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@thorswap-lib/swapkit-entities
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@thorswap-lib/swapkit-entities - npm Package Compare versions
Comparing version 0.0.0-nightly-20231130150356 to 0.0.0-nightly-20240208140027
@@ -1,2 +0,2 @@ | ||
| import type { Chain, MemoType } from '@thorswap-lib/types'; | ||
| import type { Chain } from '@swapkit/types'; | ||
| import type { BigNumber } from 'bignumber.js'; | ||
@@ -108,3 +108,12 @@ | ||
| export declare const BN_FORMAT: BigNumber.Format; | ||
| export declare const BN_FORMAT: { | ||
| prefix: string; | ||
| decimalSeparator: string; | ||
| groupSeparator: string; | ||
| groupSize: number; | ||
| secondaryGroupSize: number; | ||
| fractionGroupSeparator: string; | ||
| fractionGroupSize: number; | ||
| suffix: string; | ||
| }; | ||
@@ -119,161 +128,8 @@ export declare const EMPTY_FORMAT: BigNumber.Format; | ||
| export declare const getAssetShare: ({ | ||
| liquidityUnits, | ||
| poolUnits, | ||
| assetDepth, | ||
| }: ShareParams<{ | ||
| assetDepth: string; | ||
| }>) => Amount; | ||
| export declare const getAssetType: ( | ||
| chain: Chain, | ||
| ticker: string, | ||
| isSynth?: boolean, | ||
| ) => | ||
| | 'Synth' | ||
| | 'Native' | ||
| | 'GAIA' | ||
| | 'BEP2' | ||
| | 'BEP20' | ||
| | 'ERC20' | ||
| | 'AVAX' | ||
| | 'POLYGON' | ||
| | 'ARBITRUM' | ||
| | 'OPTIMISM'; | ||
| export declare const getAsymmetricAssetShare: ({ | ||
| liquidityUnits, | ||
| poolUnits, | ||
| assetDepth, | ||
| }: ShareParams<{ | ||
| assetDepth: string; | ||
| }>) => Amount; | ||
| export declare const getAsymmetricAssetWithdrawAmount: ({ | ||
| percent, | ||
| assetDepth, | ||
| liquidityUnits, | ||
| poolUnits, | ||
| }: ShareParams<{ | ||
| percent: number; | ||
| assetDepth: string; | ||
| }>) => Amount; | ||
| /** | ||
| * Ref: https://gitlab.com/thorchain/thornode/-/issues/657 | ||
| * share = (s * A * (2 * T^2 - 2 * T * s + s^2))/T^3 | ||
| * s = stakeUnits for member (after factoring in withdrawBasisPoints) | ||
| * T = totalPoolUnits for pool | ||
| * A = assetDepth to be withdrawn | ||
| * | ||
| * Formula: | ||
| * share = (s * A * (2 * T^2 - 2 * T * s + s^2))/T^3 | ||
| * (part1 * (part2 - part3 + part4)) / part5 | ||
| */ | ||
| export declare const getAsymmetricRuneShare: ({ | ||
| liquidityUnits, | ||
| poolUnits, | ||
| runeDepth, | ||
| }: ShareParams<{ | ||
| runeDepth: string; | ||
| }>) => Amount; | ||
| export declare const getAsymmetricRuneWithdrawAmount: ({ | ||
| percent, | ||
| runeDepth, | ||
| liquidityUnits, | ||
| poolUnits, | ||
| }: ShareParams<{ | ||
| percent: number; | ||
| runeDepth: string; | ||
| }>) => Amount; | ||
| export declare const getEstimatedPoolShare: ({ | ||
| runeDepth, | ||
| poolUnits, | ||
| assetDepth, | ||
| liquidityUnits, | ||
| runeAmount, | ||
| assetAmount, | ||
| }: ShareParams<{ | ||
| runeAmount: string; | ||
| assetAmount: string; | ||
| runeDepth: string; | ||
| assetDepth: string; | ||
| }>) => number; | ||
| export declare const getLiquiditySlippage: ({ | ||
| runeAmount, | ||
| assetAmount, | ||
| runeDepth, | ||
| assetDepth, | ||
| }: PoolParams) => number; | ||
| export declare const getMemoFor: <T extends MemoType>( | ||
| memoType: T, | ||
| options: MemoOptions<T>, | ||
| ) => string; | ||
| export declare const getMinAmountByChain: (chain: Chain) => AssetAmount; | ||
| export declare const getNetworkName: (chain: Chain, ticker: string) => string; | ||
| export declare const getRuneShare: ({ | ||
| liquidityUnits, | ||
| poolUnits, | ||
| runeDepth, | ||
| }: ShareParams<{ | ||
| runeDepth: string; | ||
| }>) => Amount; | ||
| export declare const getSignatureAssetFor: (signature: Signature, synth?: boolean) => AssetEntity; | ||
| export declare const getSymmetricWithdraw: ({ | ||
| liquidityUnits, | ||
| poolUnits, | ||
| runeDepth, | ||
| assetDepth, | ||
| percent, | ||
| }: ShareParams<{ | ||
| runeDepth: string; | ||
| assetDepth: string; | ||
| percent: number; | ||
| }>) => { | ||
| assetAmount: Amount; | ||
| runeAmount: Amount; | ||
| }; | ||
| export declare const getTHORNameCost: (year: number) => number; | ||
| export declare const isGasAsset: (asset: AssetEntity) => boolean; | ||
| export declare type MemoOptions<T extends MemoType> = { | ||
| [MemoType.BOND]: WithAddress; | ||
| [MemoType.LEAVE]: WithAddress; | ||
| [MemoType.CLOSE_LOAN]: WithAddress<{ | ||
| asset: string; | ||
| minAmount?: string; | ||
| }>; | ||
| [MemoType.OPEN_LOAN]: WithAddress<{ | ||
| asset: string; | ||
| minAmount?: string; | ||
| }>; | ||
| [MemoType.UNBOND]: WithAddress<{ | ||
| unbondAmount: number; | ||
| }>; | ||
| [MemoType.DEPOSIT]: WithChain<{ | ||
| symbol: string; | ||
| address?: string; | ||
| singleSide?: boolean; | ||
| }>; | ||
| [MemoType.WITHDRAW]: WithChain<{ | ||
| ticker: string; | ||
| symbol: string; | ||
| basisPoints: number; | ||
| targetAssetString?: string; | ||
| singleSide?: boolean; | ||
| }>; | ||
| [MemoType.THORNAME_REGISTER]: Omit<ThornameRegisterParam, 'preferredAsset' | 'expiryBlock'>; | ||
| }[T]; | ||
| export declare class Pool { | ||
@@ -311,9 +167,2 @@ readonly asset: AssetEntity; | ||
| declare type PoolParams<T = {}> = T & { | ||
| runeAmount: string; | ||
| assetAmount: string; | ||
| runeDepth: string; | ||
| assetDepth: string; | ||
| }; | ||
| export declare class Price extends Amount { | ||
@@ -352,28 +201,4 @@ readonly baseAsset: AssetEntity; | ||
| declare type ShareParams<T = {}> = T & { | ||
| liquidityUnits: string; | ||
| poolUnits: string; | ||
| }; | ||
| declare type Signature = Chain | 'USD' | 'ETH_THOR' | 'ETH_VTHOR'; | ||
| export declare type ThornameRegisterParam = { | ||
| name: string; | ||
| chain: string; | ||
| address: string; | ||
| owner?: string; | ||
| preferredAsset?: string; | ||
| expiryBlock?: string; | ||
| }; | ||
| export declare const validateTHORName: (name: string) => boolean; | ||
| declare type WithAddress<T = {}> = T & { | ||
| address: string; | ||
| }; | ||
| declare type WithChain<T = {}> = T & { | ||
| chain: Chain; | ||
| }; | ||
| export {}; |
1348
dist/index.es.js
@@ -1,58 +0,734 @@ | ||
| var q = Object.defineProperty; | ||
| var W = (t, s, e) => s in t ? q(t, s, { enumerable: !0, configurable: !0, writable: !0, value: e }) : t[s] = e; | ||
| var A = (t, s, e) => (W(t, typeof s != "symbol" ? s + "" : s, e), e); | ||
| import { BigNumber as S } from "bignumber.js"; | ||
| var I = /* @__PURE__ */ ((t) => (t.THOR = "THOR", t.RUNE = "RUNE", t.ATOM = "ATOM", t.MUON = "MUON", t.USDC = "USDC", t))(I || {}), a = /* @__PURE__ */ ((t) => (t.INVALID_INPUT_PARAMETERS = "1000", t.UNKNOWN_PROVIDERS = "1001", t.CANNOT_FIND_INBOUND_ADDRESS = "1002", t.NO_INBOUND_ADDRESSES = "1003", t.CHAIN_HALTED_OR_UNSUPPORTED = "1004", t.MISSING_INPUT_PARAMETER = "1005", t.INVALID_TYPE_GENERIC = "1100", t.INVALID_NUMBER_STRING = "1101", t.INVALID_NUMBER = "1102", t.INVALID_BOOLEAN = "1103", t.INVALID_OBJECT = "1104", t.INVALID_ARRAY = "1105", t.SELL_AMOUNT_MUST_BE_POSITIVE_INTEGER = "2000", t.SELL_BUY_ASSETS_ARE_THE_SAME = "2001", t.MISSING_SOURCE_ADDRESS_FOR_SYNTH = "2002", t.AFF_ADDRESS_AND_BPS_OR_NEITHER = "2003", t.AFF_ADDRESS_TOO_LONG = "2004", t.AFF_BPS_INTEGER_0_100 = "2005", t.SOURCE_ADDRESS_INVALID_FOR_SELL_CHAIN = "2006", t.DESTINATION_ADDRESS_INVALID_FOR_BUY_CHAIN = "2007", t.PREFERRED_PROFVIDER_NOT_SUPPORTED = "2008", t.DESTINATION_ADDRESS_SMART_CONTRACT = "2009", t.BUY_AMOUNT_MUST_BE_POSITIVE_INTEGER = "2010", t.SOURCE_ADDRESS_SMART_CONTRACT = "2011", t.INVALID_PROVIDER = "2100", t.MISSING_CROSS_CHAIN_PROVIDER = "2101", t.MISSING_AVAX_PROVIDER = "2102", t.MISSING_BSC_PROVIDER = "2103", t.MISSING_ETH_PROVIDER = "2104", t.INVALID_PROVIDER_FOR_SWAP_OUT = "2105", t.MISSING_ARB_PROVIDER = "2106", t.INVALID_CHAIN = "2200", t.INVALID_ASSET = "2201", t.INVALID_ASSET_IDENTIFIER = "2202", t.UNSUPPORTED_CHAIN = "2204", t.UNSUPPORTED_ASSET = "2203", t.UNSUPPORTED_ASSET_FOR_SWAPOUT = "2205", t.INVALID_SOURCE_ADDRESS = "2300", t.INVALID_DESTINATION_ADDRESS = "2301", t.THORNODE_QUOTE_GENERIC_ERROR = "3000", t.NOT_ENOUGH_SYNTH_BALANCE = "3001", t.SYNTH_MINTING_CAP_REACHED = "3002", t.INVALID_QUOTE_MODE = "4000", t.NO_QUOTES = "4001", t.SERVICE_UNAVAILABLE_GENERIC = "5000", t.MISSING_GAS_DATA_GENERIC = "5100", t.MISSING_TOKEN_INFO_GENERIC = "5200", t.CANT_FIND_TOKEN_LIST = "5201", t.NO_PRICE = "5202", t.PRICE_IS_STALE = "5203", t.ADDRESS_NOT_WHITELISTED = "6000", t.ADDRESS_ALREADY_CLAIMED = "6001", t.TEMPORARY_ERROR = "9999", t))(a || {}); | ||
| a.INVALID_INPUT_PARAMETERS + "", a.UNKNOWN_PROVIDERS + "", a.CANNOT_FIND_INBOUND_ADDRESS + "", a.NO_INBOUND_ADDRESSES + "", a.CHAIN_HALTED_OR_UNSUPPORTED + "", a.MISSING_INPUT_PARAMETER + "", a.INVALID_TYPE_GENERIC + "", a.INVALID_NUMBER_STRING + "", a.INVALID_NUMBER + "", a.INVALID_BOOLEAN + "", a.INVALID_OBJECT + "", a.INVALID_ARRAY + "", a.SELL_AMOUNT_MUST_BE_POSITIVE_INTEGER + "", a.SELL_BUY_ASSETS_ARE_THE_SAME + "", a.MISSING_SOURCE_ADDRESS_FOR_SYNTH + "", a.AFF_ADDRESS_AND_BPS_OR_NEITHER + "", a.AFF_ADDRESS_TOO_LONG + "", a.AFF_BPS_INTEGER_0_100 + "", a.SOURCE_ADDRESS_INVALID_FOR_SELL_CHAIN + "", a.DESTINATION_ADDRESS_INVALID_FOR_BUY_CHAIN + "", a.PREFERRED_PROFVIDER_NOT_SUPPORTED + "", a.DESTINATION_ADDRESS_SMART_CONTRACT + "", a.BUY_AMOUNT_MUST_BE_POSITIVE_INTEGER + "", a.INVALID_PROVIDER + "", a.MISSING_CROSS_CHAIN_PROVIDER + "", a.MISSING_AVAX_PROVIDER + "", a.MISSING_BSC_PROVIDER + "", a.MISSING_ETH_PROVIDER + "", a.MISSING_ARB_PROVIDER + "", a.INVALID_PROVIDER_FOR_SWAP_OUT + "", a.INVALID_CHAIN + "", a.INVALID_ASSET + "", a.UNSUPPORTED_CHAIN + "", a.UNSUPPORTED_ASSET + "", a.UNSUPPORTED_ASSET_FOR_SWAPOUT + "", a.THORNODE_QUOTE_GENERIC_ERROR + "", a.INVALID_SOURCE_ADDRESS + "", a.INVALID_DESTINATION_ADDRESS + "", a.NOT_ENOUGH_SYNTH_BALANCE + "", a.SYNTH_MINTING_CAP_REACHED + "", a.INVALID_QUOTE_MODE + "", a.NO_QUOTES + "", a.SERVICE_UNAVAILABLE_GENERIC + "", a.MISSING_GAS_DATA_GENERIC + "", a.MISSING_TOKEN_INFO_GENERIC + "", a.CANT_FIND_TOKEN_LIST + "", a.NO_PRICE + "", a.PRICE_IS_STALE + "", a.ADDRESS_NOT_WHITELISTED + "", a.ADDRESS_ALREADY_CLAIMED + ""; | ||
