@xlink-network/xlink-sdk
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JavaScript
;
var __defProp = Object.defineProperty;
var __getOwnPropDesc = Object.getOwnPropertyDescriptor;
var __getOwnPropNames = Object.getOwnPropertyNames;
var __hasOwnProp = Object.prototype.hasOwnProperty;
var __export = (target, all) => {
for (var name in all)
__defProp(target, name, { get: all[name], enumerable: true });
};
var __copyProps = (to, from, except, desc) => {
if (from && typeof from === "object" || typeof from === "function") {
for (let key of __getOwnPropNames(from))
if (!__hasOwnProp.call(to, key) && key !== except)
__defProp(to, key, { get: () => from[key], enumerable: !(desc = __getOwnPropDesc(from, key)) || desc.enumerable });
}
return to;
};
var __toCommonJS = (mod) => __copyProps(__defProp({}, "__esModule", { value: true }), mod);
// src/utils/types/TransferProphet.ts
var TransferProphet_exports = {};
__export(TransferProphet_exports, {
transformFromPublicTransferProphet: () => transformFromPublicTransferProphet,
transformToPublicTransferProphet: () => transformToPublicTransferProphet,
transformToPublicTransferProphetAggregated: () => transformToPublicTransferProphetAggregated
});
module.exports = __toCommonJS(TransferProphet_exports);
// src/utils/typeHelpers.ts
function isNotNull(input) {
return input != null;
}
function checkNever(_x) {
return;
}
function assertExclude(asserting, excluding) {
return;
}
((assertExclude2) => {
assertExclude2.i = () => null;
})(assertExclude || (assertExclude = {}));
// src/utils/types/knownIds.ts
var chainId = (value) => value;
var tokenId = (value) => value;
var KnownTokenId;
((KnownTokenId2) => {
function isKnownToken(value) {
return isBitcoinToken(value) || isBRC20Token(value) || isRunesToken(value) || isEVMToken(value) || isStacksToken(value);
}
KnownTokenId2.isKnownToken = isKnownToken;
let Bitcoin;
((Bitcoin2) => {
Bitcoin2.BTC = tokenId("btc-btc");
})(Bitcoin = KnownTokenId2.Bitcoin || (KnownTokenId2.Bitcoin = {}));
function isBitcoinToken(value) {
return _allKnownBitcoinTokens.includes(value);
}
KnownTokenId2.isBitcoinToken = isBitcoinToken;
function isBRC20Token(value) {
return value.startsWith("brc20-");
}
KnownTokenId2.isBRC20Token = isBRC20Token;
function isRunesToken(value) {
return value.startsWith("runes-");
}
KnownTokenId2.isRunesToken = isRunesToken;
let EVM;
((EVM2) => {
EVM2.sUSDT = tokenId("evm-susdt");
EVM2.USDT = tokenId("evm-usdt");
EVM2.USDC = tokenId("evm-usdc");
EVM2.aBTC = tokenId("evm-abtc");
EVM2.WBTC = tokenId("evm-wbtc");
EVM2.BTCB = tokenId("evm-btcb");
EVM2.cbBTC = tokenId("evm-cbbtc");
EVM2.LUNR = tokenId("evm-lunr");
EVM2.ALEX = tokenId("evm-alex");
EVM2.SKO = tokenId("evm-sko");
EVM2.vLiSTX = tokenId("evm-vlistx");
EVM2.vLiALEX = tokenId("evm-vlialex");
EVM2.uBTC = tokenId("evm-ubtc");
EVM2.wuBTC = tokenId("evm-wubtc");
EVM2.DB20 = tokenId("evm-db20");
EVM2.DOG = tokenId("evm-dog");
})(EVM = KnownTokenId2.EVM || (KnownTokenId2.EVM = {}));
function isEVMToken(value) {
return _allKnownEVMTokens.includes(value);
}
KnownTokenId2.isEVMToken = isEVMToken;
let Stacks;
((Stacks2) => {
Stacks2.sUSDT = tokenId("stx-susdt");
Stacks2.sLUNR = tokenId("stx-slunr");
Stacks2.aBTC = tokenId("stx-abtc");
Stacks2.ALEX = tokenId("stx-alex");
Stacks2.sSKO = tokenId("stx-ssko");
