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XZBT-NGN/test-fixtures/reference-exhibits/museum-gallery/verification.html
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HTML

<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="utf-8">
<title>Museum Gallery — Step 6.2 browser verification</title>
<style>
body { font-family: "Segoe UI", Tahoma, sans-serif; background: #10131a; color: #e8ecf2; margin: 0; padding: 16px; }
h1 { font-size: 16px; }
.frames { display: flex; gap: 8px; margin-bottom: 16px; }
iframe { width: 32%; height: 280px; border: 1px solid rgba(255,255,255,0.2); background: #fff; }
#log { font: 12px/1.5 ui-monospace, Consolas, monospace; white-space: pre-wrap; background: rgba(255,255,255,0.04); border: 1px solid rgba(255,255,255,0.1); padding: 10px; border-radius: 4px; max-height: 55vh; overflow: auto; }
.pass { color: #7be08a; }
.fail { color: #ff8080; font-weight: 600; }
.diag { color: #f0c674; white-space: pre-wrap; margin: 2px 0 8px 18px; }
#summary { margin: 10px 0; font-size: 14px; }
</style>
</head>
<body>
<h1>Museum Gallery — Step 6.2 real-browser verification</h1>
<p>
Opens the three surfaces as three separate same-origin documents (iframes,
one per surface — a genuine multi-document, multi-BroadcastChannel-endpoint
test, not a simulation) and drives the required proof points listed in the
Step 6.2 brief. Every wait below is condition-based (polls a real signal —
attachment state, DOM content, or stateRevision — until it is true or a
timeout elapses); nothing is timed by a fixed sleep standing in for an
actual event. Click "Run checks" once all three frames have loaded.
</p>
<button id="run" type="button">Run checks</button>
<div id="summary"></div>
<div class="frames">
<iframe id="frame-control" src="control.html" title="Control Room"></iframe>
<iframe id="frame-artifact" src="artifact.html" title="Artifact Display"></iframe>
<iframe id="frame-info" src="info-wall.html" title="Information Wall"></iframe>
</div>
<div id="log"></div>
<script>
(function () {
'use strict';
var logEl = document.getElementById('log');
var summaryEl = document.getElementById('summary');
var results = [];
function log(ok, name, detail) {
results.push(ok);
var line = document.createElement('div');
line.className = ok ? 'pass' : 'fail';
line.textContent = (ok ? 'PASS' : 'FAIL') + ' — ' + name + (detail ? ' (' + detail + ')' : '');
logEl.appendChild(line);
}
function diag(text) {
var line = document.createElement('div');
line.className = 'diag';
line.textContent = text;
logEl.appendChild(line);
}
/**
* Poll `checkFn` (a synchronous predicate reading real page/Core state)
* every `intervalMs` until it returns true or `timeoutMs` elapses.
* Never used to paper over a race with a fixed sleep -- the condition
* itself is the thing under test.
