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{\n address,\n beginCell,\n type Cell,\n type ContractProvider,\n type Sender,\n type SenderArguments,\n toNano,\n} from \"@ton/ton\";\n\nimport type { AddressType, AmountType, QueryIdType } from \"../../../types\";\nimport { createJettonTransferMessage } from \"../../../utils/createJettonTransferMessage\";\nimport { toAddress } from \"../../../utils/toAddress\";\nimport { Contract, type ContractOptions } from \"../../core/Contract\";\nimport { HOLE_ADDRESS } from \"../../core/constants\";\nimport { JettonMinter } from \"../../core/JettonMinter\";\nimport { pTON_VERSION } from \"../../pTON\";\nimport type { AbstractPton } from \"../../pTON/AbstractPton\";\nimport { DEX_VERSION } from \"../constants\";\nimport * as Errors from \"../errors\";\nimport { DEX_OP_CODES, ROUTER_ADDRESS } from \"./constants\";\nimport { PoolV1 } from \"./PoolV1\";\n\nexport interface RouterV1Options extends ContractOptions {\n gasConstants?: Partial;\n}\n\n/**\n * The router is the contract that acts as an entrypoint for all DEX calls.\n * It is responsible for routing all Jetton calls with transfer_notification op to the correct pool contract.\n * It acts as a sovereign over the DEX, and can be used to lock/unlock trading on all pools,\n * to change fees on a certain pool or to upgrade its own contract. The router is the only contract that can be upgraded.\n * Each Jetton that goes through the DEX is owned by the router. The router does not store anything about pairs.\n */\nexport class RouterV1 extends Contract {\n public static readonly version: DEX_VERSION = DEX_VERSION.v1;\n public static readonly address = address(ROUTER_ADDRESS);\n public static readonly gasConstants = {\n swapJettonToJetton: {\n gasAmount: toNano(\"0.22\"),\n forwardGasAmount: toNano(\"0.175\"),\n },\n swapJettonToTon: {\n gasAmount: toNano(\"0.17\"),\n forwardGasAmount: toNano(\"0.125\"),\n },\n swapTonToJetton: {\n forwardGasAmount: toNano(\"0.185\"),\n },\n provideLpJetton: {\n gasAmount: toNano(\"0.3\"),\n forwardGasAmount: toNano(\"0.24\"),\n },\n provideLpTon: {\n forwardGasAmount: toNano(\"0.26\"),\n },\n };\n\n public readonly gasConstants;\n\n constructor(\n address: AddressType = RouterV1.address,\n { gasConstants, ...options }: RouterV1Options = {},\n ) {\n super(address, options);\n\n this.gasConstants = {\n ...RouterV1.gasConstants,\n ...gasConstants,\n };\n }\n\n public async createSwapBody(params: {\n userWalletAddress: AddressType;\n minAskAmount: AmountType;\n askJettonWalletAddress: AddressType;\n referralAddress?: AddressType;\n }): Promise {\n const builder = beginCell();\n\n builder.storeUint(DEX_OP_CODES.SWAP, 32);\n builder.storeAddress(toAddress(params.askJettonWalletAddress));\n builder.storeCoins(BigInt(params.minAskAmount));\n builder.storeAddress(toAddress(params.userWalletAddress));\n\n const referralAddress = this.maybeReferralAddress(params.referralAddress);\n\n if (referralAddress) {\n builder.storeUint(1, 1);\n builder.storeAddress(referralAddress);\n } else {\n builder.storeUint(0, 1);\n }\n\n return builder.endCell();\n }\n\n /**\n * Build all data required to execute a jetton to jetton `swap` transaction\n *\n * @param {Address | string} params.userWalletAddress - User's address\n * @param {Address | string} params.offerJettonAddress - Jetton address of a token to be swapped\n * @param {Address | string} params.askJettonAddress - Jetton address of a token to be received\n * @param {bigint | number} params.offerAmount - Amount of tokens to be swapped (in basic token units)\n * @param {bigint | number} params.minAskAmount - Minimum amount of tokens received (in basic token units)\n * @param {Address | string | undefined} params.referralAddress - Optional; referral address\n * @param {bigint | number | string | undefined} params.gasAmount - Optional; Custom transaction gas amount (in nanoTons)\n * @param {bigint | number | string | undefined} params.forwardGasAmount - Optional; Custom