spos

package
v1.6.1 Latest Latest
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 Go to latest Published: Sep 15, 2023 License: GPL-3.0 Imports: 28 Imported by: 0

Documentation

Index

Constants

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const IndexOfLeaderInConsensusGroup = 0

IndexOfLeaderInConsensusGroup represents the index of the leader in the consensus group

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const LeaderPeerHonestyDecreaseFactor = -4

LeaderPeerHonestyDecreaseFactor specifies the factor with which the honesty of the leader should be decreased if it proposed a block or sent the final info, in an incorrect allocated slot/time-frame/round

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const LeaderPeerHonestyIncreaseFactor = 2

LeaderPeerHonestyIncreaseFactor specifies the factor with which the honesty of the leader should be increased if it proposed a block or sent the final info, in its correct allocated slot/time-frame/round

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const MaxThresholdPercent = 95

MaxThresholdPercent specifies the max allocated time percent for doing Job as a percentage of the total time of one round

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const ValidatorPeerHonestyDecreaseFactor = -2

ValidatorPeerHonestyDecreaseFactor specifies the factor with which the honesty of the validator should be decreased if it sent the signature, in an incorrect allocated slot/time-frame/round

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const ValidatorPeerHonestyIncreaseFactor = 1

ValidatorPeerHonestyIncreaseFactor specifies the factor with which the honesty of the validator should be increased if it sent the signature, in its correct allocated slot/time-frame/round

Variables

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var ErrBlacklistedConsensusPeer = errors.New("blacklisted consensus peer")

ErrBlacklistedConsensusPeer signals that a consensus message has been received from a blacklisted peer

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var ErrEmptyConsensusGroup = errors.New("consensusGroup is empty")

ErrEmptyConsensusGroup is raised when an operation is attempted with an empty consensus group

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var ErrInvalidBodySize = errors.New("invalid body size")

ErrInvalidBodySize signals that an invalid body size has been received from consensus topic

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var ErrInvalidCacheSize = errors.New("invalid cache size")

ErrInvalidCacheSize signals an invalid size provided for cache

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var ErrInvalidChainID = errors.New("invalid chain ID in consensus")

ErrInvalidChainID signals that an invalid chain ID has been provided

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var ErrInvalidHeader = errors.New("header is invalid")

ErrInvalidHeader is raised when header is invalid

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var ErrInvalidHeaderHashSize = errors.New("invalid header hash size")

ErrInvalidHeaderHashSize signals that an invalid header hash size has been received from consensus topic

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var ErrInvalidHeaderSize = errors.New("invalid header size")

ErrInvalidHeaderSize signals that an invalid header size has been received from consensus topic

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var ErrInvalidKey = errors.New("map key is invalid")

ErrInvalidKey is raised when an invalid key is used with a map

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var ErrInvalidMessage = errors.New("invalid message")

ErrInvalidMessage signals that an invalid message has been received from consensus topic

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var ErrInvalidMessageType = errors.New("invalid message type")

ErrInvalidMessageType signals that an invalid message type has been received from consensus topic

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var ErrInvalidMetaHeader = errors.New("meta header is invalid")

ErrInvalidMetaHeader is raised when an invalid meta header was provided

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var ErrInvalidNumSigShares = errors.New("invalid number of sig shares")

ErrInvalidNumSigShares signals that an invalid number of signature shares has been provided

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var ErrInvalidPublicKeyBitmapSize = errors.New("invalid public key bitmap size")

ErrInvalidPublicKeyBitmapSize signals that an invalid public key bitmap size has been received from consensus topic

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var ErrInvalidPublicKeySize = errors.New("invalid public key size")

ErrInvalidPublicKeySize signals that an invalid public key size has been received from consensus topic

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var ErrInvalidSignature = errors.New("signature is invalid")

ErrInvalidSignature is raised when signature is invalid

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var ErrInvalidSignatureSize = errors.New("invalid signature size")

ErrInvalidSignatureSize signals that an invalid signature size has been received from consensus topic

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var ErrMessageForFutureRound = errors.New("message is for future round")

ErrMessageForFutureRound is raised when message is for future round

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var ErrMessageForPastRound = errors.New("message is for past round")

ErrMessageForPastRound is raised when message is for past round

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var ErrMessageFromItself = errors.New("message is from itself")

ErrMessageFromItself is raised when a message from itself is received

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var ErrMessageTypeLimitReached = errors.New("consensus message type limit has been reached")

ErrMessageTypeLimitReached signals that a consensus message type limit has been reached for a public key

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var ErrNilAlarmScheduler = errors.New("alarm scheduler is nil")

ErrNilAlarmScheduler is raised when a valid alarm scheduler is expected but nil is provided

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var ErrNilAntifloodHandler = errors.New("nil antiflood handler")

ErrNilAntifloodHandler signals that a nil antiflood handler has been provided

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var ErrNilAppStatusHandler = errors.New("nil AppStatusHandler")

ErrNilAppStatusHandler defines the error for setting a nil AppStatusHandler

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var ErrNilBlockChain = errors.New("blockchain is nil")

ErrNilBlockChain is raised when a valid blockchain is expected but nil used

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var ErrNilBlockProcessor = errors.New("block processor is nil")

ErrNilBlockProcessor is raised when a valid block processor is expected but nil used

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var ErrNilBody = errors.New("body is nil")

ErrNilBody is raised when an expected body is nil

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var ErrNilBootstrapper = errors.New("bootstrapper is nil")

ErrNilBootstrapper is raised when a valid block processor is expected but nil used

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var ErrNilBroadcastMessenger = errors.New("broadcast messenger is nil")

ErrNilBroadcastMessenger is raised when a valid broadcast messenger is expected but nil used

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var ErrNilChannel = errors.New("channel is nil")

ErrNilChannel is raised when a valid channel is expected but nil used

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var ErrNilChronologyHandler = errors.New("chronology handler is nil")

ErrNilChronologyHandler is raised when a valid chronology handler is expected but nil used

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var ErrNilConsensusCore = errors.New("consensus core is nil")

ErrNilConsensusCore is raised when a valid ConsensusCore is expected but nil used

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var ErrNilConsensusGroup = errors.New("consensusGroup is null")

ErrNilConsensusGroup is raised when an operation is attempted with a nil consensus group

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var ErrNilConsensusService = errors.New("consensus service is nil")

ErrNilConsensusService is raised when a valid ConsensusService is expected but nil used

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var ErrNilConsensusState = errors.New("consensus state is nil")

ErrNilConsensusState is raised when a valid consensus is expected but nil used

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var ErrNilDataToProcess = errors.New("nil data to process")

ErrNilDataToProcess signals that nil data was provided

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var ErrNilExecuteStoredMessages = errors.New("executeStoredMessages is nil")

