intro.js

/*!
 * Intro.js v7.2.0
 * https://introjs.com
 *
 * Copyright (C) 2012-2023 Afshin Mehrabani (@afshinmeh).
 * https://introjs.com
 *
 * Date: Mon, 14 Aug 2023 19:47:14 GMT
 */
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break; case "middle-left": e.style.left = "".concat(r.left, "px"), e.style.top = "".concat(r.top + (r.height - i) / 2, "px"); break; case "middle-right": e.style.left = "".concat(r.left + r.width - o, "px"), e.style.top = "".concat(r.top + (r.height - i) / 2, "px"); break; case "middle-middle": e.style.left = "".concat(r.left + (r.width - o) / 2, "px"), e.style.top = "".concat(r.top + (r.height - i) / 2, "px"); break; case "bottom-middle": e.style.left = "".concat(r.left + (r.width - o) / 2, "px"), e.style.top = "".concat(r.top + r.height - i, "px"); break; case "top-middle": e.style.left = "".concat(r.left + (r.width - o) / 2, "px"), e.style.top = "".concat(r.top, "px") } } } function gt(t, e) { return wt.apply(this, arguments) } function wt() { return (wt = r(t().mark((function e(n, r) { var o, i, a, s, l, c, u, p, h, f, d; return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: if (o = document.querySelector('.introjs-hint[data-step="'.concat(r, '"]')), i = n._hintItems[r], !w(n._hintClickCallback)) { t.next = 5; break } return t.next = 5, n._hintClickCallback.call(n, o, i, r); case 5: if (void 0 === (a = _t()) || parseInt(a, 10) !== r) { t.next = 8; break } return t.abrupt("return"); case 8: s = M("div", { className: "introjs-tooltip" }), l = M("div"), c = M("div"), u = M("div"), s.onclick = function (t) { t.stopPropagation ? t.stopPropagation() : t.cancelBubble = !0 }, l.className = "introjs-tooltiptext", (p = M("p")).innerHTML = i.hint || "", l.appendChild(p), n._options.hintShowButton && ((h = M("a")).className = n._options.buttonClass, h.setAttribute("role", "button"), h.innerHTML = n._options.hintButtonLabel, h.onclick = function () { return lt(n, r) }, l.appendChild(h)), c.className = "introjs-arrow", s.appendChild(c), s.appendChild(l), f = o.getAttribute("data-step") || "", n._currentStep = parseInt(f, 10), d = n._hintItems[n._currentStep], u.className = "introjs-tooltipReferenceLayer introjs-hintReference", u.setAttribute("data-step", f), I(n, d, u), u.appendChild(s), document.body.appendChild(u), H(n, d, s, c, !0); case 30: case "end": return t.stop() } }), e) })))).apply(this, arguments) } function _t() { var t = document.querySelector(".introjs-hintReference"); if (t && t.parentNode) { var e = t.getAttribute("data-step"); if (!e) return; return t.parentNode.removeChild(t), e } } function kt(t, e) { return xt.apply(this, arguments) } function xt() { return (xt = r(t().mark((function e(n, r) { var o, i, a, s, l, c, u, h, f, d; return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: if (n._hintItems = [], !(n._options.hints && n._options.hints.length > 0)) { t.next = 6; break } o = p(n._options.hints); try { for (o.s(); !(i = o.n()).done;)a = i.value, "string" == typeof (s = it(a)).element && (s.element = document.querySelector(s.element)), s.hintPosition = s.hintPosition || n._options.hintPosition, s.hintAnimation = s.hintAnimation || n._options.hintAnimation, null !== s.element && n._hintItems.push(s) } catch (t) { o.e(t) } finally { o.f() } t.next = 10; break; case 6: if ((l = Array.from(r.querySelectorAll("*[data-hint]"))) && l.length) { t.next = 9; break } return t.abrupt("return", !1); case 9: for (c = 0, u = l; c < u.length; c++)h = u[c], f = h.getAttribute("data-hint-animation"), d = n._options.hintAnimation, f && (d = "true" === f), n._hintItems.push({ element: h, hint: h.getAttribute("data-hint") || "", hintPosition: h.getAttribute("data-hint-position") || n._options.hintPosition, hintAnimation: d, tooltipClass: h.getAttribute("data-tooltip-class") || void 0, position: h.getAttribute("data-position") || n._options.tooltipPosition }); case 10: return t.next = 12, vt(n); case 12: return g.on(document, "click", _t, n, !1), g.on(window, "resize", Ct, n, !0), t.abrupt("return", !0); case 15: case "end": return t.stop() } }), e) })))).apply(this, arguments) } function Ct(t) { var e, n = p(t._hintItems); try { for (n.s(); !