Documentation
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Index ¶
Constants ¶
This section is empty.
Variables ¶
var ErrBlockIsNotSigned = errors.New("block is not signed")
ErrBlockIsNotSigned signals that the block is not signed
var ErrHigherNonceInBlock = errors.New("higher nonce in block")
ErrHigherNonceInBlock signals that the nonce in block is higher than what could exist in the current round
var ErrHigherRoundInBlock = errors.New("higher round in block")
ErrHigherRoundInBlock signals that the round index in block is higher than the current round of chronology
var ErrInvalidShardId = errors.New("invalid shard id")
ErrInvalidShardId signals that an invalid shard id has been provided
var ErrLowerNonceInBlock = errors.New("lower nonce in block")
ErrLowerNonceInBlock signals that the nonce in block is lower than the last check point nonce
var ErrLowerRoundInBlock = errors.New("lower round in block")
ErrLowerRoundInBlock signals that the round index in block is lower than the checkpoint round
var ErrNilHash = errors.New("nil hash")
ErrNilHash signals that a nil hash has been provided
var ErrNilHeader = errors.New("nil header")
ErrNilHeader signals that a nil header has been provided
var ErrRandomSeedNotValid = errors.New("random seed is not valid")
ErrRandomSeedNotValid signals that the random seed is not valid
Functions ¶
func NewBasicForkDetector ¶ added in v1.0.3
NewBasicForkDetector method creates a new BasicForkDetector object
Types ¶
type ErrSignedBlock ¶
type ErrSignedBlock struct {
CurrentNonce uint64
}
ErrSignedBlock signals that a block is signed
func (ErrSignedBlock) Error ¶
func (err ErrSignedBlock) Error() string
type MetaBootstrap ¶
type MetaBootstrap struct {
// contains filtered or unexported fields
}
MetaBootstrap implements the bootstrap mechanism
func NewMetaBootstrap ¶
func NewMetaBootstrap( poolsHolder dataRetriever.MetaPoolsHolder, store dataRetriever.StorageService, blkc data.ChainHandler, rounder consensus.Rounder, blkExecutor process.BlockProcessor, waitTime time.Duration, hasher hashing.Hasher, marshalizer marshal.Marshalizer, forkDetector process.ForkDetector, resolversFinder dataRetriever.ResolversFinder, shardCoordinator sharding.Coordinator, accounts state.AccountsAdapter, ) (*MetaBootstrap, error)
NewMetaBootstrap creates a new Bootstrap object
func (MetaBootstrap) AddSyncStateListener ¶
func (boot MetaBootstrap) AddSyncStateListener(syncStateListener func(bool))
AddSyncStateListener adds a syncStateListener that get notified each time the sync status of the node changes
func (MetaBootstrap) ShouldSync ¶ added in v1.0.3
func (boot MetaBootstrap) ShouldSync() bool
ShouldSync method returns the synch state of the node. If it returns 'true', this means that the node is not synchronized yet and it has to continue the bootstrapping mechanism, otherwise the node is already synched and it can participate to the consensus, if it is in the jobDone group of this rounder
func (*MetaBootstrap) StartSync ¶
func (boot *MetaBootstrap) StartSync()
StartSync method will start SyncBlocks as a go routine
func (*MetaBootstrap) StopSync ¶
func (boot *MetaBootstrap) StopSync()
StopSync method will stop SyncBlocks
func (*MetaBootstrap) SyncBlock ¶
func (boot *MetaBootstrap) SyncBlock() error
SyncBlock method actually does the synchronization. It requests the next block header from the pool and if it is not found there it will be requested from the network. After the header is received, it requests the block body in the same way(pool and than, if it is not found in the pool, from network). If either header and body are received the ProcessAndCommit method will be called. This method will execute the block and its transactions. Finally if everything works, the block will be committed in the blockchain, and all this mechanism will be reiterated for the next block.
type ShardBootstrap ¶
type ShardBootstrap struct {
// contains filtered or unexported fields
}
ShardBootstrap implements the boostrsap mechanism
func NewShardBootstrap ¶
func NewShardBootstrap( poolsHolder dataRetriever.PoolsHolder, store dataRetriever.StorageService, blkc data.ChainHandler, rounder consensus.Rounder, blkExecutor process.BlockProcessor, waitTime time.Duration, hasher hashing.Hasher, marshalizer marshal.Marshalizer, forkDetector process.ForkDetector, resolversFinder dataRetriever.ResolversFinder, shardCoordinator sharding.Coordinator, accounts state.AccountsAdapter, ) (*ShardBootstrap, error)
NewShardBootstrap creates a new Bootstrap object
func (ShardBootstrap) AddSyncStateListener ¶
func (boot ShardBootstrap) AddSyncStateListener(syncStateListener func(bool))
AddSyncStateListener adds a syncStateListener that get notified each time the sync status of the node changes
func (ShardBootstrap) ShouldSync ¶ added in v1.0.3
func (boot ShardBootstrap) ShouldSync() bool
ShouldSync method returns the synch state of the node. If it returns 'true', this means that the node is not synchronized yet and it has to continue the bootstrapping mechanism, otherwise the node is already synched and it can participate to the consensus, if it is in the jobDone group of this rounder
func (*ShardBootstrap) StartSync ¶
func (boot *ShardBootstrap) StartSync()
StartSync method will start SyncBlocks as a go routine
func (*ShardBootstrap) StopSync ¶
func (boot *ShardBootstrap) StopSync()
StopSync method will stop SyncBlocks
func (*ShardBootstrap) SyncBlock ¶
func (boot *ShardBootstrap) SyncBlock() error
SyncBlock method actually does the synchronization. It requests the next block header from the pool and if it is not found there it will be requested from the network. After the header is received, it requests the block body in the same way(pool and than, if it is not found in the pool, from network). If either header and body are received the ProcessAndCommit method will be called. This method will execute the block and its transactions. Finally if everything works, the block will be committed in the blockchain, and all this mechanism will be reiterated for the next block.
Source Files