Documentation ¶
Overview ¶
Package eth contains interface for interaction with an ethereum blockchain along with structures reflecting events emitted on an ethereum blockchain.
Index ¶
- func SerializePublicKey(publicKey *ecdsa.PublicKey) ([64]byte, error)
- type BondedECDSAKeep
- type BondedECDSAKeepCreatedEvent
- type BondedECDSAKeepFactory
- type ConflictingPublicKeySubmittedEvent
- type Handle
- type KeepClosedEvent
- type KeepTerminatedEvent
- type PublicKeyPublishedEvent
- type SignatureRequestedEvent
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
Types ¶
type BondedECDSAKeep ¶
type BondedECDSAKeep interface { // OnSignatureRequested installs a callback that is invoked when an on-chain // notification of a new signing request for a given keep is seen. OnSignatureRequested( keepAddress common.Address, handler func(event *SignatureRequestedEvent), ) (subscription.EventSubscription, error) // OnConflictingPublicKeySubmitted installs a callback that is invoked upon // notification of mismatched public keys that were submitted by keep members. OnConflictingPublicKeySubmitted( keepAddress common.Address, handler func(event *ConflictingPublicKeySubmittedEvent), ) (subscription.EventSubscription, error) // OnPublicKeyPublished installs a callback that is invoked upon // notification of a published public key, which means that all members have // submitted the same key. OnPublicKeyPublished( keepAddress common.Address, handler func(event *PublicKeyPublishedEvent), ) (subscription.EventSubscription, error) // SubmitKeepPublicKey submits a 64-byte serialized public key to a keep // contract deployed under a given address. SubmitKeepPublicKey(keepAddress common.Address, publicKey [64]byte) error // TODO: Add promise *async.KeepPublicKeySubmissionPromise // SubmitSignature submits a signature to a keep contract deployed under a // given address. SubmitSignature( keepAddress common.Address, signature *ecdsa.Signature, ) error // TODO: Add promise *async.SignatureSubmissionPromise // OnKeepClosed installs a callback that will be called on closing the // given keep. OnKeepClosed( keepAddress common.Address, handler func(event *KeepClosedEvent), ) (subscription.EventSubscription, error) // OnKeepTerminated installs a callback that will be called on terminating // the given keep. OnKeepTerminated( keepAddress common.Address, handler func(event *KeepTerminatedEvent), ) (subscription.EventSubscription, error) // IsAwaitingSignature checks if the keep is waiting for a signature to be // calculated for the given digest. IsAwaitingSignature(keepAddress common.Address, digest [32]byte) (bool, error) // IsActive checks if the keep with the given address is active and responds // to signing request. This function returns false only for closed keeps. IsActive(keepAddress common.Address) (bool, error) // LatestDigest returns the latest digest requested to be signed. LatestDigest(keepAddress common.Address) ([32]byte, error) }
BondedECDSAKeep is an interface that provides ability to interact with BondedECDSAKeep ethereum contracts.
type BondedECDSAKeepCreatedEvent ¶
type BondedECDSAKeepCreatedEvent struct { KeepAddress common.Address // keep contract address Members []common.Address // keep members addresses }
BondedECDSAKeepCreatedEvent is an event emitted on a new keep creation.
type BondedECDSAKeepFactory ¶
type BondedECDSAKeepFactory interface { // RegisterAsMemberCandidate registers client as a candidate to be selected // to a keep. RegisterAsMemberCandidate(application common.Address) error // OnBondedECDSAKeepCreated installs a callback that is invoked when an // on-chain notification of a new bonded ECDSA keep creation is seen. OnBondedECDSAKeepCreated( handler func(event *BondedECDSAKeepCreatedEvent), ) (subscription.EventSubscription, error) // IsRegisteredForApplication checks if the operator is registered // as a signer candidate in the factory for the given application. IsRegisteredForApplication(application common.Address) (bool, error) // IsEligibleForApplication checks if the operator is eligible to register // as a signer candidate for the given application. IsEligibleForApplication(application common.Address) (bool, error) // IsStatusUpToDateForApplication checks if the operator's status // is up to date in the signers' pool of the given application. IsStatusUpToDateForApplication(application common.Address) (bool, error) // UpdateStatusForApplication updates the operator's status in the signers' // pool for the given application. UpdateStatusForApplication(application common.Address) error }
BondedECDSAKeepFactory is an interface that provides ability to interact with BondedECDSAKeepFactory ethereum contracts.
type ConflictingPublicKeySubmittedEvent ¶
type ConflictingPublicKeySubmittedEvent struct { SubmittingMember common.Address ConflictingPublicKey []byte }
ConflictingPublicKeySubmittedEvent is an event emitted each time when one of the members of a keep has submitted a key that does not match the keys submitted so far by other members.
type Handle ¶
type Handle interface { // Address returns client's ethereum address. Address() common.Address // StakeMonitor returns a stake monitor. StakeMonitor() (chain.StakeMonitor, error) // BlockCounter returns a block counter. BlockCounter() chain.BlockCounter BondedECDSAKeepFactory BondedECDSAKeep }
Handle represents a handle to an ethereum blockchain.
type KeepClosedEvent ¶
type KeepClosedEvent struct { }
KeepClosedEvent is an event emitted when a keep has been closed.
type KeepTerminatedEvent ¶
type KeepTerminatedEvent struct { }
KeepTerminatedEvent is an event emitted when a keep has been terminated.
type PublicKeyPublishedEvent ¶
type PublicKeyPublishedEvent struct {
PublicKey []byte
}
PublicKeyPublishedEvent is an event emitted once all the members have submitted the same public key and it was accepted by keep as its public key.
type SignatureRequestedEvent ¶
type SignatureRequestedEvent struct {
Digest [32]byte
}
SignatureRequestedEvent is an event emitted when a user requests a digest to be signed.