(e = n.n()).done;) { var r = e.value, o = r.hintTargetElement; yt(r.hintPosition, r.element, o) } } catch (t) { n.e(t) } finally { n.f() } } function St(t, e) { var n = Array.from(e.querySelectorAll("*[data-intro]")), r = []; if (t._options.steps && t._options.steps.length) { var o, i = p(t._options.steps); try { for (i.s(); !(o = i.n()).done;) { var a = it(o.value); if (a.step = r.length + 1, a.title = a.title || "", "string" == typeof a.element && (a.element = document.querySelector(a.element) || void 0), void 0 === a.element || null === a.element) { var s = document.querySelector(".introjsFloatingElement"); null === s && (s = M("div", { className: "introjsFloatingElement" }), document.body.appendChild(s)), a.element = s, a.position = "floating" } a.position = a.position || t._options.tooltipPosition, a.scrollTo = a.scrollTo || t._options.scrollTo, void 0 === a.disableInteraction && (a.disableInteraction = t._options.disableInteraction), null !== a.element && r.push(a) } } catch (t) { i.e(t) } finally { i.f() } } else { var l; if (n.length < 1) return []; var c, u = p(n); try { for (u.s(); !(c = u.n()).done;) { var h = c.value; if ((!t._options.group || h.getAttribute("data-intro-group") === t._options.group) && "none" !== h.style.display) { var f = parseInt(h.getAttribute("data-step") || "", 10); l = t._options.disableInteraction, h.hasAttribute("data-disable-interaction") && (l = !!h.getAttribute("data-disable-interaction")), f > 0 && (r[f - 1] = { step: f, element: h, title: h.getAttribute("data-title") || "", intro: h.getAttribute("data-intro") || "", tooltipClass: h.getAttribute("data-tooltip-class") || void 0, highlightClass: h.getAttribute("data-highlight-class") || void 0, position: h.getAttribute("data-position") || t._options.tooltipPosition, scrollTo: h.getAttribute("data-scroll-to") || t._options.scrollTo, disableInteraction: l }) } } } catch (t) { u.e(t) } finally { u.f() } var d, m = 0, v = p(n); try { for (v.s(); !(d = v.n()).done;) { var b = d.value; if ((!t._options.group || b.getAttribute("data-intro-group") === t._options.group) && null === b.getAttribute("data-step")) { for (; void 0 !== r[m];)m++; l = b.hasAttribute("data-disable-interaction") ? !!b.getAttribute("data-disable-interaction") : t._options.disableInteraction, r[m] = { element: b, title: b.getAttribute("data-title") || "", intro: b.getAttribute("data-intro") || "", step: m + 1, tooltipClass: b.getAttribute("data-tooltip-class") || void 0, highlightClass: b.getAttribute("data-highlight-class") || void 0, position: b.getAttribute("data-position") || t._options.tooltipPosition, scrollTo: b.getAttribute("data-scroll-to") || t._options.scrollTo, disableInteraction: l } } } } catch (t) { v.e(t) } finally { v.f() } } for (var y = [], g = 0; g < r.length; g++)r[g] && y.push(r[g]); return (r = y).sort((function (t, e) { return t.step - e.step })), r } function jt(t, e) { var n = t._currentStep; if (null != n && -1 != n) { var r = t._introItems[n], o = document.querySelector(".introjs-tooltipReferenceLayer"), i = document.querySelector(".introjs-helperLayer"), a = document.querySelector(".introjs-disableInteraction"); I(t, r, i), I(t, r, o), I(t, r, a), e && (t._introItems = St(t, t._targetElement), function (t, e) { if (t._options.showBullets) { var n = document.querySelector(".introjs-bullets"); n && n.parentNode && n.parentNode.replaceChild(V(t, e), n) } }(t, r), Y(o, n, t._introItems.length)); var s = document.querySelector(".introjs-arrow"), l = document.querySelector(".introjs-tooltip"); return l && s && H(t, t._introItems[n], l, s), Ct(t), t } } function At(t) { jt(t) } function Et(t) { var e = arguments.length > 1 && void 0 !