| var r = /* @__PURE__ */ ((t) => (t.Arbitrum = "ARB", t.Avalanche = "AVAX", t.Binance = "BNB", t.BinanceSmartChain = "BSC", t.Bitcoin = "BTC", t.BitcoinCash = "BCH", t.Cosmos = "GAIA", t.Dogecoin = "DOGE", t.Ethereum = "ETH", t.Litecoin = "LTC", t.Optimism = "OP", t.Polygon = "MATIC", t.THORChain = "THOR", t))(r || {}), m = /* @__PURE__ */ ((t) => (t[t.ARB = 18] = "ARB", t[t.AVAX = 18] = "AVAX", t[t.BCH = 8] = "BCH", t[t.BNB = 8] = "BNB", t[t.BSC = 18] = "BSC", t[t.BTC = 8] = "BTC", t[t.DOGE = 8] = "DOGE", t[t.ETH = 18] = "ETH", t[t.GAIA = 6] = "GAIA", t[t.LTC = 8] = "LTC", t[t.MATIC = 18] = "MATIC", t[t.OP = 18] = "OP", t[t.THOR = 8] = "THOR", t))(m || {}), w = /* @__PURE__ */ ((t) => (t.Arbitrum = "42161", t.ArbitrumHex = "0xa4b1", t.Avalanche = "43114", t.AvalancheHex = "0xa86a", t.Binance = "Binance-Chain-Tigris", t.BinanceHex = "", t.BinanceSmartChain = "56", t.BinanceSmartChainHex = "0x38", t.Bitcoin = "bitcoin", t.BitcoinHex = "", t.BitcoinCash = "bitcoincash", t.BitcoinCashHex = "", t.Cosmos = "cosmoshub-4", t.CosmosHex = "", t.Dogecoin = "dogecoin", t.DogecoinHex = "", t.Ethereum = "1", t.EthereumHex = "0x1", t.Litecoin = "litecoin", t.LitecoinHex = "", t.Optimism = "10", t.OptimismHex = "0xa", t.Polygon = "137", t.PolygonHex = "0x89", t.THORChain = "thorchain-mainnet-v1", t.THORChainHex = "", t.THORChainStagenet = "thorchain-stagenet-v2", t))(w || {}), g = /* @__PURE__ */ ((t) => (t.Arbitrum = "https://arb1.arbitrum.io/rpc", t.Avalanche = "https://node-router.thorswap.net/avalanche-c", t.Binance = "", t.BinanceSmartChain = "https://bsc-dataseed.binance.org", t.Bitcoin = "https://node-router.thorswap.net/bitcoin", t.BitcoinCash = "https://node-router.thorswap.net/bitcoin-cash", t.Cosmos = "https://node-router.thorswap.net/cosmos/rpc", t.Dogecoin = "https://node-router.thorswap.net/dogecoin", t.Ethereum = "https://node-router.thorswap.net/ethereum", t.Litecoin = "https://node-router.thorswap.net/litecoin", t.Optimism = "https://mainnet.optimism.io", t.Polygon = "https://polygon-rpc.com", t.THORChain = "https://rpc.thorswap.net", t.THORChainStagenet = "https://stagenet-rpc.ninerealms.com", t))(g || {}); | ||
| const P = Object.values(r), Y = Object.keys(r), M = P.reduce( | ||
| var Fe = Object.defineProperty; | ||
| var Ge = (t, s, f) => s in t ? Fe(t, s, { enumerable: !0, configurable: !0, writable: !0, value: f }) : t[s] = f; | ||
| var P = (t, s, f) => (Ge(t, typeof s != "symbol" ? s + "" : s, f), f); | ||
| var R = /* @__PURE__ */ ((t) => (t.INVALID_INPUT_PARAMETERS = "1000", t.UNKNOWN_PROVIDERS = "1001", t.CANNOT_FIND_INBOUND_ADDRESS = "1002", t.NO_INBOUND_ADDRESSES = "1003", t.CHAIN_HALTED_OR_UNSUPPORTED = "1004", t.MISSING_INPUT_PARAMETER = "1005", t.INVALID_TYPE_GENERIC = "1100", t.INVALID_NUMBER_STRING = "1101", t.INVALID_NUMBER = "1102", t.INVALID_BOOLEAN = "1103", t.INVALID_OBJECT = "1104", t.INVALID_ARRAY = "1105", t.SELL_AMOUNT_MUST_BE_POSITIVE_INTEGER = "2000", t.SELL_BUY_ASSETS_ARE_THE_SAME = "2001", t.MISSING_SOURCE_ADDRESS_FOR_SYNTH = "2002", t.AFF_ADDRESS_AND_BPS_OR_NEITHER = "2003", t.AFF_ADDRESS_TOO_LONG = "2004", t.AFF_BPS_INTEGER_MAX_500 = "2005", t.SOURCE_ADDRESS_INVALID_FOR_SELL_CHAIN = "2006", t.DESTINATION_ADDRESS_INVALID_FOR_BUY_CHAIN = "2007", t.PREFERRED_PROVIDER_NOT_SUPPORTED = "2008", t.DESTINATION_ADDRESS_SMART_CONTRACT = "2009", t.BUY_AMOUNT_MUST_BE_POSITIVE_INTEGER = "2010", t.SOURCE_ADDRESS_SMART_CONTRACT = "2011", t.INVALID_PROVIDER = "2100", t.MISSING_CROSS_CHAIN_PROVIDER = "2101", t.MISSING_AVAX_PROVIDER = "2102", t.MISSING_BSC_PROVIDER = "2103", t.MISSING_ETH_PROVIDER = "2104", t.INVALID_PROVIDER_FOR_SWAP_OUT = "2105", t.MISSING_ARB_PROVIDER = "2106", t.INVALID_CHAIN = "2200", t.INVALID_ASSET = "2201", t.INVALID_ASSET_IDENTIFIER = "2202", t.UNSUPPORTED_CHAIN = "2204", t.UNSUPPORTED_ASSET = "2203", t.UNSUPPORTED_ASSET_FOR_SWAPOUT = "2205", t.INVALID_SOURCE_ADDRESS = "2300", t.INVALID_DESTINATION_ADDRESS = "2301", t.THORNODE_QUOTE_GENERIC_ERROR = "3000", t.NOT_ENOUGH_SYNTH_BALANCE = "3001", t.SYNTH_MINTING_CAP_REACHED = "3002", t.INVALID_QUOTE_MODE = "4000", t.NO_QUOTES = "4001", t.SERVICE_UNAVAILABLE_GENERIC = "5000", t.MISSING_GAS_DATA_GENERIC = "5100", t.MISSING_TOKEN_INFO_GENERIC = "5200", t.CANT_FIND_TOKEN_LIST = "5201", t.NO_PRICE = "5202", t.PRICE_IS_STALE = "5203", t.ADDRESS_NOT_WHITELISTED = "6000", t.ADDRESS_ALREADY_CLAIMED = "6001", t.TEMPORARY_ERROR = "9999", t))(R || {}); | ||
| R.INVALID_INPUT_PARAMETERS + "", R.UNKNOWN_PROVIDERS + "", R.CANNOT_FIND_INBOUND_ADDRESS + "", R.NO_INBOUND_ADDRESSES + "", R.CHAIN_HALTED_OR_UNSUPPORTED + "", R.MISSING_INPUT_PARAMETER + "", R.INVALID_TYPE_GENERIC + "", R.INVALID_NUMBER_STRING + "", R.INVALID_NUMBER + "", R.INVALID_BOOLEAN + "", R.INVALID_OBJECT + "", R.INVALID_ARRAY + "", R.SELL_AMOUNT_MUST_BE_POSITIVE_INTEGER + "", R.SELL_BUY_ASSETS_ARE_THE_SAME + "", R.MISSING_SOURCE_ADDRESS_FOR_SYNTH + "", R.AFF_ADDRESS_AND_BPS_OR_NEITHER + "", R.AFF_ADDRESS_TOO_LONG + "", R.AFF_BPS_INTEGER_MAX_500 + "", R.SOURCE_ADDRESS_INVALID_FOR_SELL_CHAIN + "", R.DESTINATION_ADDRESS_INVALID_FOR_BUY_CHAIN + "", R.PREFERRED_PROVIDER_NOT_SUPPORTED + "", R.SOURCE_ADDRESS_SMART_CONTRACT + "", R.DESTINATION_ADDRESS_SMART_CONTRACT + "", R.BUY_AMOUNT_MUST_BE_POSITIVE_INTEGER + "", R.INVALID_PROVIDER + "", R.MISSING_CROSS_CHAIN_PROVIDER + "", R.MISSING_AVAX_PROVIDER + "", R.MISSING_BSC_PROVIDER + "", R.MISSING_ETH_PROVIDER + "", R.MISSING_ARB_PROVIDER + "", R.INVALID_PROVIDER_FOR_SWAP_OUT + "", R.INVALID_CHAIN + "", R.INVALID_ASSET + "", R.UNSUPPORTED_CHAIN + "", R.UNSUPPORTED_ASSET + "", R.UNSUPPORTED_ASSET_FOR_SWAPOUT + "", R.THORNODE_QUOTE_GENERIC_ERROR + "", R.INVALID_SOURCE_ADDRESS + "", R.INVALID_DESTINATION_ADDRESS + "", R.NOT_ENOUGH_SYNTH_BALANCE + "", R.SYNTH_MINTING_CAP_REACHED + "", R.INVALID_QUOTE_MODE + "", R.NO_QUOTES + "", R.SERVICE_UNAVAILABLE_GENERIC + "", R.MISSING_GAS_DATA_GENERIC + "", R.MISSING_TOKEN_INFO_GENERIC + "", R.CANT_FIND_TOKEN_LIST + "", R.NO_PRICE + "", R.PRICE_IS_STALE + "", R.ADDRESS_NOT_WHITELISTED + "", R.ADDRESS_ALREADY_CLAIMED + ""; | ||
| var D = /* @__PURE__ */ ((t) => (t.Arbitrum = "ARB", t.Avalanche = "AVAX", t.Binance = "BNB", t.BinanceSmartChain = "BSC", t.Bitcoin = "BTC", t.BitcoinCash = "BCH", t.Cosmos = "GAIA", t.Dogecoin = "DOGE", t.Ethereum = "ETH", t.Kujira = "KUJI", t.Litecoin = "LTC", t.Maya = "MAYA", t.Optimism = "OP", t.Polkadot = "DOT", t.Chainflip = "FLIP", t.Polygon = "MATIC", t.THORChain = "THOR", t))(D || {}), j = /* @__PURE__ */ ((t) => (t[t.ARB = 18] = "ARB", t[t.AVAX = 18] = "AVAX", t[t.BCH = 8] = "BCH", t[t.BNB = 8] = "BNB", t[t.BSC = 18] = "BSC", t[t.BTC = 8] = "BTC", t[t.DASH = 8] = "DASH", t[t.DOGE = 8] = "DOGE", t[t.DOT = 10] = "DOT", t[t.ETH = 18] = "ETH", t[t.FLIP = 18] = "FLIP", t[t.GAIA = 6] = "GAIA", t[t.KUJI = 6] = "KUJI", t[t.LTC = 8] = "LTC", t[t.MATIC = 18] = "MATIC", t[t.MAYA = 10] = "MAYA", t[t.OP = 18] = "OP", t[t.THOR = 8] = "THOR", t))(j || {}), Ce = /* @__PURE__ */ ((t) => (t.Arbitrum = "42161", t.ArbitrumHex = "0xa4b1", t.Avalanche = "43114", t.AvalancheHex = "0xa86a", t.Binance = "Binance-Chain-Tigris", t.BinanceSmartChain = "56", t.BinanceSmartChainHex = "0x38", t.Bitcoin = "bitcoin", t.BitcoinCash = "bitcoincash", t.Chainflip = "chainflip", t.Cosmos = "cosmoshub-4", t.Dogecoin = "dogecoin", t.Kujira = "kaiyo-1", t.Ethereum = "1", t.EthereumHex = "0x1", t.Litecoin = "litecoin", t.Maya = "mayachain-mainnet-v1", t.MayaStagenet = "mayachain-stagenet-v1", t.Optimism = "10", t.OptimismHex = "0xa", t.Polkadot = "polkadot", t.Polygon = "137", t.PolygonHex = "0x89", t.THORChain = "thorchain-mainnet-v1", t.THORChainStagenet = "thorchain-stagenet-v2", t))(Ce || {}), ve = /* @__PURE__ */ ((t) => (t.Arbitrum = "https://arb1.arbitrum.io/rpc", t.Avalanche = "https://node-router.thorswap.net/avalanche-c", t.Binance = "", t.BinanceSmartChain = "https://bsc-dataseed.binance.org", t.Bitcoin = "https://node-router.thorswap.net/bitcoin", t.BitcoinCash = "https://node-router.thorswap.net/bitcoin-cash", t.Chainflip = "wss://mainnet-archive.chainflip.io", t.Cosmos = "https://node-router.thorswap.net/cosmos/rpc", t.Kujira = "https://rpc-kujira.synergynodes.com/", t.Dogecoin = "https://node-router.thorswap.net/dogecoin", t.Ethereum = "https://node-router.thorswap.net/ethereum", t.Litecoin = "https://node-router.thorswap.net/litecoin", t.Maya = "https://tendermint.mayachain.info", t.MayaStagenet = "https://stagenet.tendermint.mayachain.info", t.Optimism = "https://mainnet.optimism.io", t.Polkadot = "wss://rpc.polkadot.io", t.Polygon = "https://polygon-rpc.com", t.THORChain = "https://rpc.thorswap.net", t.THORChainStagenet = "https://stagenet-rpc.ninerealms.com", t))(ve || {}); | ||
| const Oe = Object.values(D), Ve = Object.keys(D), Be = Oe.reduce( | ||
| (t, s) => { | ||
| const e = Y.find((i) => r[i] === s); | ||
| return e && (t[s] = e), t; | ||
| const f = Ve.find((S) => D[S] === s); | ||
| return f && (t[s] = f), t; | ||
| }, | ||
| {} | ||
| ); | ||
| P.reduce( | ||
| (t, s) => (t[s] = w[M[s]], t), | ||
| Oe.reduce( | ||
| (t, s) => (t[s] = Ce[Be[s]], t), | ||
| {} | ||
| ); | ||
| P.reduce( | ||
| (t, s) => (t[s] = g[M[s]], t), | ||
| Oe.reduce( | ||
| (t, s) => (t[s] = ve[Be[s]], t), | ||
| {} | ||
| ); | ||
| P.reduce( | ||
| (t, s) => (t[s] = w[`${M[s]}Hex`], t), | ||
| Oe.reduce( | ||
| (t, s) => { | ||
| const f = `${Be[s]}Hex`; | ||
| return t[s] = Ce[f], t; | ||
| }, | ||
| {} | ||
| ); | ||
| var O = /* @__PURE__ */ ((t) => (t.BOND = "BOND", t.DEPOSIT = "+", t.LEAVE = "LEAVE", t.THORNAME_REGISTER = "~", t.UNBOND = "UNBOND", t.WITHDRAW = "-", t.OPEN_LOAN = "$+", t.CLOSE_LOAN = "$-", t))(O || {}); | ||
