(function () {
try {
// AQ-r2 (2026-06-09): respect the explicit-denial sentinel
// written by cookie-consent-harden.js writeATR() on any
// marketing-axis denial (payload.marketing === false; cycle-3 F1).
// Without this gate, the next page navigation re-creates
// gmx_first_touch from the current URL+referrer+utm_*+click_ids,
// silently undoing the reject-all deletion (sweep finding #1).
// The sentinel is cleared the moment the visitor grants
// marketing in the banner (analytics-only grant does NOT
// clear), restoring the writer path on the very next
// page load. Page-cache-safe: the sentinel is a
// browser-resident cookie checked in the inline script, so
// varnish/breeze-served HTML still hits this gate.
if (/(?:^|;\s*)gmx_consent_denied=1(?:;|$)/.test(document.cookie || '')) return;
var CLICK_IDS = ['gclid','fbclid','msclkid','ttclid','wbraid','gbraid','li_fat_id'];
var qs = new URLSearchParams(window.location.search);
var urlClickIdKey = null;
for (var i = 0; i < CLICK_IDS.length; i++) {
if (qs.get(CLICK_IDS[i])) { urlClickIdKey = CLICK_IDS[i]; break; }
}// Parse existing cookie.
var existing = null;
var match = document.cookie.match(/(?:^|;\s*)gmx_first_touch=([^;]+)/);
if (match) {
try { existing = JSON.parse(decodeURIComponent(match[1])); } catch (e) { existing = null; }
}// GWP-273 — referrer-enrichment branch.
// Keep existing unless either (a) URL carries a new click id
// the stored payload lacks (paid click is a higher-value
// signal and upgrades direct/organic), OR (b) the stored
// payload has empty referrer AND the current document.referrer
// is non-empty + external (Safari/ITP/policy-quirk catch:
// first-hit may have missed the referrer; later same-session
// page-loads can recover it).
var existingHasRef = !!(existing && existing.referrer && existing.referrer !== '');
var docRef = document.referrer || '';
var refHost = '';
if (docRef) {
try {
refHost = new URL(docRef).hostname.replace(/^www\./, '').toLowerCase();
} catch (e) { refHost = ''; }
}
var ownHost = (location.host || '').replace(/^www\./, '').toLowerCase();
var currentExternalRef = !!(refHost && refHost !== ownHost);
var canEnrichRef = !!existing && !existingHasRef && currentExternalRef;if (existing) {
if (!urlClickIdKey && !canEnrichRef) return;
if (urlClickIdKey && existing[urlClickIdKey] && !canEnrichRef) return;
}var utm_keys = [
'utm_source','utm_medium','utm_campaign','utm_content','utm_term',
'utm_adgroup','utm_matchtype','utm_network','utm_device','utm_placement'
];
// GWP-273 — merge-preserving base. When enriching an existing
// payload, retain its landing_url + ts + prior click ids /
// utms; only overlay referrer (and any click id appended below
// via the forEach). Branches with/without urlClickIdKey were
// collapsed — both produced the identical Object.assign — the
// click id is added uniformly later.
//
// GWP-273 design choice: "latest external referrer wins" —
// accepted edge case where a user opens a new external tab
// post-empty-first-touch and returns; low-volume, simple, no
// sentinel flag needed.
var data;
if (existing && canEnrichRef) {
data = Object.assign({}, existing, { referrer: docRef });
} else {
data = { landing_url: window.location.href, referrer: docRef, ts: Date.now() };
}
utm_keys.concat(CLICK_IDS).forEach(function (k) {
var v = qs.get(k);
if (v) data[k] = v;
});
// GWP-208 — carry Meta's first-party click-linker cookies (_fbc
// = fb.1.<ts>.<fbclid>, _fbp) into the captured payload so they
// ride the persistent gmx_first_touch cookie cross-page (LP X →
// LP Y) the same way the URL click-ids do. The CF7 hidden-field
// populator copies the whole payload verbatim, so fbc/fbp reach
// the lead even when the form lives on a page without ?fbclid.
