@lifi/composer-sdk/dist/generated/operations.generated.cjs.map

Public Composer SDK for building and submitting flows

{"version":3,"sources":["../../src/generated/operations.generated.ts"],"sourcesContent":["// AUTO-GENERATED from manifest.json — do not edit by hand.\n// Regenerate with: yarn workspace @lifi/composer-sdk generate\n\nimport type {\n  AnyBindable,\n  FlowBuilderInternal,\n} from '../authoring/FlowBuilderCore.js';\nimport type { Bindable, OutputHandle } from '../authoring/handles.js';\nimport type {\n  CoreCallResult,\n  SignatureBind,\n  StaticCallResult,\n} from '../authoring/signatureArgs.js';\nimport {\n  buildCallWireFormat,\n  buildStaticCallWireFormat,\n} from '../authoring/signatureArgs.js';\nimport type { TypedGuard } from '../types.js';\n\nimport type {\n  AaveBorrowConfig,\n  AaveClaimRewardsConfig,\n  AaveRepayConfig,\n  AaveRepayWithATokensConfig,\n  AaveSetEModeConfig,\n  CoreApproveConfig,\n  CoreAsResourceConfig,\n  CoreBalanceOfConfig,\n  CoreBpsDownConfig,\n  CoreBpsUpConfig,\n  CoreCallConfig,\n  CoreEmitEvent1Config,\n  CoreEmitEvent2Config,\n  CoreEmitEvent3Config,\n  CoreEmitEvent4Config,\n  CorePeekConfig,\n  CoreRawCallConfig,\n  CoreSplitConfig,\n  CoreStaticCallConfig,\n  CoreTransferConfig,\n  InvariantNumericConfig,\n  InvariantNumericInRangeConfig,\n  LifiSwapConfig,\n  LifiZapConfig,\n  MorphoBlueSupplyCollateralConfig,\n  MorphoBlueWithdrawCollateralConfig,\n  ParaswapBuyConfig,\n} from './config.generated.js';\n\n/** Split a resource into two outputs by basis-point ratio */\nexport interface CoreSplitArgs {\n  readonly bind: {\n    readonly source: Bindable<'resource'>;\n  };\n  readonly config: CoreSplitConfig;\n  readonly guards?: readonly TypedGuard<'a' | 'b'>[];\n}\n\n/** Merge two same-token resources into one by addition */\nexport interface CoreMergeArgs {\n  readonly bind: {\n    readonly a: Bindable<'resource'>;\n    readonly b: Bindable<'resource'>;\n  };\n  readonly guards?: readonly TypedGuard<'merged'>[];\n}\n\n/** Swap tokens via the LI.FI aggregator API */\nexport interface LifiSwapArgs {\n  readonly bind: {\n    readonly amountIn: Bindable<'resource'>;\n  };\n  readonly config: LifiSwapConfig;\n  readonly guards?: readonly TypedGuard<'unspentIn'>[];\n}\n\n/** Assert that an account holds at least a minimum token balance */\nexport interface InvariantBalanceAtLeastArgs {\n  readonly bind: {\n    readonly minimumAmount: Bindable<'resource'>;\n    readonly account: Bindable<'address'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert that an account holds exactly an expected token balance */\nexport interface InvariantBalanceEqualsArgs {\n  readonly bind: {\n    readonly expectedAmount: Bindable<'resource'>;\n    readonly account: Bindable<'address'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert that an account holds at most a maximum token balance */\nexport interface InvariantBalanceAtMostArgs {\n  readonly bind: {\n    readonly maximumAmount: Bindable<'resource'>;\n    readonly account: Bindable<'address'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert that an account's token balance is between a minimum and a maximum (inclusive) */\nexport interface InvariantBalanceInRangeArgs {\n  readonly bind: {\n    readonly minimumAmount: Bindable<'resource'>;\n    readonly maximumAmount: Bindable<'uint256'>;\n    readonly account: Bindable<'address'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert that a spender is permitted to move at least a minimum allowance on behalf of an owner */\nexport interface InvariantAllowanceAtLeastArgs {\n  readonly bind: {\n    readonly minimumAmount: Bindable<'resource'>;\n    readonly owner: Bindable<'address'>;\n    readonly spender: Bindable<'address'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert that a spender's allowance on behalf of an owner exactly equals an expected amount */\nexport interface InvariantAllowanceEqualsArgs {\n  readonly bind: {\n    readonly expectedAmount: Bindable<'resource'>;\n    readonly owner: Bindable<'address'>;\n    readonly spender: Bindable<'address'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert that a spender is permitted to move at most a maximum allowance on behalf of an owner */\nexport interface InvariantAllowanceAtMostArgs {\n  readonly bind: {\n    readonly maximumAmount: Bindable<'resource'>;\n    readonly owner: Bindable<'address'>;\n    readonly spender: Bindable<'address'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert that a spender's allowance on behalf of an owner is between a minimum and a maximum (inclusive) */\nexport interface InvariantAllowanceInRangeArgs {\n  readonly bind: {\n    readonly minimumAmount: Bindable<'resource'>;\n    readonly maximumAmount: Bindable<'uint256'>;\n    readonly owner: Bindable<'address'>;\n    readonly spender: Bindable<'address'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert a uint256 value satisfies a comparison against a constant threshold; reverts on violation */\nexport interface InvariantNumericArgs {\n  