types

package
v1.2.0 Latest Latest
Warning

This package is not in the latest version of its module.

 Go to latest Published: Aug 5, 2019 License: GPL-3.0, Apache-2.0 Imports: 24 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	NodeTypeTest      = "test"
	NodeTypeValidator = "validator"
	NodeTypePeer      = "peer"
)
View Source 
const (
	EventBond              = "Bond"
	EventCompleteProposal  = "CompleteProposal"
	EventDupeout           = "Dupeout"
	EventFork              = "Fork"
	EventLock              = "Lock"
	EventNewBlock          = "NewBlock"
	EventNewBlockHeader    = "NewBlockHeader"
	EventNewRound          = "NewRound"
	EventNewRoundStep      = "NewRoundStep"
	EventPolka             = "Polka"
	EventRebond            = "Rebond"
	EventRelock            = "Relock"
	EventTimeoutPropose    = "TimeoutPropose"
	EventTimeoutWait       = "TimeoutWait"
	EventTx                = "Tx"
	EventUnbond            = "Unbond"
	EventUnlock            = "Unlock"
	EventVote              = "Vote"
	EventProposalHeartbeat = "ProposalHeartbeat"
)

Reserved event types

View Source 
const (
	EventDataTypeNewBlock          = byte(0x01)
	EventDataTypeFork              = byte(0x02)
	EventDataTypeTx                = byte(0x03)
	EventDataTypeNewBlockHeader    = byte(0x04)
	EventDataTypeRoundState        = byte(0x11)
	EventDataTypeVote              = byte(0x12)
	EventDataTypeProposalHeartbeat = byte(0x20)
)
View Source 
const (
	// EventTypeKey is a reserved key, used to specify event type in tags.
	EventTypeKey = "tm.event"
	// TxHashKey is a reserved key, used to specify transaction's hash.
	// see EventBus#PublishEventTx
	TxHashKey = "tx.hash"
	// TxHeightKey is a reserved key, used to specify transaction block's height.
	// see EventBus#PublishEventTx
	TxHeightKey = "tx.height"
)
View Source 
const (
	VoteTypePrevote   = byte(0x01)
	VoteTypePrecommit = byte(0x02)
)

Types of votes TODO Make a new type "VoteType"

Variables

View Source 
var (
	EventDataNameNewBlock          = "new_block"
	EventDataNameNewBlockHeader    = "new_block_header"
	EventDataNameTx                = "tx"
	EventDataNameRoundState        = "round_state"
	EventDataNameVote              = "vote"
	EventDataNameProposalHeartbeat = "proposal_heartbeat"
)
View Source 
var (
	EventQueryBond              = QueryForEvent(EventBond)
	EventQueryUnbond            = QueryForEvent(EventUnbond)
	EventQueryRebond            = QueryForEvent(EventRebond)
	EventQueryDupeout           = QueryForEvent(EventDupeout)
	EventQueryFork              = QueryForEvent(EventFork)
	EventQueryNewBlock          = QueryForEvent(EventNewBlock)
	EventQueryNewBlockHeader    = QueryForEvent(EventNewBlockHeader)
	EventQueryNewRound          = QueryForEvent(EventNewRound)
	EventQueryNewRoundStep      = QueryForEvent(EventNewRoundStep)
	EventQueryTimeoutPropose    = QueryForEvent(EventTimeoutPropose)
	EventQueryCompleteProposal  = QueryForEvent(EventCompleteProposal)
	EventQueryPolka             = QueryForEvent(EventPolka)
	EventQueryUnlock            = QueryForEvent(EventUnlock)
	EventQueryLock              = QueryForEvent(EventLock)
	EventQueryRelock            = QueryForEvent(EventRelock)
	EventQueryTimeoutWait       = QueryForEvent(EventTimeoutWait)
	EventQueryVote              = QueryForEvent(EventVote)
	EventQueryProposalHeartbeat = QueryForEvent(EventProposalHeartbeat)
	EventQueryTx                = QueryForEvent(EventTx)
)
View Source 
var (
	PeerStateKey     = "ConsensusReactor.peerState"
	PeerMempoolChKey = "MempoolReactor.peerMempoolCh"
)

UNSTABLE

View Source 
var (
	ErrPartSetUnexpectedIndex = errors.New("Error part set unexpected index")
	ErrPartSetInvalidProof    = errors.New("Error part set invalid proof")
)
View Source 
var (
	ErrInvalidBlockPartSignature = errors.New("Error invalid block part signature")
	ErrInvalidBlockPartHash      = errors.New("Error invalid block part hash")
)
View Source 
var (
	ErrVoteUnexpectedStep            = errors.New("Unexpected step")
	ErrVoteInvalidValidatorIndex     = errors.New("Invalid validator index")
	ErrVoteInvalidValidatorAddress   = errors.New("Invalid validator address")
	ErrVoteInvalidSignature          = errors.New("Invalid signature")
	ErrVoteInvalidBlockHash          = errors.New("Invalid block hash")
	ErrVoteNonDeterministicSignature = errors.New("Non-deterministic signature")
	ErrVoteNil                       = errors.New("Nil vote")
)
View Source 
var TM2PB = tm2pb{}

TM2PB is used for converting Tendermint types to protobuf types. UNSTABLE

View Source 
var ValidatorCodec = validatorCodec{}

Functions

func CanonicalTime 

func CanonicalTime(t time.Time) string

func EventQueryTxFor 

func EventQueryTxFor(tx Tx) tmpubsub.Query

func GenPubkey 

func GenPubkey(pub string) crypto.PubKey

func HashSignBytes 

func HashSignBytes(chainID string, o Signable) []byte

HashSignBytes is a convenience method for getting the hash of the bytes of a signable

func IsVoteTypeValid 

func IsVoteTypeValid(type_ byte) bool

func QueryForEvent 

func QueryForEvent(eventType string) tmpubsub.Query

func RandValidator 

func RandValidator(randPower bool, minPower int64) (*Validator, *PrivValidatorFS)

RandValidator returns a randomized validator, useful for testing. UNSTABLE

func RandValidatorSet 

func RandValidatorSet(numValidators int, votingPower int64) (*ValidatorSet, []*PrivValidatorFS)

RandValidatorSet returns a randomized validator set, useful for testing. NOTE: PrivValidator are in order. UNSTABLE

func SignBytes 

func SignBytes(chainID string, o Signable) []byte

SignBytes is a convenience method for getting the bytes to sign of a Signable.

Types

type ABCIResult 

type ABCIResult struct {
	Code uint32     `json:"code"`
	Data data.Bytes `json:"data"`
}

ABCIResult is the deterministic component of a ResponseDeliverTx. TODO: add Tags

func NewResultFromResponse 

func NewResultFromResponse(response *abci.ResponseDeliverTx) ABCIResult

func (ABCIResult) Hash 

func (a ABCIResult) Hash() []byte

Hash returns the canonical hash of the ABCIResult

type ABCIResults 

type ABCIResults []ABCIResult

ABCIResults wraps the deliver tx results to return a proof

func NewResults 

func NewResults(del []*abci.ResponseDeliverTx) ABCIResults

NewResults creates ABCIResults from ResponseDeliverTx

func (ABCIResults) Bytes 

func (a ABCIResults) Bytes() []byte

Bytes serializes the ABCIResponse using go-wire

func (ABCIResults) Hash 

func (a ABCIResults) Hash() []byte

Hash returns a merkle hash of all results

func (ABCIResults) ProveResult 

func (a ABCIResults) ProveResult(i int) merkle.SimpleProof

ProveResult returns a merkle proof of one result from the set

type Block 

type Block struct {
	*Header    `json:"header"`
	*Data      `json:"data"`
	Evidence   EvidenceData `json:"evidence"`
	LastCommit *Commit      `json:"last_commit"`
}

