{"version":3,"file":"barrel.mjs","names":[],"sources":["../src/udt/index.ts","../src/udtPausable/index.ts","../src/barrel.ts"],"sourcesContent":["import { ccc } from \"@ckb-ccc/core\";\nimport { ssri } from \"@ckb-ccc/ssri\";\n\n/**\n * Represents a User Defined Token (UDT) script compliant with the SSRI protocol.\n *\n * This class provides a comprehensive implementation for interacting with User Defined Tokens,\n * supporting various token operations such as querying metadata, checking balances, and performing transfers.\n * It supports both SSRI-compliant UDTs and legacy sUDT/xUDT standard tokens.\n *\n * @public\n * @category Blockchain\n * @category Token\n */\nexport class Udt extends ssri.Trait {\n public readonly script: ccc.Script;\n\n /**\n * Constructs a new UDT (User Defined Token) script instance.\n * By default it is a SSRI-compliant UDT.\n *\n * @param code - The script code cell of the UDT.\n * @param script - The type script of the UDT.\n * @param config - Optional configuration for the UDT instance.\n * @param config.executor - The SSRI executor instance. If provided, enables SSRI-based operations.\n * @example\n * ```typescript\n * const udt = new Udt(code, script, { executor });\n * ```\n */\n constructor(\n code: ccc.OutPointLike,\n script: ccc.ScriptLike,\n config?: {\n executor?: ssri.Executor | null;\n } | null,\n ) {\n super(code, config?.executor);\n this.script = ccc.Script.from(script);\n }\n\n /**\n * Retrieves the human-readable name of the User Defined Token.\n *\n * @param context - Optional SSRI context for script execution.\n * @returns A promise resolving to the token's name.\n */\n async name(\n context?: ssri.ContextScript,\n ): Promise> {\n if (this.executor) {\n const res = await this.executor.runScriptTry(this.code, \"UDT.name\", [], {\n script: this.script,\n ...context,\n });\n if (res) {\n return res.map((res) => ccc.bytesTo(res, \"utf8\"));\n }\n }\n\n return ssri.ExecutorResponse.new(undefined);\n }\n\n /**\n * Retrieves the symbol of the UDT.\n * @param context - Optional SSRI context for script execution.\n * @returns The symbol of the UDT.\n */\n async symbol(\n context?: ssri.ContextScript,\n ): Promise> {\n if (this.executor) {\n const res = await this.executor.runScriptTry(\n this.code,\n \"UDT.symbol\",\n [],\n {\n script: this.script,\n ...context,\n },\n );\n if (res) {\n return res.map((res) => ccc.bytesTo(res, \"utf8\"));\n }\n }\n\n return ssri.ExecutorResponse.new(undefined);\n }\n\n /**\n * Retrieves the decimals of the UDT.\n * @param context - Optional SSRI context for script execution.\n * @returns The decimals of the UDT.\n */\n async decimals(\n context?: ssri.ContextScript,\n ): Promise> {\n if (this.executor) {\n const res = await this.executor.runScriptTry(\n this.code,\n \"UDT.decimals\",\n [],\n {\n script: this.script,\n ...context,\n },\n );\n if (res) {\n return res.map((res) => ccc.numFromBytes(res));\n }\n }\n\n return ssri.ExecutorResponse.new(undefined);\n }\n\n /**\n * Retrieves the icon of the UDT.\n * @param context - Optional SSRI context for script execution.\n * @returns The icon of the UDT.\n */\n async icon(\n context?: ssri.ContextScript,\n ): Promise> {\n if (this.executor) {\n const res = await this.executor.runScriptTry(this.code, \"UDT.icon\", [], {\n script: this.script,\n ...context,\n });\n if (res) {\n return res.map((res) => ccc.bytesTo(res, \"utf8\"));\n }\n }\n\n return ssri.ExecutorResponse.new(undefined);\n }\n\n /**\n * Transfers UDT to specified addresses.\n * @param signer - The signer to use for the transaction.\n * @param transfers - The array of transfers.\n * @param transfers.to - The receiver of token.\n * @param transfers.amount - The amount of token to the receiver.\n * @param tx - Transfer on the basis of an existing transaction to achieve combined actions. If not provided, a new transaction will be created.\n * @returns The transaction result.\n * @tag Mutation - This method represents a mutation of the onchain state and will return a transaction object.