Stacks2.vLiSTX = tokenId("stx-vlistx");
Stacks2.vLiALEX = tokenId("stx-vlialex");
Stacks2.uBTC = tokenId("stx-ubtc");
Stacks2.DB20 = tokenId("stx-db20");
Stacks2.DOG = tokenId("stx-dog");
})(Stacks = KnownTokenId2.Stacks || (KnownTokenId2.Stacks = {}));
function isStacksToken(value) {
return _allKnownStacksTokens.includes(value);
}
KnownTokenId2.isStacksToken = isStacksToken;
})(KnownTokenId || (KnownTokenId = {}));
var _allKnownBitcoinTokens = Object.values(KnownTokenId.Bitcoin);
var _allKnownEVMTokens = Object.values(KnownTokenId.EVM);
var _allKnownStacksTokens = Object.values(KnownTokenId.Stacks);
var KnownChainId;
((KnownChainId2) => {
function isKnownChain(value) {
return isBitcoinChain(value) || isBRC20Chain(value) || isRunesChain(value) || isEVMChain(value) || isStacksChain(value);
}
KnownChainId2.isKnownChain = isKnownChain;
let Bitcoin;
((Bitcoin2) => {
Bitcoin2.Mainnet = chainId("bitcoin-mainnet");
Bitcoin2.Testnet = chainId("bitcoin-testnet");
})(Bitcoin = KnownChainId2.Bitcoin || (KnownChainId2.Bitcoin = {}));
function isBitcoinChain(value) {
return _allKnownBitcoinChains.includes(value);
}
KnownChainId2.isBitcoinChain = isBitcoinChain;
let Runes;
((Runes2) => {
Runes2.Mainnet = chainId("runes-mainnet");
Runes2.Testnet = chainId("runes-testnet");
})(Runes = KnownChainId2.Runes || (KnownChainId2.Runes = {}));
function isRunesChain(value) {
return _allKnownRunesChains.includes(value);
}
KnownChainId2.isRunesChain = isRunesChain;
let BRC20;
((BRC202) => {
BRC202.Mainnet = chainId("brc20-mainnet");
BRC202.Testnet = chainId("brc20-testnet");
})(BRC20 = KnownChainId2.BRC20 || (KnownChainId2.BRC20 = {}));
function isBRC20Chain(value) {
return _allKnownBRC20Chains.includes(value);
}
KnownChainId2.isBRC20Chain = isBRC20Chain;
let EVM;
((EVM2) => {
EVM2.Ethereum = chainId("evm-ethereum");
EVM2.Sepolia = chainId("evm-sepolia");
EVM2.BSC = chainId("evm-bsc");
EVM2.BSCTestnet = chainId("evm-bsctestnet");
EVM2.CoreDAO = chainId("evm-coredao");
EVM2.CoreDAOTestnet = chainId("evm-coredao-testnet");
EVM2.Bsquared = chainId("evm-bsquared");
EVM2.BOB = chainId("evm-bob");
EVM2.Bitlayer = chainId("evm-bitlayer");
EVM2.Lorenzo = chainId("evm-lorenzo");
EVM2.Merlin = chainId("evm-merlin");
EVM2.AILayer = chainId("evm-ailayer");
EVM2.Mode = chainId("evm-mode");
EVM2.XLayer = chainId("evm-xlayer");
EVM2.Arbitrum = chainId("evm-arbitrum");
EVM2.Aurora = chainId("evm-aurora");
EVM2.BlifeTestnet = chainId("evm-blife-testnet");
EVM2.BitboyTestnet = chainId("evm-bitboy-testnet");
EVM2.Manta = chainId("evm-manta");
EVM2.Linea = chainId("evm-linea");
EVM2.Base = chainId("evm-base");
EVM2.BeraTestnet = chainId("evm-bera-testnet");
})(EVM = KnownChainId2.EVM || (KnownChainId2.EVM = {}));
function isEVMMainnetChain(value) {
return _allKnownEVMMainnetChains.includes(value);
}
KnownChainId2.isEVMMainnetChain = isEVMMainnetChain;
function isEVMTestnetChain(value) {
return _allKnownEVMTestnetChains.includes(value);
}
KnownChainId2.isEVMTestnetChain = isEVMTestnetChain;
function isEVMChain(value) {
return _allKnownEVMChains.includes(value);
}
KnownChainId2.isEVMChain = isEVMChain;
let Stacks;
((Stacks2) => {
Stacks2.Mainnet = chainId("stacks-mainnet");
Stacks2.Testnet = chainId("stacks-testnet");
})(Stacks = KnownChainId2.Stacks || (KnownChainId2.Stacks = {}));
function isStacksChain(value) {
