@sprig-technologies/sprig-browser/dist/replay.js

npm package for the sprig web sdk

var st = Object.defineProperty;
var it = (e, t, n) => t in e ? st(e, t, { enumerable: !0, configurable: !0, writable: !0, value: n }) : e[t] = n;
var X = (e, t, n) => it(e, typeof t != "symbol" ? t + "" : t, n);
import { b as d, s as z, a as m, v as q, c as dt, g as lt, P as ke, r as Ue, d as ut, e as H, S as Z, f as ct } from "./metricsReporter-CEzz54S2.js";
var B = ((e) => (e[e.DomContentLoaded = 0] = "DomContentLoaded", e[e.Load = 1] = "Load", e[e.FullSnapshot = 2] = "FullSnapshot", e[e.IncrementalSnapshot = 3] = "IncrementalSnapshot", e[e.Meta = 4] = "Meta", e[e.Custom = 5] = "Custom", e[e.Plugin = 6] = "Plugin", e))(B || {}), U = ((e) => (e[e.Mutation = 0] = "Mutation", e[e.MouseMove = 1] = "MouseMove", e[e.MouseInteraction = 2] = "MouseInteraction", e[e.Scroll = 3] = "Scroll", e[e.ViewportResize = 4] = "ViewportResize", e[e.Input = 5] = "Input", e[e.TouchMove = 6] = "TouchMove", e[e.MediaInteraction = 7] = "MediaInteraction", e[e.StyleSheetRule = 8] = "StyleSheetRule", e[e.CanvasMutation = 9] = "CanvasMutation", e[e.Font = 10] = "Font", e[e.Log = 11] = "Log", e[e.Drag = 12] = "Drag", e[e.StyleDeclaration = 13] = "StyleDeclaration", e[e.Selection = 14] = "Selection", e[e.AdoptedStyleSheet = 15] = "AdoptedStyleSheet", e[e.CustomElement = 16] = "CustomElement", e))(U || {});
const ae = (e, t) => t.some((n) => e instanceof n);
let ve, Se;
const re = /* @__PURE__ */ new WeakMap(), Y = /* @__PURE__ */ new WeakMap(), $ = /* @__PURE__ */ new WeakMap();
let oe = { get(e, t, n) {
  if (e instanceof IDBTransaction) {
    if (t === "done") return re.get(e);
    if (t === "store") return n.objectStoreNames[1] ? void 0 : n.objectStore(n.objectStoreNames[0]);
  }
  return M(e[t]);
}, set: (e, t, n) => (e[t] = n, !0), has: (e, t) => e instanceof IDBTransaction && (t === "done" || t === "store") || t in e };
function xe(e) {
  oe = e(oe);
}
function pt(e) {
  return (Se || (Se = [IDBCursor.prototype.advance, IDBCursor.prototype.continue, IDBCursor.prototype.continuePrimaryKey])).includes(e) ? function(...t) {
    return e.apply(se(this), t), M(this.request);
  } : function(...t) {
    return M(e.apply(se(this), t));
  };
}
function gt(e) {
  return typeof e == "function" ? pt(e) : (e instanceof IDBTransaction && function(t) {
    if (re.has(t)) return;
    const n = new Promise((a, r) => {
      const o = () => {
        r(t.error || new DOMException("AbortError", "AbortError"));
      };
      t.oncomplete = () => {
        a();
      }, t.onerror = o, t.onabort = o;
    });
    re.set(t, n);
  }(e), ae(e, ve || (ve = [IDBDatabase, IDBObjectStore, IDBIndex, IDBCursor, IDBTransaction])) ? new Proxy(e, oe) : e);
}
function M(e) {
  if (e instanceof IDBRequest) return function(n) {
    const a = new Promise((r, o) => {
      n.onsuccess = () => {
        r(M(n.result));
      }, n.onerror = () => {
        o(n.error);
      };
    });
    return $.set(a, n), a;
  }(e);
  if (Y.has(e)) return Y.get(e);
  const t = gt(e);
  return t !== e && (Y.set(e, t), $.set(t, e)), t;
}
const se = (e) => $.get(e);
function ie(e, { blocked: t } = {}) {
  const n = indexedDB.deleteDatabase(e);
  return t && (n.onblocked = (a) => t(a.oldVersion, a)), M(n).then(() => {
  });
}
const mt = ["get", "getKey", "getAll", "getAllKeys", "count"], wt = ["put", "add", "delete", "clear"], ee = /* @__PURE__ */ new Map();
function De(e, t) {
  if (!(e instanceof IDBDatabase) || t in e || typeof t != "string") return;
  if (ee.get(t)) return ee.get(t);
  const n = t.replace(/FromIndex$/, ""), a = t !== n, r = wt.includes(n);
  if (!(n in (a ? IDBIndex : IDBObjectStore).prototype) || !r && !mt.includes(n)) return;
  const o = async function(s, ...l) {
    const i = this.transaction(s, r ? "readwrite" : "readonly");
    let u = i.store;
    return a && (u = u.index(l.shift())), (await Promise.all([u[n](...l), r && i.done]))[0];
  };
  return ee.set(t, o), o;
}
xe((e) => ({ ...e, get: (t, n, a) => De(t, n) || e.get(t, n, a), has: (t, n) => !!De(t, n) || e.has(t, n) }));
const yt = ["continue", "continuePrimaryKey", "advance"], be = {}, de = /* @__PURE__ */ new WeakMap(), Te = /* @__PURE__ */ new WeakMap(), ft = { get(e, t) {
  if (!yt.includes(t)) return e[t];
  let n = be[t];
  return n || (n = be[t] = function(...a) {
    de.set(this, Te.get(this)[t](...a));
  }), n;
} };
async function* ht(...e) {
  let t = this;
  if (t instanceof IDBCursor || (t = await t.openCursor(...e)), !t) return;
  const n = new Proxy(t, ft);
  for (Te.set(n, t), $.set(n, se(t)); t; ) yield n, t = await (de.get(n) || t.continue()), de.delete(n);
}
function Ee(e, t) {
