validator

type ActivityStatisticsState struct {
	ValidatorsCurrent [common.NumberOfValidators]ValidatorStatistics // Present validator statistics (π_v) - The activity statistics for the validators which are currently being accumulated.
	ValidatorsLast    [common.NumberOfValidators]ValidatorStatistics // Completed validator statistics (π_l) - The activity statistics for the validators which have completed their work.
	Cores             [common.TotalNumberOfCores]CoreStatistics      // Core statistics (π_c) - The activity statistics for each core.
	Services          ServiceStatistics                              // Service statistics (π_s) - The activity statistics for each service.
}

type CoreStatistics struct {
	// DALoad (d) is the amount of bytes placed into either Audits or Segments DA.
	// This includes the work-bundle (including all extrinsics and imports) as well as all
	// (exported) segments.
	DALoad         uint32 `jam:"encoding=compact"`
	Popularity     uint16 `jam:"encoding=compact"` // Popularity (p) is the number of validators which formed super-majority for assurance.
	Imports        uint16 `jam:"encoding=compact"` // Imports (i) is the number of segments imported from DA made by core for reported work.
	Exports        uint16 `jam:"encoding=compact"` // Exports (e) is the number of segments exported into DA made by core for reported work.
	ExtrinsicSize  uint32 `jam:"encoding=compact"` // ExtrinsicSize (x) is the total size of extrinsics used by core for reported work.
	ExtrinsicCount uint16 `jam:"encoding=compact"` // ExtrinsicCount (z) is the total number of extrinsics used by core for reported work.
	BundleSize     uint32 `jam:"encoding=compact"` // BundleSize (b) is the work-bundle size. This is the size of data being placed into Audits DA by the core.
	GasUsed        uint64 `jam:"encoding=compact"` // GasUsed (g) is the total gas consumed by core for reported work. Includes all refinement and authorizations.
}

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

type ServiceActivityRecord struct {
	ProvidedCount      uint16 `jam:"encoding=compact"` // ProvidedCount (p.0) is the number of preimages provided to this service.
	ProvidedSize       uint32 `jam:"encoding=compact"` // ProvidedSize (p.1) is the total size of preimages provided to this service.
	RefinementCount    uint32 `jam:"encoding=compact"` // RefinementCount (r.0) is the number of work-items refined by service for reported work.
	RefinementGasUsed  uint64 `jam:"encoding=compact"` // RefinementGasUsed (r.1) is the amount of gas used for refinement by service for reported work.
	Imports            uint32 `jam:"encoding=compact"` // Imports (i) is the number of segments imported from the DL by service for reported work.
	Exports            uint32 `jam:"encoding=compact"` // Exports (e) is the number of segments exported into the DL by service for reported work.
	ExtrinsicSize      uint32 `jam:"encoding=compact"` // ExtrinsicSize (x) is the total size of extrinsics used by service for reported work.
	ExtrinsicCount     uint32 `jam:"encoding=compact"` // ExtrinsicCount (z) is the total number of extrinsics used by service for reported work.
	AccumulateCount    uint32 `jam:"encoding=compact"` // AccumulateCount (a.0) is the number of work-items accumulated by service.
	AccumulateGasUsed  uint64 `jam:"encoding=compact"` // AccumulateGasUsed (a.1) is the amount of gas used for accumulation by service.
	OnTransfersCount   uint32 `jam:"encoding=compact"` // OnTransfersCount (t.0) is the number of transfers processed by service.
	OnTransfersGasUsed uint64 `jam:"encoding=compact"` // OnTransfersGasUsed (t.1) is the amount of gas used for processing transfers by service.
}

type ServiceStatistics map[block.ServiceId]ServiceActivityRecord

type ValidatorKeys struct {
	EdPrv     ed25519.PrivateKey
	EdPub     ed25519.PublicKey
	BanderPrv crypto.BandersnatchPrivateKey
	BanderPub crypto.BandersnatchPublicKey
	Bls       crypto.BlsKey
}

type ValidatorManager struct {
	GridMapper GridMapper
	Index      uint16
	Keys       ValidatorKeys
	State      ValidatorState
}

type ValidatorService interface {
	ShardDistribution(ctx context.Context, erasureRoot crypto.Hash, shardIndex uint16) (bundleShard []byte, segmentShard [][]byte, justification [][]byte, err error)
	AuditShardRequest(ctx context.Context, erasureRoot crypto.Hash, shardIndex uint16) (bundleShard []byte, justification [][]byte, err error)
	SegmentShardRequest(ctx context.Context, erasureRoot crypto.Hash, shardIndex uint16, segmentIndexes []uint16) (segmentShards [][]byte, err error)
	SegmentShardRequestJustification(ctx context.Context, erasureRoot crypto.Hash, shardIndex uint16, segmentIndexes []uint16) (segmentShards [][]byte, justification [][][]byte, err error)

	StoreAllShards(ctx context.Context, erasureRoot crypto.Hash, bundle [][]byte, segments [][][]byte, bundleHashAndSegmentsRoot [][]byte) error
}

type ValidatorServiceMock struct {
	mock.Mock
}

type ValidatorState struct {
	CurrentValidators  safrole.ValidatorsData // CurrentValidators mapping (κ) Validator keys and metadata currently active.
	ArchivedValidators safrole.ValidatorsData // Archived validators (λ) Validator keys and metadata which were active in the prior epoch.
	QueuedValidators   safrole.ValidatorsData // Enqueued validators (ι) Validator keys and metadata to be drawn from next.
	SafroleState       safrole.State          // Safrole State (𝛾) (state of block-production algorithm)
}

type ValidatorStatistics struct {
	NumOfBlocks                 uint32 // Number of blocks (b) - The number of blocks produced by the validator.
	NumOfTickets                uint32 // Number of tickets (t) - The number of tickets introduced by the validator.
	NumOfPreimages              uint32 // Number of preimages (p) - The number of preimages introduced by the validator.
	NumOfBytesAllPreimages      uint32 // Number of bytes across all preimages (d) - The total number of octets across all preimages introduced by the validator.
	NumOfGuaranteedReports      uint32 // Number of guaranteed reports (g) - The number of reports guaranteed by the validator.
	NumOfAvailabilityAssurances uint32 // Number of availability assurances (a) - The number of assurances of availability made by the validator.
}