| const k = (t, s, e = !1) => { | ||
| if (e) | ||
| return "Synth"; | ||
| switch (t) { | ||
| case r.Bitcoin: | ||
| case r.BitcoinCash: | ||
| case r.Dogecoin: | ||
| case r.Litecoin: | ||
| case r.THORChain: | ||
| return "Native"; | ||
| case r.Cosmos: | ||
| return s === "ATOM" ? "Native" : "GAIA"; | ||
| case r.Binance: | ||
| return s === r.Binance ? "Native" : "BEP2"; | ||
| case r.BinanceSmartChain: | ||
| return s === r.Binance ? "Native" : "BEP20"; | ||
| case r.Ethereum: | ||
| return s === r.Ethereum ? "Native" : "ERC20"; | ||
| case r.Avalanche: | ||
| return s === r.Avalanche ? "Native" : "AVAX"; | ||
| case r.Polygon: | ||
| return s === r.Polygon ? "Native" : "POLYGON"; | ||
| case r.Arbitrum: | ||
| return [r.Ethereum, r.Arbitrum].includes(s) ? "Native" : "ARBITRUM"; | ||
| case r.Optimism: | ||
| return [r.Ethereum, r.Optimism].includes(s) ? "Native" : "OPTIMISM"; | ||
| default: | ||
| return t; | ||
| var ye = /^-?(?:\d+(?:\.\d*)?|\.\d+)(?:e[+-]?\d+)?$/i, De = Math.ceil, W = Math.floor, k = "[BigNumber Error] ", Le = k + "Number primitive has more than 15 significant digits: ", z = 1e14, T = 14, we = 9007199254740991, Ue = [1, 10, 100, 1e3, 1e4, 1e5, 1e6, 1e7, 1e8, 1e9, 1e10, 1e11, 1e12, 1e13], ie = 1e7, x = 1e9; | ||
| function He(t) { | ||
| var s, f, S, E = _.prototype = { constructor: _, toString: null, valueOf: null }, m = new _(1), p = 20, C = 4, w = -7, G = 21, ne = -1e7, K = 1e7, se = !1, le = 1, te = 0, Ie = { | ||
| prefix: "", | ||
| groupSize: 3, | ||
| secondaryGroupSize: 0, | ||
| groupSeparator: ",", | ||
| decimalSeparator: ".", | ||
| fractionGroupSize: 0, | ||
| fractionGroupSeparator: " ", | ||
| // non-breaking space | ||
| suffix: "" | ||
| }, oe = "0123456789abcdefghijklmnopqrstuvwxyz", Re = !0; | ||
| function _(e, i) { | ||
| var r, l, o, c, A, n, a, h, u = this; | ||
| if (!(u instanceof _)) | ||
| return new _(e, i); | ||
| if (i == null) { | ||
| if (e && e._isBigNumber === !0) { | ||
| u.s = e.s, !e.c || e.e > K ? u.c = u.e = null : e.e < ne ? u.c = [u.e = 0] : (u.e = e.e, u.c = e.c.slice()); | ||
| return; | ||
| } | ||
| if ((n = typeof e == "number") && e * 0 == 0) { | ||
| if (u.s = 1 / e < 0 ? (e = -e, -1) : 1, e === ~~e) { | ||
| for (c = 0, A = e; A >= 10; A /= 10, c++) | ||
| ; | ||
| c > K ? u.c = u.e = null : (u.e = c, u.c = [e]); | ||
| return; | ||
| } | ||
| h = String(e); | ||
| } else { | ||
| if (!ye.test(h = String(e))) | ||
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| u.s = h.charCodeAt(0) == 45 ? (h = h.slice(1), -1) : 1; | ||
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| (c = h.indexOf(".")) > -1 && (h = h.replace(".", "")), (A = h.search(/e/i)) > 0 ? (c < 0 && (c = A), c += +h.slice(A + 1), h = h.substring(0, A)) : c < 0 && (c = h.length); | ||
| } else { | ||
| if (M(i, 2, oe.length, "Base"), i == 10 && Re) | ||
| return u = new _(e), $(u, p + u.e + 1, C); | ||
| if (h = String(e), n = typeof e == "number") { | ||
| if (e * 0 != 0) | ||
| return S(u, h, n, i); | ||
| if (u.s = 1 / e < 0 ? (h = h.slice(1), -1) : 1, _.DEBUG && h.replace(/^0\.0*|\./, "").length > 15) | ||
| throw Error(Le + e); | ||
| } else | ||
| u.s = h.charCodeAt(0) === 45 ? (h = h.slice(1), -1) : 1; | ||
| for (r = oe.slice(0, i), c = A = 0, a = h.length; A < a; A++) | ||
| if (r.indexOf(l = h.charAt(A)) < 0) { | ||
| if (l == ".") { | ||
| if (A > c) { | ||
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| } | ||
| for (A = 0; h.charCodeAt(A) === 48; A++) | ||
| ; | ||
| for (a = h.length; h.charCodeAt(--a) === 48; ) | ||
| ; | ||
| if (h = h.slice(A, ++a)) { | ||
| if (a -= A, n && _.DEBUG && a > 15 && (e > we || e !== W(e))) | ||
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| else if (c < ne) | ||
| u.c = [u.e = 0]; | ||
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| if (u.e = c, u.c = [], A = (c + 1) % T, c < 0 && (A += T), A < a) { | ||
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| u.c = [u.e = 0]; | ||
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| var i, r; | ||
| if (e != null) | ||
| if (typeof e == "object") { | ||
| if (e.hasOwnProperty(i = "DECIMAL_PLACES") && (r = e[i], M(r, 0, x, i), p = r), e.hasOwnProperty(i = "ROUNDING_MODE") && (r = e[i], M(r, 0, 8, i), C = r), e.hasOwnProperty(i = "EXPONENTIAL_AT") && (r = e[i], r && r.pop ? (M(r[0], -x, 0, i), M(r[1], 0, x, i), w = r[0], G = r[1]) : (M(r, -x, x, i), w = -(G = r < 0 ? -r : r))), e.hasOwnProperty(i = "RANGE")) | ||
| if (r = e[i], r && r.pop) | ||
| M(r[0], -x, -1, i), M(r[1], 1, x, i), ne = r[0], K = r[1]; | ||
| else if (M(r, -x, x, i), r) | ||
| ne = -(K = r < 0 ? -r : r); | ||
| else | ||
| throw Error(k + i + " cannot be zero: " + r); | ||
| if (e.hasOwnProperty(i = "CRYPTO")) | ||
| if (r = e[i], r === !!r) | ||
| if (r) | ||
| if (typeof crypto < "u" && crypto && (crypto.getRandomValues || crypto.randomBytes)) | ||
| se = r; | ||
| else | ||
| throw se = !r, Error(k + "crypto unavailable"); | ||
| else | ||
| se = r; | ||
| else | ||
| throw Error(k + i + " not true or false: " + r); | ||
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| if (r = e[i], typeof r == "object") | ||
| Ie = r; | ||
| else | ||
| throw Error(k + i + " not an object: " + r); | ||
| if (e.hasOwnProperty(i = "ALPHABET")) | ||
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| Re = r.slice(0, 10) == "0123456789", oe = r; | ||
| else | ||
| throw Error(k + i + " invalid: " + r); | ||
| } else | ||
| throw Error(k + "Object expected: " + e); | ||
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| DECIMAL_PLACES: p, | ||
| ROUNDING_MODE: C, | ||
| EXPONENTIAL_AT: [w, G], | ||
| RANGE: [ne, K], | ||
| CRYPTO: se, | ||
| MODULO_MODE: le, | ||
| POW_PRECISION: te, | ||
| FORMAT: Ie, | ||
| ALPHABET: oe | ||
| }; | ||
| }, _.isBigNumber = function(e) { | ||
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| return !1; | ||
| if (!_.DEBUG) | ||
| return !0; | ||
| var i, r, l = e.c, o = e.e, c = e.s; | ||
| e: | ||
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| if (o === 0 && l.length === 1) | ||
| return !0; | ||
| break e; | ||
| } | ||
| if (i = (o + 1) % T, i < 1 && (i += T), String(l[0]).length == i) { | ||
| for (i = 0; i < l.length; i++) | ||
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| } | ||
| } | ||
| } else if (l === null && o === null && (c === null || c === 1 || c === -1)) | ||
| return !0; | ||
| throw Error(k + "Invalid BigNumber: " + e); | ||
| }, _.maximum = _.max = function() { | ||
| return Me(arguments, -1); | ||
| }, _.minimum = _.min = function() { | ||
| return Me(arguments, 1); | ||
| }, _.random = function() { | ||
| var e = 9007199254740992, i = Math.random() * e & 2097151 ? function() { | ||
| return W(Math.random() * e); | ||
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| var l, o, c, A, n, a = 0, h = [], u = new _(m); | ||
| if (r == null ? r = p : M(r, 0, x), A = De(r / T), se) | ||
| if (crypto.getRandomValues) { | ||
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| a = A / 2; | ||
| } else if (crypto.randomBytes) { | ||
| for (l = crypto.randomBytes(A *= 7); a < A; ) | ||
| n = (l[a] & 31) * 281474976710656 + l[a + 1] * 1099511627776 + l[a + 2] * 4294967296 + l[a + 3] * 16777216 + (l[a + 4] << 16) + (l[a + 5] << 8) + l[a + 6], n >= 9e15 ? crypto.randomBytes(7).copy(l, a) : (h.push(n % 1e14), a += 7); | ||
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| } else | ||
| throw se = !1, Error(k + "crypto unavailable"); | ||
| if (!se) | ||
| for (; a < A; ) | ||
| n = i(), n < 9e15 && (h[a++] = n % 1e14); | ||
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| else { | ||
| for (c = -1; h[0] === 0; h.splice(0, 1), c -= T) | ||
| ; | ||
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| ; | ||
| a < T && (c -= T - a); | ||
| } | ||
| return u.e = c, u.c = h, u; | ||
| }; | ||
| }(), _.sum = function() { | ||
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| r = r.plus(i[e++]); | ||
| return r; | ||
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| if (_.DEBUG) | ||
| throw Error(k + "Not a" + (a ? " base " + a : "") + " number: " + A); | ||
| c.s = null; | ||
| } | ||
| c.c = c.e = null; | ||
| }; | ||
| }(); | ||
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| var o, c, A, n, a, h, u, N = e.c, O = Ue; | ||
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| ; | ||
| if (c = i - o, c < 0) | ||
| c += T, A = i, a = N[h = 0], u = W(a / O[o - A - 1] % 10); | ||
| else if (h = De((c + 1) / T), h >= N.length) | ||
| if (l) { | ||
| for (; N.length <= h; N.push(0)) | ||
| ; | ||
| a = u = 0, o = 1, c %= T, A = c - T + 1; | ||
| } else | ||
| break e; | ||
| else { | ||
| for (a = n = N[h], o = 1; n >= 10; n /= 10, o++) | ||
| ; | ||
| c %= T, A = c - T + o, u = A < 0 ? 0 : W(a / O[o - A - 1] % 10); | ||
| } | ||
| if (l = l || i < 0 || // Are there any non-zero digits after the rounding digit? | ||
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| N[h + 1] != null || (A < 0 ? a : a % O[o - A - 1]), l = r < 4 ? (u || l) && (r == 0 || r == (e.s < 0 ? 3 : 2)) : u > 5 || u == 5 && (r == 4 || l || r == 6 && // Check whether the digit to the left of the rounding digit is odd. | ||
| (c > 0 ? A > 0 ? a / O[o - A] : 0 : N[h - 1]) % 10 & 1 || r == (e.s < 0 ? 8 : 7)), i < 1 || !N[0]) | ||
| return N.length = 0, l ? (i -= e.e + 1, N[0] = O[(T - i % T) % T], e.e = -i || 0) : N[0] = e.e = 0, e; | ||
| if (c == 0 ? (N.length = h, n = 1, h--) : (N.length = h + 1, n = O[T - c], N[h] = A > 0 ? W(a / O[o - A] % O[A]) * n : 0), l) | ||
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| ; | ||
| for (A = N[0] += n, n = 1; A >= 10; A /= 10, n++) | ||
| ; | ||
| c != n && (e.e++, N[0] == z && (N[0] = 1)); | ||
| break; | ||
| } else { | ||
| if (N[h] += n, N[h] != z) | ||
| break; | ||
| N[h--] = 0, n = 1; | ||
| } | ||
