import { v as le, g as x, s as Z, K as ln, c as un, b as vt, d as Be, f as Ge, h as he, u as ve, j as dn, k as yn, l as ae, m as de, n as Ve, S as He, o as We, q as Le, D as fe, t as Ne, w as pn, x as hn, y as vn, z as fn, A as Oe, B as at, C as ft, F as gn, G as wn, H as bn, I as Ke, J as gt, L as mn, M as kn, N as Fe, O as Ie, P as me, Q as En, T as wt, U as Pn, V as _n, W as Kn, X as bt, Y as ye, Z as Te, _ as mt, $ as xn, a0 as Rn, a1 as An, a2 as Cn, a as it, a3 as Sn } from "./bitlogin-shared-QIBe5Omw.js";
class pe extends Error {
  reason;
  constructor(t) {
    super("Account not found or credentials incorrect."), this.name = "AccountNotFoundError", this.reason = t;
  }
}
class ie extends Error {
  constructor(t) {
    super(t), this.name = "RegistrationFailedError";
  }
}
class kt extends Error {
  constructor(t = "An account already exists with this login name and password. Sign in instead, or choose different credentials.") {
    super(t), this.name = "AccountAlreadyExistsError";
  }
}
class Et extends Error {
  constructor(t) {
    super(t), this.name = "RecoveryFailedError";
  }
}
class Pt extends Error {
  seenGeneration;
  capsuleGeneration;
  constructor(t, n) {
    super(`This credential capsule reports generation ${n}, but this device has already seen generation ${t}. Refusing to log in with older, possibly-revoked credentials.`), this.name = "RollbackDetectedError", this.seenGeneration = t, this.capsuleGeneration = n;
  }
}
function _t(e, t) {
  const n = t ?? Math.floor(Date.now() / 1e3);
  return e == null ? n : Math.max(n, e + 1);
}
const Ln = { generation: -1, recoveryGeneration: -1 };
function Kt(e) {
  return `bitlogin:hwm:${e}`;
}
async function Je(e, t) {
  const n = await e.get(Kt(t));
  return n ? JSON.parse(n) : Ln;
}
async function xt(e, t, n) {
  const r = await Je(e, t), o = {
    generation: Math.max(r.generation, n.generation ?? -1),
    recoveryGeneration: Math.max(r.recoveryGeneration, n.recoveryGeneration ?? -1)
  };
  return await e.set(Kt(t), JSON.stringify(o)), o;
}
function Nn() {
  const e = globalThis.WebSocket;
  if (!e)
    throw new Error("No global WebSocket implementation is available in this environment.");
  return e;
}
class In {
  url;
  ws = null;
  connectPromise = null;
  subs = /* @__PURE__ */ new Map();
  pendingPublishes = /* @__PURE__ */ new Map();
  authPrivateKey;
  connectTimeoutMs;
  authenticated = !1;
  constructor(t, n = {}) {
    this.url = t, this.authPrivateKey = n.authPrivateKey, this.connectTimeoutMs = n.connectTimeoutMs ?? 8e3;
  }
  async connect() {
    return this.connectPromise ? this.connectPromise : (this.connectPromise = new Promise((t, n) => {
      const r = Nn(), o = new r(this.url);
      this.ws = o;
      const a = setTimeout(() => {
        n(new Error(`Timed out connecting to relay ${this.url}`));
      }, this.connectTimeoutMs);
      o.addEventListener("open", () => {
        clearTimeout(a), t();
      }), o.addEventListener("error", () => {
        clearTimeout(a), n(new Error(`WebSocket error connecting to relay ${this.url}`));
      }), o.addEventListener("close", () => {
        this.connectPromise = null;
      }), o.addEventListener("message", (i) => {
        this.handleMessage(String(i.data));
      });
    }), this.connectPromise);
  }
  close() {
    this.ws?.close(), this.ws = null, this.connectPromise = null, this.subs.clear(), this.pendingPublishes.clear();
  }
  send(t) {
    if (!this.ws)
      throw new Error("Not connected to relay.");
    this.ws.send(JSON.stringify(t));
  }
  handleMessage(t) {
    let n;
    try {
      n = JSON.parse(t);
    } catch {
      return;
    }
    if (!Array.isArray(n) || typeof n[0] != "string")
      return;
    const [r, ...o] = n;
    if (r === "EVENT") {
      const [a, i] = o, s = this.subs.get(a);
      s && le(i) && s.events.push(i);
      return;
    }
    if (r === "EOSE") {
      const [a] = o;
      this.subs.get(a)?.onEose();
      return;
    }
    if (r === "OK") {
      const [a, i, s] = o;
      this.pendingPublishes.get(a)?.({ ok: i, message: s ?? "" }), this.pendingPublishes.delete(a);
      return;
    }
    if (r === "AUTH") {
      const [a] = o;
      this.respondToAuthChallenge(a);
      return;
    }
  }
  async respondToAuthChallenge(t) {
    if (!this.authPrivateKey)
      return;
    const n = x(this.authPrivateKey), r = Z({
      pubkey: n,
      created_at: Math.floor(Date.now() / 1e3),
      kind: ln,
      tags: [
        ["relay", this.url],
        ["challenge", t]
      ],
      content: ""
    }, this.authPrivateKey);
    this.authenticated = !0, this.send(["AUTH", r]);
  }
  isAuthenticated() {
    return this.authenticated;
  }
  async publish(t, n = 8e3) {
    return await this.connect(), new Promise((r) => {
      const o = setTimeout(() => {
        this.pendingPublishes.delete(t.id), r({ ok: !1, message: "timeout: no OK received from relay" });
      }, n);
      this.pendingPublishes.set(t.id, (a) => {
        clearTimeout(o), r(a);
      }), this.send(["EVENT", t]);
    });
  }
  async queryOnce(t, n = 8e3) {
    await this.connect();
    const r = un({
      pubkey: "0".repeat(64),
      created_at: Date.now(),
      kind: 0,
      tags: [],
      content: JSON.stringify(t) + Math.random()
    }).slice(0, 16);
    return new Promise((o) => {
      const a = [], i = () => {
        clearTimeout(s), this.subs.delete(r), this.send(["CLOSE", r]), o(a);
      }, s = setTimeout(i, n);
      this.subs.set(r, { events: a, onEose: i }), this.send(["REQ", r, t]);
    });
  }
}
class I {
  connections = /* @__PURE__ */ new Map();
  constructor(t, n = {}) {
    for (const r of new Set(t))
      this.connections.set(r, new In(r, n));
  }
  get relayUrls() {
    return [...this.connections.keys()];
  }
  /** Queries every configured relay and waits for a quorum of responses (or all timeouts) before returning (§16.2). */
  async queryQuorum(t, n = 8e3) {
    const r = [...this.connections.entries()], o = await Promise.all(r.map(async ([s, c]) => {
      try {
        const l = await c.queryOnce(t, n);
        return { relayUrl: s, events: l, responded: !0 };
      } catch (l) {
        return { relayUrl: s, events: [], responded: !1, error: l.message };
      }
    })), a = o.filter((s) => s.responded).length, i = o.length;
    return {
      outcomes: o,
      quorumMet: a >= Math.ceil(i / 2),
      respondedCount: a,
      totalCount: i
    };
  }
  /** Publishes an event to every configured relay, best-effort (§15.6, §24.4). */
  async publishAll(t, n = 8e3) {
    const r = [...this.connections.entries()];
    return Promise.all(r.map(async ([o, a]) => {
      try {
        const i = await a.publish(t, n);
        return { relayUrl: o, result: i };
      } catch (i) {
        return { relayUrl: o, result: { ok: !1, message: i.message } };
      }
    }));
  }
  closeAll() {
    for (const t of this.connections.values())
      t.close();
  }
}
function ne(e) {
  return e.filter((t) => t.result.ok).length;
}
function Tn(e, t, n) {
  return Z({ pubkey: x(e), created_at: n, kind: vt, tags: [], content: JSON.stringify(t) }, e);
}
function On(e, t, n) {
  const r = t.map((o) => {
    const a = ["r", o.url];
    return o.read && !o.write && a.push("read"), o.write && !o.read && a.push("write"), a;
  });
  return Z({ pubkey: x(e), created_at: n, kind: Be, tags: r, content: "" }, e);
}
function Mn(e, t, n) {
  return Z({
    pubkey: x(e),
    created_at: n,
    kind: Ge,
    tags: t.map((r) => ["relay", r]),
    content: ""
  }, e);
}
function Un(e) {
  return e.tags.filter((t) => t[0] === "r" && t[1]).map((t) => t[1]);
}
function Dn(e) {
  return e.tags.filter((t) => t[0] === "relay" && t[1]).map((t) => t[1]);
}
async function qn(e) {
  const t = x(e.everydayPrivateKey), n = Math.floor(Date.now() / 1e3), r = [.../* @__PURE__ */ new Set([...e.generalRelays, ...e.dmRelays, ...e.discoveryRelays])], o = new I(r), [a, i, s] = await Promise.all([
    o.queryQuorum({ authors: [t], kinds: [vt] }),
    o.queryQuorum({ authors: [t], kinds: [Be] }),
    o.queryQuorum({ authors: [t], kinds: [Ge] })
  ]);
  o.closeAll();
  const c = a.outcomes.some((h) => h.events.length > 0), l = i.outcomes.some((h) => h.events.length > 0), u = s.outcomes.some((h) => h.events.length > 0), d = new I(r);
  let g = null, w = null, v = null;
  const f = [];
  if (!c && (e.name || e.about || e.picture)) {
