/** * Resizable Panels for MoEngage API Documentation * Adds a draggable resize handle between request and response code panels */ (function() { 'use strict'; const CONFIG = { minPanelHeight: 80, debounceDelay: 100, initDelay: 300 }; const initializedContainers = new WeakSet(); let observerTimeout = null; function createDragHandle() { const handle = document.createElement('div'); handle.className = 'moe-resize-handle'; handle.innerHTML = '

'; handle.setAttribute('role', 'separator'); handle.setAttribute('aria-orientation', 'horizontal'); handle.setAttribute('aria-label', 'Drag to resize panels'); handle.setAttribute('tabindex', '0'); return handle; } // Get the actual content height of a panel function getContentHeight(panel) { // Try to find the code content inside const pre = panel.querySelector('pre'); const codeRegion = panel.querySelector('[role="region"]'); const codeBlock = panel.querySelector('[class*="codeblock"]'); // Get the scrollHeight of the content element let contentHeight = 0; if (pre) { contentHeight = pre.scrollHeight; } else if (codeRegion) { contentHeight = codeRegion.scrollHeight; } else if (codeBlock) { contentHeight = codeBlock.scrollHeight; } // Add padding for headers, tabs, etc. (approximately 80px) // Also account for the panel's own padding const headerHeight = 80; // Return at least the current height or the content height return Math.max(contentHeight + headerHeight, panel.scrollHeight, CONFIG.minPanelHeight); } function initializeResizer(topPanel, bottomPanel, handle) { let isResizing = false; let startY = 0; let startTopHeight = 0; let startBottomHeight = 0; let maxTopHeight = 0; let maxBottomHeight = 0; const startResize = (e) => { isResizing = true; startY = e.clientY || (e.touches && e.touches[0].clientY); startTopHeight = topPanel.getBoundingClientRect().height; startBottomHeight = bottomPanel.getBoundingClientRect().height; // Calculate maximum heights based on content // This prevents expanding beyond content (which causes grey area) maxTopHeight = getContentHeight(topPanel); maxBottomHeight = getContentHeight(bottomPanel); document.body.classList.add('moe-resizing'); handle.classList.add('moe-resize-handle--active'); e.preventDefault(); e.stopPropagation(); }; const doResize = (e) => { if (!isResizing) return; const currentY = e.clientY || (e.touches && e.touches[0].clientY); const deltaY = currentY - startY; let newTopHeight = startTopHeight + deltaY; let newBottomHeight = startBottomHeight - deltaY; const totalHeight = startTopHeight + startBottomHeight; // Enforce MINIMUM heights if (newTopHeight < CONFIG.minPanelHeight) { newTopHeight = CONFIG.minPanelHeight; newBottomHeight = totalHeight - CONFIG.minPanelHeight; } if (newBottomHeight < CONFIG.minPanelHeight) { newBottomHeight = CONFIG.minPanelHeight; newTopHeight = totalHeight - CONFIG.minPanelHeight; } // Enforce MAXIMUM heights (prevent grey area) // Only cap if expanding beyond content if (newTopHeight > maxTopHeight && deltaY > 0) { newTopHeight = maxTopHeight; newBottomHeight = totalHeight - maxTopHeight; } if (newBottomHeight > maxBottomHeight && deltaY < 0) { newBottomHeight = maxBottomHeight; newTopHeight = totalHeight - maxBottomHeight; } // Make sure we don't go below minimum after max capping if (newBottomHeight < CONFIG.minPanelHeight) { newBottomHeight = CONFIG.minPanelHeight; newTopHeight = totalHeight - CONFIG.minPanelHeight; } if (newTopHeight < CONFIG.minPanelHeight) { newTopHeight = CONFIG.minPanelHeight; newBottomHeight = totalHeight - CONFIG.minPanelHeight; } topPanel.style.height = `${newTopHeight}px`; topPanel.style.maxHeight = `${newTopHeight}px`; topPanel.style.overflow = 'auto'; bottomPanel.style.height = `${newBottomHeight}px`; bottomPanel.style.maxHeight = `${newBottomHeight}px`; bottomPanel.style.overflow = 'auto'; }; const stopResize = () => { if (!isResizing) return; isResizing = false; document.body.classList.remove('moe-resizing'); handle.classList.remove('moe-resize-handle--active'); }; handle.addEventListener('mousedown', startResize); document.addEventListener('mousemove', doResize); document.addEventListener('mouseup', stopResize); handle.addEventListener('touchstart', startResize, { passive: false }); document.addEventListener('touchmove', doResize, { passive: false }); document.addEventListener('touchend', stopResize); handle.addEventListener('keydown', (e) => { const step = 30; let topHeight = topPanel.getBoundingClientRect().height; let bottomHeight = bottomPanel.getBoundingClientRect().height; // Recalculate max heights const currentMaxTop = getContentHeight(topPanel); const currentMaxBottom = getContentHeight(bottomPanel); if (e.key === 'ArrowUp' && topHeight > CONFIG.minPanelHeight + step) { e.preventDefault(); topPanel.style.height = `${topHeight - step}px`; topPanel.style.maxHeight = `${topHeight - step}px`; const newBottomHeight = Math.min(bottomHeight + step, currentMaxBottom); bottomPanel.style.height = `${newBottomHeight}px`; bottomPanel.style.maxHeight = `${newBottomHeight}px`; } else if (e.key === 'ArrowDown' && bottomHeight > CONFIG.minPanelHeight + step) { e.preventDefault(); const newTopHeight = Math.min(topHeight + step, currentMaxTop); topPanel.style.height = `${newTopHeight}px`; topPanel.style.maxHeight = `${newTopHeight}px`; bottomPanel.style.height = `${bottomHeight - step}px`; bottomPanel.style.maxHeight = `${bottomHeight - step}px`; } }); handle.addEventListener('dblclick', () => { topPanel.style.height = ''; topPanel.style.maxHeight = ''; topPanel.style.overflow = ''; bottomPanel.style.height = ''; bottomPanel.style.maxHeight = ''; bottomPanel.style.overflow = ''; }); } function setupResizablePanels() { const sideLayout = document.getElementById('content-side-layout'); if (!sideLayout) return; if (sideLayout.querySelector('.moe-resize-handle')) return; const codeGroups = sideLayout.querySelectorAll('.code-group'); const codeRegions = sideLayout.querySelectorAll('[role="region"][aria-label*="Code"]'); let panels = codeGroups.length >= 2 ? Array.from(codeGroups) : Array.from(codeRegions); if (panels.length < 2) { const allDivs = sideLayout.querySelectorAll(':scope > div > div'); panels = Array.from(allDivs).filter(div => div.querySelector('pre') || div.querySelector('code') || div.classList.contains('code-group') || div.getAttribute('role') === 'region' ); } if (panels.length < 2) return; const topPanel = panels[0]; const bottomPanel = panels[1]; if (initializedContainers.has(topPanel)) return; let commonParent = topPanel.parentElement; while (commonParent && !commonParent.contains(bottomPanel)) { commonParent = commonParent.parentElement; } const handle = createDragHandle(); if (topPanel.nextElementSibling === bottomPanel) { topPanel.after(handle); initializeResizer(topPanel, bottomPanel, handle); } else { let topWrapper = topPanel; while (topWrapper.parentElement !== commonParent && topWrapper.parentElement) { topWrapper = topWrapper.parentElement; } let bottomWrapper = bottomPanel; while (bottomWrapper.parentElement !== commonParent && bottomWrapper.parentElement) { bottomWrapper = bottomWrapper.parentElement; } if (topWrapper !== bottomWrapper) { topWrapper.after(handle); initializeResizer(topWrapper, bottomWrapper, handle); } } initializedContainers.add(topPanel); } function setupByPosition() { const sideLayout = document.getElementById('content-side-layout'); if (!sideLayout) return; if (sideLayout.querySelector('.moe-resize-handle')) return; const children = Array.from(sideLayout.children); const codePanels = children.filter(child => { const rect = child.getBoundingClientRect(); const hasCode = child.querySelector('pre, code, .code-group, [role="region"]'); return rect.height > 50 && hasCode; }); if (codePanels.length >= 2) { const topPanel = codePanels[0]; const bottomPanel = codePanels[1]; if (initializedContainers.has(topPanel)) return; const handle = createDragHandle(); topPanel.after(handle); initializeResizer(topPanel, bottomPanel, handle); initializedContainers.add(topPanel); } } function trySetup() { setupResizablePanels(); setupByPosition(); } // Reset panel sizes (used when zoom changes) function resetPanelSizes() { const sideLayout = document.getElementById('content-side-layout'); if (!sideLayout) return; // Find all panels that have been resized (have inline height style) const resizedPanels = sideLayout.querySelectorAll('[style*="height"]'); resizedPanels.forEach(panel => { panel.style.height = ''; panel.style.maxHeight = ''; panel.style.overflow = ''; }); } function init() { trySetup(); setTimeout(trySetup, CONFIG.initDelay); const observer = new MutationObserver(() => { if (observerTimeout) clearTimeout(observerTimeout); observerTimeout = setTimeout(trySetup, CONFIG.debounceDelay); }); observer.observe(document.body, { childList: true, subtree: true }); ['popstate', 'hashchange'].forEach(event => { window.addEventListener(event, () => setTimeout(trySetup, 200)); }); // Reset panels on window resize (includes zoom changes) let resizeTimeout; window.addEventListener('resize', () => { clearTimeout(resizeTimeout); resizeTimeout = setTimeout(() => { resetPanelSizes(); }, 150); }); } if (document.readyState === 'loading') { document.addEventListener('DOMContentLoaded', init); } else { init(); } window.addEventListener('load', () => setTimeout(trySetup, 500)); })(); /** * System Status Indicator * * Shows the live rollup from status.moengage.com (Atlassian Statuspage) as a * pill in the navbar, in one of four states: * * operational green all clear * degraded amber something is impaired but serving * major red a real outage * unavailable grey the status API could not be reached, so we do not know * * The grey state matters: a failed fetch must never be painted as an outage. */ (function() { 'use strict'; const CONFIG = { /* The rollup endpoint is 216 bytes and sends access-control-allow-origin: *, so it reads straight from the browser with no proxy. summary.json carries the same rollup plus 186 per-region components, far more than a chrome-level indicator needs. */ apiUrl: 'https://status.moengage.com/api/v2/status.json', pageUrl: 'https://status.moengage.com', cacheKey: 'moe-system-status', cacheTtl: 60 * 1000, refreshInterval: 5 * 60 * 1000, /* How long a reading stays usable once we can no longer refresh it. Three missed polls. */ staleCeiling: 15 * 60 * 1000, requestTimeout: 5000, debounceDelay: 100 }; /* Statuspage reports five indicators; we collapse them into four states. critical joins major because both mean "down", and maintenance joins degraded because planned work still impairs service - painting it green would be wrong and painting it red would be alarmist. */ const INDICATORS = { none: 'operational', minor: 'degraded', major: 'major', critical: 'major', maintenance: 'degraded' }; /* The pill shows the API's own status.description verbatim, so the navbar can never word things differently from the status page itself. These are only the fallbacks for a missing description, and they match Statuspage's own default wording. 'unavailable' has no API text by definition. */ const LABELS = { operational: 'All Systems Operational', degraded: 'Degraded Performance', major: 'Major System Outage', unavailable: 'Status Unavailable' }; const UNKNOWN = { state: 'unavailable', label: LABELS.unavailable, detail: 'Could not reach the status page' }; let current = null; let lastGoodAt = 0; let observerTimeout = null; let inFlight = false; // sessionStorage throws outright in some embedding contexts, so every access // is guarded and a failure just means we refetch. function readCache() { try { const raw = sessionStorage.getItem(CONFIG.cacheKey); if (!raw) return null; const cached = JSON.parse(raw); if (!cached || Date.now() - cached.at > CONFIG.cacheTtl) return null; lastGoodAt = cached.at; return cached.status; } catch (e) { return null; } } function writeCache(status) { try { sessionStorage.setItem(CONFIG.cacheKey, JSON.stringify({ at: Date.now(), status: status })); } catch (e) { /* Private mode or blocked storage: polling still works, just uncached. */ } } // Local-only override so every state can be previewed in mint dev without // waiting for a real incident: ?moe-status=major function debugOverride() { const host = window.location.hostname; if (host !== 'localhost' && host !== '127.0.0.1') return null; const key = new URLSearchParams(window.location.search).get('moe-status'); if (!key || !LABELS[key]) return null; return { state: key, label: LABELS[key], detail: LABELS[key] }; } function normalize(payload) { const status = payload && payload.status; if (!status || !INDICATORS[status.indicator]) return null; const state = INDICATORS[status.indicator]; const description = (status.description || '').trim() || LABELS[state]; return { state: state, label: description, detail: description }; } function fetchStatus() { if (inFlight) return Promise.resolve(current); inFlight = true; const controller = new AbortController(); const timer = setTimeout(() => controller.abort(), CONFIG.requestTimeout); /* no-store because the endpoint sends stale-if-error=3600: without it the browser can keep serving an hour-old reading whenever the origin errors, which is the one case we most need to notice. */ return fetch(CONFIG.apiUrl, { signal: controller.signal, mode: 'cors', cache: 'no-store' }) .then(response => (response.ok ? response.json() : null)) .then(payload => { const status = normalize(payload); if (status) { writeCache(status); lastGoodAt = Date.now(); } return status; }) .catch(() => null) .then(status => { clearTimeout(timer); inFlight = false; if (status) return status; /* One dropped poll on flaky wifi should not repaint a healthy site as unknown, so the last good reading stands for a few missed polls. Past that it is no longer evidence of anything, and grey is the honest answer: a stale green pill during a real outage is a worse failure than admitting