== arguments[1] && arguments[1]; if (t && t.parentElement) { var n = t.parentElement; e ? (T(t, { opacity: "0" }), window.setTimeout((function () { try { n.removeChild(t) } catch (t) { } }), 500)) : n.removeChild(t) } } function Nt(t, e) { return Lt.apply(this, arguments) } function Lt() { return Lt = r(t().mark((function e(n, r) { var o, i, a, s, l, c = arguments; return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: if (o = c.length > 2 && void 0 !== c[2] && c[2], i = !0, void 0 === n._introBeforeExitCallback) { t.next = 6; break } return t.next = 5, n._introBeforeExitCallback.call(n, r); case 5: i = t.sent; case 6: if (o || !1 !== i) { t.next = 8; break } return t.abrupt("return"); case 8: if ((a = Array.from(r.querySelectorAll(".introjs-overlay"))) && a.length) { s = p(a); try { for (s.s(); !(l = s.n()).done;)Et(l.value) } catch (t) { s.e(t) } finally { s.f() } } if (Et(r.querySelector(".introjs-helperLayer"), !0), Et(r.querySelector(".introjs-tooltipReferenceLayer")), Et(r.querySelector(".introjs-disableInteraction")), Et(document.querySelector(".introjsFloatingElement")), R(), g.off(window, "keydown", rt, n, !0), g.off(window, "resize", At, n, !0), !w(n._introExitCallback)) { t.next = 24; break } return t.next = 24, n._introExitCallback.call(n); case 24: n._currentStep = -1; case 25: case "end": return t.stop() } }), e) }))), Lt.apply(this, arguments) } function Tt(e, n) { var o = M("div", { className: "introjs-overlay" }); return T(o, { top: 0, bottom: 0, left: 0, right: 0, position: "fixed" }), n.appendChild(o), !0 === e._options.exitOnOverlayClick && (T(o, { cursor: "pointer" }), o.onclick = r(t().mark((function r() { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, Nt(e, n); case 2: case "end": return t.stop() } }), r) })))), !0 } function It(t, e) { return Pt.apply(this, arguments) } function Pt() { return (Pt = r(t().mark((function e(n, r) { var o; return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: if (n.isActive()) { t.next = 2; break } return t.abrupt("return", !1); case 2: if (!w(n._introStartCallback)) { t.next = 5; break } return t.next = 5, n._introStartCallback.call(n, r); case 5: if (0 !== (o = St(n, r)).length) { t.next = 8; break } return t.abrupt("return", !1); case 8: return n._introItems = o, Tt(n, r), t.next = 12, K(n); case 12: r.addEventListener, n._options.keyboardNavigation && g.on(window, "keydown", rt, n, !0), g.on(window, "resize", At, n, !0); case 15: return t.abrupt("return", !1); case 16: case "end": return t.stop() } }), e) })))).apply(this, arguments) } function Ot(t, e, n) { return t[e] = n, t } var qt = function () { function e(t) { o(this, e), s(this, "_currentStep", -1), s(this, "_currentStepNumber", void 0), s(this, "_direction", void 0), s(this, "_targetElement", void 0), s(this, "_introItems", []), s(this, "_hintItems", []), s(this, "_options", void 0), s(this, "_introBeforeChangeCallback", void 0), s(this, "_introChangeCallback", void 0), s(this, "_introAfterChangeCallback", void 0), s(this, "_introCompleteCallback", void 0), s(this, "_introStartCallback", void 0), s(this, "_introExitCallback", void 0), s(this, "_introSkipCallback", void 0), s(this, "_introBeforeExitCallback", void 0), s(this, "_hintsAddedCallback", void 0), s(this, "_hintClickCallback", void 0), s(this, "_hintCloseCallback", void 0), s(this, "_lastShowElementTimer", void 0), s(this, "_hintsAutoRefreshFunction", void 0), this._targetElement = t, this._options = { steps: [], hints: [], isActive: !0, nextLabel: "Next", prevLabel: "Back", skipLabel: "×", doneLabel: "Done", hidePrev: !1, hideNext: !1, nextToDone: !0, tooltipPosition: "bottom", tooltipClass: "", group: "", highlightClass: "", exitOnEsc: !0, exitOnOverlayClick: !0, showStepNumbers: !1, stepNumbersOfLabel: "of", keyboardNavigation: !0, showButtons: !0, showBullets: !0, showProgress: !1, scrollToElement: !0, scrollTo: "element", scrollPadding: 30, overlayOpacity: .5, autoPosition: !0, positionPrecedence: ["bottom", "top", "right", "left"], disableInteraction: !1, dontShowAgain: !1, dontShowAgainLabel: "Don't show this again", dontShowAgainCookie: "introjs-dontShowAgain", dontShowAgainCookieDays: 365, helperElementPadding: 10, hintPosition: "top-middle", hintButtonLabel: "Got it", hintShowButton: !0, hintAutoRefreshInterval: 10, hintAnimation: !0, buttonClass: "introjs-button", progressBarAdditionalClass: !1 } } var n, i, c, u, h, f, b, y, _, k; return a(e, [{ key: "isActive", value: function () { return (!this._options.dontShowAgain || "" === (t = d(this._options.dontShowAgainCookie)) || t !== m) && this._options.isActive; var t } }, { key: "clone", value: function () { return new e(this._targetElement) } }, { key: "setOption", value: function (t, e) { return this._options = Ot(this._options, t, e), this } }, { key: "setOptions", value: function (t) { return this._options = function (t, e) { for (var n = 0, r = Object.entries(e); n < r.length; n++) { var o = l(r[n], 2); t = Ot(t, o[0], o[1]) } return t }(this._options, t), this } }, { key: "start", value: (k = r(t().mark((function e() { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, It(this, this._targetElement); case 2: return t.abrupt("return", this); case 3: case "end": return t.stop() } }), e, this) }))), function () { return k.apply(this, arguments) }) }, { key: "goToStep", value: (_ = r(t().mark((function e(n) { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, U(this, n); case 2: return t.abrupt("return", this); case 3: case "end": return t.stop() } }), e, this) }))), function (t) { return _.apply(this, arguments) }) }, { key: "addStep", value: function (t) { return this._options.steps || (this._options.steps = []), this._options.steps.push(t), this } }, { key: "addSteps", value: function (t) { if (!t.length) return this; for (var e = 0; e < t.length; e++)this.addStep(t[e]); return this } }, { key: "goToStepNumber", value: (y = r(t().mark((function e(n) { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, J(this, n); case 2: return t.abrupt("return", this); case 3: case "end": return t.stop() } }), e, this) }))), function (t) { return y.apply(this, arguments) }) }, { key: "nextStep", value: (b = r(t().mark((function e() { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, K(this); case 2: return t.abrupt("return", this); case 3: case "end": return t.stop() } }), e, this) }))), function () { return b.apply(this, arguments) }) }, { key: "previousStep", value: (f = r(t().mark((function e() { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, et(this); case 2: return t.abrupt("return", this); case 3: case "end": return t.stop() } }), e, this) }))), function () { return f.apply(this, arguments) }) }, { key: "currentStep", value: function () { return this._currentStep } }, { key: "exit", value: (h = r(t().mark((function e(n) { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, Nt(this, this._targetElement, n); case 2: return t.abrupt("return", this); case 3: case "end": return t.stop() } }), e, this) }))), function (t) { return h.apply(this, arguments) }) }, { key: "refresh", value: function (t) { return jt(this, t), this } }, { key: "setDontShowAgain", value: function (t) { return v(this, t), this } }, { key: "onbeforechange", value: function (t) { if (!w(t)) throw new Error("Provided callback for onbeforechange was not a function"); return this._introBeforeChangeCallback = t, this } }, { key: "onchange", value: function (t) { if (!w(t)) throw new Error("Provided callback for onchange was not a function."); return this._introChangeCallback = t, this } }, { key: "onafterchange", value: function (t) { if (!w(t)) throw new Error("Provided callback for onafterchange was not a function"); return