ErrNilExecuteStoredMessages is raised when a valid executeStoredMessages function is expected but nil used

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var ErrNilFallbackHeaderValidator = errors.New("nil fallback header validator")

ErrNilFallbackHeaderValidator signals that a nil fallback header validator has been provided

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var ErrNilForkDetector = errors.New("fork detector is nil")

ErrNilForkDetector is raised when a valid fork detector is expected but nil used

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var ErrNilHasher = errors.New("hasher is nil")

ErrNilHasher is raised when a valid hasher is expected but nil used

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var ErrNilHeader = errors.New("header is nil")

ErrNilHeader is raised when an expected header is nil

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var ErrNilHeaderHash = errors.New("header hash is nil")

ErrNilHeaderHash is raised when a nil header hash is provided

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var ErrNilHeaderIntegrityVerifier = errors.New("nil header integrity verifier")

ErrNilHeaderIntegrityVerifier signals that a nil header integrity verifier has been provided

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var ErrNilHeaderSigVerifier = errors.New("nil header sig verifier")

ErrNilHeaderSigVerifier signals that a nil header sig verifier has been provided

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var ErrNilHeadersSubscriber = errors.New("headers subscriber is nil")

ErrNilHeadersSubscriber is raised when a valid headers subscriber is expected but nil is provided

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var ErrNilInterceptorsContainer = errors.New("interceptor container is nil")

ErrNilInterceptorsContainer is raised when a nil interceptor container is provided

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var ErrNilKeysHandler = errors.New("nil keys handler")

ErrNilKeysHandler signals that a nil keys handler was provided

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var ErrNilMarshalizer = errors.New("marshalizer is nil")

ErrNilMarshalizer is raised when a valid marshalizer is expected but nil used

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var ErrNilMessage = errors.New("nil message")

ErrNilMessage signals that a nil message has been received

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var ErrNilMessageSigningHandler = errors.New("nil message signing handler")

ErrNilMessageSigningHandler signals that the provided message signing handler is nil

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var ErrNilMessenger = errors.New("messenger is nil")

ErrNilMessenger is raised when a valid messenger is expected but nil used

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var ErrNilMetaHeader = errors.New("meta header is nil")

ErrNilMetaHeader is raised when an expected meta header is nil

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var ErrNilMultiSigner = errors.New("multiSigner is nil")

ErrNilMultiSigner is raised when a valid multiSigner is expected but nil used

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var ErrNilMultiSignerContainer = errors.New("multiSigner container is nil")

ErrNilMultiSignerContainer is raised when a valid multiSigner container is expected, but nil used

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var ErrNilNetworkShardingCollector = errors.New("nil network sharding collector")

ErrNilNetworkShardingCollector defines the error for setting a nil network sharding collector

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var ErrNilNodeRedundancyHandler = errors.New("nil node redundancy handler")

ErrNilNodeRedundancyHandler signals that provided node redundancy handler is nil

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var ErrNilNodesCoordinator = errors.New("validator group selector is nil")

ErrNilNodesCoordinator is raised when a valid validator group selector is expected but nil used

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var ErrNilParameter = errors.New("parameter is nil")

ErrNilParameter is raised when a nil parameter is provided

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var ErrNilPeerBlacklistCacher = errors.New("nil peer blacklist cacher")

ErrNilPeerBlacklistCacher signals that a nil peer blacklist cacher has been provided

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var ErrNilPeerBlacklistHandler = errors.New("nil peer blacklist handler")

ErrNilPeerBlacklistHandler signals that the provided peer blacklist handler is nil

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var ErrNilPeerHonestyHandler = errors.New("nil peer honesty handler")

ErrNilPeerHonestyHandler signals that a nil peer honesty handler has been provided

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var ErrNilPeerSignatureHandler = errors.New("trying to set nil peerSignatureHandler")

ErrNilPeerSignatureHandler signals that a nil peerSignatureHandler object has been provided

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var ErrNilPoolAdder = errors.New("nil pool adder")

ErrNilPoolAdder signals that a nil pool adder has been provided

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var ErrNilRoundHandler = errors.New("roundHandler is nil")

ErrNilRoundHandler is raised when a valid roundHandler is expected but nil used

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var ErrNilRoundState = errors.New("round state is nil")

ErrNilRoundState is raised when a valid round state is expected but nil used

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var ErrNilScheduledProcessor = errors.New("nil scheduled processor")

ErrNilScheduledProcessor signals that the provided scheduled processor is nil

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var ErrNilShardCoordinator = errors.New("shard coordinator is nil")

ErrNilShardCoordinator is raised when a valid shard coordinator is expected but nil used

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var ErrNilSignature = errors.New("signature is nil")

ErrNilSignature is raised when a valid signature was expected but nil was used

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var ErrNilSignatureOnP2PMessage = errors.New("nil signature on the p2p message")

ErrNilSignatureOnP2PMessage signals that a p2p message without signature was received

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var ErrNilSigningHandler = errors.New("nil signing handler")

ErrNilSigningHandler signals that provided signing handler is nil

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var ErrNilSubround = errors.New("subround is nil")

ErrNilSubround is raised when a valid subround is expected but nil used

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var ErrNilSyncTimer = errors.New("sync timer is nil")

ErrNilSyncTimer is raised when a valid sync timer is expected but nil used

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var ErrNilWorker = errors.New("worker is nil")

ErrNilWorker is raised when a valid Worker is expected but nil used

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var ErrNilWorkerArgs = errors.New("worker args is nil")

ErrNilWorkerArgs signals that nil a workerArgs has been provided

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var ErrNodeIsNotInEligibleList = errors.New("node is not in eligible list")

ErrNodeIsNotInEligibleList is raised when a node is not in eligible list

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var ErrNotFoundInConsensus = errors.New("self not found in consensus group")

ErrNotFoundInConsensus is raised when self expected in consensus group but not found

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var ErrOriginatorMismatch = errors.New("consensus message originator mismatch")

ErrOriginatorMismatch signals that an original consensus message has been re-broadcast manually by another peer

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var ErrRoundCanceled = errors.New("round is canceled")

ErrRoundCanceled is raised when round is canceled

Functions

func GetConsensusTopicID 

func GetConsensusTopicID(shardCoordinator sharding.Coordinator) string

GetConsensusTopicID will construct and return the topic ID based on shard coordinator

func NewConsensusMessageValidator 

func NewConsensusMessageValidator(args ArgsConsensusMessageValidator) (*consensusMessageValidator, error)

NewConsensusMessageValidator creates a new consensusMessageValidator object

func NewRoundConsensus 

func NewRoundConsensus(
	eligibleNodes map[string]struct{},
	consensusGroupSize int,
	selfId string,
	keysHandler consensus.KeysHandler,
) (*roundConsensus, error)