Block defines the atomic unit of a Tendermint blockchain. TODO: add Version byte

func MakeBlock 

func MakeBlock(height int64, txs []Tx, commit *Commit) *Block

MakeBlock returns a new block with an empty header, except what can be computed from itself. It populates the same set of fields validated by ValidateBasic

func (*Block) AddEvidence 

func (b *Block) AddEvidence(evidence []Evidence)

AddEvidence appends the given evidence to the block

func (*Block) FillHeader 

func (b *Block) FillHeader()

FillHeader fills in any remaining header fields that are a function of the block data

func (*Block) Hash 

func (b *Block) Hash() data.Bytes

Hash computes and returns the block hash. If the block is incomplete, block hash is nil for safety.

func (*Block) HashesTo 

func (b *Block) HashesTo(hash []byte) bool

HashesTo is a convenience function that checks if a block hashes to the given argument. A nil block never hashes to anything, and nothing hashes to a nil hash.

func (*Block) MakePartSet 

func (b *Block) MakePartSet(partSize int) *PartSet

MakePartSet returns a PartSet containing parts of a serialized block. This is the form in which the block is gossipped to peers.

func (*Block) String 

func (b *Block) String() string

String returns a string representation of the block

func (*Block) StringIndented 

func (b *Block) StringIndented(indent string) string

StringIndented returns a string representation of the block

func (*Block) StringShort 

func (b *Block) StringShort() string

StringShort returns a shortened string representation of the block

func (*Block) ValidateBasic 

func (b *Block) ValidateBasic() error

ValidateBasic performs basic validation that doesn't involve state data. It checks the internal consistency of the block.

type BlockEventPublisher 

type BlockEventPublisher interface {
	PublishEventNewBlock(block EventDataNewBlock) error
	PublishEventNewBlockHeader(header EventDataNewBlockHeader) error
	PublishEventTx(EventDataTx) error
}

BlockEventPublisher publishes all block related events

type BlockGossip 

type BlockGossip struct {
	BlockPartSizeBytes int `json:"block_part_size_bytes"` // NOTE: must not be 0
}

BlockGossip determine consensus critical elements of how blocks are gossiped

func DefaultBlockGossip 

func DefaultBlockGossip() BlockGossip

DefaultBlockGossip returns a default BlockGossip.

func (BlockGossip) String 

func (b BlockGossip) String() string

type BlockID 

type BlockID struct {
	Hash        data.Bytes    `json:"hash"`
	PartsHeader PartSetHeader `json:"parts"`
}

BlockID defines the unique ID of a block as its Hash and its PartSetHeader

func (BlockID) Equals 

func (blockID BlockID) Equals(other BlockID) bool

Equals returns true if the BlockID matches the given BlockID

func (BlockID) IsZero 

func (blockID BlockID) IsZero() bool

IsZero returns true if this is the BlockID for a nil-block

func (BlockID) Key 

func (blockID BlockID) Key() string

Key returns a machine-readable string representation of the BlockID

func (BlockID) String 

func (blockID BlockID) String() string

String returns a human readable string representation of the BlockID

func (BlockID) WriteSignBytes 

func (blockID BlockID) WriteSignBytes(w io.Writer, n *int, err *error)

WriteSignBytes writes the canonical bytes of the BlockID to the given writer for digital signing

type BlockMeta 

type BlockMeta struct {
	BlockID BlockID `json:"block_id"` // the block hash and partsethash
	Header  *Header `json:"header"`   // The block's Header
}

BlockMeta contains meta information about a block - namely, it's ID and Header.

func NewBlockMeta 

func NewBlockMeta(block *Block, blockParts *PartSet) *BlockMeta

NewBlockMeta returns a new BlockMeta from the block and its blockParts.

type BlockSize 

type BlockSize struct {
	MaxBytes int   `json:"max_bytes"` // NOTE: must not be 0 nor greater than 100MB
	MaxTxs   int   `json:"max_txs"`
	MaxGas   int64 `json:"max_gas"`
}

BlockSize contain limits on the block size.

func DefaultBlockSize 

func DefaultBlockSize() BlockSize

DefaultBlockSize returns a default BlockSize.

func (BlockSize) String 

func (b BlockSize) String() string

type BlockStore 

type BlockStore interface {
	BlockStoreRPC
	SaveBlock(block *Block, blockParts *PartSet, seenCommit *Commit)
}

BlockStore defines the BlockStore interface used by the ConsensusState. UNSTABLE

type BlockStoreRPC 

type BlockStoreRPC interface {
	Height() int64

	LoadBlockMeta(height int64) *BlockMeta
	LoadBlock(height int64) *Block
	LoadBlockPart(height int64, index int) *Part

	LoadBlockCommit(height int64) *Commit
	LoadSeenCommit(height int64) *Commit
}

BlockStoreRPC is the block store interface used by the RPC. UNSTABLE

type CanonicalJSONBlockID 

type CanonicalJSONBlockID struct {
	Hash        data.Bytes                 `json:"hash,omitempty"`
	PartsHeader CanonicalJSONPartSetHeader `json:"parts,omitempty"`
}

func CanonicalBlockID 

func CanonicalBlockID(blockID BlockID) CanonicalJSONBlockID

type CanonicalJSONHeartbeat 

type CanonicalJSONHeartbeat struct {
	Height           int64      `json:"height"`
	Round            int        `json:"round"`
	Sequence         int        `json:"sequence"`
	ValidatorAddress data.Bytes `json:"validator_address"`
	ValidatorIndex   int        `json:"validator_index"`
}

func CanonicalHeartbeat 

func CanonicalHeartbeat(heartbeat *Heartbeat) CanonicalJSONHeartbeat

type CanonicalJSONOnceHeartbeat 

type CanonicalJSONOnceHeartbeat struct {
	ChainID   string                 `json:"chain_id"`
	Heartbeat CanonicalJSONHeartbeat `json:"heartbeat"`
}

type CanonicalJSONOnceProposal 

type CanonicalJSONOnceProposal struct {
	ChainID  string                `json:"chain_id"`
	Proposal CanonicalJSONProposal `json:"proposal"`
}

type CanonicalJSONOnceVote 

type CanonicalJSONOnceVote struct {
	ChainID string            `json:"chain_id"`
	Vote    CanonicalJSONVote `json:"vote"`
}

type CanonicalJSONPartSetHeader 

type CanonicalJSONPartSetHeader struct {
	Hash  data.Bytes `json:"hash"`
	Total int        `json:"total"`
}

func CanonicalPartSetHeader 

func CanonicalPartSetHeader(psh PartSetHeader) CanonicalJSONPartSetHeader

type CanonicalJSONProposal 

type CanonicalJSONProposal struct {
	BlockPartsHeader CanonicalJSONPartSetHeader `json:"block_parts_header"`
	Height           int64                      `json:"height"`
	POLBlockID       CanonicalJSONBlockID       `json:"pol_block_id"`
	POLRound         int                        `json:"pol_round"`
	Round            int                        `json:"round"`
	Timestamp        string                     `json:"timestamp"`
}

func CanonicalProposal 

func CanonicalProposal(proposal *Proposal) CanonicalJSONProposal

type CanonicalJSONVote 

type CanonicalJSONVote struct {
	BlockID   CanonicalJSONBlockID `json:"block_id"`
	Height    int64                `json:"height"`
	Round     int                  `json:"round"`
	Timestamp string               `json:"timestamp"`
	Type      byte                 `json:"type"`
}

func CanonicalVote 

func CanonicalVote(vote *Vote) CanonicalJSONVote

type Commit 

type Commit struct {
	// NOTE: The Precommits are in order of address to preserve the bonded ValidatorSet order.
	// Any peer with a block can gossip precommits by index with a peer without recalculating the
	// active ValidatorSet.
	BlockID    BlockID `json:"blockID"`
	Precommits []*Vote `json:"precommits"`