this._introAfterChangeCallback = t, this } }, { key: "oncomplete", value: function (t) { if (!w(t)) throw new Error("Provided callback for oncomplete was not a function."); return this._introCompleteCallback = t, this } }, { key: "onhintsadded", value: function (t) { if (!w(t)) throw new Error("Provided callback for onhintsadded was not a function."); return this._hintsAddedCallback = t, this } }, { key: "onhintclick", value: function (t) { if (!w(t)) throw new Error("Provided callback for onhintclick was not a function."); return this._hintClickCallback = t, this } }, { key: "onhintclose", value: function (t) { if (!w(t)) throw new Error("Provided callback for onhintclose was not a function."); return this._hintCloseCallback = t, this } }, { key: "onstart", value: function (t) { if (!w(t)) throw new Error("Provided callback for onstart was not a function."); return this._introStartCallback = t, this } }, { key: "onexit", value: function (t) { if (!w(t)) throw new Error("Provided callback for onexit was not a function."); return this._introExitCallback = t, this } }, { key: "onskip", value: function (t) { if (!w(t)) throw new Error("Provided callback for onskip was not a function."); return this._introSkipCallback = t, this } }, { key: "onbeforeexit", value: function (t) { if (!w(t)) throw new Error("Provided callback for onbeforeexit was not a function."); return this._introBeforeExitCallback = t, this } }, { key: "addHints", value: function () { var e = r(t().mark((function e() { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, kt(this, this._targetElement); case 2: return t.abrupt("return", this); case 3: case "end": return t.stop() } }), e, this) }))); return function () { return e.apply(this, arguments) } }() }, { key: "hideHint", value: (u = r(t().mark((function e(n) { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, lt(this, n); case 2: return t.abrupt("return", this); case 3: case "end": return t.stop() } }), e, this) }))), function (t) { return u.apply(this, arguments) }) }, { key: "hideHints", value: (c = r(t().mark((function e() { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, ut(this); case 2: return t.abrupt("return", this); case 3: case "end": return t.stop() } }), e, this) }))), function () { return c.apply(this, arguments) }) }, { key: "showHint", value: function (t) { return dt(t), this } }, { key: "showHints", value: (i = r(t().mark((function e() { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, ht(this); case 2: return t.abrupt("return", this); case 3: case "end": return t.stop() } }), e, this) }))), function () { return i.apply(this, arguments) }) }, { key: "removeHints", value: function () { return function (t) { var e, n = p(st(".introjs-hint")); try { for (n.s(); !(e = n.n()).done;) { var r = e.value.getAttribute("data-step"); r && mt(parseInt(r, 10)) } } catch (t) { n.e(t) } finally { n.f() } g.off(document, "click", _t, t, !1), g.off(window, "resize", Ct, t, !0), t._hintsAutoRefreshFunction && g.off(window, "scroll", t._hintsAutoRefreshFunction, t, !0) }(this), this } }, { key: "removeHint", value: function (t) { return mt(t), this } }, { key: "showHintDialog", value: (n = r(t().mark((function e(n) { return t().wrap((function (t) { for (; ;)switch (t.prev = t.next) { case 0: return t.next = 2, gt(this, n); case 2: return t.abrupt("return", this); case 3: case "end": return t.stop() } }), e, this) }))), function (t) { return n.apply(this, arguments) }) }]), e }(), Bt = function t(n) { var r; if ("object" === e(n)) r = new qt(n); else if ("string" == typeof n) { var o = document.querySelector(n); if (!o) throw new Error("There is no element with given selector."); r = new qt(o) } else r = new qt(document.body); return t.instances[y(r, "introjs-instance")] = r, r }; return Bt.version = "7.2.0", Bt.instances = {}, Bt }));
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