NewRoundConsensus creates a new roundConsensus object

func NewRoundState 

func NewRoundState() *roundState

NewRoundState creates a new roundState object

func NewRoundStatus 

func NewRoundStatus() *roundStatus

NewRoundStatus creates a new roundStatus object

func NewRoundThreshold 

func NewRoundThreshold() *roundThreshold

NewRoundThreshold creates a new roundThreshold object

func NewScheduledProcessorWrapper 

func NewScheduledProcessorWrapper(args ScheduledProcessorWrapperArgs) (*scheduledProcessorWrapper, error)

NewScheduledProcessorWrapper creates a new processor for scheduled transactions

func ValidateConsensusCore 

func ValidateConsensusCore(container ConsensusCoreHandler) error

ValidateConsensusCore checks for nil all the container objects

Types

type ArgsConsensusMessageValidator 

type ArgsConsensusMessageValidator struct {
	ConsensusState       *ConsensusState
	ConsensusService     ConsensusService
	PeerSignatureHandler crypto.PeerSignatureHandler
	SignatureSize        int
	PublicKeySize        int
	HeaderHashSize       int
	ChainID              []byte
}

ArgsConsensusMessageValidator holds the consensus message validator arguments

type ConsensusCore 

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

ConsensusCore implements ConsensusCoreHandler and provides access to common functionality 

for the rest of the consensus structures

func NewConsensusCore 

func NewConsensusCore(
	args *ConsensusCoreArgs,
) (*ConsensusCore, error)

NewConsensusCore creates a new ConsensusCore instance

func (*ConsensusCore) BlockProcessor 

func (cc *ConsensusCore) BlockProcessor() process.BlockProcessor

BlockProcessor gets the BlockProcessor stored in the ConsensusCore

func (*ConsensusCore) Blockchain 

func (cc *ConsensusCore) Blockchain() data.ChainHandler

Blockchain gets the ChainHandler stored in the ConsensusCore

func (*ConsensusCore) BootStrapper 

func (cc *ConsensusCore) BootStrapper() process.Bootstrapper

BootStrapper gets the Bootstrapper stored in the ConsensusCore

func (*ConsensusCore) BroadcastMessenger 

func (cc *ConsensusCore) BroadcastMessenger() consensus.BroadcastMessenger

BroadcastMessenger gets the BroadcastMessenger stored in the ConsensusCore

func (*ConsensusCore) Chronology 

func (cc *ConsensusCore) Chronology() consensus.ChronologyHandler

Chronology gets the ChronologyHandler stored in the ConsensusCore

func (*ConsensusCore) EpochStartRegistrationHandler 

func (cc *ConsensusCore) EpochStartRegistrationHandler() epochStart.RegistrationHandler

EpochStartRegistrationHandler returns the epoch start registration handler

func (*ConsensusCore) FallbackHeaderValidator 

func (cc *ConsensusCore) FallbackHeaderValidator() consensus.FallbackHeaderValidator

FallbackHeaderValidator will return the fallback header validator which will be used in subrounds

func (*ConsensusCore) GetAntiFloodHandler 

func (cc *ConsensusCore) GetAntiFloodHandler() consensus.P2PAntifloodHandler

GetAntiFloodHandler will return the antiflood handler which will be used in subrounds

func (*ConsensusCore) Hasher 

func (cc *ConsensusCore) Hasher() hashing.Hasher

Hasher gets the Hasher stored in the ConsensusCore

func (*ConsensusCore) HeaderSigVerifier 

func (cc *ConsensusCore) HeaderSigVerifier() consensus.HeaderSigVerifier

HeaderSigVerifier returns the sig verifier handler which will be used in subrounds

func (*ConsensusCore) IsInterfaceNil 

func (cc *ConsensusCore) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*ConsensusCore) Marshalizer 

func (cc *ConsensusCore) Marshalizer() marshal.Marshalizer

Marshalizer gets the Marshalizer stored in the ConsensusCore

func (*ConsensusCore) MessageSigningHandler added in v1.6.0 

func (cc *ConsensusCore) MessageSigningHandler() consensus.P2PSigningHandler

MessageSigningHandler will return the message signing handler

func (*ConsensusCore) MultiSignerContainer 

func (cc *ConsensusCore) MultiSignerContainer() cryptoCommon.MultiSignerContainer

MultiSignerContainer gets the MultiSignerContainer stored in the ConsensusCore

func (*ConsensusCore) NodeRedundancyHandler 

func (cc *ConsensusCore) NodeRedundancyHandler() consensus.NodeRedundancyHandler

NodeRedundancyHandler will return the node redundancy handler which will be used in subrounds

func (*ConsensusCore) NodesCoordinator 

func (cc *ConsensusCore) NodesCoordinator() nodesCoordinator.NodesCoordinator

NodesCoordinator gets the NodesCoordinator stored in the ConsensusCore

func (*ConsensusCore) PeerBlacklistHandler added in v1.6.0 

func (cc *ConsensusCore) PeerBlacklistHandler() consensus.PeerBlacklistHandler

PeerBlacklistHandler will return the peer blacklist handler

func (*ConsensusCore) PeerHonestyHandler 

func (cc *ConsensusCore) PeerHonestyHandler() consensus.PeerHonestyHandler

PeerHonestyHandler will return the peer honesty handler which will be used in subrounds

func (*ConsensusCore) RoundHandler 

func (cc *ConsensusCore) RoundHandler() consensus.RoundHandler

RoundHandler gets the RoundHandler stored in the ConsensusCore

func (*ConsensusCore) ScheduledProcessor 

func (cc *ConsensusCore) ScheduledProcessor() consensus.ScheduledProcessor

ScheduledProcessor will return the scheduled processor

func (*ConsensusCore) ShardCoordinator 

func (cc *ConsensusCore) ShardCoordinator() sharding.Coordinator

ShardCoordinator gets the ShardCoordinator stored in the ConsensusCore

func (*ConsensusCore) SigningHandler added in v1.6.0 

func (cc *ConsensusCore) SigningHandler() consensus.SigningHandler

SigningHandler will return the signing handler component

func (*ConsensusCore) SyncTimer 

func (cc *ConsensusCore) SyncTimer() ntp.SyncTimer

SyncTimer gets the SyncTimer stored in the ConsensusCore

type ConsensusCoreArgs 

type ConsensusCoreArgs struct {
	BlockChain                    data.ChainHandler
	BlockProcessor                process.BlockProcessor
	Bootstrapper                  process.Bootstrapper
	BroadcastMessenger            consensus.BroadcastMessenger
	ChronologyHandler             consensus.ChronologyHandler
	Hasher                        hashing.Hasher
	Marshalizer                   marshal.Marshalizer
	MultiSignerContainer          cryptoCommon.MultiSignerContainer
	RoundHandler                  consensus.RoundHandler
	ShardCoordinator              sharding.Coordinator
	NodesCoordinator              nodesCoordinator.NodesCoordinator
	SyncTimer                     ntp.SyncTimer
	EpochStartRegistrationHandler epochStart.RegistrationHandler
	AntifloodHandler              consensus.P2PAntifloodHandler
	PeerHonestyHandler            consensus.PeerHonestyHandler
	HeaderSigVerifier             consensus.HeaderSigVerifier
	FallbackHeaderValidator       consensus.FallbackHeaderValidator
	NodeRedundancyHandler         consensus.NodeRedundancyHandler
	ScheduledProcessor            consensus.ScheduledProcessor
	MessageSigningHandler         consensus.P2PSigningHandler
	PeerBlacklistHandler          consensus.PeerBlacklistHandler
	SigningHandler                consensus.SigningHandler
}

