Documentation
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Index ¶
- Constants
- func CreateSoftwareVersionChecker(statusHandler core.AppStatusHandler) (*softwareVersion.SoftwareVersionChecker, error)
- func CreateStatusHandlers(arguments *ArgStatusHandlers) (*statusHandlersInfo, error)
- func NewCoreComponentsFactoryArgs(config *config.Config, pathManager storage.PathManagerHandler, shardId string, ...) *coreComponentsFactoryArgs
- func NewCryptoComponentsFactoryArgs(ctx *cli.Context, config *config.Config, nodesConfig *sharding.NodesSetup, ...) *cryptoComponentsFactoryArgs
- func NewDataComponentsFactoryArgs(config *config.Config, economicsData *economics.EconomicsData, ...) *dataComponentsFactoryArgs
- func NewProcessComponentsFactoryArgs(coreComponents *coreComponentsFactoryArgs, genesisConfig *sharding.Genesis, ...) *processComponentsFactoryArgs
- func NewStateComponentsFactoryArgs(config *config.Config, genesisConfig *sharding.Genesis, ...) *stateComponentsFactoryArgs
- func PrepareNetworkShardingCollector(network *Network, config *config.Config, ...) (*networksharding.PeerShardMapper, error)
- type ArgStatusHandlers
- type Core
- type Crypto
- type CryptoParams
- type Data
- type EpochStartNotifier
- type HeaderSigVerifierHandler
- type Network
- type P2PAntifloodHandler
- type Process
- type State
Constants ¶
const ( // BlsConsensusType specifies the signature scheme used in the consensus BlsConsensusType = "bls" // MaxTxsToRequest specifies the maximum number of txs to request MaxTxsToRequest = 100 )
Variables ¶
This section is empty.
Functions ¶
func CreateSoftwareVersionChecker ¶
func CreateSoftwareVersionChecker(statusHandler core.AppStatusHandler) (*softwareVersion.SoftwareVersionChecker, error)
CreateSoftwareVersionChecker will create a new software version checker and will start check if a new software version is available
func CreateStatusHandlers ¶
func CreateStatusHandlers(arguments *ArgStatusHandlers) (*statusHandlersInfo, error)
CreateStatusHandlers will return a slice of status handlers
func NewCoreComponentsFactoryArgs ¶
func NewCoreComponentsFactoryArgs(config *config.Config, pathManager storage.PathManagerHandler, shardId string, chainID []byte) *coreComponentsFactoryArgs
NewCoreComponentsFactoryArgs initializes the arguments necessary for creating the core components
func NewCryptoComponentsFactoryArgs ¶
func NewCryptoComponentsFactoryArgs( ctx *cli.Context, config *config.Config, nodesConfig *sharding.NodesSetup, shardCoordinator sharding.Coordinator, keyGen crypto.KeyGenerator, privKey crypto.PrivateKey, log logger.Logger, ) *cryptoComponentsFactoryArgs
NewCryptoComponentsFactoryArgs initializes the arguments necessary for creating the crypto components
func NewDataComponentsFactoryArgs ¶
func NewDataComponentsFactoryArgs( config *config.Config, economicsData *economics.EconomicsData, shardCoordinator sharding.Coordinator, core *Core, pathManager storage.PathManagerHandler, epochStartNotifier EpochStartNotifier, currentEpoch uint32, ) *dataComponentsFactoryArgs
NewDataComponentsFactoryArgs initializes the arguments necessary for creating the data components
func NewProcessComponentsFactoryArgs ¶
func NewProcessComponentsFactoryArgs( coreComponents *coreComponentsFactoryArgs, genesisConfig *sharding.Genesis, economicsData *economics.EconomicsData, nodesConfig *sharding.NodesSetup, gasSchedule map[string]map[string]uint64, rounder consensus.Rounder, shardCoordinator sharding.Coordinator, nodesCoordinator sharding.NodesCoordinator, data *Data, coreData *Core, crypto *Crypto, state *State, network *Network, coreServiceContainer serviceContainer.Core, requestedItemsHandler dataRetriever.RequestedItemsHandler, whiteListHandler process.WhiteListHandler, epochStartNotifier EpochStartNotifier, epochStart *config.EpochStartConfig, startEpochNum uint32, rater sharding.PeerAccountListAndRatingHandler, sizeCheckDelta uint32, stateCheckpointModulus uint, maxComputableRounds uint64, numConcurrentResolverJobs int32, minSizeInBytes uint32, maxSizeInBytes uint32, maxRating uint32, validatorPubkeyConverter state.PubkeyConverter, ) *processComponentsFactoryArgs
NewProcessComponentsFactoryArgs initializes the arguments necessary for creating the process components
func NewStateComponentsFactoryArgs ¶
func NewStateComponentsFactoryArgs( config *config.Config, genesisConfig *sharding.Genesis, shardCoordinator sharding.Coordinator, core *Core, pathManager storage.PathManagerHandler, ) *stateComponentsFactoryArgs
NewStateComponentsFactoryArgs initializes the arguments necessary for creating the state components
func PrepareNetworkShardingCollector ¶
func PrepareNetworkShardingCollector( network *Network, config *config.Config, nodesCoordinator sharding.NodesCoordinator, coordinator sharding.Coordinator, epochStartRegistrationHandler epochStart.RegistrationHandler, epochShard uint32, ) (*networksharding.PeerShardMapper, error)
PrepareNetworkShardingCollector will create the network sharding collector and apply it to the network messenger
Types ¶
type ArgStatusHandlers ¶
type ArgStatusHandlers struct {