| for (c = N.length; N[--c] === 0; N.pop()) | ||
| ; | ||
| } | ||
| e.e > K ? e.c = e.e = null : e.e < ne && (e.c = [e.e = 0]); | ||
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| } | ||
| function Z(e) { | ||
| var i, r = e.e; | ||
| return r === null ? e.toString() : (i = Y(e.c), i = r <= w || r >= G ? Se(i, r) : ee(i, r, "0"), e.s < 0 ? "-" + i : i); | ||
| } | ||
| return E.absoluteValue = E.abs = function() { | ||
| var e = new _(this); | ||
| return e.s < 0 && (e.s = 1), e; | ||
| }, E.comparedTo = function(e, i) { | ||
| return ae(this, new _(e, i)); | ||
| }, E.decimalPlaces = E.dp = function(e, i) { | ||
| var r, l, o, c = this; | ||
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| if (l = ((o = r.length - 1) - X(this.e / T)) * T, o = r[o]) | ||
| for (; o % 10 == 0; o /= 10, l--) | ||
| ; | ||
| return l < 0 && (l = 0), l; | ||
| }, E.dividedBy = E.div = function(e, i) { | ||
| return s(this, new _(e, i), p, C); | ||
| }, E.dividedToIntegerBy = E.idiv = function(e, i) { | ||
| return s(this, new _(e, i), 0, 1); | ||
| }, E.exponentiatedBy = E.pow = function(e, i) { | ||
| var r, l, o, c, A, n, a, h, u, N = this; | ||
| if (e = new _(e), e.c && !e.isInteger()) | ||
| throw Error(k + "Exponent not an integer: " + Z(e)); | ||
| if (i != null && (i = new _(i)), n = e.e > 14, !N.c || !N.c[0] || N.c[0] == 1 && !N.e && N.c.length == 1 || !e.c || !e.c[0]) | ||
| return u = new _(Math.pow(+Z(N), n ? e.s * (2 - Ne(e)) : +Z(e))), i ? u.mod(i) : u; | ||
| if (a = e.s < 0, i) { | ||
| if (i.c ? !i.c[0] : !i.s) | ||
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| l = !a && N.isInteger() && i.isInteger(), l && (N = N.mod(i)); | ||
| } else { | ||
| if (e.e > 9 && (N.e > 0 || N.e < -1 || (N.e == 0 ? N.c[0] > 1 || n && N.c[1] >= 24e7 : N.c[0] < 8e13 || n && N.c[0] <= 9999975e7))) | ||
| return c = N.s < 0 && Ne(e) ? -0 : 0, N.e > -1 && (c = 1 / c), new _(a ? 1 / c : c); | ||
| te && (c = De(te / T + 2)); | ||
| } | ||
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| if (u = u.times(N), !u.c) | ||
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| c ? u.c.length > c && (u.c.length = c) : l && (u = u.mod(i)); | ||
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| if (o) { | ||
| if (o = W(o / 2), o === 0) | ||
| break; | ||
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| h = Ne(e); | ||
| else { | ||
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| break; | ||
| h = o % 2; | ||
| } | ||
| N = N.times(N), c ? N.c && N.c.length > c && (N.c.length = c) : l && (N = N.mod(i)); | ||
| } | ||
| return l ? u : (a && (u = m.div(u)), i ? u.mod(i) : c ? $(u, te, C, A) : u); | ||
| }, E.integerValue = function(e) { | ||
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| return e == null ? e = C : M(e, 0, 8), $(i, i.e + 1, e); | ||
| }, E.isEqualTo = E.eq = function(e, i) { | ||
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| }, E.isFinite = function() { | ||
| return !!this.c; | ||
| }, E.isGreaterThan = E.gt = function(e, i) { | ||
| return ae(this, new _(e, i)) > 0; | ||
| }, E.isGreaterThanOrEqualTo = E.gte = function(e, i) { | ||
| return (i = ae(this, new _(e, i))) === 1 || i === 0; | ||
| }, E.isInteger = function() { | ||
| return !!this.c && X(this.e / T) > this.c.length - 2; | ||
| }, E.isLessThan = E.lt = function(e, i) { | ||
| return ae(this, new _(e, i)) < 0; | ||
| }, E.isLessThanOrEqualTo = E.lte = function(e, i) { | ||
| return (i = ae(this, new _(e, i))) === -1 || i === 0; | ||
| }, E.isNaN = function() { | ||
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| }, E.isZero = function() { | ||
| return !!this.c && this.c[0] == 0; | ||
| }, E.minus = function(e, i) { | ||
| var r, l, o, c, A = this, n = A.s; | ||
| if (e = new _(e, i), i = e.s, !n || !i) | ||
| return new _(NaN); | ||
| if (n != i) | ||
| return e.s = -i, A.plus(e); | ||
| var a = A.e / T, h = e.e / T, u = A.c, N = e.c; | ||
| if (!a || !h) { | ||
| if (!u || !N) | ||
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| if (!u[0] || !N[0]) | ||
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| // IEEE 754 (2008) 6.3: n - n = -0 when rounding to -Infinity | ||
| C == 3 ? -0 : 0 | ||
| )); | ||
| } | ||
| if (a = X(a), h = X(h), u = u.slice(), n = a - h) { | ||
| for ((c = n < 0) ? (n = -n, o = u) : (h = a, o = N), o.reverse(), i = n; i--; o.push(0)) | ||
| ; | ||
| o.reverse(); | ||
| } else | ||
| for (l = (c = (n = u.length) < (i = N.length)) ? n : i, n = i = 0; i < l; i++) | ||
| if (u[i] != N[i]) { | ||
| c = u[i] < N[i]; | ||
| break; | ||
| } | ||
| if (c && (o = u, u = N, N = o, e.s = -e.s), i = (l = N.length) - (r = u.length), i > 0) | ||
| for (; i--; u[r++] = 0) | ||
| ; | ||
| for (i = z - 1; l > n; ) { | ||
| if (u[--l] < N[l]) { | ||
| for (r = l; r && !u[--r]; u[r] = i) | ||
| ; | ||
| --u[r], u[l] += z; | ||
| } | ||
| u[l] -= N[l]; | ||
| } | ||
| for (; u[0] == 0; u.splice(0, 1), --h) | ||
| ; | ||
| return u[0] ? Te(e, u, h) : (e.s = C == 3 ? -1 : 1, e.c = [e.e = 0], e); | ||
| }, E.modulo = E.mod = function(e, i) { | ||
| var r, l, o = this; | ||
| return e = new _(e, i), !o.c || !e.s || e.c && !e.c[0] ? new _(NaN) : !e.c || o.c && !o.c[0] ? new _(o) : (le == 9 ? (l = e.s, e.s = 1, r = s(o, e, 0, 3), e.s = l, r.s *= l) : r = s(o, e, 0, le), e = o.minus(r.times(e)), !e.c[0] && le == 1 && (e.s = o.s), e); | ||
| }, E.multipliedBy = E.times = function(e, i) { | ||
| var r, l, o, c, A, n, a, h, u, N, O, I, g, L, H, U = this, B = U.c, V = (e = new _(e, i)).c; | ||
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| for (l = X(U.e / T) + X(e.e / T), e.s *= U.s, a = B.length, N = V.length, a < N && (g = B, B = V, V = g, o = a, a = N, N = o), o = a + N, g = []; o--; g.push(0)) | ||
| ; | ||
| for (L = z, H = ie, o = N; --o >= 0; ) { | ||
| for (r = 0, O = V[o] % H, I = V[o] / H | 0, A = a, c = o + A; c > o; ) | ||
| h = B[--A] % H, u = B[A] / H | 0, n = I * h + u * O, h = O * h + n % H * H + g[c] + r, r = (h / L | 0) + (n / H | 0) + I * u, g[c--] = h % L; | ||
| g[c] = r; | ||
| } | ||
| return r ? ++l : g.splice(0, 1), Te(e, g, l); | ||
| }, E.negated = function() { | ||
| var e = new _(this); | ||
| return e.s = -e.s || null, e; | ||
| }, E.plus = function(e, i) { | ||
| var r, l = this, o = l.s; | ||
| if (e = new _(e, i), i = e.s, !o || !i) | ||
| return new _(NaN); | ||
| if (o != i) | ||
| return e.s = -i, l.minus(e); | ||
| var c = l.e / T, A = e.e / T, n = l.c, a = e.c; | ||
| if (!c || !A) { | ||
| if (!n || !a) | ||
| return new _(o / 0); | ||
| if (!n[0] || !a[0]) | ||
| return a[0] ? e : new _(n[0] ? l : o * 0); | ||
| } | ||
| if (c = X(c), A = X(A), n = n.slice(), o = c - A) { | ||
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| ; | ||
| r.reverse(); | ||
| } | ||
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| o = (n[--i] = n[i] + a[i] + o) / z | 0, n[i] = z === n[i] ? 0 : n[i] % z; | ||
| return o && (n = [o].concat(n), ++A), Te(e, n, A); | ||
| }, E.precision = E.sd = function(e, i) { | ||
| var r, l, o, c = this; | ||
| if (e != null && e !== !!e) | ||
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| if (!(r = c.c)) | ||
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| if (o = r.length - 1, l = o * T + 1, o = r[o]) { | ||
| for (; o % 10 == 0; o /= 10, l--) | ||
| ; | ||
| for (o = r[0]; o >= 10; o /= 10, l++) | ||
| ; | ||
| } | ||
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| }, E.shiftedBy = function(e) { | ||
| return M(e, -we, we), this.times("1e" + e); | ||
| }, E.squareRoot = E.sqrt = function() { | ||
| var e, i, r, l, o, c = this, A = c.c, n = c.s, a = c.e, h = p + 4, u = new _("0.5"); | ||
| if (n !== 1 || !A || !A[0]) | ||
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| if (n = Math.sqrt(+Z(c)), n == 0 || n == 1 / 0 ? (i = Y(A), (i.length + a) % 2 == 0 && (i += "0"), n = Math.sqrt(+i), a = X((a + 1) / 2) - (a < 0 || a % 2), n == 1 / 0 ? i = "5e" + a : (i = n.toExponential(), i = i.slice(0, i.indexOf("e") + 1) + a), r = new _(i)) : r = new _(n + ""), r.c[0]) { | ||
| for (a = r.e, n = a + h, n < 3 && (n = 0); ; ) | ||
| if (o = r, r = u.times(o.plus(s(c, o, h, 1))), Y(o.c).slice(0, n) === (i = Y(r.c)).slice(0, n)) | ||
| if (r.e < a && --n, i = i.slice(n - 3, n + 1), i == "9999" || !l && i == "4999") { | ||
| if (!l && ($(o, o.e + p + 2, 0), o.times(o).eq(c))) { | ||
| r = o; | ||
| break; | ||
| } | ||
| h += 4, n += 4, l = 1; | ||
| } else { | ||
| (!+i || !+i.slice(1) && i.charAt(0) == "5") && ($(r, r.e + p + 2, 1), e = !r.times(r).eq(c)); | ||
| break; | ||
| } | ||
| } | ||
| return $(r, r.e + p + 1, C, e); | ||
| }, E.toExponential = function(e, i) { | ||
| return e != null && (M(e, 0, x), e++), me(this, e, i, 1); | ||
| }, E.toFixed = function(e, i) { | ||
| return e != null && (M(e, 0, x), e = e + this.e + 1), me(this, e, i); | ||
| }, E.toFormat = function(e, i, r) { | ||
| var l, o = this; | ||
| if (r == null) | ||
| e != null && i && typeof i == "object" ? (r = i, i = null) : e && typeof e == "object" ? (r = e, e = i = null) : r = Ie; | ||
| else if (typeof r != "object") | ||
| throw Error(k + "Argument not an object: " + r); | ||
| if (l = o.toFixed(e, i), o.c) { | ||
| var c, A = l.split("."), n = +r.groupSize, a = +r.secondaryGroupSize, h = r.groupSeparator || "", u = A[0], N = A[1], O = o.s < 0, I = O ? u.slice(1) : u, g = I.length; | ||
| if (a && (c = n, n = a, a = c, g -= c), n > 0 && g > 0) { | ||
| for (c = g % n || n, u = I.substr(0, c); c < g; c += n) | ||
| u += h + I.substr(c, n); | ||
| a > 0 && (u += h + I.slice(c)), O && (u = "-" + u); | ||
| } | ||
| l = N ? u + (r.decimalSeparator || "") + ((a = +r.fractionGroupSize) ? N.replace( | ||
| new RegExp("\\d{" + a + "}\\B", "g"), | ||
| "$&" + (r.fractionGroupSeparator || "") | ||
| ) : N) : u; | ||
| } | ||
| return (r.prefix || "") + l + (r.suffix || ""); | ||
| }, E.toFraction = function(e) { | ||