ConsensusCoreArgs store all arguments that are needed to create a ConsensusCore object

type ConsensusCoreHandler 

type ConsensusCoreHandler interface {
	// Blockchain gets the ChainHandler stored in the ConsensusCore
	Blockchain() data.ChainHandler
	// BlockProcessor gets the BlockProcessor stored in the ConsensusCore
	BlockProcessor() process.BlockProcessor
	// BootStrapper gets the Bootstrapper stored in the ConsensusCore
	BootStrapper() process.Bootstrapper
	// BroadcastMessenger gets the BroadcastMessenger stored in ConsensusCore
	BroadcastMessenger() consensus.BroadcastMessenger
	// Chronology gets the ChronologyHandler stored in the ConsensusCore
	Chronology() consensus.ChronologyHandler
	// GetAntiFloodHandler returns the antiflood handler which will be used in subrounds
	GetAntiFloodHandler() consensus.P2PAntifloodHandler
	// Hasher gets the Hasher stored in the ConsensusCore
	Hasher() hashing.Hasher
	// Marshalizer gets the Marshalizer stored in the ConsensusCore
	Marshalizer() marshal.Marshalizer
	// MultiSignerContainer gets the MultiSigner container from the ConsensusCore
	MultiSignerContainer() cryptoCommon.MultiSignerContainer
	// RoundHandler gets the RoundHandler stored in the ConsensusCore
	RoundHandler() consensus.RoundHandler
	// ShardCoordinator gets the ShardCoordinator stored in the ConsensusCore
	ShardCoordinator() sharding.Coordinator
	// SyncTimer gets the SyncTimer stored in the ConsensusCore
	SyncTimer() ntp.SyncTimer
	// NodesCoordinator gets the NodesCoordinator stored in the ConsensusCore
	NodesCoordinator() nodesCoordinator.NodesCoordinator
	// EpochStartRegistrationHandler gets the RegistrationHandler stored in the ConsensusCore
	EpochStartRegistrationHandler() epochStart.RegistrationHandler
	// PeerHonestyHandler returns the peer honesty handler which will be used in subrounds
	PeerHonestyHandler() consensus.PeerHonestyHandler
	// HeaderSigVerifier returns the sig verifier handler which will be used in subrounds
	HeaderSigVerifier() consensus.HeaderSigVerifier
	// FallbackHeaderValidator returns the fallback header validator handler which will be used in subrounds
	FallbackHeaderValidator() consensus.FallbackHeaderValidator
	// NodeRedundancyHandler returns the node redundancy handler which will be used in subrounds
	NodeRedundancyHandler() consensus.NodeRedundancyHandler
	// ScheduledProcessor returns the scheduled txs processor
	ScheduledProcessor() consensus.ScheduledProcessor
	// MessageSigningHandler returns the p2p signing handler
	MessageSigningHandler() consensus.P2PSigningHandler
	// PeerBlacklistHandler return the peer blacklist handler
	PeerBlacklistHandler() consensus.PeerBlacklistHandler
	// SigningHandler returns the signing handler component
	SigningHandler() consensus.SigningHandler
	// IsInterfaceNil returns true if there is no value under the interface
	IsInterfaceNil() bool
}

ConsensusCoreHandler encapsulates all needed data for the Consensus

type ConsensusDataIndexer 

type ConsensusDataIndexer interface {
	SaveRoundsInfo(roundsInfos []*outport.RoundInfo)
	IsInterfaceNil() bool
}

ConsensusDataIndexer defines the actions that a consensus data indexer has to do

type ConsensusService 

type ConsensusService interface {
	// InitReceivedMessages initializes the MessagesType map for all messages for the current ConsensusService
	InitReceivedMessages() map[consensus.MessageType][]*consensus.Message
	// GetStringValue gets the name of the messageType
	GetStringValue(consensus.MessageType) string
	// GetSubroundName gets the subround name for the subround id provided
	GetSubroundName(int) string
	// GetMessageRange provides the MessageType range used in checks by the consensus
	GetMessageRange() []consensus.MessageType
	// CanProceed returns if the current messageType can proceed further if previous subrounds finished
	CanProceed(*ConsensusState, consensus.MessageType) bool
	// IsMessageWithBlockBodyAndHeader returns if the current messageType is about block body and header
	IsMessageWithBlockBodyAndHeader(consensus.MessageType) bool
	// IsMessageWithBlockBody returns if the current messageType is about block body
	IsMessageWithBlockBody(consensus.MessageType) bool
	// IsMessageWithBlockHeader returns if the current messageType is about block header
	IsMessageWithBlockHeader(consensus.MessageType) bool
	// IsMessageWithSignature returns if the current messageType is about signature
	IsMessageWithSignature(consensus.MessageType) bool
	// IsMessageWithFinalInfo returns if the current messageType is about header final info
	IsMessageWithFinalInfo(consensus.MessageType) bool
	// IsMessageTypeValid returns if the current messageType is valid
	IsMessageTypeValid(consensus.MessageType) bool
	// IsMessageWithInvalidSigners returns if the current messageType is with invalid signers
	IsMessageWithInvalidSigners(consensus.MessageType) bool
	// IsSubroundSignature returns if the current subround is about signature
	IsSubroundSignature(int) bool
	// IsSubroundStartRound returns if the current subround is about start round
	IsSubroundStartRound(int) bool
	// GetMaxMessagesInARoundPerPeer returns the maximum number of messages a peer can send per round
	GetMaxMessagesInARoundPerPeer() uint32
	// GetMaxNumOfMessageTypeAccepted returns the maximum number of accepted consensus message types per round, per public key
	GetMaxNumOfMessageTypeAccepted(msgType consensus.MessageType) uint32
	// IsInterfaceNil returns true if there is no value under the interface
	IsInterfaceNil() bool
}