  return t === Symbol.asyncIterator && ae(e, [IDBIndex, IDBObjectStore, IDBCursor]) || t === "iterate" && ae(e, [IDBIndex, IDBObjectStore]);
}
xe((e) => ({ ...e, get: (t, n, a) => Ee(t, n) ? ht : e.get(t, n, a), has: (t, n) => Ee(t, n) || e.has(t, n) }));
const It = "sprigReplayIframeLoaded", vt = "sprigReplayIframeSettings", St = "sprigReplayIframeTakeFullSnapshot", Dt = "sprigReplayTeardown", ye = [], Be = new class {
  constructor(e) {
    X(this, "awaitingResolvers", []);
    X(this, "activeCount", 0);
    this.capacity = e;
  }
  async acquire() {
    if (!(this.activeCount < this.capacity)) return new Promise((e) => {
      this.awaitingResolvers.push(e);
    });
    this.activeCount++;
  }
  release() {
    const e = this.awaitingResolvers.shift();
    e && this.activeCount <= this.capacity ? e() : this.activeCount--;
  }
  async execute(e) {
    try {
      return await this.acquire(), await e();
    } finally {
      this.release();
    }
  }
  setLimit(e) {
    this.capacity = e;
  }
}(2), Me = async ({ apiUrl: e, surveyId: t, uploadId: n, etags: a, headers: r, responseGroupUuid: o, replayDuration: s, eventDigest: l }, i = !1) => {
  var y;
  if (!i && !n && !a) return void d.error("UploadErr", { isMobile: i, uploadId: n, etags: a });
  d.info("MarkUploadComplete", { surveyId: t });
  const u = await z(`${e}/sdk/1/completeSessionReplay`, { method: "POST", body: JSON.stringify({ etags: a, uploadId: n, responseGroupUuid: o, surveyId: t, replayDuration: s, eventDigest: l, userAgent: (y = window == null ? void 0 : window.navigator) == null ? void 0 : y.userAgent }), headers: r, shouldRetryRequest: !0 });
  return d.info("MarkUploadDone", { surveyId: t }), u;
}, bt = (e) => {
  if (e instanceof Attr) return null;
  let t = 1;
  for (let n = e.previousSibling; n; n = n.previousSibling) n.nodeName === e.nodeName && ++t;
  return t;
}, Ae = (e) => {
  if (e === null) return "";
  const t = [];
  if (e instanceof Document) return "/";
  for (let n = e; n && !(n instanceof Document) && n !== null; n = n instanceof Attr ? n.ownerElement : n.parentElement) {
    const a = t[t.length] = { name: void 0, position: null };
    switch (n.nodeType) {
      case Node.TEXT_NODE:
        a.name = "text()";
        break;
      case Node.ATTRIBUTE_NODE:
        a.name = "@" + n.nodeName;
        break;
      case Node.PROCESSING_INSTRUCTION_NODE:
        a.name = "processing-instruction()";
        break;
      case Node.COMMENT_NODE:
        a.name = "comment()";
        break;
      case Node.ELEMENT_NODE:
        a.name = n.nodeName;
    }
    a.position = bt(n);
  }
  return "/" + t.reverse().map((n) => n.position !== null ? `/${n.name}[${n.position}]` : `/${n.name}`).join("");
}, fe = (e) => e && e.trim().substring(0, 500).replace(/\s\s+/g, " ").replace(/\r?\n|\r/g, " ").substring(0, 250), C = { capture: !0, passive: !0 }, Et = ["a", "button", "input", "option", "li", "link"], Rt = ["Escape", "Enter", "Backspace", "F5", "Tab"];
let K = !1, b = null, j = null;
const Re = (e) => {
  var n;
  if (((n = e.tagName) == null ? void 0 : n.toLowerCase()) === "html") return { element: "html" };
  const t = {};
  return t.element = ((a) => {
    if (!a.tagName) return "No tagName";
    const r = a.getAttribute("type");
    return r ? `${r} ${a.tagName.toLowerCase()}` : a.tagName.toLowerCase();
  })(e), t;
}, Ct = (e) => {
  var a;
  if (!e) return {};
  const t = { ...Re(e) }, n = e.parentElement;
  if (n && Et.includes((a = n.tagName) == null ? void 0 : a.toLowerCase())) {
    const r = Re(n);
    Object.assign(t, r);
  }
  return t;
}, _e = (e, t) => {
  var r, o;
  let n = t.target;
  var a;
  t.target === ((r = window.document) == null ? void 0 : r.body) && window.Sprig.pointerDownTarget && (n = window.Sprig.pointerDownTarget), a = { x: t.x, y: t.y, type: e, elementAttributes: Ct(n), windowHeight: window.innerHeight, windowWidth: window.innerWidth, ...n instanceof HTMLElement ? { rect: n == null ? void 0 : n.getBoundingClientRect(), xPath: Ae(n) } : {} }, (o = a == null ? void 0 : a.elementAttributes) != null && o.text && (a.elementAttributes.text = fe(a.elementAttributes.text)), b == null || b("Sprig_Click", a);
}, Ne = (e) => {
  var t;
  Rt.includes(e.key) && (t = { key: e.key }, b == null || b("Sprig_Keystroke", t));
}, Pt = () => {
  var e;
  window.performance.getEntriesByType("navigation").map((t) => t.type).includes("reload") && (e = { url: window.location.href, currentPageTitle: document.title }, b == null || b("Sprig_Refresh", e));
}, kt = () => {
  var e;
