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 Go to latest Published: Dec 5, 2024 License: ISC Imports: 6 Imported by: 1

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Index

Constants

View Source 
const DomainHashSize = 32

DomainHashSize of array used to store hashes.

View Source 
const DomainSubnetworkIDSize = 20

DomainSubnetworkIDSize is the size of the array used to store subnetwork IDs.

Variables

This section is empty.

Functions

func HashesEqual 

func HashesEqual(a, b []*DomainHash) bool

HashesEqual returns whether the given hash slices are equal.

func ParentsEqual 

func ParentsEqual(a, b []BlockLevelParents) bool

ParentsEqual returns true if all the BlockLevelParents in `a` and `b` are equal pairwise

Types

type AcceptanceData 

type AcceptanceData []*BlockAcceptanceData

AcceptanceData stores data about which transactions were accepted by a block. It's ordered in the same way as the block merge set blues.

func (AcceptanceData) Clone 

func (ad AcceptanceData) Clone() AcceptanceData

Clone clones the AcceptanceData

func (AcceptanceData) Equal 

func (ad AcceptanceData) Equal(other AcceptanceData) bool

Equal returns whether ad equals to other

type BaseBlockHeader 

type BaseBlockHeader interface {
	Version() uint16
	Parents() []BlockLevelParents
	DirectParents() BlockLevelParents
	HashMerkleRoot() *DomainHash
	AcceptedIDMerkleRoot() *DomainHash
	UTXOCommitment() *DomainHash
	TimeInMilliseconds() int64
	Bits() uint32
	Nonce() uint64
	DAAScore() uint64
	BlueScore() uint64
	BlueWork() *big.Int
	PruningPoint() *DomainHash
	BlockLevel(maxBlockLevel int) int
	Equal(other BaseBlockHeader) bool
}

BaseBlockHeader represents the header part of a Kaspa block

type BlockAcceptanceData 

type BlockAcceptanceData struct {
	BlockHash                 *DomainHash
	TransactionAcceptanceData []*TransactionAcceptanceData
}

BlockAcceptanceData stores all transactions in a block with an indication if they were accepted or not by some other block

func (*BlockAcceptanceData) Clone 

func (bad *BlockAcceptanceData) Clone() *BlockAcceptanceData

Clone returns a clone of BlockAcceptanceData

func (*BlockAcceptanceData) Equal 

func (bad *BlockAcceptanceData) Equal(other *BlockAcceptanceData) bool

Equal returns whether bad equals to other

type BlockAdded 

type BlockAdded struct {
	Block *DomainBlock
}

BlockAdded is an event raised by consensus when a block was added to the dag

type BlockGHOSTDAGData 

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

BlockGHOSTDAGData represents GHOSTDAG data for some block

func NewBlockGHOSTDAGData 

func NewBlockGHOSTDAGData(
	blueScore uint64,
	blueWork *big.Int,
	selectedParent *DomainHash,
	mergeSetBlues []*DomainHash,
	mergeSetReds []*DomainHash,
	bluesAnticoneSizes map[DomainHash]KType) *BlockGHOSTDAGData

NewBlockGHOSTDAGData creates a new instance of BlockGHOSTDAGData

func (*BlockGHOSTDAGData) BlueScore 

func (bgd *BlockGHOSTDAGData) BlueScore() uint64

BlueScore returns the BlueScore of the block

func (*BlockGHOSTDAGData) BlueWork 

func (bgd *BlockGHOSTDAGData) BlueWork() *big.Int

BlueWork returns the BlueWork of the block

func (*BlockGHOSTDAGData) BluesAnticoneSizes 

func (bgd *BlockGHOSTDAGData) BluesAnticoneSizes() map[DomainHash]KType

BluesAnticoneSizes returns a map between the blocks in its MergeSetBlues and the size of their anticone

func (*BlockGHOSTDAGData) MergeSetBlues 

func (bgd *BlockGHOSTDAGData) MergeSetBlues() []*DomainHash

MergeSetBlues returns the MergeSetBlues of the block (not a copy)

func (*BlockGHOSTDAGData) MergeSetReds 

func (bgd *BlockGHOSTDAGData) MergeSetReds() []*DomainHash

MergeSetReds returns the MergeSetReds of the block (not a copy)

func (*BlockGHOSTDAGData) SelectedParent 

func (bgd *BlockGHOSTDAGData) SelectedParent() *DomainHash

SelectedParent returns the SelectedParent of the block

type BlockGHOSTDAGDataHashPair 

type BlockGHOSTDAGDataHashPair struct {
	Hash         *DomainHash
	GHOSTDAGData *BlockGHOSTDAGData
}

