jit_inherent

func (*Manager) ClearLookup ¶

func (m *Manager) ClearLookup()

ClearLookup clears the user operation sender lookup. When current block finished, the lookup table should be cleared.

func (*Manager) ClearUserOp ¶

func (m *Manager) ClearUserOp(userOpHash common.Hash)

ClearUserOp clears the user operation sender lookup. When current call finished, the lookup table should be cleared.

func (*Manager) EstimateGas ¶

func (m *Manager) EstimateGas(aspect common.Address, inherent *types.JitInherentRequest) (
	verificationGasLimit, callGasLimit *uint256.Int, err error,
)

func (*Manager) Nonce ¶

func (m *Manager) Nonce(ctx context.Context, account common.Address, key *big.Int) (nonce *big.Int, err error)

func (*Manager) SenderAspect ¶

func (m *Manager) SenderAspect(userOpHash common.Hash) common.Address

SenderAspect returns the sender Aspect address of the user operation.

func (*Manager) Submit ¶

func (m *Manager) Submit(ctx context.Context, aspect common.Address,
	gas uint64, stage integration.JoinPointStage, inherents ...*types.JitInherentRequest,
) (*types.JitInherentResponse, uint64, error)

·Submit submits a JIT inherent call. There are two types of JIT inherent calls:

1. JIT transaction: the JIT transaction will be submitted directly into the block proposal to guarantee the execution. Please note that the JIT transaction submission could be failed if there is no space left in the block.
2. JIT call: the JIT call will be injected into the current evm callstack to guarantee the execution. Only one JIT call can be submitted at a time.

func (*Manager) UpdateProtocol ¶

func (m *Manager) UpdateProtocol(protocol integration.AspectProtocol)

TODO: Refactor the code to eliminate the use of a global instance for managing JIT calls. After that, the protocol should not be updated.