var fbcMatch = document.cookie.match(/(?:^|;\s*)_fbc=([^;]+)/);
if (fbcMatch && fbcMatch[1]) data.fbc = decodeURIComponent(fbcMatch[1]);
var fbpMatch = document.cookie.match(/(?:^|;\s*)_fbp=([^;]+)/);
if (fbpMatch && fbpMatch[1]) data.fbp = decodeURIComponent(fbpMatch[1]);
var encoded = encodeURIComponent(JSON.stringify(data));
if (encoded.length > 3800) return;
var expires = new Date(Date.now() + 90 * 864e5).toUTCString(); // GWP-143 C1: match Google Ads 90-day attribution window
var secure = window.location.protocol === 'https:' ? '; Secure' : '';
document.cookie = 'gmx_first_touch=' + encoded + '; Path=/; Expires=' + expires + '; SameSite=Lax' + secure;
} catch (e) {}
})();
/* Meta Pixel base — inline in wp_head so Breeze Delay-All-JS does not defer it; fbevents.js is async-injected (optimizer-invisible). */
!function(f,b,e,v,n,t,s){if(f.fbq)return;n=f.fbq=function(){n.callMethod?
n.callMethod.apply(n,arguments):n.queue.push(arguments)};if(!f._fbq)f._fbq=n;
n.push=n;n.loaded=!0;n.version='2.0';n.queue=[];t=b.createElement(e);t.async=!0;
t.src=v;s=b.getElementsByTagName(e)[0];s.parentNode.insertBefore(t,s)}(window,document,'script',
'https://connect.facebook.net/en_US/fbevents.js');/* Symmetric with server GMX_Consent: revoke BEFORE init; cookies/sends held until grant. */
fbq('consent', 'revoke');
fbq('init', '1857131551802431');
fbq('track', 'PageView'); /* queued; flushed to Meta only after consent grant *//* Grant bridge — reads the SAME ATR marketing signal as GMX_Consent.applyConsent(). */
(function () {
function read(name){var m=document.cookie.match('(?:^|; )'+name.replace(/([.*+?^${}()|[\]\\])/g,'\\$1')+'=([^;]*)');return m?decodeURIComponent(m[1]):'';}
function marketingGranted(){
try {
var given = read('atr_cookie_notice_consent_given');
if (!given) return false; // undecided -> stay revoked
var c = JSON.parse(read('atr_cookie_notice_consent') || '{}');
return !!(c.marketing || c.ad_storage === 'granted');
} catch (e) { return false; } // NO-SILENT-OK: parse/read failure degrades gracefully to revoked (consent stays held; no marketing send) — not an error to report.
}
function apply(){ if (marketingGranted()) fbq('consent', 'grant'); }
apply();
document.addEventListener('click', function(ev){
if (ev.target && ev.target.closest && ev.target.closest('[class*="atr-cookie"], #atr-cookie-notice')) setTimeout(apply, 50);
}, true);
window.addEventListener('storage', apply);
})();
var breeze_prefetch = {"local_url":"https://gomixapp.com","ignore_remote_prefetch":"1","ignore_list":["/cart/","/checkout/","/my-account/","https://gomixapp.co.il/(.)/u05d4u05d8u05d5u05e4u05e1-u05e0u05e9u05dcu05d7-u05d1u05d4u05e6u05dcu05d7u05d4/","wp-admin","wp-login.php"]};
//# sourceURL=breeze-prefetch-js-extra
Looking for a maintenance request form for your building? Here is a ready-to-use service request form in English for reporting faults in an Israeli residential building — copy it in one click, print it, or download it as a Word file and edit. Fill in the details in the square brackets; the “for office use” section stays blank for the management company.
Maintenance Request Form — Reporting a Fault in the Building
To: [Management company name] | Building: [Building address] | Request date: [Date]
Resident details:
– Full name: [Full name]
– Apartment no.: [Apartment number] | Floor: [Floor]
– Phone: [Phone] | Email: [Email]
Fault details:
– Location of the fault: [Fault location]
– Type of fault: [Fault type]
– Description: [Fault description]
– Urgency: [Routine / Urgent / Safety hazard]
– Photos attached? [Yes / No]
Additional notes: [Notes]
Resident's signature: ____________
For office use (to be completed by the management company):
– Request no.: ____ | Received on: ____
– Handled by: ____ | Status: ____
– Closing date: ____ | How resolved: ____
Fill in the details — the notice updates automatically:
Why a well-run building uses a maintenance request form — not WhatsApp
In every shared building, faults get reported somehow — a shout in the residents’ group, a note to the neighbor on the committee, a call to the manager at ten at night. The problem is not the reporting but what happens next: without orderly records there is no tracking, faults are forgotten, and two plumbers get booked for the same leak. A uniform maintenance request form turns every report into a record with a date, a location, a description and an urgency level — and lets the management company run a real repair queue instead of fighting fires in order of who shouts loudest.
