@pontem/liquidswap-widget/dist/index.js

Liquidswap widget as custom web component

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import "./__commonjsHelpers__-c5d32002.js";
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function gA(A) {
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}
function mo() {
}
const lo = 1e4, xo = 1e3, zo = 2e3, IM = 3e3, Lo = 3e3, yt = process.env.VUE_APP_MODULES_ACCOUNT || "0x190d44266241744264b964a37b8f09863167a12d3e70cda39376cfb4e3561e12", ht = process.env.VUE_APP_MODULES_V05_ACCOUNT || "0x163df34fccbf003ce219d3f1d9e70d140b60622cb9dd47599c25fb2f797ba6e", kt = process.env.VUE_APP_RESOURCES_ACCOUNT || "0x05a97986a9d031c4567e15b797be516910cfcb4156312482efc6a19c0a30c948", vt = process.env.VUE_APP_RESOURCES_V05_ACCOUNT || "0x61d2c22a6cb7831bee0f48363b0eec92369357aece0d1142062f7d5d85c7bef8", wo = process.env.VUE_APP_COINS_ACCOUNT || "0x43417434fd869edee76cca2a4d2301e528a1551b1d719b75c350c3c97d15b8b9", yo = "0x1::coin::CoinInfo", Qo = "0x1::coin::CoinStore", Ht = `${yt}::curves::Uncorrelated`, Jt = `${ht}::curves::Uncorrelated`, St = `${yt}::curves::Stable`, ft = `${ht}::curves::Stable`, kM = 7e3, DM = {
  Scripts: `${yt}::scripts_v2`,
  Faucet: `${wo}::faucet`,
  LiquidityPool: `${kt}::liquidity_pool`,
  CoinInfo: `${yo}`,
  CoinStore: `${Qo}`
}, Bo = "devops.mom", so = {}.VITE_LIQUIDSWAP_API_URL_PROD || "https://api.liquidswap.com", Co = {}.VITE_LIQUIDSWAP_API_URL_DEMO || "https://liquidswap-api.dev.devops.mom", ho = window.location.host.endsWith(
  Bo
) ? Co : so, nA = 1, Vt = 2, Zt = "0x1::aptos_coin::AptosCoin", SM = "0x73eb84966be67e4697fc5ae75173ca6c35089e802650f75422ab49a8729704ec::coin::DooDoo", Yo = [
  {
    id: nA,
    title: "Aptos Mainnet",
    shortTitle: "Aptos",
    restUrl: "https://api.mainnet.aptoslabs.com/v1",
    defaultToken: "0x1::aptos_coin::AptosCoin",
    modules: DM
  },
  {
    id: Vt,
    title: "Aptos Testnet",
    shortTitle: "Aptos",
    restUrl: "https://api.testnet.aptoslabs.com/v1",
    defaultToken: "0x1::aptos_coin::AptosCoin",
    modules: DM
  }
], dt = nA, ut = 0, nt = 0.5, bo = [ut, nt], Uo = "https://chrome.google.com/webstore/detail/pontem-aptos-wallet/phkbamefinggmakgklpkljjmgibohnba", cA = "https://control.pontem.network/api", wt = "AG-BYJWTTY7YBILH4XFSKYABAUYOHZCIM8QN";
function Yt(A, ...t) {
  const o = Array.isArray(t[t.length - 1]) ? t.pop() : [];
  let i = [A, ...t].filter(Boolean).join("::");
  return o && o.length && (i += `<${o.join(",")}>`), i;
}
function jM(A) {
  return A.split("::")[0];
}
function $(A, t) {
  return t === nt ? A === "stable" ? ft : Jt : A === "unstable" || A === "uncorrelated" ? Ht : St;
}
function Kt(A) {
  if (A === St || A === ft)
    return "stable";
  if (A === Ht || A === Jt)
    return "uncorrelated";
  throw new Error("Wrong curve type passed");
}
function Oo(A) {
  if (A === void 0 || A === ut)
    return yt;
  if (A === nt)
    return ht;
  throw new Error("Unknown contract version requested");
}
function AM(A) {
  if (A === void 0 || A === ut)
    return kt;
  if (A === nt)
    return vt;
  throw new Error("Unknown contract version requested");
}
function ko(A) {
  if ([ft, Jt].includes(A))
    return nt;
  if ([St, Ht].includes(A))
    return ut;
  throw new Error(`Unknown curve passed: ${A}`);
}
const So = { class: "curve-container" }, fo = /* @__PURE__ */ e("div", { class: "label" }, [
  /* @__PURE__ */ e("span", { class: "label-text" }, "Curve Type")
], -1), Fo = { class: "curve-container__curve" }, Ro = {
