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@solana-program/compute-budget

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@solana-program/compute-budget - npm Package Compare versions

Comparing version
0.14.0
 to
0.15.0
+6
-12
dist/src/index.js

@@ -378,20 +378,14 @@ 'use strict';

try {
const {
value: { err: transactionError, unitsConsumed }
} = await rpc.simulateTransaction(wireTransactionBytes, {
...simulateConfig,
encoding: "base64",
sigVerify: false
}).send({ abortSignal });
if (unitsConsumed == null) {
const response = await rpc.simulateTransaction(wireTransactionBytes, { ...simulateConfig, encoding: "base64", sigVerify: false }).send({ abortSignal });
const { err: transactionError, ...simulationResult } = response.value;
if (simulationResult.unitsConsumed == null) {
throw new kit.SolanaError(kit.SOLANA_ERROR__TRANSACTION__FAILED_TO_ESTIMATE_COMPUTE_LIMIT);
}
const downcastUnitsConsumed = unitsConsumed > 4294967295n ? 4294967295 : Number(unitsConsumed);
if (transactionError) {
throw new kit.SolanaError(kit.SOLANA_ERROR__TRANSACTION__FAILED_WHEN_SIMULATING_TO_ESTIMATE_COMPUTE_LIMIT, {
cause: kit.getSolanaErrorFromTransactionError(transactionError),
unitsConsumed: downcastUnitsConsumed
...simulationResult,
cause: kit.getSolanaErrorFromTransactionError(transactionError)
});
}
return downcastUnitsConsumed;
return simulationResult.unitsConsumed > 4294967295n ? 4294967295 : Number(simulationResult.unitsConsumed);
} catch (e) {

@@ -398,0 +392,0 @@ if (kit.isSolanaError(e, kit.SOLANA_ERROR__TRANSACTION__FAILED_WHEN_SIMULATING_TO_ESTIMATE_COMPUTE_LIMIT)) throw e;

+6
-12
dist/src/index.mjs

@@ -376,20 +376,14 @@ import { containsBytes, getU8Encoder, SolanaError, SOLANA_ERROR__PROGRAM_CLIENTS__FAILED_TO_IDENTIFY_INSTRUCTION, SOLANA_ERROR__PROGRAM_CLIENTS__UNRECOGNIZED_INSTRUCTION_TYPE, transformEncoder, getStructEncoder, getU32Encoder, getStructDecoder, getU8Decoder, getU32Decoder, combineCodec, getU64Encoder, getU64Decoder, appendTransactionMessageInstruction, isTransactionMessageWithDurableNonceLifetime, pipe, compileTransaction, getBase64EncodedWireTransaction, SOLANA_ERROR__TRANSACTION__FAILED_TO_ESTIMATE_COMPUTE_LIMIT, SOLANA_ERROR__TRANSACTION__FAILED_WHEN_SIMULATING_TO_ESTIMATE_COMPUTE_LIMIT, getSolanaErrorFromTransactionError, isSolanaError } from '@solana/kit';

try {
const {
value: { err: transactionError, unitsConsumed }
} = await rpc.simulateTransaction(wireTransactionBytes, {
...simulateConfig,
encoding: "base64",
sigVerify: false
}).send({ abortSignal });
if (unitsConsumed == null) {
const response = await rpc.simulateTransaction(wireTransactionBytes, { ...simulateConfig, encoding: "base64", sigVerify: false }).send({ abortSignal });
const { err: transactionError, ...simulationResult } = response.value;
if (simulationResult.unitsConsumed == null) {
throw new SolanaError(SOLANA_ERROR__TRANSACTION__FAILED_TO_ESTIMATE_COMPUTE_LIMIT);
}
const downcastUnitsConsumed = unitsConsumed > 4294967295n ? 4294967295 : Number(unitsConsumed);
if (transactionError) {
throw new SolanaError(SOLANA_ERROR__TRANSACTION__FAILED_WHEN_SIMULATING_TO_ESTIMATE_COMPUTE_LIMIT, {
cause: getSolanaErrorFromTransactionError(transactionError),
unitsConsumed: downcastUnitsConsumed
...simulationResult,
cause: getSolanaErrorFromTransactionError(transactionError)
});
}
return downcastUnitsConsumed;
return simulationResult.unitsConsumed > 4294967295n ? 4294967295 : Number(simulationResult.unitsConsumed);
} catch (e) {

@@ -396,0 +390,0 @@ if (isSolanaError(e, SOLANA_ERROR__TRANSACTION__FAILED_WHEN_SIMULATING_TO_ESTIMATE_COMPUTE_LIMIT)) throw e;