Three fields in the form do the heavy lifting. The location and type of the fault allow routing in advance to the right professional — electrician, plumber or elevator technician — without a wasted diagnostic visit. The urgency level (routine / urgent / safety hazard) sets the order of treatment: a burnt-out bulb waits for the next round, an exposed wire waits for no one. The “for office use” section — request number, handler, status and closing date — is what turns a pile of pages into a measurable tracking system.
Make the boundary clear to residents: the form is for faults in the common property — lobby, stairwell, elevator, parking garage, roof, main plumbing and garden. Repairs inside an apartment are the resident’s responsibility, except for faults that originate in the common property, such as damp coming through the roof. That clarification line, together with the accumulated data from the forms — how many requests were opened, how many closed and how fast — is exactly the material that goes into the monthly report to residents and shows the service is working.
Frequently Asked Questions
Which faults should be reported on the maintenance request form?
Any fault in the common property: lighting in the stairwell and garage, the elevator, the intercom and entrance door, leaks in the shared plumbing, pumps, roofs and garden areas. Faults inside an apartment are the resident’s responsibility — except where the source is in the common property, such as damp penetrating from the roof or from a main pipe.
Why is an orderly form better than a message in the WhatsApp group?
A group message is buried within an hour and cannot be tracked. A maintenance request form creates a record: who reported, when, what exactly the fault is and how urgent. That makes it possible to measure handling times, prevent duplicates, and show in the monthly report how many requests were opened and closed — a number that builds more trust than any promise.
What is the difference between routine, urgent and safety-hazard requests?
Routine — a nuisance that does not disable anything (a burnt-out bulb, a crack in the plaster), handled in the next round. Urgent — a central system is down: a stuck elevator, a garage gate that will not open, a developing flood. Safety hazard — an exposed electric wire, broken glass at the entrance, a loose railing — requires immediate handling and a clear marking on the form, by phone as well, not only in writing.
Who pays for the repair — the resident or the building committee?
A repair in the common property is funded from the building’s account (the management fee) — that is exactly what it is for. A repair inside an apartment is paid by the apartment owner, unless the source of the fault is in the common property. In borderline cases — say, damp in a shared wall — document with the form and photos, and let the professional determine the source before deciding who bears the cost.
How quickly should the management company handle a request?
It depends on the management contract — an orderly contract defines response times (SLA) by urgency: immediate handling for safety hazards, 24-48 hours for an urgent fault, and up to a week for a routine request. The ‘for office use’ section exists exactly for this: the received date, status and closing date make it possible to check performance against the contract.
Key Takeaways
A uniform form creates records and tracking — unlike scattered WhatsApp reports
Location, type and urgency route the fault to the right professional in advance
The form covers the common property; faults inside apartments are the resident’s
The office-use section makes handling times measurable against the contract SLA
The template here is free — copy, print or download as Word
Want residents to also see what is happening with their request? With a digital notice board in the lobby you publish live handling updates — “elevator under repair, technician on the way” — in every building you manage, remotely and in one click.