ConsensusService encapsulates the methods specifically for a consensus type (bls, bn) and will be used in the sposWorker

type ConsensusState 

type ConsensusState struct {
	// hold the data on which validators do the consensus (could be for example a hash of the block header
	// proposed by the leader)
	Data   []byte
	Body   data.BodyHandler
	Header data.HeaderHandler

	RoundIndex                  int64
	RoundTimeStamp              time.Time
	RoundCanceled               bool
	ExtendedCalled              bool
	WaitingAllSignaturesTimeOut bool
	// contains filtered or unexported fields
}

ConsensusState defines the data needed by spos to do the consensus in each round

func NewConsensusState 

func NewConsensusState(
	roundConsensus *roundConsensus,
	roundThreshold *roundThreshold,
	roundStatus *roundStatus,
) *ConsensusState

NewConsensusState creates a new ConsensusState object

func (*ConsensusState) AddMessageWithSignature added in v1.6.0 

func (cns *ConsensusState) AddMessageWithSignature(key string, message p2p.MessageP2P)

AddMessageWithSignature will add the p2p message to received list of messages

func (*ConsensusState) AddReceivedHeader 

func (cns *ConsensusState) AddReceivedHeader(headerHandler data.HeaderHandler)

AddReceivedHeader append the provided header to the inner received headers list

func (*ConsensusState) CanDoSubroundJob 

func (cns *ConsensusState) CanDoSubroundJob(currentSubroundId int) bool

CanDoSubroundJob method returns true if the job of the subround can be done and false otherwise

func (*ConsensusState) CanProcessReceivedMessage 

func (cns *ConsensusState) CanProcessReceivedMessage(cnsDta *consensus.Message, currentRoundIndex int64,
	currentSubroundId int) bool

CanProcessReceivedMessage method returns true if the message received can be processed and false otherwise

func (ConsensusState) ComputeSize 

func (rcns ConsensusState) ComputeSize(subroundId int) int

ComputeSize method returns the number of messages received from the nodes belonging to the current jobDone group related to this subround

func (ConsensusState) ConsensusGroup 

func (rcns ConsensusState) ConsensusGroup() []string

ConsensusGroup returns the consensus group ID's

func (ConsensusState) ConsensusGroupIndex 

func (rcns ConsensusState) ConsensusGroupIndex(pubKey string) (int, error)

ConsensusGroupIndex returns the index of given public key in the current consensus group

func (ConsensusState) ConsensusGroupSize 

func (rcns ConsensusState) ConsensusGroupSize() int

ConsensusGroupSize returns the consensus group size

func (ConsensusState) FallbackThreshold 

func (rthr ConsensusState) FallbackThreshold(subroundId int) int

FallbackThreshold returns the fallback threshold of agreements needed in the given subround id

func (*ConsensusState) GenerateBitmap 

func (cns *ConsensusState) GenerateBitmap(subroundId int) []byte

GenerateBitmap method generates a bitmap, for a given subround, in which each node will be marked with 1 if its job has been done

func (*ConsensusState) GetData 

func (cns *ConsensusState) GetData() []byte

GetData gets the Data of the consensusState

func (*ConsensusState) GetLeader 

func (cns *ConsensusState) GetLeader() (string, error)

GetLeader method gets the leader of the current round

func (*ConsensusState) GetMessageWithSignature added in v1.6.0 

func (cns *ConsensusState) GetMessageWithSignature(key string) (p2p.MessageP2P, bool)

GetMessageWithSignature will get the p2p message based on key

func (*ConsensusState) GetNextConsensusGroup 

func (cns *ConsensusState) GetNextConsensusGroup(
	randomSource []byte,
	round uint64,
	shardId uint32,
	nodesCoordinator nodesCoordinator.NodesCoordinator,
	epoch uint32,
) ([]string, error)

GetNextConsensusGroup gets the new consensus group for the current round based on current eligible list and a random source for the new selection

func (*ConsensusState) GetReceivedHeaders 

func (cns *ConsensusState) GetReceivedHeaders() []data.HeaderHandler

GetReceivedHeaders returns the received headers list

func (ConsensusState) IncrementRoundsWithoutReceivedMessages added in v1.6.0 

func (rcns ConsensusState) IncrementRoundsWithoutReceivedMessages(pkBytes []byte)

IncrementRoundsWithoutReceivedMessages increments the number of rounds without received messages on a provided public key

func (*ConsensusState) IsBlockBodyAlreadyReceived 

func (cns *ConsensusState) IsBlockBodyAlreadyReceived() bool

IsBlockBodyAlreadyReceived method returns true if block body is already received and false otherwise

func (*ConsensusState) IsConsensusDataEqual 

func (cns *ConsensusState) IsConsensusDataEqual(data []byte) bool

IsConsensusDataEqual method returns true if the consensus data for the current round is the same with the given one and false otherwise

func (*ConsensusState) IsConsensusDataSet 

func (cns *ConsensusState) IsConsensusDataSet() bool

IsConsensusDataSet method returns true if the consensus data for the current round is set and false otherwise

func (*ConsensusState) IsHeaderAlreadyReceived 

func (cns *ConsensusState) IsHeaderAlreadyReceived() bool

IsHeaderAlreadyReceived method returns true if header is already received and false otherwise

func (*ConsensusState) IsJobDone 

func (cns *ConsensusState) IsJobDone(node string, currentSubroundId int) bool

IsJobDone method returns true if the node job for the current subround is done and false otherwise

func (ConsensusState) IsKeyManagedByCurrentNode added in v1.6.0 

func (rcns ConsensusState) IsKeyManagedByCurrentNode(pkBytes []byte) bool

IsKeyManagedByCurrentNode returns true if the key is managed by the current node

func (*ConsensusState) IsLeaderJobDone added in v1.6.0 

func (cns *ConsensusState) IsLeaderJobDone(currentSubroundId int) bool

IsLeaderJobDone method returns true if the leader job for the current subround is done and false otherwise

func (ConsensusState) IsMultiKeyInConsensusGroup added in v1.6.0 

func (rcns ConsensusState) IsMultiKeyInConsensusGroup() bool

IsMultiKeyInConsensusGroup method checks if one of the nodes which are controlled by this instance is in consensus group in the current round

func (*ConsensusState) IsMultiKeyJobDone added in v1.6.0 

func (cns *ConsensusState) IsMultiKeyJobDone(currentSubroundId int) bool

IsMultiKeyJobDone method returns true if all the nodes controlled by this instance finished the current job for the current subround and false otherwise

func (*ConsensusState) IsMultiKeyLeaderInCurrentRound added in v1.6.0 

func (cns *ConsensusState) IsMultiKeyLeaderInCurrentRound() bool

IsMultiKeyLeaderInCurrentRound method checks if one of the nodes which are controlled by this instance is leader in the current round