+1
-1
dist/src/index.mjs.map

@@ -1,1 +0,1 @@

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* This code was AUTOGENERATED using the Codama library.\n * Please DO NOT EDIT THIS FILE, instead use visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n containsBytes,\n getU8Encoder,\n SOLANA_ERROR__PROGRAM_CLIENTS__FAILED_TO_IDENTIFY_INSTRUCTION,\n SOLANA_ERROR__PROGRAM_CLIENTS__UNRECOGNIZED_INSTRUCTION_TYPE,\n SolanaError,\n type Address,\n type ClientWithTransactionPlanning,\n type ClientWithTransactionSending,\n type Instruction,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { addSelfPlanAndSendFunctions, type SelfPlanAndSendFunctions } from '@solana/kit/program-client-core';\nimport {\n getRequestHeapFrameInstruction,\n getRequestUnitsInstruction,\n getSetComputeUnitLimitInstruction,\n getSetComputeUnitPriceInstruction,\n getSetLoadedAccountsDataSizeLimitInstruction,\n parseRequestHeapFrameInstruction,\n parseRequestUnitsInstruction,\n parseSetComputeUnitLimitInstruction,\n parseSetComputeUnitPriceInstruction,\n parseSetLoadedAccountsDataSizeLimitInstruction,\n type ParsedRequestHeapFrameInstruction,\n type ParsedRequestUnitsInstruction,\n type ParsedSetComputeUnitLimitInstruction,\n type ParsedSetComputeUnitPriceInstruction,\n type ParsedSetLoadedAccountsDataSizeLimitInstruction,\n type RequestHeapFrameInput,\n type RequestUnitsInput,\n type SetComputeUnitLimitInput,\n type SetComputeUnitPriceInput,\n type SetLoadedAccountsDataSizeLimitInput,\n} from '../instructions';\n\nexport const COMPUTE_BUDGET_PROGRAM_ADDRESS =\n 'ComputeBudget111111111111111111111111111111' as Address<'ComputeBudget111111111111111111111111111111'>;\n\nexport enum ComputeBudgetInstruction {\n RequestUnits,\n RequestHeapFrame,\n SetComputeUnitLimit,\n SetComputeUnitPrice,\n SetLoadedAccountsDataSizeLimit,\n}\n\nexport function identifyComputeBudgetInstruction(\n instruction: { data: ReadonlyUint8Array } | ReadonlyUint8Array,\n): ComputeBudgetInstruction {\n const data = 'data' in instruction ? instruction.data : instruction;\n if (containsBytes(data, getU8Encoder().encode(0), 0)) {\n return ComputeBudgetInstruction.RequestUnits;\n }\n if (containsBytes(data, getU8Encoder().encode(1), 0)) {\n return ComputeBudgetInstruction.RequestHeapFrame;\n }\n if (containsBytes(data, getU8Encoder().encode(2), 0)) {\n return ComputeBudgetInstruction.SetComputeUnitLimit;\n }\n if (containsBytes(data, getU8Encoder().encode(3), 0)) {\n return ComputeBudgetInstruction.SetComputeUnitPrice;\n }\n if (containsBytes(data, getU8Encoder().encode(4), 0)) {\n return ComputeBudgetInstruction.SetLoadedAccountsDataSizeLimit;\n }\n throw new SolanaError(SOLANA_ERROR__PROGRAM_CLIENTS__FAILED_TO_IDENTIFY_INSTRUCTION, {\n instructionData: data,\n programName: 'computeBudget',\n });\n}\n\nexport type ParsedComputeBudgetInstruction<TProgram extends string = 'ComputeBudget111111111111111111111111111111'> =\n | ({ instructionType: ComputeBudgetInstruction.RequestUnits } & ParsedRequestUnitsInstruction<TProgram>)\n | ({ instructionType: ComputeBudgetInstruction.RequestHeapFrame } & ParsedRequestHeapFrameInstruction<TProgram>)\n | ({\n instructionType: ComputeBudgetInstruction.SetComputeUnitLimit;\n } & ParsedSetComputeUnitLimitInstruction<TProgram>)\n | ({\n instructionType: ComputeBudgetInstruction.SetComputeUnitPrice;\n } & ParsedSetComputeUnitPriceInstruction<TProgram>)\n | ({\n instructionType: ComputeBudgetInstruction.SetLoadedAccountsDataSizeLimit;\n } & ParsedSetLoadedAccountsDataSizeLimitInstruction<TProgram>);\n\nexport function parseComputeBudgetInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedComputeBudgetInstruction<TProgram> {\n const instructionType = identifyComputeBudgetInstruction(instruction);\n switch (instructionType) {\n case ComputeBudgetInstruction.RequestUnits: {\n return {\n instructionType: 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visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n combineCodec,\n getStructDecoder,\n getStructEncoder,\n getU32Decoder,\n getU32Encoder,\n getU8Decoder,\n getU8Encoder,\n transformEncoder,\n type AccountMeta,\n type Address,\n type FixedSizeCodec,\n type FixedSizeDecoder,\n type FixedSizeEncoder,\n type Instruction,\n type InstructionWithAccounts,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { COMPUTE_BUDGET_PROGRAM_ADDRESS } from '../programs';\n\nexport const REQUEST_HEAP_FRAME_DISCRIMINATOR = 1;\n\nexport function getRequestHeapFrameDiscriminatorBytes() {\n return getU8Encoder().encode(REQUEST_HEAP_FRAME_DISCRIMINATOR);\n}\n\nexport type RequestHeapFrameInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n TRemainingAccounts extends readonly AccountMeta<string>[] = [],\n> = Instruction<TProgram> & 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Applies to each program, including CPIs.\n */\n bytes: number;\n};\n\nexport type RequestHeapFrameInstructionDataArgs = {\n /**\n * Requested transaction-wide program heap size in bytes.\n * Must be multiple of 1024. Applies to each program, including CPIs.\n */\n bytes: number;\n};\n\nexport function getRequestHeapFrameInstructionDataEncoder(): FixedSizeEncoder<RequestHeapFrameInstructionDataArgs> {\n return transformEncoder(\n getStructEncoder([\n ['discriminator', getU8Encoder()],\n ['bytes', getU32Encoder()],\n ]),\n value => ({ ...value, discriminator: REQUEST_HEAP_FRAME_DISCRIMINATOR }),\n );\n}\n\nexport function getRequestHeapFrameInstructionDataDecoder(): FixedSizeDecoder<RequestHeapFrameInstructionData> {\n return getStructDecoder([\n ['discriminator', getU8Decoder()],\n ['bytes', getU32Decoder()],\n ]);\n}\n\nexport function getRequestHeapFrameInstructionDataCodec(): FixedSizeCodec<\n RequestHeapFrameInstructionDataArgs,\n RequestHeapFrameInstructionData\n> {\n return combineCodec(getRequestHeapFrameInstructionDataEncoder(), getRequestHeapFrameInstructionDataDecoder());\n}\n\nexport type RequestHeapFrameInput = {\n bytes: RequestHeapFrameInstructionDataArgs['bytes'];\n};\n\nexport function getRequestHeapFrameInstruction<TProgramAddress extends Address = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS>(\n input: RequestHeapFrameInput,\n config?: { programAddress?: TProgramAddress },\n): RequestHeapFrameInstruction<TProgramAddress> {\n // Program address.\n const programAddress = config?.programAddress ?? COMPUTE_BUDGET_PROGRAM_ADDRESS;\n\n // Original args.\n const args = { ...input };\n\n return Object.freeze({\n data: getRequestHeapFrameInstructionDataEncoder().encode(args as RequestHeapFrameInstructionDataArgs),\n programAddress,\n } as RequestHeapFrameInstruction<TProgramAddress>);\n}\n\nexport type ParsedRequestHeapFrameInstruction<TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS> = {\n programAddress: Address<TProgram>;\n data: RequestHeapFrameInstructionData;\n};\n\nexport function parseRequestHeapFrameInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedRequestHeapFrameInstruction<TProgram> {\n return {\n programAddress: instruction.programAddress,\n data: getRequestHeapFrameInstructionDataDecoder().decode(instruction.data),\n };\n}\n","/**\n * This code was AUTOGENERATED using the Codama library.\n * Please DO NOT EDIT THIS FILE, instead use visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n combineCodec,\n getStructDecoder,\n getStructEncoder,\n getU32Decoder,\n getU32Encoder,\n getU8Decoder,\n getU8Encoder,\n transformEncoder,\n type AccountMeta,\n type Address,\n type FixedSizeCodec,\n type FixedSizeDecoder,\n type FixedSizeEncoder,\n type Instruction,\n type InstructionWithAccounts,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { COMPUTE_BUDGET_PROGRAM_ADDRESS } from '../programs';\n\nexport const REQUEST_UNITS_DISCRIMINATOR = 0;\n\nexport function getRequestUnitsDiscriminatorBytes() {\n return getU8Encoder().encode(REQUEST_UNITS_DISCRIMINATOR);\n}\n\nexport type RequestUnitsInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n TRemainingAccounts extends readonly AccountMeta<string>[] = [],\n> = Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array> & InstructionWithAccounts<TRemainingAccounts>;\n\nexport type RequestUnitsInstructionData = {\n discriminator: number;\n /** Units to request for transaction-wide compute. */\n units: number;\n /** Prioritization fee lamports. */\n additionalFee: number;\n};\n\nexport type RequestUnitsInstructionDataArgs = {\n /** Units to request for transaction-wide compute. */\n units: number;\n /** Prioritization fee lamports. */\n additionalFee: number;\n};\n\nexport function getRequestUnitsInstructionDataEncoder(): FixedSizeEncoder<RequestUnitsInstructionDataArgs> {\n return transformEncoder(\n getStructEncoder([\n ['discriminator', getU8Encoder()],\n ['units', getU32Encoder()],\n ['additionalFee', getU32Encoder()],\n ]),\n value => ({ ...value, discriminator: REQUEST_UNITS_DISCRIMINATOR }),\n );\n}\n\nexport function getRequestUnitsInstructionDataDecoder(): FixedSizeDecoder<RequestUnitsInstructionData> {\n return getStructDecoder([\n ['discriminator', getU8Decoder()],\n ['units', getU32Decoder()],\n ['additionalFee', getU32Decoder()],\n ]);\n}\n\nexport function getRequestUnitsInstructionDataCodec(): FixedSizeCodec<\n RequestUnitsInstructionDataArgs,\n RequestUnitsInstructionData\n> {\n return combineCodec(getRequestUnitsInstructionDataEncoder(), getRequestUnitsInstructionDataDecoder());\n}\n\nexport type RequestUnitsInput = {\n units: RequestUnitsInstructionDataArgs['units'];\n additionalFee: RequestUnitsInstructionDataArgs['additionalFee'];\n};\n\nexport function getRequestUnitsInstruction<TProgramAddress extends Address = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS>(\n input: RequestUnitsInput,\n config?: { programAddress?: TProgramAddress },\n): RequestUnitsInstruction<TProgramAddress> {\n // Program address.\n const programAddress = config?.programAddress ?? COMPUTE_BUDGET_PROGRAM_ADDRESS;\n\n // Original args.\n const args = { ...input };\n\n return Object.freeze({\n data: getRequestUnitsInstructionDataEncoder().encode(args as RequestUnitsInstructionDataArgs),\n programAddress,\n } as RequestUnitsInstruction<TProgramAddress>);\n}\n\nexport type ParsedRequestUnitsInstruction<TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS> = {\n programAddress: Address<TProgram>;\n data: RequestUnitsInstructionData;\n};\n\nexport function parseRequestUnitsInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedRequestUnitsInstruction<TProgram> {\n return {\n programAddress: instruction.programAddress,\n data: getRequestUnitsInstructionDataDecoder().decode(instruction.data),\n };\n}\n","/**\n * This code was AUTOGENERATED using the Codama library.\n * Please DO NOT EDIT THIS FILE, instead use visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n combineCodec,\n getStructDecoder,\n getStructEncoder,\n getU32Decoder,\n getU32Encoder,\n getU8Decoder,\n getU8Encoder,\n transformEncoder,\n type AccountMeta,\n type Address,\n type FixedSizeCodec,\n type FixedSizeDecoder,\n type FixedSizeEncoder,\n type Instruction,\n type InstructionWithAccounts,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { COMPUTE_BUDGET_PROGRAM_ADDRESS } from '../programs';\n\nexport const SET_COMPUTE_UNIT_LIMIT_DISCRIMINATOR = 2;\n\nexport function getSetComputeUnitLimitDiscriminatorBytes() {\n return getU8Encoder().encode(SET_COMPUTE_UNIT_LIMIT_DISCRIMINATOR);\n}\n\nexport type SetComputeUnitLimitInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n TRemainingAccounts extends readonly AccountMeta<string>[] = [],\n> = Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array> & InstructionWithAccounts<TRemainingAccounts>;\n\nexport type SetComputeUnitLimitInstructionData = {\n discriminator: number;\n /** Transaction-wide compute unit limit. */\n units: number;\n};\n\nexport type SetComputeUnitLimitInstructionDataArgs = {\n /** Transaction-wide compute unit limit. */\n units: number;\n};\n\nexport function getSetComputeUnitLimitInstructionDataEncoder(): FixedSizeEncoder<SetComputeUnitLimitInstructionDataArgs> {\n return transformEncoder(\n getStructEncoder([\n ['discriminator', getU8Encoder()],\n ['units', getU32Encoder()],\n ]),\n value => ({ ...value, discriminator: SET_COMPUTE_UNIT_LIMIT_DISCRIMINATOR }),\n );\n}\n\nexport function getSetComputeUnitLimitInstructionDataDecoder(): FixedSizeDecoder<SetComputeUnitLimitInstructionData> {\n return getStructDecoder([\n ['discriminator', getU8Decoder()],\n ['units', getU32Decoder()],\n ]);\n}\n\nexport function getSetComputeUnitLimitInstructionDataCodec(): FixedSizeCodec<\n SetComputeUnitLimitInstructionDataArgs,\n SetComputeUnitLimitInstructionData\n> {\n return combineCodec(getSetComputeUnitLimitInstructionDataEncoder(), getSetComputeUnitLimitInstructionDataDecoder());\n}\n\nexport type SetComputeUnitLimitInput = {\n units: SetComputeUnitLimitInstructionDataArgs['units'];\n};\n\nexport function getSetComputeUnitLimitInstruction<\n TProgramAddress extends Address = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n>(\n input: SetComputeUnitLimitInput,\n config?: { programAddress?: TProgramAddress },\n): SetComputeUnitLimitInstruction<TProgramAddress> {\n // Program address.