    const h = Tn(e.everydayPrivateKey, { name: e.name, about: e.about, picture: e.picture }, n);
    f.push(d.publishAll(h).then((p) => void (g = p)));
  }
  if (!l) {
    const h = On(e.everydayPrivateKey, e.generalRelays.map((p) => ({ url: p, read: !0, write: !0 })), n);
    f.push(d.publishAll(h).then((p) => void (w = p)));
  }
  if (!u) {
    const h = Mn(e.everydayPrivateKey, e.dmRelays, n);
    f.push(d.publishAll(h).then((p) => void (v = p)));
  }
  return await Promise.all(f), d.closeAll(), {
    profilePublished: g !== null && ne(g) > 0,
    relayListAcknowledgedCount: w !== null ? ne(w) : 0,
    dmRelayListAcknowledgedCount: v !== null ? ne(v) : 0,
    profileSkippedExisting: c,
    relayListSkippedExisting: l,
    dmRelayListSkippedExisting: u
  };
}
async function ke(e, t, n) {
  const r = n.minAcks ?? 2, o = n.minReadbacks ?? 2, a = await e.publishAll(t, n.timeoutMs), i = ne(a), c = (await e.queryQuorum({ kinds: [he], authors: [t.pubkey], "#d": [n.dTag], limit: 5 }, n.timeoutMs)).outcomes.filter((l) => l.events.some((u) => u.id === t.id)).length;
  return {
    acknowledgedCount: i,
    readbackVerifiedCount: c,
    success: i >= r && c >= o
  };
}
function jn(e) {
  const t = dn(e);
  if (t === void 0)
    throw new Error("Value is not JSON-serializable for canonicalization.");
  return t;
}
function zn(e) {
  return ve(jn(e));
}
const Ae = [1024, 2048, 4096], oe = 4;
function $n(e) {
  const t = oe + e.length, n = Ae.find((a) => a >= t);
  if (n === void 0)
    throw new Error(`Payload of ${e.length} bytes exceeds the largest padding bucket (${Ae[Ae.length - 1]} bytes minus ${oe}-byte length prefix).`);
  const r = new Uint8Array(n);
  return new DataView(r.buffer).setUint32(0, e.length, !1), r.set(e, oe), r;
}
function Bn(e) {
  if (!Ae.includes(e.length))
    throw new Error(`Padded plaintext length ${e.length} does not match a known bucket.`);
  const n = new DataView(e.buffer, e.byteOffset, e.byteLength).getUint32(0, !1);
  if (n > e.length - oe)
    throw new Error("Declared payload length exceeds the padded bucket size.");
  const r = e.slice(oe, oe + n), o = e.slice(oe + n);
  for (const a of o)
    if (a !== 0)
      throw new Error("Padding bytes are not all zero; capsule plaintext is malformed.");
  return r;
}
function Ye() {
  const e = globalThis.crypto;
  if (!e || !e.subtle)
    throw new Error("WebCrypto SubtleCrypto is not available in this environment.");
  return e;
}
async function Rt(e) {
  if (e.length !== 32)
    throw new Error("AES-256-GCM key must be exactly 32 bytes.");
  return Ye().subtle.importKey("raw", e, "AES-GCM", !1, ["encrypt", "decrypt"]);
}
async function Gn(e, t, n) {
  const r = yn(), o = await Rt(e), a = await Ye().subtle.encrypt({ name: "AES-GCM", iv: r, additionalData: n, tagLength: 128 }, o, t);
  return { nonce: r, ciphertext: new Uint8Array(a) };
}
async function Vn(e, t, n, r) {
  const o = await Rt(e);
  try {
    const a = await Ye().subtle.decrypt({ name: "AES-GCM", iv: t, additionalData: r, tagLength: 128 }, o, n);
    return new Uint8Array(a);
  } catch {
    throw new Error("AES-256-GCM authentication failed: capsule is corrupted, tampered, or the wrong key was used.");
  }
}
function At(e) {
  return ve(`bitlogin|password-capsule|v1|${e}|30078|bitlogin:password:v1`);
}
function Ct(e) {
  return ve(`bitlogin|recovery-capsule|v1|${e}|30078|bitlogin:recovery:v1`);
}
async function St(e, t, n) {
  const r = zn(e), o = $n(r), a = await Gn(t, o, n);
  return {
    version: 1,
    algorithm: "aes-256-gcm",
    nonce: ae(a.nonce),
    ciphertext: ae(a.ciphertext)
  };
}
async function Lt(e, t, n) {
  if (e.version !== 1 || e.algorithm !== "aes-256-gcm")
    throw new Error(`Unsupported capsule envelope version/algorithm: ${e.version}/${e.algorithm}`);
  const r = de(e.nonce), o = de(e.ciphertext), a = await Vn(t, r, o, n), i = Bn(a);
  return JSON.parse(Ve(i));
}
class Qe extends Error {
  constructor(t) {
    super(t), this.name = "CapsuleValidationError";
  }
}
const Hn = /* @__PURE__ */ new Set(["wss:", "ws:"]), Wn = 1e6, Fn = /^[0-9a-f]{64}$/u;
function R(e, t) {
  if (!e)
    throw new Qe(t);
}
function Ce(e) {
  return typeof e == "string" && Fn.test(e);
}
function Nt(e) {
  R(Array.isArray(e), "vault_relay_hints must be an array (§12.4.7).");
  for (const t of e) {
    R(typeof t == "string", "Each relay hint must be a string (§12.4.7).");
    let n;
    try {
      n = new URL(t);
    } catch {
      throw new Qe(`Invalid relay URL: ${String(t)} (§12.4.7)`);
    }
    R(Hn.has(n.protocol), `Relay URL uses a disallowed scheme: ${t} (§12.4.7)`);
  }
}
function It(e) {
  R(typeof e == "string", "account_id must be a string (§12.4.2).");
  let t;
  try {
    t = de(e);
  } catch {
    throw new Qe("account_id is not valid base64url (§12.4.2).");
  }
  R(t.length === 16, "account_id must decode to exactly 128 bits (§12.4.2).");
}
function Tt(e, t) {
  R(typeof e == "string", "operational_private_key must be a string (§12.4.3).");
  const n = de(e);
  R(n.length === 32, "operational_private_key must be exactly 32 bytes (§12.4.3)."), R(We(n), "operational_private_key is not a valid secp256k1 scalar (§12.4.3)."), R(Ce(t), "operational_public_key must be lowercase 64-char hex (§12.4.4).");
  const r = x(n);
  R(r === t, "operational_public_key does not match the derived public key (§12.4.4).");
}
function Ot(e, t) {
  R(Number.isInteger(e) && e >= 0 && e <= Wn, `${t} is out of supported bounds (§12.4.8).`);
}
function Jn(e) {
  R(e.schema === Le, `Unsupported or unknown schema: ${String(e.schema)} (§12.4.1)`), It(e.account_id), Ot(e.generation, "generation"), Tt(e.operational_private_key, e.operational_public_key), R(Ce(e.recovery_public_key), "recovery_public_key must be lowercase 64-char hex (§12.4.5)."), Nt(e.vault_relay_hints);
  const t = e.recovery_capsule_event;
  R(!!t && typeof t == "object", "recovery_capsule_event must be present (§12.4.6)."), R(le(t), "Embedded recovery_capsule_event has an invalid event id or signature (§12.4.6)."), R(t.pubkey === e.recovery_public_key, "Embedded recovery_capsule_event author does not match recovery_public_key (§12.4.5).");
}
function Yn(e) {
  R(e.schema === He, `Unsupported or unknown schema: ${String(e.schema)} (§12.4.1)`), It(e.account_id), Ot(e.recovery_generation, "recovery_generation"), R(e.previous_recovery_event_id === null || Ce(e.previous_recovery_event_id), "previous_recovery_event_id must be null or lowercase 64-char hex (§12.3)."), Tt(e.operational_private_key, e.operational_public_key), R(Ce(e.recovery_public_key), "recovery_public_key must be lowercase 64-char hex."), Nt(e.vault_relay_hints);
}
function Qn(e) {
  const t = new Map(e.map((r) => [r.recoveryGeneration, r])), n = [...e].sort((r, o) => r.recoveryGeneration - o.recoveryGeneration);
  for (let r = 1; r < n.length; r++) {
    const o = n[r], a = t.get(o.recoveryGeneration - 1);
    if (o.previousRecoveryEventId === null)
      return { consistent: !1, warning: `Generation ${o.recoveryGeneration} has a null previous-event link but is not the first generation.` };
    if (a && o.previousRecoveryEventId !== a.eventId)
      return {
        consistent: !1,
        warning: `Recovery generation chain is broken between generation ${a.recoveryGeneration} and ${o.recoveryGeneration}: possible replay or relay misbehavior.`
      };
  }
  return { consistent: !0 };
}
async function Xe(e) {
  const t = x(e.locatorPrivateKey), n = await St(e.payload, e.capsuleKey, At(t));
  return Z({
    pubkey: t,
    created_at: e.payload.created_at,
    kind: he,
    tags: [["d", fe]],
    content: JSON.stringify(n)
  }, e.locatorPrivateKey);
}
function Xn(e) {
  const t = x(e.oldLocatorPrivateKey);
  return Z({
    pubkey: t,
    created_at: e.createdAt,
    kind: he,
    tags: [["d", fe]],
    content: ""
  }, e.oldLocatorPrivateKey);
}
async function Zn(e, t) {
  if (!le(e))
    throw new Error("Credential capsule event has an invalid id or signature.");
  const n = JSON.parse(e.content), r = await Lt(n, t, At(e.pubkey));
  return Jn(r), r;
}
async function Mt(e) {
  const t = x(e.recoveryPrivateKey), n = await St(e.payload, e.capsuleKey, Ct(t));
  return Z({
    pubkey: t,
    created_at: e.payload.created_at,
    kind: he,
    tags: [["d", Ne]],
    content: JSON.stringify(n)
  }, e.recoveryPrivateKey);
}
async function Ut(e, t) {
  if (!le(e))
    throw new Error("Recovery capsule event has an invalid id or signature.");