func (ConsensusState) IsNodeInConsensusGroup 

func (rcns ConsensusState) IsNodeInConsensusGroup(node string) bool

IsNodeInConsensusGroup method checks if the node is part of consensus group of the current round

func (ConsensusState) IsNodeInEligibleList 

func (rcns ConsensusState) IsNodeInEligibleList(node string) bool

IsNodeInEligibleList method checks if the node is part of the eligible list

func (*ConsensusState) IsNodeLeaderInCurrentRound 

func (cns *ConsensusState) IsNodeLeaderInCurrentRound(node string) bool

IsNodeLeaderInCurrentRound method checks if the given node is leader in the current round

func (*ConsensusState) IsNodeSelf 

func (cns *ConsensusState) IsNodeSelf(node string) bool

IsNodeSelf method returns true if the message is received from itself and false otherwise

func (*ConsensusState) IsSelfJobDone 

func (cns *ConsensusState) IsSelfJobDone(currentSubroundId int) bool

IsSelfJobDone method returns true if self job for the current subround is done and false otherwise

func (*ConsensusState) IsSelfLeaderInCurrentRound 

func (cns *ConsensusState) IsSelfLeaderInCurrentRound() bool

IsSelfLeaderInCurrentRound method checks if the current node is leader in the current round

func (*ConsensusState) IsSubroundFinished 

func (cns *ConsensusState) IsSubroundFinished(subroundID int) bool

IsSubroundFinished method returns true if the current subround is finished and false otherwise

func (ConsensusState) JobDone 

func (rcns ConsensusState) JobDone(key string, subroundId int) (bool, error)

JobDone returns the state of the action done, by the node represented by the key parameter, in subround given by the subroundId parameter

func (*ConsensusState) ProcessingBlock 

func (cns *ConsensusState) ProcessingBlock() bool

ProcessingBlock gets the state of block processing

func (*ConsensusState) ResetConsensusState 

func (cns *ConsensusState) ResetConsensusState()

ResetConsensusState method resets all the consensus data

func (ConsensusState) ResetRoundState 

func (rcns ConsensusState) ResetRoundState()

ResetRoundState method resets the state of each node from the current jobDone group, regarding the consensus validatorRoundStates

func (ConsensusState) ResetRoundStatus 

func (rstatus ConsensusState) ResetRoundStatus()

ResetRoundStatus method resets the state of each subround

func (ConsensusState) SelfConsensusGroupIndex 

func (rcns ConsensusState) SelfConsensusGroupIndex() (int, error)

SelfConsensusGroupIndex returns the index of self public key in current consensus group

func (ConsensusState) SelfJobDone 

func (rcns ConsensusState) SelfJobDone(subroundId int) (bool, error)

SelfJobDone returns the self state of the action done in subround given by the subroundId parameter

func (ConsensusState) SelfPubKey 

func (rcns ConsensusState) SelfPubKey() string

SelfPubKey returns selfPubKey ID

func (ConsensusState) SetConsensusGroup 

func (rcns ConsensusState) SetConsensusGroup(consensusGroup []string)

SetConsensusGroup sets the consensus group ID's

func (ConsensusState) SetConsensusGroupSize 

func (rcns ConsensusState) SetConsensusGroupSize(consensusGroudpSize int)

SetConsensusGroupSize sets the consensus group size

func (ConsensusState) SetEligibleList 

func (rcns ConsensusState) SetEligibleList(eligibleList map[string]struct{})

SetEligibleList sets the eligible list ID's

func (ConsensusState) SetFallbackThreshold 

func (rthr ConsensusState) SetFallbackThreshold(subroundId int, threshold int)

SetFallbackThreshold sets the fallback threshold of agreements needed in the given subround id

func (ConsensusState) SetJobDone 

func (rcns ConsensusState) SetJobDone(key string, subroundId int, value bool) error

SetJobDone set the state of the action done, by the node represented by the key parameter, in subround given by the subroundId parameter

func (*ConsensusState) SetProcessingBlock 

func (cns *ConsensusState) SetProcessingBlock(processingBlock bool)

SetProcessingBlock sets the state of block processing

func (ConsensusState) SetSelfPubKey 

func (rcns ConsensusState) SetSelfPubKey(selfPubKey string)

SetSelfPubKey sets selfPubKey ID

func (ConsensusState) SetStatus 

func (rstatus ConsensusState) SetStatus(subroundId int, subroundStatus SubroundStatus)

SetStatus sets the status of the given subround id

func (ConsensusState) SetThreshold 

func (rthr ConsensusState) SetThreshold(subroundId int, threshold int)

SetThreshold sets the threshold of agreements needed in the given subround id

func (ConsensusState) Status 

func (rstatus ConsensusState) Status(subroundId int) SubroundStatus

Status returns the status of the given subround id

func (ConsensusState) Threshold 

func (rthr ConsensusState) Threshold(subroundId int) int

Threshold returns the threshold of agreements needed in the given subround id

func (*ConsensusState) UpdatePublicKeyLiveness added in v1.6.0 

func (cns *ConsensusState) UpdatePublicKeyLiveness(pkBytes []byte, pid core.PeerID)

UpdatePublicKeyLiveness will update the public key's liveness in the network

type HeaderSigVerifier 

type HeaderSigVerifier interface {
	VerifyRandSeed(header data.HeaderHandler) error
	VerifyLeaderSignature(header data.HeaderHandler) error
	VerifySignature(header data.HeaderHandler) error
	IsInterfaceNil() bool
}

HeaderSigVerifier encapsulates methods that check if header signature is correct

type PeerBlackListCacher added in v1.6.0 

type PeerBlackListCacher interface {
	Upsert(pid core.PeerID, span time.Duration) error
	Has(pid core.PeerID) bool
	Sweep()
	IsInterfaceNil() bool
}

PeerBlackListCacher can determine if a certain peer id is blacklisted or not

type PoolAdder 

type PoolAdder interface {
	Put(key []byte, value interface{}, sizeInBytes int) (evicted bool)
	IsInterfaceNil() bool
}

PoolAdder adds data in a key-value pool

type ScheduledProcessorWrapperArgs 

type ScheduledProcessorWrapperArgs struct {
	SyncTimer                ntp.SyncTimer
	Processor                process.ScheduledBlockProcessor
	RoundTimeDurationHandler process.RoundTimeDurationHandler
}

ScheduledProcessorWrapperArgs holds the arguments required to instantiate the pipelineExecution

type Subround 

type Subround struct {
	ConsensusCoreHandler
	*ConsensusState

	Job    func(ctx context.Context) bool // method does the Subround Job and send the result to the peers
	Check  func() bool                    // method checks if the consensus of the Subround is done
	Extend func(subroundId int)           // method is called when round time is out
	// contains filtered or unexported fields
}