	NStartBlockNum int64
	// contains filtered or unexported fields
}

Commit contains the evidence that a block was committed by a set of validators. NOTE: Commit is empty for height 1, but never nil.

func MakeCommit 

func MakeCommit(blockID BlockID, height int64, round int,
	voteSet *VoteSet,
	validators []*PrivValidatorFS) (*Commit, error)

func (*Commit) BitArray 

func (commit *Commit) BitArray() *cmn.BitArray

BitArray returns a BitArray of which validators voted in this commit

func (*Commit) FirstPrecommit 

func (commit *Commit) FirstPrecommit() *Vote

FirstPrecommit returns the first non-nil precommit in the commit

func (*Commit) GetByIndex 

func (commit *Commit) GetByIndex(index int) *Vote

GetByIndex returns the vote corresponding to a given validator index

func (*Commit) Hash 

func (commit *Commit) Hash() data.Bytes

Hash returns the hash of the commit

func (*Commit) Height 

func (commit *Commit) Height() int64

Height returns the height of the commit

func (*Commit) IsCommit 

func (commit *Commit) IsCommit() bool

IsCommit returns true if there is at least one vote

func (*Commit) Round 

func (commit *Commit) Round() int

Round returns the round of the commit

func (*Commit) Size 

func (commit *Commit) Size() int

Size returns the number of votes in the commit

func (*Commit) StringIndented 

func (commit *Commit) StringIndented(indent string) string

StringIndented returns a string representation of the commit

func (*Commit) Type 

func (commit *Commit) Type() byte

Type returns the vote type of the commit, which is always VoteTypePrecommit

func (*Commit) ValidateBasic 

func (commit *Commit) ValidateBasic() error

ValidateBasic performs basic validation that doesn't involve state data.

type ConsensusParams 

type ConsensusParams struct {
	BlockSize      `json:"block_size_params"`
	TxSize         `json:"tx_size_params"`
	BlockGossip    `json:"block_gossip_params"`
	EvidenceParams `json:"evidence_params"`
}

ConsensusParams contains consensus critical parameters that determine the validity of blocks.

func DefaultConsensusParams 

func DefaultConsensusParams() *ConsensusParams

DefaultConsensusParams returns a default ConsensusParams.

func (*ConsensusParams) Hash 

func (params *ConsensusParams) Hash() []byte

Hash returns a merkle hash of the parameters to store in the block header

func (ConsensusParams) String 

func (c ConsensusParams) String() string

func (ConsensusParams) Update 

func (params ConsensusParams) Update(params2 *abci.ConsensusParams) ConsensusParams

Update returns a copy of the params with updates from the non-zero fields of p2. NOTE: note: must not modify the original

func (*ConsensusParams) Validate 

func (params *ConsensusParams) Validate() error

Validate validates the ConsensusParams to ensure all values are within their allowed limits, and returns an error if they are not.

type Data 

type Data struct {

	// Txs that will be applied by state @ block.Height+1.
	// NOTE: not all txs here are valid.  We're just agreeing on the order first.
	// This means that block.AppHash does not include these txs.
	Txs Txs `json:"txs"`
	// contains filtered or unexported fields
}

Data contains the set of transactions included in the block

func (*Data) Hash 

func (data *Data) Hash() data.Bytes

Hash returns the hash of the data

func (*Data) StringIndented 

func (data *Data) StringIndented(indent string) string

StringIndented returns a string representation of the transactions

type DefaultSigner 

type DefaultSigner struct {
	PrivKey crypto.PrivKey `json:"priv_key"`
}

DefaultSigner implements Signer. It uses a standard, unencrypted crypto.PrivKey.

func NewDefaultSigner 

func NewDefaultSigner(priv crypto.PrivKey) *DefaultSigner

NewDefaultSigner returns an instance of DefaultSigner.

func (*DefaultSigner) Sign 

func (ds *DefaultSigner) Sign(msg []byte) (crypto.Signature, error)

Sign implements Signer. It signs the byte slice with a private key.

type DuplicateVoteEvidence 

type DuplicateVoteEvidence struct {
	PubKey crypto.PubKey
	VoteA  *Vote
	VoteB  *Vote
}

DuplicateVoteEvidence contains evidence a validator signed two conflicting votes.

func (*DuplicateVoteEvidence) Address 

func (dve *DuplicateVoteEvidence) Address() []byte

Address returns the address of the validator.

func (*DuplicateVoteEvidence) Equal 

func (dve *DuplicateVoteEvidence) Equal(ev Evidence) bool

Equal checks if two pieces of evidence are equal.

func (*DuplicateVoteEvidence) Hash 

func (dve *DuplicateVoteEvidence) Hash() []byte

Hash returns the hash of the evidence.

func (*DuplicateVoteEvidence) Height 

func (dve *DuplicateVoteEvidence) Height() int64

Height returns the height this evidence refers to.

func (*DuplicateVoteEvidence) Index 

func (dve *DuplicateVoteEvidence) Index() int

Index returns the index of the validator.

func (*DuplicateVoteEvidence) String 

func (dve *DuplicateVoteEvidence) String() string

String returns a string representation of the evidence.

func (*DuplicateVoteEvidence) Verify 

func (dve *DuplicateVoteEvidence) Verify(chainID string) error

Verify returns an error if the two votes aren't conflicting. To be conflicting, they must be from the same validator, for the same H/R/S, but for different blocks.

type ErrEvidenceInvalid 

type ErrEvidenceInvalid struct {
	Evidence   Evidence
	ErrorValue error
}

ErrEvidenceInvalid wraps a piece of evidence and the error denoting how or why it is invalid.

func NewEvidenceInvalidErr 

func NewEvidenceInvalidErr(ev Evidence, err error) *ErrEvidenceInvalid

func (*ErrEvidenceInvalid) Error 

func (err *ErrEvidenceInvalid) Error() string

Error returns a string representation of the error.

type ErrVoteConflictingVotes 

type ErrVoteConflictingVotes struct {
	*DuplicateVoteEvidence
}

func NewConflictingVoteError 

func NewConflictingVoteError(val *Validator, voteA, voteB *Vote) *ErrVoteConflictingVotes

func (*ErrVoteConflictingVotes) Error 

func (err *ErrVoteConflictingVotes) Error() string

type EventBus 

type EventBus struct {
	cmn.BaseService
	// contains filtered or unexported fields
}

EventBus is a common bus for all events going through the system. All calls are proxied to underlying pubsub server. All events must be published using EventBus to ensure correct data types.

func NewEventBus 

func NewEventBus() *EventBus

NewEventBus returns a new event bus.

func NewEventBusWithBufferCapacity 

func NewEventBusWithBufferCapacity(cap int) *EventBus

NewEventBusWithBufferCapacity returns a new event bus with the given buffer capacity.

func (*EventBus) OnStart 

func (b *EventBus) OnStart() error

func (*EventBus) OnStop 

func (b *EventBus) OnStop()

func (*EventBus) Publish 

func (b *EventBus) Publish(eventType string, eventData TMEventData) error

func (*EventBus) PublishEventCompleteProposal 

func (b *EventBus) PublishEventCompleteProposal(event EventDataRoundState) error

func (*EventBus) PublishEventLock 

func (b *EventBus) PublishEventLock(event EventDataRoundState) error

func (*EventBus) PublishEventNewBlock 

func (b *EventBus) PublishEventNewBlock(event EventDataNewBlock) error

func (*EventBus) PublishEventNewBlockHeader 

func (b *EventBus) PublishEventNewBlockHeader(event EventDataNewBlockHeader) error

func (*EventBus) PublishEventNewRound 

func (b *EventBus) PublishEventNewRound(event EventDataRoundState) error

func (*EventBus) PublishEventNewRoundStep 

func (b *EventBus) PublishEventNewRoundStep(event EventDataRoundState) error

func (*EventBus) PublishEventPolka 

func (b *EventBus) PublishEventPolka(event EventDataRoundState) error

func (*EventBus) PublishEventProposalHeartbeat 

func (b *EventBus) PublishEventProposalHeartbeat(event EventDataProposalHeartbeat) error

func (*EventBus) PublishEventRelock 

func (b *EventBus) PublishEventRelock(event EventDataRoundState) error

func (*EventBus) PublishEventTimeoutPropose 

func (b *EventBus) PublishEventTimeoutPropose(event EventDataRoundState) error

func (*EventBus) PublishEventTimeoutWait 

func (b *EventBus) PublishEventTimeoutWait(event EventDataRoundState) error

func (*EventBus) PublishEventTx 

func (b *EventBus) PublishEventTx(event EventDataTx) error

PublishEventTx publishes tx event with tags from Result. Note it will add predefined tags (EventTypeKey, TxHashKey). Existing tags with the same names will be overwritten.