BlockGHOSTDAGDataHashPair is a pair of a block hash and its ghostdag data

type BlockHeader 

type BlockHeader interface {
	BaseBlockHeader
	ToMutable() MutableBlockHeader
}

BlockHeader represents an immutable block header.

type BlockInfo 

type BlockInfo struct {
	Exists         bool
	BlockStatus    BlockStatus
	BlueScore      uint64
	BlueWork       *big.Int
	SelectedParent *DomainHash
	MergeSetBlues  []*DomainHash
	MergeSetReds   []*DomainHash
}

BlockInfo contains various information about a specific block

func (*BlockInfo) Clone 

func (bi *BlockInfo) Clone() *BlockInfo

Clone returns a clone of BlockInfo

func (*BlockInfo) HasBody 

func (bi *BlockInfo) HasBody() bool

HasBody returns whether the block exists and has a valid body

func (*BlockInfo) HasHeader 

func (bi *BlockInfo) HasHeader() bool

HasHeader returns whether the block exists and has a valid header

type BlockLevelParents 

type BlockLevelParents []*DomainHash

BlockLevelParents represent the parents within a single super-block level See https://github.com/Nexell-AI-Network/research/issues/3 for further details

func CloneParents 

func CloneParents(parents []BlockLevelParents) []BlockLevelParents

CloneParents creates a clone of the given BlockLevelParents slice

func (BlockLevelParents) Clone 

func (sl BlockLevelParents) Clone() BlockLevelParents

Clone creates a clone of this BlockLevelParents

func (BlockLevelParents) Contains 

func (sl BlockLevelParents) Contains(blockHash *DomainHash) bool

Contains returns true if this BlockLevelParents contains the given blockHash

func (BlockLevelParents) Equal 

func (sl BlockLevelParents) Equal(other BlockLevelParents) bool

Equal returns true if this BlockLevelParents is equal to `other`

type BlockLocator 

type BlockLocator []*DomainHash

BlockLocator is used to help locate a specific block. The algorithm for building the block locator is to add block hashes in reverse order on the block's selected parent chain until the desired stop block is reached. In order to keep the list of locator hashes to a reasonable number of entries, the step between each entry is doubled each loop iteration to exponentially decrease the number of hashes as a function of the distance from the block being located.

For example, assume a selected parent chain with IDs as depicted below, and the stop block is genesis: 

genesis -> 1 -> 2 -> ... -> 15 -> 16  -> 17  -> 18

The block locator for block 17 would be the hashes of blocks: 

[17 16 14 11 7 2 genesis]

func (BlockLocator) Clone 

func (locator BlockLocator) Clone() BlockLocator

Clone returns a clone of BlockLocator

type BlockStatus 

type BlockStatus byte

BlockStatus represents the validation state of the block. 

const (
	// StatusInvalid indicates that the block is invalid.
	StatusInvalid BlockStatus = iota

	// StatusUTXOValid indicates the block is valid from any UTXO related aspects and has passed all the other validations as well.
	StatusUTXOValid

	// StatusUTXOPendingVerification indicates that the block is pending verification against its past UTXO-Set, either
	// because it was not yet verified since the block was never in the selected parent chain, or if the
	// block violates finality.
	StatusUTXOPendingVerification

	// StatusDisqualifiedFromChain indicates that the block is not eligible to be a selected parent.
	StatusDisqualifiedFromChain

	// StatusHeaderOnly indicates that the block transactions are not held (pruned or wasn't added yet)
	StatusHeaderOnly
)

func (BlockStatus) Clone 

func (bs BlockStatus) Clone() BlockStatus

Clone returns a clone of BlockStatus

func (BlockStatus) Equal 

func (bs BlockStatus) Equal(other BlockStatus) bool

Equal returns whether bs equals to other

func (BlockStatus) String 

func (bs BlockStatus) String() string

type BlockWithTrustedData 

type BlockWithTrustedData struct {
	Block        *DomainBlock
	DAAWindow    []*TrustedDataDataDAAHeader
	GHOSTDAGData []*BlockGHOSTDAGDataHashPair
}