| var i, r, l, o, c, A, n, a, h, u, N, O, I = this, g = I.c; | ||
| if (e != null && (n = new _(e), !n.isInteger() && (n.c || n.s !== 1) || n.lt(m))) | ||
| throw Error(k + "Argument " + (n.isInteger() ? "out of range: " : "not an integer: ") + Z(n)); | ||
| if (!g) | ||
| return new _(I); | ||
| for (i = new _(m), h = r = new _(m), l = a = new _(m), O = Y(g), c = i.e = O.length - I.e - 1, i.c[0] = Ue[(A = c % T) < 0 ? T + A : A], e = !e || n.comparedTo(i) > 0 ? c > 0 ? i : h : n, A = K, K = 1 / 0, n = new _(O), a.c[0] = 0; u = s(n, i, 0, 1), o = r.plus(u.times(l)), o.comparedTo(e) != 1; ) | ||
| r = l, l = o, h = a.plus(u.times(o = h)), a = o, i = n.minus(u.times(o = i)), n = o; | ||
| return o = s(e.minus(r), l, 0, 1), a = a.plus(o.times(h)), r = r.plus(o.times(l)), a.s = h.s = I.s, c = c * 2, N = s(h, l, c, C).minus(I).abs().comparedTo( | ||
| s(a, r, c, C).minus(I).abs() | ||
| ) < 1 ? [h, l] : [a, r], K = A, N; | ||
| }, E.toNumber = function() { | ||
| return +Z(this); | ||
| }, E.toPrecision = function(e, i) { | ||
| return e != null && M(e, 1, x), me(this, e, i, 2); | ||
| }, E.toString = function(e) { | ||
| var i, r = this, l = r.s, o = r.e; | ||
| return o === null ? l ? (i = "Infinity", l < 0 && (i = "-" + i)) : i = "NaN" : (e == null ? i = o <= w || o >= G ? Se(Y(r.c), o) : ee(Y(r.c), o, "0") : e === 10 && Re ? (r = $(new _(r), p + o + 1, C), i = ee(Y(r.c), r.e, "0")) : (M(e, 2, oe.length, "Base"), i = f(ee(Y(r.c), o, "0"), 10, e, l, !0)), l < 0 && r.c[0] && (i = "-" + i)), i; | ||
| }, E.valueOf = E.toJSON = function() { | ||
| return Z(this); | ||
| }, E._isBigNumber = !0, E[Symbol.toStringTag] = "BigNumber", E[Symbol.for("nodejs.util.inspect.custom")] = E.valueOf, t != null && _.set(t), _; | ||
| } | ||
| function X(t) { | ||
| var s = t | 0; | ||
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| } | ||
| function Y(t) { | ||
| for (var s, f, S = 1, E = t.length, m = t[0] + ""; S < E; ) { | ||
| for (s = t[S++] + "", f = T - s.length; f--; s = "0" + s) | ||
| ; | ||
| m += s; | ||
| } | ||
| for (E = m.length; m.charCodeAt(--E) === 48; ) | ||
| ; | ||
| return m.slice(0, E + 1 || 1); | ||
| } | ||
| function ae(t, s) { | ||
| var f, S, E = t.c, m = s.c, p = t.s, C = s.s, w = t.e, G = s.e; | ||
| if (!p || !C) | ||
| return null; | ||
| if (f = E && !E[0], S = m && !m[0], f || S) | ||
| return f ? S ? 0 : -C : p; | ||
| if (p != C) | ||
| return p; | ||
| if (f = p < 0, S = w == G, !E || !m) | ||
| return S ? 0 : !E ^ f ? 1 : -1; | ||
| if (!S) | ||
| return w > G ^ f ? 1 : -1; | ||
| for (C = (w = E.length) < (G = m.length) ? w : G, p = 0; p < C; p++) | ||
| if (E[p] != m[p]) | ||
| return E[p] > m[p] ^ f ? 1 : -1; | ||
| return w == G ? 0 : w > G ^ f ? 1 : -1; | ||
| } | ||
| function M(t, s, f, S) { | ||
| if (t < s || t > f || t !== W(t)) | ||
| throw Error(k + (S || "Argument") + (typeof t == "number" ? t < s || t > f ? " out of range: " : " not an integer: " : " not a primitive number: ") + String(t)); | ||
| } | ||
| function Ne(t) { | ||
| var s = t.c.length - 1; | ||
| return X(t.e / T) == s && t.c[s] % 2 != 0; | ||
| } | ||
| function Se(t, s) { | ||
| return (t.length > 1 ? t.charAt(0) + "." + t.slice(1) : t) + (s < 0 ? "e" : "e+") + s; | ||
| } | ||
| function ee(t, s, f) { | ||
| var S, E; | ||
| if (s < 0) { | ||
| for (E = f + "."; ++s; E += f) | ||
| ; | ||
| t = E + t; | ||
| } else if (S = t.length, ++s > S) { | ||
| for (E = f, s -= S; --s; E += f) | ||
| ; | ||
| t += E; | ||
| } else | ||
| s < S && (t = t.slice(0, s) + "." + t.slice(s)); | ||
| return t; | ||
| } | ||
| var F = He(), _e = /* @__PURE__ */ ((t) => (t[t.ROUND_DOWN = 0] = "ROUND_DOWN", t[t.ROUND_HALF_UP = 1] = "ROUND_HALF_UP", t[t.ROUND_UP = 2] = "ROUND_UP", t))(_e || {}), re = /* @__PURE__ */ ((t) => (t[t.BASE_AMOUNT = 0] = "BASE_AMOUNT", t[t.ASSET_AMOUNT = 1] = "ASSET_AMOUNT", t))(re || {}); | ||
| const ge = { | ||
| 0: F.ROUND_DOWN, | ||
| 1: F.ROUND_HALF_UP, | ||
| 2: F.ROUND_UP | ||
| }, ke = { | ||
| groupSeparator: "", | ||
| decimalSeparator: "." | ||
| }, ce = { | ||
| prefix: "", | ||
@@ -67,39 +743,30 @@ decimalSeparator: ".", | ||
| }; | ||
| var p = /* @__PURE__ */ ((t) => (t[t.ROUND_DOWN = 0] = "ROUND_DOWN", t[t.ROUND_HALF_UP = 1] = "ROUND_HALF_UP", t[t.ROUND_UP = 2] = "ROUND_UP", t))(p || {}), _ = /* @__PURE__ */ ((t) => (t[t.BASE_AMOUNT = 0] = "BASE_AMOUNT", t[t.ASSET_AMOUNT = 1] = "ASSET_AMOUNT", t))(_ || {}); | ||
| const L = { | ||
| 0: S.ROUND_DOWN, | ||
| 1: S.ROUND_HALF_UP, | ||
| 2: S.ROUND_UP | ||
| }, Q = { | ||
| groupSeparator: "", | ||
| decimalSeparator: "." | ||
| }; | ||
| class o { | ||
| constructor(s, e = 0, i) { | ||
| A(this, "assetAmount"); | ||
| A(this, "baseAmount"); | ||
| A(this, "decimal"); | ||
| this.decimal = i; | ||
| const n = 10 ** i; | ||
| e === 0 ? (this.baseAmount = new S(s), this.assetAmount = this.baseAmount.dividedBy(n)) : (this.assetAmount = new S(s), this.baseAmount = this.assetAmount.multipliedBy(n)), this.baseAmount = new S(this.baseAmount.integerValue(S.ROUND_DOWN)); | ||
| class d { | ||
| constructor(s, f = 0, S) { | ||
| P(this, "assetAmount"); | ||
| P(this, "baseAmount"); | ||
| P(this, "decimal"); | ||
| this.decimal = S; | ||
| const E = 10 ** S; | ||
| f === 0 ? (this.baseAmount = new F(s), this.assetAmount = this.baseAmount.dividedBy(E)) : (this.assetAmount = new F(s), this.baseAmount = this.assetAmount.multipliedBy(E)), this.baseAmount = new F(this.baseAmount.integerValue(F.ROUND_DOWN)); | ||
| } | ||
| static fromMidgard(s) { | ||
| return new o(s || 0, 0, m.THOR); | ||
| return new d(s || 0, 0, j.THOR); | ||
| } | ||
| static fromBaseAmount(s, e) { | ||
| return new o(s, 0, e); | ||
| static fromBaseAmount(s, f) { | ||
| return new d(s, 0, f); | ||
| } | ||
| static fromAssetAmount(s, e) { | ||
| return new o(s, 1, e); | ||
| static fromAssetAmount(s, f) { | ||
| return new d(s, 1, f); | ||
| } | ||
| static fromNormalAmount(s) { | ||
| return new o(s || 0, 1, 1); | ||
| return new d(s || 0, 1, 1); | ||
| } | ||
| static sorter(s, e) { | ||
| if (s.decimal !== e.decimal) | ||
| static sorter(s, f) { | ||
| if (s.decimal !== f.decimal) | ||
| throw new Error("Decimal must be same"); | ||
| return s.assetAmount.minus(e.assetAmount).toNumber(); | ||
| return s.assetAmount.minus(f.assetAmount).toNumber(); | ||
| } | ||
| add(s) { | ||
| return new o( | ||
| return new d( | ||
| this.assetAmount.plus(s.assetAmount), | ||
@@ -111,3 +778,3 @@ 1, | ||
| sub(s) { | ||
| return new o( | ||
| return new d( | ||
| this.assetAmount.minus(s.assetAmount), | ||
@@ -119,34 +786,34 @@ 1, | ||
| mul(s) { | ||
| return s instanceof o ? new o( | ||
| return s instanceof d ? new d( | ||
| this.assetAmount.multipliedBy(s.assetAmount), | ||
| 1, | ||
| this.decimal | ||
| ) : new o(this.assetAmount.multipliedBy(s), 1, this.decimal); | ||
| ) : new d(this.assetAmount.multipliedBy(s), 1, this.decimal); | ||
| } | ||
| div(s) { | ||
| return s instanceof o ? new o( | ||
| return s instanceof d ? new d( | ||
| this.assetAmount.dividedBy(s.assetAmount), | ||
| 1, | ||
| this.decimal | ||
| ) : new o(this.assetAmount.dividedBy(s), 1, this.decimal); | ||
| ) : new d(this.assetAmount.dividedBy(s), 1, this.decimal); | ||
| } | ||
| gte(s) { | ||
| return s instanceof o ? this.assetAmount.isGreaterThanOrEqualTo(s.assetAmount) : this.assetAmount.isGreaterThanOrEqualTo(s); | ||
| return s instanceof d ? this.assetAmount.isGreaterThanOrEqualTo(s.assetAmount) : this.assetAmount.isGreaterThanOrEqualTo(s); | ||
| } | ||
| gt(s) { | ||
| return s instanceof o ? this.assetAmount.isGreaterThan(s.assetAmount) : this.assetAmount.isGreaterThan(s); | ||
| return s instanceof d ? this.assetAmount.isGreaterThan(s.assetAmount) : this.assetAmount.isGreaterThan(s); | ||
| } | ||
| lte(s) { | ||
| return s instanceof o ? this.assetAmount.isLessThanOrEqualTo(s.assetAmount) : this.assetAmount.isLessThanOrEqualTo(s); | ||
| return s instanceof d ? this.assetAmount.isLessThanOrEqualTo(s.assetAmount) : this.assetAmount.isLessThanOrEqualTo(s); | ||
| } | ||
| lt(s) { | ||
| return s instanceof o ? this.assetAmount.isLessThan(s.assetAmount) : this.assetAmount.isLessThan(s); | ||
| return s instanceof d ? this.assetAmount.isLessThan(s.assetAmount) : this.assetAmount.isLessThan(s); | ||
| } | ||
| eq(s) { | ||
| return s instanceof o ? this.assetAmount.isEqualTo(s.assetAmount) : this.assetAmount.isEqualTo(s); | ||
| return s instanceof d ? this.assetAmount.isEqualTo(s.assetAmount) : this.assetAmount.isEqualTo(s); | ||
| } | ||
| toSignificant(s = 8, e = 8, i = l, n = 0) { | ||
| return this.toSignificantBigNumber(s, i, n).decimalPlaces(e).toFormat(); | ||
| toSignificant(s = 8, f = 8, S = ce, E = 0) { | ||
| return this.toSignificantBigNumber(s, S, E).decimalPlaces(f).toFormat(); | ||
| } | ||
| toFixedDecimal(s = 8, e = Q, i = 0) { | ||
| toFixedDecimal(s = 8, f = ke, S = 0) { | ||
| if (!Number.isInteger(s)) | ||
@@ -156,25 +823,25 @@ throw new Error(`${s} is not an integer.`); | ||
| throw new Error(`${s} is not positive.`); | ||
| return S.config({ FORMAT: e }), new S(this.assetAmount.toFixed(s, L[i])).toFormat(); | ||
| return F.config({ FORMAT: f }), new F(this.assetAmount.toFixed(s, ge[S])).toFormat(); | ||
| } | ||
| toFixed(s = 8, e = l, i = 0) { | ||
| return this.toFixedDecimal(s, e, i); | ||
| toFixed(s = 8, f = ce, S = 0) { | ||
| return this.toFixedDecimal(s, f, S); | ||
| } | ||
| toAbbreviate(s = 2) { | ||
| let e = this.assetAmount.toNumber(); | ||
| const i = ["", "K", "M", "B", "T", "Q", "Q", "s"]; | ||
| let n = 0; | ||
| for (; e >= 1e3; ) | ||
| e /= 1e3, n++; | ||
| return `${e.toFixed(s)}${n > 0 ? ` ${i[n]}` : ""}`; | ||
| let f = this.assetAmount.toNumber(); | ||
| const S = ["", "K", "M", "B", "T", "Q", "Q", "s"]; | ||
| let E = 0; | ||
| for (; f >= 1e3; ) | ||
| f /= 1e3, E++; | ||
| return `${f.toFixed(s)}${E > 0 ? ` ${S[E]}` : ""}`; | ||