  key: 0,
  style: { marginTop: "-2px", marginBottom: "2px" },
  src: rA,
  alt: "stable curve"
}, vo = {
  key: 1,
  src: eA,
  alt: "uncorrelated curve"
}, Go = /* @__PURE__ */ e("i", {
  class: "pi pi-info-circle",
  style: { paddingTop: "2px" }
}, null, -1), Ho = /* @__PURE__ */ W({
  __name: "CurveInfo",
  props: {
    type: null,
    version: null
  },
  setup(A) {
    const t = A, { type: o, version: r } = QA(t), i = n(() => $("stable", r.value)), g = n(
      () => o.value === i.value ? "stable" : "uncorrelated"
    );
    return (a, j) => (D(), m("div", So, [
      fo,
      e("div", Fo, [
        M(o) === M(i) ? (D(), m("img", Ro)) : (D(), m("img", vo)),
        e("p", null, C(M(o) === M(i) ? "Stable" : "Uncorrelated"), 1),
        z(bt, {
          position: "top-left",
          "tooltip-text": `Using formula optimized for ${M(g)} tokens swaps`
        }, {
          default: R(() => [
            Go
          ]),
          _: 1
        }, 8, ["tooltip-text"])
      ])
    ]));
  }
});
function Wt(A) {
  const t = {
    1: "https://api.mainnet.aptoslabs.com/v1",
    2: "https://api.testnet.aptoslabs.com/v1",
    // 4: 'https://testnet-node.devops.mom/v1',
    33: "https://fullnode.devnet.aptoslabs.com/v1"
  };
  if (!Object.keys(t).includes(A))
    throw new Error("Unknown network id");
  return t[A];
}
const fM = () => window.matchMedia("screen and (max-width: 768px)").matches, Pt = ({ nodeUrl: A, nodeOptions: t, networkOptions: o }) => new CA({
  nodeUrl: A,
  nodeOptions: t,
  networkOptions: o
}), it = BA(() => {
  const A = x(!1), t = x("pending"), o = x(null), r = x(null), i = x(null), g = x(Pt({
    nodeUrl: Wt(`${dt}`),
    nodeOptions: {
      TOKEN: wt,
      WITH_CREDENTIALS: !0,
      HEADERS: {
        API_KEY: wt
      }
    },
    networkOptions: {
      resourceAccount: kt,
      moduleAccount: yt,
      resourceAccountV05: vt,
      moduleAccountV05: ht,
      modules: {
        CoinStore: "0x1::coin::CoinStore",
        CoinInfo: "0x1::coin::CoinInfo",
        Scripts: `${yt}::scripts_v2`
      }
    }
  })), a = g.value.client, j = g.value.curves, c = g.value.networkOptions, I = c.modules, N = gM(
    "pontem",
    {
      account: void 0,
      defaultToken: Zt,
      reset: !1,
      isMobile: fM()
    },
    void 0,
    { serializer: hA.object }
  ), E = x(dt), u = st(Yo), l = ct.useWalletProviderStore(), {
    account: d,
    network: p,
    wallet: L
  } = nM(l), y = x(), U = x(), k = n(() => A.value ? y.value : d.value?.address), h = n(() => A.value ? U.value?.name : p.value?.name), _ = n(
    () => A ? U.value?.chainId : p.value?.chainId || `${dt}`
  ), Z = n(
    () => u.find((f) => f.id === E.value)
  ), T = n(() => N.value.defaultToken), O = n(() => N.value.account), w = n(() => A.value ? "Pontem" : L.value?.adapter.name), b = st({
    coinList: !1,
    connectWallet: !1,
    invalidNetwork: !1,
    swapConfirm: !1,
    priceImpact: !1
  });
  function s() {
    N.value.defaultToken = Zt, k.value ? (w.value.toLowerCase() !== "pontem" ? h.value.toLowerCase() === ct.WalletAdapterNetwork.Mainnet ? (E.value = dt, g.value = Pt({
      nodeUrl: Wt(`${dt}`),
      nodeOptions: {
        TOKEN: wt,
        WITH_CREDENTIALS: !0,
        HEADERS: {
          API_KEY: wt
        }
      },
      networkOptions: {
        resourceAccount: kt,
        moduleAccount: yt,
        resourceAccountV05: vt,
        moduleAccountV05: ht
      }
    })) : h.value.toLowerCase().indexOf(ct.WalletAdapterNetwork.Testnet) !== -1 ? (E.value = Vt, g.value = Pt({