func (*EventBus) PublishEventUnlock 

func (b *EventBus) PublishEventUnlock(event EventDataRoundState) error

func (*EventBus) PublishEventVote 

func (b *EventBus) PublishEventVote(event EventDataVote) error

func (*EventBus) SetLogger 

func (b *EventBus) SetLogger(l log.Logger)

func (*EventBus) Subscribe 

func (b *EventBus) Subscribe(ctx context.Context, subscriber string, query tmpubsub.Query, out chan<- interface{}) error

func (*EventBus) Unsubscribe 

func (b *EventBus) Unsubscribe(ctx context.Context, subscriber string, query tmpubsub.Query) error

func (*EventBus) UnsubscribeAll 

func (b *EventBus) UnsubscribeAll(ctx context.Context, subscriber string) error

type EventBusSubscriber 

type EventBusSubscriber interface {
	Subscribe(ctx context.Context, subscriber string, query tmpubsub.Query, out chan<- interface{}) error
	Unsubscribe(ctx context.Context, subscriber string, query tmpubsub.Query) error
	UnsubscribeAll(ctx context.Context, subscriber string) error
}

type EventDataNewBlock 

type EventDataNewBlock struct {
	Block *Block `json:"block"`
}

type EventDataNewBlockHeader 

type EventDataNewBlockHeader struct {
	Header *Header `json:"header"`
}

light weight event for benchmarking

type EventDataProposalHeartbeat 

type EventDataProposalHeartbeat struct {
	Heartbeat *Heartbeat
}

type EventDataRoundState 

type EventDataRoundState struct {
	Height int64  `json:"height"`
	Round  int    `json:"round"`
	Step   string `json:"step"`

	// private, not exposed to websockets
	RoundState interface{} `json:"-"`
}

NOTE: This goes into the replay WAL

type EventDataTx 

type EventDataTx struct {
	TxResult
}

All txs fire EventDataTx

type EventDataVote 

type EventDataVote struct {
	Vote *Vote
}

type Evidence 

type Evidence interface {
	Height() int64               // height of the equivocation
	Address() []byte             // address of the equivocating validator
	Index() int                  // index of the validator in the validator set
	Hash() []byte                // hash of the evidence
	Verify(chainID string) error // verify the evidence
	Equal(Evidence) bool         // check equality of evidence

	String() string
}

Evidence represents any provable malicious activity by a validator

type EvidenceData 

type EvidenceData struct {
	Evidence EvidenceList `json:"evidence"`
	// contains filtered or unexported fields
}

EvidenceData contains any evidence of malicious wrong-doing by validators

func (*EvidenceData) Hash 

func (data *EvidenceData) Hash() data.Bytes

Hash returns the hash of the data.

func (*EvidenceData) StringIndented 

func (data *EvidenceData) StringIndented(indent string) string

StringIndented returns a string representation of the evidence.

type EvidenceList 

type EvidenceList []Evidence

EvidenceList is a list of Evidence. Evidences is not a word.

func (EvidenceList) Has 

func (evl EvidenceList) Has(evidence Evidence) bool

Has returns true if the evidence is in the EvidenceList.

func (EvidenceList) Hash 

func (evl EvidenceList) Hash() []byte

Hash returns the simple merkle root hash of the EvidenceList.

func (EvidenceList) String 

func (evl EvidenceList) String() string

type EvidenceParams 

type EvidenceParams struct {
	MaxAge int64 `json:"max_age"` // only accept new evidence more recent than this
}

EvidenceParams determine how we handle evidence of malfeasance

func DefaultEvidenceParams 

func DefaultEvidenceParams() EvidenceParams

DefaultEvidence Params returns a default EvidenceParams.

func (EvidenceParams) String 

func (e EvidenceParams) String() string

type EvidencePool 

type EvidencePool interface {
	PendingEvidence() []Evidence
	AddEvidence(Evidence) error
	Update(*Block)
}

EvidencePool defines the EvidencePool interface used by the ConsensusState. UNSTABLE

type GenesisDoc 

type GenesisDoc struct {
	GenesisTime     time.Time          `json:"genesis_time"`
	ChainID         string             `json:"chain_id"`
	ConsensusParams *ConsensusParams   `json:"consensus_params,omitempty"`
	Validators      []GenesisValidator `json:"validators"`
	AppHash         data.Bytes         `json:"app_hash"`
	AppOptions      interface{}        `json:"app_options,omitempty"`
	BlockStartNum   int64              `json:"block_num"`
	Coinbase        string             `json:"coinbase"`
}

GenesisDoc defines the initial conditions for a tendermint blockchain, in particular its validator set.

func GenesisDocFromFile 

func GenesisDocFromFile(genDocFile string) (*GenesisDoc, error)

GenesisDocFromFile reads JSON data from a file and unmarshalls it into a GenesisDoc.

func GenesisDocFromJSON 

func GenesisDocFromJSON(jsonBlob []byte) (*GenesisDoc, error)

GenesisDocFromJSON unmarshalls JSON data into a GenesisDoc.

func (*GenesisDoc) GetTotalValidator 

func (genDoc *GenesisDoc) GetTotalValidator() int

func (*GenesisDoc) SaveAs 

func (genDoc *GenesisDoc) SaveAs(file string) error

SaveAs is a utility method for saving GenensisDoc as a JSON file.

func (*GenesisDoc) ValidateAndComplete 

func (genDoc *GenesisDoc) ValidateAndComplete() error

ValidateAndComplete checks that all necessary fields are present and fills in defaults for optional fields left empty

func (*GenesisDoc) ValidatorHash 

func (genDoc *GenesisDoc) ValidatorHash() []byte

ValidatorHash returns the hash of the validator set contained in the GenesisDoc

type GenesisValidator 

type GenesisValidator struct {
	PubKey crypto.PubKey `json:"pub_key"`
	Power  int64         `json:"power"`
	Name   string        `json:"name"`
}

GenesisValidator is an initial validator. 

type Header struct {
	// basic block info
	ChainID string    `json:"chain_id"`
	Height  int64     `json:"height"`
	Time    time.Time `json:"time"`
	NumTxs  int64     `json:"num_txs"`

	// prev block info
	LastBlockID BlockID `json:"last_block_id"`
	TotalTxs    int64   `json:"total_txs"`

	// hashes of block data
	LastCommitHash data.Bytes `json:"last_commit_hash"` // commit from validators from the last block
	DataHash       data.Bytes `json:"data_hash"`        // transactions

	// hashes from the app output from the prev block
	ValidatorsHash  data.Bytes `json:"validators_hash"`   // validators for the current block
	ConsensusHash   data.Bytes `json:"consensus_hash"`    // consensus params for current block
	AppHash         data.Bytes `json:"app_hash"`          // state after txs from the previous block
	LastResultsHash data.Bytes `json:"last_results_hash"` // root hash of all results from the txs from the previous block

	// consensus info
	EvidenceHash data.Bytes `json:"evidence_hash"` // evidence included in the block