return _allKnownStacksChains.includes(value);
}
KnownChainId2.isStacksChain = isStacksChain;
})(KnownChainId || (KnownChainId = {}));
var _allKnownBitcoinChains = Object.values(KnownChainId.Bitcoin);
var _allKnownRunesChains = Object.values(KnownChainId.Runes);
var _allKnownBRC20Chains = Object.values(KnownChainId.BRC20);
var _allKnownEVMChains = Object.values(KnownChainId.EVM);
var _allKnownStacksChains = Object.values(KnownChainId.Stacks);
var _allKnownEVMMainnetChains = [
KnownChainId.EVM.Ethereum,
KnownChainId.EVM.BSC,
KnownChainId.EVM.CoreDAO,
KnownChainId.EVM.Bsquared,
KnownChainId.EVM.BOB,
KnownChainId.EVM.Bitlayer,
KnownChainId.EVM.Lorenzo,
KnownChainId.EVM.Merlin,
KnownChainId.EVM.AILayer,
KnownChainId.EVM.Mode,
KnownChainId.EVM.XLayer,
KnownChainId.EVM.Arbitrum,
KnownChainId.EVM.Aurora,
KnownChainId.EVM.Manta,
KnownChainId.EVM.Linea,
KnownChainId.EVM.Base
];
var _allKnownEVMTestnetChains = [
KnownChainId.EVM.Sepolia,
KnownChainId.EVM.BSCTestnet,
KnownChainId.EVM.CoreDAOTestnet,
KnownChainId.EVM.BlifeTestnet,
KnownChainId.EVM.BitboyTestnet,
KnownChainId.EVM.BeraTestnet
];
var _allNoLongerSupportedEVMChains = [
KnownChainId.EVM.Lorenzo
];
var _restEVMChain = null;
checkNever(_restEVMChain);
// src/evmUtils/addressHelpers.ts
var import_viem = require("viem");
var nativeCurrencyAddress = import_viem.zeroAddress;
// src/evmUtils/evmContractAddresses.ts
var EVMChain = KnownChainId.EVM;
var EVMToken = KnownTokenId.EVM;
var EVMEndpointContract;
((EVMEndpointContract2) => {
EVMEndpointContract2.BridgeEndpoint = "BridgeEndpoint";
EVMEndpointContract2.NativeBridgeEndpoint = "NativeBridgeEndpoint";
EVMEndpointContract2.BridgeConfig = "BridgeConfig";
EVMEndpointContract2.TimeLock = "TimeLock";
EVMEndpointContract2.Registry = "Registry";
})(EVMEndpointContract || (EVMEndpointContract = {}));
var evmContractAddresses = {
[EVMChain.Ethereum]: {
// https://t.me/c/1599543687/57297
[EVMEndpointContract.BridgeConfig]: "0x79d1C91053baceced5C796aB8a765E4d5aB38e8a"
},
[EVMChain.BSC]: {
// https://t.me/c/1599543687/57297
[EVMEndpointContract.BridgeConfig]: "0x7062dB5dcaECDb355878a0BAB00A6941345D8711"
},
[EVMChain.CoreDAO]: {
// https://t.me/c/1599543687/57297
[EVMEndpointContract.BridgeConfig]: "0x7062dB5dcaECDb355878a0BAB00A6941345D8711"
},
[EVMChain.Bsquared]: {
// https://t.me/c/1599543687/57297
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.BOB]: {
// https://t.me/c/1599543687/57297
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.Bitlayer]: {
// https://t.me/c/1599543687/57297
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.Lorenzo]: {
// https://t.me/c/1599543687/57297
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.Merlin]: {
// https://t.me/c/1599543687/57297
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.AILayer]: {
// https://t.me/c/1599543687/57439
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.Mode]: {
// https://t.me/c/1599543687/57779
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.XLayer]: {
// https://t.me/c/1599543687/58186
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.Arbitrum]: {
// https://t.me/c/1599543687/58824
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.Aurora]: {
// https://t.me/c/1599543687/59145
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.Manta]: {