\n const programAddress = config?.programAddress ?? COMPUTE_BUDGET_PROGRAM_ADDRESS;\n\n // Original args.\n const args = { ...input };\n\n return Object.freeze({\n data: getSetComputeUnitLimitInstructionDataEncoder().encode(args as SetComputeUnitLimitInstructionDataArgs),\n programAddress,\n } as SetComputeUnitLimitInstruction<TProgramAddress>);\n}\n\nexport type ParsedSetComputeUnitLimitInstruction<TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS> = {\n programAddress: Address<TProgram>;\n data: SetComputeUnitLimitInstructionData;\n};\n\nexport function parseSetComputeUnitLimitInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedSetComputeUnitLimitInstruction<TProgram> {\n return {\n programAddress: instruction.programAddress,\n data: getSetComputeUnitLimitInstructionDataDecoder().decode(instruction.data),\n };\n}\n","/**\n * This code was AUTOGENERATED using the Codama library.\n * Please DO NOT EDIT THIS FILE, instead use visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n combineCodec,\n getStructDecoder,\n getStructEncoder,\n getU64Decoder,\n getU64Encoder,\n getU8Decoder,\n getU8Encoder,\n transformEncoder,\n type AccountMeta,\n type Address,\n type FixedSizeCodec,\n type FixedSizeDecoder,\n type FixedSizeEncoder,\n type Instruction,\n type InstructionWithAccounts,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { COMPUTE_BUDGET_PROGRAM_ADDRESS } from '../programs';\n\nexport const SET_COMPUTE_UNIT_PRICE_DISCRIMINATOR = 3;\n\nexport function getSetComputeUnitPriceDiscriminatorBytes() {\n return getU8Encoder().encode(SET_COMPUTE_UNIT_PRICE_DISCRIMINATOR);\n}\n\nexport type SetComputeUnitPriceInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n TRemainingAccounts extends readonly AccountMeta<string>[] = [],\n> = Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array> & InstructionWithAccounts<TRemainingAccounts>;\n\nexport type SetComputeUnitPriceInstructionData = {\n discriminator: number;\n /** Transaction compute unit price used for prioritization fees. */\n microLamports: bigint;\n};\n\nexport type SetComputeUnitPriceInstructionDataArgs = {\n /** Transaction compute unit price used for prioritization fees. */\n microLamports: number | bigint;\n};\n\nexport function getSetComputeUnitPriceInstructionDataEncoder(): FixedSizeEncoder<SetComputeUnitPriceInstructionDataArgs> {\n return transformEncoder(\n getStructEncoder([\n ['discriminator', getU8Encoder()],\n ['microLamports', getU64Encoder()],\n ]),\n value => ({ ...value, discriminator: SET_COMPUTE_UNIT_PRICE_DISCRIMINATOR }),\n );\n}\n\nexport function getSetComputeUnitPriceInstructionDataDecoder(): FixedSizeDecoder<SetComputeUnitPriceInstructionData> {\n return getStructDecoder([\n ['discriminator', getU8Decoder()],\n ['microLamports', getU64Decoder()],\n ]);\n}\n\nexport function getSetComputeUnitPriceInstructionDataCodec(): FixedSizeCodec<\n SetComputeUnitPriceInstructionDataArgs,\n SetComputeUnitPriceInstructionData\n> {\n return combineCodec(getSetComputeUnitPriceInstructionDataEncoder(), getSetComputeUnitPriceInstructionDataDecoder());\n}\n\nexport type SetComputeUnitPriceInput = {\n microLamports: SetComputeUnitPriceInstructionDataArgs['microLamports'];\n};\n\nexport function getSetComputeUnitPriceInstruction<\n TProgramAddress extends Address = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n>(\n input: SetComputeUnitPriceInput,\n config?: { programAddress?: TProgramAddress },\n): SetComputeUnitPriceInstruction<TProgramAddress> {\n // Program address.\n const programAddress = config?.programAddress ?? COMPUTE_BUDGET_PROGRAM_ADDRESS;\n\n // Original args.\n const args = { ...input };\n\n return Object.freeze({\n data: getSetComputeUnitPriceInstructionDataEncoder().encode(args as SetComputeUnitPriceInstructionDataArgs),\n programAddress,\n } as SetComputeUnitPriceInstruction<TProgramAddress>);\n}\n\nexport type ParsedSetComputeUnitPriceInstruction<TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS> = {\n programAddress: Address<TProgram>;\n data: SetComputeUnitPriceInstructionData;\n};\n\nexport function parseSetComputeUnitPriceInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedSetComputeUnitPriceInstruction<TProgram> {\n return {\n programAddress: instruction.programAddress,\n data: getSetComputeUnitPriceInstructionDataDecoder().decode(instruction.data),\n };\n}\n","/**\n * This code was AUTOGENERATED using the Codama library.\n * Please DO NOT EDIT THIS FILE, instead use visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n combineCodec,\n getStructDecoder,\n getStructEncoder,\n getU32Decoder,\n getU32Encoder,\n getU8Decoder,\n getU8Encoder,\n transformEncoder,\n type AccountMeta,\n type Address,\n type FixedSizeCodec,\n type FixedSizeDecoder,\n type FixedSizeEncoder,\n type Instruction,\n type InstructionWithAccounts,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { COMPUTE_BUDGET_PROGRAM_ADDRESS } from '../programs';\n\nexport const SET_LOADED_ACCOUNTS_DATA_SIZE_LIMIT_DISCRIMINATOR = 4;\n\nexport function getSetLoadedAccountsDataSizeLimitDiscriminatorBytes() {\n return getU8Encoder().encode(SET_LOADED_ACCOUNTS_DATA_SIZE_LIMIT_DISCRIMINATOR);\n}\n\nexport type SetLoadedAccountsDataSizeLimitInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n TRemainingAccounts extends readonly AccountMeta<string>[] = [],\n> = Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array> & InstructionWithAccounts<TRemainingAccounts>;\n\nexport type SetLoadedAccountsDataSizeLimitInstructionData = { discriminator: number; accountDataSizeLimit: number };\n\nexport type SetLoadedAccountsDataSizeLimitInstructionDataArgs = { accountDataSizeLimit: number };\n\nexport function getSetLoadedAccountsDataSizeLimitInstructionDataEncoder(): FixedSizeEncoder<SetLoadedAccountsDataSizeLimitInstructionDataArgs> {\n return transformEncoder(\n getStructEncoder([\n ['discriminator', getU8Encoder()],\n ['accountDataSizeLimit', getU32Encoder()],\n ]),\n value => ({ ...value, discriminator: SET_LOADED_ACCOUNTS_DATA_SIZE_LIMIT_DISCRIMINATOR }),\n );\n}\n\nexport function getSetLoadedAccountsDataSizeLimitInstructionDataDecoder(): FixedSizeDecoder<SetLoadedAccountsDataSizeLimitInstructionData> {\n return getStructDecoder([\n ['discriminator', getU8Decoder()],\n ['accountDataSizeLimit', getU32Decoder()],\n ]);\n}\n\nexport function getSetLoadedAccountsDataSizeLimitInstructionDataCodec(): FixedSizeCodec<\n SetLoadedAccountsDataSizeLimitInstructionDataArgs,\n SetLoadedAccountsDataSizeLimitInstructionData\n> {\n return combineCodec(\n getSetLoadedAccountsDataSizeLimitInstructionDataEncoder(),\n getSetLoadedAccountsDataSizeLimitInstructionDataDecoder(),\n );\n}\n\nexport type SetLoadedAccountsDataSizeLimitInput = {\n accountDataSizeLimit: SetLoadedAccountsDataSizeLimitInstructionDataArgs['accountDataSizeLimit'];\n};\n\nexport function getSetLoadedAccountsDataSizeLimitInstruction<\n TProgramAddress extends Address = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n>(\n input: SetLoadedAccountsDataSizeLimitInput,\n config?: { programAddress?: TProgramAddress },\n): SetLoadedAccountsDataSizeLimitInstruction<TProgramAddress> {\n // Program address.\n const programAddress = config?.programAddress ?? COMPUTE_BUDGET_PROGRAM_ADDRESS;\n\n // Original args.\n const args = { ...input };\n\n return Object.freeze({\n data: getSetLoadedAccountsDataSizeLimitInstructionDataEncoder().encode(\n args as SetLoadedAccountsDataSizeLimitInstructionDataArgs,\n ),\n programAddress,\n } as SetLoadedAccountsDataSizeLimitInstruction<TProgramAddress>);\n}\n\nexport type ParsedSetLoadedAccountsDataSizeLimitInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n> = { programAddress: Address<TProgram>; data: SetLoadedAccountsDataSizeLimitInstructionData };\n\nexport function parseSetLoadedAccountsDataSizeLimitInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedSetLoadedAccountsDataSizeLimitInstruction<TProgram> {\n return {\n programAddress: instruction.programAddress,\n data: getSetLoadedAccountsDataSizeLimitInstructionDataDecoder().decode(instruction.data),\n };\n}\n","/**\n * A provisory compute unit limit is used to indicate that the transaction\n * should be estimated for compute units before being sent to the network.\n *\n * Setting it to zero ensures the transaction fails unless it is properly estimated.\n */\nexport const PROVISORY_COMPUTE_UNIT_LIMIT = 0;\n\n/**\n * The maximum compute unit limit that can be set for a transaction.\n */\nexport const MAX_COMPUTE_UNIT_LIMIT = 1_400_000;\n","import {\n TransactionMessage,\n getU32Decoder,\n getU64Decoder,\n Instruction,\n MicroLamports,\n ReadonlyUint8Array,\n} from '@solana/kit';\nimport {\n COMPUTE_BUDGET_PROGRAM_ADDRESS,\n ComputeBudgetInstruction,\n identifyComputeBudgetInstruction,\n SetComputeUnitLimitInstruction,\n SetComputeUnitPriceInstruction,\n} from './generated';\n\n/**\n * Finds the index of the first `SetComputeUnitLimit` instruction in a transaction message\n * and its set limit, if any.\n */\nexport function findSetComputeUnitLimitInstructionIndexAndUnits(\n transactionMessage: TransactionMessage,\n): { index: number; units: number } | null {\n const index = transactionMessage.instructions.findIndex(isSetComputeUnitLimitInstruction);\n if (index < 0) {\n return null;\n }\n\n const units = getU32Decoder().decode(transactionMessage.instructions[index].data as ReadonlyUint8Array, 1);\n\n return { index, units };\n}\n\n/**\n * Checks if the given instruction is a `SetComputeUnitLimit` instruction.\n */\nfunction isSetComputeUnitLimitInstruction(instruction: Instruction): instruction is SetComputeUnitLimitInstruction {\n return (\n instruction.programAddress === COMPUTE_BUDGET_PROGRAM_ADDRESS &&\n identifyComputeBudgetInstruction(instruction.data as Uint8Array) ===\n ComputeBudgetInstruction.SetComputeUnitLimit\n );\n}\n\n/**\n * Finds the index of the first `SetComputeUnitPrice` instruction in a transaction message\n * and its set micro-lamports, if any.\n */\nexport function findSetComputeUnitPriceInstructionIndexAndMicroLamports(\n transactionMessage: TransactionMessage,\n): { index: number; microLamports: MicroLamports } | null {\n const index = transactionMessage.instructions.findIndex(isSetComputeUnitPriceInstruction);\n if (index < 0) {\n return null;\n }\n\n const microLamports = getU64Decoder().decode(\n transactionMessage.instructions[index].data as ReadonlyUint8Array,\n 1,\n ) as MicroLamports;\n\n return { index, microLamports };\n}\n\n/**\n * Checks if the given instruction is a `SetComputeUnitPrice` instruction.\n */\nfunction isSetComputeUnitPriceInstruction(instruction: Instruction): instruction is SetComputeUnitPriceInstruction {\n return (\n instruction.programAddress === COMPUTE_BUDGET_PROGRAM_ADDRESS &&\n identifyComputeBudgetInstruction(instruction.data as Uint8Array) ===\n ComputeBudgetInstruction.SetComputeUnitPrice\n );\n}\n","import { appendTransactionMessageInstruction, TransactionMessage } from '@solana/kit';\nimport { PROVISORY_COMPUTE_UNIT_LIMIT } from './constants';\nimport { getSetComputeUnitLimitInstruction } from './generated';\nimport { findSetComputeUnitLimitInstructionIndexAndUnits } from './introspect';\n\n/**\n * Appends a `SetComputeUnitLimit` instruction with a provisory\n * compute unit limit to a given transaction message\n * if and only if it does not already have one.\n *\n * @example\n * ```ts\n * const transactionMessage = pipe(\n * createTransactionMessage({ version: 0 }),\n * fillProvisorySetComputeUnitLimitInstruction,\n * // ...