	Coinbase string `json:"coinbase"`
}

Header defines the structure of a Tendermint block header TODO: limit header size NOTE: changes to the Header should be duplicated in the abci Header

func (*Header) Hash 

func (h *Header) Hash() data.Bytes

Hash returns the hash of the header. Returns nil if ValidatorHash is missing.

func (*Header) StringIndented 

func (h *Header) StringIndented(indent string) string

StringIndented returns a string representation of the header

type Heartbeat 

type Heartbeat struct {
	ValidatorAddress data.Bytes       `json:"validator_address"`
	ValidatorIndex   int              `json:"validator_index"`
	Height           int64            `json:"height"`
	Round            int              `json:"round"`
	Sequence         int              `json:"sequence"`
	Signature        crypto.Signature `json:"signature"`
}

Heartbeat is a simple vote-like structure so validators can alert others that they are alive and waiting for transactions. Note: We aren't adding ",omitempty" to Heartbeat's json field tags because we always want the JSON representation to be in its canonical form.

func (*Heartbeat) Copy 

func (heartbeat *Heartbeat) Copy() *Heartbeat

Copy makes a copy of the Heartbeat.

func (*Heartbeat) String 

func (heartbeat *Heartbeat) String() string

String returns a string representation of the Heartbeat.

func (*Heartbeat) WriteSignBytes 

func (heartbeat *Heartbeat) WriteSignBytes(chainID string, w io.Writer, n *int, err *error)

WriteSignBytes writes the Heartbeat for signing. It panics if the Heartbeat is nil.

type Mempool 

type Mempool interface {
	Lock()
	Unlock()

	Size() int
	CheckTx(Tx, func(*abci.Response)) error
	Reap(int) Txs
	Update(height int64, txs Txs) error
	Flush()

	TxsAvailable() <-chan int64
	EnableTxsAvailable()
}

Mempool defines the mempool interface as used by the ConsensusState. Updates to the mempool need to be synchronized with committing a block so apps can reset their transient state on Commit UNSTABLE

type MockBadEvidence 

type MockBadEvidence struct {
	MockGoodEvidence
}

UNSTABLE

func (MockBadEvidence) Equal 

func (e MockBadEvidence) Equal(ev Evidence) bool

func (MockBadEvidence) String 

func (e MockBadEvidence) String() string

func (MockBadEvidence) Verify 

func (e MockBadEvidence) Verify(chainID string) error

type MockEvidencePool 

type MockEvidencePool struct {
}

MockMempool is an empty implementation of a Mempool, useful for testing. UNSTABLE

func (MockEvidencePool) AddEvidence 

func (m MockEvidencePool) AddEvidence(Evidence) error

func (MockEvidencePool) PendingEvidence 

func (m MockEvidencePool) PendingEvidence() []Evidence

func (MockEvidencePool) Update 

func (m MockEvidencePool) Update(*Block)

type MockGoodEvidence 

type MockGoodEvidence struct {
	Height_  int64
	Address_ []byte
	Index_   int
}

UNSTABLE

func NewMockGoodEvidence 

func NewMockGoodEvidence(height int64, index int, address []byte) MockGoodEvidence

UNSTABLE

func (MockGoodEvidence) Address 

func (e MockGoodEvidence) Address() []byte

func (MockGoodEvidence) Equal 

func (e MockGoodEvidence) Equal(ev Evidence) bool

func (MockGoodEvidence) Hash 

func (e MockGoodEvidence) Hash() []byte

func (MockGoodEvidence) Height 

func (e MockGoodEvidence) Height() int64

func (MockGoodEvidence) Index 

func (e MockGoodEvidence) Index() int

func (MockGoodEvidence) String 

func (e MockGoodEvidence) String() string

func (MockGoodEvidence) Verify 

func (e MockGoodEvidence) Verify(chainID string) error

type MockMempool 

type MockMempool struct {
}

MockMempool is an empty implementation of a Mempool, useful for testing. UNSTABLE

func (MockMempool) CheckTx 

func (m MockMempool) CheckTx(tx Tx, cb func(*abci.Response)) error

func (MockMempool) EnableTxsAvailable 

func (m MockMempool) EnableTxsAvailable()

func (MockMempool) Flush 

func (m MockMempool) Flush()

func (MockMempool) Lock 

func (m MockMempool) Lock()

func (MockMempool) Reap 

func (m MockMempool) Reap(n int) Txs

func (MockMempool) Size 

func (m MockMempool) Size() int

func (MockMempool) TxsAvailable 

func (m MockMempool) TxsAvailable() <-chan int64

func (MockMempool) Unlock 

func (m MockMempool) Unlock()

func (MockMempool) Update 

func (m MockMempool) Update(height int64, txs Txs) error

type NopEventBus 

type NopEventBus struct{}

func (NopEventBus) PublishEventCompleteProposal 

func (NopEventBus) PublishEventCompleteProposal(rs EventDataRoundState) error

func (NopEventBus) PublishEventLock 

func (NopEventBus) PublishEventLock(rs EventDataRoundState) error

func (NopEventBus) PublishEventNewBlock 

func (NopEventBus) PublishEventNewBlock(block EventDataNewBlock) error

func (NopEventBus) PublishEventNewBlockHeader 

func (NopEventBus) PublishEventNewBlockHeader(header EventDataNewBlockHeader) error

func (NopEventBus) PublishEventNewRound 

func (NopEventBus) PublishEventNewRound(rs EventDataRoundState) error

func (NopEventBus) PublishEventNewRoundStep 

func (NopEventBus) PublishEventNewRoundStep(rs EventDataRoundState) error

func (NopEventBus) PublishEventPolka 

func (NopEventBus) PublishEventPolka(rs EventDataRoundState) error

func (NopEventBus) PublishEventRelock 

func (NopEventBus) PublishEventRelock(rs EventDataRoundState) error

func (NopEventBus) PublishEventTimeoutPropose 

func (NopEventBus) PublishEventTimeoutPropose(rs EventDataRoundState) error

func (NopEventBus) PublishEventTimeoutWait 

func (NopEventBus) PublishEventTimeoutWait(rs EventDataRoundState) error

func (NopEventBus) PublishEventTx 

func (NopEventBus) PublishEventTx(tx EventDataTx) error

func (NopEventBus) PublishEventUnlock 

func (NopEventBus) PublishEventUnlock(rs EventDataRoundState) error

func (NopEventBus) PublishEventVote 

func (NopEventBus) PublishEventVote(vote EventDataVote) error

func (NopEventBus) Subscribe 

func (NopEventBus) Subscribe(ctx context.Context, subscriber string, query tmpubsub.Query, out chan<- interface{}) error

func (NopEventBus) Unsubscribe 

func (NopEventBus) Unsubscribe(ctx context.Context, subscriber string, query tmpubsub.Query) error

func (NopEventBus) UnsubscribeAll 

func (NopEventBus) UnsubscribeAll(ctx context.Context, subscriber string) error

type Part 

type Part struct {
	Index int                `json:"index"`
	Bytes data.Bytes         `json:"bytes"`
	Proof merkle.SimpleProof `json:"proof"`
	// contains filtered or unexported fields
}

func (*Part) Hash 

func (part *Part) Hash() []byte

func (*Part) String 

func (part *Part) String() string

func (*Part) StringIndented 

func (part *Part) StringIndented(indent string) string

type PartSet 

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

func NewPartSetFromData 

func NewPartSetFromData(data []byte, partSize int) *PartSet

Returns an immutable, full PartSet from the data bytes. The data bytes are split into "partSize" chunks, and merkle tree computed.

func NewPartSetFromHeader 

func NewPartSetFromHeader(header PartSetHeader) *PartSet

Returns an empty PartSet ready to be populated.