BlockWithTrustedData is a block with pre-filled data that is not validated by the consensus. This is used when bring the pruning point and its anticone on a pruned-headers node.

type Consensus 

type Consensus interface {
	Init(skipAddingGenesis bool) error
	BuildBlock(coinbaseData *DomainCoinbaseData, transactions []*DomainTransaction) (*DomainBlock, error)
	BuildBlockTemplate(coinbaseData *DomainCoinbaseData, transactions []*DomainTransaction) (*DomainBlockTemplate, error)
	ValidateAndInsertBlock(block *DomainBlock, updateVirtual bool) error
	ValidateAndInsertBlockWithTrustedData(block *BlockWithTrustedData, validateUTXO bool) error
	ValidateTransactionAndPopulateWithConsensusData(transaction *DomainTransaction) error
	ImportPruningPoints(pruningPoints []BlockHeader) error
	BuildPruningPointProof() (*PruningPointProof, error)
	ValidatePruningPointProof(pruningPointProof *PruningPointProof) error
	ApplyPruningPointProof(pruningPointProof *PruningPointProof) error

	GetBlock(blockHash *DomainHash) (*DomainBlock, bool, error)
	GetBlockEvenIfHeaderOnly(blockHash *DomainHash) (*DomainBlock, error)
	GetBlockHeader(blockHash *DomainHash) (BlockHeader, error)
	GetBlockInfo(blockHash *DomainHash) (*BlockInfo, error)
	GetBlockRelations(blockHash *DomainHash) (parents []*DomainHash, children []*DomainHash, err error)
	GetBlockAcceptanceData(blockHash *DomainHash) (AcceptanceData, error)
	GetBlocksAcceptanceData(blockHashes []*DomainHash) ([]AcceptanceData, error)

	GetHashesBetween(lowHash, highHash *DomainHash, maxBlocks uint64) (hashes []*DomainHash, actualHighHash *DomainHash, err error)
	GetAnticone(blockHash, contextHash *DomainHash, maxBlocks uint64) (hashes []*DomainHash, err error)
	GetMissingBlockBodyHashes(highHash *DomainHash) ([]*DomainHash, error)
	GetPruningPointUTXOs(expectedPruningPointHash *DomainHash, fromOutpoint *DomainOutpoint, limit int) ([]*OutpointAndUTXOEntryPair, error)
	GetVirtualUTXOs(expectedVirtualParents []*DomainHash, fromOutpoint *DomainOutpoint, limit int) ([]*OutpointAndUTXOEntryPair, error)
	PruningPoint() (*DomainHash, error)
	PruningPointHeaders() ([]BlockHeader, error)
	PruningPointAndItsAnticone() ([]*DomainHash, error)
	ClearImportedPruningPointData() error
	AppendImportedPruningPointUTXOs(outpointAndUTXOEntryPairs []*OutpointAndUTXOEntryPair) error
	ValidateAndInsertImportedPruningPoint(newPruningPoint *DomainHash) error
	GetVirtualSelectedParent() (*DomainHash, error)
	CreateBlockLocatorFromPruningPoint(highHash *DomainHash, limit uint32) (BlockLocator, error)
	CreateHeadersSelectedChainBlockLocator(lowHash, highHash *DomainHash) (BlockLocator, error)
	CreateFullHeadersSelectedChainBlockLocator() (BlockLocator, error)
	GetSyncInfo() (*SyncInfo, error)
	Tips() ([]*DomainHash, error)
	GetVirtualInfo() (*VirtualInfo, error)
	GetVirtualDAAScore() (uint64, error)
	IsValidPruningPoint(blockHash *DomainHash) (bool, error)
	ArePruningPointsViolatingFinality(pruningPoints []BlockHeader) (bool, error)
	GetVirtualSelectedParentChainFromBlock(blockHash *DomainHash) (*SelectedChainPath, error)
	IsInSelectedParentChainOf(blockHashA *DomainHash, blockHashB *DomainHash) (bool, error)
	GetHeadersSelectedTip() (*DomainHash, error)
	Anticone(blockHash *DomainHash) ([]*DomainHash, error)
	EstimateNetworkHashesPerSecond(startHash *DomainHash, windowSize int) (uint64, error)
	PopulateMass(transaction *DomainTransaction)
	ResolveVirtual(progressReportCallback func(uint64, uint64)) error
	BlockDAAWindowHashes(blockHash *DomainHash) ([]*DomainHash, error)
	TrustedDataDataDAAHeader(trustedBlockHash, daaBlockHash *DomainHash, daaBlockWindowIndex uint64) (*TrustedDataDataDAAHeader, error)
	TrustedBlockAssociatedGHOSTDAGDataBlockHashes(blockHash *DomainHash) ([]*DomainHash, error)
	TrustedGHOSTDAGData(blockHash *DomainHash) (*BlockGHOSTDAGData, error)
	IsChainBlock(blockHash *DomainHash) (bool, error)
	VirtualMergeDepthRoot() (*DomainHash, error)
	IsNearlySynced() (bool, error)
}