  const n = JSON.parse(e.content), r = await Lt(n, t, Ct(e.pubkey));
  return Yn(r), r;
}
function er(e) {
  const t = /* @__PURE__ */ new Map();
  for (const n of e)
    le(n) && t.set(n.id, n);
  return [...t.values()].sort((n, r) => r.created_at - n.created_at);
}
async function Dt(e, t, n, r, o) {
  const a = await e.queryQuorum({ kinds: [he], authors: [t], "#d": [n], limit: 5 }, o), i = a.outcomes.flatMap((g) => g.events), s = er(i), c = [];
  for (const g of s)
    try {
      const w = await r(g);
      c.push({ event: g, payload: w });
    } catch (w) {
      c.push({ event: g, payload: null, error: w.message });
    }
  const l = c.find((g) => g.payload !== null) ?? null, u = a.outcomes.filter((g) => g.responded && g.events.length > 0).map((g) => g.events.slice().sort((w, v) => v.created_at - w.created_at)[0].id), d = new Set(u).size > 1;
  return {
    quorumMet: a.quorumMet,
    respondedCount: a.respondedCount,
    totalCount: a.totalCount,
    candidates: c,
    best: l,
    relayDisagreement: d
  };
}
async function Se(e, t, n, r = 8e3) {
  return Dt(e, t, fe, (o) => Zn(o, n), r);
}
async function tr(e, t, n, r = 8e3) {
  return Dt(e, t, Ne, (o) => Ut(o, n), r);
}
function nr(e) {
  const t = e.filter((n) => n.payload !== null);
  return t.length < 2 ? { consistent: !0 } : Qn(t.map((n) => ({
    eventId: n.event.id,
    recoveryGeneration: n.payload.recovery_generation,
    previousRecoveryEventId: n.payload.previous_recovery_event_id
  })));
}
async function rr(e, t, n, r) {
  const [o, a] = await Promise.all([
    e.publishAll(t, r),
    e.publishAll(n, r)
  ]);
  return {
    credentialAcknowledgedCount: ne(o),
    recoveryAcknowledgedCount: ne(a),
    relaysTried: e.relayUrls.length
  };
}
const qt = `abandon
ability
able
about
above
absent
absorb
abstract
absurd
abuse
access
accident
account
accuse
achieve
acid
acoustic
acquire
across
act
action
actor
actress
actual
adapt
add
addict
address
adjust
admit
adult
advance
advice
aerobic
affair
afford
afraid
again
age
agent
agree
ahead
aim
air
airport
aisle
alarm
album
alcohol
alert
alien
all
alley
allow
almost
alone
alpha
already
also
alter
always
amateur
amazing
among
amount
amused
analyst
anchor
ancient
anger
angle
angry
animal
ankle
announce
annual
another
answer
antenna
antique
anxiety
any
apart
apology
appear
apple
approve
april
arch
arctic
area
arena
argue
arm
armed
armor
army
around
arrange
arrest
arrive
arrow
art
artefact
artist
artwork
ask
aspect
assault
asset
assist
assume
asthma
athlete
atom
attack
attend
attitude
attract
auction
audit
august
aunt
author
auto
autumn
average
avocado
avoid
awake
aware
away
awesome
awful
awkward
axis
baby
bachelor
bacon
badge
bag
balance
balcony
ball
bamboo
banana
banner
bar
barely
bargain
barrel
base
basic
basket
battle
beach
bean
beauty
because
become
beef
before
begin
behave
behind
believe
below
belt
bench
benefit
best
betray
better
between
beyond
bicycle
bid
bike
bind
biology
bird
birth
bitter
black
blade
blame
blanket
blast
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zoo`.split(`
`);
function or(e, t, n, r) {
  vn(e);
  const o = fn({ dkLen: 32, asyncTick: 10 }, r), { c: a, dkLen: i, asyncTick: s } = o;
  if (Oe(a), Oe(i), Oe(s), a < 1)
    throw new Error("iterations (c) should be >= 1");
  const c = at(t), l = at(n), u = new Uint8Array(i), d = ft.create(e, c), g = d._cloneInto().update(l);
  return { c: a, dkLen: i, asyncTick: s, DK: u, PRF: d, PRFSalt: g };
}
function ar(e, t, n, r, o) {
  return e.destroy(), t.destroy(), r && r.destroy(), gn(o), n;
}
async function ir(e, t, n, r) {
  const { c: o, dkLen: a, asyncTick: i, DK: s, PRF: c, PRFSalt: l } = or(e, t, n, r);
  let u;
  const d = new Uint8Array(4), g = pn(d), w = new Uint8Array(c.outputLen);
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    g.setInt32(0, v, !1), (u = l._cloneInto(u)).update(d).digestInto(w), h.set(w.subarray(0, h.length)), await hn(o - 1, i, () => {
      c._cloneInto(u).update(w).digestInto(w);
      for (let p = 0; p < h.length; p++)
        h[p] ^= w[p];
    });
  }
  return ar(c, l, s, u, w);
}
/*! scure-bip39 - MIT License (c) 2022 Patricio Palladino, Paul Miller (paulmillr.com) */
const sr = (e) => e[0] === "あいこくしん";
function jt(e) {
  if (typeof e != "string")
    throw new TypeError("invalid mnemonic type: " + typeof e);
  return e.normalize("NFKD");
}
function zt(e) {
  const t = jt(e), n = t.split(" ");
  if (![12, 15, 18, 21, 24].includes(n.length))
    throw new Error("Invalid mnemonic");
  return { nfkd: t, words: n };
}
function $t(e) {
  bn(e, 16, 20, 24, 28, 32);
}
const cr = (e) => {
  const t = 8 - e.length / 4;
  return new Uint8Array([gt(e)[0] >> t << t]);
};
function Bt(e) {
  if (!Array.isArray(e) || e.length !== 2048 || typeof e[0] != "string")
    throw new Error("Wordlist: expected array of 2048 strings");
  return e.forEach((t) => {
    if (typeof t != "string")
      throw new Error("wordlist: non-string element: " + t);
  }), Ke.chain(Ke.checksum(1, cr), Ke.radix2(11, !0), Ke.alphabet(e));
}
function lr(e, t) {
  const { words: n } = zt(e), r = Bt(t).decode(n);
  return $t(r), r;
}
function ur(e, t) {
  return $t(e), Bt(t).encode(e).join(sr(t) ? "　" : " ");
}
function dr(e, t) {
  try {
    lr(e, t);
  } catch {
    return !1;
  }
  return !0;
}
const yr = (e) => jt("mnemonic" + e);
function pr(e, t = "") {
  return ir(wn, zt(e).nfkd, yr(t), { c: 2048, dkLen: 64 });
}
function hr(e) {
  if (e.length !== 16)
    throw new Error("Recovery phrase entropy must be exactly 128 bits (16 bytes).");
  return ur(e, qt);
}
function vr(e) {
  try {
    return dr(Gt(e), qt);
  } catch {
    return !1;
  }
}
function Gt(e) {
  return e.trim().normalize("NFKD").split(/\s+/u).join(" ");
}
async function Vt(e) {
  return pr(Gt(e), "");
}
const Ze = mn.id, Ee = "aes-256-gcm-v1", Pe = "bitlogin-bip39-hkdf-v1";
async function Ht(e) {
  const t = Ie(e.loginName), n = e.now ?? Math.floor(Date.now() / 1e3), { locatorPrivateKey: r, capsuleKey: o } = await me(e.password, t), a = x(r), i = new I(e.vaultRelayUrls, { authPrivateKey: r });
  let s;
  try {
    s = await Se(i, a, o, e.timeoutMs);
  } finally {
    i.closeAll();
  }
  if (!s.quorumMet)
    throw new ie("Couldn't verify this login name and password aren't already registered. Please retry, or add more vault relays.");
  if (s.candidates.length > 0)
    throw new kt();
  const c = hr(En()), l = await Vt(c), { recoveryPrivateKey: u, capsuleKey: d } = wt(l), g = x(u), w = e.everydayPrivateKey !== void 0;
  if (w && !We(e.everydayPrivateKey))
    throw new ie("The provided key is not a valid secp256k1 private key.");
  const v = w ? e.everydayPrivateKey : Pn(), f = x(v), h = ae(_n()), p = {
    schema: He,
    account_id: h,
    recovery_generation: 0,
    previous_recovery_event_id: null,
    operational_private_key: ae(v),
    operational_public_key: f,
    recovery_public_key: g,
    created_at: n,
    vault_relay_hints: e.vaultRelayUrls,
    protocol: { capsule_encryption: Ee, recovery_derivation: Pe }
  }, b = await Mt({
    recoveryPrivateKey: u,
    capsuleKey: d,
    payload: p
  }), m = {
    schema: Le,
    account_id: h,
    generation: 0,
    operational_private_key: ae(v),
    operational_public_key: f,
    recovery_public_key: g,
    recovery_capsule_event: b,
    created_at: n,
    vault_relay_hints: e.vaultRelayUrls,
    protocol: {
      password_kdf: Ze,
      capsule_encryption: Ee,
      recovery_derivation: Pe
    }
  }, P = await Xe({
    locatorPrivateKey: r,
    capsuleKey: o,
    payload: m
  }), T = new I(e.vaultRelayUrls, { authPrivateKey: u }), E = await ke(T, b, {
    dTag: Ne,
    minAcks: e.minAcknowledgements,
    timeoutMs: e.timeoutMs
  });
  T.closeAll();
  const _ = new I(e.vaultRelayUrls, { authPrivateKey: r }), K = await ke(_, P, {
    dTag: fe,
    minAcks: e.minAcknowledgements,
    timeoutMs: e.timeoutMs
  });
  if (_.closeAll(), !E.success || !K.success)
    throw new ie("Registration did not reach the required relay acknowledgement and readback quorum. Please retry, or add more vault relays.");
  return {
    normalizedLoginName: t,
    recoveryPhrase: c,
    everydayPrivateKey: v,
    everydayPublicKey: f,
    recoveryPublicKey: g,
    locatorPublicKey: a,
    accountId: h,
    imported: w,
    credentialEvent: P,
    recoveryEvent: b,
    credentialPublish: K,
    recoveryPublish: E
  };
}
async function fr(e) {