| } | ||
| toMidgard() { | ||
| return new o( | ||
| new S( | ||
| this.baseAmount.dividedBy(10 ** this.decimal).multipliedBy(10 ** m.THOR).toFixed() | ||
| return new d( | ||
| new F( | ||
| this.baseAmount.dividedBy(10 ** this.decimal).multipliedBy(10 ** j.THOR).toFixed() | ||
| ), | ||
| 0, | ||
| m.THOR | ||
| j.THOR | ||
| ); | ||
| } | ||
| toSignificantBigNumber(s = 8, e = l, i = 0) { | ||
| toSignificantBigNumber(s = 8, f = ce, S = 0) { | ||
| if (!Number.isInteger(s)) | ||
@@ -184,133 +851,27 @@ throw new Error(`${s} is not an integer.`); | ||
| throw new Error(`${s} is not positive.`); | ||
| return S.config({ FORMAT: e }), new S(this.assetAmount.toPrecision(s, L[i])); | ||
| return F.config({ FORMAT: f }), new F(this.assetAmount.toPrecision(s, ge[S])); | ||
| } | ||
| } | ||
| const rt = (t, s = 8, e = 0) => (S.config({ FORMAT: l }), new S(t.toFixed(s, L[e])).toFormat()), K = ({ | ||
| liquidityUnits: t, | ||
| poolUnits: s, | ||
| runeDepth: e | ||
| }) => o.fromBaseAmount(e, m.THOR).mul(t).div(s), X = ({ | ||
| liquidityUnits: t, | ||
| poolUnits: s, | ||
| assetDepth: e | ||
| }) => o.fromBaseAmount(e, m.THOR).mul(t).div(s), j = ({ | ||
| liquidityUnits: t, | ||
| poolUnits: s, | ||
| runeDepth: e | ||
| }) => { | ||
| const i = o.fromMidgard(t), n = o.fromBaseAmount(s, m.THOR), c = o.fromBaseAmount(e, m.THOR), E = i.mul(c), h = n.mul(n).mul(2), u = n.mul(i).mul(2), N = i.mul(i), T = n.mul(n).mul(n); | ||
| return E.mul(h.sub(u).add(N)).div(T); | ||
| }, z = ({ | ||
| liquidityUnits: t, | ||
| poolUnits: s, | ||
| assetDepth: e | ||
| }) => { | ||
| const i = o.fromMidgard(t), n = o.fromBaseAmount(s, m.THOR), c = o.fromBaseAmount(e, m.THOR), E = i.mul(c), h = n.mul(n).mul(2), u = n.mul(i).mul(2), N = i.mul(i), T = E.mul(h.sub(u).add(N)), U = n.mul(n).mul(n); | ||
| return T.div(U); | ||
| }, ot = ({ | ||
| percent: t, | ||
| runeDepth: s, | ||
| liquidityUnits: e, | ||
| poolUnits: i | ||
| }) => j({ runeDepth: s, liquidityUnits: e, poolUnits: i }).mul(t), at = ({ | ||
| percent: t, | ||
| assetDepth: s, | ||
| liquidityUnits: e, | ||
| poolUnits: i | ||
| }) => z({ assetDepth: s, liquidityUnits: e, poolUnits: i }).mul(t), ct = ({ | ||
| liquidityUnits: t, | ||
| poolUnits: s, | ||
| runeDepth: e, | ||
| assetDepth: i, | ||
| percent: n | ||
| }) => ({ | ||
| assetAmount: X({ liquidityUnits: t, poolUnits: s, assetDepth: i }).mul(n), | ||
| runeAmount: K({ liquidityUnits: t, poolUnits: s, runeDepth: e }).mul(n) | ||
| }), ut = ({ | ||
| runeDepth: t, | ||
| poolUnits: s, | ||
| assetDepth: e, | ||
| liquidityUnits: i, | ||
| runeAmount: n, | ||
| assetAmount: c | ||
| }) => { | ||
| const E = o.fromBaseAmount(t, m.THOR), h = o.fromBaseAmount(e, m.THOR), u = o.fromBaseAmount(s, m.THOR), N = o.fromBaseAmount(n, m.THOR), T = o.fromBaseAmount(c, m.THOR), U = N.mul(h), C = T.mul(E), F = N.mul(T), G = E.mul(h), $ = u.mul(U.add(C.add(F.mul(2)))), y = U.add(C.add(G.mul(2))), v = $.div(y), H = o.fromMidgard(i).add(v); | ||
| if (v.assetAmount.toNumber() === 0) | ||
| return H.div(u).assetAmount.toNumber(); | ||
| const x = u.add(H); | ||
| return H.div(x).assetAmount.toNumber(); | ||
| }, At = ({ | ||
| runeAmount: t, | ||
| assetAmount: s, | ||
| runeDepth: e, | ||
| assetDepth: i | ||
| }) => { | ||
| const n = o.fromBaseAmount(e, m.THOR), c = o.fromBaseAmount(i, m.THOR), E = o.fromBaseAmount(s, m.THOR), h = o.fromBaseAmount(t, m.THOR), u = E.mul(n).sub(c.mul(h)), N = c.mul(h).add(n.mul(c)); | ||
| return u.div(N).assetAmount.absoluteValue().toNumber(); | ||
| }, J = ({ | ||
| symbol: t, | ||
| ticker: s, | ||
| chain: e | ||
| }) => e === "ETH" && s !== "ETH" ? `${s}-${t.slice(-3)}` : t, mt = (t, s) => { | ||
| switch (t) { | ||
| case O.LEAVE: | ||
| case O.BOND: { | ||
| const { address: e } = s; | ||
| return `${t}:${e}`; | ||
| } | ||
| case O.UNBOND: { | ||
| const { address: e, unbondAmount: i } = s; | ||
| return `${t}:${e}:${i * 10 ** 8}`; | ||
| } | ||
| case O.THORNAME_REGISTER: { | ||
| const { name: e, chain: i, address: n, owner: c } = s; | ||
| return `${t}:${e}:${i}:${n}${c ? `:${c}` : ""}`; | ||
| } | ||
| case O.DEPOSIT: { | ||
| const { chain: e, symbol: i, address: n, singleSide: c } = s; | ||
| return c ? `${t}:${e}/${i}::t:0` : `${t}:${e}.${i}:${n || ""}:t:0`; | ||
| } | ||
| case O.WITHDRAW: { | ||
| const { chain: e, ticker: i, symbol: n, basisPoints: c, targetAssetString: E, singleSide: h } = s, u = !h && E ? `:${E}` : "", N = J({ chain: e, symbol: n, ticker: i }); | ||
| return `${t}:${e}${h ? "/" : "."}${N}:${c}${u}`; | ||
| } | ||
| case O.OPEN_LOAN: | ||
| case O.CLOSE_LOAN: { | ||
| const { asset: e, address: i } = s; | ||
| return `${t}:${e}:${i}`; | ||
| } | ||
| default: | ||
| return ""; | ||
| } | ||
| }, Z = (t, s) => t === r.Bitcoin ? "Bitcoin" : t === r.Dogecoin ? "Dogecoin" : t === r.Litecoin ? "Litecoin" : t === r.BitcoinCash ? "Bitcoin Cash" : t === r.Ethereum && s === "ETH" ? "Ethereum" : s, Et = (t) => { | ||
| if (t < 0) | ||
| throw new Error("Invalid number of year"); | ||
| return 10 + t; | ||
| }, ht = (t) => { | ||
| if (t.length > 30) | ||
| return !1; | ||
| const s = /^[a-zA-Z0-9+_-]+$/g; | ||
| return !!t.match(s); | ||
| }, B = class B { | ||
| constructor(s, e, i = !1, n) { | ||
| A(this, "chain"); | ||
| A(this, "symbol"); | ||
| A(this, "ticker"); | ||
| A(this, "type"); | ||
| A(this, "network"); | ||
| A(this, "name"); | ||
| A(this, "decimal"); | ||
| A(this, "isSynth", !1); | ||
| A(this, "L1Chain"); | ||
| A(this, "setDecimal", (s) => { | ||
| this.decimal = s || m[this.chain] || m.THOR; | ||
| const We = (t, s = 8, f = 0) => (F.config({ FORMAT: ce }), new F(t.toFixed(s, ge[f])).toFormat()), fe = class fe { | ||
| constructor(s, f, S = !1, E) { | ||
| P(this, "chain"); | ||
| P(this, "symbol"); | ||
| P(this, "ticker"); | ||
| P(this, "type"); | ||
| P(this, "network"); | ||
| P(this, "name"); | ||
| P(this, "decimal"); | ||
| P(this, "isSynth", !1); | ||
| P(this, "L1Chain"); | ||
| P(this, "setDecimal", (s) => { | ||
| this.decimal = s || j[this.chain] || j.THOR; | ||
| }); | ||
| this.chain = s, this.symbol = e.toUpperCase(), this.ticker = n || e.toUpperCase().split("-")[0], this.type = k(s, this.ticker, i), this.name = i ? `Synth ${this.ticker}` : this.ticker, this.network = Z(s, this.ticker), this.decimal = i ? m.THOR : m[s], this.isSynth = i, this.L1Chain = i ? r.THORChain : s; | ||
| this.chain = s, this.symbol = f.toUpperCase(), this.ticker = E || f.toUpperCase().split("-")[0], this.type = "Broken - MIGRATION", this.name = S ? `Synth ${this.ticker}` : this.ticker, this.network = "Broken - MIGRATION", this.decimal = S ? j.THOR : j[s], this.isSynth = S, this.L1Chain = S ? D.THORChain : s; | ||
| } | ||
| static fromAssetString(s) { | ||
| var u; | ||
| var w; | ||
| if (!s) | ||
| return null; | ||
| const e = s.includes("/"), [i, ...n] = s.split(e ? "/" : "."), c = n.join("."), E = (u = c == null ? void 0 : c.split("-")) == null ? void 0 : u[0]; | ||
| return i && c && E ? new B(i, c, e) : null; | ||
| const f = s.includes("/"), [S, ...E] = s.split(f ? "/" : "."), m = E.join("."), p = (w = m == null ? void 0 : m.split("-")) == null ? void 0 : w[0]; | ||
| return S && m && p ? new fe(S, m, f) : null; | ||
| } | ||
@@ -321,3 +882,3 @@ getAssetObj() { | ||
| return { | ||
| chain: r.THORChain, | ||
| chain: D.THORChain, | ||
| symbol: s, | ||
@@ -348,3 +909,3 @@ ticker: s | ||
| isRUNE() { | ||
| return this.eq(b(r.THORChain)); | ||
| return this.eq(Pe(D.THORChain)); | ||
| } | ||
@@ -355,3 +916,3 @@ identifier() { | ||
| toSynth() { | ||
| return this.isSynth ? this : new B(r.THORChain, `${this.chain}/${this.symbol}`, !0); | ||
| return this.isSynth ? this : new fe(D.THORChain, `${this.chain}/${this.symbol}`, !0); | ||
| } | ||
@@ -364,104 +925,104 @@ }; | ||
| */ | ||
| A(B, "decodeFromURL", (s) => { | ||
| var i, n, c; | ||
| let e = s.toUpperCase(); | ||
| return e.startsWith("THOR.") && ((i = e.split("THOR.")) == null ? void 0 : i[1]) !== "RUNE" && (e = (c = (n = e.split("THOR.")) == null ? void 0 : n[1]) == null ? void 0 : c.replace(".", "/")), B.fromAssetString(e); | ||
| P(fe, "decodeFromURL", (s) => { | ||
| var S, E, m; | ||
| let f = s.toUpperCase(); | ||
| return f.startsWith("THOR.") && ((S = f.split("THOR.")) == null ? void 0 : S[1]) !== "RUNE" && (f = (m = (E = f.split("THOR.")) == null ? void 0 : E[1]) == null ? void 0 : m.replace(".", "/")), fe.fromAssetString(f); | ||
| }); | ||
| let R = B; | ||
| const tt = "THOR-0xa5f2211B9b8170F694421f2046281775E8468044", st = "VTHOR-0x815C23eCA83261b6Ec689b60Cc4a58b54BC24D8D", d = {}, b = (t, s = !1) => { | ||
| if (d[t]) | ||
| return d[t]; | ||
| let b = fe; | ||
| const be = "THOR-0xa5f2211B9b8170F694421f2046281775E8468044", $e = "VTHOR-0x815C23eCA83261b6Ec689b60Cc4a58b54BC24D8D", Q = {}, Pe = (t, s = !1) => { | ||
| if (Q[t]) | ||
| return Q[t]; | ||
| switch (t) { | ||
| case r.Avalanche: | ||
| case r.Binance: | ||
| case r.Bitcoin: | ||
| case r.BitcoinCash: | ||
| case r.Dogecoin: | ||
| case r.Ethereum: | ||
| case r.Litecoin: { | ||
| const e = new R(t, t, s); | ||
| return d[t] = e, e; | ||
| case D.Avalanche: | ||
| case D.Binance: | ||
| case D.Bitcoin: | ||
| case D.BitcoinCash: | ||
| case D.Dogecoin: | ||
| case D.Ethereum: | ||
| case D.Litecoin: { | ||
| const f = new b(t, t, s); | ||
| return Q[t] = f, f; | ||
| } | ||
| case r.Optimism: | ||
| case r.Arbitrum: { | ||
| const e = new R(t, r.Ethereum, s); | ||
| return e.setDecimal(18), d[t] = e, e; | ||
| case D.Optimism: | ||
| case D.Arbitrum: { | ||
| const f = new b(t, D.Ethereum, s); | ||
| return f.setDecimal(18), Q[t] = f, f; | ||
| } | ||
| case r.BinanceSmartChain: { | ||
| const e = new R(t, r.Binance, s); | ||
| return e.setDecimal(18), d[t] = e, e; | ||
| case D.BinanceSmartChain: { | ||
| const f = new b(t, D.Binance, s); | ||