\n * );\n * ```\n */\nexport function fillProvisorySetComputeUnitLimitInstruction<TTransactionMessage extends TransactionMessage>(\n transactionMessage: TTransactionMessage,\n) {\n return updateOrAppendSetComputeUnitLimitInstruction(\n previousUnits => (previousUnits === null ? PROVISORY_COMPUTE_UNIT_LIMIT : previousUnits),\n transactionMessage,\n );\n}\n\n/**\n * Updates the first `SetComputeUnitLimit` instruction in a transaction message\n * with the given units, or appends a new instruction if none exists.\n * A function of the current value can be provided instead of a static value.\n *\n * @param units - The new compute unit limit, or a function that takes the previous\n * compute unit limit and returns the new limit.\n * @param transactionMessage - The transaction message to update.\n *\n * @example\n * ```ts\n * const updatedTransactionMessage = updateOrAppendSetComputeUnitLimitInstruction(\n * // E.g. Keep the current limit if it is set, otherwise set it to the maximum.\n * (currentUnits) => currentUnits === null ? MAX_COMPUTE_UNIT_LIMIT : currentUnits,\n * transactionMessage,\n * );\n * ```\n */\nexport function updateOrAppendSetComputeUnitLimitInstruction<TTransactionMessage extends TransactionMessage>(\n units: number | ((previousUnits: number | null) => number),\n transactionMessage: TTransactionMessage,\n): TTransactionMessage {\n const getUnits = (previousUnits: number | null): number =>\n typeof units === 'function' ? units(previousUnits) : units;\n const instructionDetails = findSetComputeUnitLimitInstructionIndexAndUnits(transactionMessage);\n\n if (!instructionDetails) {\n return appendTransactionMessageInstruction(\n getSetComputeUnitLimitInstruction({ units: getUnits(null) }),\n transactionMessage,\n ) as TTransactionMessage;\n }\n\n const { index, units: previousUnits } = instructionDetails;\n const newUnits = getUnits(previousUnits);\n if (newUnits === previousUnits) {\n return transactionMessage;\n }\n\n const newInstruction = getSetComputeUnitLimitInstruction({ units: newUnits });\n const newInstructions = [...transactionMessage.instructions];\n newInstructions.splice(index, 1, newInstruction);\n return Object.freeze({\n ...transactionMessage,\n instructions: newInstructions,\n }) as TTransactionMessage;\n}\n","import { TransactionMessage, TransactionMessageWithFeePayer } from '@solana/kit';\nimport { MAX_COMPUTE_UNIT_LIMIT, PROVISORY_COMPUTE_UNIT_LIMIT } from './constants';\nimport {\n EstimateComputeUnitLimitFactoryFunction,\n EstimateComputeUnitLimitFactoryFunctionConfig,\n} from './estimateComputeLimitInternal';\nimport { findSetComputeUnitLimitInstructionIndexAndUnits } from './introspect';\nimport { updateOrAppendSetComputeUnitLimitInstruction } from './setComputeLimit';\n\ntype EstimateAndUpdateProvisoryComputeUnitLimitFactoryFunction = <\n TTransactionMessage extends TransactionMessage & TransactionMessageWithFeePayer,\n>(\n transactionMessage: TTransactionMessage,\n config?: EstimateComputeUnitLimitFactoryFunctionConfig,\n) => Promise<TTransactionMessage>;\n\n/**\n * Given a transaction message, if it does not have an explicit compute unit limit,\n * estimates the compute unit limit and updates the transaction message with\n * the estimated limit. Otherwise, returns the transaction message unchanged.\n *\n * It requires a function that estimates the compute unit limit.\n *\n * @example\n * ```ts\n * const estimateAndUpdateCUs = estimateAndUpdateProvisoryComputeUnitLimitFactory(\n * estimateComputeUnitLimitFactory({ rpc })\n * );\n *\n * const transactionMessageWithCUs = await estimateAndUpdateCUs(transactionMessage);\n * ```\n *\n * @see {@link estimateAndUpdateProvisoryComputeUnitLimitFactory}\n */\nexport function estimateAndUpdateProvisoryComputeUnitLimitFactory(\n estimateComputeUnitLimit: EstimateComputeUnitLimitFactoryFunction,\n): EstimateAndUpdateProvisoryComputeUnitLimitFactoryFunction {\n return async function fn(transactionMessage, config) {\n const instructionDetails = findSetComputeUnitLimitInstructionIndexAndUnits(transactionMessage);\n\n // If the transaction message already has a compute unit limit instruction\n // which is set to a specific value — i.e. not 0 or the maximum limit —\n // we don't need to estimate the compute unit limit.\n if (\n instructionDetails &&\n instructionDetails.units !== PROVISORY_COMPUTE_UNIT_LIMIT &&\n instructionDetails.units !== MAX_COMPUTE_UNIT_LIMIT\n ) {\n return transactionMessage;\n }\n\n return updateOrAppendSetComputeUnitLimitInstruction(\n await estimateComputeUnitLimit(transactionMessage, config),\n transactionMessage,\n );\n };\n}\n","import {\n TransactionMessage,\n Commitment,\n compileTransaction,\n getBase64EncodedWireTransaction,\n getSolanaErrorFromTransactionError,\n isSolanaError,\n isTransactionMessageWithDurableNonceLifetime,\n pipe,\n Rpc,\n SimulateTransactionApi,\n Slot,\n SOLANA_ERROR__TRANSACTION__FAILED_TO_ESTIMATE_COMPUTE_LIMIT,\n SOLANA_ERROR__TRANSACTION__FAILED_WHEN_SIMULATING_TO_ESTIMATE_COMPUTE_LIMIT,\n SolanaError,\n Transaction,\n TransactionMessageWithFeePayer,\n} from '@solana/kit';\nimport { updateOrAppendSetComputeUnitLimitInstruction } from './setComputeLimit';\nimport { MAX_COMPUTE_UNIT_LIMIT } from './constants';\n\nexport type EstimateComputeUnitLimitFactoryConfig = Readonly<{\n /** An object that supports the {@link SimulateTransactionApi} of the Solana RPC API */\n rpc: Rpc<SimulateTransactionApi>;\n}>;\n\nexport type EstimateComputeUnitLimitFactoryFunction = (\n transactionMessage: TransactionMessage & TransactionMessageWithFeePayer,\n config?: EstimateComputeUnitLimitFactoryFunctionConfig,\n) => Promise<number>;\n\nexport type EstimateComputeUnitLimitFactoryFunctionConfig = {\n abortSignal?: AbortSignal;\n /**\n * Compute the estimate as of the highest slot that has reached this level of commitment.\n *\n * @defaultValue Whichever default is applied by the underlying {@link RpcApi} in use. For\n * example, when using an API created by a `createSolanaRpc*()` helper, the default commitment\n * is `\"confirmed\"` unless configured otherwise. Unmitigated by an API layer on the client, the\n * default commitment applied by the server is `\"finalized\"`.\n */\n commitment?: Commitment;\n /**\n * Prevents accessing stale data by enforcing that the RPC node has processed transactions up to\n * this slot\n */\n minContextSlot?: Slot;\n};\n\ntype EstimateComputeUnitLimitConfig = EstimateComputeUnitLimitFactoryFunctionConfig &\n Readonly<{\n rpc: Rpc<SimulateTransactionApi>;\n transactionMessage: TransactionMessage & TransactionMessageWithFeePayer;\n }>;\n\n/**\n * Simulates a transaction message on the network and returns the number of compute units it\n * consumed during simulation.\n *\n * The estimate this function returns can be used to set a compute unit limit on the transaction.\n * Correctly budgeting a compute unit limit for your transaction message can increase the probability\n * that your transaction will be accepted for processing.\n *\n * If you don't declare a compute unit limit on your transaction, validators will assume an upper\n * limit of 200K compute units (CU) per instruction. Since validators have an incentive to pack as\n * many transactions into each block as possible, they may choose to include transactions that they\n * know will fit into the remaining compute budget for the current block over transactions that\n * might not. For this reason, you should set a compute unit limit on each of your transaction\n * messages, whenever possible.\n *\n * ## Example\n *\n * ```ts\n * import { getSetComputeLimitInstruction } from '@solana-program/compute-budget';\n * import { createSolanaRpc, getComputeUnitEstimateForTransactionMessageFactory, pipe } from '@solana/kit';\n *\n * // Create an estimator function.\n * const rpc = createSolanaRpc('http://127.0.0.1:8899');\n * const getComputeUnitEstimateForTransactionMessage =\n * getComputeUnitEstimateForTransactionMessageFactory({ rpc });\n *\n * // Create your transaction message.\n * const transactionMessage = pipe(\n * createTransactionMessage({ version: 'legacy' }),\n * /* ... *\\/\n * );\n *\n * // Request an estimate of the actual compute units this message will consume.\n * const computeUnitsEstimate =\n * await getComputeUnitEstimateForTransactionMessage(transactionMessage);\n *\n * // Set the transaction message's compute unit budget.\n * const transactionMessageWithComputeUnitLimit = prependTransactionMessageInstruction(\n * getSetComputeLimitInstruction({ units: computeUnitsEstimate }),\n * transactionMessage,\n * );\n * ```\n *\n * > [!WARNING]\n * > The compute unit estimate is just that &ndash; an estimate. The compute unit consumption of the\n * > actual transaction might be higher or lower than what was observed in simulation. Unless you\n * > are confident that your particular transaction message will consume the same or fewer compute\n * > units as was estimated, you might like to augment the estimate by either a fixed number of CUs\n * > or a multiplier.\n *\n * > [!NOTE]\n * > If you are preparing an _unsigned_ transaction, destined to be signed and submitted to the\n * > network by a wallet, you might like to leave it up to the wallet to determine the compute unit\n * > limit. Consider that the wallet might have a more global view of how many compute units certain\n * > types of transactions consume, and might be able to make better estimates of an appropriate\n * > compute unit budget.\n */\nexport async function estimateComputeUnitLimit({\n transactionMessage,\n ...configs\n}: EstimateComputeUnitLimitConfig): Promise<number> {\n const replaceRecentBlockhash = !isTransactionMessageWithDurableNonceLifetime(transactionMessage);\n const transaction = pipe(\n transactionMessage,\n m => updateOrAppendSetComputeUnitLimitInstruction(MAX_COMPUTE_UNIT_LIMIT, m),\n compileTransaction,\n );\n\n return await simulateTransactionAndGetConsumedUnits({\n transaction,\n replaceRecentBlockhash,\n ...configs,\n });\n}\n\ntype SimulateTransactionAndGetConsumedUnitsConfig = Omit<EstimateComputeUnitLimitConfig, 'transactionMessage'> &\n Readonly<{ replaceRecentBlockhash?: boolean; transaction: Transaction }>;\n\nasync function simulateTransactionAndGetConsumedUnits({\n abortSignal,\n rpc,\n transaction,\n ...simulateConfig\n}: SimulateTransactionAndGetConsumedUnitsConfig): Promise<number> {\n const wireTransactionBytes = getBase64EncodedWireTransaction(transaction);\n\n try {\n const {\n value: { err: transactionError, unitsConsumed },\n } = await rpc\n .simulateTransaction(wireTransactionBytes, {\n ...simulateConfig,\n encoding: 'base64',\n sigVerify: false,\n })\n .send({ abortSignal });\n if (unitsConsumed == null) {\n // This should never be hit, because all RPCs should support `unitsConsumed` by now.\n throw new SolanaError(SOLANA_ERROR__TRANSACTION__FAILED_TO_ESTIMATE_COMPUTE_LIMIT);\n }\n // FIXME(https://github.com/anza-xyz/agave/issues/1295): The simulation response returns\n // compute units as a u64, but the `SetComputeLimit` instruction only accepts a u32. Until\n // this changes, downcast it.\n const downcastUnitsConsumed = unitsConsumed > 4_294_967_295n ? 4_294_967_295 : Number(unitsConsumed);\n if (transactionError) {\n throw new SolanaError(SOLANA_ERROR__TRANSACTION__FAILED_WHEN_SIMULATING_TO_ESTIMATE_COMPUTE_LIMIT, {\n cause: getSolanaErrorFromTransactionError(transactionError),\n unitsConsumed: downcastUnitsConsumed,\n });\n }\n return downcastUnitsConsumed;\n } catch (e) {\n if (isSolanaError(e, SOLANA_ERROR__TRANSACTION__FAILED_WHEN_SIMULATING_TO_ESTIMATE_COMPUTE_LIMIT)) throw e;\n throw new SolanaError(SOLANA_ERROR__TRANSACTION__FAILED_TO_ESTIMATE_COMPUTE_LIMIT, { cause: e });\n }\n}\n","import {\n estimateComputeUnitLimit,\n EstimateComputeUnitLimitFactoryConfig,\n EstimateComputeUnitLimitFactoryFunction,\n} from './estimateComputeLimitInternal';\n\n/**\n * Use this utility to estimate the actual compute unit cost of a given transaction message.\n *\n * Correctly budgeting a compute unit limit for your transaction message can increase the\n * probability that your transaction will be accepted for processing. If you don't declare a compute\n * unit limit on your transaction, validators will assume an upper limit of 200K compute units (CU)\n * per instruction.\n *\n * Since validators have an incentive to pack as many transactions into each block as possible, they\n * may choose to include transactions that they know will fit into the remaining compute budget for\n * the current block over transactions that might not. For this reason, you should set a compute\n * unit limit on each of your transaction messages, whenever possible.