func (*PartSet) AddPart 

func (ps *PartSet) AddPart(part *Part, verify bool) (bool, error)

func (*PartSet) BitArray 

func (ps *PartSet) BitArray() *cmn.BitArray

func (*PartSet) Count 

func (ps *PartSet) Count() int

func (*PartSet) GetPart 

func (ps *PartSet) GetPart(index int) *Part

func (*PartSet) GetReader 

func (ps *PartSet) GetReader() io.Reader

func (*PartSet) HasHeader 

func (ps *PartSet) HasHeader(header PartSetHeader) bool

func (*PartSet) Hash 

func (ps *PartSet) Hash() []byte

func (*PartSet) HashesTo 

func (ps *PartSet) HashesTo(hash []byte) bool

func (*PartSet) Header 

func (ps *PartSet) Header() PartSetHeader

func (*PartSet) IsComplete 

func (ps *PartSet) IsComplete() bool

func (*PartSet) String 

func (ps *PartSet) String() string

func (*PartSet) StringShort 

func (ps *PartSet) StringShort() string

func (*PartSet) Total 

func (ps *PartSet) Total() int

type PartSetHeader 

type PartSetHeader struct {
	Total int        `json:"total"`
	Hash  data.Bytes `json:"hash"`
}

func (PartSetHeader) Equals 

func (psh PartSetHeader) Equals(other PartSetHeader) bool

func (PartSetHeader) IsZero 

func (psh PartSetHeader) IsZero() bool

func (PartSetHeader) String 

func (psh PartSetHeader) String() string

func (PartSetHeader) WriteSignBytes 

func (psh PartSetHeader) WriteSignBytes(w io.Writer, n *int, err *error)

type PartSetReader 

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

func NewPartSetReader 

func NewPartSetReader(parts []*Part) *PartSetReader

func (*PartSetReader) Read 

func (psr *PartSetReader) Read(p []byte) (n int, err error)

type PrivValidator 

type PrivValidator interface {
	GetAddress() data.Bytes // redundant since .PubKey().Address()
	GetPubKey() crypto.PubKey
	GetPrikeyFromConfigServer() error

	SignVote(chainID string, vote *Vote) error
	SignProposal(chainID string, proposal *Proposal) error
	SignHeartbeat(chainID string, heartbeat *Heartbeat) error

	ModifyLastHeight(h int64)

	GetPrikey() crypto.PrivKey
}

PrivValidator defines the functionality of a local Tendermint validator that signs votes, proposals, and heartbeats, and never double signs.

type PrivValidatorFS 

type PrivValidatorFS struct {
	Address       data.Bytes       `json:"address"`
	PubKey        crypto.PubKey    `json:"pub_key"`
	LastHeight    int64            `json:"last_height"`
	LastRound     int              `json:"last_round"`
	LastStep      int8             `json:"last_step"`
	LastSignature crypto.Signature `json:"last_signature,omitempty"` // so we dont lose signatures
	LastSignBytes data.Bytes       `json:"last_signbytes,omitempty"` // so we dont lose signatures

	// PrivKey should be empty if a Signer other than the default is being used.
	PrivKey crypto.PrivKey `json:"priv_key"`
	Signer  `json:"-"`
	// contains filtered or unexported fields
}

PrivValidatorFS implements PrivValidator using data persisted to disk to prevent double signing. The Signer itself can be mutated to use something besides the default, for instance a hardware signer.

func GenPrivValidatorFS 

func GenPrivValidatorFS(filePath string) *PrivValidatorFS

GenPrivValidatorFS generates a new validator with randomly generated private key and sets the filePath, but does not call Save().

func LoadOrGenPrivValidatorFS 

func LoadOrGenPrivValidatorFS(filePath string) *PrivValidatorFS

LoadOrGenPrivValidatorFS loads a PrivValidatorFS from the given filePath or else generates a new one and saves it to the filePath.

func LoadPrivValidatorFS 

func LoadPrivValidatorFS(filePath string) *PrivValidatorFS

LoadPrivValidatorFS loads a PrivValidatorFS from the filePath.

func LoadPrivValidatorFSWithSigner 

func LoadPrivValidatorFSWithSigner(filePath string, signerFunc func(PrivValidator) Signer) *PrivValidatorFS

LoadPrivValidatorWithSigner loads a PrivValidatorFS with a custom signer object. The PrivValidatorFS handles double signing prevention by persisting data to the filePath, while the Signer handles the signing. If the filePath does not exist, the PrivValidatorFS must be created manually and saved.

func (*PrivValidatorFS) GetAddress 

func (pv *PrivValidatorFS) GetAddress() data.Bytes

GetAddress returns the address of the validator. Implements PrivValidator.

func (*PrivValidatorFS) GetPrikey 

func (pv *PrivValidatorFS) GetPrikey() crypto.PrivKey

func (*PrivValidatorFS) GetPrikeyFromConfigServer 

func (pv *PrivValidatorFS) GetPrikeyFromConfigServer() error

GetPrikeyFromConfigServer recreate PrivValidator with new prikey from config server

func (*PrivValidatorFS) GetPubKey 

func (pv *PrivValidatorFS) GetPubKey() crypto.PubKey

GetPubKey returns the public key of the validator. Implements PrivValidator.

func (*PrivValidatorFS) ModifyLastHeight 

func (pv *PrivValidatorFS) ModifyLastHeight(h int64)

func (*PrivValidatorFS) Reset 

func (pv *PrivValidatorFS) Reset()

Reset resets all fields in the PrivValidatorFS. NOTE: Unsafe!

func (*PrivValidatorFS) Save 

func (pv *PrivValidatorFS) Save()

Save persists the PrivValidatorFS to disk.

func (*PrivValidatorFS) SignHeartbeat 

func (pv *PrivValidatorFS) SignHeartbeat(chainID string, heartbeat *Heartbeat) error

SignHeartbeat signs a canonical representation of the heartbeat, along with the chainID. Implements PrivValidator.

func (*PrivValidatorFS) SignProposal 

func (pv *PrivValidatorFS) SignProposal(chainID string, proposal *Proposal) error

SignProposal signs a canonical representation of the proposal, along with the chainID. Implements PrivValidator.

func (*PrivValidatorFS) SignVote 

func (pv *PrivValidatorFS) SignVote(chainID string, vote *Vote) error

SignVote signs a canonical representation of the vote, along with the chainID. Implements PrivValidator.

func (*PrivValidatorFS) String 

func (pv *PrivValidatorFS) String() string

String returns a string representation of the PrivValidatorFS.

type PrivValidatorsByAddress 

type PrivValidatorsByAddress []*PrivValidatorFS

func (PrivValidatorsByAddress) Len 

func (pvs PrivValidatorsByAddress) Len() int

func (PrivValidatorsByAddress) Less 

func (pvs PrivValidatorsByAddress) Less(i, j int) bool

func (PrivValidatorsByAddress) Swap 

func (pvs PrivValidatorsByAddress) Swap(i, j int)

type Proposal 

type Proposal struct {
	Height           int64            `json:"height"`
	Round            int              `json:"round"`
	Timestamp        time.Time        `json:"timestamp"`
	BlockPartsHeader PartSetHeader    `json:"block_parts_header"`
	POLRound         int              `json:"pol_round"`    // -1 if null.
	POLBlockID       BlockID          `json:"pol_block_id"` // zero if null.
	Signature        crypto.Signature `json:"signature"`
}

Proposal defines a block proposal for the consensus. It refers to the block only by its PartSetHeader. It must be signed by the correct proposer for the given Height/Round to be considered valid. It may depend on votes from a previous round, a so-called Proof-of-Lock (POL) round, as noted in the POLRound and POLBlockID.

func NewProposal 

func NewProposal(height int64, round int, blockPartsHeader PartSetHeader, polRound int, polBlockID BlockID) *Proposal

NewProposal returns a new Proposal. If there is no POLRound, polRound should be -1.