  window.performance.getEntriesByType("navigation").map((t) => t.type).includes("back_forward") && ((e = { curUrl: window.location.href, fromUrl: document.referrer, currentPageTitle: document.title }).currentPageTitle && (e.currentPageTitle = fe(e.currentPageTitle)), b == null || b("Sprig_BackForward", e));
}, Le = /* @__PURE__ */ ((e, t) => {
  let n;
  return (a) => {
    clearTimeout(n), n = window.setTimeout(() => e(a), t);
  };
})((e) => {
  if (!(e.target instanceof HTMLElement || e.target instanceof Document)) return;
  let t = e.target;
  "scrollTop" in t || (t = t.documentElement), j == null || j({ xPath: Ae(t), x: t.scrollLeft, y: t.scrollTop, elementAttributes: { targetScrollWidth: t.scrollWidth, targetClientWidth: t.clientWidth, targetScrollHeight: t.scrollHeight, targetClientHeight: t.clientHeight } });
}, 750), Oe = (Ce = "left_click", (e) => _e(Ce, e));
var Ce;
const Fe = (e) => {
  e.button === 2 && _e("right_click", e);
}, He = (e) => {
  window.Sprig && (window.Sprig.pointerDownTarget = e.target);
}, g = { isRecording: !1, scrollEventUuids: {}, stopRecording: () => {
} }, je = () => window.indexedDB && window.IDBKeyRange && window.CompressionStream, I = (() => {
  const e = m.getItem("sprig.sessionId");
  if (e) return d.info("SessionIDFound", { savedSessionId: e }), m.removeItem("sprig.sessionId"), e;
  const t = q();
  return d.info("GeneratedSessionID", { uuid: t }), t;
})(), le = () => {
  m.setItem("sprig.disableReplayRecording", "disabled");
}, P = () => !!m.getItem("sprig.disableReplayRecording"), W = () => !!m.getItem("sprig.isReplayPaused");
window.addEventListener("beforeunload", () => {
  d.info("BeforeUnload", { sessionId: I }), m.setItem("sprig.sessionId", I);
});
const x = (e, t) => {
  var n, a;
  if (!P() && g.isRecording && !W()) try {
    (a = (n = window.rrwebRecord) == null ? void 0 : n.addCustomEvent) == null || a.call(n, e, t);
  } catch (r) {
    Q("Error recording custom event", r);
  }
}, Ut = async (e) => {
  const { x: t, xPath: n, y: a } = e, r = g.scrollEventUuids[n];
  if (r) return D(async () => {
    var l, i, u, y;
    const o = await c.openDB(), s = await o.get("events", r);
    if (s != null && s.event) {
      const p = JSON.parse(s.event), h = t > ((i = (l = p.data) == null ? void 0 : l.payload) == null ? void 0 : i.x), w = a > ((y = (u = p.data) == null ? void 0 : u.payload) == null ? void 0 : y.y);
      if (!h && !w) return null;
      h && (p.data.payload.x = t), w && (p.data.payload.y = a), p.data.payload.elementAttributes = e.elementAttributes, s.event = JSON.stringify(p), await o.put("events", s);
    } else x("Sprig_Scroll", e);
  }, "Error updating scroll event");
  x("Sprig_Scroll", e);
}, Ve = () => {
  g.stopRecording && (g.stopRecording(), g.stopRecording = void 0), g.isRecording = !1, ["cleanupInterval", "inactivityInterval", "pendingCheckInterval"].forEach((e) => {
    g[e] && (clearInterval(g[e]), g[e] = void 0);
  }), K && (window.removeEventListener("click", Oe, C), window.removeEventListener("pointerdown", He, C), window.removeEventListener("mousedown", Fe, C), window.removeEventListener("keydown", Ne, C), window.removeEventListener("scroll", Le, C), K = !1), ye.forEach((e) => {
    var t;
    (t = e.source) == null || t.postMessage({ type: Dt }, { targetOrigin: e.origin });
  });
}, xt = ["did not allow mutations", "called in an invalid security context"], Tt = (e, t, { reportError: n = !0, extraInfo: a = {} }) => {
  if (!P() && t instanceof Error) {
    if (le(), t.name === "VersionError") return d.error("VersionErr", { message: e }), void c.deleteDB();
    ((r) => {
      if (!r) return !0;
      for (const o of xt) if (r.toLowerCase().includes(o)) return !1;
      return !0;
    })(t == null ? void 0 : t.message) && (n && window.UserLeap.reportError(e, t, a), c.clearAll());
  }
}, Q = (e, t, { reportError: n } = { reportError: !0 }) => {
  Ve(), d.error("ReplayErr", { code: t.code, name: t.name }), Tt(e, t, { reportError: n });
}, D = async (e, t) => {
  try {
    return await e();
  } catch (n) {
    Q(t, n);
  }
}, ue = () => {
  g.isRecording && (D(() => {
    var e, t;
    return (t = (e = window.rrwebRecord) == null ? void 0 : e.takeFullSnapshot) == null ? void 0 : t.call(e, !0);
  }, "Error recording full snapshot"), ye.forEach((e) => {
    var t;
    (t = e.source) == null || t.postMessage({ type: St }, { targetOrigin: e.origin });
  }));
};
(async () => je() && Promise.allSettled([ie("replayStorage"), ie("sprig.replay")]))();
const c = new class {
  openDB() {
    return function(e, t, { blocked: n, upgrade: a, blocking: r, terminated: o } = {}) {
      const s = indexedDB.open(e, t), l = M(s);
      return a && (s.onupgradeneeded = (i) => {
        a(M(s.result), i.oldVersion, i.newVersion, M(s.transaction), i);
