Documentation
¶
Index ¶
- Constants
- Variables
- func BigIntToLittleEndianBytes(n *big.Int) []byte
- func BytesToUint32(bytes []byte) uint32
- func BytesToUint64(bytes []byte) uint64
- func CalculateAccInputHash(logger *log.Logger, oldAccInputHash common.Hash, batchData []byte, ...) common.Hash
- func NewKeyFromKeystore(cfg types.KeystoreFileConfig) (*ecdsa.PrivateKey, error)
- func Uint32ToBytes(num uint32) []byte
- func Uint64ToBytes(num uint64) []byte
- type Config
- type RateLimit
- type RateLimitConfig
Constants ¶
const ( Uint32ByteSize = 4 Uint64ByteSize = 8 )
const ( // AGGORACLE name to identify the aggoracle component AGGORACLE = "aggoracle" // BRIDGE name to identify the bridge component (have RPC) BRIDGE = "bridge" // CLAIM_SPONSOR name to identify the claim sponsor component CLAIM_SPONSOR = "claim-sponsor" //nolint:stylecheck // PROVER name to identify the prover component PROVER = "prover" // AGGSENDER name to identify the aggsender component AGGSENDER = "aggsender" // L1INFOTREESYNC name to identify the l1infotreesync component L1INFOTREESYNC = "l1infotreesync" )
Variables ¶
var (
TimeProvider = time.Now
)
var (
ZeroHash = common.HexToHash("0x0")
)
Functions ¶
func BigIntToLittleEndianBytes ¶
BigIntToLittleEndianBytes converts a big.Int to a 32-byte little-endian representation. big.Int is capped to 32 bytes
func BytesToUint32 ¶
BytesToUint32 converts a byte slice to a uint32. If byte slice is shorter than 4 bytes, it is padded with 0s. In case it is longer than 4 bytes, it panics.
func BytesToUint64 ¶
BytesToUint64 converts a byte slice to a uint64
func CalculateAccInputHash ¶
func CalculateAccInputHash( logger *log.Logger, oldAccInputHash common.Hash, batchData []byte, l1InfoRoot common.Hash, timestampLimit uint64, sequencerAddr common.Address, forcedBlockhashL1 common.Hash, ) common.Hash
CalculateAccInputHash computes the hash of accumulated input data for a given batch.
func NewKeyFromKeystore ¶
func NewKeyFromKeystore(cfg types.KeystoreFileConfig) (*ecdsa.PrivateKey, error)
NewKeyFromKeystore creates a private key from a keystore file
func Uint32ToBytes ¶
Uint32ToBytes converts a uint32 to a byte slice in big-endian order
func Uint64ToBytes ¶
Uint64ToBytes converts a uint64 to a byte slice
Types ¶
type Config ¶
type Config struct {
// IsValidiumMode has the value true if the sequence sender is running in validium mode.
IsValidiumMode bool `mapstructure:"IsValidiumMode"`
// NetworkID is the networkID of the CDK being run
NetworkID uint32 `mapstructure:"NetworkID"`
// Contract Versions: elderberry, banana
ContractVersions string `mapstructure:"ContractVersions"`
Translator translator.Config `mapstructure:"Translator"`
// L2URL is the URL of the L2 node
L2RPC ethermanconfig.RPCClientConfig `mapstructure:"L2RPC"`
}
Config holds the configuration for the CDK.
type RateLimit ¶ added in v0.0.2
type RateLimit struct {
// contains filtered or unexported fields
}
RateLimit is a rate limiter
func NewRateLimit ¶ added in v0.0.2
func NewRateLimit(cfg RateLimitConfig) *RateLimit
NewRateLimit creates a new RateLimit
type RateLimitConfig ¶ added in v0.0.2
type RateLimitConfig struct {
NumRequests int `mapstructure:"NumRequests"`
Interval types.Duration `mapstructure:"Interval"`
}
RateLimitConfig is the configuration for the rate limit, if NumRequests==0 or Interval==0, the rate limit is disabled
func NewRateLimitConfig ¶ added in v0.0.2
func NewRateLimitConfig(numRequests int, period time.Duration) RateLimitConfig
NewRateLimitConfig creates a new RateLimitConfig
func (RateLimitConfig) Enabled ¶ added in v0.0.2
func (r RateLimitConfig) Enabled() bool
Enabled returns true if the rate limit is enabled
func (RateLimitConfig) String ¶ added in v0.0.2
func (r RateLimitConfig) String() string
String returns a string representation of the RateLimitConfig
Source Files