\n * @example\n * ```typescript\n * const { script: change } = await signer.getRecommendedAddressObj();\n * const { script: to } = await ccc.Address.fromString(receiver, signer.client);\n *\n * const udt = new Udt(\n * {\n * txHash: \"0x4e2e832e0b1e7b5994681b621b00c1e65f577ee4b440ef95fa07db9bb3d50269\",\n * index: 0,\n * },\n * {\n * codeHash: \"0xcc9dc33ef234e14bc788c43a4848556a5fb16401a04662fc55db9bb201987037\",\n * hashType: \"type\",\n * args: \"0x71fd1985b2971a9903e4d8ed0d59e6710166985217ca0681437883837b86162f\"\n * },\n * );\n *\n * const { res: tx } = await udtTrait.transfer(\n * signer,\n * [{ to, amount: 100 }],\n * );\n *\n * const completedTx = udt.completeUdtBy(tx, signer);\n * await completedTx.completeInputsByCapacity(signer);\n * await completedTx.completeFeeBy(signer);\n * const transferTxHash = await signer.sendTransaction(completedTx);\n * ```\n */\n async transfer(\n signer: ccc.Signer,\n transfers: {\n to: ccc.ScriptLike;\n amount: ccc.NumLike;\n }[],\n tx?: ccc.TransactionLike | null,\n ): Promise> {\n let resTx;\n if (this.executor) {\n const txReq = ccc.Transaction.from(tx ?? {});\n await txReq.completeInputsAtLeastOne(signer);\n\n const res = await this.executor.runScriptTry(\n this.code,\n \"UDT.transfer\",\n [\n txReq.toBytes(),\n ccc.ScriptVec.encode(transfers.map(({ to }) => to)),\n ccc.mol.Uint128Vec.encode(transfers.map(({ amount }) => amount)),\n ],\n {\n script: this.script,\n },\n );\n if (res) {\n resTx = res.map((res) => ccc.Transaction.fromBytes(res));\n }\n }\n\n if (!resTx) {\n const transfer = ccc.Transaction.from(tx ?? {});\n for (const { to, amount } of transfers) {\n transfer.addOutput(\n {\n lock: to,\n type: this.script,\n },\n ccc.numLeToBytes(amount, 16),\n );\n }\n resTx = ssri.ExecutorResponse.new(transfer);\n }\n resTx.res.addCellDeps({\n outPoint: this.code,\n depType: \"code\",\n });\n return resTx;\n }\n\n /**\n * Mints new tokens to specified addresses. See the example in `transfer` as they are similar.\n * @param signer - The signer to use for the transaction.\n * @param mints - Array of mints\n * @param mints.to - receiver of token\n * @param mints.amount - amount to the receiver\n * @param tx - Optional existing transaction to build upon\n * @returns The transaction containing the mint operation\n * @tag Mutation - This method represents a mutation of the onchain state\n */\n async mint(\n signer: ccc.Signer,\n mints: {\n to: ccc.ScriptLike;\n amount: ccc.NumLike;\n }[],\n tx?: ccc.TransactionLike | null,\n ): Promise> {\n let resTx;\n if (this.executor) {\n const txReq = ccc.Transaction.from(tx ?? {});\n await txReq.completeInputsAtLeastOne(signer);\n\n const res = await this.executor.runScriptTry(\n this.code,\n \"UDT.mint\",\n [\n txReq.toBytes(),\n ccc.ScriptVec.encode(mints.map(({ to }) => to)),\n ccc.mol.Uint128Vec.encode(mints.map(({ amount }) => amount)),\n ],\n {\n script: this.script,\n },\n );\n if (res) {\n resTx = res.map((res) => ccc.Transaction.fromBytes(res));\n }\n }\n\n if (!resTx) {\n const mint = ccc.Transaction.from(tx ?? {});\n for (const { to, amount } of mints) {\n mint.addOutput(\n {\n lock: to,\n type: this.script,\n },\n ccc.numLeToBytes(amount, 16),\n );\n }\n resTx = ssri.ExecutorResponse.new(mint);\n }\n resTx.res.addCellDeps({\n outPoint: this.code,\n depType: \"code\",\n });\n return resTx;\n }\n\n /**\n * Completes a UDT transaction by adding change output to a specific lock script.\n * @param txLike - The transaction to complete.\n * @param signer - The signer to use for input selection.\n * @param change - The lock script for the change output.\n * @returns The completed transaction.\n */\n async completeChangeToLock(\n txLike: ccc.TransactionLike,\n signer: ccc.Signer,\n change: ccc.ScriptLike,\n ) {\n const tx = ccc.Transaction.from(txLike);\n\n await tx.completeInputsByUdt(signer, this.script);\n const balanceDiff =\n (await tx.getInputsUdtBalance(signer.client, this.script)) -\n tx.getOutputsUdtBalance(this.script);\n if (balanceDiff > ccc.Zero) {\n tx.addOutput(\n {\n lock: change,\n type: this.script,\n },\n ccc.numLeToBytes(balanceDiff, 16),\n );\n }\n\n return tx;\n }\n\n /**\n * Completes a UDT transaction by adding change output to the signer's address.\n * @param tx - The transaction to complete.\n * @param from - The signer to use for input selection and change address.\n * @returns The completed transaction.\n */\n async completeBy(tx: ccc.TransactionLike, from: ccc.Signer) {\n const { script } = await from.getRecommendedAddressObj();\n\n return this.completeChangeToLock(tx, from, script);\n }\n}\n","import { ccc } from \"@ckb-ccc/core\";\nimport { ssri } from \"@ckb-ccc/ssri\";\nimport { Udt } from \"../udt/index.js\";\n\n/**\n * Represents a UDT (User Defined Token) with pausable functionality.