Documentation
¶
Index ¶
- Constants
- Variables
- func ExtractDataFromEthereumChain(startBlock *types.Block, endBlock *types.Block, node ethadapter.EthClient, ...) ([]gethcommon.Hash, []*common.ExtRollup, *big.Int, int, uint64, types.Receipts)
- func FindNotIncludedL2Txs(ctx context.Context, nodeIdx int, rpcHandles *network.RPCHandles, ...) (int, int, int)
- func NextNonce(ctx context.Context, clients *network.RPCHandles, w wallet.Wallet) uint64
- type GasBridgingRecord
- type OutputStats
- type Simulation
- type TransactionInjector
Constants ¶
const ( // EnclavePublicKeyHex is the public key of the enclave. // todo (@stefan) - retrieve this key from the management contract instead EnclavePublicKeyHex = "034d3b7e63a8bcd532ee3d1d6ecad9d67fca7821981a044551f0f0cbec74d0bc5e" )
Variables ¶
var SequencerGasKeys, _ = crypto.GenerateKey()
Functions ¶
func ExtractDataFromEthereumChain ¶
func ExtractDataFromEthereumChain( startBlock *types.Block, endBlock *types.Block, node ethadapter.EthClient, s *Simulation, nodeIdx int, ) ([]gethcommon.Hash, []*common.ExtRollup, *big.Int, int, uint64, types.Receipts)
ExtractDataFromEthereumChain returns the deposits, rollups, total amount deposited and length of the blockchain between the start block and the end block.
func FindNotIncludedL2Txs ¶
func FindNotIncludedL2Txs(ctx context.Context, nodeIdx int, rpcHandles *network.RPCHandles, txInjector *TransactionInjector) (int, int, int)
FindNotIncludedL2Txs returns the number of transfers and withdrawals that were injected but are not present in the L2 blockchain.
Types ¶
type GasBridgingRecord ¶
type GasBridgingRecord struct {
L1BridgeTx *types.Transaction
ReceiverWallet wallet.Wallet
}
type OutputStats ¶
type OutputStats struct {
// contains filtered or unexported fields
}
OutputStats decouples the processing of data and the collection of statistics there's a bit more to do around this, this serves as a first iteration
func NewOutputStats ¶
func NewOutputStats(simulation *Simulation) *OutputStats
NewOutputStats processes the simulation and retrieves the output statistics
func (*OutputStats) String ¶
func (o *OutputStats) String() string
type Simulation ¶
type Simulation struct {
RPCHandles *network.RPCHandles
AvgBlockDuration uint64
TxInjector *TransactionInjector
SimulationTime time.Duration
Stats *stats.Stats
Params *params.SimParams
LogChannels map[string][]chan common.IDAndLog // Maps an owner to the channels on which they receive logs for each client.
Subscriptions []ethereum.Subscription // A slice of all created event subscriptions.
// contains filtered or unexported fields
}
Simulation represents all the data required to inject transactions on a network
func (*Simulation) Start ¶
func (s *Simulation) Start()
Start executes the simulation given all the Params. Injects transactions.
func (*Simulation) Stop ¶
func (s *Simulation) Stop()
type TransactionInjector ¶
type TransactionInjector struct {
// counters
TxTracker *txInjectorTracker
// contains filtered or unexported fields
}
TransactionInjector is a structure that generates, issues and tracks transactions
func NewTransactionInjector ¶
func NewTransactionInjector( avgBlockDuration time.Duration, stats *simstats.Stats, rpcHandles *network.RPCHandles, wallets *params.SimWallets, mgmtContractAddr *gethcommon.Address, mgmtContractLib mgmtcontractlib.MgmtContractLib, erc20ContractLib erc20contractlib.ERC20ContractLib, txsToIssue int, params *params.SimParams, ) *TransactionInjector
NewTransactionInjector returns a transaction manager with a given number of obsWallets
func (*TransactionInjector) Start ¶
func (ti *TransactionInjector) Start()
Start begins the execution on the TransactionInjector Deposits an initial balance in to each wallet Generates and issues L1 and L2 transactions to the network
func (*TransactionInjector) Stop ¶
func (ti *TransactionInjector) Stop()
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