\n *\n * > [!WARNING]\n * > The compute unit estimate is just that -- an estimate. The compute unit consumption of the\n * > actual transaction might be higher or lower than what was observed in simulation. Unless you\n * > are confident that your particular transaction message will consume the same or fewer compute\n * > units as was estimated, you might like to augment the estimate by either a fixed number of CUs\n * > or a multiplier.\n *\n * > [!NOTE]\n * > If you are preparing an _unsigned_ transaction, destined to be signed and submitted to the\n * > network by a wallet, you might like to leave it up to the wallet to determine the compute unit\n * > limit. Consider that the wallet might have a more global view of how many compute units certain\n * > types of transactions consume, and might be able to make better estimates of an appropriate\n * > compute unit budget.\n *\n * > [!INFO]\n * > In the event that a transaction message does not already have a `SetComputeUnitLimit`\n * > instruction, this function will add one before simulation. This ensures that the compute unit\n * > consumption of the `SetComputeUnitLimit` instruction itself is included in the estimate.\n *\n * @param config\n *\n * @example\n * ```ts\n * import { getSetComputeUnitLimitInstruction } from '@solana-program/compute-budget';\n * import { createSolanaRpc, estimateComputeUnitLimitFactory, pipe } from '@solana/kit';\n *\n * // Create an estimator function.\n * const rpc = createSolanaRpc('http://127.0.0.1:8899');\n * const estimateComputeUnitLimit = estimateComputeUnitLimitFactory({ rpc });\n *\n * // Create your transaction message.\n * const transactionMessage = pipe(\n * createTransactionMessage({ version: 'legacy' }),\n * /* ... *\\/\n * );\n *\n * // Request an estimate of the actual compute units this message will consume. This is done by\n * // simulating the transaction and grabbing the estimated compute units from the result.\n * const estimatedUnits = await estimateComputeUnitLimit(transactionMessage);\n *\n * // Set the transaction message's compute unit budget.\n * const transactionMessageWithComputeUnitLimit = prependTransactionMessageInstruction(\n * getSetComputeUnitLimitInstruction({ units: estimatedUnits }),\n * transactionMessage,\n * );\n * ```\n */\nexport function estimateComputeUnitLimitFactory({\n rpc,\n}: EstimateComputeUnitLimitFactoryConfig): EstimateComputeUnitLimitFactoryFunction {\n return async function estimateComputeUnitLimitFactoryFunction(transactionMessage, config) {\n return await estimateComputeUnitLimit({\n ...config,\n rpc,\n transactionMessage,\n });\n };\n}\n","import { appendTransactionMessageInstruction, TransactionMessage, MicroLamports } from '@solana/kit';\nimport { getSetComputeUnitPriceInstruction } from './generated';\nimport { findSetComputeUnitPriceInstructionIndexAndMicroLamports } from './introspect';\n\n/**\n * Sets the compute unit price of a transaction message in micro-Lamports.\n *\n * @example\n * ```ts\n * const transactionMessage = pipe(\n * createTransactionMessage({ version: 0 }),\n * (m) => setTransactionMessageComputeUnitPrice(10_000, m),\n * // ...\n * );\n * ```\n */\nexport function setTransactionMessageComputeUnitPrice<TTransactionMessage extends TransactionMessage>(\n microLamports: number | bigint,\n transactionMessage: TTransactionMessage,\n) {\n return appendTransactionMessageInstruction(\n getSetComputeUnitPriceInstruction({ microLamports }),\n transactionMessage,\n );\n}\n\n/**\n * Updates the first `SetComputeUnitPrice` instruction in a transaction message\n * with the given micro-Lamports, or appends a new instruction if none exists.\n * A function of the current value can be provided instead of a static value.\n *\n * @param microLamports - The new compute unit price, or a function that\n * takes the previous price and returns the new one.\n * @param transactionMessage - The transaction message to update.\n *\n * @example\n * ```ts\n * const updatedTransactionMessage = updateOrAppendSetComputeUnitPriceInstruction(\n * // E.g. double the current price or set it to 10_000 if it isn't set.\n * (currentPrice) => currentPrice === null ? 10_000 : currentPrice * 2,\n * transactionMessage,\n * );\n * ```\n */\nexport function updateOrAppendSetComputeUnitPriceInstruction<TTransactionMessage extends TransactionMessage>(\n microLamports: MicroLamports | ((previousMicroLamports: MicroLamports | null) => MicroLamports),\n transactionMessage: TTransactionMessage,\n): TTransactionMessage {\n const getMicroLamports = (previousMicroLamports: MicroLamports | null): MicroLamports =>\n typeof microLamports === 'function' ? microLamports(previousMicroLamports) : microLamports;\n const instructionDetails = findSetComputeUnitPriceInstructionIndexAndMicroLamports(transactionMessage);\n\n if (!instructionDetails) {\n return appendTransactionMessageInstruction(\n getSetComputeUnitPriceInstruction({\n microLamports: getMicroLamports(null),\n }),\n transactionMessage,\n ) as TTransactionMessage;\n }\n\n const { index, microLamports: previousMicroLamports } = instructionDetails;\n const newMicroLamports = getMicroLamports(previousMicroLamports);\n if (newMicroLamports === previousMicroLamports) {\n return transactionMessage;\n }\n\n const newInstruction = getSetComputeUnitPriceInstruction({\n microLamports: newMicroLamports,\n });\n const newInstructions = [...transactionMessage.instructions];\n newInstructions.splice(index, 1, newInstruction);\n return Object.freeze({\n ...transactionMessage,\n instructions: newInstructions,\n }) as TTransactionMessage;\n}\n"]}
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* This code was AUTOGENERATED using the Codama library.\n * Please DO NOT EDIT THIS FILE, instead use visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n containsBytes,\n getU8Encoder,\n SOLANA_ERROR__PROGRAM_CLIENTS__FAILED_TO_IDENTIFY_INSTRUCTION,\n SOLANA_ERROR__PROGRAM_CLIENTS__UNRECOGNIZED_INSTRUCTION_TYPE,\n SolanaError,\n type Address,\n type ClientWithTransactionPlanning,\n type ClientWithTransactionSending,\n type Instruction,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { addSelfPlanAndSendFunctions, type SelfPlanAndSendFunctions } from '@solana/kit/program-client-core';\nimport {\n getRequestHeapFrameInstruction,\n getRequestUnitsInstruction,\n getSetComputeUnitLimitInstruction,\n getSetComputeUnitPriceInstruction,\n getSetLoadedAccountsDataSizeLimitInstruction,\n parseRequestHeapFrameInstruction,\n parseRequestUnitsInstruction,\n parseSetComputeUnitLimitInstruction,\n parseSetComputeUnitPriceInstruction,\n parseSetLoadedAccountsDataSizeLimitInstruction,\n type ParsedRequestHeapFrameInstruction,\n type ParsedRequestUnitsInstruction,\n type ParsedSetComputeUnitLimitInstruction,\n type ParsedSetComputeUnitPriceInstruction,\n type ParsedSetLoadedAccountsDataSizeLimitInstruction,\n type RequestHeapFrameInput,\n type RequestUnitsInput,\n type SetComputeUnitLimitInput,\n type SetComputeUnitPriceInput,\n type SetLoadedAccountsDataSizeLimitInput,\n} from '../instructions';\n\nexport const COMPUTE_BUDGET_PROGRAM_ADDRESS =\n 'ComputeBudget111111111111111111111111111111' as Address<'ComputeBudget111111111111111111111111111111'>;\n\nexport enum ComputeBudgetInstruction {\n RequestUnits,\n RequestHeapFrame,\n SetComputeUnitLimit,\n SetComputeUnitPrice,\n SetLoadedAccountsDataSizeLimit,\n}\n\nexport function identifyComputeBudgetInstruction(\n instruction: { data: ReadonlyUint8Array } | ReadonlyUint8Array,\n): ComputeBudgetInstruction {\n const data = 'data' in instruction ? instruction.data : instruction;\n if (containsBytes(data, getU8Encoder().encode(0), 0)) {\n return ComputeBudgetInstruction.RequestUnits;\n }\n if (containsBytes(data, getU8Encoder().encode(1), 0)) {\n return ComputeBudgetInstruction.RequestHeapFrame;\n }\n if (containsBytes(data, getU8Encoder().encode(2), 0)) {\n return ComputeBudgetInstruction.SetComputeUnitLimit;\n }\n if (containsBytes(data, getU8Encoder().encode(3), 0)) {\n return ComputeBudgetInstruction.SetComputeUnitPrice;\n }\n if (containsBytes(data, getU8Encoder().encode(4), 0)) {\n return ComputeBudgetInstruction.SetLoadedAccountsDataSizeLimit;\n }\n throw new SolanaError(SOLANA_ERROR__PROGRAM_CLIENTS__FAILED_TO_IDENTIFY_INSTRUCTION, {\n instructionData: data,\n programName: 'computeBudget',\n });\n}\n\nexport type ParsedComputeBudgetInstruction<TProgram extends string = 'ComputeBudget111111111111111111111111111111'> =\n | ({ instructionType: ComputeBudgetInstruction.RequestUnits } & ParsedRequestUnitsInstruction<TProgram>)\n | ({ instructionType: ComputeBudgetInstruction.RequestHeapFrame } & ParsedRequestHeapFrameInstruction<TProgram>)\n | ({\n instructionType: ComputeBudgetInstruction.SetComputeUnitLimit;\n } & ParsedSetComputeUnitLimitInstruction<TProgram>)\n | ({\n instructionType: ComputeBudgetInstruction.SetComputeUnitPrice;\n } & ParsedSetComputeUnitPriceInstruction<TProgram>)\n | ({\n instructionType: ComputeBudgetInstruction.SetLoadedAccountsDataSizeLimit;\n } & ParsedSetLoadedAccountsDataSizeLimitInstruction<TProgram>);\n\nexport function parseComputeBudgetInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedComputeBudgetInstruction<TProgram> {\n const instructionType = identifyComputeBudgetInstruction(instruction);\n switch (instructionType) {\n case ComputeBudgetInstruction.RequestUnits: {\n return {\n instructionType: 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visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n combineCodec,\n getStructDecoder,\n getStructEncoder,\n getU32Decoder,\n getU32Encoder,\n getU8Decoder,\n getU8Encoder,\n transformEncoder,\n type AccountMeta,\n type Address,\n type FixedSizeCodec,\n type FixedSizeDecoder,\n type FixedSizeEncoder,\n type Instruction,\n type InstructionWithAccounts,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { COMPUTE_BUDGET_PROGRAM_ADDRESS } from '../programs';\n\nexport const REQUEST_HEAP_FRAME_DISCRIMINATOR = 1;\n\nexport function getRequestHeapFrameDiscriminatorBytes() {\n return getU8Encoder().encode(REQUEST_HEAP_FRAME_DISCRIMINATOR);\n}\n\nexport type RequestHeapFrameInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n TRemainingAccounts extends readonly AccountMeta<string>[] = [],\n> = Instruction<TProgram> & 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Applies to each program, including CPIs.\n */\n bytes: number;\n};\n\nexport type RequestHeapFrameInstructionDataArgs = {\n /**\n * Requested transaction-wide program heap size in bytes.\n * Must be multiple of 1024. Applies to each program, including CPIs.\n */\n bytes: number;\n};\n\nexport function getRequestHeapFrameInstructionDataEncoder(): FixedSizeEncoder<RequestHeapFrameInstructionDataArgs> {\n return transformEncoder(\n getStructEncoder([\n ['discriminator', getU8Encoder()],\n ['bytes', getU32Encoder()],\n ]),\n value => ({ ...value, discriminator: REQUEST_HEAP_FRAME_DISCRIMINATOR }),\n );\n}\n\nexport function getRequestHeapFrameInstructionDataDecoder(): FixedSizeDecoder<RequestHeapFrameInstructionData> {\n return getStructDecoder([\n ['discriminator', getU8Decoder()],\n ['bytes', getU32Decoder()],\n ]);\n}\n\nexport function getRequestHeapFrameInstructionDataCodec(): FixedSizeCodec<\n RequestHeapFrameInstructionDataArgs,\n RequestHeapFrameInstructionData\n> {\n return combineCodec(getRequestHeapFrameInstructionDataEncoder(), getRequestHeapFrameInstructionDataDecoder());\n}\n\nexport type RequestHeapFrameInput = {\n bytes: RequestHeapFrameInstructionDataArgs['bytes'];\n};\n\nexport function getRequestHeapFrameInstruction<TProgramAddress extends Address = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS>(\n input: RequestHeapFrameInput,\n config?: { programAddress?: TProgramAddress },\n): RequestHeapFrameInstruction<TProgramAddress> {\n // Program address.\n const programAddress = config?.programAddress ?? COMPUTE_BUDGET_PROGRAM_ADDRESS;\n\n // Original args.