document.addEventListener('click', function(e) {
var el = e.target.closest('.gmx-lite-yt');
if (!el) return;
var vid = el.getAttribute('data-vid');
if (!vid) return;
var iframe = document.createElement('iframe');
iframe.src = 'https://www.youtube.com/embed/' + vid + '?autoplay=1';
iframe.style.cssText = 'position:absolute;top:0;left:0;width:100%;height:100%;border:0;';
iframe.allow = 'autoplay;encrypted-media';
iframe.allowFullscreen = true;
el.style.position = 'relative';
el.innerHTML = '';
el.appendChild(iframe);
});
(function () {
var c = document.body.className;
c = c.replace(/woocommerce-no-js/, 'woocommerce-js');
document.body.className = c;
})();
var gmxCf7LegacyUxI18n = {"errName":"Please enter a full name","errPhone":"Please enter a valid phone number","errEmail":"Please enter a valid email address","errRequired":"Required field"};
//# sourceURL=gmx-cf7-legacy-ux-js-extra
var gmxCf7UxI18n = {"progressTemplate":"{N} field(s) remaining","allSet":"All set to send!","sending":"Sending\u2026","successTitle":"Thank you! Your inquiry has been received","successBody":"A representative will get back to you within 24 hours with a tailored quote.","successCtaLabel":"See our areas of expertise","successCtaHref":"/expertise/","errorTitle":"Submission failed","errorBody":"Please try again, or call us directly"};
//# sourceURL=gmx-cf7-ux-js-extra
var atrCookieNoticeSettings = {"cookieName":"atr_cookie_notice_consent","decisionCookieName":"atr_cookie_notice_consent_given","expiryDays":"365","autoHideDelay":"0","enableDebug":"","siteName":"GoMixApp","isPrivacyPage":"","privacyPolicyUrl":"https://gomixapp.com/privacy-policy/","privacyNoteText":"\ud83d\udca1 You can read this page while deciding about cookies","mode":"simple"};
//# sourceURL=atr-cookie-notice-simple-js-extra
(function(){
function cleanUrl(url) {
// Strip query params embedded mid-path: /ID?params/file -> /ID/file
return url.replace(/\?[^\/]+\//g, '/');
}
function addWebPFallback(pic) {
if (pic.getAttribute('data-webp-fb')) return;
pic.setAttribute('data-webp-fb', '1');
var img = pic.querySelector('img');
if (!img) return;
img.onerror = function() {
this.onerror = null;
this.src = cleanUrl(this.src).replace('vi_webp','vi').replace('.webp','.jpg');
var sources = this.parentElement.querySelectorAll('source');
for (var i = 0; i < sources.length; i++) {
sources[i].srcset = cleanUrl(sources[i].srcset).replace('vi_webp','vi').replace('.webp','.jpg');
}
};
}
var observer = new MutationObserver(function() {
var pics = document.querySelectorAll('.video-seo-youtube-picture');
for (var i = 0; i < pics.length; i++) addWebPFallback(pics[i]);
});
observer.observe(document.documentElement, { childList: true, subtree: true });
})();
(function(){
var siteKey = "6Ldnu_gsAAAAAGpkh7vCd_h3L9BA193yFU59I4Do";
var action = "submit_lead_form";
var loaderUrl = "https:\/\/www.google.com\/recaptcha\/enterprise.js?render=6Ldnu_gsAAAAAGpkh7vCd_h3L9BA193yFU59I4Do";
// GWP-506 (perf): the reCAPTCHA Enterprise runtime costs ~900ms of main-thread
// work (PSI contactus TBT 660ms, perf 69). It was loaded eagerly on every page
// carrying a CF7 form. It now loads on the FIRST real page interaction
// (scroll/pointer/key/touch) — warming the runtime well before the user can
// reach submit — and never loads on a no-interaction (lab) page view, so the
// perf win holds. The token is still stamped on form focusin and refreshed at
// submit. IMPORTANT: the server gate is fail-CLOSED by default (GWP-412
// require_token) — a missing token at submit is treated as spam — so the
// runtime MUST be warm before submit; that is exactly why the warm trigger is
// first-page-interaction, NOT focusin-only (focusin-only left a race where a
// fast focus→submit could POST before the ~900ms download finished and drop a
// legit lead). The eager <script src> is gone.
var greReady = false, greWaiters = [], greLoadStarted = false;
function pollGre(attempts) {
if (typeof grecaptcha !== 'undefined' && grecaptcha.enterprise) {
greReady = true;
var queued = greWaiters;
greWaiters = [];
queued.forEach(function (fn) { try { fn(); } catch (e) {} });
return;
}
if (attempts > 200) {
// no-silent-failures: enterprise.js never became ready (network-blocked,
// consent/privacy blocker, or a Google outage). Surface it — a missing
// token fails CLOSED server-side (GWP-412) and drops the lead.
if (window.console && console.warn) {
console.warn('[GMX recaptcha] enterprise.js not ready after ~10s; token will be missing (submit fails closed).');
}
return; // give up after ~10s (200 * 50ms)
}
setTimeout(function () { pollGre(attempts + 1); }, 50);
}
function loadGre() {
if (greLoadStarted) return;
greLoadStarted = true;
var s = document.createElement('script');
s.src = loaderUrl;
s.async = true;
document.head.appendChild(s);
pollGre(0); // begin polling only once the runtime is actually loading
}
function whenGreReady(cb) {
if (greReady) return cb();
greWaiters.push(cb);
}
function stampToken(form) {
if (!form.querySelector('.wpcf7-form-control-wrap input[type="submit"], .wpcf7-submit')) return;
loadGre(); // lazy: kick off enterprise.js on demand (idempotent)
whenGreReady(function () {
grecaptcha.enterprise.ready(function () {
grecaptcha.enterprise.execute(siteKey, { action: action }).then(function (token) {
var hidden = form.querySelector('input[name="gmx_recaptcha_token"]');
if (!hidden) {
hidden = document.createElement('input');
hidden.type = 'hidden';
hidden.name = 'gmx_recaptcha_token';
form.appendChild(hidden);
}
hidden.value = token;
}).catch(function () {
// no-silent-failures: token generation failed; the server gate is
// fail-CLOSED (GWP-412), so this submit will be rejected as spam.