Subround struct contains the needed data for one Subround and the Subround properties. It defines a Subround with its properties (its ID, next Subround ID, its duration, its name) and also it has some handler functions which should be set. Job function will be the main function of this Subround, Extend function will handle the overtime situation of the Subround and Check function will decide if in this Subround the consensus is achieved

func NewSubround 

func NewSubround(
	previous int,
	current int,
	next int,
	startTime int64,
	endTime int64,
	name string,
	consensusState *ConsensusState,
	consensusStateChangedChannel chan bool,
	executeStoredMessages func(),
	container ConsensusCoreHandler,
	chainID []byte,
	currentPid core.PeerID,
	appStatusHandler core.AppStatusHandler,
) (*Subround, error)

NewSubround creates a new SubroundId object

func (*Subround) AppStatusHandler 

func (sr *Subround) AppStatusHandler() core.AppStatusHandler

AppStatusHandler method returns the appStatusHandler instance

func (*Subround) ChainID 

func (sr *Subround) ChainID() []byte

ChainID method returns the current chain ID

func (Subround) ComputeSize 

func (rcns Subround) ComputeSize(subroundId int) int

ComputeSize method returns the number of messages received from the nodes belonging to the current jobDone group related to this subround

func (*Subround) ConsensusChannel 

func (sr *Subround) ConsensusChannel() chan bool

ConsensusChannel method returns the consensus channel

func (Subround) ConsensusGroup 

func (rcns Subround) ConsensusGroup() []string

ConsensusGroup returns the consensus group ID's

func (Subround) ConsensusGroupIndex 

func (rcns Subround) ConsensusGroupIndex(pubKey string) (int, error)

ConsensusGroupIndex returns the index of given public key in the current consensus group

func (Subround) ConsensusGroupSize 

func (rcns Subround) ConsensusGroupSize() int

ConsensusGroupSize returns the consensus group size

func (*Subround) Current 

func (sr *Subround) Current() int

Current method returns the ID of the current Subround

func (*Subround) CurrentPid 

func (sr *Subround) CurrentPid() core.PeerID

CurrentPid returns the current p2p peer ID

func (*Subround) DoWork 

func (sr *Subround) DoWork(ctx context.Context, roundHandler consensus.RoundHandler) bool

DoWork method actually does the work of this Subround. First it tries to do the Job of the Subround then it will Check the consensus. If the upper time limit of this Subround is reached, the Extend method will be called before returning. If this method returns true the chronology will advance to the next Subround.

func (*Subround) EndTime 

func (sr *Subround) EndTime() int64

EndTime method returns the upper time limit of the Subround

func (Subround) FallbackThreshold 

func (rthr Subround) FallbackThreshold(subroundId int) int

FallbackThreshold returns the fallback threshold of agreements needed in the given subround id

func (*Subround) GetAssociatedPid added in v1.6.0 

func (sr *Subround) GetAssociatedPid(pkBytes []byte) core.PeerID

GetAssociatedPid returns the associated PeerID to the provided public key bytes

func (Subround) IncrementRoundsWithoutReceivedMessages added in v1.6.0 

func (rcns Subround) IncrementRoundsWithoutReceivedMessages(pkBytes []byte)

IncrementRoundsWithoutReceivedMessages increments the number of rounds without received messages on a provided public key

func (*Subround) IsInterfaceNil 

func (sr *Subround) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (Subround) IsKeyManagedByCurrentNode added in v1.6.0 

func (rcns Subround) IsKeyManagedByCurrentNode(pkBytes []byte) bool

IsKeyManagedByCurrentNode returns true if the key is managed by the current node

func (Subround) IsMultiKeyInConsensusGroup added in v1.6.0 

func (rcns Subround) IsMultiKeyInConsensusGroup() bool

IsMultiKeyInConsensusGroup method checks if one of the nodes which are controlled by this instance is in consensus group in the current round

func (Subround) IsNodeInConsensusGroup 

func (rcns Subround) IsNodeInConsensusGroup(node string) bool

IsNodeInConsensusGroup method checks if the node is part of consensus group of the current round

func (Subround) IsNodeInEligibleList 

func (rcns Subround) IsNodeInEligibleList(node string) bool

IsNodeInEligibleList method checks if the node is part of the eligible list

func (Subround) JobDone 

func (rcns Subround) JobDone(key string, subroundId int) (bool, error)

JobDone returns the state of the action done, by the node represented by the key parameter, in subround given by the subroundId parameter

func (*Subround) Name 

func (sr *Subround) Name() string

Name method returns the name of the Subround

func (*Subround) Next 

func (sr *Subround) Next() int

Next method returns the ID of the next Subround

func (*Subround) Previous 

func (sr *Subround) Previous() int

Previous method returns the ID of the previous Subround

func (Subround) ResetRoundState 

func (rcns Subround) ResetRoundState()

ResetRoundState method resets the state of each node from the current jobDone group, regarding the consensus validatorRoundStates

func (Subround) ResetRoundStatus 

func (rstatus Subround) ResetRoundStatus()

ResetRoundStatus method resets the state of each subround

func (Subround) SelfConsensusGroupIndex 

func (rcns Subround) SelfConsensusGroupIndex() (int, error)

SelfConsensusGroupIndex returns the index of self public key in current consensus group

func (Subround) SelfJobDone 

func (rcns Subround) SelfJobDone(subroundId int) (bool, error)

SelfJobDone returns the self state of the action done in subround given by the subroundId parameter

func (Subround) SelfPubKey 

func (rcns Subround) SelfPubKey() string

SelfPubKey returns selfPubKey ID

func (Subround) SetConsensusGroup 

func (rcns Subround) SetConsensusGroup(consensusGroup []string)

SetConsensusGroup sets the consensus group ID's

func (Subround) SetConsensusGroupSize 

func (rcns Subround) SetConsensusGroupSize(consensusGroudpSize int)

SetConsensusGroupSize sets the consensus group size

func (Subround) SetEligibleList 

func (rcns Subround) SetEligibleList(eligibleList map[string]struct{})

SetEligibleList sets the eligible list ID's

func (Subround) SetFallbackThreshold 

func (rthr Subround) SetFallbackThreshold(subroundId int, threshold int)

SetFallbackThreshold sets the fallback threshold of agreements needed in the given subround id

func (Subround) SetJobDone 

func (rcns Subround) SetJobDone(key string, subroundId int, value bool) error

SetJobDone set the state of the action done, by the node represented by the key parameter, in subround given by the subroundId parameter

func (Subround) SetSelfPubKey 

func (rcns Subround) SetSelfPubKey(selfPubKey string)

SetSelfPubKey sets selfPubKey ID

func (Subround) SetStatus 

func (rstatus Subround) SetStatus(subroundId int, subroundStatus SubroundStatus)