      }), n && (s.onblocked = (i) => n(i.oldVersion, i.newVersion, i)), l.then((i) => {
        o && (i.onclose = () => o()), r && (i.onversionchange = (u) => r(u.oldVersion, u.newVersion, u));
      }).catch(() => {
      }), l;
    }("sprigReplay", 1, { upgrade: (e, t, n) => {
      if (n === 0 && m.setItem("sprig.pendingCount", "0"), !e.objectStoreNames.contains("events")) {
        const a = e.createObjectStore("events", { keyPath: "uuid" });
        a.createIndex("sessionId", "sessionId"), a.createIndex("timestamp", "timestamp"), a.createIndex("[sessionId+timestamp]", ["sessionId", "timestamp"]);
      }
      if (!e.objectStoreNames.contains("chunkUploads")) {
        const a = e.createObjectStore("chunkUploads", { keyPath: "uuid" });
        a.createIndex("sessionId", "sessionId"), a.createIndex("timestamp", "timestamp"), a.createIndex("[sessionId+status]", ["sessionId", "status"]), a.createIndex("[uploadId+status]", ["uploadId", "status"]), a.createIndex("[sessionId+status+uploadId]", ["sessionId", "status", "uploadId"]);
      }
      if (!e.objectStoreNames.contains("pendingCaptures")) {
        const a = e.createObjectStore("pendingCaptures", { keyPath: "uuid" });
        a.createIndex("sessionId", "sessionId"), a.createIndex("timestamp", "timestamp"), a.createIndex("[sessionId+targetTimestamp]", ["sessionId", "targetTimestamp"]);
      }
    } });
  }
  async deleteDB() {
    try {
      await ie("sprigReplay");
    } catch {
    }
  }
  async bulkAdd(e, t) {
    const n = (await this.openDB()).transaction(e, "readwrite");
    return Promise.all([...t.map((a) => n.store.add(a)), n.done]);
  }
  async clearAll() {
    const e = (await this.openDB()).transaction(["events", "chunkUploads", "pendingCaptures"], "readwrite");
    return Promise.all([e.objectStore("events").clear(), e.objectStore("chunkUploads").clear(), e.objectStore("pendingCaptures").clear()]);
  }
  async deleteBySessionId(e, t) {
    const n = IDBKeyRange.only(t), a = (await this.openDB()).transaction(e, "readwrite"), r = a.store.index("sessionId");
    for await (const o of r.iterate(n)) await o.delete();
    await a.done;
  }
  async updatePartial(e, t, n) {
    const a = (await this.openDB()).transaction(e, "readwrite"), r = await a.store.get(t);
    r && await a.store.put({ ...r, ...n }), await a.done;
  }
  async deleteRowsBefore(e, t, n = () => !0) {
    const a = IDBKeyRange.upperBound(t, !0), r = (await this.openDB()).transaction(e, "readwrite"), o = r.store.index("timestamp");
    for await (const s of o.iterate(a)) n(s.value) && await s.delete();
    await r.done;
  }
  async getEventsBetween(e, t = Date.now()) {
    if (e >= t) return Promise.resolve([]);
    const n = IDBKeyRange.bound([I, e], [I, t], !1, !0);
    return (await this.openDB()).getAllFromIndex("events", "[sessionId+timestamp]", n);
  }
  async updateEventsExpiredAt(e, t, n = 30) {
    const a = /* @__PURE__ */ new Date(), r = a.setMinutes(a.getMinutes() + (n ?? 30)), o = (await this.openDB()).transaction("events", "readwrite"), s = o.store.index("[sessionId+timestamp]"), l = IDBKeyRange.bound([I, e], [I, t], !1, !0);
    for await (const i of s.iterate(l)) await i.update({ ...i.value, expiredAt: r });
    await o.done;
  }
  async deleteChunkUploads(e, t) {
    const n = IDBKeyRange.only([t, e]), a = (await this.openDB()).transaction("chunkUploads", "readwrite");
    let o = await a.store.index("[uploadId+status]").openCursor(n);
    for (; o; ) o.delete(), o = await o.continue();
    await a.done;
  }
  async getChunkUploadsByStatus({ sessionId: e, status: t, uploadId: n }) {
    const a = (await this.openDB()).transaction("chunkUploads", "readonly"), r = n ? a.store.index("[uploadId+status]") : a.store.index("[sessionId+status]"), o = n ? IDBKeyRange.only([n, t]) : IDBKeyRange.only([e, t]);
    return r.getAll(o);
  }
  async getPendingCaptures(e = {}) {
    return (await (await this.openDB()).getAllFromIndex("pendingCaptures", "sessionId", I)).filter((n) => !e.beforePresent || n.targetTimestamp < Date.now()).filter((n) => !e.isBeforeType || n.captureParams.replayParams.replayDurationType === "before").filter((n) => !e.isHeatmap || (n.captureParams.isHeatmap ?? !1));
  }
  async markPendingCaptureToCanUpload(e) {
    const t = (await this.openDB()).transaction("pendingCaptures", "readwrite"), n = t.store.index("sessionId");
    for await (const a of n.iterate(I)) {
      const r = a.value;
      r.captureParams.responseGroupId === e && await a.update({ ...r, canUpload: !0 });
    }
    await t.done;
  }
  async markPendingHeatmapsReady(e) {
    if (parseInt(m.getItem("sprig.pendingCount") ?? "0") === 0) return null;
