Documentation ¶
Index ¶
- Variables
- func NewErrInvalidTransactionsInNewBlock(invalidTransactions []InvalidTransaction) error
- func NewErrMissingParents(missingParentHashes []*externalapi.DomainHash) error
- func NewErrMissingTxOut(missingOutpoints []*externalapi.DomainOutpoint) error
- type ErrInvalidTransactionsInNewBlock
- type ErrMissingParents
- type ErrMissingTxOut
- type InvalidTransaction
- type RuleError
Constants ¶
This section is empty.
Variables ¶
var ( // DaaScoreNil indicates that the DAA Score is zero or negative. DaaScoreNil = newRuleError("DaaScoreNil") // PowScoresEmpty indicates that there are no hard fork DAA Scores defined. PowScoresEmpty = newRuleError("PowScoresEmpty") // ErrDuplicateBlock indicates a block with the same hash already // exists. ErrDuplicateBlock = newRuleError("ErrDuplicateBlock") // ErrBlockVersionTooOld indicates the block version is too old and is // no longer accepted since the majority of the network has upgraded // to a newer version. ErrBlockVersionTooOld = newRuleError("ErrBlockVersionTooOld") // ErrTimeTooOld indicates the time is either before the median time of // the last several blocks per the DAG consensus rules. ErrTimeTooOld = newRuleError("ErrTimeTooOld") //ErrTimeTooMuchInTheFuture indicates that the block timestamp is too much in the future. ErrTimeTooMuchInTheFuture = newRuleError("ErrTimeTooMuchInTheFuture") // ErrNoParents indicates that the block is missing parents ErrNoParents = newRuleError("ErrNoParents") // ErrUnexpectedDifficulty indicates specified bits do not align with // the expected value either because it doesn't match the calculated // valued based on difficulty regarted rules. ErrUnexpectedDifficulty = newRuleError("ErrUnexpectedDifficulty") // ErrUnexpectedDAAScore indicates specified DAA score does not align with // the expected value. ErrUnexpectedDAAScore = newRuleError("ErrUnexpectedDAAScore") // ErrUnexpectedBlueWork indicates specified blue work does not align with // the expected value. ErrUnexpectedBlueWork = newRuleError("ErrUnexpectedBlueWork") // ErrUnexpectedFinalityPoint indicates specified finality point does not align with // the expected value. ErrUnexpectedFinalityPoint = newRuleError("ErrUnexpectedFinalityPoint") // ErrUnexpectedCoinbaseBlueScore indicates specified blue score in the coinbase does not align with // the expected value. ErrUnexpectedCoinbaseBlueScore = newRuleError("ErrUnexpectedCoinbaseBlueScore") // ErrUnexpectedHeaderBlueScore indicates specified blue score in the header does not align with // the expected value. ErrUnexpectedHeaderBlueScore = newRuleError("ErrUnexpectedHeaderBlueScore") // ErrTargetTooHigh indicates specified bits do not align with // the expected value either because it is above the valid // range. ErrTargetTooHigh = newRuleError("ErrTargetTooHigh") // ErrUnexpectedDifficulty indicates specified bits do not align with // the expected value either because it is negative. ErrNegativeTarget = newRuleError("ErrNegativeTarget") // ErrInvalidPoW indicates that the block proof-of-work is invalid. ErrInvalidPoW = newRuleError("ErrInvalidPoW") // ErrBadMerkleRoot indicates the calculated merkle root does not match // the expected value. ErrBadMerkleRoot = newRuleError("ErrBadMerkleRoot") // ErrBadUTXOCommitment indicates the calculated UTXO commitment does not match // the expected value. ErrBadUTXOCommitment = newRuleError("ErrBadUTXOCommitment") // ErrFinalityPointTimeTooOld indicates a block has a timestamp before the // last finality point. ErrFinalityPointTimeTooOld = newRuleError("ErrFinalityPointTimeTooOld") // ErrNoTransactions indicates the block does not have a least one // transaction. A valid block must have at least the coinbase // transaction. ErrNoTransactions = newRuleError("ErrNoTransactions") // ErrNoTxInputs indicates a transaction does not have any inputs. A // valid transaction must have at least one input. ErrNoTxInputs = newRuleError("ErrNoTxInputs") // ErrBadTxOutValue indicates an output value for a transaction is // invalid in some way such as being out of range. ErrBadTxOutValue = newRuleError("ErrBadTxOutValue") ErrTxOutValueZero = newRuleError("ErrTxOutValueZero") // ErrDuplicateTxInputs indicates a transaction references the same // input more than once. ErrDuplicateTxInputs = newRuleError("ErrDuplicateTxInputs") // ErrDoubleSpendInSameBlock indicates a transaction // that spends an output that was already spent by another // transaction in the same block. ErrDoubleSpendInSameBlock = newRuleError("ErrDoubleSpendInSameBlock") // ErrUnfinalizedTx