readonly bind: {\n    readonly value: Bindable<'uint256'>;\n  };\n  readonly config: InvariantNumericConfig;\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert min <= value <= max against constant bounds; reverts if outside the range */\nexport interface InvariantNumericInRangeArgs {\n  readonly bind: {\n    readonly value: Bindable<'uint256'>;\n  };\n  readonly config: InvariantNumericInRangeConfig;\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Add two unsigned integers (a + b) */\nexport interface CoreAddArgs {\n  readonly bind: {\n    readonly a: Bindable<'uint256'>;\n    readonly b: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<'result'>[];\n}\n\n/** Subtract b from a (a - b); reverts on underflow */\nexport interface CoreSubtractArgs {\n  readonly bind: {\n    readonly a: Bindable<'uint256'>;\n    readonly b: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<'result'>[];\n}\n\n/** Multiply two unsigned integers (a * b) */\nexport interface CoreMultiplyArgs {\n  readonly bind: {\n    readonly a: Bindable<'uint256'>;\n    readonly b: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<'result'>[];\n}\n\n/** Divide a by b, rounding toward zero */\nexport interface CoreDivideDownArgs {\n  readonly bind: {\n    readonly a: Bindable<'uint256'>;\n    readonly b: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<'result'>[];\n}\n\n/** Divide a by b, rounding away from zero */\nexport interface CoreDivideUpArgs {\n  readonly bind: {\n    readonly a: Bindable<'uint256'>;\n    readonly b: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<'result'>[];\n}\n\n/** Multiply value by basis points and divide by 10000, rounding down */\nexport interface CoreBpsDownArgs {\n  readonly bind: {\n    readonly value: Bindable<'uint256'>;\n  };\n  readonly config: CoreBpsDownConfig;\n  readonly guards?: readonly TypedGuard<'result'>[];\n}\n\n/** Multiply value by basis points and divide by 10000, rounding up */\nexport interface CoreBpsUpArgs {\n  readonly bind: {\n    readonly value: Bindable<'uint256'>;\n  };\n  readonly config: CoreBpsUpConfig;\n  readonly guards?: readonly TypedGuard<'result'>[];\n}\n\n/** Assert a == b; reverts if not equal */\nexport interface CoreAssertEqualArgs {\n  readonly bind: {\n    readonly a: Bindable<'uint256'>;\n    readonly b: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert a != b; reverts if equal */\nexport interface CoreAssertNotEqualArgs {\n  readonly bind: {\n    readonly a: Bindable<'uint256'>;\n    readonly b: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert a > b; reverts if a <= b */\nexport interface CoreAssertGtArgs {\n  readonly bind: {\n    readonly a: Bindable<'uint256'>;\n    readonly b: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert a >= b; reverts if a < b */\nexport interface CoreAssertGteArgs {\n  readonly bind: {\n    readonly a: Bindable<'uint256'>;\n    readonly b: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert a < b; reverts if a >= b */\nexport interface CoreAssertLtArgs {\n  readonly bind: {\n    readonly a: Bindable<'uint256'>;\n    readonly b: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert a <= b; reverts if a > b */\nexport interface CoreAssertLteArgs {\n  readonly bind: {\n    readonly a: Bindable<'uint256'>;\n    readonly b: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Assert min <= value <= max; reverts if value is outside the range */\nexport interface CoreAssertInRangeArgs {\n  readonly bind: {\n    readonly value: Bindable<'uint256'>;\n    readonly min: Bindable<'uint256'>;\n    readonly max: Bindable<'uint256'>;\n  };\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Approve an ERC20 spender for the given token and amount */\nexport interface CoreApproveArgs {\n  readonly bind: {\n    readonly amount: Bindable<'resource'>;\n  };\n  readonly config: CoreApproveConfig;\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Read an ERC20 balance, producing a resource */\nexport interface CoreBalanceOfArgs {\n  readonly bind: Record<string, never>;\n  readonly config: CoreBalanceOfConfig;\n  readonly guards?: readonly TypedGuard<'balance'>[];\n}\n\n/** Transfer tokens to a recipient address, optionally specifying a partial amount */\nexport interface CoreTransferArgs {\n  readonly bind: {\n    readonly amount: Bindable<'resource'>;\n    readonly recipient: Bindable<'address'>;\n  };\n  readonly config: CoreTransferConfig;\n  readonly guards?: readonly TypedGuard<'transferred' | 'remainder'>[];\n}\n\n/** Emit a custom on-chain event carrying 1 32-byte payload value. The value becomes a non-indexed data word in a fixed VM log event; the signature is hashed into a discriminator word (it is NOT an indexed EVM topic). */\nexport interface CoreEmitEvent1Args {\n  readonly bind: {\n    readonly value0: Bindable<'bytes32'>;\n  };\n  readonly config: CoreEmitEvent1Config;\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Emit a custom on-chain event carrying 2 32-byte payload values. The values become non-indexed data words in a