    const t = Date.now(), n = (await this.openDB()).transaction("pendingCaptures", "readwrite"), a = n.store.index("sessionId");
    for await (const r of a.iterate(I)) {
      const o = r.value;
      !o.captureParams.isHeatmap || e && !e.includes(o.uuid) || await r.update({ ...o, targetTimestamp: t, captureParams: { ...o.captureParams, triggerTimestamp: t, replayParams: { ...o.captureParams.replayParams, replayDurationSeconds: Math.floor((t - o.timestamp) / 1e3) } } });
    }
    await n.done;
  }
}(), T = [];
let F, Ge, J, $e, V, Ke, _ = [], L = !1, N = 0, G = !1, We = !1, he = [], te = !1;
const O = () => G && !L && Date.now() <= J, Bt = ({ apiUrl: e, config: t, triggerSnapshot: n, forceInit: a = !1 }) => {
  G && !a || (m.isStorageAvailable ? (_ = [], he.splice(0), T.splice(0), N = 0, V = n, Ge = e, F = { responseGroupUuid: t.responseGroupUuid, surveyId: t.surveyId, userAgent: t.userAgent, sdkVersion: t.sdkVersion }, $e = t.maxDurationSeconds, Nt(), G || (Ke = window.setInterval(_t, 500)), G = !0) : L = !0);
}, Mt = [U.Drag, U.Input, U.MediaInteraction, U.MouseInteraction, U.MouseMove, U.Scroll, U.Selection, U.TouchMove], At = (e) => e.type === B.Custom || e.type === B.IncrementalSnapshot && Mt.includes(e.data.source), Ie = (e) => e.some(At), _t = async () => {
  if (!O()) return void window.clearInterval(Ke);
  if (Je(), !Ie(T)) return;
  const e = T[0].timestamp;
  Date.now() - e > 35e3 && (V == null || V());
}, Je = async () => {
  if (_.length || te) return;
  te = !0;
  const e = await Ot();
  if (!e) return void (L = !0);
  he.splice(0, e.length).forEach((t) => t(e.shift())), e.forEach((t) => _.push(t)), te = !1;
}, Nt = () => {
  const e = m.getItem("sprig.alwayson.info");
  if (e) {
    d.info("Read stored session state", e);
    const t = JSON.parse(e);
    L = t.disabled, F = t.metadata, _ = t.uploadUrls, N = t.currentIndex, J = t.expirationTimestamp, t.pendingEventTimestamp && (d.info(`Uploading with pending timestamp: ${t.pendingEventTimestamp}`), Lt(t.pendingEventTimestamp));
  } else J = 1e3 * $e + Date.now();
}, Lt = async (e) => {
  const t = Date.now(), n = (await c.getEventsBetween(e, t)).map((r) => JSON.parse(r.event));
  if (!Ie(n)) return;
  Xe(n);
  const a = await Qe();
  a && await qe(a, n);
}, ze = async (e, t) => {
  try {
    const n = await e();
    if (!n.ok) throw new Error(`Error ${t}`);
    return n;
  } catch {
    L = !0;
  }
}, qe = async (e, t) => {
  if (!O() || !e) return;
  const n = await (async (a) => {
    const r = new TextEncoder(), o = new CompressionStream("gzip"), s = o.writable.getWriter(), l = r.encode(JSON.stringify(a));
    return s.write(l), s.close(), new Uint8Array(await new Response(o.readable).arrayBuffer());
  })(t);
  d.info("Uploading always-on events with presigned url"), await ze(() => z(e, { body: n, method: "PUT" }), "uploading always-on with presigned url");
}, Ot = async () => {
  if (!O()) return;
  const { surveyId: e, responseGroupUuid: t } = F, n = { responseGroupUuid: t, surveyId: e, index: N + 1 };
  d.info("Fetching always-on upload urls", n);
  const a = await ze(() => z(`${Ge}/sdk/1/replayUrls`, { method: "POST", body: JSON.stringify(n), headers: lt(window.UserLeap) }), "fetching always-on signed urls");
  if (!a) return;
  const r = a.json.signedUrls;
  return d.info("Fetched more always-on upload urls", { body: n, urls: r }), r;
}, Qe = async () => {
  if (_.length) return _.shift();
  const e = new Promise((t) => {
    he.push(t);
  });
  return Je(), e;
}, Xe = (e) => {
  var r, o, s;
  const t = e.length ? e[e.length - 1].timestamp : Date.now(), n = N, a = ((o = (r = window.UserLeap) == null ? void 0 : r.config) == null ? void 0 : o.customMetadata) ?? ((s = window.__cfg) == null ? void 0 : s.customMetadata);
  N++, e.push({ timestamp: t, type: B.Custom, data: { tag: "Sprig_Meta", payload: { ...F, index: n, visitorId: window.UserLeap.visitorId ?? "", timestamp: t, customMetadata: a } } });
}, Ft = (e, t) => {
  O() && !We && (e || T.length) && (e && T.length && (async () => {
    const n = T.splice(0);
    if (!Ie(n)) return;
    d.info("Capturing always-on event array to upload"), Xe(n);
    const a = await Qe();
    a && await qe(a, n);
  })(), T.push(t));
};
window.addEventListener("beforeunload", async () => {
  We = !0, O() && (d.info("Always On handle page unload"), (() => {
    let e;
    T.length && (e = T[0].timestamp);
    const t = { disabled: L, metadata: F, uploadUrls: _, currentIndex: N, pendingEventTimestamp: e, expirationTimestamp: J };
    d.info("Storing session state on unload", t), m.setItem("sprig.alwayson.info", JSON.stringify(t));
  })());
});
const Ze = async (e, t) => {
  const n = performance.now();
  let a;
  try {
    a = await e();