      nodeUrl: Wt(`${Vt}`),
      nodeOptions: {
        TOKEN: wt,
        WITH_CREDENTIALS: !0,
        HEADERS: {
          API_KEY: wt
        }
      },
      networkOptions: {
        resourceAccount: kt,
        moduleAccount: yt,
        resourceAccountV05: vt,
        moduleAccountV05: ht
      }
    })) : E.value = 0 : h.value.toLowerCase().indexOf(ct.WalletAdapterNetwork.Testnet) !== -1 ? (E.value = Vt, g.value = Pt({
      nodeUrl: Wt(`${Vt}`),
      nodeOptions: {
        TOKEN: wt,
        WITH_CREDENTIALS: !0,
        HEADERS: {
          API_KEY: wt
        }
      },
      networkOptions: {
        resourceAccount: kt,
        moduleAccount: yt,
        resourceAccountV05: vt,
        moduleAccountV05: ht
      }
    })) : _.value !== void 0 && !isNaN(parseInt(_.value)) && E.value !== parseInt(_.value) && (E.value = parseInt(_.value), parseInt(_.value) === dt && (g.value = Pt({
      nodeUrl: Wt(`${dt}`),
      nodeOptions: {
        TOKEN: wt,
        WITH_CREDENTIALS: !0,
        HEADERS: {
          API_KEY: wt
        }
      },
      networkOptions: {
        resourceAccount: kt,
        moduleAccount: yt,
        resourceAccountV05: vt,
        moduleAccountV05: ht
      }
    }))), E.value === dt ? b.invalidNetwork = !1 : b.invalidNetwork = !0, N.value.account = {
      address: k.value,
      type: `${w.value}`
    }, N.value.defaultToken = Zt) : (b.invalidNetwork = !1, N.value.account = void 0);
  }
  K([A, y, U, p, d, _, w, k, h], () => {
    s();
  });
  function B(f) {
    b[f] = !0;
  }
  return window.addEventListener("resize", () => {
    N.value.isMobile = fM();
  }), {
    sdk: g,
    client: a,
    curves: j,
    defaultToken: T,
    network: Z,
    account: O,
    networkId: sA(E),
    dialogs: b,
    showDialog: B,
    modules: I,
    networkOptions: c,
    insideNativeWallet: A,
    dappWalletAccount: y,
    dappNetworkData: U,
    dappStatusTransaction: t,
    dappTransactionHash: o,
    walletName: w,
    promotedToken: r,
    feeData: i
  };
}), NA = {
  // layerzero: 'lz',
  wormhole: "wh",
  celer: "cl",
  amnis: "am"
};
function Jo(A) {
  return `${NA[A.source] ?? ""}${A.symbol}`;
}
const QM = {
  layerzero: "Layer Zero",
  wormhole: "Wormhole",
  chainx: "ChainX",
  celer: "Celer",
  multichain: "Multichain",
  amnis: "Amnis"
};
function Wo(A) {
  const t = QM[A.source] ?? "";
  return t.length ? `${t} • ${A.name}` : `${A.name}`;
}
function oM(A) {
  const t = QM[A.source] ?? "";
  return t.length ? `${A.symbol} • ${t}` : `${A.symbol}`;
}
function IA(A) {
  return QM[A.source] ?? "";
}
const Po = Object.values(NA);
function Vo(A) {
  if (!A)
    return "";
  for (const t of Po)
    if (A.startsWith(t))
      return A.substring(t.length);
  return A;
}
const jA = {
  /** Pools */
  poolsRegistered: "/pools/registered",
  /** Coins */
  coinsRegistered: "/coins/registered"
}, Xo = {
  "Content-Type": "application/json",
  Accept: "application/json"
}, Zo = 5e3;
async function EA(A, t = {}) {
  const { method: o = "GET", headers: r = {}, ...i } = t;
  return (await VM(`${ho}${A}`, {
    headers: {
      ...Xo,
      ...r
    },
    method: o,
    timeout: Zo,
    ...i
  })).data;
}
async function Ko(A) {
  const t = { params: A };
  try {
    return await EA(
      jA.coinsRegistered,
      t
    );
  } catch (o) {
    return console.log("getRegisteredCoins error:", o), [];
  }
}
async function _o(A) {
  try {
    return await EA(jA.poolsRegistered, {
      params: A