\n const args = { ...input };\n\n return Object.freeze({\n data: getRequestHeapFrameInstructionDataEncoder().encode(args as RequestHeapFrameInstructionDataArgs),\n programAddress,\n } as RequestHeapFrameInstruction<TProgramAddress>);\n}\n\nexport type ParsedRequestHeapFrameInstruction<TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS> = {\n programAddress: Address<TProgram>;\n data: RequestHeapFrameInstructionData;\n};\n\nexport function parseRequestHeapFrameInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedRequestHeapFrameInstruction<TProgram> {\n return {\n programAddress: instruction.programAddress,\n data: getRequestHeapFrameInstructionDataDecoder().decode(instruction.data),\n };\n}\n","/**\n * This code was AUTOGENERATED using the Codama library.\n * Please DO NOT EDIT THIS FILE, instead use visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n combineCodec,\n getStructDecoder,\n getStructEncoder,\n getU32Decoder,\n getU32Encoder,\n getU8Decoder,\n getU8Encoder,\n transformEncoder,\n type AccountMeta,\n type Address,\n type FixedSizeCodec,\n type FixedSizeDecoder,\n type FixedSizeEncoder,\n type Instruction,\n type InstructionWithAccounts,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { COMPUTE_BUDGET_PROGRAM_ADDRESS } from '../programs';\n\nexport const REQUEST_UNITS_DISCRIMINATOR = 0;\n\nexport function getRequestUnitsDiscriminatorBytes() {\n return getU8Encoder().encode(REQUEST_UNITS_DISCRIMINATOR);\n}\n\nexport type RequestUnitsInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n TRemainingAccounts extends readonly AccountMeta<string>[] = [],\n> = Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array> & InstructionWithAccounts<TRemainingAccounts>;\n\nexport type RequestUnitsInstructionData = {\n discriminator: number;\n /** Units to request for transaction-wide compute. */\n units: number;\n /** Prioritization fee lamports. */\n additionalFee: number;\n};\n\nexport type RequestUnitsInstructionDataArgs = {\n /** Units to request for transaction-wide compute. */\n units: number;\n /** Prioritization fee lamports. */\n additionalFee: number;\n};\n\nexport function getRequestUnitsInstructionDataEncoder(): FixedSizeEncoder<RequestUnitsInstructionDataArgs> {\n return transformEncoder(\n getStructEncoder([\n ['discriminator', getU8Encoder()],\n ['units', getU32Encoder()],\n ['additionalFee', getU32Encoder()],\n ]),\n value => ({ ...value, discriminator: REQUEST_UNITS_DISCRIMINATOR }),\n );\n}\n\nexport function getRequestUnitsInstructionDataDecoder(): FixedSizeDecoder<RequestUnitsInstructionData> {\n return getStructDecoder([\n ['discriminator', getU8Decoder()],\n ['units', getU32Decoder()],\n ['additionalFee', getU32Decoder()],\n ]);\n}\n\nexport function getRequestUnitsInstructionDataCodec(): FixedSizeCodec<\n RequestUnitsInstructionDataArgs,\n RequestUnitsInstructionData\n> {\n return combineCodec(getRequestUnitsInstructionDataEncoder(), getRequestUnitsInstructionDataDecoder());\n}\n\nexport type RequestUnitsInput = {\n units: RequestUnitsInstructionDataArgs['units'];\n additionalFee: RequestUnitsInstructionDataArgs['additionalFee'];\n};\n\nexport function getRequestUnitsInstruction<TProgramAddress extends Address = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS>(\n input: RequestUnitsInput,\n config?: { programAddress?: TProgramAddress },\n): RequestUnitsInstruction<TProgramAddress> {\n // Program address.\n const programAddress = config?.programAddress ?? COMPUTE_BUDGET_PROGRAM_ADDRESS;\n\n // Original args.\n const args = { ...input };\n\n return Object.freeze({\n data: getRequestUnitsInstructionDataEncoder().encode(args as RequestUnitsInstructionDataArgs),\n programAddress,\n } as RequestUnitsInstruction<TProgramAddress>);\n}\n\nexport type ParsedRequestUnitsInstruction<TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS> = {\n programAddress: Address<TProgram>;\n data: RequestUnitsInstructionData;\n};\n\nexport function parseRequestUnitsInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedRequestUnitsInstruction<TProgram> {\n return {\n programAddress: instruction.programAddress,\n data: getRequestUnitsInstructionDataDecoder().decode(instruction.data),\n };\n}\n","/**\n * This code was AUTOGENERATED using the Codama library.\n * Please DO NOT EDIT THIS FILE, instead use visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n combineCodec,\n getStructDecoder,\n getStructEncoder,\n getU32Decoder,\n getU32Encoder,\n getU8Decoder,\n getU8Encoder,\n transformEncoder,\n type AccountMeta,\n type Address,\n type FixedSizeCodec,\n type FixedSizeDecoder,\n type FixedSizeEncoder,\n type Instruction,\n type InstructionWithAccounts,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { COMPUTE_BUDGET_PROGRAM_ADDRESS } from '../programs';\n\nexport const SET_COMPUTE_UNIT_LIMIT_DISCRIMINATOR = 2;\n\nexport function getSetComputeUnitLimitDiscriminatorBytes() {\n return getU8Encoder().encode(SET_COMPUTE_UNIT_LIMIT_DISCRIMINATOR);\n}\n\nexport type SetComputeUnitLimitInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n TRemainingAccounts extends readonly AccountMeta<string>[] = [],\n> = Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array> & InstructionWithAccounts<TRemainingAccounts>;\n\nexport type SetComputeUnitLimitInstructionData = {\n discriminator: number;\n /** Transaction-wide compute unit limit. */\n units: number;\n};\n\nexport type SetComputeUnitLimitInstructionDataArgs = {\n /** Transaction-wide compute unit limit. */\n units: number;\n};\n\nexport function getSetComputeUnitLimitInstructionDataEncoder(): FixedSizeEncoder<SetComputeUnitLimitInstructionDataArgs> {\n return transformEncoder(\n getStructEncoder([\n ['discriminator', getU8Encoder()],\n ['units', getU32Encoder()],\n ]),\n value => ({ ...value, discriminator: SET_COMPUTE_UNIT_LIMIT_DISCRIMINATOR }),\n );\n}\n\nexport function getSetComputeUnitLimitInstructionDataDecoder(): FixedSizeDecoder<SetComputeUnitLimitInstructionData> {\n return getStructDecoder([\n ['discriminator', getU8Decoder()],\n ['units', getU32Decoder()],\n ]);\n}\n\nexport function getSetComputeUnitLimitInstructionDataCodec(): FixedSizeCodec<\n SetComputeUnitLimitInstructionDataArgs,\n SetComputeUnitLimitInstructionData\n> {\n return combineCodec(getSetComputeUnitLimitInstructionDataEncoder(), getSetComputeUnitLimitInstructionDataDecoder());\n}\n\nexport type SetComputeUnitLimitInput = {\n units: SetComputeUnitLimitInstructionDataArgs['units'];\n};\n\nexport function getSetComputeUnitLimitInstruction<\n TProgramAddress extends Address = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n>(\n input: SetComputeUnitLimitInput,\n config?: { programAddress?: TProgramAddress },\n): SetComputeUnitLimitInstruction<TProgramAddress> {\n // Program address.\n const programAddress = config?.programAddress ?? COMPUTE_BUDGET_PROGRAM_ADDRESS;\n\n // Original args.\n const args = { ...input };\n\n return Object.freeze({\n data: getSetComputeUnitLimitInstructionDataEncoder().encode(args as SetComputeUnitLimitInstructionDataArgs),\n programAddress,\n } as SetComputeUnitLimitInstruction<TProgramAddress>);\n}\n\nexport type ParsedSetComputeUnitLimitInstruction<TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS> = {\n programAddress: Address<TProgram>;\n data: SetComputeUnitLimitInstructionData;\n};\n\nexport function parseSetComputeUnitLimitInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedSetComputeUnitLimitInstruction<TProgram> {\n return {\n programAddress: instruction.programAddress,\n data: getSetComputeUnitLimitInstructionDataDecoder().decode(instruction.data),\n };\n}\n","/**\n * This code was AUTOGENERATED using the Codama library.\n * Please DO NOT EDIT THIS FILE, instead use visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n combineCodec,\n getStructDecoder,\n getStructEncoder,\n getU64Decoder,\n getU64Encoder,\n getU8Decoder,\n getU8Encoder,\n transformEncoder,\n type AccountMeta,\n type Address,\n type FixedSizeCodec,\n type FixedSizeDecoder,\n type FixedSizeEncoder,\n type Instruction,\n type InstructionWithAccounts,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { COMPUTE_BUDGET_PROGRAM_ADDRESS } from '../programs';\n\nexport const SET_COMPUTE_UNIT_PRICE_DISCRIMINATOR = 3;\n\nexport function getSetComputeUnitPriceDiscriminatorBytes() {\n return getU8Encoder().encode(SET_COMPUTE_UNIT_PRICE_DISCRIMINATOR);\n}\n\nexport type SetComputeUnitPriceInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n TRemainingAccounts extends readonly AccountMeta<string>[] = [],\n> = Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array> & InstructionWithAccounts<TRemainingAccounts>;\n\nexport type SetComputeUnitPriceInstructionData = {\n discriminator: number;\n /** Transaction compute unit price used for prioritization fees. */\n microLamports: bigint;\n};\n\nexport type SetComputeUnitPriceInstructionDataArgs = {\n /** Transaction compute unit price used for prioritization fees. */\n microLamports: number | bigint;\n};\n\nexport function getSetComputeUnitPriceInstructionDataEncoder(): FixedSizeEncoder<SetComputeUnitPriceInstructionDataArgs> {\n return transformEncoder(\n getStructEncoder([\n ['discriminator', getU8Encoder()],\n ['microLamports', getU64Encoder()],\n ]),\n value => ({ ...value, discriminator: SET_COMPUTE_UNIT_PRICE_DISCRIMINATOR }),\n );\n}\n\nexport function getSetComputeUnitPriceInstructionDataDecoder(): FixedSizeDecoder<SetComputeUnitPriceInstructionData> {\n return getStructDecoder([\n ['discriminator', getU8Decoder()],\n ['microLamports', getU64Decoder()],\n ]);\n}\n\nexport function getSetComputeUnitPriceInstructionDataCodec(): FixedSizeCodec<\n SetComputeUnitPriceInstructionDataArgs,\n SetComputeUnitPriceInstructionData\n> {\n return combineCodec(getSetComputeUnitPriceInstructionDataEncoder(), getSetComputeUnitPriceInstructionDataDecoder());\n}\n\nexport type SetComputeUnitPriceInput = {\n microLamports: SetComputeUnitPriceInstructionDataArgs['microLamports'];\n};\n\nexport function getSetComputeUnitPriceInstruction<\n TProgramAddress extends Address = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n>(\n input: SetComputeUnitPriceInput,\n config?: { programAddress?: TProgramAddress },\n): SetComputeUnitPriceInstruction<TProgramAddress> {\n // Program address.\n const programAddress = config?.programAddress ?? COMPUTE_BUDGET_PROGRAM_ADDRESS;\n\n // Original args.\n const args = { ...input };\n\n return Object.freeze({\n data: getSetComputeUnitPriceInstructionDataEncoder().encode(args as SetComputeUnitPriceInstructionDataArgs),\n programAddress,\n } as SetComputeUnitPriceInstruction<TProgramAddress>);\n}\n\nexport type ParsedSetComputeUnitPriceInstruction<TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS> = {\n programAddress: Address<TProgram>;\n data: SetComputeUnitPriceInstructionData;\n};\n\nexport function parseSetComputeUnitPriceInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedSetComputeUnitPriceInstruction<TProgram> {\n return {\n programAddress: instruction.programAddress,\n data: getSetComputeUnitPriceInstructionDataDecoder().decode(instruction.data),\n };\n}\n","/**\n * This code was AUTOGENERATED using the Codama library.\n * Please DO NOT EDIT THIS FILE, instead use visitors\n * to add features, then rerun Codama to update it.\n *\n * @see https://github.com/codama-idl/codama\n */\n\nimport {\n combineCodec,\n getStructDecoder,\n getStructEncoder,\n getU32Decoder,\n getU32Encoder,\n getU8Decoder,\n getU8Encoder,\n transformEncoder,\n type AccountMeta,\n type Address,\n type FixedSizeCodec,\n type FixedSizeDecoder,\n type FixedSizeEncoder,\n type Instruction,\n type InstructionWithAccounts,\n type InstructionWithData,\n type ReadonlyUint8Array,\n} from '@solana/kit';\nimport { COMPUTE_BUDGET_PROGRAM_ADDRESS } from '../programs';\n\nexport const SET_LOADED_ACCOUNTS_DATA_SIZE_LIMIT_DISCRIMINATOR = 4;\n\nexport function getSetLoadedAccountsDataSizeLimitDiscriminatorBytes() {\n return getU8Encoder().encode(SET_LOADED_ACCOUNTS_DATA_SIZE_LIMIT_DISCRIMINATOR);\n}\n\nexport type SetLoadedAccountsDataSizeLimitInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n TRemainingAccounts extends readonly AccountMeta<string>[] = [],\n> = Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array> & InstructionWithAccounts<TRemainingAccounts>;\n\nexport type SetLoadedAccountsDataSizeLimitInstructionData = { discriminator: number; accountDataSizeLimit: number };\n\nexport type SetLoadedAccountsDataSizeLimitInstructionDataArgs = { accountDataSizeLimit: number };\n\nexport function getSetLoadedAccountsDataSizeLimitInstructionDataEncoder(): FixedSizeEncoder<SetLoadedAccountsDataSizeLimitInstructionDataArgs> {\n return transformEncoder(\n getStructEncoder([\n ['discriminator', getU8Encoder()],\n ['accountDataSizeLimit', getU32Encoder()],\n ]),\n value => ({ ...value, discriminator: SET_LOADED_ACCOUNTS_DATA_SIZE_LIMIT_DISCRIMINATOR }),\n );\n}\n\nexport function getSetLoadedAccountsDataSizeLimitInstructionDataDecoder(): FixedSizeDecoder<SetLoadedAccountsDataSizeLimitInstructionData> {\n return getStructDecoder([\n ['discriminator', getU8Decoder()],\n ['accountDataSizeLimit', getU32Decoder()],\n ]);\n}\n\nexport function getSetLoadedAccountsDataSizeLimitInstructionDataCodec(): FixedSizeCodec<\n SetLoadedAccountsDataSizeLimitInstructionDataArgs,\n SetLoadedAccountsDataSizeLimitInstructionData\n> {\n return combineCodec(\n getSetLoadedAccountsDataSizeLimitInstructionDataEncoder(),\n getSetLoadedAccountsDataSizeLimitInstructionDataDecoder(),\n );\n}\n\nexport type SetLoadedAccountsDataSizeLimitInput = {\n accountDataSizeLimit: SetLoadedAccountsDataSizeLimitInstructionDataArgs['accountDataSizeLimit'];\n};\n\nexport function getSetLoadedAccountsDataSizeLimitInstruction<\n TProgramAddress extends Address = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n>(\n input: SetLoadedAccountsDataSizeLimitInput,\n config?: { programAddress?: TProgramAddress },\n): SetLoadedAccountsDataSizeLimitInstruction<TProgramAddress> {\n // Program address.