// https://t.me/c/1599543687/60487
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.Linea]: {
// https://t.me/c/1599543687/61611
// https://t.me/c/1599543687/61873
// https://t.me/c/1599543687/61734
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
[EVMChain.Base]: {
// https://t.me/c/1599543687/64684
[EVMEndpointContract.BridgeConfig]: "0xf99f62475F50BE59393dbdc148E6627E4E88Fc24"
},
// testnet
[EVMChain.Sepolia]: {
[EVMEndpointContract.BridgeConfig]: "0xE76e9e28ab8f7974F8bA24e4d83f9550BFe08d21"
},
[EVMChain.BSCTestnet]: {},
[EVMChain.CoreDAOTestnet]: {
[EVMEndpointContract.BridgeConfig]: "0xdbe8BBA9C95140bc4F5e3480Fe6a958Cd1C7E6CC"
},
[EVMChain.BlifeTestnet]: {
[EVMEndpointContract.BridgeConfig]: "0x643F9D448BC0F8D365bd0DbEEcB5BC6A7b96d922",
[EVMToken.WBTC]: nativeCurrencyAddress
},
[EVMChain.BitboyTestnet]: {
[EVMEndpointContract.BridgeEndpoint]: "0x3114671EefE856B32851DF4bc5b6278d5A74b86b",
[EVMToken.sUSDT]: "0x0d05e721F127AF25bDa0FE8836F1A2127028ad01",
[EVMToken.aBTC]: "0xEf33A9Afa67bad73b8df4beBD4C5Adc678D70528",
[EVMToken.ALEX]: "0x1DcD5BE312cc70c1e86218D2aC86EDDf79a851E4"
},
[EVMChain.BeraTestnet]: {
// https://t.me/c/1599543687/60509
// [EVMEndpointContract.BridgeConfig]:
// "0xBa175fDaB00e7FCF603f43bE8f68dB7f4de9f3A9",
// https://t.me/c/1599543687/60499
[EVMEndpointContract.Registry]: "0x6c74Bc8c54114b8Fed89686cC345eBCd838Fa0b9",
[EVMToken.aBTC]: "0xD66FEeb23463f99f56363a7de7acEd7d04F3356e",
[EVMToken.ALEX]: "0x3114671EefE856B32851DF4bc5b6278d5A74b86b",
[EVMToken.vLiALEX]: "0x8EcfD0a81c2965d16b78e86b8E4Dc71D0109e0e1",
[EVMToken.vLiSTX]: "0x2e3149230f98e7474AAAB3c1F6323BADfC4A66F8",
[EVMToken.sUSDT]: "0x8F4eB4dB1493D800Bf476137A25dC3c3cD58952C",
[EVMToken.wuBTC]: "0x391c193a3268aA0A93D76EAc85B88985b5CB92da"
}
};
// src/utils/BigNumber.ts
var import_big = require("big.js");
// src/utils/arrayHelpers.ts
function last(ary) {
return ary[ary.length - 1];
}
var _concat = [].concat;
function concat(...inputArrays) {
return _concat.apply([], inputArrays);
}
var _reduce = [].reduce;
function reduce(fn, initialValue, inputArray) {
return _reduce.call(inputArray, fn, initialValue);
}
// src/utils/BigNumber.ts
import_big.Big.PE = 21;
import_big.Big.NE = -21;
var toBig = (num) => {
if (num instanceof import_big.Big) {
return num;
}
return new import_big.Big(num);
};
var fromBig = (num) => {
return num;
};
var BigNumber;
((BigNumber2) => {
({ roundUp: BigNumber2.roundUp, roundDown: BigNumber2.roundDown, roundHalfUp: BigNumber2.roundHalfUp, roundHalfEven: BigNumber2.roundHalfEven } = import_big.Big);
let defaultRoundingMode = BigNumber2.roundHalfUp;
BigNumber2.setDefaultRoundingMode = (roundingMode) => {
defaultRoundingMode = roundingMode;
};
BigNumber2.isBigNumber = (num) => {
return num instanceof import_big.Big;
};
BigNumber2.safeFrom = (value) => {
try {
return (0, BigNumber2.from)(value);
} catch (e) {
return void 0;
}
};
BigNumber2.from = (value) => {
return fromBig(toBig(value));
};
BigNumber2.toString = (value) => {
return toBig(value).toString();
};
BigNumber2.toNumber = (value) => {
return toBig(value).toNumber();
};
BigNumber2.toBigInt = curry2(
(options, value) => {
return BigInt(
(0, BigNumber2.toFixed)(
{
precision: 0,
roundingMode: options.roundingMode ?? defaultRoundingMode
},
toBig(value)
)
);
}
);
BigNumber2.toFixed = curry2(
