ethereummock

package
v0.24.0 Latest Latest
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 Go to latest Published: Apr 12, 2024 License: AGPL-3.0 Imports: 30 Imported by: 0

README

This is a super simplified version of an ethereum node, written to support a simulation. Eventually it will have the same interfaces as a standard ethereum node and will be able to be swapped for one.

Documentation

Index

Constants

This section is empty.

Variables

View Source 
var (

	// MgmtContractAddresses make all these addresses available for the host to know what receipts will be forwarded to the enclave
	MgmtContractAddresses = []gethcommon.Address{
		depositTxAddr,
		rollupTxAddr,
		storeSecretTxAddr,
		requestSecretTxAddr,
		initializeSecretTxAddr,
	}
)
View Source 
var MockGenesisBlock = NewBlock(nil, common.HexToAddress("0x0"), []*types.Transaction{})

Functions

func NewBlock 

func NewBlock(parent *types.Block, nodeID common.Address, txs []*types.Transaction) *types.Block

func NewERC20ContractLibMock 

func NewERC20ContractLibMock() erc20contractlib.ERC20ContractLib

NewERC20ContractLibMock is an implementation of the erc20contractlib.ERC20ContractLib

func NewMgmtContractLibMock 

func NewMgmtContractLibMock() mgmtcontractlib.MgmtContractLib

func NewResolver 

func NewResolver() storage.BlockResolver

Types

type L1Network 

type L1Network interface {
	// BroadcastBlock - send the block and the parent to make sure there are no gaps
	BroadcastBlock(b common.EncodedL1Block, p common.EncodedL1Block)
	BroadcastTx(tx *types.Transaction)
}

type MiningConfig 

type MiningConfig struct {
	PowTime common.Latency
	LogFile string
}

type MockEthNetwork 

type MockEthNetwork struct {
	CurrentNode *Node

	AllNodes []*Node

	Stats *stats.Stats
	// contains filtered or unexported fields
}

MockEthNetwork - models a full network including artificial random latencies This is the gateway through which the mock L1 nodes communicate with each other

func NewMockEthNetwork 

func NewMockEthNetwork(avgBlockDuration time.Duration, avgLatency time.Duration, stats *stats.Stats) *MockEthNetwork

NewMockEthNetwork returns an instance of a configured L1 Network (no nodes)

func (*MockEthNetwork) BroadcastBlock 

func (n *MockEthNetwork) BroadcastBlock(b common.EncodedL1Block, p common.EncodedL1Block)

BroadcastBlock broadcast a block to the l1 nodes

func (*MockEthNetwork) BroadcastTx 

func (n *MockEthNetwork) BroadcastTx(tx *types.Transaction)

BroadcastTx Broadcasts the L1 tx containing the rollup to the L1 network

type Node 

type Node struct {
	Network L1Network

	Resolver storage.BlockResolver
	// contains filtered or unexported fields
}

func NewMiner 

func NewMiner(
	id gethcommon.Address,
	cfg MiningConfig,
	network L1Network,
	statsCollector StatsCollector,
) *Node

func (*Node) Alive 

func (m *Node) Alive() bool

func (*Node) BalanceAt 

func (m *Node) BalanceAt(gethcommon.Address, *big.Int) (*big.Int, error)

func (*Node) BlockByHash 

func (m *Node) BlockByHash(id gethcommon.Hash) (*types.Block, error)

func (*Node) BlockByNumber 

func (m *Node) BlockByNumber(n *big.Int) (*types.Block, error)

func (*Node) BlockListener 

func (m *Node) BlockListener() (chan *types.Header, ethereum.Subscription)

BlockListener provides stream of latest mock head headers as they are created

func (*Node) BlockNumber 

func (m *Node) BlockNumber() (uint64, error)

func (*Node) BlocksBetween 

func (m *Node) BlocksBetween(blockA *types.Block, blockB *types.Block) []*types.Block

func (*Node) BroadcastTx 

func (m *Node) BroadcastTx(tx types.TxData)

func (*Node) CallContract 

func (m *Node) CallContract(ethereum.CallMsg) ([]byte, error)

func (*Node) EthClient 

func (m *Node) EthClient() *ethclient_ethereum.Client

func (*Node) FetchHeadBlock 

func (m *Node) FetchHeadBlock() (*types.Block, error)

func (*Node) FetchLastBatchSeqNo 

func (m *Node) FetchLastBatchSeqNo(gethcommon.Address) (*big.Int, error)

func (*Node) GetLogs 

func (m *Node) GetLogs(fq ethereum.FilterQuery) ([]types.Log, error)

GetLogs is a mock method - we don't really have logs on the mock transactions, so it returns a basic log for every tx so the host recognises them as relevant

func (*Node) Info 

func (m *Node) Info() ethadapter.Info

func (*Node) IsBlockAncestor 

func (m *Node) IsBlockAncestor(block *types.Block, proof common.L1BlockHash) bool

func (*Node) Nonce 

func (m *Node) Nonce(gethcommon.Address) (uint64, error)

func (*Node) P2PGossipTx 

func (m *Node) P2PGossipTx(tx *types.Transaction)

P2PGossipTx receive rollups to publish from the linked aggregators

func (*Node) P2PReceiveBlock 

func (m *Node) P2PReceiveBlock(b common.EncodedL1Block, p common.EncodedL1Block)

P2PReceiveBlock is called by counterparties when there is a block to broadcast All it does is drop the blocks in a channel for processing.

func (*Node) PrepareTransactionToRetry 

func (m *Node) PrepareTransactionToRetry(ctx context.Context, txData types.TxData, from gethcommon.Address, _ int) (types.TxData, error)

func (*Node) PrepareTransactionToSend 

func (m *Node) PrepareTransactionToSend(_ context.Context, txData types.TxData, _ gethcommon.Address) (types.TxData, error)

func (*Node) ReconnectIfClosed 

func (m *Node) ReconnectIfClosed() error

func (*Node) RemoveSubscription 

func (m *Node) RemoveSubscription(id uuid.UUID)

func (*Node) SendTransaction 

func (m *Node) SendTransaction(tx *types.Transaction) error

func (*Node) Start 

func (m *Node) Start()

Start runs an infinite loop that listens to the two block producing channels and processes them.

func (*Node) Stop 

func (m *Node) Stop()

func (*Node) TransactionReceipt 

func (m *Node) TransactionReceipt(_ gethcommon.Hash) (*types.Receipt, error)

type StatsCollector 

type StatsCollector interface {
	// L1Reorg registers when a miner has to process a reorg (a winning block from a fork)
	L1Reorg(id gethcommon.Address)
}

type TxDB 

type TxDB interface {
	Txs(block *types.Block) (map[common.TxHash]*types.Transaction, bool)
	AddTxs(*types.Block, map[common.TxHash]*types.Transaction)
}

func NewTxDB 

func NewTxDB() TxDB

Source Files

View all Source files

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