  const { nsecOrHex: t, ...n } = e, r = Wt(t);
  return Ht({ ...n, everydayPrivateKey: r });
}
function Wt(e) {
  const t = e.trim();
  let n;
  if (t.startsWith("nsec1"))
    n = kn(t);
  else if (/^[0-9a-fA-F]{64}$/u.test(t))
    n = Fe(t.toLowerCase());
  else
    throw new ie("Enter a valid nsec (nsec1…) or a 64-character hex private key.");
  if (!We(n))
    throw new ie("The provided key is not a valid secp256k1 private key.");
  return n;
}
class Ft {
  map = /* @__PURE__ */ new Map();
  async get(t) {
    return this.map.get(t);
  }
  async set(t, n) {
    this.map.set(t, n);
  }
  async delete(t) {
    this.map.delete(t);
  }
}
async function gr(e) {
  const t = Ie(e.loginName), { locatorPrivateKey: n, capsuleKey: r } = await me(e.password, t), o = x(n), a = new I(e.vaultRelayUrls, { authPrivateKey: n });
  try {
    const i = await Se(a, o, r, e.timeoutMs);
    if (!i.quorumMet)
      throw new pe("quorum-not-met");
    if (!i.best)
      throw new pe(i.candidates.length > 0 ? "no-valid-candidate" : "no-matching-event");
    const s = i.best.payload, c = e.store ?? new Ft(), l = await Je(c, s.operational_public_key), u = s.generation < l.generation;
    if (u && !e.acknowledgeRollback)
      throw new Pt(l.generation, s.generation);
    const d = u ? `This device previously saw credential generation ${l.generation}, but the accepted capsule is generation ${s.generation}. Relays may be serving stale data, or an old capsule is being replayed.` : void 0;
    await xt(c, s.operational_public_key, { generation: s.generation });
    const g = i.relayDisagreement ? 'Configured relays returned different credential capsules as "latest" for this account. Some relays may be stale, censored, or malicious.' : void 0;
    return {
      everydayPrivateKey: de(s.operational_private_key),
      everydayPublicKey: s.operational_public_key,
      recoveryPublicKey: s.recovery_public_key,
      accountId: s.account_id,
      generation: s.generation,
      credentialEvent: i.best.event,
      recoveryCapsuleEvent: s.recovery_capsule_event,
      rollbackWarning: d,
      relayDisagreementWarning: g
    };
  } finally {
    a.closeAll();
  }
}
function st(e) {
  return e.filter((t) => le(t)).sort((t, n) => n.created_at - t.created_at)[0];
}
async function wr(e) {
  if (!vr(e.phrase))
    throw new Et("This does not look like a valid 12-word BitLogin recovery phrase.");
  const t = await Vt(e.phrase), { recoveryPrivateKey: n, capsuleKey: r } = wt(t), o = x(n), a = new I(e.vaultRelayUrls, { authPrivateKey: n });
  let i;
  try {
    i = await tr(a, o, r, e.timeoutMs);
  } finally {
    a.closeAll();
  }
  if (e.offlineRecoveryCapsuleEvents?.length) {
    const f = [];
    for (const m of e.offlineRecoveryCapsuleEvents)
      if (le(m))
        try {
          f.push({ event: m, payload: await Ut(m, r) });
        } catch (P) {
          f.push({ event: m, payload: null, error: P.message });
        }
    const h = /* @__PURE__ */ new Map();
    for (const m of [...i.candidates, ...f])
      h.set(m.event.id, m);
    const p = [...h.values()].sort((m, P) => P.event.created_at - m.event.created_at), b = p.find((m) => m.payload !== null) ?? null;
    i = { ...i, candidates: p, best: b, quorumMet: i.quorumMet || b !== null };
  }
  if (!i.quorumMet)
    throw new pe("quorum-not-met");
  if (!i.best)
    throw new pe(i.candidates.length > 0 ? "no-valid-candidate" : "no-matching-event");
  const s = i.best.payload, c = nr(i.candidates), l = de(s.operational_private_key), u = s.operational_public_key, d = [.../* @__PURE__ */ new Set([...e.discoveryRelayUrls, ...s.vault_relay_hints])], g = new I(d);
  let w = [], v = [];
  try {
    const f = await g.queryQuorum({ kinds: [Be], authors: [u], limit: 5 }, e.timeoutMs), h = st(f.outcomes.flatMap((m) => m.events));
    h && (w = Un(h));
    const p = await g.queryQuorum({ kinds: [Ge], authors: [u], limit: 5 }, e.timeoutMs), b = st(p.outcomes.flatMap((m) => m.events));
    b && (v = Dn(b));
  } finally {
    g.closeAll();
  }
  return {
    everydayPrivateKey: l,
    everydayPublicKey: u,
    recoveryPrivateKey: n,
    recoveryPublicKey: o,
    recoveryCapsuleKey: r,
    accountId: s.account_id,
    currentRecoveryEvent: i.best.event,
    currentRecoveryPayload: s,
    generalRelays: w,
    dmRelays: v,
    chainWarning: c.consistent ? void 0 : c.warning
  };
}
async function br(e) {
  const t = e.now ?? Math.floor(Date.now() / 1e3), n = Ie(e.newLoginName), { recovered: r } = e, o = {
    schema: He,
    account_id: r.accountId,
    recovery_generation: r.currentRecoveryPayload.recovery_generation + 1,
    previous_recovery_event_id: r.currentRecoveryEvent.id,
    operational_private_key: ae(r.everydayPrivateKey),
    operational_public_key: r.everydayPublicKey,
    recovery_public_key: r.recoveryPublicKey,
    created_at: _t(r.currentRecoveryEvent.created_at, t),
    vault_relay_hints: e.vaultRelayUrls,
    protocol: { capsule_encryption: Ee, recovery_derivation: Pe }
  }, a = await Mt({
    recoveryPrivateKey: r.recoveryPrivateKey,
    capsuleKey: r.recoveryCapsuleKey,
    payload: o
  }), i = new I(e.vaultRelayUrls, { authPrivateKey: r.recoveryPrivateKey }), s = await ke(i, a, {
    dTag: Ne,
    minAcks: e.minAcknowledgements,
    timeoutMs: e.timeoutMs
  });
  i.closeAll();
  const { locatorPrivateKey: c, capsuleKey: l } = await me(e.newPassword, n), u = x(c), d = {
    schema: Le,
    account_id: r.accountId,
    generation: 0,
    operational_private_key: ae(r.everydayPrivateKey),
    operational_public_key: r.everydayPublicKey,
    recovery_public_key: r.recoveryPublicKey,
    recovery_capsule_event: a,
    created_at: t,
    vault_relay_hints: e.vaultRelayUrls,
    protocol: {
      password_kdf: Ze,
      capsule_encryption: Ee,
      recovery_derivation: Pe
    }
  }, g = await Xe({ locatorPrivateKey: c, capsuleKey: l, payload: d }), w = new I(e.vaultRelayUrls, { authPrivateKey: c }), v = await ke(w, g, {
    dTag: fe,
    minAcks: e.minAcknowledgements,
    timeoutMs: e.timeoutMs
  });
  if (w.closeAll(), !s.success || !v.success)
    throw new Et("Could not publish the refreshed recovery and credential capsules to enough relays. Please retry.");
  return { normalizedLoginName: n, locatorPublicKey: u, credentialEvent: g, refreshedRecoveryEvent: a, credentialPublish: v, recoveryPublish: s };
}
function mr(e) {
  const t = x(e.privateKey);
  return Z({
    pubkey: t,
    created_at: e.createdAt,
    kind: Kn,
    tags: [
      ["e", e.eventIdToDelete],
      ["k", String(e.deletedEventKind)]
    ],
    content: e.reason ?? ""
  }, e.privateKey);
}
async function kr(e) {
  const t = e.now ?? Math.floor(Date.now() / 1e3), n = Ie(e.loginName), r = await me(e.oldPassword, n), o = x(r.locatorPrivateKey), a = new I(e.vaultRelayUrls, { authPrivateKey: r.locatorPrivateKey });
  let i;
  try {
    i = await Se(a, o, r.capsuleKey, e.timeoutMs);
  } finally {
    a.closeAll();
  }
  if (!i.quorumMet)
    throw new pe("quorum-not-met");
  if (!i.best)
    throw new pe(i.candidates.length > 0 ? "no-valid-candidate" : "no-matching-event");
  const s = i.best.payload, c = i.best.event, l = e.store ?? new Ft(), u = await Je(l, s.operational_public_key);
  if (s.generation < u.generation && !e.acknowledgeRollback)
    throw new Pt(u.generation, s.generation);
  const d = await me(e.newPassword, n), g = x(d.locatorPrivateKey), w = new I(e.vaultRelayUrls, { authPrivateKey: d.locatorPrivateKey });
  let v;
  try {
    v = await Se(w, g, d.capsuleKey, e.timeoutMs);
  } finally {
    w.closeAll();
  }
  if (!v.quorumMet)
    throw new ie("Couldn't verify the new password isn't already registered under this login name. Please retry, or add more vault relays.");
  if (v.candidates.length > 0)
    throw new kt("Another account is already registered with this login name and the new password you chose. Pick a different new password.");
  const f = s.generation + 1, h = {
    schema: Le,
    account_id: s.account_id,
    generation: f,
    operational_private_key: s.operational_private_key,
    operational_public_key: s.operational_public_key,
    recovery_public_key: s.recovery_public_key,
    recovery_capsule_event: s.recovery_capsule_event,
    created_at: t,
    vault_relay_hints: e.vaultRelayUrls,
    protocol: {
      password_kdf: Ze,
      capsule_encryption: Ee,
      recovery_derivation: Pe
    }
  }, p = await Xe({
    locatorPrivateKey: d.locatorPrivateKey,