(options, value) => {
return toBig(value).toFixed(
options.precision,
options.roundingMode ?? defaultRoundingMode
);
}
);
BigNumber2.toExponential = curry2(
(options, value) => {
return toBig(value).toExponential(
options.precision,
options.roundingMode ?? defaultRoundingMode
);
}
);
BigNumber2.isNegative = (value) => {
return toBig(value).lt(0);
};
BigNumber2.isGtZero = (value) => {
return toBig(value).gt(0);
};
BigNumber2.isZero = (value) => {
return toBig(value).eq(0);
};
BigNumber2.isEq = curry2(
(value, a) => {
return toBig(value).eq(toBig(a));
}
);
BigNumber2.isGt = curry2(
(value, a) => {
return toBig(value).gt(toBig(a));
}
);
BigNumber2.isGte = curry2(
(value, a) => {
return toBig(value).gte(toBig(a));
}
);
BigNumber2.isLt = curry2(
(value, a) => {
return toBig(value).lt(toBig(a));
}
);
BigNumber2.isLte = curry2(
(value, a) => {
return toBig(value).lte(toBig(a));
}
);
BigNumber2.setPrecision = curry2(
(options, value) => {
return fromBig(
toBig(
toBig(value).toPrecision(
options.precision,
options.roundingMode ?? defaultRoundingMode
)
)
);
}
);
BigNumber2.getPrecision = (value) => {
return toBig(value).c.length - (toBig(value).e + 1);
};
BigNumber2.getIntegerLength = (value) => {
return toBig(value).e + 1;
};
BigNumber2.leftMoveDecimals = curry2(
(distance, value) => (0, BigNumber2.moveDecimals)({ distance }, value)
);
BigNumber2.rightMoveDecimals = curry2(
(distance, value) => (0, BigNumber2.moveDecimals)({ distance: -distance }, value)
);
BigNumber2.moveDecimals = curry2(
(options, value) => {
if (options.distance > 0) {
return fromBig(toBig(value).div(10 ** options.distance));
}
if (options.distance < 0) {
return fromBig(toBig(value).mul(10 ** -options.distance));
}
return (0, BigNumber2.from)(value);
}
);
BigNumber2.getDecimalPart = curry2(
(options, value) => {
const formatted = (0, BigNumber2.toFixed)(
{
precision: Math.min((0, BigNumber2.getPrecision)(value), options.precision),
roundingMode: BigNumber2.roundDown
},
value
);
const [, decimals] = formatted.split(".");
if (decimals == null) return void 0;
return decimals;
}
);
BigNumber2.abs = (value) => {
return fromBig(toBig(value).abs());
};
BigNumber2.neg = (value) => {
return fromBig(toBig(value).neg());
};
BigNumber2.sqrt = (value) => {
return fromBig(toBig(value).sqrt());
};
BigNumber2.add = curry2(
(value, a) => {
return fromBig(toBig(value).add(toBig(a)));
}
);
BigNumber2.minus = curry2(
(value, a) => {
return fromBig(toBig(value).minus(toBig(a)));
}
);
BigNumber2.mul = curry2(
(value, a) => {
return fromBig(toBig(value).mul(toBig(a)));
}
);
BigNumber2.cumulativeMul = curry2(
(value, as) => {
return reduce(
(acc, currentRate) => [
...acc,
BigNumber2.mul(last(acc), currentRate)
],
[(0, BigNumber2.from)(value)],
as
);
}
);
BigNumber2.div = curry2(
(value, a) => {
return fromBig(toBig(value).div(toBig(a)));
}
);
BigNumber2.pow = curry2((value, a) => {
return fromBig(toBig(value).pow(a));
});
BigNumber2.round = curry2(
(options, value) => {
return fromBig(
toBig(value).round(
options.precision,
options.roundingMode ?? defaultRoundingMode
)
);
}
);
BigNumber2.toPrecision = curry2(
(options, value) => {
return toBig(value).toPrecision(
options.precision,
options.roundingMode ?? defaultRoundingMode
);
}
);
BigNumber2.ascend = curry2(