Consensus maintains the current core state of the node

type ConsensusEvent 

type ConsensusEvent interface {
	// contains filtered or unexported methods
}

ConsensusEvent is an interface type that is implemented by all events raised by consensus

type DomainBlock 

type DomainBlock struct {
	Header       BlockHeader
	Transactions []*DomainTransaction
}

DomainBlock represents a Kaspa block

func (*DomainBlock) Clone 

func (block *DomainBlock) Clone() *DomainBlock

Clone returns a clone of DomainBlock

func (*DomainBlock) Equal 

func (block *DomainBlock) Equal(other *DomainBlock) bool

Equal returns whether block equals to other

type DomainBlockTemplate 

type DomainBlockTemplate struct {
	Block                *DomainBlock
	CoinbaseData         *DomainCoinbaseData
	CoinbaseHasRedReward bool
	IsNearlySynced       bool
}

DomainBlockTemplate contains a Block plus metadata related to its generation

func (*DomainBlockTemplate) Clone 

func (bt *DomainBlockTemplate) Clone() *DomainBlockTemplate

Clone returns a clone of DomainBlockTemplate

type DomainCoinbaseData 

type DomainCoinbaseData struct {
	ScriptPublicKey *ScriptPublicKey
	ExtraData       []byte
}

DomainCoinbaseData contains data by which a coinbase transaction is built

func (*DomainCoinbaseData) Clone 

func (dcd *DomainCoinbaseData) Clone() *DomainCoinbaseData

Clone returns a clone of DomainCoinbaseData

func (*DomainCoinbaseData) Equal 

func (dcd *DomainCoinbaseData) Equal(other *DomainCoinbaseData) bool

Equal returns whether dcd equals to other

type DomainHash 

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

DomainHash is the domain representation of a Hash

func CloneHashes 

func CloneHashes(hashes []*DomainHash) []*DomainHash

CloneHashes returns a clone of the given hashes slice. Note: since DomainHash is a read-only type, the clone is shallow

func NewDomainHashFromByteArray 

func NewDomainHashFromByteArray(hashBytes *[DomainHashSize]byte) *DomainHash

NewDomainHashFromByteArray constructs a new DomainHash out of a byte array

func NewDomainHashFromByteSlice 

func NewDomainHashFromByteSlice(hashBytes []byte) (*DomainHash, error)

NewDomainHashFromByteSlice constructs a new DomainHash out of a byte slice. Returns an error if the length of the byte slice is not exactly `DomainHashSize`

func NewDomainHashFromString 

func NewDomainHashFromString(hashString string) (*DomainHash, error)

NewDomainHashFromString constructs a new DomainHash out of a hex-encoded string. Returns an error if the length of the string is not exactly `DomainHashSize * 2`

func NewZeroHash 

func NewZeroHash() *DomainHash

NewZeroHash returns a DomainHash that represents the zero value (0x000000...000)

func (*DomainHash) ByteArray 

func (hash *DomainHash) ByteArray() *[DomainHashSize]byte

ByteArray returns the bytes in this hash represented as a byte array. The hash bytes are cloned, therefore it is safe to modify the resulting array.