SetStatus sets the status of the given subround id

func (Subround) SetThreshold 

func (rthr Subround) SetThreshold(subroundId int, threshold int)

SetThreshold sets the threshold of agreements needed in the given subround id

func (*Subround) StartTime 

func (sr *Subround) StartTime() int64

StartTime method returns the start time of the Subround

func (Subround) Status 

func (rstatus Subround) Status(subroundId int) SubroundStatus

Status returns the status of the given subround id

func (Subround) Threshold 

func (rthr Subround) Threshold(subroundId int) int

Threshold returns the threshold of agreements needed in the given subround id

type SubroundStatus 

type SubroundStatus int

SubroundStatus defines the type used to refer the state of the current subround 

const (
	// SsNotFinished defines the un-finished state of the subround
	SsNotFinished SubroundStatus = iota
	// SsFinished defines the finished state of the subround
	SsFinished
)

type SubroundsFactory 

type SubroundsFactory interface {
	GenerateSubrounds() error
	IsInterfaceNil() bool
}

SubroundsFactory encapsulates the methods specifically for a subrounds factory type (bls, bn) for different consensus types

type Worker 

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

Worker defines the data needed by spos to communicate between nodes which are in the validators group

func NewWorker 

func NewWorker(args *WorkerArgs) (*Worker, error)

NewWorker creates a new Worker object

func (*Worker) AddReceivedHeaderHandler 

func (wrk *Worker) AddReceivedHeaderHandler(handler func(data.HeaderHandler))

AddReceivedHeaderHandler adds a new handler function for a received header

func (*Worker) AddReceivedMessageCall 

func (wrk *Worker) AddReceivedMessageCall(messageType consensus.MessageType, receivedMessageCall func(ctx context.Context, cnsDta *consensus.Message) bool)

AddReceivedMessageCall adds a new handler function for a received messege type

func (*Worker) Close 

func (wrk *Worker) Close() error

Close will close the endless running go routine

func (*Worker) DisplayStatistics 

func (wrk *Worker) DisplayStatistics()

DisplayStatistics logs the consensus messages split on proposed headers

func (*Worker) ExecuteStoredMessages 

func (wrk *Worker) ExecuteStoredMessages()

ExecuteStoredMessages tries to execute all the messages received which are valid for execution

func (*Worker) Extend 

func (wrk *Worker) Extend(subroundId int)

Extend does an extension for the subround with subroundId

func (*Worker) GetConsensusStateChangedChannel 

func (wrk *Worker) GetConsensusStateChangedChannel() chan bool

GetConsensusStateChangedChannel gets the channel for the consensusStateChanged

func (*Worker) IsInterfaceNil 

func (wrk *Worker) IsInterfaceNil() bool

IsInterfaceNil returns true if there is no value under the interface

func (*Worker) ProcessReceivedMessage 

func (wrk *Worker) ProcessReceivedMessage(message p2p.MessageP2P, fromConnectedPeer core.PeerID, _ p2p.MessageHandler) error

ProcessReceivedMessage method redirects the received message to the channel which should handle it

func (*Worker) ReceivedHeader 

func (wrk *Worker) ReceivedHeader(headerHandler data.HeaderHandler, _ []byte)

ReceivedHeader process the received header, calling each received header handler registered in worker instance

func (*Worker) RemoveAllReceivedMessagesCalls 

func (wrk *Worker) RemoveAllReceivedMessagesCalls()

RemoveAllReceivedMessagesCalls removes all the functions handlers

func (*Worker) ResetConsensusMessages 

func (wrk *Worker) ResetConsensusMessages()

ResetConsensusMessages resets at the start of each round all the previous consensus messages received

func (*Worker) StartWorking 

func (wrk *Worker) StartWorking()

StartWorking actually starts the consensus working mechanism

type WorkerArgs 

type WorkerArgs struct {
	ConsensusService         ConsensusService
	BlockChain               data.ChainHandler
	BlockProcessor           process.BlockProcessor
	ScheduledProcessor       consensus.ScheduledProcessor
	Bootstrapper             process.Bootstrapper
	BroadcastMessenger       consensus.BroadcastMessenger
	ConsensusState           *ConsensusState
	ForkDetector             process.ForkDetector
	Marshalizer              marshal.Marshalizer
	Hasher                   hashing.Hasher
	RoundHandler             consensus.RoundHandler
	ShardCoordinator         sharding.Coordinator
	PeerSignatureHandler     crypto.PeerSignatureHandler
	SyncTimer                ntp.SyncTimer
	HeaderSigVerifier        HeaderSigVerifier
	HeaderIntegrityVerifier  process.HeaderIntegrityVerifier
	ChainID                  []byte
	NetworkShardingCollector consensus.NetworkShardingCollector
	AntifloodHandler         consensus.P2PAntifloodHandler
	PoolAdder                PoolAdder
	SignatureSize            int
	PublicKeySize            int
	AppStatusHandler         core.AppStatusHandler
	NodeRedundancyHandler    consensus.NodeRedundancyHandler
	PeerBlacklistHandler     consensus.PeerBlacklistHandler
}

WorkerArgs holds the consensus worker arguments

type WorkerHandler 

type WorkerHandler interface {
	Close() error
	StartWorking()
	// AddReceivedMessageCall adds a new handler function for a received message type
	AddReceivedMessageCall(messageType consensus.MessageType, receivedMessageCall func(ctx context.Context, cnsDta *consensus.Message) bool)
	// AddReceivedHeaderHandler adds a new handler function for a received header
	AddReceivedHeaderHandler(handler func(data.HeaderHandler))
	// RemoveAllReceivedMessagesCalls removes all the functions handlers
	RemoveAllReceivedMessagesCalls()
	// ProcessReceivedMessage method redirects the received message to the channel which should handle it
	ProcessReceivedMessage(message p2p.MessageP2P, fromConnectedPeer core.PeerID, source p2p.MessageHandler) error
	// Extend does an extension for the subround with subroundId
	Extend(subroundId int)
	// GetConsensusStateChangedChannel gets the channel for the consensusStateChanged
	GetConsensusStateChangedChannel() chan bool
	// ExecuteStoredMessages tries to execute all the messages received which are valid for execution
	ExecuteStoredMessages()
	// DisplayStatistics method displays statistics of worker at the end of the round
	DisplayStatistics()
	// ReceivedHeader method is a wired method through which worker will receive headers from network
	ReceivedHeader(headerHandler data.HeaderHandler, headerHash []byte)
	// ResetConsensusMessages resets at the start of each round all the previous consensus messages received
	ResetConsensusMessages()
	// IsInterfaceNil returns true if there is no value under the interface
	IsInterfaceNil() bool
}

WorkerHandler represents the interface for the SposWorker

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