    });
  } catch (t) {
    return console.log("getRegisteredPools error:", t), [];
  }
}
const FM = ["import", "pool"], jt = mM("tokensStore", () => {
  const A = it(), { client: t, modules: o } = it(), r = st({}), i = x(!1), g = gM(
    "customTokens",
    { tokens: [], version: 1 },
    window.localStorage,
    { writeDefaults: !0 }
  ), a = x([
    {
      source: "pontem",
      name: "Aptos Coin",
      chainId: dt,
      decimals: 8,
      symbol: "APT",
      type: Zt
    }
  ]), j = /* @__PURE__ */ new Set([Zt]);
  function c(T) {
    a.value.push(T), T?.caution || j.add(T.type);
  }
  function I(T) {
    return j.has(T);
  }
  async function N() {
    const T = await Ko({ networkId: dt });
    return T.forEach(c), await Z(T, A.network.value?.id);
  }
  async function E() {
    return await Promise.all([
      u(),
      N()
    ]);
  }
  async function u() {
    if (g.value)
      try {
        const { tokens: T } = g.value;
        if (!T)
          return;
        const O = T.filter((w) => FM.includes(w.source));
        return await Promise.all(
          O.map((w) => d(w))
        );
      } catch (T) {
        console.error("tokensStore:loadFromLocalStorage", T);
      } finally {
        i.value = !0;
      }
  }
  function l(T, O) {
    const w = Object.keys(T).filter(
      (s) => FM.includes(T[s].source)
    );
    if (!O && w.length == 0)
      return;
    let { version: b } = g.value;
    b = b ?? "1", g.value = {
      version: b,
      tokens: w.map((s) => T[s])
    };
  }
  K(r, (T) => {
    l(T);
  });
  const d = async (T) => {
    const O = Yt(o.CoinInfo, [T.type]), w = await t.getAccountResource(
      jM(T.type),
      O
    );
    if (!w)
      return;
    const b = {
      type: T.type,
      name: w.data.name,
      symbol: w.data.symbol,
      decimals: +w.data.decimals,
      chainId: T.chainId,
      source: T.source,
      order: T.order
    };
    return y(b, { rewrite: !0 });
  }, p = n(
    () => (T) => T ? r[T] : void 0
  );
  function L(T) {
    return T && r[T] ? r[T] : void 0;
  }
  async function y(T, { rewrite: O = !1 }) {
    const { type: w } = T;
    return !O && r[w] ? (!r[w].order && YA(T?.order) && (r[w].order = T.order), r[w]) : (T?.unsafe || (r[w] = {
      type: w,
      chainId: T.chainId,
      // *
      address: T.address,
      // *
      decimals: +T.decimals,
      // *
      name: T.name,
      // *
      symbol: T.symbol,
      // *
      source: T.source,
      order: T.order || 1e3,
      caution: T.caution || !1,
      alias: Jo(T),
      title: Wo(T),
      logo: T.logo_url || ""
    }), r[w]);
  }
  function U(T, O) {
    if (r[T])
      return O ? {
        cancel: mo,
        request: Promise.resolve(r[T])
      } : Promise.resolve(r[T]);
    const w = t.getAccountResource(
      jM(T),
      Yt(o.CoinInfo, [T])
    );
    return (O ? w.request : w).then((s) => {
      if (!s)
        return;
      const { data: B } = s;
      return y(
        {
          type: T,
          name: B.name,
          symbol: B.symbol,
          decimals: +B.decimals,
          chainId: A.networkId.value,
          caution: !0,
          source: "import",
          order: 1e3
        },
        {
          rewrite: !1
        }
      );
    }), O ? {
      request: w.request,
      cancel: w.cancel
    } : w;
  }
  async function k(T, O) {
    if (r[T] && !O)
      return r[T];
    const w = Yt(o.CoinInfo, [T]), b = await t.getAccountResource(
      jM(T),
      w
    );
    return b ? {