    capsuleKey: d.capsuleKey,
    payload: h
  }), b = new I(e.vaultRelayUrls, { authPrivateKey: d.locatorPrivateKey }), m = await ke(b, p, {
    dTag: fe,
    minAcks: e.minAcknowledgements,
    timeoutMs: e.timeoutMs
  });
  b.closeAll();
  const P = Xn({
    oldLocatorPrivateKey: r.locatorPrivateKey,
    createdAt: _t(c.created_at, t)
  }), T = mr({
    privateKey: r.locatorPrivateKey,
    eventIdToDelete: c.id,
    deletedEventKind: he,
    createdAt: t
  }), E = new I(e.vaultRelayUrls, { authPrivateKey: r.locatorPrivateKey }), [_, K] = await Promise.all([
    E.publishAll(P, e.timeoutMs),
    E.publishAll(T, e.timeoutMs)
  ]);
  if (E.closeAll(), !m.success)
    throw new ie("The new credential capsule did not reach the required relay acknowledgement and readback quorum. Please retry.");
  return await xt(l, s.operational_public_key, { generation: f }), {
    normalizedLoginName: n,
    oldLocatorPublicKey: o,
    newLocatorPublicKey: g,
    newGeneration: f,
    recoveryPublicKey: s.recovery_public_key,
    recoveryCapsuleEvent: s.recovery_capsule_event,
    newCredentialEvent: p,
    tombstoneEvent: P,
    deletionRequestEvent: T,
    newCredentialPublish: m,
    tombstoneAcknowledgedCount: ne(_),
    deletionAcknowledgedCount: ne(K)
  };
}
/*! noble-ciphers - MIT License (c) 2023 Paul Miller (paulmillr.com) */
function Er(e) {
  return e instanceof Uint8Array || ArrayBuffer.isView(e) && e.constructor.name === "Uint8Array" && "BYTES_PER_ELEMENT" in e && e.BYTES_PER_ELEMENT === 1;
}
function ct(e) {
  if (typeof e != "boolean")
    throw new TypeError(`boolean expected, not ${e}`);
}
function Me(e) {
  if (typeof e != "number")
    throw new TypeError("number expected, got " + typeof e);
  if (!Number.isSafeInteger(e) || e < 0)
    throw new RangeError("positive integer expected, got " + e);
}
function L(e, t, n = "") {
  const r = Er(e), o = e?.length, a = t !== void 0;
  if (!r || a && o !== t) {
    const i = n && `"${n}" `, s = a ? ` of length ${t}` : "", c = r ? `length=${o}` : `type=${typeof e}`, l = i + "expected Uint8Array" + s + ", got " + c;
    throw r ? new RangeError(l) : new TypeError(l);
  }
  return e;
}
function A(e) {
  return new Uint32Array(e.buffer, e.byteOffset, Math.floor(e.byteLength / 4));
}
function ce(...e) {
  for (let t = 0; t < e.length; t++)
    e[t].fill(0);
}
const W = new Uint8Array(new Uint32Array([287454020]).buffer)[0] === 68, Pr = (e) => e << 24 & 4278190080 | e << 8 & 16711680 | e >>> 8 & 65280 | e >>> 24 & 255, _r = (e) => {
  for (let t = 0; t < e.length; t++)
    e[t] = Pr(e[t]);
  return e;
}, N = W ? (e) => e : _r;
function Kr(e, t) {
  return !e.byteLength || !t.byteLength ? !1 : e.buffer === t.buffer && // best we can do, may fail with an obscure Proxy
  e.byteOffset < t.byteOffset + t.byteLength && // a starts before b end
  t.byteOffset < e.byteOffset + e.byteLength;
}
function Jt(e, t) {
  if (Kr(e, t) && e.byteOffset < t.byteOffset)
    throw new Error("complex overlap of input and output is not supported");
}
function xr(e, t) {
  if (t == null || typeof t != "object")
    throw new Error("options must be defined");
  return Object.assign(e, t);
}
const Rr = /* @__NO_SIDE_EFFECTS__ */ (e, t) => {
  function n(r, ...o) {
    if (L(r, void 0, "key"), e.nonceLength !== void 0) {
      const u = o[0];
      L(u, e.varSizeNonce ? void 0 : e.nonceLength, "nonce");
    }
    const a = e.tagLength;
    a && o[1] !== void 0 && L(o[1], void 0, "AAD");
    const i = t(r, ...o), s = (u, d) => {
      if (d !== void 0) {
        if (u !== 2)
          throw new Error("cipher output not supported");
        L(d, void 0, "output");
      }
    };
    let c = !1;
    return {
      encrypt(u, d) {
        if (c)
          throw new Error("cannot encrypt() twice with same key + nonce");
        return c = !0, L(u), s(i.encrypt.length, d), i.encrypt(u, d);
      },
      decrypt(u, d) {
        if (L(u), a && u.length < a)
          throw new Error('"ciphertext" expected length bigger than tagLength=' + a);
        return s(i.decrypt.length, d), i.decrypt(u, d);
      }
    };
  }
  return Object.assign(n, e), n;
};
function et(e, t, n = !0) {
  if (t === void 0)
    return new Uint8Array(e);
  if (L(t, void 0, "output"), t.length !== e)
    throw new Error('"output" expected Uint8Array of length ' + e + ", got: " + t.length);
  if (n && !X(t))
    throw new Error("invalid output, must be aligned");
  return t;
}
function X(e) {
  return e.byteOffset % 4 === 0;
}
function se(e) {
  return Uint8Array.from(L(e));
}
const Yt = (e) => Uint8Array.from(e.split(""), (t) => t.charCodeAt(0)), Ar = N(A(Yt("expand 16-byte k"))), Cr = N(A(Yt("expand 32-byte k")));
function k(e, t) {
  return e << t | e >>> 32 - t;
}
const ge = 64, Sr = 16, qe = 2 ** 32 - 1, lt = /* @__PURE__ */ Uint32Array.of();
function Lr(e, t, n, r, o, a, i, s) {
  const c = o.length, l = new Uint8Array(ge), u = A(l), d = W && X(o) && X(a), g = d ? A(o) : lt, w = d ? A(a) : lt;
  if (!W) {
    for (let v = 0; v < c; i++) {
      if (e(t, n, r, u, i, s), N(u), i >= qe)
        throw new Error("arx: counter overflow");
      const f = Math.min(ge, c - v);
      for (let h = 0, p; h < f; h++)
        p = v + h, a[p] = o[p] ^ l[h];
      v += f;
    }
    return;
  }
  for (let v = 0; v < c; i++) {
    if (e(t, n, r, u, i, s), i >= qe)
      throw new Error("arx: counter overflow");
    const f = Math.min(ge, c - v);
    if (d && f === ge) {
      const h = v / 4;
      if (v % 4 !== 0)
        throw new Error("arx: invalid block position");
      for (let p = 0, b; p < Sr; p++)
        b = h + p, w[b] = g[b] ^ u[p];
      v += ge;
      continue;
    }
    for (let h = 0, p; h < f; h++)
      p = v + h, a[p] = o[p] ^ l[h];
    v += f;
  }
}
function Nr(e, t) {
  const { allowShortKeys: n, extendNonceFn: r, counterLength: o, counterRight: a, rounds: i } = xr({ allowShortKeys: !1, counterLength: 8, counterRight: !1, rounds: 20 }, t);
  if (typeof e != "function")
    throw new Error("core must be a function");
  return Me(o), Me(i), ct(a), ct(n), (s, c, l, u, d = 0) => {
    L(s, void 0, "key"), L(c, void 0, "nonce"), L(l, void 0, "data");
    const g = l.length;
    if (u = et(g, u, !1), Me(d), d < 0 || d >= qe)
      throw new Error("arx: counter overflow");
    const w = [];
    let v = s.length, f, h;
    if (v === 32)
      w.push(f = se(s)), h = Cr;
    else if (v === 16 && n)
      f = new Uint8Array(32), f.set(s), f.set(s, 16), h = Ar, w.push(f);
    else
      throw L(s, 32, "arx key"), new Error("invalid key size");
    (!W || !X(c)) && w.push(c = se(c));
    let p = A(f);
    if (r) {
      if (c.length !== 24)
        throw new Error("arx: extended nonce must be 24 bytes");
      const P = c.subarray(0, 16);
      if (W)
        r(h, p, A(P), p);
      else {
        const T = N(Uint32Array.from(h));
        r(T, p, A(P), p), ce(T), N(p);
      }
      c = c.subarray(16);
    } else W || N(p);
    const b = 16 - o;
    if (b !== c.length)
      throw new Error(`arx: nonce must be ${b} or 16 bytes`);
    if (b !== 12) {
      const P = new Uint8Array(12);
      P.set(c, a ? 0 : 12 - c.length), c = P, w.push(c);
    }
    const m = N(A(c));
    try {
      return Lr(e, h, p, m, l, u, d, i), u;
    } finally {
      ce(...w);
    }
  };
}
function Ir(e, t, n, r, o, a = 20) {
  let i = e[0], s = e[1], c = e[2], l = e[3], u = t[0], d = t[1], g = t[2], w = t[3], v = t[4], f = t[5], h = t[6], p = t[7], b = o, m = n[0], P = n[1], T = n[2], E = i, _ = s, K = c, S = l, O = u, M = d, U = g, D = w, q = v, j = f, z = h, $ = p, B = b, G = m, V = P, H = T;
  for (let ot = 0; ot < a; ot += 2)
    E = E + O | 0, B = k(B ^ E, 16), q = q + B | 0, O = k(O ^ q, 12), E = E + O | 0, B = k(B ^ E, 8), q = q + B | 0, O = k(O ^ q, 7), _ = _ + M | 0, G = k(G ^ _, 16), j = j + G | 0, M = k(M ^ j, 12), _ = _ + M | 0, G = k(G ^ _, 8), j = j + G | 0, M = k(M ^ j, 7), K = K + U | 0, V = k(V ^ K, 16), z = z + V | 0, U = k(U ^ z, 12), K = K + U | 0, V = k(V ^ K, 8), z = z + V | 0, U = k(U ^ z, 7), S = S + D | 0, H = k(H ^ S, 16), $ = $ + H | 0, D = k(D ^ $, 12), S = S + D | 0, H = k(H ^ S, 8), $ = $ + H | 0, D = k(D ^ $, 7), E = E + M | 0, H = k(H ^ E, 16), z = z + H | 0, M = k(M ^ z, 12), E = E + M | 0, H = k(H ^ E, 8), z = z + H | 0, M = k(M ^ z, 7), _ = _ + U | 0, B = k(B ^ _, 16), $ = $ + B | 0, U = k(U ^ $, 12), _ = _ + U | 0, B = k(B ^ _, 8), $ = $ + B | 0, U = k(U ^ $, 7), K = K + D | 0, G = k(G ^ K, 16), q = q + G | 0, D = k(D ^ q, 12), K = K + D | 0, G = k(G ^ K, 8), q = q + G | 0, D = k(D ^ q, 7), S = S + O | 0, V = k(V ^ S, 16), j = j + V | 0, O = k(O ^ j, 12), S = S + O | 0, V = k(V ^ S, 8), j = j + V | 0, O = k(O ^ j, 7);