func (*DomainHash) ByteSlice 

func (hash *DomainHash) ByteSlice() []byte

ByteSlice returns the bytes in this hash represented as a byte slice. The hash bytes are cloned, therefore it is safe to modify the resulting slice.

func (*DomainHash) Equal 

func (hash *DomainHash) Equal(other *DomainHash) bool

Equal returns whether hash equals to other

func (*DomainHash) Less 

func (hash *DomainHash) Less(other *DomainHash) bool

Less returns true if hash is less than other

func (*DomainHash) LessOrEqual 

func (hash *DomainHash) LessOrEqual(other *DomainHash) bool

LessOrEqual returns true if hash is smaller or equal to other

func (DomainHash) String 

func (hash DomainHash) String() string

String returns the Hash as the hexadecimal string of the hash.

type DomainOutpoint 

type DomainOutpoint struct {
	TransactionID DomainTransactionID
	Index         uint32
}

DomainOutpoint represents a Kaspa transaction outpoint

func NewDomainOutpoint 

func NewDomainOutpoint(id *DomainTransactionID, index uint32) *DomainOutpoint

NewDomainOutpoint instantiates a new DomainOutpoint with the given id and index

func (*DomainOutpoint) Clone 

func (op *DomainOutpoint) Clone() *DomainOutpoint

Clone returns a clone of DomainOutpoint

func (*DomainOutpoint) Equal 

func (op *DomainOutpoint) Equal(other *DomainOutpoint) bool

Equal returns whether op equals to other

func (DomainOutpoint) String 

func (op DomainOutpoint) String() string

String stringifies an outpoint.

type DomainSubnetworkID 

type DomainSubnetworkID [DomainSubnetworkIDSize]byte

DomainSubnetworkID is the domain representation of a Subnetwork ID

func (*DomainSubnetworkID) Clone 

func (id *DomainSubnetworkID) Clone() *DomainSubnetworkID

Clone returns a clone of DomainSubnetworkID

func (*DomainSubnetworkID) Equal 

func (id *DomainSubnetworkID) Equal(other *DomainSubnetworkID) bool

Equal returns whether id equals to other

func (DomainSubnetworkID) String 

func (id DomainSubnetworkID) String() string

String stringifies a subnetwork ID.

type DomainTransaction 

type DomainTransaction struct {
	Version      uint16
	Inputs       []*DomainTransactionInput
	Outputs      []*DomainTransactionOutput
	LockTime     uint64
	SubnetworkID DomainSubnetworkID
	Gas          uint64
	Payload      []byte

	Fee  uint64
	Mass uint64

	// ID is a field that is used to cache the transaction ID.
	// Always use consensushashing.TransactionID instead of accessing this field directly
	ID *DomainTransactionID
}

DomainTransaction represents a Kaspa transaction

func (*DomainTransaction) Clone 

func (tx *DomainTransaction) Clone() *DomainTransaction

Clone returns a clone of DomainTransaction

func (*DomainTransaction) Equal 

func (tx *DomainTransaction) Equal(other *DomainTransaction) bool

Equal returns whether tx equals to other

type DomainTransactionID 

type DomainTransactionID DomainHash

DomainTransactionID represents the ID of a Kaspa transaction

func NewDomainTransactionIDFromByteArray 

func NewDomainTransactionIDFromByteArray(transactionIDBytes *[DomainHashSize]byte) *DomainTransactionID

NewDomainTransactionIDFromByteArray constructs a new TransactionID out of a byte array

func NewDomainTransactionIDFromByteSlice 

func NewDomainTransactionIDFromByteSlice(transactionIDBytes []byte) (*DomainTransactionID, error)

NewDomainTransactionIDFromByteSlice constructs a new TransactionID out of a byte slice Returns an error if the length of the byte slice is not exactly `DomainHashSize`

func NewDomainTransactionIDFromString 

func NewDomainTransactionIDFromString(transactionIDString string) (*DomainTransactionID, error)

NewDomainTransactionIDFromString constructs a new TransactionID out of a string Returns an error if the length of the string is not exactly `DomainHashSize * 2`

func (*DomainTransactionID) ByteArray 

func (id *DomainTransactionID) ByteArray() *[DomainHashSize]byte

ByteArray returns the bytes in this transactionID represented as a byte array. The transactionID bytes are cloned, therefore it is safe to modify the resulting array.