      type: T,
      chainId: A.networkId.value,
      name: b.data.name,
      symbol: b.data.symbol,
      decimals: +b.data.decimals,
      caution: !0,
      source: "import"
    } : void 0;
  }
  const h = n(
    () => Object.keys(r).filter((T) => r[T].source === "import").map((T) => L(T)).filter(Boolean)
  );
  function _(T) {
    delete r[T.type], l(r, !0);
  }
  function Z(T, O) {
    const w = T.filter((b) => b.chainId === O).map(
      (b) => y(b, {
        // safe: true,
        rewrite: !0
      })
    );
    return Promise.all(w);
  }
  return K(
    A.network,
    async (T) => {
      T && await Z(a.value, T.id);
    },
    { immediate: !0 }
  ), {
    getToken: L,
    tokens: r,
    token: p,
    registerToken: y,
    searchToken: U,
    getTokenInfo: k,
    importedTokens: h,
    removeToken: _,
    isReady: i,
    isTokenVerified: I,
    fetchCoinsList: N,
    fetchCoinsData: E
  };
});
function Xt(A, t, o, r) {
  const [i, g] = Ft(A, t) ? [A, t] : [t, A], a = Oo(r);
  return Yt(
    Yt(a, "liquidity_pool", "LiquidityPool"),
    [i, g, o]
  );
}
function qo(A, t, o, r) {
  const [i, g] = Ft(A, t) ? [A, t] : [t, A], a = AM(r);
  return Yt(
    a,
    "lp_coin",
    "LP",
    [i, g, o]
  );
}
function $o(A) {
  return Yt(DM.CoinInfo, [A]);
}
function tr(A) {
  return A.length === 0 ? [] : A.split("<")[2].split(">")[0].replaceAll(" ", "").split(",");
}
function Mr(A, t) {
  if (!A || !t)
    return "";
  const o = jt(), [r, i] = Ft(A, t) ? [A, t] : [t, A], g = o.getToken(r), a = o.getToken(i);
  if (!g || !a)
    return "";
  const { alias: j } = g, { alias: c } = a;
  return `${j}/${c}`;
}
const qt = mM("poolsStore", () => {
  const A = it(), { client: t, sdk: o } = A, r = x(!0), i = st({}), g = st({}), a = x(!1), j = {
    stable: /* @__PURE__ */ new Set(),
    uncorrelated: /* @__PURE__ */ new Set()
  }, c = gM("pontemPools", { pools: [], version: 1 }, window.localStorage, { writeDefaults: !0 }), I = x([]);
  async function N() {
    const T = await _o({ networkId: dt });
    T && U(T);
  }
  cM(() => E());
  async function E() {
    if (c.value)
      try {
        const { pools: T } = c.value;
        if (!T)
          return;
        for (const O of T)
          (O.addedX > 0 || O.addedY > 0) && await L(O);
        a.value = !0;
      } catch {
      }
  }
  async function u() {
    if (!A.account.value?.address)
      return;
    const { networkId: T } = A;
    (await t.getAccountResources(A.account.value.address)).forEach((w) => {
      if (w.type.indexOf("::stake::") !== -1 || w.type.indexOf("lp_coin") === -1)
        return;
      const [b, s, B] = tr(w.type), f = ko(B), Mt = Xt(b, s, B, f);
      i[Mt] || y(
        {
          coinX: b,
          coinY: s,
          curve: B,
          networkId: M(T),
          contract: f
        },
        {}
      ), i[Mt] && (i[Mt].lp = +w.data.coin.value);
    });
  }
  function l(T, O) {
    const w = Object.keys(T).filter((s) => T[s].addedX > 0 || T[s].addedY > 0);
    if (!O && w.length == 0)
      return;
    let { version: b } = c.value;
    b = b ?? "1", c.value = {
      version: b,
      pools: w.map((s) => T[s])
    };
  }
  K(i, (T) => l(T));
  async function d(T, O, w) {
    const b = AM(w), s = await t.getAccountResource(b, T);
    s && (O.reserveX = +s.data.coin_x_reserve.value, O.reserveY = +s.data.coin_y_reserve.value);
  }
  async function p(T, O, w) {
    try {
      const b = AM(w), s = await t.getAccountResource(b, T);
      if (!s || !s?.data?.supply?.vec[0])