  } finally {
    const r = performance.now() - n;
    let o = ke[t];
    o || (o = Ue(t)), o.report(r / 1e3);
  }
  return a;
}, Ye = (e, t) => {
  const n = performance.now();
  try {
    e();
  } finally {
    const a = performance.now() - n;
    let r = ke[t];
    r || (r = Ue(t)), r.report(a / 1e3);
  }
};
let et = 5e3, ce = 6e4, pe = 0, A, ge = !1, me = [];
const Ht = (e) => {
  var t, n, a, r;
  if ((t = e.event) != null && t.includes("Sprig_Scroll")) {
    const o = (r = (a = (n = JSON.parse(e.event)) == null ? void 0 : n.data) == null ? void 0 : a.payload) == null ? void 0 : r.xPath;
    if (!o) return;
    g.scrollEventUuids[o] = e.uuid;
  }
  me.push(e), ge || jt();
}, jt = () => {
  ge = !0, setTimeout(async () => {
    if (P() || W()) return;
    const e = me;
    me = [], ge = !1, Ye(async () => {
      await (async (t) => {
        const n = t.map((a) => ({ ...a, sessionId: a.sessionId ?? I }));
        if (n.length !== 0) return D(() => c.bulkAdd("events", n), "Error storing replay events");
      })(e);
    }, "sdk_replay_add_event_batch_seconds");
  }, 500);
}, Vt = (e, t, n) => {
  g.cleanupInterval = window.setInterval(() => {
    const a = Date.now();
    Ze(() => D(async () => {
      P() || await Promise.all([c.deleteRowsBefore("events", a - 1e3 * e, (r) => r.expiredAt === void 0 || r.expiredAt < a - 1e3 * e), c.deleteRowsBefore("chunkUploads", a - 1e3 * t), c.deleteRowsBefore("pendingCaptures", a - 1e3 * n, (r) => !r.canUpload)]);
    }, "Error deleting table rows"), "sdk_replay_cleanup_seconds"), d.debug("CleanupComplete");
  }, 3e4);
}, Gt = () => {
  g.pendingCheckInterval = window.setInterval(async () => {
    D(async () => {
      await we();
    }, "Error initiating pending captures");
  }, 5e3);
};
let ne = !1;
const we = async (e = !1) => {
  if (!ne) try {
    ne = !0;
    const t = parseInt(A ?? "0");
    if (t === 0) return;
    const n = await c.getPendingCaptures({ beforePresent: !0, isBeforeType: e }), a = await c.openDB();
    await Promise.all(n.map(async (r) => (await a.delete("pendingCaptures", r.uuid), at(r.captureParams, r.canUpload)))), A = (t - n.length).toString(), m.setItem("sprig.pendingCount", A);
  } finally {
    ne = !1;
  }
}, $t = async (e, t, n, a, r) => {
  const o = Math.min(e + r, n), s = await Ze(() => c.getEventsBetween(e, o), "sdk_replay_get_events_between_seconds");
  if (!(s != null && s.length)) return d.debug("NoEventsFound"), { validStartFound: a, events: [] };
  if (!a) {
    d.debug("ValidStartSearch");
    let l = -1;
    return s == null || s.forEach((i, u) => {
      if (!i.isValidStart) return;
      const y = i.timestamp <= t;
      (l < 0 || y) && (l = u);
    }), l < 0 ? (d.debug("ValidStartNotFound"), { validStartFound: a, events: [] }) : { validStartFound: !0, events: s == null ? void 0 : s.slice(l) };
  }
  return { validStartFound: a, events: s };
}, tt = (e) => Promise.all(e.map(async (t) => {
  const n = await (async (a) => Be.execute(async () => {
    var s;
    d.info("UploadChunkStart", { chunkIndex: a.chunkIndex, surveyId: a.surveyId });
    const r = await z(a.uploadUrl, { body: a.data, method: "PUT" });
    d.http("UploadChunkEnd", { url: a.uploadUrl, method: "PUT", status_code: r.status, reason: r.statusText ?? "OK", chunkIndex: a.chunkIndex, surveyId: a.surveyId });
    const o = (s = r.headers) == null ? void 0 : s.get("ETag");
    if (!o) throw new Error(`Upload response did not include etag for upload ${a.uploadId}, part ${a.chunkIndex}`);
    return o;
  }))(t);
  return await c.updatePartial("chunkUploads", t.uuid, { data: null, etag: n, status: "UploadComplete" }), t.uploadId;
})), nt = async (e) => {
  const t = await c.getChunkUploadsByStatus({ status: "UploadComplete", uploadId: e });
  if (!(t != null && t.length)) return void d.info("NoChunksForUpload", { uploadId: e });
  const n = t.reduce((o, s) => (o.find((l) => l.chunkIndex === s.chunkIndex) || o.push(s), o), []);
  n.sort((o, s) => o.chunkIndex - s.chunkIndex);
  const a = n.map((o) => ({ ETag: o.etag, PartNumber: o.chunkIndex })).filter((o) => o.ETag !== null), r = n[0];
  await Me({ apiUrl: r.apiUrl, surveyId: r.surveyId, uploadId: e, responseGroupUuid: r.responseGroupId, etags: a, headers: r.completeUploadHeaders, replayDuration: r.replayDuration }), await c.deleteChunkUploads("UploadComplete", e);
}, Kt = () => {
  D(async () => {
    const e = await c.getChunkUploadsByStatus({ sessionId: I, status: "ReadyForUpload" });
    if (!(e != null && e.length)) return;
    const t = await tt(e);
    t != null && t.length && await Promise.all(t.map((n) => {
      if (n) return nt(n);
    }));
  }, "Error uploading unfinished chunks");