\n const programAddress = config?.programAddress ?? COMPUTE_BUDGET_PROGRAM_ADDRESS;\n\n // Original args.\n const args = { ...input };\n\n return Object.freeze({\n data: getSetLoadedAccountsDataSizeLimitInstructionDataEncoder().encode(\n args as SetLoadedAccountsDataSizeLimitInstructionDataArgs,\n ),\n programAddress,\n } as SetLoadedAccountsDataSizeLimitInstruction<TProgramAddress>);\n}\n\nexport type ParsedSetLoadedAccountsDataSizeLimitInstruction<\n TProgram extends string = typeof COMPUTE_BUDGET_PROGRAM_ADDRESS,\n> = { programAddress: Address<TProgram>; data: SetLoadedAccountsDataSizeLimitInstructionData };\n\nexport function parseSetLoadedAccountsDataSizeLimitInstruction<TProgram extends string>(\n instruction: Instruction<TProgram> & InstructionWithData<ReadonlyUint8Array>,\n): ParsedSetLoadedAccountsDataSizeLimitInstruction<TProgram> {\n return {\n programAddress: instruction.programAddress,\n data: getSetLoadedAccountsDataSizeLimitInstructionDataDecoder().decode(instruction.data),\n };\n}\n","/**\n * A provisory compute unit limit is used to indicate that the transaction\n * should be estimated for compute units before being sent to the network.\n *\n * Setting it to zero ensures the transaction fails unless it is properly estimated.\n */\nexport const PROVISORY_COMPUTE_UNIT_LIMIT = 0;\n\n/**\n * The maximum compute unit limit that can be set for a transaction.\n */\nexport const MAX_COMPUTE_UNIT_LIMIT = 1_400_000;\n","import {\n TransactionMessage,\n getU32Decoder,\n getU64Decoder,\n Instruction,\n MicroLamports,\n ReadonlyUint8Array,\n} from '@solana/kit';\nimport {\n COMPUTE_BUDGET_PROGRAM_ADDRESS,\n ComputeBudgetInstruction,\n identifyComputeBudgetInstruction,\n SetComputeUnitLimitInstruction,\n SetComputeUnitPriceInstruction,\n} from './generated';\n\n/**\n * Finds the index of the first `SetComputeUnitLimit` instruction in a transaction message\n * and its set limit, if any.\n */\nexport function findSetComputeUnitLimitInstructionIndexAndUnits(\n transactionMessage: TransactionMessage,\n): { index: number; units: number } | null {\n const index = transactionMessage.instructions.findIndex(isSetComputeUnitLimitInstruction);\n if (index < 0) {\n return null;\n }\n\n const units = getU32Decoder().decode(transactionMessage.instructions[index].data as ReadonlyUint8Array, 1);\n\n return { index, units };\n}\n\n/**\n * Checks if the given instruction is a `SetComputeUnitLimit` instruction.\n */\nfunction isSetComputeUnitLimitInstruction(instruction: Instruction): instruction is SetComputeUnitLimitInstruction {\n return (\n instruction.programAddress === COMPUTE_BUDGET_PROGRAM_ADDRESS &&\n identifyComputeBudgetInstruction(instruction.data as Uint8Array) ===\n ComputeBudgetInstruction.SetComputeUnitLimit\n );\n}\n\n/**\n * Finds the index of the first `SetComputeUnitPrice` instruction in a transaction message\n * and its set micro-lamports, if any.\n */\nexport function findSetComputeUnitPriceInstructionIndexAndMicroLamports(\n transactionMessage: TransactionMessage,\n): { index: number; microLamports: MicroLamports } | null {\n const index = transactionMessage.instructions.findIndex(isSetComputeUnitPriceInstruction);\n if (index < 0) {\n return null;\n }\n\n const microLamports = getU64Decoder().decode(\n transactionMessage.instructions[index].data as ReadonlyUint8Array,\n 1,\n ) as MicroLamports;\n\n return { index, microLamports };\n}\n\n/**\n * Checks if the given instruction is a `SetComputeUnitPrice` instruction.\n */\nfunction isSetComputeUnitPriceInstruction(instruction: Instruction): instruction is SetComputeUnitPriceInstruction {\n return (\n instruction.programAddress === COMPUTE_BUDGET_PROGRAM_ADDRESS &&\n identifyComputeBudgetInstruction(instruction.data as Uint8Array) ===\n ComputeBudgetInstruction.SetComputeUnitPrice\n );\n}\n","import { appendTransactionMessageInstruction, TransactionMessage } from '@solana/kit';\nimport { PROVISORY_COMPUTE_UNIT_LIMIT } from './constants';\nimport { getSetComputeUnitLimitInstruction } from './generated';\nimport { findSetComputeUnitLimitInstructionIndexAndUnits } from './introspect';\n\n/**\n * Appends a `SetComputeUnitLimit` instruction with a provisory\n * compute unit limit to a given transaction message\n * if and only if it does not already have one.\n *\n * @example\n * ```ts\n * const transactionMessage = pipe(\n * createTransactionMessage({ version: 0 }),\n * fillProvisorySetComputeUnitLimitInstruction,\n * // ...\n * );\n * ```\n */\nexport function fillProvisorySetComputeUnitLimitInstruction<TTransactionMessage extends TransactionMessage>(\n transactionMessage: TTransactionMessage,\n) {\n return updateOrAppendSetComputeUnitLimitInstruction(\n previousUnits => (previousUnits === null ? PROVISORY_COMPUTE_UNIT_LIMIT : previousUnits),\n transactionMessage,\n );\n}\n\n/**\n * Updates the first `SetComputeUnitLimit` instruction in a transaction message\n * with the given units, or appends a new instruction if none exists.\n * A function of the current value can be provided instead of a static value.\n *\n * @param units - The new compute unit limit, or a function that takes the previous\n * compute unit limit and returns the new limit.\n * @param transactionMessage - The transaction message to update.\n *\n * @example\n * ```ts\n * const updatedTransactionMessage = updateOrAppendSetComputeUnitLimitInstruction(\n * // E.g. Keep the current limit if it is set, otherwise set it to the maximum.\n * (currentUnits) => currentUnits === null ? MAX_COMPUTE_UNIT_LIMIT : currentUnits,\n * transactionMessage,\n * );\n * ```\n */\nexport function updateOrAppendSetComputeUnitLimitInstruction<TTransactionMessage extends TransactionMessage>(\n units: number | ((previousUnits: number | null) => number),\n transactionMessage: TTransactionMessage,\n): TTransactionMessage {\n const getUnits = (previousUnits: number | null): number =>\n typeof units === 'function' ? units(previousUnits) : units;\n const instructionDetails = findSetComputeUnitLimitInstructionIndexAndUnits(transactionMessage);\n\n if (!instructionDetails) {\n return appendTransactionMessageInstruction(\n getSetComputeUnitLimitInstruction({ units: getUnits(null) }),\n transactionMessage,\n ) as TTransactionMessage;\n }\n\n const { index, units: previousUnits } = instructionDetails;\n const newUnits = getUnits(previousUnits);\n if (newUnits === previousUnits) {\n return transactionMessage;\n }\n\n const newInstruction = getSetComputeUnitLimitInstruction({ units: newUnits });\n const newInstructions = [...transactionMessage.instructions];\n newInstructions.splice(index, 1, newInstruction);\n return Object.freeze({\n ...transactionMessage,\n instructions: newInstructions,\n }) as TTransactionMessage;\n}\n","import { TransactionMessage, TransactionMessageWithFeePayer } from '@solana/kit';\nimport { MAX_COMPUTE_UNIT_LIMIT, PROVISORY_COMPUTE_UNIT_LIMIT } from './constants';\nimport {\n EstimateComputeUnitLimitFactoryFunction,\n EstimateComputeUnitLimitFactoryFunctionConfig,\n} from './estimateComputeLimitInternal';\nimport { findSetComputeUnitLimitInstructionIndexAndUnits } from './introspect';\nimport { updateOrAppendSetComputeUnitLimitInstruction } from './setComputeLimit';\n\ntype EstimateAndUpdateProvisoryComputeUnitLimitFactoryFunction = <\n TTransactionMessage extends TransactionMessage & TransactionMessageWithFeePayer,\n>(\n transactionMessage: TTransactionMessage,\n config?: EstimateComputeUnitLimitFactoryFunctionConfig,\n) => Promise<TTransactionMessage>;\n\n/**\n * Given a transaction message, if it does not have an explicit compute unit limit,\n * estimates the compute unit limit and updates the transaction message with\n * the estimated limit. Otherwise, returns the transaction message unchanged.\n *\n * It requires a function that estimates the compute unit limit.\n *\n * @example\n * ```ts\n * const estimateAndUpdateCUs = estimateAndUpdateProvisoryComputeUnitLimitFactory(\n * estimateComputeUnitLimitFactory({ rpc })\n * );\n *\n * const transactionMessageWithCUs = await estimateAndUpdateCUs(transactionMessage);\n * ```\n *\n * @see {@link estimateAndUpdateProvisoryComputeUnitLimitFactory}\n */\nexport function estimateAndUpdateProvisoryComputeUnitLimitFactory(\n estimateComputeUnitLimit: EstimateComputeUnitLimitFactoryFunction,\n): EstimateAndUpdateProvisoryComputeUnitLimitFactoryFunction {\n return async function fn(transactionMessage, config) {\n const instructionDetails = findSetComputeUnitLimitInstructionIndexAndUnits(transactionMessage);\n\n // If the transaction message already has a compute unit limit instruction\n // which is set to a specific value — i.e. not 0 or the maximum limit —\n // we don't need to estimate the compute unit limit.\n if (\n instructionDetails &&\n instructionDetails.units !== PROVISORY_COMPUTE_UNIT_LIMIT &&\n instructionDetails.units !== MAX_COMPUTE_UNIT_LIMIT\n ) {\n return transactionMessage;\n }\n\n return updateOrAppendSetComputeUnitLimitInstruction(\n await estimateComputeUnitLimit(transactionMessage, config),\n transactionMessage,\n );\n };\n}\n","import {\n TransactionMessage,\n Commitment,\n compileTransaction,\n getBase64EncodedWireTransaction,\n getSolanaErrorFromTransactionError,\n isSolanaError,\n isTransactionMessageWithDurableNonceLifetime,\n pipe,\n Rpc,\n RpcSimulateTransactionResult,\n SimulateTransactionApi,\n Slot,\n SOLANA_ERROR__TRANSACTION__FAILED_TO_ESTIMATE_COMPUTE_LIMIT,\n SOLANA_ERROR__TRANSACTION__FAILED_WHEN_SIMULATING_TO_ESTIMATE_COMPUTE_LIMIT,\n SolanaError,\n Transaction,\n TransactionMessageWithFeePayer,\n} from '@solana/kit';\nimport { updateOrAppendSetComputeUnitLimitInstruction } from './setComputeLimit';\nimport { MAX_COMPUTE_UNIT_LIMIT } from './constants';\n\nexport type EstimateComputeUnitLimitFactoryConfig = Readonly<{\n /** An object that supports the {@link SimulateTransactionApi} of the Solana RPC API */\n rpc: Rpc<SimulateTransactionApi>;\n}>;\n\nexport type EstimateComputeUnitLimitFactoryFunction = (\n transactionMessage: TransactionMessage & TransactionMessageWithFeePayer,\n config?: EstimateComputeUnitLimitFactoryFunctionConfig,\n) => Promise<number>;\n\nexport type EstimateComputeUnitLimitFactoryFunctionConfig = {\n abortSignal?: AbortSignal;\n /**\n * Compute the estimate as of the highest slot that has reached this level of commitment.\n *\n * @defaultValue Whichever default is applied by the underlying {@link RpcApi} in use. For\n * example, when using an API created by a `createSolanaRpc*()` helper, the default commitment\n * is `\"confirmed\"` unless configured otherwise. Unmitigated by an API layer on the client, the\n * default commitment applied by the server is `\"finalized\"`.\n */\n commitment?: Commitment;\n /**\n * Prevents accessing stale data by enforcing that the RPC node has processed transactions up to\n * this slot\n */\n minContextSlot?: Slot;\n};\n\ntype EstimateComputeUnitLimitConfig = EstimateComputeUnitLimitFactoryFunctionConfig &\n Readonly<{\n rpc: Rpc<SimulateTransactionApi>;\n transactionMessage: TransactionMessage & TransactionMessageWithFeePayer;\n }>;\n\n/**\n * Simulates a transaction message on the network and returns the number of compute units it\n * consumed during simulation.