        return;
      O.lp = +s.data.supply.vec[0].integer.vec[0].value;
    } catch {
    }
  }
  const L = async (T) => {
    const { coinX: O, coinY: w, curve: b, contract: s } = T, B = $("stable", s), f = b === "stable" || b === B ? B : $("unstable", s), Mt = Xt(O, w, f, s), et = $o(qo(O, w, f, s));
    return await Promise.all([d(Mt, T, s), p(et, T, s)]), T;
  };
  async function y(T, { rewrite: O = !1, isDefault: w = !1, lazy: b = !0 }) {
    const { coinX: s, coinY: B, curve: f, networkId: Mt, contract: et } = T, Ct = Ft(s, B), [Et, pt] = Ct ? [s, B] : [B, s], mt = ["stable", "uncorrelated"].includes(f) ? $(f === "stable" ? "stable" : "unstable", et) : f, Lt = Xt(Et, pt, mt, et);
    let q = !1;
    try {
      const At = await o.value.Swap.getLiquidityPoolResource({
        fromToken: Et,
        toToken: pt,
        curveType: f,
        version: et
      });
      At && At.liquidityPoolResource && (q = !0);
    } catch (At) {
      console.error("Error loading the pool:", At);
    }
    if (!q)
      return;
    if (!O && i[Lt])
      return i[Lt];
    w && ["stable", "uncorrelated"].includes(f) && j[f].add(`${Et}-${pt}-${et}`);
    const F = Mr(Et, pt), Y = st({
      title: F,
      coinX: Et,
      coinY: pt,
      curve: mt,
      reserveX: 0,
      reserveY: 0,
      addedX: 0,
      addedY: 0,
      lp: 0,
      networkId: Mt,
      isDefault: w,
      contract: et
    });
    i[Lt] = Y;
    const G = `${F}-${f}-${et}`;
    return g[G] = Lt, b ? L(Y) : await L(Y), Y;
  }
  function U(T) {
    if (!T || !Array.isArray(T))
      return;
    const O = { rewrite: !0, isDefault: !0 }, { networkId: w } = A;
    T.map((b) => {
      const { coinX: s, coinY: B, curve: f, version: Mt } = b;
      y(
        {
          coinX: s.type,
          coinY: B.type,
          curve: f,
          networkId: w.value,
          contract: Number(Mt)
        },
        O
      );
    }), u();
  }
  const k = n(() => async (T, O, w, b) => {
    const s = Xt(T, O, w, b);
    let B = i[s];
    if (!B) {
      const { networkId: f } = A;
      B = await y(
        {
          coinX: T,
          coinY: O,
          curve: w,
          networkId: f.value,
          contract: b
        },
        {
          rewrite: !0,
          lazy: !1
        }
      );
    }
    return B;
  }), h = n(
    () => Object.keys(i).filter((T) => i[T].isDefault).map((T) => i[T])
  );
  function _(T, O, w) {
    if (!T || !O)
      return !1;
    const [b, s] = Ft(T, O) ? [T, O] : [O, T], B = `${b}-${s}-${w}`;
    return j.stable.has(B) ? $("stable", w) : j.uncorrelated.has(B) ? $("unstable", w) : !1;
  }
  const Z = n(() => Object.values(i));
  return {
    isLoading: r,
    isReady: a,
    getPool: k,
    getCurveType: _,
    fetchPoolsList: N,
    pools: I,
    poolsMap: i,
    poolsTitleMap: g,
    defaultPools: h,
    poolsMapAsArray: Z
  };
}), Rt = /* @__PURE__ */ new Map();
async function BM(A, t, o) {
  const r = o?.time || 0;
  if (Rt.has(A)) {
    const i = Rt.get(A);
    if (Date.now() - i.time < r)
      return i.promise;
  }
  if (o?.args) {
    const { args: i } = o;
    return Rt.set(A, { time: Date.now(), promise: t(...i) }), Rt.get(A).promise;
  }
  return Rt.set(A, { time: Date.now(), promise: t() }), Rt.get(A).promise;
}
function tM(A, t) {
  return `${A.fromCoin}|${A.toCoin}|${A.curve}|${t}`;
}
const lt = st({});
function sM() {
  const t = it().sdk;
  function o(I, N) {
    const E = tM(I, N);
    return lt[E] ?? {};
  }
  function r(I, N) {