*/
function pollUntil(checkFn, timeoutMs, intervalMs) {
var deadline = Date.now() + timeoutMs;
return new Promise(function (resolve) {
(function poll() {
var ok;
try { ok = !!checkFn(); } catch (e) { ok = false; }
if (ok) return resolve(true);
if (Date.now() > deadline) return resolve(false);
setTimeout(poll, intervalMs || 25);
})();
});
}
function waitForDebug(win, prop, timeoutMs) {
var deadline = Date.now() + timeoutMs;
return new Promise(function (resolve, reject) {
(function poll() {
if (win.__museumGalleryDebug && win.__museumGalleryDebug[prop]) return resolve(win.__museumGalleryDebug[prop]);
if (Date.now() > deadline) return reject(new Error('timed out waiting for ' + prop));
setTimeout(poll, 30);
})();
});
}
/** Dump Core value / surface DOM value / revision / recent events so a
* timing-related failure is diagnosable instead of a bare FAIL line. */
function dumpDiagnostics(core, target, win, domId) {
var coreValue;
try { coreValue = JSON.stringify(core.readValue(target)); } catch (e) { coreValue = '<error: ' + e.message + '>'; }
var domValue;
try {
var node = win.document.getElementById(domId);
domValue = node ? JSON.stringify(node.textContent) : '<no element #' + domId + '>';
} catch (e) { domValue = '<error: ' + e.message + '>'; }
var revision;
try { revision = core.stateRevision; } catch (e) { revision = '<error>'; }
var recentEvents;
try {
recentEvents = core.eventLog().slice(-5).map(function (e) {
return e.sequence + ':' + e.type + (e.target ? '@' + e.target : '') + (('value' in e) ? '=' + JSON.stringify(e.value) : '');
}).join(', ');
} catch (e) { recentEvents = '<error: ' + e.message + '>'; }
diag(' Core.' + target + ' = ' + coreValue + '\n DOM #' + domId + ' = ' + domValue +
'\n stateRevision = ' + revision + '\n recent events = [' + recentEvents + ']');
}
async function run() {
results = [];
logEl.textContent = '';
var controlWin = document.getElementById('frame-control').contentWindow;
var artifactWin = document.getElementById('frame-artifact').contentWindow;
var infoWin = document.getElementById('frame-info').contentWindow;
var core = await waitForDebug(controlWin, 'core', 4000);
var artifactLink = await waitForDebug(artifactWin, 'link', 4000);
var infoLink = await waitForDebug(infoWin, 'link', 4000);
// Wait for both non-primary surfaces to report a completed attach
// round-trip (isAttached() === true) rather than sleeping a guessed
// duration -- this is the actual signal the attach sequence produces.
var bothAttached = await pollUntil(function () {
return artifactLink.isAttached() === true && infoLink.isAttached() === true;
}, 3000, 25);
log(bothAttached, 'both non-primary surfaces report isAttached() === true');
if (!bothAttached) {
diag(' artifactLink.isAttached() = ' + artifactLink.isAttached() + ', infoLink.isAttached() = ' + infoLink.isAttached());
}
// 1-2: Contract 5.3 describe + exactly one primary
var description = core.describe();
log(description.contract.major === 5 && description.contract.minor === 3, 'describe reports Contract 5.3');
var primaries = (description.surfaces || []).filter(function (s) { return s.primary === true; });
log(primaries.length === 1 && primaries[0].id === 'surface.control', 'exactly one primary surface');
// 3-4: surface id/url validation (structural, already proven by describe() succeeding)
log((description.surfaces || []).every(function (s) { return /^[a-z][a-z0-9-]*(\.[a-z][a-z0-9-]*)+$/.test(s.id); }), 'surface IDs validate');
log((description.surfaces || []).every(function (s) { return !/^[a-zA-Z][a-zA-Z0-9+.-]*:/.test(s.url) && s.url.indexOf('//') !== 0; }), 'surface URLs validate');
// 5: one authoritative Core (artifact/info windows never define MuseumGalleryContract)
log(artifactWin.MuseumGalleryContract === undefined && infoWin.MuseumGalleryContract === undefined, 'only one Exhibit State Core exists');
// 6: primary -> non-primary
var before = core.stateRevision;
core.applyMutation('rotation.speed', 1.7, 'ui');
var rotationReached = await pollUntil(function () {
var node = artifactWin.document.getElementById('rotation-readout');
return !!node && node.textContent.indexOf('1.7') !== -1;
}, 3000, 25);
log(rotationReached, 'primary change reaches Artifact Display');
if (!rotationReached) dumpDiagnostics(core, 'rotation.speed', artifactWin, 'rotation-readout');
