Documentation ¶
Index ¶
Constants ¶
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const LoggerTag = "RELAY"
Variables ¶
This section is empty.
Functions ¶
This section is empty.
Types ¶
type Config ¶
type Config struct { // Medians is the list of median contracts configured for the relay. Medians []ConfigMedian // Scribes is the list of scribe contracts configured for the relay. Scribes []ConfigScribe // OptimisticScribes is the list of optimistic scribe contracts configured // for the relay. OptimisticScribes []ConfigOptimisticScribe // Logger is a current logger interface used by the Feed. // If nil, null logger will be used. Logger log.Logger }
Config is the configuration for the Relay.
type ConfigMedian ¶
type ConfigMedian struct { // Client is the RPC client used to interact with the blockchain. Client rpc.RPC // DataPointStore is the store used to retrieve data points. DataPointStore datapointStore.DataPointProvider // DataModel is the name of the data model from which data points // are retrieved. DataModel string // ContractAddress is the address of the Median contract. ContractAddress types.Address // FeedAddresses is the list of feed addresses that are allowed to // update the Median contract. FeedAddresses []types.Address // Spread is the minimum spread between the oracle price and new // price required to send update. Spread float64 // Expiration is the minimum time difference between the last oracle // update on the Median contract and current time required to send // update. Expiration time.Duration // Ticker notifies the relay to check if an update is required. Ticker *timeutil.Ticker }
type ConfigOptimisticScribe ¶
type ConfigOptimisticScribe struct { // Client is the RPC client used to interact with the blockchain. Client rpc.RPC // MuSigStore is the store used to retrieve MuSig signatures. MuSigStore musigStore.SignatureProvider // DataModel is the name of the data model that is used to update // the OptimisticScribe contract. DataModel string // ContractAddress is the address of the OptimisticScribe contract. ContractAddress types.Address // Spread is the minimum calcSpread between the oracle price and new // price required to send update. Spread float64 // Expiration is the minimum time difference between the last oracle // update on the Scribe contract and current time required to send // update. Expiration time.Duration // Ticker notifies the relay to check if an update is required. Ticker *timeutil.Ticker }
type ConfigScribe ¶
type ConfigScribe struct { // Client is the RPC client used to interact with the blockchain. Client rpc.RPC // MuSigStore is the store used to retrieve MuSig signatures. MuSigStore musigStore.SignatureProvider // DataModel is the name of the data model that is used to update // the Scribe contract. DataModel string // ContractAddress is the address of the Scribe contract. ContractAddress types.Address // Spread is the minimum calcSpread between the oracle price and new // price required to send update. Spread float64 // Expiration is the minimum time difference between the last oracle // update on the Scribe contract and current time required to send // update. Expiration time.Duration // Delay specifies the time to wait before sending an update. Delay time.Duration // Ticker notifies the relay to check if an update is required. Ticker *timeutil.Ticker }
type MedianContract ¶
type MedianContract interface { Address() types.Address Val(ctx context.Context) (*bn.DecFixedPointNumber, error) Age(ctx context.Context) (time.Time, error) Wat(ctx context.Context) (string, error) Bar(ctx context.Context) (int, error) Poke( ctx context.Context, vals []contract.MedianVal, ) ( *types.Hash, *types.Transaction, error, ) }
type OpScribeContract ¶
type OpScribeContract interface { ScribeContract OpPoke( ctx context.Context, pokeData contract.PokeData, schnorrData contract.SchnorrData, ecdsaData types.Signature, ) ( *types.Hash, *types.Transaction, error, ) }
type Relay ¶
type Relay struct {
// contains filtered or unexported fields
}
Relay is a service that relays data points to the blockchain.
type ScribeContract ¶
type ScribeContract interface { Address() types.Address Wat(ctx context.Context) (string, error) Bar(ctx context.Context) (int, error) Feeds(ctx context.Context) ([]types.Address, []uint8, error) Read(ctx context.Context) (contract.PokeData, error) Poke( ctx context.Context, pokeData contract.PokeData, schnorrData contract.SchnorrData, ) ( *types.Hash, *types.Transaction, error, ) }
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