(a, b) => (0, BigNumber2.isLt)(a, b) ? -1 : (0, BigNumber2.isGt)(a, b) ? 1 : 0
);
BigNumber2.descend = curry2(
(a, b) => (0, BigNumber2.isLt)(a, b) ? 1 : (0, BigNumber2.isGt)(a, b) ? -1 : 0
);
BigNumber2.sort = (comparator, numbers) => {
const _numbers = numbers.map((a) => fromBig(toBig(a)));
_numbers.sort(comparator);
return _numbers;
};
BigNumber2.max = (numbers) => {
return (0, BigNumber2.from)((0, BigNumber2.sort)(BigNumber2.descend, numbers)[0]);
};
BigNumber2.min = (numbers) => {
return (0, BigNumber2.from)((0, BigNumber2.sort)(BigNumber2.ascend, numbers)[0]);
};
BigNumber2.clamp = (range, n) => {
const [min2, max2] = range;
if ((0, BigNumber2.isGte)(n, max2)) return max2;
if ((0, BigNumber2.isLte)(n, min2)) return min2;
return n;
};
BigNumber2.sum = (numbers) => {
return numbers.map((n) => fromBig(toBig(n))).reduce((acc, n) => (0, BigNumber2.add)(acc, n), BigNumber2.ZERO);
};
BigNumber2.ZERO = BigNumber2.from(0);
BigNumber2.ONE = BigNumber2.from(1);
})(BigNumber || (BigNumber = {}));
function curry2(fn) {
return function(a, b) {
if (arguments.length > 1) {
return fn(a, b);
}
return (b2) => fn(a, b2);
};
}
// src/utils/errors.ts
var XLinkSDKErrorBase = class extends Error {
constructor(...args) {
super(...args);
this.name = "XLinkSDKErrorBase";
}
};
var InvalidMethodParametersError = class extends XLinkSDKErrorBase {
constructor(methodPath, params) {
super(`Invalid method parameters of method ${methodPath.join(".")}`);
this.methodPath = methodPath;
this.params = params;
this.name = "InvalidMethodParametersError";
}
};
// src/xlinkSdkUtils/types.ts
var NUMERIC = /^-?(\d+(\.\d*)?|\.\d+)(e[+-]?\d+)?$/i;
function toSDKNumberOrUndefined(n) {
if (n == null) return void 0;
const str = BigNumber.toString(n);
if (!NUMERIC.test(str)) {
throw new InvalidMethodParametersError(
["toSDKNumberOrUndefined"],
[
{
name: "n",
expected: "a number, bigint, or a string that can be converted to a number",
received: str
}
]
);
}
return BigNumber.toString(n);
}
var evmNativeCurrencyAddress = Symbol(
"[XLinkSDK] EVM Native Currency Address"
);
var PublicEVMContractType;
((PublicEVMContractType2) => {
PublicEVMContractType2.BridgeEndpoint = EVMEndpointContract.BridgeEndpoint;
})(PublicEVMContractType || (PublicEVMContractType = {}));
// src/utils/feeRateHelpers.ts
var applyTransferProphets = (transferProphets, amount) => {
return reduce(
(acc, transferProphet) => concat(acc, [applyTransferProphet(transferProphet, last(acc).netAmount)]),
[{ fees: [], netAmount: amount }],
transferProphets
);
};
var applyTransferProphet = (transferProphet, amount) => {
const fees = [];
let totalFeeAmount = BigNumber.ZERO;
for (const f of transferProphet.fees) {
let feeAmount = BigNumber.ZERO;
if (f.type === "rate") {
if (f.token !== transferProphet.bridgeToken) {
throw new Error(
`[XLinkSDK#applyTransferProphet] transferProphet.bridgeToken (${transferProphet.bridgeToken}) does not match rateFee.token (${f.token}), which is not expected`
);
}
feeAmount = BigNumber.max([
f.minimumAmount,
BigNumber.mul(f.rate, amount)
]);
fees.push({ ...f, amount: feeAmount });
} else if (f.type === "fixed") {
if (f.token === transferProphet.bridgeToken) {
feeAmount = f.amount;
}
fees.push(f);
} else {
checkNever(f);
}
totalFeeAmount = BigNumber.add(totalFeeAmount, feeAmount);
}
const netAmount = BigNumber.max([
BigNumber.ZERO,