fixed VM log event; the signature is hashed into a discriminator word (it is NOT an indexed EVM topic). */\nexport interface CoreEmitEvent2Args {\n  readonly bind: {\n    readonly value0: Bindable<'bytes32'>;\n    readonly value1: Bindable<'bytes32'>;\n  };\n  readonly config: CoreEmitEvent2Config;\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Emit a custom on-chain event carrying 3 32-byte payload values. The values become non-indexed data words in a fixed VM log event; the signature is hashed into a discriminator word (it is NOT an indexed EVM topic). */\nexport interface CoreEmitEvent3Args {\n  readonly bind: {\n    readonly value0: Bindable<'bytes32'>;\n    readonly value1: Bindable<'bytes32'>;\n    readonly value2: Bindable<'bytes32'>;\n  };\n  readonly config: CoreEmitEvent3Config;\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Emit a custom on-chain event carrying 4 32-byte payload values. The values become non-indexed data words in a fixed VM log event; the signature is hashed into a discriminator word (it is NOT an indexed EVM topic). */\nexport interface CoreEmitEvent4Args {\n  readonly bind: {\n    readonly value0: Bindable<'bytes32'>;\n    readonly value1: Bindable<'bytes32'>;\n    readonly value2: Bindable<'bytes32'>;\n    readonly value3: Bindable<'bytes32'>;\n  };\n  readonly config: CoreEmitEvent4Config;\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Invoke a smart contract function, optionally spending a token resource */\nexport interface CoreCallArgs<TSig extends string = string> {\n  readonly resource?: Bindable<'resource'>;\n  readonly bind: SignatureBind<TSig>;\n  readonly config: Omit<CoreCallConfig, 'args' | 'functionSignature'> & {\n    readonly functionSignature: TSig;\n  };\n  readonly guards?: readonly TypedGuard<'result'>[];\n}\n\n/** Read from a smart contract at runtime (StaticCall); result is fresh at execution time */\nexport interface CoreStaticCallArgs<TSig extends string = string> {\n  readonly bind: SignatureBind<TSig>;\n  readonly config: Omit<CoreStaticCallConfig, 'args' | 'functionSignature'> & {\n    readonly functionSignature: TSig;\n  };\n  readonly guards?: readonly TypedGuard<'result'>[];\n}\n\n/** Invoke a contract with pre-encoded calldata */\nexport interface CoreRawCallArgs {\n  readonly bind: Record<string, never>;\n  readonly config: CoreRawCallConfig;\n  readonly guards?: readonly TypedGuard<'result'>[];\n}\n\n/** Graduate a raw handle to a resource, enabling slippage surfacing and linearity tracking */\nexport interface CoreAsResourceArgs {\n  readonly bind: {\n    readonly handle: Bindable<'uint256'>;\n  };\n  readonly config: CoreAsResourceConfig;\n  readonly guards?: readonly TypedGuard<'resource'>[];\n}\n\n/** Borrow an asset from an Aave v3 pool against existing collateral, exposing the borrowed asset as a Resource */\nexport interface AaveBorrowArgs {\n  readonly bind: Record<string, never>;\n  readonly config: AaveBorrowConfig;\n  readonly guards?: readonly TypedGuard<'debtBalance'>[];\n}\n\n/** Repay an Aave v3 variable-rate debt position with the supplied asset. mode: 'exact' passes the input handle amount; mode: 'max' passes type(uint256).max so Aave's Pool clamps paybackAmount to userVariableDebt exactly. Any unspent input is returned through the residual port. */\nexport interface AaveRepayArgs {\n  readonly bind: {\n    readonly assetIn: Bindable<'resource'>;\n    readonly onBehalfOf: Bindable<'address'>;\n  };\n  readonly config: AaveRepayConfig;\n  readonly guards?: readonly TypedGuard<'actualRepaid' | 'residual'>[];\n}\n\n/** Repay an Aave v3 variable-rate debt by burning the caller's aToken balance, returning any unspent residual */\nexport interface AaveRepayWithATokensArgs {\n  readonly bind: {\n    readonly aTokenIn: Bindable<'resource'>;\n  };\n  readonly config: AaveRepayWithATokensConfig;\n  readonly guards?: readonly TypedGuard<'actualRepaid' | 'residual'>[];\n}\n\n/** Claim a specific Aave v3 incentives reward token against a set of receipt-token positions, exposing the claimed amount as a Resource */\nexport interface AaveClaimRewardsArgs {\n  readonly bind: Record<string, never>;\n  readonly config: AaveClaimRewardsConfig;\n  readonly guards?: readonly TypedGuard<'claimedAmount'>[];\n}\n\n/** Switch the executionAddress's Aave v3 eMode category. 