\n *\n * The estimate this function returns can be used to set a compute unit limit on the transaction.\n * Correctly budgeting a compute unit limit for your transaction message can increase the probability\n * that your transaction will be accepted for processing.\n *\n * If you don't declare a compute unit limit on your transaction, validators will assume an upper\n * limit of 200K compute units (CU) per instruction. Since validators have an incentive to pack as\n * many transactions into each block as possible, they may choose to include transactions that they\n * know will fit into the remaining compute budget for the current block over transactions that\n * might not. For this reason, you should set a compute unit limit on each of your transaction\n * messages, whenever possible.\n *\n * ## Example\n *\n * ```ts\n * import { getSetComputeLimitInstruction } from '@solana-program/compute-budget';\n * import { createSolanaRpc, getComputeUnitEstimateForTransactionMessageFactory, pipe } from '@solana/kit';\n *\n * // Create an estimator function.\n * const rpc = createSolanaRpc('http://127.0.0.1:8899');\n * const getComputeUnitEstimateForTransactionMessage =\n * getComputeUnitEstimateForTransactionMessageFactory({ rpc });\n *\n * // Create your transaction message.\n * const transactionMessage = pipe(\n * createTransactionMessage({ version: 'legacy' }),\n * /* ... *\\/\n * );\n *\n * // Request an estimate of the actual compute units this message will consume.\n * const computeUnitsEstimate =\n * await getComputeUnitEstimateForTransactionMessage(transactionMessage);\n *\n * // Set the transaction message's compute unit budget.\n * const transactionMessageWithComputeUnitLimit = prependTransactionMessageInstruction(\n * getSetComputeLimitInstruction({ units: computeUnitsEstimate }),\n * transactionMessage,\n * );\n * ```\n *\n * > [!WARNING]\n * > The compute unit estimate is just that &ndash; an estimate. The compute unit consumption of the\n * > actual transaction might be higher or lower than what was observed in simulation. Unless you\n * > are confident that your particular transaction message will consume the same or fewer compute\n * > units as was estimated, you might like to augment the estimate by either a fixed number of CUs\n * > or a multiplier.\n *\n * > [!NOTE]\n * > If you are preparing an _unsigned_ transaction, destined to be signed and submitted to the\n * > network by a wallet, you might like to leave it up to the wallet to determine the compute unit\n * > limit. Consider that the wallet might have a more global view of how many compute units certain\n * > types of transactions consume, and might be able to make better estimates of an appropriate\n * > compute unit budget.\n */\nexport async function estimateComputeUnitLimit({\n transactionMessage,\n ...configs\n}: EstimateComputeUnitLimitConfig): Promise<number> {\n const replaceRecentBlockhash = !isTransactionMessageWithDurableNonceLifetime(transactionMessage);\n const transaction = pipe(\n transactionMessage,\n m => updateOrAppendSetComputeUnitLimitInstruction(MAX_COMPUTE_UNIT_LIMIT, m),\n compileTransaction,\n );\n\n return await simulateTransactionAndGetConsumedUnits({\n transaction,\n replaceRecentBlockhash,\n ...configs,\n });\n}\n\ntype SimulateTransactionAndGetConsumedUnitsConfig = Omit<EstimateComputeUnitLimitConfig, 'transactionMessage'> &\n Readonly<{ replaceRecentBlockhash?: boolean; transaction: Transaction }>;\n\nasync function simulateTransactionAndGetConsumedUnits({\n abortSignal,\n rpc,\n transaction,\n ...simulateConfig\n}: SimulateTransactionAndGetConsumedUnitsConfig): Promise<number> {\n const wireTransactionBytes = getBase64EncodedWireTransaction(transaction);\n\n try {\n const response = await rpc\n .simulateTransaction(wireTransactionBytes, { ...simulateConfig, encoding: 'base64', sigVerify: false })\n .send({ abortSignal });\n const { err: transactionError, ...simulationResult } = response.value as RpcSimulateTransactionResult;\n if (simulationResult.unitsConsumed == null) {\n // This should never be hit, because all RPCs should support `unitsConsumed` by now.\n throw new SolanaError(SOLANA_ERROR__TRANSACTION__FAILED_TO_ESTIMATE_COMPUTE_LIMIT);\n }\n if (transactionError) {\n throw new SolanaError(SOLANA_ERROR__TRANSACTION__FAILED_WHEN_SIMULATING_TO_ESTIMATE_COMPUTE_LIMIT, {\n ...simulationResult,\n cause: getSolanaErrorFromTransactionError(transactionError),\n });\n }\n // FIXME(https://github.com/anza-xyz/agave/issues/1295): The simulation response returns\n // compute units as a u64, but the `SetComputeLimit` instruction only accepts a u32. Until\n // this changes, downcast it.\n return simulationResult.unitsConsumed > 4_294_967_295n ? 4_294_967_295 : Number(simulationResult.unitsConsumed);\n } catch (e) {\n if (isSolanaError(e, SOLANA_ERROR__TRANSACTION__FAILED_WHEN_SIMULATING_TO_ESTIMATE_COMPUTE_LIMIT)) throw e;\n throw new SolanaError(SOLANA_ERROR__TRANSACTION__FAILED_TO_ESTIMATE_COMPUTE_LIMIT, { cause: e });\n }\n}\n","import {\n estimateComputeUnitLimit,\n EstimateComputeUnitLimitFactoryConfig,\n EstimateComputeUnitLimitFactoryFunction,\n} from './estimateComputeLimitInternal';\n\n/**\n * Use this utility to estimate the actual compute unit cost of a given transaction message.\n *\n * Correctly budgeting a compute unit limit for your transaction message can increase the\n * probability that your transaction will be accepted for processing. If you don't declare a compute\n * unit limit on your transaction, validators will assume an upper limit of 200K compute units (CU)\n * per instruction.\n *\n * Since validators have an incentive to pack as many transactions into each block as possible, they\n * may choose to include transactions that they know will fit into the remaining compute budget for\n * the current block over transactions that might not. For this reason, you should set a compute\n * unit limit on each of your transaction messages, whenever possible.\n *\n * > [!WARNING]\n * > The compute unit estimate is just that -- an estimate. The compute unit consumption of the\n * > actual transaction might be higher or lower than what was observed in simulation. Unless you\n * > are confident that your particular transaction message will consume the same or fewer compute\n * > units as was estimated, you might like to augment the estimate by either a fixed number of CUs\n * > or a multiplier.\n *\n * > [!NOTE]\n * > If you are preparing an _unsigned_ transaction, destined to be signed and submitted to the\n * > network by a wallet, you might like to leave it up to the wallet to determine the compute unit\n * > limit. Consider that the wallet might have a more global view of how many compute units certain\n * > types of transactions consume, and might be able to make better estimates of an appropriate\n * > compute unit budget.\n *\n * > [!INFO]\n * > In the event that a transaction message does not already have a `SetComputeUnitLimit`\n * > instruction, this function will add one before simulation. This ensures that the compute unit\n * > consumption of the `SetComputeUnitLimit` instruction itself is included in the estimate.\n *\n * @param config\n *\n * @example\n * ```ts\n * import { getSetComputeUnitLimitInstruction } from '@solana-program/compute-budget';\n * import { createSolanaRpc, estimateComputeUnitLimitFactory, pipe } from '@solana/kit';\n *\n * // Create an estimator function.\n * const rpc = createSolanaRpc('http://127.0.0.1:8899');\n * const estimateComputeUnitLimit = estimateComputeUnitLimitFactory({ rpc });\n *\n * // Create your transaction message.\n * const transactionMessage = pipe(\n * createTransactionMessage({ version: 'legacy' }),\n * /* ... *\\/\n * );\n *\n * // Request an estimate of the actual compute units this message will consume. This is done by\n * // simulating the transaction and grabbing the estimated compute units from the result.\n * const estimatedUnits = await estimateComputeUnitLimit(transactionMessage);\n *\n * // Set the transaction message's compute unit budget.\n * const transactionMessageWithComputeUnitLimit = prependTransactionMessageInstruction(\n * getSetComputeUnitLimitInstruction({ units: estimatedUnits }),\n * transactionMessage,\n * );\n * ```\n */\nexport function estimateComputeUnitLimitFactory({\n rpc,\n}: EstimateComputeUnitLimitFactoryConfig): EstimateComputeUnitLimitFactoryFunction {\n return async function estimateComputeUnitLimitFactoryFunction(transactionMessage, config) {\n return await estimateComputeUnitLimit({\n ...config,\n rpc,\n transactionMessage,\n });\n };\n}\n","import { appendTransactionMessageInstruction, TransactionMessage, MicroLamports } from '@solana/kit';\nimport { getSetComputeUnitPriceInstruction } from './generated';\nimport { findSetComputeUnitPriceInstructionIndexAndMicroLamports } from './introspect';\n\n/**\n * Sets the compute unit price of a transaction message in micro-Lamports.\n *\n * @example\n * ```ts\n * const transactionMessage = pipe(\n * createTransactionMessage({ version: 0 }),\n * (m) => setTransactionMessageComputeUnitPrice(10_000, m),\n * // ...\n * );\n * ```\n */\nexport function setTransactionMessageComputeUnitPrice<TTransactionMessage extends TransactionMessage>(\n microLamports: number | bigint,\n transactionMessage: TTransactionMessage,\n) {\n return appendTransactionMessageInstruction(\n getSetComputeUnitPriceInstruction({ microLamports }),\n transactionMessage,\n );\n}\n\n/**\n * Updates the first `SetComputeUnitPrice` instruction in a transaction message\n * with the given micro-Lamports, or appends a new instruction if none exists.\n * A function of the current value can be provided instead of a static value.\n *\n * @param microLamports - The new compute unit price, or a function that\n * takes the previous price and returns the new one.\n * @param transactionMessage - The transaction message to update.\n *\n * @example\n * ```ts\n * const updatedTransactionMessage = updateOrAppendSetComputeUnitPriceInstruction(\n * // E.g. double the current price or set it to 10_000 if it isn't set.\n * (currentPrice) => currentPrice === null ? 10_000 : currentPrice * 2,\n * transactionMessage,\n * );\n * ```\n */\nexport function updateOrAppendSetComputeUnitPriceInstruction<TTransactionMessage extends TransactionMessage>(\n microLamports: MicroLamports | ((previousMicroLamports: MicroLamports | null) => MicroLamports),\n transactionMessage: TTransactionMessage,\n): TTransactionMessage {\n const getMicroLamports = (previousMicroLamports: MicroLamports | null): MicroLamports =>\n typeof microLamports === 'function' ? microLamports(previousMicroLamports) : microLamports;\n const instructionDetails = findSetComputeUnitPriceInstructionIndexAndMicroLamports(transactionMessage);\n\n if (!instructionDetails) {\n return appendTransactionMessageInstruction(\n getSetComputeUnitPriceInstruction({\n microLamports: getMicroLamports(null),\n }),\n transactionMessage,\n ) as TTransactionMessage;\n }\n\n const { index, microLamports: previousMicroLamports } = instructionDetails;\n const newMicroLamports = getMicroLamports(previousMicroLamports);\n if (newMicroLamports === previousMicroLamports) {\n return transactionMessage;\n }\n\n const newInstruction = getSetComputeUnitPriceInstruction({\n microLamports: newMicroLamports,\n });\n const newInstructions = [...transactionMessage.instructions];\n newInstructions.splice(index, 1, newInstruction);\n return Object.freeze({\n ...transactionMessage,\n instructions: newInstructions,\n }) as TTransactionMessage;\n}\n"]}
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dist/types/estimateComputeLimitInternal.d.ts.map

@@ -1,1 +0,1 @@

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package.json
{
"name": "@solana-program/compute-budget",
"version": "0.14.0",
"version": "0.15.0",
"description": "JavaScript client for the Compute Budget program",

@@ -35,7 +35,7 @@ "sideEffects": false,

"peerDependencies": {
"@solana/kit": "^6.1.0"
"@solana/kit": "^6.3.0"
},
"devDependencies": {
"@solana/eslint-config-solana": "^3.0.3",
"@solana/kit": "^6.1.0",
"@solana/kit": "^6.3.0",
"@types/node": "^24",

@@ -42,0 +42,0 @@ "@typescript-eslint/eslint-plugin": "^7.16.1",

dist/src/index.js.map

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