BigNumber.minus(amount, totalFeeAmount)
]);
return { fees, netAmount };
};
var composeTransferProphets = (transferProphets, exchangeRates) => {
const cumulativeExchangeRates = calcCumulativeExchangeRates(exchangeRates);
return reduce(
(res, transferProphet, idx) => ({
...composeTransferProphet2(
res,
transferProphet,
cumulativeExchangeRates[idx]
),
transferProphets: [...res.transferProphets, transferProphet]
}),
composeTransferProphet2(
transferProphets[0],
transferProphets[1],
cumulativeExchangeRates[0]
),
transferProphets.slice(2)
);
};
var calcCumulativeExchangeRates = (exchangeRates) => {
return BigNumber.cumulativeMul(BigNumber.ONE, exchangeRates).slice(1);
};
var composeTransferProphet2 = (transferProphet1, transferProphet2, exchangeRate) => {
if (exchangeRate == null) {
throw new Error(
"[XLinkSDK#composeTransferProphet2] exchangeRate is required"
);
}
const bridgeTokenMinFeeAmount = BigNumber.sum([
...transferProphet1.fees.flatMap(
(f) => f.type === "rate" && f.token === transferProphet1.bridgeToken ? [f.minimumAmount] : []
),
...transferProphet2.fees.flatMap(
(f) => f.type === "rate" && f.token === transferProphet2.bridgeToken ? [
/**
* convert to the denomination of the first step token
*/
BigNumber.div(f.minimumAmount, exchangeRate)
] : []
)
]);
const step1FlatFeeRate = BigNumber.minus(
BigNumber.ONE,
last(
BigNumber.cumulativeMul(
BigNumber.ONE,
transferProphet1.fees.flatMap(
(f) => f.type === "rate" && f.token === transferProphet1.bridgeToken ? [BigNumber.minus(1, f.rate)] : []
)
)
)
);
const step1ToStep2Rate = BigNumber.mul(
BigNumber.minus(1, step1FlatFeeRate),
exchangeRate
);
let minBridgeAmount = null;
if (BigNumber.isZero(bridgeTokenMinFeeAmount) && transferProphet1.minBridgeAmount == null && transferProphet2.minBridgeAmount == null) {
minBridgeAmount = null;
} else {
minBridgeAmount = BigNumber.max([
bridgeTokenMinFeeAmount,
transferProphet1.minBridgeAmount ?? 0,
transferProphet2.minBridgeAmount == null ? 0 : BigNumber.div(transferProphet2.minBridgeAmount, step1ToStep2Rate)
]);
}
let maxBridgeAmount = null;
if (transferProphet1.maxBridgeAmount == null && transferProphet2.maxBridgeAmount == null) {
maxBridgeAmount = null;
} else if (transferProphet1.maxBridgeAmount != null && transferProphet2.maxBridgeAmount != null) {
maxBridgeAmount = BigNumber.min([
transferProphet1.maxBridgeAmount,
BigNumber.div(transferProphet2.maxBridgeAmount, step1ToStep2Rate)
]);
} else {
maxBridgeAmount = transferProphet1.maxBridgeAmount ?? transferProphet2.maxBridgeAmount;
}
return {
isPaused: transferProphet1.isPaused || transferProphet2.isPaused,
bridgeToken: transferProphet1.bridgeToken,
minBridgeAmount,
maxBridgeAmount,
fees: [
...transferProphet1.fees,
...transferProphet2.fees.map((fee) => {
if (fee.type === "fixed") {
if (fee.token !== transferProphet2.bridgeToken) return fee;
return {
type: "fixed",
token: transferProphet1.bridgeToken,
amount: BigNumber.div(fee.amount, step1ToStep2Rate)
};
}
if (fee.type === "rate") {
if (fee.token !== transferProphet2.bridgeToken) return fee;
return {
type: "rate",
token: transferProphet1.bridgeToken,
/**
* feeAmount = step2Amount * fee.rate
* feeAmount = (step1Amount * (1 - step1FlatFeeRate) * exchangeRate) * fee.rate
* step1Amount * newFeeRate = (step1Amount * (1 - step1FlatFeeRate) * exchangeRate) * fee.rate