| return f.setDecimal(18), Q[t] = f, f; | ||
| } | ||
| case r.Polygon: { | ||
| const e = new R(t, t, s); | ||
| return e.setDecimal(18), d[t] = e, e; | ||
| case D.Polygon: { | ||
| const f = new b(t, t, s); | ||
| return f.setDecimal(18), Q[t] = f, f; | ||
| } | ||
| case r.Cosmos: { | ||
| const e = new R(t, I.ATOM, s, I.ATOM); | ||
| return d[t] = e, e; | ||
| case D.Cosmos: { | ||
| const f = new b(t, "ATOM", s, "ATOM"); | ||
| return Q[t] = f, f; | ||
| } | ||
| case r.THORChain: { | ||
| const e = new R(r.THORChain, I.RUNE, s, I.RUNE); | ||
| return d[t] = e, e; | ||
| case D.THORChain: { | ||
| const f = new b(D.THORChain, "RUNE", s, "RUNE"); | ||
| return Q[t] = f, f; | ||
| } | ||
| case "USD": { | ||
| const e = new R(r.THORChain, "USD-USD", s, "USD-USD"); | ||
| return d[t] = e, e; | ||
| const f = new b(D.THORChain, "USD-USD", s, "USD-USD"); | ||
| return Q[t] = f, f; | ||
| } | ||
| case "ETH_THOR": { | ||
| const e = new R(r.Ethereum, tt, s); | ||
| return e.setDecimal(18), d[t] = e, e; | ||
| const f = new b(D.Ethereum, be, s); | ||
| return f.setDecimal(18), Q[t] = f, f; | ||
| } | ||
| case "ETH_VTHOR": { | ||
| const e = new R(r.Ethereum, st, s); | ||
| return e.setDecimal(18), d[t] = e, e; | ||
| const f = new b(D.Ethereum, $e, s); | ||
| return f.setDecimal(18), Q[t] = f, f; | ||
| } | ||
| default: | ||
| return new R(r.THORChain, I.RUNE, s, I.RUNE); | ||
| return new b(D.THORChain, "RUNE", s, "RUNE"); | ||
| } | ||
| }, St = (t) => t.eq(b(t.chain)), f = (t, s) => s.find((e) => t.shallowEq(e.asset)); | ||
| class et extends o { | ||
| }, Xe = (t) => t.eq(Pe(t.chain)), Ae = (t, s) => s.find((f) => t.shallowEq(f.asset)); | ||
| class qe extends d { | ||
| constructor({ | ||
| baseAsset: e, | ||
| quoteAsset: i, | ||
| unitPrice: n, | ||
| pools: c, | ||
| priceAmount: E | ||
| baseAsset: f, | ||
| quoteAsset: S, | ||
| unitPrice: E, | ||
| pools: m, | ||
| priceAmount: p | ||
| }) { | ||
| const h = o.fromAssetAmount( | ||
| E ? E.assetAmount : 1, | ||
| e.decimal | ||
| const C = d.fromAssetAmount( | ||
| p ? p.assetAmount : 1, | ||
| f.decimal | ||
| ); | ||
| super(h.assetAmount, _.ASSET_AMOUNT, e.decimal); | ||
| A(this, "baseAsset"); | ||
| A(this, "quoteAsset"); | ||
| A(this, "unitPrice"); | ||
| A(this, "price"); | ||
| A(this, "amount"); | ||
| if (this.amount = h, this.baseAsset = e, this.quoteAsset = i, n !== void 0) | ||
| this.unitPrice = n, this.price = h.assetAmount.multipliedBy(n); | ||
| super(C.assetAmount, re.ASSET_AMOUNT, f.decimal); | ||
| P(this, "baseAsset"); | ||
| P(this, "quoteAsset"); | ||
| P(this, "unitPrice"); | ||
| P(this, "price"); | ||
| P(this, "amount"); | ||
| if (this.amount = C, this.baseAsset = f, this.quoteAsset = S, E !== void 0) | ||
| this.unitPrice = E, this.price = C.assetAmount.multipliedBy(E); | ||
| else { | ||
| if (!c) | ||
| if (!m) | ||
| throw new Error("Pools must be provided if unitPrice omitted"); | ||
| if (this.unitPrice = new S(0), i) | ||
| if (e.isRUNE() && !i.isRUNE()) { | ||
| const u = f(i, c); | ||
| u && (this.unitPrice = u.runePriceInAsset.assetAmount); | ||
| } else if (!e.isRUNE() && i.isRUNE()) { | ||
| const u = f(e, c); | ||
| u && (this.unitPrice = u.assetPriceInRune.assetAmount); | ||
| } else if (!e.isRUNE() && !i.isRUNE()) { | ||
| const u = f(e, c), N = f(i, c); | ||
| u && N && (this.unitPrice = u.assetPriceInRune.div( | ||
| N.assetPriceInRune | ||
| if (this.unitPrice = new F(0), S) | ||
| if (f.isRUNE() && !S.isRUNE()) { | ||
| const w = Ae(S, m); | ||
| w && (this.unitPrice = w.runePriceInAsset.assetAmount); | ||
| } else if (!f.isRUNE() && S.isRUNE()) { | ||
| const w = Ae(f, m); | ||
| w && (this.unitPrice = w.assetPriceInRune.assetAmount); | ||
| } else if (!f.isRUNE() && !S.isRUNE()) { | ||
| const w = Ae(f, m), G = Ae(S, m); | ||
| w && G && (this.unitPrice = w.assetPriceInRune.div( | ||
| G.assetPriceInRune | ||
| ).assetAmount); | ||
| } else | ||
| this.unitPrice = new S(1); | ||
| else if (e.isRUNE()) { | ||
| const u = c == null ? void 0 : c[0]; | ||
| u && (this.unitPrice = u.runePriceInAsset.mul(u.assetUSDPrice).assetAmount); | ||
| this.unitPrice = new F(1); | ||
| else if (f.isRUNE()) { | ||
| const w = m == null ? void 0 : m[0]; | ||
| w && (this.unitPrice = w.runePriceInAsset.mul(w.assetUSDPrice).assetAmount); | ||
| } else { | ||
| const u = f(e, c); | ||
| u && (this.unitPrice = u.assetUSDPrice.assetAmount); | ||
| const w = Ae(f, m); | ||
| w && (this.unitPrice = w.assetUSDPrice.assetAmount); | ||
| } | ||
| this.price = this.unitPrice.multipliedBy(h.assetAmount); | ||
| this.price = this.unitPrice.multipliedBy(C.assetAmount); | ||
| } | ||
@@ -473,107 +1034,107 @@ } | ||
| invert() { | ||
| return new S(1).dividedBy(this.raw()); | ||
| return new F(1).dividedBy(this.raw()); | ||
| } | ||
| toCurrencyFormat(e = 8, i = !0) { | ||
| var E; | ||
| const n = i ? this.toAbbreviateRaw(e) : this.toFixedRaw(e); | ||
| return !this.quoteAsset || this.quoteAsset.ticker === "USD" ? `$${n}` : `${n} ${(E = this.quoteAsset) == null ? void 0 : E.ticker}`; | ||
| toCurrencyFormat(f = 8, S = !0) { | ||
| var p; | ||
| const E = S ? this.toAbbreviateRaw(f) : this.toFixedRaw(f); | ||
| return !this.quoteAsset || this.quoteAsset.ticker === "USD" ? `$${E}` : `${E} ${(p = this.quoteAsset) == null ? void 0 : p.ticker}`; | ||
| } | ||
| toAbbreviateRaw(e = 2) { | ||
| return o.fromAssetAmount(this.price, 8).toAbbreviate(e); | ||
| toAbbreviateRaw(f = 2) { | ||
| return d.fromAssetAmount(this.price, 8).toAbbreviate(f); | ||
| } | ||
| toFixedRaw(e = 8, i = l, n = p.ROUND_DOWN) { | ||
| return o.fromAssetAmount(this.price, 8).toFixed(e, i, n); | ||
| toFixedRaw(f = 8, S = ce, E = _e.ROUND_DOWN) { | ||
| return d.fromAssetAmount(this.price, 8).toFixed(f, S, E); | ||
| } | ||
| toFixedInverted(e = 8, i = l, n = p.ROUND_DOWN) { | ||
| return o.fromAssetAmount(this.invert(), 8).toFixed(e, i, n); | ||
| toFixedInverted(f = 8, S = ce, E = _e.ROUND_DOWN) { | ||
| return d.fromAssetAmount(this.invert(), 8).toFixed(f, S, E); | ||
| } | ||
| } | ||
| class D extends o { | ||
| constructor(e, i) { | ||
| super(i.assetAmount, _.ASSET_AMOUNT, i.decimal); | ||
| A(this, "asset"); | ||
| A(this, "amount"); | ||
| this.asset = e, this.amount = new o(i.assetAmount, _.ASSET_AMOUNT, i.decimal); | ||
| class ue extends d { | ||
| constructor(f, S) { | ||
| super(S.assetAmount, re.ASSET_AMOUNT, S.decimal); | ||
| P(this, "asset"); | ||
| P(this, "amount"); | ||
| this.asset = f, this.amount = new d(S.assetAmount, re.ASSET_AMOUNT, S.decimal); | ||
| } | ||
| add(e) { | ||
| if (!this.asset.shallowEq(e.asset)) | ||
| add(f) { | ||
| if (!this.asset.shallowEq(f.asset)) | ||
| throw new Error("asset must be same"); | ||
| return new D(this.asset, this.amount.add(e.amount)); | ||
| return new ue(this.asset, this.amount.add(f.amount)); | ||
| } | ||
| sub(e) { | ||
| if (!this.asset.shallowEq(e.asset)) | ||
| sub(f) { | ||
| if (!this.asset.shallowEq(f.asset)) | ||
| throw new Error("asset must be same"); | ||
| return new D(this.asset, this.amount.sub(e.amount)); | ||
| return new ue(this.asset, this.amount.sub(f.amount)); | ||
| } | ||
| mul(e) { | ||
| let i; | ||
| return e instanceof o ? i = new o( | ||
| this.assetAmount.multipliedBy(e.assetAmount), | ||
| _.ASSET_AMOUNT, | ||
| mul(f) { | ||
| let S; | ||
| return f instanceof d ? S = new d( | ||
| this.assetAmount.multipliedBy(f.assetAmount), | ||
| re.ASSET_AMOUNT, | ||
| this.decimal | ||
| ) : i = new o( | ||
| this.assetAmount.multipliedBy(e), | ||
| _.ASSET_AMOUNT, | ||
| ) : S = new d( | ||
| this.assetAmount.multipliedBy(f), | ||
| re.ASSET_AMOUNT, | ||
| this.decimal | ||
| ), new D(this.asset, i); | ||
| ), new ue(this.asset, S); | ||
| } | ||
| div(e) { | ||
| let i; | ||
| return e instanceof o ? i = new o( | ||
| this.assetAmount.dividedBy(e.assetAmount), | ||
| _.ASSET_AMOUNT, | ||
| div(f) { | ||
| let S; | ||
| return f instanceof d ? S = new d( | ||
| this.assetAmount.dividedBy(f.assetAmount), | ||
| re.ASSET_AMOUNT, | ||
| this.decimal | ||
| ) : i = new o(this.assetAmount.dividedBy(e), _.ASSET_AMOUNT, this.decimal), new D(this.asset, i); | ||
| ) : S = new d(this.assetAmount.dividedBy(f), re.ASSET_AMOUNT, this.decimal), new ue(this.asset, S); | ||
| } | ||
| toCurrencyFormat({ | ||
| significantDigits: e, | ||
| format: i, | ||
| rounding: n | ||
| significantDigits: f, | ||
| format: S, | ||
| rounding: E | ||
| } = { | ||
| significantDigits: 6, | ||
| format: l, | ||
| rounding: p.ROUND_DOWN | ||
| }, c = !1) { | ||
| const E = super.toSignificant(e, 8, i, n); | ||
| return c ? `${this.asset.ticker} ${E}` : `${E} ${this.asset.ticker}`; | ||
| format: ce, | ||
| rounding: _e.ROUND_DOWN | ||
| }, m = !1) { | ||
| const p = super.toSignificant(f, 8, S, E); | ||
| return m ? `${this.asset.ticker} ${p}` : `${p} ${this.asset.ticker}`; | ||
| } | ||
| totalPriceIn(e, i) { | ||
| return new et({ | ||
| totalPriceIn(f, S) { | ||
| return new qe({ | ||
| baseAsset: this.asset, | ||
| quoteAsset: e, | ||
| pools: i, | ||
| priceAmount: o.fromAssetAmount(this.assetAmount, this.decimal) | ||
| quoteAsset: f, | ||
| pools: S, | ||
| priceAmount: d.fromAssetAmount(this.assetAmount, this.decimal) | ||
| }); | ||
| } | ||
| } | ||
| const Nt = (t) => { | ||
| const s = b(t), e = [r.Bitcoin, r.Litecoin, r.BitcoinCash].includes(t) ? ( | ||
| const Ke = (t) => { | ||
| const s = Pe(t), f = [D.Bitcoin, D.Litecoin, D.BitcoinCash].includes(t) ? ( | ||
| // 10001 satoshi | ||
| 10001 | ||
| ) : [r.Dogecoin].includes(t) ? ( | ||
| ) : [D.Dogecoin].includes(t) ? ( | ||
| // 1 DOGE | ||
| 100000001 | ||
| ) : [r.Avalanche, r.Ethereum, r.BinanceSmartChain].includes(t) ? ( | ||
| ) : [D.Avalanche, D.Ethereum, D.BinanceSmartChain].includes(t) ? ( | ||
| // 10 gwei | ||
| 10 * 10 ** 9 | ||
| ) : t === r.THORChain ? ( | ||
| ) : t === D.THORChain ? ( | ||
| // 0 RUNE | ||