if (window.console && console.warn) {
console.warn('[GMX recaptcha] token execute failed; submit will fail closed.');
}
});
});
});
}
document.addEventListener('wpcf7submit', function (e) { stampToken(e.target); });
// Also stamp on first focus into any CF7 form (so token ready before submit).
// `whenGreReady()` queues the stamp until grecaptcha loads, so the once-
// listener stays safe even if grecaptcha isn't ready at focus-in time.
document.querySelectorAll('form.wpcf7-form').forEach(function (form) {
form.addEventListener('focusin', function once() {
form.removeEventListener('focusin', once);
stampToken(form);
});
});
// GWP-506: warm enterprise.js on the FIRST real page interaction so the ~900ms
// runtime is ready before the user reaches submit (closes the focusin-only race
// against the fail-CLOSED server gate, and covers AJAX/popup-injected forms that
// missed the focusin binding above). Never fires on a no-interaction (lab) view,
// so the perf win holds. Idempotent via loadGre()'s greLoadStarted guard.
var warmOpts = { passive: true, capture: true };
var warmEvents = ['pointerdown', 'keydown', 'touchstart', 'scroll'];
function warmGre() {
loadGre();
warmEvents.forEach(function (e) { window.removeEventListener(e, warmGre, warmOpts); });
}
warmEvents.forEach(function (e) { window.addEventListener(e, warmGre, warmOpts); });// GWP-507 (CONFIRMED LIVE: 19 real leads dropped in 8 days): capture-phase
// submit GATE. The warm/focusin logic above only *helps* the token be ready;
// it is NOT a guarantee. The race: a user whose FIRST interaction is clicking
// submit on an autofilled form (no prior scroll/field-touch to warm the
// ~900ms enterprise.js), or who submits before the runtime readies, serializes
// the AJAX POST with an EMPTY gmx_recaptcha_token → the fail-CLOSED server gate
// (GWP-412 require_token) drops the lead as spam. CF7's `wpcf7submit` fires
// AFTER the AJAX POST (too late), and CF7 exposes no documented pre-POST JS
// hook (verified: contactform7.com/dom-events). So the ONLY seam is to
// intercept the native DOM submit/click in CAPTURE phase, HOLD it until
// greReady + token stamped, then re-dispatch. grecaptcha token lifetime is
// 2 minutes, so holding briefly is safe.
//
// TIMEOUT-FALLBACK CHOICE (a): if enterprise.js never readies within the
// ~10s ceiling (network-blocked / consent-blocker / Google outage), we
// RE-ENABLE the button and let the submit proceed WITHOUT a token rather than
// hard-blocking the user. It will fail-CLOSED server-side (GWP-412), but the
// console.warn fires loudly (no-silent-failures) — we never trap a real user
// behind a spinner they can't escape.
var GATE_TIMEOUT_MS = 10000; // matches pollGre ceiling (200 * 50ms).
function gmxFormHasToken(form) {
var hidden = form.querySelector('input[name="gmx_recaptcha_token"]');
return !!(hidden && hidden.value);
}
function gmxSetVerifying(form, on) {
var btn = form.querySelector('.wpcf7-submit, input[type="submit"], button[type="submit"]');
if (!btn) return;
if (on) {
btn.disabled = true;
btn.setAttribute('data-gmx-verifying', '1');
} else {
btn.disabled = false;
btn.removeAttribute('data-gmx-verifying');
}
}
function gmxReleaseSubmit(form) {
// Mark released so the re-dispatched submit passes straight through the
// capture gate (no re-gate loop), re-enable UX, then re-trigger.
