Documentation
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Index ¶
- Variables
- type DataProxy
- type EmptyProxy
- func (e EmptyProxy) Close()
- func (e EmptyProxy) GetEvent(sel *commonv1.EventSelector) (*EventData, error)
- func (e EmptyProxy) HistorySnapshotData(sel *commonv1.EventSelector) []*analysisv1.SnapshotData
- func (e EmptyProxy) LiveEvents() []*EventData
- func (e EmptyProxy) PublishDriverData(req *racestatev1.PublishDriverDataRequest) error
- func (e EmptyProxy) PublishEventRegistered(epd *utils.EventProcessingData) error
- func (e EmptyProxy) PublishEventUnregistered(eventKey string) error
- func (e EmptyProxy) PublishRaceStateData(req *racestatev1.PublishStateRequest) error
- func (e EmptyProxy) PublishSpeedmapData(req *racestatev1.PublishSpeedmapRequest) error
- func (e EmptyProxy) SubscribeAnalysisData(sel *commonv1.EventSelector) (d <-chan *analysisv1.Analysis, q chan<- struct{}, err error)
- func (e EmptyProxy) SubscribeDriverData(sel *commonv1.EventSelector) (d <-chan *livedatav1.LiveDriverDataResponse, q chan<- struct{}, err error)
- func (e EmptyProxy) SubscribeRaceStateData(sel *commonv1.EventSelector) (d <-chan *racestatev1.PublishStateRequest, q chan<- struct{}, err error)
- func (e EmptyProxy) SubscribeSnapshotData(sel *commonv1.EventSelector) (d <-chan *analysisv1.SnapshotData, q chan<- struct{}, err error)
- func (e EmptyProxy) SubscribeSpeedmapData(sel *commonv1.EventSelector) (d <-chan *racestatev1.PublishSpeedmapRequest, q chan<- struct{}, err error)
- type EventData
- type PublishProxy
Constants ¶
This section is empty.
Variables ¶
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var ErrEventNotFound = errors.New("event not found")
Functions ¶
This section is empty.
Types ¶
type DataProxy ¶
type DataProxy interface { PublishProxy LiveEvents() []*EventData // returns the event data for the given selector GetEvent(sel *commonv1.EventSelector) (*EventData, error) // subscribe to race state data // the returned channel is the provider for outgoing live messages SubscribeRaceStateData(sel *commonv1.EventSelector) ( dataChan <-chan *racestatev1.PublishStateRequest, quitChan chan<- struct{}, err error, ) // subscribe to speedmap data // the returned channel is the provider for outgoing live messages SubscribeSpeedmapData(sel *commonv1.EventSelector) ( dataChan <-chan *racestatev1.PublishSpeedmapRequest, quitChan chan<- struct{}, err error, ) // subscribe to driver data // the returned channel is the provider for outgoing live messages SubscribeDriverData(sel *commonv1.EventSelector) ( dataChan <-chan *livedatav1.LiveDriverDataResponse, quitChan chan<- struct{}, err error, ) // subscribe to analysis data // the returned channel is the provider for outgoing live messages SubscribeAnalysisData(sel *commonv1.EventSelector) ( dataChan <-chan *analysisv1.Analysis, quitChan chan<- struct{}, err error, ) // subscribe to snapshot data // the returned channel is the provider for outgoing live messages SubscribeSnapshotData(sel *commonv1.EventSelector) ( dataChan <-chan *analysisv1.SnapshotData, quitChan chan<- struct{}, err error, ) // provides all snapshot data for the given event HistorySnapshotData(sel *commonv1.EventSelector) []*analysisv1.SnapshotData // performs cleanup Close() }
type EmptyProxy ¶
type EmptyProxy struct{}
func (EmptyProxy) Close ¶
func (e EmptyProxy) Close()
func (EmptyProxy) GetEvent ¶
func (e EmptyProxy) GetEvent(sel *commonv1.EventSelector) (*EventData, error)
func (EmptyProxy) HistorySnapshotData ¶
func (e EmptyProxy) HistorySnapshotData(sel *commonv1.EventSelector) []*analysisv1.SnapshotData
func (EmptyProxy) LiveEvents ¶
func (e EmptyProxy) LiveEvents() []*EventData
func (EmptyProxy) PublishDriverData ¶
func (e EmptyProxy) PublishDriverData(req *racestatev1.PublishDriverDataRequest) error
func (EmptyProxy) PublishEventRegistered ¶
func (e EmptyProxy) PublishEventRegistered(epd *utils.EventProcessingData) error
func (EmptyProxy) PublishEventUnregistered ¶
func (e EmptyProxy) PublishEventUnregistered(eventKey string) error
func (EmptyProxy) PublishRaceStateData ¶
func (e EmptyProxy) PublishRaceStateData(req *racestatev1.PublishStateRequest) error
func (EmptyProxy) PublishSpeedmapData ¶
func (e EmptyProxy) PublishSpeedmapData(req *racestatev1.PublishSpeedmapRequest) error
func (EmptyProxy) SubscribeAnalysisData ¶
func (e EmptyProxy) SubscribeAnalysisData(sel *commonv1.EventSelector) ( d <-chan *analysisv1.Analysis, q chan<- struct{}, err error, )
func (EmptyProxy) SubscribeDriverData ¶
func (e EmptyProxy) SubscribeDriverData(sel *commonv1.EventSelector) ( d <-chan *livedatav1.LiveDriverDataResponse, q chan<- struct{}, err error, )
func (EmptyProxy) SubscribeRaceStateData ¶
func (e EmptyProxy) SubscribeRaceStateData(sel *commonv1.EventSelector) ( d <-chan *racestatev1.PublishStateRequest, q chan<- struct{}, err error, )
func (EmptyProxy) SubscribeSnapshotData ¶
func (e EmptyProxy) SubscribeSnapshotData(sel *commonv1.EventSelector) ( d <-chan *analysisv1.SnapshotData, q chan<- struct{}, err error, )
func (EmptyProxy) SubscribeSpeedmapData ¶
func (e EmptyProxy) SubscribeSpeedmapData(sel *commonv1.EventSelector) ( d <-chan *racestatev1.PublishSpeedmapRequest, q chan<- struct{}, err error, )
type EventData ¶
func (*EventData) FromBinary ¶ added in v0.28.0
type PublishProxy ¶
type PublishProxy interface { // handles the registration of a new event PublishEventRegistered(epd *utils.EventProcessingData) error // handles the unregistration of an event PublishEventUnregistered(eventKey string) error // this method is uses by the instance processing the incoming data // the purpose is to distribute the incoming data to all subscribers PublishRaceStateData(req *racestatev1.PublishStateRequest) error // this method is uses by the instance processing the incoming data // the purpose is to distribute the incoming data to all subscribers PublishSpeedmapData(req *racestatev1.PublishSpeedmapRequest) error // this method is uses by the instance processing the incoming data // the purpose is to distribute the incoming data to all subscribers PublishDriverData(req *racestatev1.PublishDriverDataRequest) error }
PublishProxy is the interface for publishing data from (external) race data providers. These data can be easily converted for response data.
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