0 disables eMode. The pool reverts if the switch would make the position unhealthy or if any open borrow is for an asset outside the target category. */\nexport interface AaveSetEModeArgs {\n  readonly bind: Record<string, never>;\n  readonly config: AaveSetEModeConfig;\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Deposit the collateral asset of a Morpho Blue market on behalf of the execution proxy. mode: 'exact' pulls the input handle's amount. mode: 'all' reads the proxy's current ERC20 balance of the market's collateral token and pulls that amount, ignoring the input handle's literal value — note this pulls the proxy's total balance (including unrelated upstream residuals), not just the input port's delivery. Credits Position.collateral on the Morpho singleton; emits no return value and exposes no resource output (the collateral is non-transferable accounting state). */\nexport interface MorphoBlueSupplyCollateralArgs {\n  readonly bind: {\n    readonly assetIn: Bindable<'resource'>;\n  };\n  readonly config: MorphoBlueSupplyCollateralConfig;\n  readonly guards?: readonly TypedGuard<never>[];\n}\n\n/** Withdraw collateral from a Morpho Blue market position to the receiver address. Exposes the withdrawn ERC20 amount as a Resource output. */\nexport interface MorphoBlueWithdrawCollateralArgs {\n  readonly bind: Record<string, never>;\n  readonly config: MorphoBlueWithdrawCollateralConfig;\n  readonly guards?: readonly TypedGuard<'collateralWithdrawn'>[];\n}\n\n/** Route tokens into a DeFi protocol position via the edge catalog */\nexport interface LifiZapArgs {\n  readonly bind: {\n    readonly amountIn: Bindable<'resource'>;\n  };\n  readonly config: LifiZapConfig;\n  readonly guards?: readonly TypedGuard<'amountOut'>[];\n}\n\n/** Exact-output (BUY) swap via the Paraswap/Velora Market API: produce exactly `exactAmountOut` of the destination token, pulling only the source needed and exposing the genuinely-unspent source as `unspentIn`. */\nexport interface ParaswapBuyArgs {\n  readonly bind: {\n    readonly amountIn: Bindable<'resource'>;\n  };\n  readonly config: ParaswapBuyConfig;\n  readonly guards?: readonly TypedGuard<'unspentIn'>[];\n}\n\n/** Read a smart contract value at compile time (off-chain eth_call); result is baked as a literal */\nexport interface CorePeekArgs {\n  readonly bind: Record<string, never>;\n  readonly config: CorePeekConfig;\n  readonly guards?: readonly TypedGuard<'result'>[];\n}\n\nexport interface CoreSplitOutputs {\n  readonly a: OutputHandle<'resource'>;\n  readonly b: OutputHandle<'resource'>;\n}\n\nexport interface CoreMergeOutputs {\n  readonly merged: OutputHandle<'resource'>;\n}\n\nexport interface LifiSwapOutputs {\n  readonly amountOut: OutputHandle<'resource'>;\n  readonly unspentIn: OutputHandle<'resource'>;\n}\n\nexport interface CoreAddOutputs {\n  readonly result: OutputHandle<'uint256'>;\n}\n\nexport interface CoreSubtractOutputs {\n  readonly result: OutputHandle<'uint256'>;\n}\n\nexport interface CoreMultiplyOutputs {\n  readonly result: OutputHandle<'uint256'>;\n}\n\nexport interface CoreDivideDownOutputs {\n  readonly result: OutputHandle<'uint256'>;\n}\n\nexport interface CoreDivideUpOutputs {\n  readonly result: OutputHandle<'uint256'>;\n}\n\nexport interface CoreBpsDownOutputs {\n  readonly result: OutputHandle<'uint256'>;\n}\n\nexport interface CoreBpsUpOutputs {\n  readonly result: OutputHandle<'uint256'>;\n}\n\nexport interface CoreBalanceOfOutputs {\n  readonly balance: OutputHandle<'resource'>;\n}\n\nexport interface CoreTransferOutputs {\n  readonly transferred: OutputHandle<'resource'>;\n  readonly remainder: OutputHandle<'resource'>;\n}\n\nexport interface CoreRawCallOutputs {\n  readonly result: OutputHandle<'uint256'>;\n}\n\nexport interface CoreAsResourceOutputs {\n  readonly resource: OutputHandle<'resource'>;\n}\n\nexport interface AaveBorrowOutputs {\n  readonly borrowed: OutputHandle<'resource'>;\n  readonly debtBalance: OutputHandle<'uint256'>;\n}\n\nexport interface AaveRepayOutputs {\n  readonly actualRepaid: OutputHandle<'uint256'>;\n  readonly residual: OutputHandle<'resource'>;\n}\n\nexport interface AaveRepayWithATokensOutputs {\n  readonly actualRepaid: OutputHandle<'uint256'>;\n  readonly residual: OutputHandle<'resource'>;\n}\n\nexport interface AaveClaimRewardsOutputs {\n  readonly claimed: OutputHandle<'resource'>;\n  readonly claimedAmount: OutputHandle<'uint256'>;\n}\n\nexport interface MorphoBlueWithdrawCollateralOutputs {\n  readonly withdrawn: OutputHandle<'resource'>;\n  readonly collateralWithdrawn: OutputHandle<'uint256'>;\n}\n\nexport interface LifiZapOutputs {\n  readonly amountOut: OutputHandle<'resource'>;\n}\n\nexport interface ParaswapBuyOutputs {\n  readonly amountOut: OutputHandle<'resource'>;\n  readonly unspentIn: OutputHandle<'resource'>;\n}\n\nexport interface CorePeekOutputs {\n  readonly result: OutputHandle<'uint256'>;\n}\n\nexport type GeneratedOps = {\n  readonly core: {\n    /** Split a resource into two outputs by basis-point ratio — original id: \"core.split\" */\n    readonly split: (nodeId: string, args: CoreSplitArgs) => CoreSplitOutputs;\n    /** Merge two same-token resources into one by addition — original id: \"core.merge\" */\n    readonly merge: (nodeId: string, args: CoreMergeArgs) => CoreMergeOutputs;\n    /** Add two unsigned integers (a + b) — original id: \"core.add\" */\n    readonly add: (nodeId: string, args: CoreAddArgs) => CoreAddOutputs;\n    /** Subtract b from a (a - b); reverts on underflow — original id: \"core.subtract\" */\n    readonly subtract: (\n      nodeId: string,\n      args: CoreSubtractArgs,\n    ) => CoreSubtractOutputs;\n    /** Multiply two unsigned integers (a * b) — original id: \"core.multiply\" */\n    readonly multiply: (\n      nodeId: string,\n      args: CoreMultiplyArgs,\n    ) => CoreMultiplyOutputs;\n    /** Divide a by b, rounding toward zero — original id: \"core.divideDown\" */\n    readonly divideDown: (\n      nodeId: string,\n      args: CoreDivideDownArgs,\n    ) => CoreDivideDownOutputs;\n    /** Divide a by b, rounding away from zero — original id: \"core.divideUp\" */\n    readonly divideUp: (\n      nodeId: string,\n      args: CoreDivideUpArgs,\n    ) => CoreDivideUpOutputs;\n    /** Multiply value by basis points and divide by 10000, rounding down — original id: \"core.bpsDown\" */\n    readonly bpsDown: (\n      nodeId: string,\n      args: CoreBpsDownArgs,\n    ) => CoreBpsDownOutputs;\n    /** Multiply value by basis points and divide by 10000, rounding up — original id: \"core.bpsUp\" */\n    readonly bpsUp: (nodeId: string, args: CoreBpsUpArgs) => CoreBpsUpOutputs;\n    /** Assert a == b; reverts if not equal — original id: \"core.assertEqual\" */\n    readonly assertEqual: (nodeId: string, args: CoreAssertEqualArgs) => void;\n    /** Assert a != b; reverts if equal — original id: \"core.assertNotEqual\" */\n    readonly assertNotEqual: (\n      nodeId: string,\n      args: CoreAssertNotEqualArgs,\n    ) => void;\n    /** Assert a > b; reverts if a <= b — original id: \"core.assertGt\" */\n    readonly assertGt: (nodeId: string, args: CoreAssertGtArgs) => void;\n    /** Assert a >= b; reverts if a < b — original id: \"core.assertGte\" */\n    readonly assertGte: (nodeId: string, args: CoreAssertGteArgs) => void;\n    /** Assert a < b; reverts if a >= b — original id: \"core.assertLt\" */\n    readonly assertLt: (nodeId: string, args: CoreAssertLtArgs) => void;\n    /** Assert a <= b; reverts if a > b — original id: \"core.assertLte\" */\n    readonly assertLte: (nodeId: string, args: CoreAssertLteArgs) => void;\n    /** Assert min <= value <= max; reverts if value is outside the range — original id: \"core.assertInRange\" */\n    readonly assertInRange: (\n      nodeId: string,\n      args: CoreAssertInRangeArgs,\n    ) => void;\n    /** Approve an ERC20 spender for the given token and amount — original id: \"core.approve\" */\n    readonly approve: (nodeId: string, args: CoreApproveArgs) => void;\n    /** Read an ERC20 balance, producing a resource — original id: \"core.balanceOf\" */\n    readonly balanceOf: (\n      nodeId: string,\n      args: CoreBalanceOfArgs,\n    ) => CoreBalanceOfOutputs;\n    /** Transfer tokens to a recipient address, optionally specifying a partial amount — original id: \"core.transfer\" */\n    readonly transfer: (\n      nodeId: string,\n      args: CoreTransferArgs,\n    ) => CoreTransferOutputs;\n    /** Emit a custom on-chain event carrying 1 32-byte payload value. The value becomes a non-indexed data word in a fixed VM log event; the signature is hashed into a discriminator word (it is NOT an indexed EVM topic). — original id: \"core.emitEvent1\" */\n    readonly emitEvent1: (nodeId: string, args: CoreEmitEvent1Args) => void;\n    /** Emit a custom on-chain event carrying 2 32-byte payload values. The values become non-indexed data words in a fixed VM log event; the signature is hashed into a discriminator word (it is NOT an indexed EVM topic). — original id: \"core.emitEvent2\" */\n    readonly emitEvent2: (nodeId: string, args: CoreEmitEvent2Args) => void;\n    /** Emit a custom on-chain event carrying 3 32-byte payload values. The values become non-indexed data words in a fixed VM log event; the signature is hashed into a discriminator word (it is NOT an indexed EVM topic). — original id: \"core.emitEvent3\" */\n    readonly emitEvent3: (nodeId: string, args: CoreEmitEvent3Args) => void;\n    /** Emit a custom on-chain event carrying 4 32-byte payload values. The values become non-indexed data words in a fixed VM log event; the signature is hashed into a discriminator word (it is NOT an indexed EVM topic). — original id: \"core.emitEvent4\" */\n    readonly emitEvent4: (nodeId: string, args: CoreEmitEvent4Args) => void;\n    /** Invoke a smart contract function, optionally spending a token resource — original id: \"core.call\" */\n    readonly call: <TSig extends string>(\n      nodeId: string,\n      args: CoreCallArgs<TSig>,\n    ) => CoreCallResult<TSig>;\n    /** Read from a smart contract at runtime (StaticCall); result is fresh at execution time — original id: \"core.staticCall\" */\n    readonly staticCall: <TSig extends string>(\n      nodeId: string,\n      args: CoreStaticCallArgs<TSig>,\n    ) => StaticCallResult<TSig>;\n    /** Invoke a contract with pre-encoded calldata — original id: \"core.rawCall\" */\n    readonly rawCall: (\n      nodeId: string,\n      args: CoreRawCallArgs,\n    ) => CoreRawCallOutputs;\n    /** Graduate a raw handle to a resource, enabling slippage surfacing and linearity tracking — original id: \"core.asResource\" */\n    readonly asResource: (\n      nodeId: string,\n      args: CoreAsResourceArgs,\n    ) => CoreAsResourceOutputs;\n    /** Read a smart contract value at compile time (off-chain eth_call); result is baked as a literal — original id: \"core.peek\" */\n    readonly peek: (nodeId: string, args: CorePeekArgs) => CorePeekOutputs;\n  };\n  readonly lifi: {\n    /** Swap tokens via the LI.FI aggregator API — original id: \"lifi.swap\" */\n    readonly swap: (nodeId: string, args: LifiSwapArgs) => LifiSwapOutputs;\n    /** Route tokens into a DeFi protocol position via the edge catalog — original id: \"lifi.zap\" */\n    readonly zap: (nodeId: string, args: LifiZapArgs) => LifiZapOutputs;\n  };\n  readonly invariant: {\n    /** Assert that an account holds at least a minimum token balance — original id: \"invariant.balanceAtLeast\" */\n    readonly balanceAtLeast: (\n      nodeId: string,\n      args: InvariantBalanceAtLeastArgs,\n    ) => void;\n    /** Assert that an account holds exactly an expected token balance — original id: \"invariant.balanceEquals\" */\n    readonly balanceEquals: (\n      nodeId: string,\n      args: InvariantBalanceEqualsArgs,\n    ) => void;\n    /** Assert that an account holds at most a maximum token balance — original id: \"invariant.balanceAtMost\" */\n    readonly balanceAtMost: (\n      nodeId: string,\n      args: InvariantBalanceAtMostArgs,\n    ) => void;\n    /** Assert that an account's token balance is between a minimum and a maximum (inclusive) — original id: \"invariant.balanceInRange\" */\n    readonly balanceInRange: (\n      nodeId: string,\n      args: InvariantBalanceInRangeArgs,\n    ) => void;\n    /** Assert that a spender is permitted to move at least a minimum allowance on behalf of an owner — original id: \"invariant.allowanceAtLeast\" */\n    readonly allowanceAtLeast: (\n      nodeId: string,\n      args: InvariantAllowanceAtLeastArgs,\n    ) => void;\n    /** Assert that a spender's allowance on behalf of an owner exactly equals an expected amount — original id: \"invariant.allowanceEquals\" */\n    readonly allowanceEquals: (\n      nodeId: string,\n      args: InvariantAllowanceEqualsArgs,\n    ) => void;\n    /** Assert that a spender is permitted to move at most a maximum allowance on behalf of an owner — original id: \"invariant.allowanceAtMost\" */\n    readonly allowanceAtMost: (\n      nodeId: string,\n      args: InvariantAllowanceAtMostArgs,\n    ) => void;\n    /** Assert that a spender's allowance on behalf of an owner is between a minimum and a maximum (inclusive) — original id: \"invariant.allowanceInRange\" */\n    readonly allowanceInRange: (\n      nodeId: string,\n      args: InvariantAllowanceInRangeArgs,\n    ) => void;\n    /** Assert a uint256 value satisfies a comparison against a constant threshold; reverts on violation — original id: \"invariant.numeric\" */\n    readonly numeric: (nodeId: string, args: InvariantNumericArgs) => void;\n    /** Assert min <= value <= max against constant bounds; reverts if outside the range — original id: \"invariant.numericInRange\" */\n    readonly numericInRange: (\n      nodeId: string,\n      args: InvariantNumericInRangeArgs,\n    ) => void;\n  };\n  readonly aave: {\n    /** Borrow an asset from an Aave v3 pool against existing collateral, exposing the borrowed asset as a Resource — original id: \"aave.borrow\" */\n    readonly borrow: (\n      nodeId: string,\n      args: AaveBorrowArgs,\n    ) => AaveBorrowOutputs;\n    /** Repay an Aave v3 variable-rate debt position with the supplied asset. mode: 'exact' passes the input handle amount; mode: 'max' passes type(uint256).max so Aave's Pool clamps paybackAmount to userVariableDebt exactly. Any unspent input is returned through the residual port. — original id: \"aave.repay\" */\n    readonly repay: (nodeId: string, args: AaveRepayArgs) => AaveRepayOutputs;\n    /** Repay an Aave v3 variable-rate debt by burning the caller's aToken balance, returning any unspent residual — original id: \"aave.repayWithATokens\" */\n    readonly repayWithATokens: (\n      nodeId: string,\n      args: AaveRepayWithATokensArgs,\n    ) => AaveRepayWithATokensOutputs;\n    /** Claim a specific Aave v3 incentives reward token against a set of receipt-token positions, exposing the claimed amount as a Resource — original id: \"aave.claimRewards\" */\n    readonly claimRewards: (\n      nodeId: string,\n      args: AaveClaimRewardsArgs,\n    ) => AaveClaimRewardsOutputs;\n    /** Switch the executionAddress's Aave v3 eMode category. 