* newFeeRate = (1 - step1FlatFeeRate) * exchangeRate * fee.rate
* newFeeRate = step1ToStep2Rate * fee.rate
*/
rate: BigNumber.mul(step1ToStep2Rate, fee.rate),
minimumAmount: BigNumber.div(fee.minimumAmount, step1ToStep2Rate)
};
}
checkNever(fee);
return fee;
})
],
transferProphets: [transferProphet1, transferProphet2]
};
};
// src/utils/types/TransferProphet.ts
function transformFromPublicTransferProphet(transferProphet) {
return {
isPaused: transferProphet.isPaused,
bridgeToken: transferProphet.fromToken,
fees: transferProphet.fees.flatMap(
(f) => f.type === "rate" ? {
...f,
rate: BigNumber.from(f.rate),
minimumAmount: BigNumber.from(f.minimumAmount)
} : f.type === "fixed" ? {
...f,
amount: BigNumber.from(f.amount)
} : checkNever(f)
).filter(isNotNull),
minBridgeAmount: transferProphet.minBridgeAmount == null ? null : BigNumber.from(transferProphet.minBridgeAmount),
maxBridgeAmount: transferProphet.maxBridgeAmount == null ? null : BigNumber.from(transferProphet.maxBridgeAmount)
};
}
function transformToPublicTransferProphet(route, fromAmount, transferProphet) {
const result = applyTransferProphet(
transferProphet,
BigNumber.from(fromAmount)
);
const fees = result.fees.map(
(f) => f.type === "rate" ? {
...f,
rate: toSDKNumberOrUndefined(f.rate),
minimumAmount: toSDKNumberOrUndefined(f.minimumAmount),
amount: toSDKNumberOrUndefined(f.amount)
} : f.type === "fixed" ? {
...f,
amount: toSDKNumberOrUndefined(f.amount)
} : checkNever(f)
).filter(isNotNull);
return {
...route,
fromAmount: toSDKNumberOrUndefined(fromAmount),
toAmount: toSDKNumberOrUndefined(result.netAmount),
isPaused: transferProphet.isPaused,
minBridgeAmount: toSDKNumberOrUndefined(transferProphet.minBridgeAmount),
maxBridgeAmount: toSDKNumberOrUndefined(transferProphet.maxBridgeAmount),
fees
};
}
var transformToPublicTransferProphetAggregated = (transferProphets, exchangeRates) => {
const firstTransferProphet = transferProphets[0];
const lastTransferProphet = last(transferProphets);
const steps = transferProphets.map(
transformFromPublicTransferProphet
);
const composed = composeTransferProphets(steps, exchangeRates);
const fromAmount = BigNumber.from(firstTransferProphet.fromAmount);
const applyResult = applyTransferProphets(steps, fromAmount);
const fees = applyResult.flatMap((r) => r.fees).map(
(f) => f.type === "rate" ? {
...f,
rate: toSDKNumberOrUndefined(f.rate),
minimumAmount: toSDKNumberOrUndefined(f.minimumAmount),
amount: toSDKNumberOrUndefined(f.amount)
} : f.type === "fixed" ? {
...f,
amount: toSDKNumberOrUndefined(f.amount)
} : checkNever(f)
).filter(isNotNull);
return {
fromChain: firstTransferProphet.fromChain,
fromToken: firstTransferProphet.fromToken,
toChain: lastTransferProphet.toChain,
toToken: lastTransferProphet.toToken,
fromAmount: toSDKNumberOrUndefined(fromAmount),
toAmount: toSDKNumberOrUndefined(last(applyResult).netAmount),
isPaused: composed.isPaused,
fees,
minBridgeAmount: toSDKNumberOrUndefined(composed.minBridgeAmount),
maxBridgeAmount: toSDKNumberOrUndefined(composed.maxBridgeAmount),
transferProphets
};
};
// Annotate the CommonJS export names for ESM import in node:
0 && (module.exports = {
transformFromPublicTransferProphet,
transformToPublicTransferProphet,
transformToPublicTransferProphetAggregated
});
//# sourceMappingURL=TransferProphet.js.map