    return o(I, N).exists;
  }
  function i(I, N) {
    return o(I, N).isFetching;
  }
  async function g(I, N) {
    const E = tM(I, N);
    lt[E] || (lt[E] = {
      exists: !1,
      isFetching: !1
    }), lt[E].isFetching = !0;
    const u = Kt(I.curve), l = await t.value.Swap.getLiquidityPoolResource({
      fromToken: I.fromCoin,
      toToken: I.toCoin,
      curveType: u,
      version: N == ut ? ut : nt
    });
    return lt[E].isFetching = !1, !!l.liquidityPoolResource;
  }
  async function a(I, N) {
    const E = tM(I, N);
    lt[E] || (lt[E] = {
      exists: !1,
      isFetching: !1
    });
    const u = await g(I, N);
    lt[E].exists = u;
  }
  function j(I, N) {
    const E = tM(I, N);
    lt[E] || (lt[E] = {
      exists: !1,
      isFetching: !1
    }), lt[E].exists = !1;
  }
  function c(I, N, E, u) {
    K(
      [I.token, N.token, E.value, u.value],
      async () => {
        !I.token || !N.token ? j(
          {
            fromCoin: I.token ?? "",
            toCoin: N.token ?? "",
            curve: E.value
          },
          u?.value
        ) : await a(
          {
            fromCoin: I.token,
            toCoin: N.token,
            curve: E.value
          },
          u.value
        );
      },
      {
        immediate: !0
      }
    );
  }
  return {
    isFetching: i,
    poolExists: r,
    check: a,
    watch: c,
    reset: j
  };
}
function Ar(A = ut) {
  const t = x(A);
  return {
    version: n({
      get() {
        return t.value;
      },
      set(r) {
        if (!bo.includes(r))
          throw new Error("Trying to switch on wrong swap contract version");
        t.value = r;
      }
    })
  };
}
const RM = 5e-3, Tt = mM("swapStore", () => {
  const A = st({
    token: void 0,
    amount: void 0,
    reserve: 0,
    usdEquivalent: void 0
  }), t = st({
    token: void 0,
    amount: void 0,
    reserve: 0,
    usdEquivalent: void 0
  }), { version: o } = Ar(), r = qt(), i = it(), { sdk: g } = i, a = x("stable"), j = x("high"), c = sM(), I = x(!0), N = x(RM), E = x(0), u = x(0), l = x(0), d = x(0), p = x("from"), L = x("from"), y = x(), U = x(!1), k = gM("is-frontrun-enable", !1), h = jt(), _ = i.client, Z = n(() => i.feeData.value?.feeBasisPoint), T = n(() => i.networkId), O = n(() => r.getCurveType(A.token, t.token, o.value));
  K(I, (q) => {
    q && (N.value = RM);
  }), K([h.tokens], () => {
    A.token = h.getToken(A.token)?.type || i.defaultToken.value, t.token = A.token !== h.getToken(t.token)?.type ? h.getToken(t.token)?.type : void 0;
  }), lM(() => w());
  function w() {
    o.value = ut, A.token = i.defaultToken.value, t.token = void 0, A.amount = void 0, A.reserve = 0, t.amount = void 0, t.reserve = 0, y.value = void 0, A.usdEquivalent = void 0, t.usdEquivalent = void 0;
  }
  function b(q, F, Y) {
    if (!q || !F || !Y)
      return q;
    const G = h.tokens[F].decimals, Q = h.tokens[Y].decimals - G;
    return Q > 0 ? +at(q).div(Qt(Q)).toFixed(0) : Q < 0 ? +at(q).mul(Qt(Q)).toFixed(0) : q;
  }
  function s() {
    const q = { ...A };
    A.token = t.token, A.amount = b(t.amount, q.token, t.token), t.amount = b(q.amount, t.token, q.token), t.token = q.token, p.value = p.value === "from" ? "to" : "from";
  }
  async function B(q = !1) {
    if (A.token && t.token && a.value) {
      L.value = p.value, q || (U.value = !0);
      const F = L.value, Y = Ft(A.token, t.token), [G, At] = Y ? [A.token, t.token] : [t.token, A.token], Q = Xt(G, At, a.value, o.value), v = AM(o.value);
      try {
