Documentation ¶
Index ¶
- type Backend
- func (b *Backend) Close() (err er)
- func (b *Backend) CountEvents(c cx, f *filter.T) (count no, approx bo, err er)
- func (b *Backend) DeleteEvent(c cx, ev *eventid.T) (err er)
- func (b *Backend) Export(c cx, w io.Writer, pubkeys ...by)
- func (b *Backend) Import(r io.Reader)
- func (b *Backend) Init(path st) (err er)
- func (b *Backend) Nuke() (err er)
- func (b *Backend) Path() (s st)
- func (b *Backend) QueryEvents(c cx, f *filter.T) (evs event.Ts, err er)
- func (b *Backend) SaveEvent(c cx, ev *event.T) (err er)
- func (b *Backend) Sync() (err er)
Constants ¶
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Variables ¶
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Functions ¶
This section is empty.
Types ¶
type Backend ¶
type Backend struct { Ctx context.T WG *sync.WaitGroup // L1 will store its state/configuration in path/layer1 L1 store.I // L2 will store its state/configuration in path/layer2 L2 store.I // PollFrequency is how often the L2 is queried for recent events. This is only // relevant for shared layer2 stores, and will not apply for layer2 // implementations that are just two separate data store systems on the same // server. PollFrequency time.Duration // PollOverlap is the multiple of the PollFrequency within which polling the L2 // is done to ensure any slow synchrony on the L2 is covered (2-4 usually). PollOverlap no // EventSignal triggers when the L1 saves a new event from the L2 // // caller is responsible for populating this so that a signal can pass to all // peers sharing the same L2 and enable cross-cluster subscription delivery. EventSignal event.C // contains filtered or unexported fields }
func (*Backend) CountEvents ¶
func (*Backend) DeleteEvent ¶
func (*Backend) QueryEvents ¶
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