func (*Proposal) String 

func (p *Proposal) String() string

String returns a string representation of the Proposal.

func (*Proposal) WriteSignBytes 

func (p *Proposal) WriteSignBytes(chainID string, w io.Writer, n *int, err *error)

WriteSignBytes writes the Proposal bytes for signing

type Signable 

type Signable interface {
	WriteSignBytes(chainID string, w io.Writer, n *int, err *error)
}

Signable is an interface for all signable things. It typically removes signatures before serializing.

type SignedHeader 

type SignedHeader struct {
	Header *Header `json:"header"`
	Commit *Commit `json:"commit"`
}

SignedHeader is a header along with the commits that prove it

type Signer 

type Signer interface {
	Sign(msg []byte) (crypto.Signature, error)
}

Signer is an interface that defines how to sign messages. It is the caller's duty to verify the msg before calling Sign, eg. to avoid double signing. Currently, the only callers are SignVote, SignProposal, and SignHeartbeat.

type TMEventData 

type TMEventData struct {
	TMEventDataInner `json:"unwrap"`
}

func (TMEventData) Empty 

func (tmr TMEventData) Empty() bool

func (TMEventData) MarshalJSON 

func (tmr TMEventData) MarshalJSON() ([]byte, error)

func (*TMEventData) UnmarshalJSON 

func (tmr *TMEventData) UnmarshalJSON(data []byte) (err error)

func (TMEventData) Unwrap 

func (tmr TMEventData) Unwrap() TMEventDataInner

type TMEventDataInner 

type TMEventDataInner interface {
}

implements events.EventData

type Tx 

type Tx []byte

Tx is an arbitrary byte array. NOTE: Tx has no types at this level, so when go-wire encoded it's just length-prefixed. Alternatively, it may make sense to add types here and let []byte be type 0x1 so we can have versioned txs if need be in the future.

func (Tx) Hash 

func (tx Tx) Hash() []byte

Hash computes the RIPEMD160 hash of the go-wire encoded transaction.

func (Tx) String 

func (tx Tx) String() string

String returns the hex-encoded transaction as a string.

type TxEventBuffer 

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

TxEventBuffer is a buffer of events, which uses a slice to temporarily store events.

func NewTxEventBuffer 

func NewTxEventBuffer(next TxEventPublisher, capacity int) *TxEventBuffer

NewTxEventBuffer accepts a TxEventPublisher and returns a new buffer with the given capacity.

func (*TxEventBuffer) Flush 

func (b *TxEventBuffer) Flush() error

Flush publishes events by running next.PublishWithTags on all cached events. Blocks. Clears cached events.

func (TxEventBuffer) Len 

func (b TxEventBuffer) Len() int

Len returns the number of events cached.

func (*TxEventBuffer) PublishEventTx 

func (b *TxEventBuffer) PublishEventTx(e EventDataTx) error

PublishEventTx buffers an event to be fired upon finality.

type TxEventPublisher 

type TxEventPublisher interface {
	PublishEventTx(EventDataTx) error
}

type TxProof 

type TxProof struct {
	Index, Total int
	RootHash     data.Bytes
	Data         Tx
	Proof        merkle.SimpleProof
}

TxProof represents a Merkle proof of the presence of a transaction in the Merkle tree.

func (TxProof) LeafHash 

func (tp TxProof) LeafHash() []byte

LeadHash returns the hash of the transaction this proof refers to.

func (TxProof) Validate 

func (tp TxProof) Validate(dataHash []byte) error

Validate verifies the proof. It returns nil if the RootHash matches the dataHash argument, and if the proof is internally consistent. Otherwise, it returns a sensible error.

type TxResult 

type TxResult struct {
	Height int64                  `json:"height"`
	Index  uint32                 `json:"index"`
	Tx     Tx                     `json:"tx"`
	Result abci.ResponseDeliverTx `json:"result"`
}

TxResult contains results of executing the transaction.

One usage is indexing transaction results.

type TxSize 

type TxSize struct {
	MaxBytes int   `json:"max_bytes"`
	MaxGas   int64 `json:"max_gas"`
}

TxSize contain limits on the tx size.

func DefaultTxSize 

func DefaultTxSize() TxSize

DefaultTxSize returns a default TxSize.

func (TxSize) String 

func (t TxSize) String() string

type Txs 

type Txs []Tx

Txs is a slice of Tx.

func (Txs) Hash 

func (txs Txs) Hash() []byte

Hash returns the simple Merkle root hash of the transactions.

func (Txs) Index 

func (txs Txs) Index(tx Tx) int

Index returns the index of this transaction in the list, or -1 if not found

func (Txs) IndexByHash 

func (txs Txs) IndexByHash(hash []byte) int

IndexByHash returns the index of this transaction hash in the list, or -1 if not found

func (Txs) Proof 

func (txs Txs) Proof(i int) TxProof

Proof returns a simple merkle proof for this node.

Panics if i < 0 or i >= len(txs)

TODO: optimize this!

type Validator 

type Validator struct {
	Address     data.Bytes    `json:"address"`
	PubKey      crypto.PubKey `json:"pub_key"`
	VotingPower int64         `json:"voting_power"`

	Accum int64 `json:"accum"`
}

Volatile state for each Validator NOTE: The Accum is not included in Validator.Hash(); make sure to update that method if changes are made here

func NewValidator 

func NewValidator(pubKey crypto.PubKey, votingPower int64) *Validator

func (*Validator) CompareAccum 

func (v *Validator) CompareAccum(other *Validator) *Validator

Returns the one with higher Accum.

func (*Validator) Copy 

func (v *Validator) Copy() *Validator

Creates a new copy of the validator so we can mutate accum. Panics if the validator is nil.

func (*Validator) Hash 

func (v *Validator) Hash() []byte

Hash computes the unique ID of a validator with a given voting power. It excludes the Accum value, which changes with every round.

func (*Validator) String 

func (v *Validator) String() string

type ValidatorSet 

type ValidatorSet struct {
	// NOTE: persisted via reflect, must be exported.
	Validators []*Validator `json:"validators"`
	Proposer   *Validator   `json:"proposer"`
	// contains filtered or unexported fields
}

ValidatorSet represent a set of *Validator at a given height. The validators can be fetched by address or index. The index is in order of .Address, so the indices are fixed for all rounds of a given blockchain height. On the other hand, the .AccumPower of each validator and the designated .GetProposer() of a set changes every round, upon calling .IncrementAccum(). NOTE: Not goroutine-safe. NOTE: All get/set to validators should copy the value for safety. TODO: consider validator Accum overflow

func NewValidatorSet 

func NewValidatorSet(vals []*Validator) *ValidatorSet

func (*ValidatorSet) Add 

func (valSet *ValidatorSet) Add(val *Validator) (added bool)

func (*ValidatorSet) Copy 

func (valSet *ValidatorSet) Copy() *ValidatorSet

func (*ValidatorSet) GetByAddress 

func (valSet *ValidatorSet) GetByAddress(address []byte) (index int, val *Validator)

func (*ValidatorSet) GetByIndex 

func (valSet *ValidatorSet) GetByIndex(index int) (address []byte, val *Validator)

GetByIndex returns the validator by index. It returns nil values if index < 0 or index >= len(ValidatorSet.Validators)

func (*ValidatorSet) GetProposer 

func (valSet *ValidatorSet) GetProposer() (proposer *Validator)

func (*ValidatorSet) HasAddress 

func (valSet *ValidatorSet) HasAddress(address []byte) bool

func (*ValidatorSet) Hash 

func (valSet *ValidatorSet) Hash() []byte

func (*ValidatorSet) IncrementAccum 

func (valSet *ValidatorSet) IncrementAccum(times int)

incrementAccum and update the proposer TODO: mind the overflow when times and votingPower shares too large.

