dispatcher

type Config struct {
	ActionChanSize             uint          `yaml:"actionChanSize"`
	BlockChanSize              uint          `yaml:"blockChanSize"`
	BlockSyncChanSize          uint          `yaml:"blockSyncChanSize"`
	ConsensusChanSize          uint          `yaml:"consensusChanSize"`
	MiscChanSize               uint          `yaml:"miscChanSize"`
	ProcessSyncRequestInterval time.Duration `yaml:"processSyncRequestInterval"`
}

type Dispatcher interface {
	lifecycle.StartStopper

	// AddSubscriber adds to dispatcher
	AddSubscriber(uint32, Subscriber)
	// HandleBroadcast handles the incoming broadcast message. The transportation layer semantics is at least once.
	// That said, the handler is likely to receive duplicate messages.
	HandleBroadcast(context.Context, uint32, string, proto.Message)
	// HandleTell handles the incoming tell message. The transportation layer semantics is exact once. The sender is
	// given for the sake of replying the message
	HandleTell(context.Context, uint32, peer.AddrInfo, proto.Message)
}

type IotxDispatcher struct {
	lifecycle.Readiness
	lifecycle.Lifecycle
	// contains filtered or unexported fields
}

type Subscriber interface {
	ReportFullness(context.Context, iotexrpc.MessageType, float32)
	HandleAction(context.Context, *iotextypes.Action) error
	HandleBlock(context.Context, string, *iotextypes.Block) error
	HandleSyncRequest(context.Context, peer.AddrInfo, *iotexrpc.BlockSync) error
	HandleConsensusMsg(*iotextypes.ConsensusMessage) error
	HandleNodeInfoRequest(context.Context, peer.AddrInfo, *iotextypes.NodeInfoRequest) error
	HandleNodeInfo(context.Context, string, *iotextypes.NodeInfo) error
	HandleActionRequest(ctx context.Context, peer peer.AddrInfo, actHash hash.Hash256) error
	HandleActionHash(ctx context.Context, actHash hash.Hash256, from string) error
}