}, Wt = async (e, t) => {
  const n = t ?? Date.now();
  return (async (a, r) => {
    const o = new TextEncoder();
    let s = null;
    const l = new CompressionStream("gzip"), i = l.writable.getWriter();
    let u = !1, y = !1, [p, h] = [0, 0], w = [];
    for (let k = a - 35e3; k < r; k += ce) {
      if ({ validStartFound: y, events: w } = await $t(k, a, r, y, ce), !(w != null && w.length)) {
        d.debug("NoEventsFound");
        continue;
      }
      p === 0 && (p = w[0].timestamp), h = w[w.length - 1].timestamp;
      const f = w.map((R) => R.event);
      f.push(`{"timestamp":${r}}`);
      const v = `${u ? "," : "["}${f}`, S = o.encode(v);
      Ye(() => {
        i.write(S);
      }, "sdk_replay_compression_seconds"), u = !0;
    }
    if (h - p < et) return d.debug("ReplayTooShort"), null;
    const E = o.encode("]");
    return i.write(E), i.close(), s = new Uint8Array(await new Response(l.readable).arrayBuffer()), s;
  })(n - e, n);
}, Pe = async (e) => {
  const { surveyId: t, responseGroupId: n, visitorId: a, apiUrl: r, completeUploadHeaders: o, replayParams: s, triggerTimestamp: l } = e, i = await Wt(1e3 * s.replayDurationSeconds, l);
  if (!(i != null && i.length)) return void d.info("FileDataEmpty", { surveyId: t });
  const u = ((p, h, w) => {
    const E = p.length, k = 1024 * h * 1024, f = Math.ceil(E / w), v = Math.max(k, f), S = [];
    let R = 0;
    for (; R < E; ) S.push(p.slice(R, R + v)), R += v;
    return S;
  })(i, s.minimumChunkSizeMb, s.signedUrls.length), y = await Promise.all(u.map(async (p, h) => {
    const w = q(), E = { apiUrl: r, chunkIndex: h + 1, completeUploadHeaders: o, etag: null, responseGroupId: n, status: "ReadyForUpload", surveyId: t, timestamp: l, totalChunks: u.length, data: p, uploadId: s.uploadId, uploadUrl: s.signedUrls[h].url, uuid: w, visitorId: a };
    return await (await c.openDB()).add("chunkUploads", { ...E, sessionId: E.sessionId ?? I }), E;
  }));
  await (async (p, h) => {
    await tt(h), await Promise.all(p.map((w) => nt(w)));
  })([s.uploadId], y);
}, at = async (e, t) => {
  if (P()) return d.debug("ReplayDisabled-ScheduleOrCapture");
  const { isHeatmap: n, isStandalone: a, replayParams: r, triggerTimestamp: o, responseGroupId: s } = e, l = async () => {
    setTimeout(() => H.removeListener(Z.QuestionAnswered, l), 0), D(async () => {
      r.replayDurationType === "before" ? await Pe(e) : await c.markPendingCaptureToCanUpload(s);
    }, "Error in schedule/capture callback");
  };
  D(async () => {
    if (r.replayDurationType === "after" || r.replayDurationType === "beforeAndAfter")
      return !a && !n && H.on(Z.QuestionAnswered, l), void await ot(e);
    if (a || n || t) await Pe(e), n && Jt();
    else {
      const i = 35 + r.replayDurationSeconds, u = o - 1e3 * i, y = o;
      await c.updateEventsExpiredAt(u, y, r.expirationTimeLimitMinutes), H.on(Z.QuestionAnswered, l);
    }
  }, "Error in scheduling/capturing replay");
}, Jt = async () => {
  parseInt(A ?? "0") || m.removeItem("sprig.isCapturingHeatmap"), m.getItem("sprig.teardownAfterCapture") && (Ve(), rt(), m.removeItem("sprig.teardownAfterCapture"));
}, rt = async () => P() ? d.debug("ReplayDisabled-ClearData") : Promise.all([c.deleteBySessionId("events", I), c.deleteBySessionId("pendingCaptures", I)]).catch((e) => {
  Q("Error clearing user replay data", e);
}), ot = async (e) => {
  if (P()) return;
  const { isHeatmap: t, surveyId: n } = e, a = await c.getPendingCaptures(), r = a == null ? void 0 : a.filter((i) => i.captureParams.surveyId === n);
  if (r != null && r.length) return void d.info("PendingCaptureExists", { surveyId: n });
  t && (ue(), m.setItem("sprig.isCapturingHeatmap", "true"), pe = Date.now(), g.inactivityInterval || (g.inactivityInterval = window.setInterval(() => {
    var i;
    i = pe, Date.now() - i >= 3e4 && D(() => c.markPendingHeatmapsReady(), "Error in heatmap inactivity");
  }, 1e3)));
  const o = { ...e, replayParams: { ...e.replayParams } };
  e.replayParams.replayDurationType === "beforeAndAfter" && (o.replayParams.replayDurationSeconds *= 2), o.replayParams.replayDurationType = "before";
  const s = e.triggerTimestamp + 1e3 * e.replayParams.replayDurationSeconds;
  o.triggerTimestamp = s, A = (parseInt(A ?? "0") + 1).toString(), m.setItem("sprig.pendingCount", A), await (await c.openDB()).add("pendingCaptures", { canUpload: !1, captureParams: o, sessionId: I, targetTimestamp: s, timestamp: Date.now(), uuid: q() });
}, zt = Object.freeze(Object.defineProperty({ __proto__: null, RecordEvent: (e) => {
  x("Sprig_TrackEvent", e);
}, RecordPageView: (e) => {
  e.description && (e.description = fe(e.description)), x("Sprig_PageView", e);