transaction forward gas amount (in nanoTons)\n * @param {bigint | number | undefined} params.queryId - Optional; query id\n * @param {Cell | undefined} params.jettonCustomPayload - Optional; custom payload for the jetton transfer message\n * @param {Address | string | undefined} params.transferExcessAddress - Optional; address to transfer excess tokens\n *\n * @returns {SenderArguments} data required to execute a jetton `swap` transaction\n */\n public async getSwapJettonToJettonTxParams(\n provider: ContractProvider,\n params: {\n userWalletAddress: AddressType;\n offerJettonAddress: AddressType;\n offerJettonWalletAddress?: AddressType;\n askJettonAddress: AddressType;\n askJettonWalletAddress?: AddressType;\n offerAmount: AmountType;\n minAskAmount: AmountType;\n referralAddress?: AddressType;\n gasAmount?: AmountType;\n forwardGasAmount?: AmountType;\n queryId?: QueryIdType;\n jettonCustomPayload?: Cell;\n transferExcessAddress?: AddressType;\n },\n ): Promise {\n const [offerJettonWalletAddress, askJettonWalletAddress] =\n await Promise.all([\n params.offerJettonWalletAddress\n ? toAddress(params.offerJettonWalletAddress)\n : provider\n .open(JettonMinter.create(params.offerJettonAddress))\n .getWalletAddress(params.userWalletAddress),\n params.askJettonWalletAddress\n ? params.askJettonWalletAddress\n : provider\n .open(JettonMinter.create(params.askJettonAddress))\n .getWalletAddress(this.address),\n ]);\n\n const forwardPayload = await this.createSwapBody({\n userWalletAddress: params.userWalletAddress,\n minAskAmount: params.minAskAmount,\n askJettonWalletAddress: askJettonWalletAddress,\n referralAddress: params.referralAddress,\n });\n\n const forwardTonAmount = BigInt(\n params.forwardGasAmount ??\n this.gasConstants.swapJettonToJetton.forwardGasAmount,\n );\n\n const body = createJettonTransferMessage({\n queryId: params.queryId ?? 0,\n amount: params.offerAmount,\n destination: this.address,\n responseDestination:\n params.transferExcessAddress ?? params.userWalletAddress,\n customPayload: params.jettonCustomPayload,\n forwardTonAmount,\n forwardPayload,\n });\n\n const value = BigInt(\n params.gasAmount ?? this.gasConstants.swapJettonToJetton.gasAmount,\n );\n\n return {\n to: offerJettonWalletAddress,\n value,\n body,\n };\n }\n\n public async sendSwapJettonToJetton(\n provider: ContractProvider,\n via: Sender,\n params: Parameters[1],\n ) {\n const txParams = await this.getSwapJettonToJettonTxParams(provider, params);\n\n return via.send(txParams);\n }\n\n /**\n * Build all data required to execute a jetton to ton `swap` transaction\n *\n * @param {Address | string} params.userWalletAddress - User's address\n * @param {Address | string} params.offerJettonAddress - Jetton address of a token to be swapped\n * @param {PtonV1} params.proxyTon - Proxy ton contract\n * @param {bigint | number} params.offerAmount - Amount of tokens to be swapped (in basic token units)\n * @param {bigint | number} params.minAskAmount - Minimum amount of tokens received (in basic token units)\n * @param {Address | string | undefined} params.referralAddress - Optional; referral address\n * @param {bigint | number | string | undefined} params.gasAmount - Optional; Custom transaction gas amount (in nanoTons)\n * @param {bigint | number | string | undefined} params.forwardGasAmount - Optional; Custom transaction forward gas amount (in nanoTons)\n * @param {bigint | number | undefined} params.queryId - Optional; query id\n * @param {Cell | undefined} params.jettonCustomPayload - Optional; custom payload for the jetton transfer message\n * @param {Address | string | undefined} params.transferExcessAddress - Optional; address to transfer excess tokens\n *\n * @returns {SenderArguments} data required to execute a jetton `swap` transaction\n */\n public async getSwapJettonToTonTxParams(\n provider: ContractProvider,\n params: {\n userWalletAddress: AddressType;\n offerJettonAddress: AddressType;\n offerJettonWalletAddress?: AddressType;\n proxyTon: AbstractPton;\n askJettonWalletAddress?: AddressType;\n offerAmount: AmountType;\n minAskAmount: AmountType;\n referralAddress?: AddressType;\n gasAmount?: AmountType;\n forwardGasAmount?: AmountType;\n queryId?: QueryIdType;\n jettonCustomPayload?: Cell;\n transferExcessAddress?: AddressType;\n },\n ): Promise {\n this.assertProxyTon(params.proxyTon);\n\n return await this.getSwapJettonToJettonTxParams(provider, {\n ...params,\n askJettonAddress:\n params.askJettonWalletAddress ?? params.proxyTon.address,\n gasAmount:\n params.gasAmount ?? this.gasConstants.swapJettonToTon.gasAmount,\n forwardGasAmount:\n params.forwardGasAmount ??\n this.gasConstants.swapJettonToTon.forwardGasAmount,\n });\n }\n\n public async sendSwapJettonToTon(\n provider: ContractProvider,\n via: Sender,\n params: Parameters[1],\n ) {\n const txParams = await this.getSwapJettonToTonTxParams(provider, params);\n\n return via.send(txParams);\n }\n\n /**\n * Build all data required to execute a ton to jetton `swap` transaction\n *\n * @param {Address | string} params.userWalletAddress - User's address\n * @param {PtonV1} params.proxyTon - Proxy ton contract\n * @param {Address | string} params.askJettonAddress - Jetton address of a token to be received\n * @param {bigint | number} params.offerAmount - Amount of ton to be swapped (in nanoTons)\n * @param {bigint | number} params.minAskAmount - Minimum amount of tokens received (in basic token units)\n * @param {Address | string | undefined} params.referralAddress - Optional; Referral address\n * @param {bigint | number | string | undefined} params.forwardGasAmount - Optional; Custom transaction forward gas amount (in nanoTons)\n * @param {bigint | number | undefined} params.queryId - Optional; query id\n *\n * @returns {SenderArguments} data required to execute a ton to jetton `swap` transaction\n */\n public async getSwapTonToJettonTxParams(\n provider: ContractProvider,\n params: {\n userWalletAddress: AddressType;\n proxyTon: AbstractPton;\n offerJettonWalletAddress?: AddressType;\n askJettonAddress: AddressType;\n askJettonWalletAddress?: AddressType;\n offerAmount: AmountType;\n minAskAmount: AmountType;\n referralAddress?: AddressType | undefined;\n forwardGasAmount?: AmountType;\n queryId?: QueryIdType;\n },\n ): Promise {\n this.assertProxyTon(params.proxyTon);\n\n const askJettonWalletAddress =\n params.askJettonWalletAddress ??\n (await provider\n .open(JettonMinter.create(params.askJettonAddress))\n .getWalletAddress(this.address));\n\n const forwardPayload = await this.createSwapBody({\n userWalletAddress: params.userWalletAddress,\n minAskAmount: params.minAskAmount,\n askJettonWalletAddress: askJettonWalletAddress,\n referralAddress: params.referralAddress,\n });\n\n const forwardTonAmount = BigInt(\n params.forwardGasAmount ??\n this.gasConstants.swapTonToJetton.forwardGasAmount,\n );\n\n return await provider.open(params.proxyTon).getTonTransferTxParams({\n queryId: params.queryId ?? 0,\n tonAmount: params.offerAmount,\n destinationAddress: this.address,\n destinationWalletAddress: params.offerJettonWalletAddress,\n refundAddress: params.userWalletAddress,\n forwardPayload,\n forwardTonAmount,\n });\n }\n\n public async sendSwapTonToJetton(\n provider: ContractProvider,\n via: Sender,\n params: Parameters[1],\n ) {\n const txParams = await this.getSwapTonToJettonTxParams(provider, params);\n\n return via.send(txParams);\n }\n\n public async createProvideLiquidityBody(params: {\n routerWalletAddress: AddressType;\n minLpOut: AmountType;\n }): Promise {\n return beginCell()\n .storeUint(DEX_OP_CODES.PROVIDE_LP, 32)\n .storeAddress(toAddress(params.routerWalletAddress))\n .storeCoins(BigInt(params.minLpOut))\n .endCell();\n }\n\n /**\n * Collect all data required to execute a jetton `provide_lp` transaction\n *\n * @param {Address | string} params.userWalletAddress - User's address\n * @param {Address | string} params.sendTokenAddress - Address of the provided Jetton token\n * @param {Address | string} params.otherTokenAddress - Address of the other Jetton token in pair\n * @param {bigint | number} params.sendAmount - Amount of the first token deposited as liquidity (in basic token units)\n * @param {bigint | number} params.minLpOut - Minimum amount of created liquidity tokens (in basic token units)\n * @param {bigint | number | string | undefined} params.gasAmount - Optional; Custom transaction gas amount (in nanoTons)\n * @param {bigint | number | string | undefined} params.forwardGasAmount - Optional; Custom transaction forward gas amount (in nanoTons)\n * @param {bigint | number | undefined} params.queryId - Optional; query id\n * @param {Cell | undefined} params.jettonCustomPayload - Optional; custom payload for the jetton transfer message\n *\n * @returns {SenderArguments} data required to execute a jetton `provide_lp` transaction\n */\n public async getProvideLiquidityJettonTxParams(\n provider: ContractProvider,\n params: {\n userWalletAddress: AddressType;\n sendTokenAddress: AddressType;\n otherTokenAddress: AddressType;\n sendAmount: AmountType;\n minLpOut: AmountType;\n gasAmount?: AmountType;\n forwardGasAmount?: AmountType;\n queryId?: QueryIdType;\n jettonCustomPayload?: Cell;\n transferExcessAddress?: AddressType;\n },\n ): Promise {\n const [jettonWalletAddress, routerWalletAddress] = await Promise.all([\n provider\n .open(JettonMinter.create(params.sendTokenAddress))\n .getWalletAddress(params.userWalletAddress),\n provider\n .open(JettonMinter.create(params.otherTokenAddress))\n .getWalletAddress(this.address),\n ]);\n\n const forwardPayload = await this.createProvideLiquidityBody({\n routerWalletAddress: routerWalletAddress,\n minLpOut: params.minLpOut,\n });\n\n const forwardTonAmount = BigInt(\n params.forwardGasAmount ??\n this.gasConstants.provideLpJetton.forwardGasAmount,\n );\n\n const body = createJettonTransferMessage({\n queryId: params.queryId ?? 0,\n amount: params.sendAmount,\n destination: this.address,\n responseDestination:\n params.transferExcessAddress ?? params.userWalletAddress,\n customPayload: params.jettonCustomPayload,\n forwardTonAmount,\n forwardPayload,\n });\n\n const value = BigInt(\n params.gasAmount ?? this.gasConstants.provideLpJetton.gasAmount,\n );\n\n return {\n to: jettonWalletAddress,\n value,\n body,\n };\n }\n\n public async sendProvideLiquidityJetton(\n provider: ContractProvider,\n via: Sender,\n params: Parameters[1],\n ) {\n const txParams = await this.getProvideLiquidityJettonTxParams(\n provider,\n params,\n );\n\n return via.send(txParams);\n }\n\n /**\n * Collect all data required to execute a proxy ton `provide_lp` transaction\n *\n * @param {Address | string} params.userWalletAddress - User's address\n * @param {PtonV1} params.proxyTon - proxy ton contract\n * @param {Address | string} params.otherTokenAddress - Address of the other Jetton token in pair\n * @param {bigint | number} params.sendAmount - Amount of ton deposited as liquidity (in nanoTons)\n * @param {bigint | number} params.minLpOut - Minimum amount of created liquidity tokens (in basic token units)\n * @param {bigint | number | string | undefined} params.forwardGasAmount - Optional; Custom transaction forward gas amount (in nanoTons)\n * @param {bigint | number | undefined} params.queryId - Optional; query id\n *\n * @returns {SenderArguments} data required to execute a proxy ton `provide_lp` transaction\n */\n public async getProvideLiquidityTonTxParams(\n provider: ContractProvider,\n params: {\n userWalletAddress: AddressType;\n proxyTon: AbstractPton;\n otherTokenAddress: AddressType;\n sendAmount: AmountType;\n minLpOut: AmountType;\n forwardGasAmount?: AmountType;\n queryId?: QueryIdType;\n },\n ): Promise {\n this.assertProxyTon(params.proxyTon);\n\n const routerWalletAddress = await provider\n .open(JettonMinter.create(params.otherTokenAddress))\n .getWalletAddress(this.address);\n\n const forwardPayload = await this.createProvideLiquidityBody({\n routerWalletAddress: routerWalletAddress,\n minLpOut: params.minLpOut,\n });\n\n const forwardTonAmount = BigInt(\n params.forwardGasAmount ??