  let C = 0;
  r[C++] = i + E | 0, r[C++] = s + _ | 0, r[C++] = c + K | 0, r[C++] = l + S | 0, r[C++] = u + O | 0, r[C++] = d + M | 0, r[C++] = g + U | 0, r[C++] = w + D | 0, r[C++] = v + q | 0, r[C++] = f + j | 0, r[C++] = h + z | 0, r[C++] = p + $ | 0, r[C++] = b + B | 0, r[C++] = m + G | 0, r[C++] = P + V | 0, r[C++] = T + H | 0;
}
const Qt = /* @__PURE__ */ Nr(Ir, {
  counterRight: !1,
  counterLength: 4,
  allowShortKeys: !1
}), Xt = 2, je = 1, Zt = 65536, ze = 4294967295;
function ut(e, t) {
  const n = Te(new Uint8Array([2]), Fe(t)), o = mt.getSharedSecret(e, n, !0).slice(1, 33);
  return xn(ve("nip44-v2"), o);
}
function en(e, t) {
  const n = An(e, t, 76);
  return {
    chachaKey: n.slice(0, 32),
    chachaNonce: n.slice(32, 44),
    hmacKey: n.slice(44, 76)
  };
}
function tn(e) {
  if (e <= 32)
    return 32;
  const t = 2 ** Math.floor(Math.log2(e - 1) + 1), n = t <= 256 ? 32 : t / 8;
  return n * (Math.floor((e - 1) / n) + 1);
}
function Tr(e) {
  if (e < Zt) {
    const n = new Uint8Array(2);
    return new DataView(n.buffer).setUint16(0, e, !1), n;
  }
  const t = new Uint8Array(6);
  return new DataView(t.buffer).setUint32(2, e, !1), t;
}
function Or(e) {
  const t = e.length;
  if (t < je || t > ze)
    throw new Error(`NIP-44 plaintext length must be between ${je} and ${ze} bytes.`);
  const n = Tr(t), r = tn(t), o = new Uint8Array(n.length + r);
  return o.set(n, 0), o.set(e, n.length), o;
}
function Mr(e) {
  const t = new DataView(e.buffer, e.byteOffset, e.byteLength), n = t.getUint16(0, !1);
  let r, o;
  if (n === 0) {
    if (r = t.getUint32(2, !1), o = 6, r < Zt)
      throw new Error("NIP-44 payload has inconsistent padding.");
  } else
    r = n, o = 2;
  if (r < je || r > ze || e.length !== o + tn(r))
    throw new Error("NIP-44 payload has inconsistent padding.");
  return e.slice(o, o + r);
}
function nn(e, t, n) {
  return ft(gt, e, Te(t, n));
}
function Ur(e, t, n) {
  const r = bt(32), { chachaKey: o, chachaNonce: a, hmacKey: i } = en(e, r), s = Or(ve(t)), c = Qt(o, a, s), l = nn(i, r, c);
  return ye.encode(Te(new Uint8Array([Xt]), r, c, l));
}
function Dr(e, t) {
  const n = ye.decode(t);
  if (n[0] !== Xt)
    throw new Error(`Unsupported NIP-44 version: ${n[0]}`);
  const r = n.slice(1, 33), o = n.slice(n.length - 32), a = n.slice(33, n.length - 32), { chachaKey: i, chachaNonce: s, hmacKey: c } = en(e, r), l = nn(c, r, a);
  if (!Rn(o, l))
    throw new Error("NIP-44 MAC verification failed: payload is corrupted, tampered, or uses the wrong key.");
  const u = Qt(i, s, a);
  return Ve(Mr(u));
}
const re = 16, qr = 283;
function jr(e) {
  if (![16, 24, 32].includes(e.length))
    throw new Error('"aes key" expected Uint8Array of length 16/24/32, got length=' + e.length);
}
function tt(e) {
  return e << 1 ^ qr & -(e >> 7);
}
function ue(e, t) {
  let n = 0;
  for (; t > 0; t >>= 1)
    n ^= e & -(t & 1), e = tt(e);
  return n;
}
const $e = /* @__PURE__ */ (() => {
  const e = new Uint8Array(256);
  for (let n = 0, r = 1; n < 256; n++, r ^= tt(r))
    e[n] = r;
  const t = new Uint8Array(256);
  t[0] = 99;
  for (let n = 0; n < 255; n++) {
    let r = e[255 - n];
    r |= r << 8, t[e[n]] = (r ^ r >> 4 ^ r >> 5 ^ r >> 6 ^ r >> 7 ^ 99) & 255;
  }
  return ce(e), t;
})(), zr = /* @__PURE__ */ $e.map((e, t) => $e.indexOf(t)), $r = (e) => e << 24 | e >>> 8, Ue = (e) => e << 8 | e >>> 24;
function rn(e, t) {
  if (e.length !== 256)
    throw new Error("Wrong sbox length");
  const n = new Uint32Array(256).map((l, u) => t(e[u])), r = n.map(Ue), o = r.map(Ue), a = o.map(Ue), i = new Uint32Array(256 * 256), s = new Uint32Array(256 * 256), c = new Uint16Array(256 * 256);
  for (let l = 0; l < 256; l++)
    for (let u = 0; u < 256; u++) {
      const d = l * 256 + u;
      i[d] = n[l] ^ r[u], s[d] = o[l] ^ a[u], c[d] = e[l] << 8 | e[u];
    }
  return { sbox: e, sbox2: c, T0: n, T1: r, T2: o, T3: a, T01: i, T23: s };
}
const nt = /* @__PURE__ */ rn($e, (e) => ue(e, 3) << 24 | e << 16 | e << 8 | ue(e, 2)), on = /* @__PURE__ */ rn(zr, (e) => ue(e, 11) << 24 | ue(e, 13) << 16 | ue(e, 9) << 8 | ue(e, 14)), Br = /* @__PURE__ */ (() => {
  const e = new Uint8Array(16);
  for (let t = 0, n = 1; t < 16; t++, n = tt(n))
    e[t] = n;
  return e;
})();
function an(e) {
  L(e);
  const t = e.length;
  jr(e);
  const { sbox2: n } = nt, r = [];
  (!W || !X(e)) && r.push(e = se(e));
  const o = N(A(e)), a = o.length, i = (c) => J(n, c, c, c, c), s = new Uint32Array(t + 28);
  s.set(o);
  for (let c = a; c < s.length; c++) {
    let l = s[c - 1];
    c % a === 0 ? l = i($r(l)) ^ Br[c / a - 1] : a > 6 && c % a === 4 && (l = i(l)), s[c] = s[c - a] ^ l;
  }
  return ce(...r), s;
}
function Gr(e) {
  const t = an(e), n = t.slice(), r = t.length, { sbox2: o } = nt, { T0: a, T1: i, T2: s, T3: c } = on;
  for (let l = 0; l < r; l += 4)
    for (let u = 0; u < 4; u++)
      n[l + u] = t[r - l - 4 + u];
  ce(t);
  for (let l = 4; l < r - 4; l++) {
    const u = n[l], d = J(o, u, u, u, u);
    n[l] = a[d & 255] ^ i[d >>> 8 & 255] ^ s[d >>> 16 & 255] ^ c[d >>> 24];
  }
  return n;
}
function te(e, t, n, r, o, a) {
  return e[n << 8 & 65280 | r >>> 8 & 255] ^ t[o >>> 8 & 65280 | a >>> 24 & 255];
}
function J(e, t, n, r, o) {
  return e[t & 255 | n & 65280] | e[r >>> 16 & 255 | o >>> 16 & 65280] << 16;
}
function dt(e, t, n, r, o) {
  const { sbox2: a, T01: i, T23: s } = nt;
  let c = 0;
  t ^= e[c++], n ^= e[c++], r ^= e[c++], o ^= e[c++];
  const l = e.length / 4 - 2;
  for (let v = 0; v < l; v++) {
    const f = e[c++] ^ te(i, s, t, n, r, o), h = e[c++] ^ te(i, s, n, r, o, t), p = e[c++] ^ te(i, s, r, o, t, n), b = e[c++] ^ te(i, s, o, t, n, r);
    t = f, n = h, r = p, o = b;
  }
  const u = e[c++] ^ J(a, t, n, r, o), d = e[c++] ^ J(a, n, r, o, t), g = e[c++] ^ J(a, r, o, t, n), w = e[c++] ^ J(a, o, t, n, r);
  return { s0: u, s1: d, s2: g, s3: w };
}
function Vr(e, t, n, r, o) {
  const { sbox2: a, T01: i, T23: s } = on;
  let c = 0;
  t ^= e[c++], n ^= e[c++], r ^= e[c++], o ^= e[c++];
  const l = e.length / 4 - 2;
  for (let v = 0; v < l; v++) {
    const f = e[c++] ^ te(i, s, t, o, r, n), h = e[c++] ^ te(i, s, n, t, o, r), p = e[c++] ^ te(i, s, r, n, t, o), b = e[c++] ^ te(i, s, o, r, n, t);
    t = f, n = h, r = p, o = b;
  }
  const u = e[c++] ^ J(a, t, o, r, n), d = e[c++] ^ J(a, n, t, o, r), g = e[c++] ^ J(a, r, n, t, o), w = e[c++] ^ J(a, o, r, n, t);
  return { s0: u, s1: d, s2: g, s3: w };
}
function Hr(e) {
  if (L(e), e.length % re !== 0)
    throw new Error("aes-(cbc/ecb).decrypt ciphertext should consist of blocks with size " + re);
}
function Wr(e, t, n) {
  L(e);
  let r = e.length;
  const o = r % re;
  if (!t && o !== 0)
    throw new Error("aec/(cbc-ecb): unpadded plaintext with disabled padding");
  if (t) {
    let s = re - o;
    s || (s = re), r = r + s;
  }
  n = et(r, n), Jt(e, n), (!W || !X(e)) && (e = se(e));
  const a = A(e);
  N(a);
  const i = A(n);
  return { b: a, o: i, out: n };
}
function Fr(e, t) {
  if (!t)
    return e;
  const n = e.length;
  if (n === 0)
    throw new Error("aes/pkcs7: empty ciphertext not allowed");
  const r = e[n - 1];
  let o = 1;
  o &= r - 1 >>> 31 ^ 1, o &= 16 - r >>> 31 ^ 1;
  for (let a = 0; a < 16; a++) {
    const i = a - r >>> 31, s = (e[n - 1 - a] ^ r) === 0 ? 1 : 0;
    o &= s | i ^ 1;
  }
  if (!o)
    throw new Error("aes/pkcs7: wrong padding");
  return e.subarray(0, n - r);
}
function Jr(e) {
  const t = new Uint8Array(16), n = A(t);
  t.set(e);
  const r = re - e.length;
  for (let o = re - r; o < re; o++)
    t[o] = r;
  return n;
}
const sn = /* @__PURE__ */ Rr({ blockSize: 16, nonceLength: 16 }, function(t, n, r = {}) {
  const o = !r.disablePadding;
  return {
    encrypt(a, i) {
      const s = an(t), { b: c, o: l, out: u } = Wr(a, o, i);
      let d = n;
      const g = [s];
      (!W || !X(d)) && g.push(d = se(d));
      const w = A(d);
      N(w);
      let v = w[0], f = w[1], h = w[2], p = w[3], b = 0;
      for (; b + 4 <= c.length; )
        v ^= c[b + 0], f ^= c[b + 1], h ^= c[b + 2], p ^= c[b + 3], { s0: v, s1: f, s2: h, s3: p } = dt(s, v, f, h, p), l[b++] = v, l[b++] = f, l[b++] = h, l[b++] = p;