func (*DomainTransactionID) ByteSlice 

func (id *DomainTransactionID) ByteSlice() []byte

ByteSlice returns the bytes in this transactionID represented as a byte slice. The transactionID bytes are cloned, therefore it is safe to modify the resulting slice.

func (*DomainTransactionID) Clone 

func (id *DomainTransactionID) Clone() *DomainTransactionID

Clone returns a clone of DomainTransactionID

func (*DomainTransactionID) Equal 

func (id *DomainTransactionID) Equal(other *DomainTransactionID) bool

Equal returns whether id equals to other

func (*DomainTransactionID) Less 

func (id *DomainTransactionID) Less(other *DomainTransactionID) bool

Less returns true if id is less than other

func (*DomainTransactionID) LessOrEqual 

func (id *DomainTransactionID) LessOrEqual(other *DomainTransactionID) bool

LessOrEqual returns true if id is smaller or equal to other

func (DomainTransactionID) String 

func (id DomainTransactionID) String() string

String stringifies a transaction ID.

type DomainTransactionInput 

type DomainTransactionInput struct {
	PreviousOutpoint DomainOutpoint
	SignatureScript  []byte
	Sequence         uint64
	SigOpCount       byte

	UTXOEntry UTXOEntry
}

DomainTransactionInput represents a Kaspa transaction input

func (*DomainTransactionInput) Clone 

func (input *DomainTransactionInput) Clone() *DomainTransactionInput

Clone returns a clone of DomainTransactionInput

func (*DomainTransactionInput) Equal 

func (input *DomainTransactionInput) Equal(other *DomainTransactionInput) bool

Equal returns whether input equals to other

type DomainTransactionOutput 

type DomainTransactionOutput struct {
	Value           uint64
	ScriptPublicKey *ScriptPublicKey
}

DomainTransactionOutput represents a Nexelliad transaction output

func (*DomainTransactionOutput) Clone 

func (output *DomainTransactionOutput) Clone() *DomainTransactionOutput

Clone returns a clone of DomainTransactionOutput

func (*DomainTransactionOutput) Equal 

func (output *DomainTransactionOutput) Equal(other *DomainTransactionOutput) bool

Equal returns whether output equals to other

type KType 

type KType byte

KType defines the size of GHOSTDAG consensus algorithm K parameter.

type MutableBlockHeader 

type MutableBlockHeader interface {
	BaseBlockHeader
	ToImmutable() BlockHeader
	SetNonce(nonce uint64)
	SetTimeInMilliseconds(timeInMilliseconds int64)
	SetHashMerkleRoot(hashMerkleRoot *DomainHash)
}

MutableBlockHeader represents a block header that can be mutated, but only the fields that are relevant to mining (Nonce and TimeInMilliseconds).

type MutableUTXODiff 

type MutableUTXODiff interface {
	ToImmutable() UTXODiff

	WithDiff(other UTXODiff) (UTXODiff, error)
	DiffFrom(other UTXODiff) (UTXODiff, error)
	ToAdd() UTXOCollection
	ToRemove() UTXOCollection

	WithDiffInPlace(other UTXODiff) error
	AddTransaction(transaction *DomainTransaction, blockDAAScore uint64) error
}

MutableUTXODiff represents a UTXO-Diff that can be mutated

type OutpointAndUTXOEntryPair 

type OutpointAndUTXOEntryPair struct {
	Outpoint  *DomainOutpoint
	UTXOEntry UTXOEntry
}

OutpointAndUTXOEntryPair is an outpoint along with its respective UTXO entry

type PruningPointProof 

type PruningPointProof struct {
	Headers [][]BlockHeader
}

PruningPointProof is the data structure holding the pruning point proof

type ReadOnlyUTXOSetIterator 

type ReadOnlyUTXOSetIterator interface {
	First() bool
	Next() bool
	Get() (outpoint *DomainOutpoint, utxoEntry UTXOEntry, err error)
	Close() error
}

