class="ns-method" href="regex-next.html"><code class="nm-sig">Regex.next(text, re, from) -&gt; Match</code><span class="nm-tip">The next match at or after byte offset from — the basis of a find-all loop.</span></a><a class="ns-method" href="regex-replace.html"><code class="nm-sig">Regex.replace(text, pattern, replacement) -&gt; string</code><span class="nm-tip">Replace every match; the replacement expands \0..\9 group references.</span></a><a class="ns-method" href="regex-group.html"><code class="nm-sig">Regex.group(match, n) -&gt; string</code><span class="nm-tip">The text of capture group n (group 0 is the whole match); empty if unset.</span></a><a class="ns-method" href="regex-group_count.html"><code class="nm-sig">Regex.group_count(match) -&gt; int</code><span class="nm-tip">How many capture groups the match's pattern has.</span></a><a class="ns-method" href="regex-start.html"><code class="nm-sig">Regex.start(match, n) -&gt; int</code><span class="nm-tip">The start byte offset of group n, or -1 if it did not participate.</span></a><a class="ns-method" href="regex-end.html"><code class="nm-sig">Regex.end(match, n) -&gt; int</code><span class="nm-tip">The end byte offset of group n, or -1 if it did not participate.</span></a><a class="ns-method" href="regex-ok.html"><code class="nm-sig">Regex.ok(match) -&gt; bool</code><span class="nm-tip">True if the match succeeded (the Match is non-null).</span></a></div>
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