\n this.gasConstants.provideLpTon.forwardGasAmount,\n );\n\n return await provider.open(params.proxyTon).getTonTransferTxParams({\n queryId: params.queryId ?? 0,\n tonAmount: params.sendAmount,\n destinationAddress: this.address,\n refundAddress: params.userWalletAddress,\n forwardPayload,\n forwardTonAmount,\n });\n }\n\n public async sendProvideLiquidityTon(\n provider: ContractProvider,\n via: Sender,\n params: Parameters[1],\n ) {\n const txParams = await this.getProvideLiquidityTonTxParams(\n provider,\n params,\n );\n\n return via.send(txParams);\n }\n\n private assertProxyTon(proxyTon: AbstractPton) {\n if (proxyTon.version !== pTON_VERSION.v1) {\n throw new Errors.UnmatchedPtonVersion({\n expected: pTON_VERSION.v1,\n received: proxyTon.version,\n });\n }\n }\n\n /**\n * **Note:** It's necessary to specify addresses of Jetton wallets of the router as the arguments of this method.\n * These addresses can be retrieved with getJettonWalletAddress of the Jetton minter.\n *\n * @param {Address | string} params.token0 - The address of the router's wallet of first Jetton\n * @param {Address | string} params.token1 - The address of the router's wallet of second Jetton\n *\n * @returns {Address} an address of a pool for a specified pair of assets.\n */\n public async getPoolAddress(\n provider: ContractProvider,\n params: {\n token0: AddressType;\n token1: AddressType;\n },\n ) {\n const result = await provider.get(\"get_pool_address\", [\n {\n type: \"slice\",\n cell: beginCell().storeAddress(toAddress(params.token0)).endCell(),\n },\n {\n type: \"slice\",\n cell: beginCell().storeAddress(toAddress(params.token1)).endCell(),\n },\n ]);\n\n return result.stack.readAddress();\n }\n\n /**\n * @param {Address | string} params.token0 - The address of the first Jetton minter\n * @param {Address | string} params.token1 - The address of the second Jetton minter\n *\n * @returns {Address} an address of a pool for a specified pair of assets.\n */\n public async getPoolAddressByJettonMinters(\n provider: ContractProvider,\n params: {\n token0: AddressType;\n token1: AddressType;\n },\n ) {\n const [jetton0WalletAddress, jetton1WalletAddress] = await Promise.all([\n provider\n .open(JettonMinter.create(params.token0))\n .getWalletAddress(this.address),\n provider\n .open(JettonMinter.create(params.token1))\n .getWalletAddress(this.address),\n ]);\n\n const poolAddress = await this.getPoolAddress(provider, {\n token0: jetton0WalletAddress,\n token1: jetton1WalletAddress,\n });\n\n return poolAddress;\n }\n\n /**\n * @param {Address | string} params.token0 - The address of the first Jetton minter\n * @param {Address | string} params.token1 - The address of the second Jetton minter\n *\n * @returns {PoolV1} object for a pool with specified Jetton token addresses.\n */\n public async getPool(\n provider: ContractProvider,\n params: {\n token0: AddressType;\n token1: AddressType;\n },\n ) {\n const poolAddress = await this.getPoolAddressByJettonMinters(provider, {\n token0: params.token0,\n token1: params.token1,\n });\n\n return PoolV1.create(poolAddress);\n }\n\n /**\n * @returns current state of the router.\n */\n public async getRouterData(provider: ContractProvider) {\n const result = await provider.get(\"get_router_data\", []);\n\n return {\n isLocked: result.stack.readBoolean(),\n adminAddress: result.stack.readAddress(),\n tempUpgrade: result.stack.readCell(),\n poolCode: result.stack.readCell(),\n jettonLpWalletCode: result.stack.readCell(),\n lpAccountCode: result.stack.readCell(),\n };\n }\n\n private maybeReferralAddress(referralAddress: AddressType | undefined) {\n if (!referralAddress) return null;\n\n const referralAddressParsed = toAddress(referralAddress);\n\n // ignore hole address as referral address\n if (referralAddressParsed.equals(HOLE_ADDRESS)) return null;\n\n return referralAddressParsed;\n }\n}\n"]}