      if (o) {
        const m = Jr(a.subarray(b * 4));
        N(m), v ^= m[0], f ^= m[1], h ^= m[2], p ^= m[3], { s0: v, s1: f, s2: h, s3: p } = dt(s, v, f, h, p), l[b++] = v, l[b++] = f, l[b++] = h, l[b++] = p;
      }
      return N(l), ce(...g), u;
    },
    decrypt(a, i) {
      Hr(a);
      const s = Gr(t);
      let c = n;
      const l = [s];
      (!W || !X(c)) && l.push(c = se(c));
      const u = A(c);
      N(u), i = et(a.length, i), Jt(a, i), (!W || !X(a)) && l.push(a = se(a));
      const d = A(a), g = A(i);
      N(d);
      let w = u[0], v = u[1], f = u[2], h = u[3];
      for (let p = 0; p + 4 <= d.length; ) {
        const b = w, m = v, P = f, T = h;
        w = d[p + 0], v = d[p + 1], f = d[p + 2], h = d[p + 3];
        const { s0: E, s1: _, s2: K, s3: S } = Vr(s, w, v, f, h);
        g[p++] = E ^ b, g[p++] = _ ^ m, g[p++] = K ^ P, g[p++] = S ^ T;
      }
      return N(g), ce(...l), Fr(i, o);
    }
  };
});
function cn(e, t) {
  const n = Te(new Uint8Array([2]), Fe(t));
  return mt.getSharedSecret(e, n, !0).slice(1, 33);
}
function Yr(e, t, n, r) {
  const o = cn(e, t), a = bt(16), i = sn(o, a).encrypt(ve(n));
  return `${ye.encode(i)}?iv=${ye.encode(a)}`;
}
function Qr(e, t, n) {
  const r = n.indexOf("?iv=");
  if (r === -1)
    throw new Error('NIP-04 payload is missing its "?iv=" suffix.');
  const o = ye.decode(n.slice(0, r)), a = ye.decode(n.slice(r + 4)), i = cn(e, t), s = sn(i, a).decrypt(o);
  return Ve(s);
}
function Xr(...e) {
  for (const t of e)
    t && t.fill(0);
}
class xe {
  privateKey;
  publicKeyHex;
  destroyed = !1;
  constructor(t) {
    this.privateKey = t, this.publicKeyHex = x(t);
  }
  assertAlive() {
    if (this.destroyed)
      throw new Error("This signer has been destroyed (session locked or logged out).");
  }
  getPublicKey() {
    return this.assertAlive(), this.publicKeyHex;
  }
  signEvent(t) {
    return this.assertAlive(), Z({
      pubkey: this.publicKeyHex,
      created_at: t.created_at ?? Math.floor(Date.now() / 1e3),
      kind: t.kind,
      tags: t.tags ?? [],
      content: t.content
    }, this.privateKey);
  }
  nip44Encrypt(t, n) {
    return this.assertAlive(), Ur(ut(this.privateKey, t), n);
  }
  nip44Decrypt(t, n) {
    return this.assertAlive(), Dr(ut(this.privateKey, t), n);
  }
  /** Legacy relative to nip44Encrypt above, but still what a real NIP-07 extension exposes as
   * window.nostr.nip04.encrypt -- implemented for drop-in parity. */
  nip04Encrypt(t, n) {
    return this.assertAlive(), Yr(this.privateKey, t, n);
  }
  nip04Decrypt(t, n) {
    return this.assertAlive(), Qr(this.privateKey, t, n);
  }
  /** Best-practical secret wipe (§11.10, §21.4): overwrites the private key buffer in place. */
  destroy() {
    Xr(this.privateKey), this.destroyed = !0;
  }
}
const Zr = [
  "wss://relay.damus.io",
  "wss://nos.lol",
  "wss://relay.nostr.band",
  "wss://nostr.wine",
  "wss://relay.snort.social"
], eo = [
  "wss://purplepag.es",
  "wss://relay.nostr.band",
  "wss://nostr-pub.wellorder.net"
], to = "bitlogin", ee = "kv", F = "device-keys", no = 2;
function ro() {
  return new Promise((e, t) => {
    const n = indexedDB.open(to, no);
    n.onupgradeneeded = () => {
      const r = n.result;
      r.objectStoreNames.contains(ee) || r.createObjectStore(ee), r.objectStoreNames.contains(F) || r.createObjectStore(F);
    }, n.onsuccess = () => e(n.result), n.onerror = () => t(n.error);
  });
}
class oo {
  dbPromise = null;
  db() {
    return this.dbPromise || (this.dbPromise = ro()), this.dbPromise;
  }
  async get(t) {
    const n = await this.db();
    return new Promise((r, o) => {
      const i = n.transaction(ee, "readonly").objectStore(ee).get(t);
      i.onsuccess = () => r(i.result), i.onerror = () => o(i.error);
    });
  }
  async set(t, n) {
    const r = await this.db();
    return new Promise((o, a) => {
      const i = r.transaction(ee, "readwrite");
      i.objectStore(ee).put(n, t), i.oncomplete = () => o(), i.onerror = () => a(i.error);
    });
  }
  async delete(t) {
    const n = await this.db();
    return new Promise((r, o) => {
      const a = n.transaction(ee, "readwrite");
      a.objectStore(ee).delete(t), a.oncomplete = () => r(), a.onerror = () => o(a.error);
    });
  }
  /**
   * Returns a non-extractable AES-GCM key kept by the browser's IndexedDB
   * implementation. The key is deliberately separate from the string-only KV
   * API so callers cannot accidentally serialize it as application data.
   */
  async getOrCreateDeviceKey(t) {
    const n = await this.db(), r = await new Promise((a, i) => {
      const s = n.transaction(F, "readonly").objectStore(F).get(t);
      s.onsuccess = () => a(s.result), s.onerror = () => i(s.error);
    });
    if (r) return r;
    const o = await crypto.subtle.generateKey(
      { name: "AES-GCM", length: 256 },
      !1,
      ["encrypt", "decrypt"]
    );
    try {
      return await new Promise((a, i) => {
        const s = n.transaction(F, "readwrite");
        s.objectStore(F).add(o, t), s.oncomplete = () => a(), s.onerror = () => i(s.error);
      }), o;
    } catch {
      const a = await new Promise((i, s) => {
        const c = n.transaction(F, "readonly").objectStore(F).get(t);
        c.onsuccess = () => i(c.result), c.onerror = () => s(c.error);
      });
      if (a) return a;
      throw new Error("Unable to create the browser-bound session key.");
    }
  }
  async deleteDeviceKey(t) {
    const n = await this.db();
    return new Promise((r, o) => {
      const a = n.transaction(F, "readwrite");
      a.objectStore(F).delete(t), a.oncomplete = () => r(), a.onerror = () => o(a.error);
    });
  }
}
const _e = "bitlogin:session:v1", rt = "bitlogin:session-device-key:v1";
function yt(e) {
  let t = "";
  for (const n of e) t += String.fromCharCode(n);
  return btoa(t);
}
function pt(e) {
  const t = atob(e);
  return Uint8Array.from(t, (n) => n.charCodeAt(0));
}
function ht(e) {
  const t = new Uint8Array(e.byteLength);
  return t.set(e), t.buffer;
}
function ao(e) {
  return !!(e && typeof e == "object" && e.v === 2 && typeof e.iv == "string" && typeof e.ciphertext == "string");
}
async function io(e, t) {
  const n = {
    everydayPrivateKeyHex: Array.from(t.everydayPrivateKey, (r) => r.toString(16).padStart(2, "0")).join(""),
    accountId: t.accountId,
    recoveryPublicKey: t.recoveryPublicKey,
    activeCredentialEvent: t.activeCredentialEvent,
    activeRecoveryEvent: t.activeRecoveryEvent
  };
  try {
    if (typeof e.getOrCreateDeviceKey != "function") {
      await e.delete(_e);
      return;
    }
    const r = await e.getOrCreateDeviceKey(rt), o = crypto.getRandomValues(new Uint8Array(12)), a = new TextEncoder().encode(JSON.stringify(n)), i = await crypto.subtle.encrypt({ name: "AES-GCM", iv: o }, r, a), s = {
      v: 2,
      iv: yt(o),
      ciphertext: yt(new Uint8Array(i))
    };
    await e.set(_e, JSON.stringify(s));
  } catch {
  }
}
async function so(e) {
  let t;
  try {
    t = await e.get(_e);
  } catch {
    return null;
  }
  if (!t) return null;
  try {
    const n = JSON.parse(t);
    if (!ao(n) || typeof e.getOrCreateDeviceKey != "function")
      return await e.delete(_e), null;
    const r = await e.getOrCreateDeviceKey(rt), o = await crypto.subtle.decrypt(
      { name: "AES-GCM", iv: ht(pt(n.iv)) },
      r,
      ht(pt(n.ciphertext))
    ), a = JSON.parse(new TextDecoder().decode(o));
    return typeof a.everydayPrivateKeyHex != "string" || typeof a.accountId != "string" || typeof a.recoveryPublicKey != "string" || !a.activeCredentialEvent || !a.activeRecoveryEvent ? null : {
      everydayPrivateKey: Uint8Array.from(
        a.everydayPrivateKeyHex.match(/.{1,2}/g) || [],
        (i) => Number.parseInt(i, 16)
      ),
      accountId: a.accountId,
      recoveryPublicKey: a.recoveryPublicKey,
      activeCredentialEvent: a.activeCredentialEvent,
      activeRecoveryEvent: a.activeRecoveryEvent
    };
  } catch {
    return null;
  }
}
async function co(e) {
  try {
    await e.delete(_e), typeof e.deleteDeviceKey == "function" && await e.deleteDeviceKey(rt);
  } catch {
  }
}
const y = {
  signer: null,
  everydayPrivateKey: null,
  accountId: null,
  recoveryPublicKey: null,
  activeCredentialEvent: null,
  activeRecoveryEvent: null,
  pendingRecovery: null
};
let Y = [...Zr], De = [...eo];
const be = new oo();
function Q() {