0 disables eMode. The pool reverts if the switch would make the position unhealthy or if any open borrow is for an asset outside the target category. — original id: \"aave.setEMode\" */\n    readonly setEMode: (nodeId: string, args: AaveSetEModeArgs) => void;\n  };\n  readonly morphoBlue: {\n    /** Deposit the collateral asset of a Morpho Blue market on behalf of the execution proxy. mode: 'exact' pulls the input handle's amount. mode: 'all' reads the proxy's current ERC20 balance of the market's collateral token and pulls that amount, ignoring the input handle's literal value — note this pulls the proxy's total balance (including unrelated upstream residuals), not just the input port's delivery. Credits Position.collateral on the Morpho singleton; emits no return value and exposes no resource output (the collateral is non-transferable accounting state). — original id: \"morphoBlue.supplyCollateral\" */\n    readonly supplyCollateral: (\n      nodeId: string,\n      args: MorphoBlueSupplyCollateralArgs,\n    ) => void;\n    /** Withdraw collateral from a Morpho Blue market position to the receiver address. Exposes the withdrawn ERC20 amount as a Resource output. — original id: \"morphoBlue.withdrawCollateral\" */\n    readonly withdrawCollateral: (\n      nodeId: string,\n      args: MorphoBlueWithdrawCollateralArgs,\n    ) => MorphoBlueWithdrawCollateralOutputs;\n  };\n  readonly paraswap: {\n    /** Exact-output (BUY) swap via the Paraswap/Velora Market API: produce exactly `exactAmountOut` of the destination token, pulling only the source needed and exposing the genuinely-unspent source as `unspentIn`. — original id: \"paraswap.buy\" */\n    readonly buy: (nodeId: string, args: ParaswapBuyArgs) => ParaswapBuyOutputs;\n  };\n};\n\nexport const bindGeneratedOps = (\n  builder: FlowBuilderInternal,\n): GeneratedOps => ({\n  core: {\n    split: (nodeId: string, args: CoreSplitArgs) =>\n      builder.call(nodeId, 'core.split', args, {\n        a: 'resource',\n        b: 'resource',\n      } as const),\n    merge: (nodeId: string, args: CoreMergeArgs) =>\n      builder.call(nodeId, 'core.merge', { ...args, config: {} }, {\n        merged: 'resource',\n      } as const),\n    add: (nodeId: string, args: CoreAddArgs) =>\n      builder.call(nodeId, 'core.add', { ...args, config: {} }, {\n        result: 'uint256',\n      } as const),\n    subtract: (nodeId: string, args: CoreSubtractArgs) =>\n      builder.call(nodeId, 'core.subtract', { ...args, config: {} }, {\n        result: 'uint256',\n      } as const),\n    multiply: (nodeId: string, args: CoreMultiplyArgs) =>\n      builder.call(nodeId, 'core.multiply', { ...args, config: {} }, {\n        result: 'uint256',\n      } as const),\n    divideDown: (nodeId: string, args: CoreDivideDownArgs) =>\n      builder.call(nodeId, 'core.divideDown', { ...args, config: {} }, {\n        result: 'uint256',\n      } as const),\n    divideUp: (nodeId: string, args: CoreDivideUpArgs) =>\n      builder.call(nodeId, 'core.divideUp', { ...args, config: {} }, {\n        result: 'uint256',\n      } as const),\n    bpsDown: (nodeId: string, args: CoreBpsDownArgs) =>\n      builder.call(nodeId, 'core.bpsDown', args, {\n        result: 'uint256',\n      } as const),\n    bpsUp: (nodeId: string, args: CoreBpsUpArgs) =>\n      builder.call(nodeId, 'core.bpsUp', args, { result: 'uint256' } as const),\n    assertEqual: (nodeId: string, args: CoreAssertEqualArgs) =>\n      builder.call(nodeId, 'core.assertEqual', { ...args, config: {} }, {}),\n    assertNotEqual: (nodeId: string, args: CoreAssertNotEqualArgs) =>\n      builder.call(nodeId, 'core.assertNotEqual', { ...args, config: {} }, {}),\n    assertGt: (nodeId: string, args: CoreAssertGtArgs) =>\n      builder.call(nodeId, 'core.assertGt', { ...args, config: {} }, {}),\n    assertGte: (nodeId: string, args: CoreAssertGteArgs) =>\n      builder.call(nodeId, 'core.assertGte', { ...args, config: {} }, {}),\n    assertLt: (nodeId: string, args: CoreAssertLtArgs) =>\n      builder.call(nodeId, 'core.assertLt', { ...args, config: {} }, {}),\n    assertLte: (nodeId: string, args: CoreAssertLteArgs) =>\n      builder.call(nodeId, 'core.assertLte', { ...args, config: {} }, {}),\n    assertInRange: (nodeId: string, args: CoreAssertInRangeArgs) =>\n      builder.call(nodeId, 'core.assertInRange', { ...args, config: {} }, {}),\n    approve: (nodeId: string, args: CoreApproveArgs) =>\n      builder.call(nodeId, 'core.approve', args, {}),\n    balanceOf: (nodeId: string, args: CoreBalanceOfArgs) =>\n      builder.call(nodeId, 'core.balanceOf', args, {\n        balance: 'resource',\n      } as const),\n    transfer: (nodeId: string, args: CoreTransferArgs) =>\n      builder.call(nodeId, 'core.transfer', args, {\n        transferred: 'resource',\n        remainder: 'resource',\n      } as const),\n    emitEvent1: (nodeId: string, args: CoreEmitEvent1Args) =>\n      builder.call(nodeId, 'core.emitEvent1', args, {}),\n    emitEvent2: (nodeId: string, args: CoreEmitEvent2Args) =>\n      builder.call(nodeId, 'core.emitEvent2', args, {}),\n    emitEvent3: (nodeId: string, args: CoreEmitEvent3Args) =>\n      builder.call(nodeId, 'core.emitEvent3', args, {}),\n    emitEvent4: (nodeId: string, args: CoreEmitEvent4Args) =>\n      builder.call(nodeId, 'core.emitEvent4', args, {}),\n    call: <TSig extends string>(nodeId: string, args: CoreCallArgs<TSig>) => {\n      const wire = buildCallWireFormat({\n        resource: args.resource,\n        bind: args.bind as Record<string, AnyBindable>,\n        config: args.config as Record<string, unknown>,\n        guards: args.guards,\n      });\n      return builder.call(nodeId, wire.op, wire, {\n        result: 'uint256',\n      } as const) as unknown as CoreCallResult<TSig>;\n    },\n    staticCall: <TSig extends string>(\n      nodeId: string,\n      args: CoreStaticCallArgs<TSig>,\n    ) =>\n      builder.call(\n        nodeId,\n        'core.staticCall',\n        buildStaticCallWireFormat({\n          bind: args.bind as Record<string, AnyBindable>,\n          config: args.config as Record<string, unknown>,\n          guards: args.guards,\n        }),\n        { result: 'uint256' } as const,\n      ) as unknown as StaticCallResult<TSig>,\n    rawCall: (nodeId: string, args: CoreRawCallArgs) =>\n      builder.call(nodeId, 'core.rawCall', args, {\n        result: 'uint256',\n      } as const),\n    asResource: (nodeId: string, args: CoreAsResourceArgs) =>\n      builder.call(nodeId, 'core.asResource', args, {\n        resource: 'resource',\n      } as const),\n    peek: (nodeId: string, args: CorePeekArgs) =>\n      builder.call(nodeId, 'core.peek', args, { result: 'uint256' } as const),\n  },\n  lifi: {\n    swap: (nodeId: string, args: LifiSwapArgs) =>\n      builder.call(nodeId, 'lifi.swap', args, {\n        amountOut: 'resource',\n        unspentIn: 'resource',\n      } as const),\n    zap: (nodeId: string, args: LifiZapArgs) =>\n      builder.call(nodeId, 'lifi.zap', args, {\n        amountOut: 'resource',\n      } as const),\n  },\n  invariant: {\n    balanceAtLeast: (nodeId: string, args: InvariantBalanceAtLeastArgs) =>\n      builder.call(\n        nodeId,\n        'invariant.balanceAtLeast',\n        { ...args, config: {} },\n        {},\n      ),\n    balanceEquals: (nodeId: string, args: InvariantBalanceEqualsArgs) =>\n      builder.call(\n        nodeId,\n        'invariant.balanceEquals',\n        { ...args, config: {} },\n        {},\n      ),\n    balanceAtMost: (nodeId: string, args: InvariantBalanceAtMostArgs) =>\n      builder.call(\n        nodeId,\n        'invariant.balanceAtMost',\n        { ...args, config: {} },\n        {},\n      ),\n    balanceInRange: (nodeId: string, args: InvariantBalanceInRangeArgs) =>\n      builder.call(\n        nodeId,\n        'invariant.balanceInRange',\n        { ...args, config: {} },\n        {},\n      ),\n    allowanceAtLeast: (nodeId: string, args: InvariantAllowanceAtLeastArgs) =>\n      builder.call(\n        nodeId,\n        'invariant.allowanceAtLeast',\n        { ...args, config: {} },\n        {},\n      ),\n    allowanceEquals: (nodeId: string, args: InvariantAllowanceEqualsArgs) =>\n      builder.call(\n        nodeId,\n        'invariant.allowanceEquals',\n        { ...args, config: {} },\n        {},\n      ),\n    allowanceAtMost: (nodeId: string, args: InvariantAllowanceAtMostArgs) =>\n      builder.call(\n        nodeId,\n        'invariant.allowanceAtMost',\n        { ...args, config: {} },\n        {},\n      ),\n    allowanceInRange: (nodeId: string, args: InvariantAllowanceInRangeArgs) =>\n      builder.call(\n        nodeId,\n        'invariant.allowanceInRange',\n        { ...args, config: {} },\n        {},\n      ),\n    numeric: (nodeId: string, args: InvariantNumericArgs) =>\n      builder.call(nodeId, 'invariant.numeric', args, {}),\n    numericInRange: (nodeId: string, args: InvariantNumericInRangeArgs) =>\n      builder.call(nodeId, 'invariant.numericInRange', args, {}),\n  },\n  aave: {\n    borrow: (nodeId: string, args: AaveBorrowArgs) =>\n      builder.call(nodeId, 'aave.borrow', args, {\n        borrowed: 'resource',\n        debtBalance: 'uint256',\n      } as const),\n    repay: (nodeId: string, args: AaveRepayArgs) =>\n      builder.call(nodeId, 'aave.repay', args, {\n        actualRepaid: 'uint256',\n        residual: 'resource',\n      } as const),\n    repayWithATokens: (nodeId: string, args: AaveRepayWithATokensArgs) =>\n      builder.call(nodeId, 'aave.repayWithATokens', args, {\n        actualRepaid: 'uint256',\n        residual: 'resource',\n      } as const),\n    claimRewards: (nodeId: string, args: AaveClaimRewardsArgs) =>\n      builder.call(nodeId, 'aave.claimRewards', args, {\n        claimed: 'resource',\n        claimedAmount: 'uint256',\n      } as const),\n    setEMode: (nodeId: string, args: AaveSetEModeArgs) =>\n      builder.call(nodeId, 'aave.setEMode', args, {}),\n  },\n  morphoBlue: {\n    supplyCollateral: (nodeId: string, args: MorphoBlueSupplyCollateralArgs) =>\n      builder.call(nodeId, 'morphoBlue.supplyCollateral', args, {}),\n    withdrawCollateral: (\n      nodeId: string,\n      args: MorphoBlueWithdrawCollateralArgs,\n    ) =>\n      builder.call(nodeId, 'morphoBlue.withdrawCollateral', args, {\n        withdrawn: 'resource',\n        collateralWithdrawn: 'uint256',\n      } as const),\n  },\n  paraswap: {\n    buy: (nodeId: string, args: ParaswapBuyArgs) =>\n      builder.call(nodeId, 'paraswap.buy', args, {\n        amountOut: 'resource',\n        unspentIn: 'resource',\n      } as const),\n  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