indicates a transaction has not been finalized. // A valid block may only contain finalized transactions. ErrUnfinalizedTx = newRuleError("ErrUnfinalizedTx") // ErrDuplicateTx indicates a block contains an identical transaction // (or at least two transactions which hash to the same value). A // valid block may only contain unique transactions. ErrDuplicateTx = newRuleError("ErrDuplicateTx") // ErrImmatureSpend indicates a transaction is attempting to spend a // coinbase that has not yet reached the required maturity. ErrImmatureSpend = newRuleError("ErrImmatureSpend") // ErrSpendTooHigh indicates a transaction is attempting to spend more // value than the sum of all of its inputs. ErrSpendTooHigh = newRuleError("ErrSpendTooHigh") // ErrFirstTxNotCoinbase indicates the first transaction in a block // is not a coinbase transaction. ErrFirstTxNotCoinbase = newRuleError("ErrFirstTxNotCoinbase") // ErrDevFeeNotIncluded indicates that the transactions do not // include dev fee. ErrDevFeeNotIncluded = newRuleError("ErrDevFeeNotIncluded") // ErrMultipleCoinbases indicates a block contains more than one // coinbase transaction. ErrMultipleCoinbases = newRuleError("ErrMultipleCoinbases") // ErrBadCoinbasePayloadLen indicates the length of the payload // for a coinbase transaction is too high. ErrBadCoinbasePayloadLen = newRuleError("ErrBadCoinbasePayloadLen") // ErrBadCoinbaseTransaction indicates that the block's coinbase transaction is not build as expected ErrBadCoinbaseTransaction = newRuleError("ErrBadCoinbaseTransaction") // ErrScriptMalformed indicates a transaction script is malformed in // some way. For example, it might be longer than the maximum allowed // length or fail to parse. ErrScriptMalformed = newRuleError("ErrScriptMalformed") // ErrScriptValidation indicates the result of executing transaction // script failed. The error covers any failure when executing scripts // such signature verification failures and execution past the end of // the stack. ErrScriptValidation = newRuleError("ErrScriptValidation") // ErrInvalidAncestorBlock indicates that an ancestor of this block has // already failed validation. ErrInvalidAncestorBlock = newRuleError("ErrInvalidAncestorBlock") // ErrTransactionsNotSorted indicates that transactions in block are not // sorted by subnetwork ErrTransactionsNotSorted = newRuleError("ErrTransactionsNotSorted") // ErrInvalidGas transaction wants to use more GAS than allowed // by subnetwork ErrInvalidGas = newRuleError("ErrInvalidGas") // ErrInvalidPayload transaction includes a payload in a subnetwork that doesn't allow // a Payload ErrInvalidPayload = newRuleError("ErrInvalidPayload") // ErrWrongSigOpCount transaction input specifies an incorrect SigOpCount ErrWrongSigOpCount = newRuleError("ErrWrongSigOpCount") // ErrSubnetwork indicates that a block doesn't adhere to the subnetwork // registry rules ErrSubnetworkRegistry = newRuleError("ErrSubnetworkRegistry") // ErrInvalidParentsRelation indicates that one of the parents of a block // is also an ancestor of another parent ErrInvalidParentsRelation = newRuleError("ErrInvalidParentsRelation") // ErrTooManyParents indicates that a block points to more then `MaxNumParentBlocks` parents ErrTooManyParents = newRuleError("ErrTooManyParents") // ErrViolatingBoundedMergeDepth indicates that a block is violating finality from // its own point of view ErrViolatingBoundedMergeDepth = newRuleError("ErrViolatingBoundedMergeDepth") // ErrViolatingMergeLimit indicates that a block merges more than mergeLimit blocks ErrViolatingMergeLimit = newRuleError("ErrViolatingMergeLimit") // ErrChainedTransactions indicates that a block contains a transaction that spends an output of a transaction // In the same block ErrChainedTransactions = newRuleError("ErrChainedTransactions") // ErrBlockMassTooHigh indicates the mass of a block exceeds the maximum // allowed limits. ErrBlockMassTooHigh = newRuleError("ErrBlockMassTooHigh") ErrKnownInvalid = newRuleError("ErrKnownInvalid") ErrSubnetworksDisabled = newRuleError("ErrSubnetworksDisabled") ErrBadPruningPointUTXOSet = newRuleError("ErrBadPruningPointUTXOSet") ErrMalformedUTXO = newRuleError("ErrMalformedUTXO") ErrWrongPruningPointHash = newRuleError("ErrWrongPruningPointHash") //ErrPruningPointViolation indicates that the pruning point isn't in the block past. ErrPruningPointViolation = newRuleError("ErrPruningPointViolation") ErrUnexpectedParents = newRuleError("ErrUnexpectedParents") ErrUnexpectedPruningPoint = newRuleError("ErrUnexpectedPruningPoint") ErrInvalidPruningPointsChain = newRuleError("ErrInvalidPruningPointsChain") ErrSuggestedPruningViolatesFinality = newRuleError("ErrSuggestedPruningViolatesFinality") //ErrBlockVersionIsUnknown indicates that the block version is unknown. ErrBlockVersionIsUnknown = newRuleError("ErrBlockVersionIsUnknown") //ErrTransactionVersionIsUnknown indicates that the transaction version is unknown. ErrTransactionVersionIsUnknown = newRuleError("ErrTransactionVersionIsUnknown") // ErrPrunedBlock indicates that the block currently being validated had already been pruned. ErrPrunedBlock = newRuleError("ErrPrunedBlock") ErrGetVirtualUTXOsWrongVirtualParents = newRuleError("ErrGetVirtualUTXOsWrongVirtualParents") ErrVirtualGenesisParent = newRuleError("ErrVirtualGenesisParent") ErrGenesisOnInitializedConsensus = newRuleError("ErrGenesisOnInitializedConsensus") ErrPruningPointSelectedChildDisqualifiedFromChain = newRuleError("ErrPruningPointSelectedChildDisqualifiedFromChain") // ErrUnexpectedFinalityPoint indicates a block header pruning point does not align with // the expected value. ErrUnexpectedHeaderPruningPoint = newRuleError("ErrUnexpectedHeaderPruningPoint") ErrPruningProofHeaderWithNoKnownParents = newRuleError("ErrPruningProofHeaderWithNoKnownParents") ErrPruningProofMissingBlockLevels = newRuleError("ErrPruningProofMissingBlockLevels") ErrPruningProofWrongBlockLevel = newRuleError("ErrPruningProofWrongBlockLevel") ErrPruningProofSelectedTipNotParentOfPruningPoint = newRuleError("ErrPruningProofSelectedTipNotParentOfPruningPoint") ErrPruningProofSelectedTipIsNotThePruningPoint = newRuleError("ErrPruningProofSelectedTipIsNotThePruningPoint") ErrPruningProofInsufficientBlueWork = newRuleError("ErrPruningProofInsufficientBlueWork") ErrPruningProofMissingBlockAtDepthMFromNextLevel = newRuleError("ErrPruningProofMissingBlockAtDepthMFromNextLevel") ErrPruningProofMissesBlocksBelowPruningPoint = newRuleError("ErrPruningProofMissesBlocksBelowPruningPoint") ErrPruningProofEmpty = newRuleError("ErrPruningProofEmpty") ErrWrongCoinbaseSubsidy = newRuleError("ErrWrongCoinbaseSubsidy") ErrWrongBlockVersion = newRuleError("ErrWrongBlockVersion") ErrCoinbaseWithInputs = newRuleError("ErrCoinbaseWithInputs") ErrCoinbaseTooManyOutputs = newRuleError("ErrCoinbaseTooManyOutputs") ErrCoinbaseTooLongScriptPublicKey = newRuleError("ErrCoinbaseTooLongScriptPublicKey") )
These constants are used to identify a specific RuleError.
Functions ¶
func NewErrInvalidTransactionsInNewBlock ¶
func NewErrInvalidTransactionsInNewBlock(invalidTransactions []InvalidTransaction) error
NewErrInvalidTransactionsInNewBlock Creates a new ErrInvalidTransactionsInNewBlock error wrapped in a RuleError
func NewErrMissingParents ¶
func NewErrMissingParents(missingParentHashes []*externalapi.DomainHash) error
NewErrMissingParents creates a new ErrMissingParents error wrapped in a RuleError
func NewErrMissingTxOut ¶
func NewErrMissingTxOut(missingOutpoints []*externalapi.DomainOutpoint) error
NewErrMissingTxOut Creates a new ErrMissingTxOut error wrapped in a RuleError
Types ¶
type ErrInvalidTransactionsInNewBlock ¶
type ErrInvalidTransactionsInNewBlock struct {
InvalidTransactions []InvalidTransaction
}
ErrInvalidTransactionsInNewBlock indicates that some transactions in a new block are invalid
func (ErrInvalidTransactionsInNewBlock) Error ¶
func (e ErrInvalidTransactionsInNewBlock) Error() string
type ErrMissingParents ¶
type ErrMissingParents struct {
MissingParentHashes []*externalapi.DomainHash
}
ErrMissingParents indicates a block points to unknown parent(s).
func (ErrMissingParents) Error ¶
func (e ErrMissingParents) Error() string
type ErrMissingTxOut ¶
type ErrMissingTxOut struct {
MissingOutpoints []*externalapi.DomainOutpoint
}
ErrMissingTxOut indicates a transaction output referenced by an input either does not exist or has already been spent.
func (ErrMissingTxOut) Error ¶
func (e ErrMissingTxOut) Error() string
type InvalidTransaction ¶
type InvalidTransaction struct { Transaction *externalapi.DomainTransaction Error error }
InvalidTransaction is a struct containing an invalid transaction, and the error explaining why it's invalid.
func (InvalidTransaction) String ¶
func (invalid InvalidTransaction) String() string
type RuleError ¶
type RuleError struct {
// contains filtered or unexported fields
}
RuleError identifies a rule violation. It is used to indicate that processing of a block or transaction failed due to one of the many validation rules. The caller can use type assertions to determine if a failure was specifically due to a rule violation.