ethtxmanager

type BatchCall struct {
	Method     string
	Parameters []interface{}
}

type Client struct {
	// contains filtered or unexported fields
}

type Config struct {
	// FrequencyToMonitorTxs frequency of the resending failed txs
	FrequencyToMonitorTxs types.Duration `mapstructure:"FrequencyToMonitorTxs"`

	// WaitTxToBeMined time to wait after transaction was sent to the ethereum
	WaitTxToBeMined types.Duration `mapstructure:"WaitTxToBeMined"`

	// GetReceiptMaxTime is the max time to wait to get the receipt of the mined transaction
	GetReceiptMaxTime types.Duration `mapstructure:"WaitReceiptMaxTime"`

	// GetReceiptWaitInterval is the time to sleep before trying to get the receipt of the mined transaction
	GetReceiptWaitInterval types.Duration `mapstructure:"WaitReceiptCheckInterval"`

	// PrivateKeys defines all the key store files that are going
	// to be read in order to provide the private keys to sign the L1 txs
	PrivateKeys []signertypes.SignerConfig `mapstructure:"PrivateKeys"`

	// ForcedGas is the amount of gas to be forced in case of gas estimation error
	ForcedGas uint64 `mapstructure:"ForcedGas"`

	// GasPriceMarginFactor is used to multiply the suggested gas price provided by the network
	// in order to allow a different gas price to be set for all the transactions and making it
	// easier to have the txs prioritized in the pool, default value is 1.
	//
	// ex:
	// suggested gas price: 100
	// GasPriceMarginFactor: 1
	// gas price = 100
	//
	// suggested gas price: 100
	// GasPriceMarginFactor: 1.1
	// gas price = 110
	GasPriceMarginFactor float64 `mapstructure:"GasPriceMarginFactor"`

	// MaxGasPriceLimit helps avoiding transactions to be sent over an specified
	// gas price amount, default value is 0, which means no limit.
	// If the gas price provided by the network and adjusted by the GasPriceMarginFactor
	// is greater than this configuration, transaction will have its gas price set to
	// the value configured in this config as the limit.
	//
	// ex:
	//
	// suggested gas price: 100
	// gas price margin factor: 20%
	// max gas price limit: 150
	// tx gas price = 120
	//
	// suggested gas price: 100
	// gas price margin factor: 20%
	// max gas price limit: 110
	// tx gas price = 110
	MaxGasPriceLimit uint64 `mapstructure:"MaxGasPriceLimit"`

	// StoragePath is the path of the internal storage
	StoragePath string `mapstructure:"StoragePath"`

	// ReadPendingL1Txs is a flag to enable the reading of pending L1 txs
	// It can only be enabled if DBPath is empty
	ReadPendingL1Txs bool `mapstructure:"ReadPendingL1Txs"`

	// Etherman configuration
	Etherman etherman.Config `mapstructure:"Etherman"`

	// Log configuration
	Log log.Config `mapstructure:"Log"`

	// SafeStatusL1NumberOfBlocks overwrites the number of blocks to consider a tx as safe
	// overwriting the default value provided by the network
	// 0 means that the default value will be used
	SafeStatusL1NumberOfBlocks uint64 `mapstructure:"SafeStatusL1NumberOfBlocks"`

	// FinalizedStatusL1NumberOfBlocks overwrites the number of blocks to consider a tx as finalized
	// overwriting the default value provided by the network
	// 0 means that the default value will be used
	FinalizedStatusL1NumberOfBlocks uint64 `mapstructure:"FinalizedStatusL1NumberOfBlocks"`

	// EstimateGasMaxRetries is the maximum number of times a transaction will be retried before being evicted
	// 0 means unlimited retries (default behavior)
	EstimateGasMaxRetries uint64 `mapstructure:"EstimateGasMaxRetries"`
}

type RPCClient struct {
	// contains filtered or unexported fields
}

type Request struct {
	JSONRPC string          `json:"jsonrpc"`
	ID      interface{}     `json:"id"`
	Method  string          `json:"method"`
	Params  json.RawMessage `json:"params,omitempty"`
}

type Response struct {
	JSONRPC string
	ID      interface{}
	Result  json.RawMessage
}

type ResultHandler func(types.MonitoredTxResult)