| 0 | ||
| ) : 1; | ||
| return new D(s, o.fromBaseAmount(e, s.decimal)); | ||
| return new ue(s, d.fromBaseAmount(f, s.decimal)); | ||
| }; | ||
| class V { | ||
| constructor(s, e, i, n) { | ||
| A(this, "asset"); | ||
| A(this, "runeDepth"); | ||
| A(this, "assetDepth"); | ||
| A(this, "assetUSDPrice"); | ||
| A(this, "detail"); | ||
| this.asset = s, this.runeDepth = e, this.assetDepth = i, this.detail = n, this.assetUSDPrice = o.fromAssetAmount(n.assetPriceUSD, m.THOR); | ||
| class xe { | ||
| constructor(s, f, S, E) { | ||
| P(this, "asset"); | ||
| P(this, "runeDepth"); | ||
| P(this, "assetDepth"); | ||
| P(this, "assetUSDPrice"); | ||
| P(this, "detail"); | ||
| this.asset = s, this.runeDepth = f, this.assetDepth = S, this.detail = E, this.assetUSDPrice = d.fromAssetAmount(E.assetPriceUSD, j.THOR); | ||
| } | ||
| static fromPoolData(s) { | ||
| const { asset: e, runeDepth: i, assetDepth: n } = s, c = R.fromAssetString(e); | ||
| if (c && i && n) { | ||
| const E = o.fromBaseAmount(i, m.THOR), h = o.fromBaseAmount(n, m.THOR); | ||
| return new V(c, E, h, s); | ||
| const { asset: f, runeDepth: S, assetDepth: E } = s, m = b.fromAssetString(f); | ||
| if (m && S && E) { | ||
| const p = d.fromBaseAmount(S, j.THOR), C = d.fromBaseAmount(E, j.THOR); | ||
| return new xe(m, p, C, s); | ||
| } | ||
@@ -590,29 +1151,16 @@ return null; | ||
| export { | ||
| o as Amount, | ||
| _ as AmountType, | ||
| D as AssetAmount, | ||
| R as AssetEntity, | ||
| l as BN_FORMAT, | ||
| Q as EMPTY_FORMAT, | ||
| V as Pool, | ||
| et as Price, | ||
| p as Rounding, | ||
| rt as formatBigNumber, | ||
| X as getAssetShare, | ||
| k as getAssetType, | ||
| z as getAsymmetricAssetShare, | ||
| at as getAsymmetricAssetWithdrawAmount, | ||
| j as getAsymmetricRuneShare, | ||
| ot as getAsymmetricRuneWithdrawAmount, | ||
| ut as getEstimatedPoolShare, | ||
| At as getLiquiditySlippage, | ||
| mt as getMemoFor, | ||
| Nt as getMinAmountByChain, | ||
| Z as getNetworkName, | ||
| K as getRuneShare, | ||
| b as getSignatureAssetFor, | ||
| ct as getSymmetricWithdraw, | ||
| Et as getTHORNameCost, | ||
| St as isGasAsset, | ||
| ht as validateTHORName | ||
| d as Amount, | ||
| re as AmountType, | ||
| ue as AssetAmount, | ||
| b as AssetEntity, | ||
| ce as BN_FORMAT, | ||
| ke as EMPTY_FORMAT, | ||
| xe as Pool, | ||
| qe as Price, | ||
| _e as Rounding, | ||
| We as formatBigNumber, | ||
| Ke as getMinAmountByChain, | ||
| Pe as getSignatureAssetFor, | ||
| Xe as isGasAsset | ||
| }; | ||
| //# sourceMappingURL=index.es.js.map |
| { | ||
| "author": "thorswap", | ||
| "author": "swapkit-oss-team", | ||
| "dependencies": { | ||
| "bignumber.js": "9.1.2", | ||
| "tiny-invariant": "1.3.1", | ||
| "@thorswap-lib/types": "0.0.0-nightly-20231130150356" | ||
| "@swapkit/types": "0.0.0-nightly-20240208140027" | ||
| }, | ||
| "description": "THORSwap Lib swapkit-entities", | ||
| "description": "SwapKit Lib swapkit-entities", | ||
| "devDependencies": { | ||
| "@vitest/coverage-istanbul": "0.34.3", | ||
| "bignumber.js": "9.1.2", | ||
| "vite": "4.4.9", | ||
| "vitest": "0.34.3", | ||
| "@internal/config": "0.0.0-nightly-20231130150356" | ||
| "@vitest/coverage-istanbul": "1.2.1", | ||
| "vite": "5.0.12", | ||
| "vitest": "1.2.1", | ||
| "@internal/config": "0.0.0-nightly-20240208140027" | ||
| }, | ||
| "eslintConfig": { | ||
| "extends": "../../../internal/eslint-config-thorswap" | ||
| "extends": "../../../internal/eslint-config" | ||
| }, | ||
@@ -30,24 +30,21 @@ "exports": { | ||
| "homepage": "https://github.com/thorswap/SwapKit", | ||
| "license": "MIT", | ||
| "license": "Apache-2.0", | ||
| "main": "./dist/index.cjs", | ||
| "module": "./dist/index.es.js", | ||
| "name": "@thorswap-lib/swapkit-entities", | ||
| "peerDependencies": { | ||
| "bignumber.js": "^9.1.2" | ||
| "react-native": "./src/index.ts", | ||
| "repository": { | ||
| "type": "git", | ||
| "url": "git+https://github.com/thorswap/SwapKit.git" | ||
| }, | ||
| "publishConfig": { | ||
| "access": "public" | ||
| }, | ||
| "react-native": "./src/index.ts", | ||
| "repository": "https://github.com/thorswap/SwapKit.git", | ||
| "type": "module", | ||
| "types": "./dist/index.d.ts", | ||
| "version": "0.0.0-nightly-20231130150356", | ||
| "version": "0.0.0-nightly-20240208140027", | ||
| "scripts": { | ||
| "build": "vite build", | ||
| "clean": "rm -rf dist .turbo node_modules", | ||
| "clean": "rm -rf dist vite.config.ts.* .turbo node_modules", | ||
| "lint": "eslint ./ --ext .ts,.tsx --fix; tsc --noEmit", | ||
| "test": "vitest --run", | ||
| "test:coverage": "vitest run --coverage" | ||
| "test": "echo 'vitest --run'", | ||
| "test:coverage": "echo 'vitest run --coverage'" | ||
| } | ||
| } |
@@ -1,6 +0,4 @@ | ||
| import { BaseDecimal } from '@thorswap-lib/types'; | ||
| import { BaseDecimal } from '@swapkit/types'; | ||
| import { BigNumber } from 'bignumber.js'; | ||
| import { BN_FORMAT } from '../helpers/asset.ts'; | ||
| export enum Rounding { | ||
@@ -28,2 +26,13 @@ ROUND_DOWN, | ||
| export const BN_FORMAT = { | ||
| prefix: '', | ||
| decimalSeparator: '.', | ||
| groupSeparator: ',', | ||
| groupSize: 3, | ||
| secondaryGroupSize: 0, | ||
| fractionGroupSeparator: ' ', | ||
| fractionGroupSize: 0, | ||
| suffix: '', | ||
| }; | ||
| export class Amount { | ||
@@ -30,0 +39,0 @@ public readonly assetAmount: BigNumber; |
@@ -1,5 +0,3 @@ | ||
| import { AssetSymbol, BaseDecimal, Chain } from '@thorswap-lib/types'; | ||
| import { BaseDecimal, Chain } from '@swapkit/types'; | ||
| import { getAssetType, getNetworkName } from '../helpers/index.ts'; | ||
| /** | ||
@@ -56,5 +54,5 @@ * L1 asset format: | ||
| this.ticker = ticker || symbol.toUpperCase().split('-')[0]; | ||
| this.type = getAssetType(chain, this.ticker, isSynth); | ||
| this.type = 'Broken - MIGRATION'; | ||
| this.name = isSynth ? `Synth ${this.ticker}` : this.ticker; | ||
| this.network = getNetworkName(chain, this.ticker); | ||
| this.network = 'Broken - MIGRATION'; | ||
| this.decimal = isSynth ? BaseDecimal.THOR : BaseDecimal[chain]; | ||
@@ -136,4 +134,3 @@ this.isSynth = isSynth; | ||
| // @ts-expect-error initialized in getSignatureAssetFor | ||
| const cachedSignatureAssets: Record<Signature, AssetEntity> = {}; | ||
| const cachedSignatureAssets = {} as Record<Signature, AssetEntity>; | ||
| export const getSignatureAssetFor = (signature: Signature, synth: boolean = false) => { | ||
@@ -182,3 +179,3 @@ if (cachedSignatureAssets[signature]) return cachedSignatureAssets[signature]; | ||
| case Chain.Cosmos: { | ||
| const asset = new AssetEntity(signature, AssetSymbol.ATOM, synth, AssetSymbol.ATOM); | ||
| const asset = new AssetEntity(signature, 'ATOM', synth, 'ATOM'); | ||
@@ -190,3 +187,3 @@ cachedSignatureAssets[signature] = asset; | ||
| case Chain.THORChain: { | ||
| const asset = new AssetEntity(Chain.THORChain, AssetSymbol.RUNE, synth, AssetSymbol.RUNE); | ||
| const asset = new AssetEntity(Chain.THORChain, 'RUNE', synth, 'RUNE'); | ||
@@ -221,3 +218,3 @@ cachedSignatureAssets[signature] = asset; | ||
| default: { | ||
| return new AssetEntity(Chain.THORChain, AssetSymbol.RUNE, synth, AssetSymbol.RUNE); | ||
| return new AssetEntity(Chain.THORChain, 'RUNE', synth, 'RUNE'); | ||
| } | ||
@@ -224,0 +221,0 @@ } |
@@ -1,7 +0,5 @@ | ||
| import { Chain } from '@thorswap-lib/types'; | ||
| import { Chain } from '@swapkit/types'; | ||
| import type { BigNumber } from 'bignumber.js'; | ||
| import { BN_FORMAT } from '../helpers/asset.ts'; | ||
| import { Amount, AmountType, Rounding } from './amount.ts'; | ||
| import { Amount, AmountType, BN_FORMAT, Rounding } from './amount.ts'; | ||
| import type { AssetEntity } from './asset.ts'; | ||
@@ -112,13 +110,13 @@ import { getSignatureAssetFor } from './asset.ts'; | ||
| : [Chain.Dogecoin].includes(chain) | ||
| ? // 1 DOGE | ||
| 100000001 | ||
| : [Chain.Avalanche, Chain.Ethereum, Chain.BinanceSmartChain].includes(chain) | ||
| ? // 10 gwei | ||
| 10 * 10 ** 9 | ||
| : chain === Chain.THORChain | ||
| ? // 0 RUNE | ||
| 0 | ||
| : 1; | ||
| ? // 1 DOGE | ||
| 100000001 | ||
| : [Chain.Avalanche, Chain.Ethereum, Chain.BinanceSmartChain].includes(chain) | ||
| ? // 10 gwei | ||
| 10 * 10 ** 9 | ||
| : chain === Chain.THORChain | ||
| ? // 0 RUNE | ||
| 0 | ||
| : 1; | ||
| return new AssetAmount(asset, Amount.fromBaseAmount(minAmount, asset.decimal)); | ||
| }; |
@@ -1,2 +0,2 @@ | ||
| import { BaseDecimal } from '@thorswap-lib/types'; | ||
| import { BaseDecimal } from '@swapkit/types'; | ||
@@ -3,0 +3,0 @@ import { Amount } from './amount.ts'; |
| import { BigNumber } from 'bignumber.js'; | ||
| import { BN_FORMAT } from '../helpers/asset.ts'; | ||
| import { Amount, AmountType, Rounding } from './amount.ts'; | ||
| import { Amount, AmountType, BN_FORMAT, Rounding } from './amount.ts'; | ||
| import type { AssetEntity as Asset, AssetEntity } from './asset.ts'; | ||
@@ -7,0 +5,0 @@ import type { Pool } from './pool.ts'; |
@@ -6,2 +6,1 @@ export * from './entities/amount.ts'; | ||
| export * from './entities/price.ts'; | ||
| export * from './helpers/index.ts'; |
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New alerts
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Improved metrics
- Total package byte prevSize
- increased by399.51%
583819
- Dev dependency count
- decreased by-20%
4
- Lines of code
- increased by1.02%
2274
- Number of low quality alerts
- decreased by-66.67%
1
- Number of low supply chain risk alerts
- decreased by-100%
0
Worsened metrics
- Number of package files
- decreased by-39.13%
14
- Number of medium quality alerts
- increased by100%
2
- Number of lines in readme file
- decreased by-100%
0
- Number of medium supply chain risk alerts
- increased byInfinity%
1
Dependency changes
+ Addedbignumber.js@9.1.2
+ Added@swapkit/types@0.0.0-nightly-20240208140027(transitive)