we cannot tell. */ if (current && Date.now() - lastGoodAt < CONFIG.staleCeiling) return current; return UNKNOWN; }); } function buildPill(status) { const link = document.createElement('a'); link.className = 'moe-status-pill'; link.setAttribute('data-moe-status', status.state); link.href = CONFIG.pageUrl; link.target = '_blank'; link.rel = 'noreferrer'; // Carries the full wording for the compact, dot-only mobile rendering. link.title = status.detail; const dot = document.createElement('span'); dot.className = 'moe-status-dot'; dot.setAttribute('aria-hidden', 'true'); const label = document.createElement('span'); label.className = 'moe-status-pill-label'; label.textContent = status.label; link.appendChild(dot); link.appendChild(label); return link; } /* Two navbar slots, because Mintlify renders two navbars and swaps them at its lg breakpoint. The desktop link list sits inside a `hidden lg:flex` wrapper, so a pill placed there is display:none below 1024px; the icon row beside the mobile search is `flex lg:hidden`. A slot in each covers every width. Each slot is a live region. Only one is ever displayed, and a live region inside a display:none ancestor is not announced, so a state change is announced once rather than twice. Both are created empty and toggled with the hidden attribute. The desktop list is space-x-6 (margin-inline-end on :not(:last-child)) and the mobile row is gap-3, but a hidden element is display:none and generates no box, so neither spacing rule renders while the slot is empty. */ function makeSlot(tag, className) { const slot = document.createElement(tag); slot.className = className; slot.setAttribute('role', 'status'); slot.setAttribute('aria-live', 'polite'); slot.hidden = true; return slot; } function desktopSlot() { const navbar = document.getElementById('navbar'); if (!navbar) return null; const existing = navbar.querySelector('.moe-status-navbar'); if (existing) return existing; const list = navbar.querySelector('ul'); if (!list) return null; const slot = makeSlot('li', 'navbar-link moe-status-navbar'); list.insertBefore(slot, list.firstChild); return slot; } function mobileSlot() { const navbar = document.getElementById('navbar'); if (!navbar) return null; const existing = navbar.querySelector('.moe-status-navbar-mobile'); if (existing) return existing; // The mobile icon row (search, menu). Matched on utility classes rather than // a generated hash, the same way the footer rules in style.css do. const row = Array.from(navbar.querySelectorAll('div')).find( div => typeof div.className === 'string' && div.className.indexOf('lg:hidden') !== -1 && div.className.indexOf('items-center') !== -1 ); if (!row) return null; const slot = makeSlot('span', 'moe-status-navbar-mobile'); row.insertBefore(slot, row.firstChild); return slot; } function fillSlot(slot, status) { if (!slot) return; if (!status) { slot.hidden = true; slot.textContent = ''; delete slot.dataset.moeStatus; return; } // Idempotent: the MutationObserver fires constantly, and rebuilding the pill // every time would restart its pulse animation on each mutation. if (slot.dataset.moeStatus === status.state && slot.dataset.moeLabel === status.label) { slot.hidden = false; return; } slot.dataset.moeStatus = status.state; slot.dataset.moeLabel = status.label; slot.textContent = ''; slot.appendChild(buildPill(status)); slot.hidden = false; } function render() { fillSlot(desktopSlot(), current); fillSlot(mobileSlot(), current); } function refresh(force) { const override = debugOverride(); if (override) { current = override; render(); return; } const cached = !force && readCache(); if (cached) { current = cached; render(); return; } fetchStatus().then(status => { current = status; render(); }); } function init() { refresh(false); // Mintlify routes on the client, so the navbar is torn down and rebuilt // without a page load. Re-render on mutation, same contract as the // resizable-panels observer above. const observer = new MutationObserver(() => { if (observerTimeout) clearTimeout(observerTimeout); observerTimeout = setTimeout(render, CONFIG.debounceDelay); }); observer.observe(document.body, { childList: true, subtree: true }); // Docs tabs stay open for hours. Poll while visible, stop while hidden, and // catch up on return rather than burning requests in a background tab. setInterval(() => { if (!document.hidden) refresh(true); }, CONFIG.refreshInterval); document.addEventListener('visibilitychange', () => { if (!document.hidden) refresh(false); }); } if (document.readyState === 'loading') { document.addEventListener('DOMContentLoaded', init); } else { init(); } })();