LogViewName string
ServersConfigurationFileName string
Ctx *cli.Context
Marshalizer marshal.Marshalizer
Uint64ByteSliceConverter typeConverters.Uint64ByteSliceConverter
}
ArgStatusHandlers is a struct that stores arguments needed to create status handlers
func NewStatusHandlersFactoryArgs ¶
func NewStatusHandlersFactoryArgs( logViewName string, ctx *cli.Context, marshalizer marshal.Marshalizer, uint64ByteSliceConverter typeConverters.Uint64ByteSliceConverter, ) *ArgStatusHandlers
NewStatusHandlersFactoryArgs will return arguments for status handlers
type Core ¶
type Core struct {
Hasher hashing.Hasher
InternalMarshalizer marshal.Marshalizer
VmMarshalizer marshal.Marshalizer
TxSignMarshalizer marshal.Marshalizer
TriesContainer state.TriesHolder
TrieStorageManagers map[string]data.StorageManager
Uint64ByteSliceConverter typeConverters.Uint64ByteSliceConverter
StatusHandler core.AppStatusHandler
ChainID []byte
}
Core struct holds the core components of the Elrond protocol
func CoreComponentsFactory ¶
CoreComponentsFactory creates the core components
type Crypto ¶
type Crypto struct {
TxSingleSigner crypto.SingleSigner
SingleSigner crypto.SingleSigner
MultiSigner crypto.MultiSigner
BlockSignKeyGen crypto.KeyGenerator
TxSignKeyGen crypto.KeyGenerator
InitialPubKeys map[uint32][]string
MessageSignVerifier vm.MessageSignVerifier
}
Crypto struct holds the crypto components of the Elrond protocol
func CryptoComponentsFactory ¶
CryptoComponentsFactory creates the crypto components
type CryptoParams ¶ added in v1.0.104
type CryptoParams struct {
KeyGenerator crypto.KeyGenerator
PrivateKey crypto.PrivateKey
PublicKey crypto.PublicKey
PublicKeyBytes []byte
PublicKeyString string
}
CryptoParams is a DTO for holding block signing parameters
func GetSigningParams ¶
func GetSigningParams( ctx *cli.Context, pubkeyConverter state.PubkeyConverter, skName string, skIndexName string, skPemFileName string, suite crypto.Suite, ) (*CryptoParams, error)
GetSigningParams returns a key generator, a private key, and a public key
type Data ¶
type Data struct {
Blkc data.ChainHandler
Store dataRetriever.StorageService
Datapool dataRetriever.PoolsHolder
}
Data struct holds the data components of the Elrond protocol
func DataComponentsFactory ¶
DataComponentsFactory creates the data components
type EpochStartNotifier ¶
type EpochStartNotifier interface {
RegisterHandler(handler epochStart.ActionHandler)
UnregisterHandler(handler epochStart.ActionHandler)
NotifyAll(hdr data.HeaderHandler)
NotifyAllPrepare(metaHdr data.HeaderHandler, body data.BodyHandler)
IsInterfaceNil() bool
}
EpochStartNotifier defines which actions should be done for handling new epoch's events
type HeaderSigVerifierHandler ¶
type HeaderSigVerifierHandler interface {
VerifyRandSeed(header data.HeaderHandler) error
VerifyRandSeedAndLeaderSignature(header data.HeaderHandler) error
VerifySignature(header data.HeaderHandler) error
IsInterfaceNil() bool
}
HeaderSigVerifierHandler is the interface needed to check a header if is correct
type Network ¶
type Network struct {
NetMessenger p2p.Messenger
InputAntifloodHandler P2PAntifloodHandler
OutputAntifloodHandler P2PAntifloodHandler
PeerBlackListHandler process.BlackListHandler
}
Network struct holds the network components of the Elrond protocol
func NetworkComponentsFactory ¶
func NetworkComponentsFactory( p2pConfig config.P2PConfig, mainConfig config.Config, statusHandler core.AppStatusHandler, ) (*Network, error)
NetworkComponentsFactory creates the network components
type P2PAntifloodHandler ¶
type P2PAntifloodHandler interface {
CanProcessMessage(message p2p.MessageP2P, fromConnectedPeer p2p.PeerID) error
CanProcessMessageOnTopic(peer p2p.PeerID, topic string) error
ResetForTopic(topic string)
SetMaxMessagesForTopic(topic string, maxNum uint32)
IsInterfaceNil() bool
}
P2PAntifloodHandler defines the behavior of a component able to signal that the system is too busy (or flooded) processing p2p messages
type Process ¶
type Process struct {
InterceptorsContainer process.InterceptorsContainer
ResolversFinder dataRetriever.ResolversFinder
Rounder consensus.Rounder
EpochStartTrigger epochStart.TriggerHandler
ForkDetector process.ForkDetector
BlockProcessor process.BlockProcessor
BlackListHandler process.BlackListHandler
BootStorer process.BootStorer
HeaderSigVerifier HeaderSigVerifierHandler
ValidatorsStatistics process.ValidatorStatisticsProcessor
ValidatorsProvider process.ValidatorsProvider
BlockTracker process.BlockTracker
PendingMiniBlocksHandler process.PendingMiniBlocksHandler
RequestHandler process.RequestHandler
}
Process struct holds the process components of the Elrond protocol
func ProcessComponentsFactory ¶
ProcessComponentsFactory creates the process components
type State ¶
type State struct {
AddressPubkeyConverter state.PubkeyConverter
ValidatorPubkeyConverter state.PubkeyConverter
PeerAccounts state.AccountsAdapter
AccountsAdapter state.AccountsAdapter
InBalanceForShard map[string]*big.Int
}
State struct holds the state components of the Elrond protocol
func StateComponentsFactory ¶
StateComponentsFactory creates the state components