        const Nt = await BM(
          ["calc", v, Q].join("-"),
          () => _.getAccountResource(v, Q),
          { time: 2e3 }
        ), Dt = +Nt.data.coin_x_reserve.value, Ot = +Nt.data.coin_y_reserve.value;
        u.value = Nt.data.fee, Z.value && (u.value = at(Nt.data.fee).plus(Z.value).toNumber()), A.reserve = Y ? Dt : Ot, t.reserve = Y ? Ot : Dt;
      } catch {
        A.reserve = 0, t.reserve = 0, u.value = 0, U.value = !1;
        return;
      }
      let S;
      if (!A.amount && !t.amount) {
        q || (U.value = !1);
        return;
      }
      if (Z.value)
        try {
          S = await g.value.Swap.calculateRates({
            fromToken: A.token,
            toToken: t.token,
            interactiveToken: F,
            curveType: Kt(a.value),
            amount: F === "from" ? A.amount : t.amount,
            version: o.value,
            additionalFee: +Z.value
          });
        } catch {
        }
      else
        try {
          S = await g.value.Swap.calculateRates({
            fromToken: A.token,
            toToken: t.token,
            interactiveToken: F,
            curveType: Kt(a.value),
            amount: F === "from" ? A.amount : t.amount,
            version: o.value
          });
        } catch {
        }
      if (y.value = t.amount && t.reserve < t.amount ? "Insufficient funds in Liquidity Pool" : void 0, at(S).lessThanOrEqualTo(0) || !bA(Number(S))) {
        q || (U.value = !1);
        return;
      }
      F === "from" ? (t.amount = +Number(Number(S).toFixed(0)), E.value = A.amount / t.amount) : A.amount = +Number(Number(S).toFixed(0));
      const rt = at(t.amount).div(Qt(h.tokens[t.token].decimals)), P = at(A.amount).div(Qt(h.tokens[A.token].decimals));
      E.value = +Number(
        rt.div(P).mul(Qt(h.tokens[t.token].decimals)).toFixed(0)
      ), l.value = u.value * 100 / lo, d.value = A?.amount && A.amount > 0 ? A.amount * l.value * 0.01 : 0, q || (U.value = !1);
    } else
      A.reserve = 0, t.reserve = 0;
  }
  async function f() {
    !A?.token || !t?.token || !a.value || await c.check(
      {
        fromCoin: A.token,
        toCoin: t.token,
        curve: a.value
      },
      o.value
    );
  }
  uM(
    () => [o, A.amount, A.reserve, A.token, t.amount, t.reserve, t.token, a],
    async (q) => {
      await f(), B(!1);
    },
    {
      debounce: 500,
      maxWait: void 0,
      deep: !0,
      immediate: !0
    }
  );
  const Mt = n(() => {
    const F = N.value * 1e4;
    return L.value === "from" && t.amount !== void 0 ? o.value === nt || a.value === $("unstable", o.value) ? t.amount - t.amount * F / 1e4 : t.amount - 1 : L.value === "to" && A.amount !== void 0 ? o.value === nt || a.value === $("unstable", o.value) ? A.amount + A.amount * F / 1e4 : A.amount : 0;
  }), et = n(
    () => !!A.token && !!t.token && !c.isFetching(
      {
        fromCoin: A.token,
        toCoin: t.token,
        curve: a.value ?? ""
      },
      o.value
    ) && !c.poolExists(
      {
        fromCoin: A.token,
        toCoin: t.token,
        curve: a.value ?? ""
      },
      o.value
    )
  ), Ct = n(() => c.isFetching || U.value), Et = n(() => {
    if (!A?.amount || !A.reserve || !t.reserve)
      return 0;
    const F = A.reserve * t.reserve / (A.reserve + A.amount), Y = t.reserve - F, G = A.amount / Y;
    return (1 - A.reserve / t.reserve / G) * 100;
  }), pt = Intl.NumberFormat("en", {
    notation: "compact",
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