\n * @extends {Udt} This must be a SSRI UDT that does not fallback to xUDT.\n * @public\n */\nexport class UdtPausable extends Udt {\n constructor(\n code: ccc.OutPointLike,\n script: ccc.ScriptLike,\n config: {\n executor: ssri.Executor;\n },\n ) {\n super(code, script, config);\n }\n\n /**\n * Pauses the UDT for the specified lock scripts. Pausing/Unpause without lock scripts should take effect on the global level. Note that this method is only available if the pausable UDT uses external pause list.\n * @param signer - The signer to use for the transaction.\n * @param locks - The array of lock scripts to be paused.\n * @param tx - The transaction to be used.\n * @param extraLockHashes - Additional lock hashes to be paused.\n * @returns The transaction result.\n * @tag Mutation - This method represents a mutation of the onchain state and will return a transaction to be sent.\n */\n async pause(\n signer: ccc.Signer,\n locks: ccc.ScriptLike[],\n tx?: ccc.TransactionLike | null,\n extraLockHashes?: ccc.HexLike[] | null,\n ): Promise> {\n const txReq = ccc.Transaction.from(tx ?? {});\n await txReq.completeInputsAtLeastOne(signer);\n\n const res = await this.assertExecutor().runScript(\n this.code,\n \"UDTPausable.pause\",\n [\n txReq.toBytes(),\n ccc.mol.Byte32Vec.encode(\n locks\n .map((l) => ccc.Script.from(l).hash())\n .concat(extraLockHashes?.map(ccc.hexFrom) ?? []),\n ),\n ],\n { script: this.script },\n );\n const resTx = res.map((res) => ccc.Transaction.fromBytes(res));\n resTx.res.addCellDeps({\n outPoint: this.code,\n depType: \"code\",\n });\n return resTx;\n }\n\n /**\n * Unpauses the UDT for the specified lock scripts. Note that this method is only available if the pausable UDT uses external pause list.\n * @param signer - The signer to use for the transaction.\n * @param locks - The array of lock scripts to be unpaused.\n * @param tx - The transaction to be used.\n * @param extraLockHashes - Additional lock hashes to be unpaused.\n * @returns The transaction result.\n * @tag Mutation - This method represents a mutation of the onchain state and will return a transaction to be sent.\n */\n async unpause(\n signer: ccc.Signer,\n locks: ccc.ScriptLike[],\n tx?: ccc.TransactionLike | null,\n extraLockHashes?: ccc.HexLike[] | null,\n ): Promise> {\n const txReq = ccc.Transaction.from(tx ?? {});\n await txReq.completeInputsAtLeastOne(signer);\n\n const res = await this.assertExecutor().runScript(\n this.code,\n \"UDTPausable.unpause\",\n [\n txReq.toBytes(),\n ccc.mol.Byte32Vec.encode(\n locks\n .map((l) => ccc.Script.from(l).hash())\n .concat(extraLockHashes?.map(ccc.hexFrom) ?? []),\n ),\n ],\n { script: this.script },\n );\n const resTx = res.map((res) => ccc.Transaction.fromBytes(res));\n resTx.res.addCellDeps({\n outPoint: this.code,\n depType: \"code\",\n });\n return resTx;\n }\n\n /**\n * Checks if the UDT is paused for the specified lock scripts within a transaction. If not using external pause list, it can also be run on Code environment level.\n * @param locks - The lock scripts to check.\n * @param extraLockHashes - Additional lock hashes to check.\n * @returns True if any of the lock scripts are paused, false otherwise.\n */\n async isPaused(\n locks: ccc.ScriptLike[],\n extraLockHashes?: ccc.HexLike[] | null,\n ): Promise> {\n const res = await this.assertExecutor().runScript(\n this.code,\n \"UDTPausable.is_paused\",\n [\n ccc.mol.Byte32Vec.encode(\n locks\n .map((l) => ccc.Script.from(l).hash())\n .concat(extraLockHashes?.map(ccc.hexFrom) ?? []),\n ),\n ],\n { script: this.script },\n );\n return res.map((res) => ccc.mol.BoolVec.decode(res));\n }\n\n /**\n * Enumerates all paused lock hashes in UDTPausableData.\n * @returns The array of lock hashes.\n */\n async enumeratePaused(\n offset?: ccc.Num,\n limit?: ccc.Num,\n ): Promise> {\n const res = await this.assertExecutor().runScript(\n this.code,\n \"UDTPausable.enumerate_paused\",\n [ccc.numToBytes(offset ?? 0, 8), ccc.numToBytes(limit ?? 0, 8)],\n { script: this.script },\n );\n\n return res.map((res) => ccc.mol.Byte32Vec.decode(res));\n }\n}\n","export * from \"./udt/index.js\";\nexport * from 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