}, RecordSurveyShown: (e) => {
  x("Sprig_ShowSurvey", e);
}, _completeSessionReplay: async ({ surveyId: e, responseGroupUuid: t, eventDigest: n, headers: a }) => {
  if (!e || !t) return !1;
  const r = window.UserLeap._API_URL, o = await Me({ surveyId: e, responseGroupUuid: t, eventDigest: n, apiUrl: r, headers: a }, !0);
  return !(o != null && o.error);
}, checkPendingHeatmapsUrl: () => P() ? d.debug("ReplayDisabled-PendingHeatmaps") : D(async () => {
  const e = (await c.getPendingCaptures({ isHeatmap: !0 })).map((t) => ({ eventId: t.captureParams.eventId, uuid: t.uuid })).filter(({ eventId: t }) => !dt(t)).map(({ uuid: t }) => t);
  return d.info("PendingHeatmapsToComplete", { count: e.length }), e.length && (await c.markPendingHeatmapsReady(e), d.info("MarkedPendingHeatmapsReady")), e.length;
}, "Error marking pending heatmaps ready"), clearUserReplayData: rt, disableRecording: Q, initializeReplay: async ({ maxReplayDurationSeconds: e, maxInflightRequests: t = 2, replaySettings: n, teardownAfter: a = !1, apiUrl: r, alwaysOnConfig: o }) => {
  if (o && Bt({ apiUrl: r, config: o, triggerSnapshot: () => {
    ue();
  } }), A = m.getItem("sprig.pendingCount"), g.isRecording) return;
  if (a && m.setItem("sprig.teardownAfterCapture", "true"), P()) return d.debug("ReplayDisabled");
  if (await (async () => {
    var i;
    if (!je()) return !0;
    if ((i = window.navigator.storage) != null && i.estimate) try {
      const { quota: u = 0, usage: y = 0 } = await window.navigator.storage.estimate(), p = (u - y) / 1024 ** 3;
      return d.info("Storage", { availableGb: p }), p < 0.5;
    } catch {
      return !0;
    }
    return !1;
  })()) return d.debug("IDBNotSupported"), le();
  try {
    const i = await c.openDB();
    d.info("DBVersion", { version: i.version });
  } catch (i) {
    return d.error("ReplayOpenErr", { name: i.name }), i.name === "VersionError" && c.deleteDB(), le();
  }
  D(async () => {
    await we(!0);
  }, "Error uploading ready pending captures");
  const s = O() ? 30 : 0, l = Math.max(e ?? 0, s);
  if (!l) return d.debug("MissingDuration");
  d.debug("ReplayInit"), await D(async () => {
    var i;
    n != null && n.minDuration && (et = n.minDuration), n != null && n.batchDuration && (ce = n.batchDuration), i = t, Be.setLimit(i), Kt(), Vt(l + 35, 1800, l + 35), Gt();
    const u = window.UserLeap.replayLibraryURL ?? "https://cdn.sprig.com/dependencies/record-2.0.0-alpha.17.min.js";
    if (!window.rrwebRecord) {
      const { record: f } = await import(
        /* webpackIgnore: true */
        /* @vite-ignore */
        u
      );
      window.rrwebRecord = f;
    }
    const y = window.rrwebRecord;
    if (!y) return d.error("RecordScriptFailed");
    let p = !0, h = 0;
    const w = { checkoutEveryNms: 3e4, sampling: { input: "last", scroll: 250, media: 800 }, ...n };
    var E, k;
    g.stopRecording = y({ emit: (f, v) => {
      if (f.type === B.Custom && (pe = Date.now()), P() || W()) return;
      if (v && f.type === B.Meta) h = performance.now();
      else if (v && h && f.type === B.FullSnapshot) {
        const R = performance.now() - h;
        ut("sdk_replay_snapshot_seconds", R / 1e3);
      }
      const S = p || !!v && f.type === B.Meta;
      p = !1, Ft(S, f), Ht({ uuid: q(), event: JSON.stringify(f), isValidStart: S, timestamp: Date.now() });
    }, ...w }), g.isRecording = !!g.stopRecording, g.isRecording && (((f, v) => {
      window.addEventListener("message", (S) => {
        var R;
        S.data.type === It && (ye.push({ source: S.source, origin: S.origin }), (R = S.source) == null || R.postMessage({ type: vt, settings: f, replayLibraryUrl: v }, { targetOrigin: S.origin }));
      });
    })(w, u), H.on("survey.complete", (f) => {
      var v;
      v = { id: f, userAgent: window.navigator.userAgent }, x("Sprig_SubmitSurvey", v);
    }), E = x, k = Ut, K || (b = E, j = k, window.addEventListener("click", Oe, C), window.addEventListener("pointerdown", He, C), window.addEventListener("mousedown", Fe, C), window.addEventListener("keydown", Ne, C), window.addEventListener("scroll", Le, C), K = !0, Pt(), kt()));
  }, "Error initializing replay");
}, isReplayPaused: W, isReplayRecording: () => g.isRecording, recordFullSnapshot: ue, recordReplayPaused: () => {
  x("Sprig_ReplayPaused", { timestamp: Date.now() }), m.setItem("sprig.isReplayPaused", "true");
}, recordReplayResumed: () => {
  m.removeItem("sprig.isReplayPaused"), x("Sprig_ReplayResumed", { timestamp: Date.now() });
}, scheduleCapture: ot, scheduleOrCaptureReplay: at, tryReplayAction: D, uploadReadyPendingCaptures: we }, Symbol.toStringTag, { value: "Module" }));
ct(zt);