ReadOnlyUTXOSetIterator is an iterator over all entries in a ReadOnlyUTXOSet

type ScriptPublicKey 

type ScriptPublicKey struct {
	Script  []byte
	Version uint16
}

ScriptPublicKey represents a Nexelliad ScriptPublicKey

func NewScriptPublicKeyFromString 

func NewScriptPublicKeyFromString(ScriptPublicKeyString string) *ScriptPublicKey

NewScriptPublicKeyFromString converts the given string to a scriptPublicKey

func (*ScriptPublicKey) Equal 

func (spk *ScriptPublicKey) Equal(other *ScriptPublicKey) bool

Equal returns whether spk equals to other

func (*ScriptPublicKey) String 

func (spk *ScriptPublicKey) String() string

String stringifies a ScriptPublicKey.

type SelectedChainPath 

type SelectedChainPath struct {
	Added   []*DomainHash
	Removed []*DomainHash
}

SelectedChainPath is a path the of the selected chains between two blocks.

type SyncInfo 

type SyncInfo struct {
	HeaderCount uint64
	BlockCount  uint64
}

SyncInfo holds info about the current sync state of the consensus

func (*SyncInfo) Clone 

func (si *SyncInfo) Clone() *SyncInfo

Clone returns a clone of SyncInfo

func (*SyncInfo) Equal 

func (si *SyncInfo) Equal(other *SyncInfo) bool

Equal returns whether si equals to other

type TransactionAcceptanceData 

type TransactionAcceptanceData struct {
	Transaction                 *DomainTransaction
	Fee                         uint64
	IsAccepted                  bool
	TransactionInputUTXOEntries []UTXOEntry
}

TransactionAcceptanceData stores a transaction together with an indication if it was accepted or not by some block

func (*TransactionAcceptanceData) Clone 

func (tad *TransactionAcceptanceData) Clone() *TransactionAcceptanceData

Clone returns a clone of TransactionAcceptanceData

func (*TransactionAcceptanceData) Equal 

func (tad *TransactionAcceptanceData) Equal(other *TransactionAcceptanceData) bool

Equal returns whether tad equals to other

type TrustedDataDataDAAHeader 

type TrustedDataDataDAAHeader struct {
	Header       BlockHeader
	GHOSTDAGData *BlockGHOSTDAGData
}

TrustedDataDataDAAHeader is a block that belongs to BlockWithTrustedData.DAAWindow

type UTXOCollection 

type UTXOCollection interface {
	Iterator() ReadOnlyUTXOSetIterator
	Get(outpoint *DomainOutpoint) (UTXOEntry, bool)
	Contains(outpoint *DomainOutpoint) bool
	Len() int
}

UTXOCollection represents a collection of UTXO entries, indexed by their outpoint

type UTXODiff 

type UTXODiff interface {
	ToAdd() UTXOCollection
	ToRemove() UTXOCollection
	WithDiff(other UTXODiff) (UTXODiff, error)
	DiffFrom(other UTXODiff) (UTXODiff, error)
	Reversed() UTXODiff
	CloneMutable() MutableUTXODiff
}

UTXODiff represents the diff between two UTXO sets

type UTXOEntry 

type UTXOEntry interface {
	Amount() uint64                    // Utxo amount in Sompis
	ScriptPublicKey() *ScriptPublicKey // The public key script for the output.
	BlockDAAScore() uint64             // Daa score of the block accepting the tx.
	IsCoinbase() bool
	Equal(other UTXOEntry) bool
}

UTXOEntry houses details about an individual transaction output in a utxo set such as whether or not it was contained in a coinbase tx, the daa score of the block that accepts the tx, its public key script, and how much it pays.

type VirtualChangeSet 

type VirtualChangeSet struct {
	VirtualSelectedParentChainChanges *SelectedChainPath
	VirtualUTXODiff                   UTXODiff
	VirtualParents                    []*DomainHash
	VirtualSelectedParentBlueScore    uint64
	VirtualDAAScore                   uint64
}

VirtualChangeSet is an event raised by consensus when virtual changes

type VirtualInfo 

type VirtualInfo struct {
	ParentHashes   []*DomainHash
	Bits           uint32
	PastMedianTime int64
	BlueScore      uint64
	DAAScore       uint64
}

VirtualInfo represents information about the virtual block needed by external components

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