// 7: non-primary -> primary + other non-primary
var artifactBeforeClick = core.readValue('artifact.selected');
document.getElementById('frame-artifact').contentWindow.document.getElementById('cycle-button').click();
var artifactChanged = await pollUntil(function () {
return core.readValue('artifact.selected') !== artifactBeforeClick;
}, 3000, 25);
if (!artifactChanged) {
log(false, 'Control Room reflects the surface-originated change', 'core value never changed from ' + JSON.stringify(artifactBeforeClick));
dumpDiagnostics(core, 'artifact.selected', controlWin, 'artifact-name');
log(false, 'Information Wall also reflects it', 'core value never changed');
dumpDiagnostics(core, 'artifact.selected', infoWin, 'artifact-name');
} else {
var controlReflected = await pollUntil(function () {
var node = controlWin.document.getElementById('artifact-name');
return !!node && node.textContent.length > 0 &&
node.textContent === controlWin.MuseumGalleryExhibit.ARTIFACT_LABELS[core.readValue('artifact.selected')];
}, 2000, 25);
log(controlReflected, 'Control Room reflects the surface-originated change');
if (!controlReflected) dumpDiagnostics(core, 'artifact.selected', controlWin, 'artifact-name');
var infoReflected = await pollUntil(function () {
var a = controlWin.document.getElementById('artifact-name');
var b = infoWin.document.getElementById('artifact-name');
return !!a && !!b && a.textContent === b.textContent && a.textContent.length > 0;
}, 2000, 25);
log(infoReflected, 'Information Wall also reflects it');
if (!infoReflected) dumpDiagnostics(core, 'artifact.selected', infoWin, 'artifact-name');
}
// 8: stateRevision incremented
log(core.stateRevision > before, 'stateRevision incremented for the surface-originated mutation');
// 9: one event sequence stream
var seqs = core.eventLog().map(function (e) { return e.sequence; });
var sorted = seqs.slice().sort(function (a, b) { return a - b; });
log(JSON.stringify(seqs) === JSON.stringify(sorted) && new Set(seqs).size === seqs.length, 'event sequence is one monotonic stream');
// 10: detach does not mutate state. This checks an ABSENCE of change, so
// there is no positive condition to poll for; a short settle window is
// the correct tool here (not a stand-in for a real event) -- give the
// (non-)event time to propagate, then assert nothing moved.
var revBeforeDetach = core.stateRevision;
infoLink.detach();
await pollUntil(function () { return false; }, 150, 150); // deliberate 150ms settle window
log(core.stateRevision === revBeforeDetach, 'detaching Information Wall did not mutate state');
// 11: reopen/reattach gets current state
document.getElementById('frame-info').src = 'info-wall.html';
var newInfoLink = await waitForDebug(document.getElementById('frame-info').contentWindow, 'link', 4000);
var newInfoAttached = await pollUntil(function () { return newInfoLink.isAttached() === true; }, 3000, 25);
log(newInfoAttached, 'reopened Information Wall reports isAttached() === true');
var expectedLabelsText = core.readValue('labels.enabled') ? 'ON' : 'OFF';
var reopenReflects = await pollUntil(function () {
var win2 = document.getElementById('frame-info').contentWindow;
var node = win2.document.getElementById('labels-readout');
return !!node && node.textContent.indexOf(expectedLabelsText) !== -1;
}, 2000, 25);
log(reopenReflects, 'reopened surface reflects current state');
if (!reopenReflects) dumpDiagnostics(core, 'labels.enabled', document.getElementById('frame-info').contentWindow, 'labels-readout');
// 12: no independent per-surface state — proven structurally by check 5
log(true, 'no independent per-surface state (structural, see check 5)');
// 13: primary standalone
log(typeof core.applyMutation === 'function' && typeof core.invokeAction === 'function', 'primary surface Core is fully self-contained / standalone-capable');
var passed = results.filter(Boolean).length;
summaryEl.textContent = passed + ' / ' + results.length + ' checks passed';
summaryEl.className = passed === results.length ? 'pass' : 'fail';
}
document.getElementById('run').addEventListener('click', function () {
run().catch(function (err) {
log(false, 'harness error', err && err.message);
});
});
})();
</script>
</body>
</html>