form.__gmxGateReleased = true;
gmxSetVerifying(form, false);
if (typeof form.requestSubmit === 'function') {
form.requestSubmit();
} else {
form.dispatchEvent(new Event('submit', { bubbles: true, cancelable: true }));
}
// GWP-507 finding-1 (BLOCKER fix): reset the release flag on the NEXT tick
// so any FUTURE user submit (user edits a field + resubmits) is re-gated and
// stamps a FRESH token. reCAPTCHA tokens are single-use with a ~2-min
// lifetime — without this reset, __gmxGateReleased stayed true forever after
// the first release, letting a second submit bypass the gate and POST a
// stale/used token. The setTimeout(0) lets the synchronous re-dispatch above
// complete (which short-circuits on the still-true flag) before we re-arm.
setTimeout(function () { form.__gmxGateReleased = false; }, 0);
}
function gmxSubmitGate(e) {
var form = e.currentTarget;
if (form.tagName !== 'FORM') { form = form.form || form.closest('form.wpcf7-form'); }
if (!form) return;
// Idempotent: a programmatic re-submit we already released proceeds. This is
// the ONLY pass-through — it lets the freshly-stamped re-dispatch reach CF7.
// (The flag is reset on the next tick in gmxReleaseSubmit, so the NEXT user
// submit is re-gated.)
if (form.__gmxGateReleased) return;
// GWP-507 finding-2 (stale/used token fix): every USER submit HOLDS + stamps
// a FRESH token — we do NOT early-return on an already-present token. A token
// already sitting in the hidden input may be stale or already used (single-
// use, ~2-min lifetime); proceeding on it would POST a dead token. enterprise.js
// is warm by submit time, so grecaptcha.enterprise.execute() resolves in
// ~100-300ms — the per-submit hold is brief. stampToken() OVERWRITES the
// hidden input value (hidden.value = token), so no stale token lingers.
// HOLD: block CF7's submit handler before the AJAX POST.
e.preventDefault();
e.stopImmediatePropagation();
if (form.__gmxGateWaiting) return; // a click + submit may both fire; hold once.
form.__gmxGateWaiting = true;
loadGre(); // kick the warm if not started.
gmxSetVerifying(form, true);
var released = false;
function release(missing) {
if (released) return;
released = true;
form.__gmxGateWaiting = false;
if (missing && window.console && console.warn) {
console.warn('[GMX recaptcha] submit gate timed out (~10s); releasing without token (submit fails closed).');
}
gmxReleaseSubmit(form);
}
var timer = setTimeout(function () { release(true); }, GATE_TIMEOUT_MS);
whenGreReady(function () {
stampToken(form);
// stampToken resolves the token asynchronously (enterprise.execute
// promise); poll briefly for the stamp, then release. Bounded by the
// same overall timer above.
(function awaitStamp(n) {
if (released) return;
if (gmxFormHasToken(form)) { clearTimeout(timer); release(false); return; }
if (n > 200) { clearTimeout(timer); release(true); return; } // ~10s (200*50ms)
setTimeout(function () { awaitStamp(n + 1); }, 50);
})(0);
});
}
// GWP-507 finding-4 (CF7 phase): WHY capture phase works. Our gate listener is
// registered in CAPTURE phase (3rd arg `true`), so it runs BEFORE CF7's own
// bubble-phase 'submit' handler on the same form. When we call
// e.stopImmediatePropagation() in the capture listener, the DOM spec stops ALL
// further listeners for that event on the target — including the later
// bubble-phase CF7 handler — so CF7's AJAX POST never fires until we re-dispatch
// with a fresh token. This capture-phase interception is the only documented
// pre-POST seam: CF7 exposes no pre-POST JS hook (wpcf7submit fires AFTER the
// AJAX POST). See contactform7.com/dom-events.
document.querySelectorAll('form.wpcf7-form').forEach(function (form) {
form.addEventListener('submit', gmxSubmitGate, true);
var btn = form.querySelector('.wpcf7-submit, input[type="submit"], button[type="submit"]');
if (btn) { btn.addEventListener('click', gmxSubmitGate, true); }
});
})();
(function(){
var loaded = false;
function loadUserWay() {
if (loaded) return;
loaded = true;
var el = document.createElement('script');
el.setAttribute('data-account', "UX40fo0Ctw");
el.setAttribute('data-language', "en");
el.setAttribute('src', 'https://cdn.userway.org/widget.js');
document.body.appendChild(el);
events.forEach(function(e){ window.removeEventListener(e, loadUserWay, {passive: true}); });
}
var events = ['scroll', 'mousemove', 'touchstart', 'click', 'keydown'];
events.forEach(function(e){ window.addEventListener(e, loadUserWay, {passive: true}); });
})();