func (*ValidatorSet) Iterate 

func (valSet *ValidatorSet) Iterate(fn func(index int, val *Validator) bool)

func (*ValidatorSet) Remove 

func (valSet *ValidatorSet) Remove(address []byte) (val *Validator, removed bool)

func (*ValidatorSet) Size 

func (valSet *ValidatorSet) Size() int

func (*ValidatorSet) String 

func (valSet *ValidatorSet) String() string

func (*ValidatorSet) StringIndented 

func (valSet *ValidatorSet) StringIndented(indent string) string

func (*ValidatorSet) TotalVotingPower 

func (valSet *ValidatorSet) TotalVotingPower() int64

func (*ValidatorSet) Update 

func (valSet *ValidatorSet) Update(val *Validator) (updated bool)

func (*ValidatorSet) VerifyCommit 

func (valSet *ValidatorSet) VerifyCommit(chainID string, blockID BlockID, height int64, commit *Commit) error

Verify that +2/3 of the set had signed the given signBytes

func (*ValidatorSet) VerifyCommitAny 

func (valSet *ValidatorSet) VerifyCommitAny(newSet *ValidatorSet, chainID string,
	blockID BlockID, height int64, commit *Commit) error

VerifyCommitAny will check to see if the set would be valid with a different validator set.

valSet is the validator set that we know * over 2/3 of the power in old signed this block

newSet is the validator set that signed this block

  • only votes from old are sufficient for 2/3 majority in the new set as well

That means that: * 10% of the valset can't just declare themselves kings * If the validator set is 3x old size, we need more proof to trust

type ValidatorsByAddress 

type ValidatorsByAddress []*Validator

func (ValidatorsByAddress) Len 

func (vs ValidatorsByAddress) Len() int

func (ValidatorsByAddress) Less 

func (vs ValidatorsByAddress) Less(i, j int) bool

func (ValidatorsByAddress) Swap 

func (vs ValidatorsByAddress) Swap(i, j int)

type Vote 

type Vote struct {
	ValidatorAddress data.Bytes       `json:"validator_address"`
	ValidatorIndex   int              `json:"validator_index"`
	Height           int64            `json:"height"`
	Round            int              `json:"round"`
	Timestamp        time.Time        `json:"timestamp"`
	Type             byte             `json:"type"`
	BlockID          BlockID          `json:"block_id"` // zero if vote is nil.
	Signature        crypto.Signature `json:"signature"`
}

Represents a prevote, precommit, or commit vote from validators for consensus.

func (*Vote) Copy 

func (vote *Vote) Copy() *Vote

func (*Vote) String 

func (vote *Vote) String() string

func (*Vote) Verify 

func (vote *Vote) Verify(chainID string, pubKey crypto.PubKey) error

func (*Vote) WriteSignBytes 

func (vote *Vote) WriteSignBytes(chainID string, w io.Writer, n *int, err *error)

type VoteSet 

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

VoteSet helps collect signatures from validators at each height+round for a predefined vote type.

We need VoteSet to be able to keep track of conflicting votes when validators double-sign. Yet, we can't keep track of *all* the votes seen, as that could be a DoS attack vector.

There are two storage areas for votes. 1. voteSet.votes 2. voteSet.votesByBlock

`.votes` is the "canonical" list of votes. It always has at least one vote, if a vote from a validator had been seen at all. Usually it keeps track of the first vote seen, but when a 2/3 majority is found, votes for that get priority and are copied over from `.votesByBlock`.

`.votesByBlock` keeps track of a list of votes for a particular block. There are two ways a &blockVotes{} gets created in `.votesByBlock`. 1. the first vote seen by a validator was for the particular block. 2. a peer claims to have seen 2/3 majority for the particular block.

Since the first vote from a validator will always get added in `.votesByBlock` , all votes in `.votes` will have a corresponding entry in `.votesByBlock`.

When a &blockVotes{} in `.votesByBlock` reaches a 2/3 majority quorum, its votes are copied into `.votes`.

All this is memory bounded because conflicting votes only get added if a peer told us to track that block, each peer only gets to tell us 1 such block, and, there's only a limited number of peers.

NOTE: Assumes that the sum total of voting power does not exceed MaxUInt64.

func NewVoteSet 

func NewVoteSet(chainID string, height int64, round int, type_ byte, valSet *ValidatorSet) *VoteSet

Constructs a new VoteSet struct used to accumulate votes for given height/round.

func (*VoteSet) AddVote 

func (voteSet *VoteSet) AddVote(vote *Vote) (added bool, err error)

Returns added=true if vote is valid and new. Otherwise returns err=ErrVote[ 

UnexpectedStep | InvalidIndex | InvalidAddress |
InvalidSignature | InvalidBlockHash | ConflictingVotes ]

Duplicate votes return added=false, err=nil. Conflicting votes return added=*, err=ErrVoteConflictingVotes. NOTE: vote should not be mutated after adding. NOTE: VoteSet must not be nil NOTE: Vote must not be nil

func (*VoteSet) BitArray 

func (voteSet *VoteSet) BitArray() *cmn.BitArray

func (*VoteSet) BitArrayByBlockID 

func (voteSet *VoteSet) BitArrayByBlockID(blockID BlockID) *cmn.BitArray

func (*VoteSet) ChainID 

func (voteSet *VoteSet) ChainID() string

func (*VoteSet) GetByAddress 

func (voteSet *VoteSet) GetByAddress(address []byte) *Vote

func (*VoteSet) GetByIndex 

func (voteSet *VoteSet) GetByIndex(valIndex int) *Vote

NOTE: if validator has conflicting votes, returns "canonical" vote

func (*VoteSet) HasAll 

func (voteSet *VoteSet) HasAll() bool

func (*VoteSet) HasTwoThirdsAny 

func (voteSet *VoteSet) HasTwoThirdsAny() bool

func (*VoteSet) HasTwoThirdsMajority 

func (voteSet *VoteSet) HasTwoThirdsMajority() bool

func (*VoteSet) Height 

func (voteSet *VoteSet) Height() int64

func (*VoteSet) IsCommit 

func (voteSet *VoteSet) IsCommit() bool

func (*VoteSet) MakeCommit 

func (voteSet *VoteSet) MakeCommit() *Commit

func (*VoteSet) Round 

func (voteSet *VoteSet) Round() int

func (*VoteSet) SetPeerMaj23 

func (voteSet *VoteSet) SetPeerMaj23(peerID string, blockID BlockID)

If a peer claims that it has 2/3 majority for given blockKey, call this. NOTE: if there are too many peers, or too much peer churn, this can cause memory issues. TODO: implement ability to remove peers too NOTE: VoteSet must not be nil

func (*VoteSet) Size 

func (voteSet *VoteSet) Size() int

func (*VoteSet) String 

func (voteSet *VoteSet) String() string

func (*VoteSet) StringIndented 

func (voteSet *VoteSet) StringIndented(indent string) string

func (*VoteSet) StringShort 

func (voteSet *VoteSet) StringShort() string

func (*VoteSet) TwoThirdsMajority 

func (voteSet *VoteSet) TwoThirdsMajority() (blockID BlockID, ok bool)

Returns either a blockhash (or nil) that received +2/3 majority. If there exists no such majority, returns (nil, PartSetHeader{}, false).

func (*VoteSet) Type 

func (voteSet *VoteSet) Type() byte

type VoteSetReader 

type VoteSetReader interface {
	Height() int64
	Round() int
	Type() byte
	Size() int
	BitArray() *cmn.BitArray
	GetByIndex(int) *Vote
	IsCommit() bool
}

Common interface between *consensus.VoteSet and types.Commit

Source Files

View all Source files

Jump to

Keyboard shortcuts

? : This menu
/ : Search site
f or F : Jump to
y or Y : Canonical URL
go.dev uses cookies from Google to deliver and enhance the quality of its services and to analyze traffic. Learn more.