  if (!y.signer || !y.everydayPrivateKey)
    throw new Error("No identity is unlocked in this session.");
  return { signer: y.signer, everydayPrivateKey: y.everydayPrivateKey };
}
function we() {
  y.signer?.destroy(), y.everydayPrivateKey && y.everydayPrivateKey.fill(0), y.signer = null, y.everydayPrivateKey = null, y.accountId = null, y.recoveryPublicKey = null, y.activeCredentialEvent = null, y.activeRecoveryEvent = null, y.pendingRecovery && (y.pendingRecovery.recoveryPrivateKey.fill(0), y.pendingRecovery.everydayPrivateKey.fill(0), y.pendingRecovery = null);
}
async function Re() {
  !y.everydayPrivateKey || !y.accountId || !y.recoveryPublicKey || !y.activeCredentialEvent || !y.activeRecoveryEvent || await io(be, {
    everydayPrivateKey: y.everydayPrivateKey,
    accountId: y.accountId,
    recoveryPublicKey: y.recoveryPublicKey,
    activeCredentialEvent: y.activeCredentialEvent,
    activeRecoveryEvent: y.activeRecoveryEvent
  });
}
async function lo(e, t) {
  switch (e) {
    case "configure": {
      const n = t;
      return n.vaultRelayUrls?.length && (Y = n.vaultRelayUrls), n.discoveryRelayUrls?.length && (De = n.discoveryRelayUrls), {};
    }
    case "register": {
      const n = t, r = n.importKey ? await fr({ nsecOrHex: n.importKey, loginName: n.loginName, password: n.password, vaultRelayUrls: Y }) : await Ht({ loginName: n.loginName, password: n.password, vaultRelayUrls: Y });
      return we(), y.signer = new xe(r.everydayPrivateKey), y.everydayPrivateKey = r.everydayPrivateKey, y.accountId = r.accountId, y.recoveryPublicKey = r.recoveryPublicKey, y.activeCredentialEvent = r.credentialEvent, y.activeRecoveryEvent = r.recoveryEvent, await Re(), {
        recoveryPhrase: r.recoveryPhrase,
        everydayPublicKey: r.everydayPublicKey,
        recoveryPublicKey: r.recoveryPublicKey,
        accountId: r.accountId,
        imported: r.imported,
        credentialEventId: r.credentialEvent.id,
        recoveryEventId: r.recoveryEvent.id
      };
    }
    case "previewImportKey": {
      const r = Wt(t.nsecOrHex), o = x(r), a = { everydayPublicKey: o, npub: it(o) };
      return r.fill(0), a;
    }
    case "login": {
      const n = t, r = await gr({
        loginName: n.loginName,
        password: n.password,
        vaultRelayUrls: Y,
        store: be,
        acknowledgeRollback: n.acknowledgeRollback
      });
      return we(), y.signer = new xe(r.everydayPrivateKey), y.everydayPrivateKey = r.everydayPrivateKey, y.accountId = r.accountId, y.recoveryPublicKey = r.recoveryPublicKey, y.activeCredentialEvent = r.credentialEvent, y.activeRecoveryEvent = r.recoveryCapsuleEvent, await Re(), {
        everydayPublicKey: r.everydayPublicKey,
        accountId: r.accountId,
        generation: r.generation,
        rollbackWarning: r.rollbackWarning,
        relayDisagreementWarning: r.relayDisagreementWarning
      };
    }
    case "recover": {
      const n = t, r = await wr({
        phrase: n.phrase,
        vaultRelayUrls: Y,
        discoveryRelayUrls: De,
        offlineRecoveryCapsuleEvents: n.offlineExportFile?.recovery_capsule_events
      });
      return we(), y.pendingRecovery = r, y.signer = new xe(r.everydayPrivateKey), y.everydayPrivateKey = r.everydayPrivateKey, y.accountId = r.accountId, y.recoveryPublicKey = r.recoveryPublicKey, y.activeRecoveryEvent = r.currentRecoveryEvent, {
        everydayPublicKey: r.everydayPublicKey,
        accountId: r.accountId,
        generalRelays: r.generalRelays,
        dmRelays: r.dmRelays,
        chainWarning: r.chainWarning
      };
    }
    case "completeRecovery": {
      const n = t;
      if (!y.pendingRecovery) throw new Error("No recovery is in progress in this session.");
      const r = await br({
        recovered: y.pendingRecovery,
        newLoginName: n.newLoginName,
        newPassword: n.newPassword,
        vaultRelayUrls: Y
      });
      return y.activeCredentialEvent = r.credentialEvent, y.activeRecoveryEvent = r.refreshedRecoveryEvent, y.pendingRecovery.recoveryPrivateKey.fill(0), y.pendingRecovery = null, await Re(), {
        locatorPublicKey: r.locatorPublicKey,
        credentialEventId: r.credentialEvent.id,
        refreshedRecoveryEventId: r.refreshedRecoveryEvent.id
      };
    }
    case "changePassword": {
      const n = t, r = await kr({
        loginName: n.loginName,
        oldPassword: n.oldPassword,
        newPassword: n.newPassword,
        vaultRelayUrls: Y,
        store: be,
        acknowledgeRollback: n.acknowledgeRollback
      });
      return y.activeCredentialEvent = r.newCredentialEvent, y.recoveryPublicKey = r.recoveryPublicKey, y.activeRecoveryEvent = r.recoveryCapsuleEvent, await Re(), {
        newLocatorPublicKey: r.newLocatorPublicKey,
        newGeneration: r.newGeneration,
        tombstoneAcknowledgedCount: r.tombstoneAcknowledgedCount,
        deletionAcknowledgedCount: r.deletionAcknowledgedCount
      };
    }
    case "publishProfileAndRelayLists": {
      const n = t, { everydayPrivateKey: r } = Q();
      return qn({
        everydayPrivateKey: r,
        name: n.name,
        about: n.about,
        picture: n.picture,
        generalRelays: n.generalRelays,
        dmRelays: n.dmRelays,
        discoveryRelays: De
      });
    }
    case "getPublicKey": {
      const { signer: n } = Q();
      return { publicKey: n.getPublicKey() };
    }
    case "signEvent": {
      const { signer: n } = Q(), r = t;
      return n.signEvent({ kind: r.kind, tags: r.tags, content: r.content, created_at: r.created_at });
    }
    case "nip44Encrypt": {
      const { signer: n } = Q(), r = t;
      return { ciphertext: n.nip44Encrypt(r.peerPublicKey, r.plaintext) };
    }
    case "nip44Decrypt": {
      const { signer: n } = Q(), r = t;
      return { plaintext: n.nip44Decrypt(r.peerPublicKey, r.payload) };
    }
    case "nip04Encrypt": {
      const { signer: n } = Q(), r = t;
      return { ciphertext: n.nip04Encrypt(r.peerPublicKey, r.plaintext) };
    }
    case "nip04Decrypt": {
      const { signer: n } = Q(), r = t;
      return { plaintext: n.nip04Decrypt(r.peerPublicKey, r.payload) };
    }
    case "exportIdentity": {
      const { everydayPrivateKey: n, signer: r } = Q();
      return { nsec: Sn(n), npub: it(r.getPublicKey()) };
    }
    case "buildRecoveryExport": {
      if (Q(), !y.recoveryPublicKey || !y.activeRecoveryEvent)
        throw new Error("No recovery capsule is known in this session yet.");
      return Cn({
        recoveryPublicKeyHex: y.recoveryPublicKey,
        vaultRelayUrls: Y,
        recoveryCapsuleEvents: [y.activeRecoveryEvent],
        relayListEvents: []
      });
    }
    case "repairReplicas": {
      if (!y.activeCredentialEvent || !y.activeRecoveryEvent)
        throw new Error("No active capsule events are known in this session yet.");
      const n = new I(Y), r = await rr(n, y.activeCredentialEvent, y.activeRecoveryEvent);
      return n.closeAll(), r;
    }
    case "getSessionStatus":
      return { unlocked: !!y.signer, everydayPublicKey: y.signer?.getPublicKey() };
    // Called once, right after "configure", before the widget renders its welcome
    // screen -- restores whatever persistSession() last cached for this origin, so
    // a page reload doesn't ask for the login name + password again. A missing or
    // corrupt cache is not an error: it just means the widget falls through to its
    // normal welcome screen, exactly like it always has.
    case "restoreSession": {
      const n = await so(be);
      return n ? (we(), y.signer = new xe(n.everydayPrivateKey), y.everydayPrivateKey = n.everydayPrivateKey, y.accountId = n.accountId, y.recoveryPublicKey = n.recoveryPublicKey, y.activeCredentialEvent = n.activeCredentialEvent, y.activeRecoveryEvent = n.activeRecoveryEvent, { restored: !0, everydayPublicKey: y.signer.getPublicKey(), accountId: n.accountId }) : { restored: !1 };
    }
    case "logout":
      return we(), await co(be), {};
    default:
      throw new Error(`Unknown worker action: ${e}`);
  }
}
self.addEventListener("message", (e) => {
  const { id: t, action: n, payload: r } = e.data;
  lo(n, r).then(
    (o) => {
      const a = { id: t, ok: !0, result: o };
      self.postMessage(a);
    },
    (o) => {
      const a = o instanceof Error ? o : new Error(String(o)), i = { id: t, ok: !1, error: a.message, errorName: a.name };
      self.postMessage(i);
    }
  );
});