// NewEndpointsConfig creates a new EndpointsConfig.
// It immediately runs the created EndpointsConfig.
func NewEndpointsConfig() *EndpointsConfig {
updates := make(chan struct{})
store := &endpointsStore{updates: updates, endpoints: make(map[string]map[types.NamespacedName]api.Endpoints)}
mux := config.NewMux(store)
bcaster := config.NewBroadcaster()
go watchForUpdates(bcaster, store, updates)
return &EndpointsConfig{mux, bcaster, store}
}
// NewServiceConfig creates a new ServiceConfig.
// It immediately runs the created ServiceConfig.
func NewServiceConfig() *ServiceConfig {
updates := make(chan struct{})
store := &serviceStore{updates: updates, services: make(map[string]map[types.NamespacedName]api.Service)}
mux := config.NewMux(store)
bcaster := config.NewBroadcaster()
go watchForUpdates(bcaster, store, updates)
return &ServiceConfig{mux, bcaster, store}
}
// NewEndpointsConfig creates a new EndpointsConfig.
// It immediately runs the created EndpointsConfig.
func NewEndpointsConfig() *EndpointsConfig {
// The updates channel is used to send interrupts to the Endpoints handler.
// It's buffered because we never want to block for as long as there is a
// pending interrupt, but don't want to drop them if the handler is doing
// work.
updates := make(chan struct{}, 1)
store := &endpointsStore{updates: updates, endpoints: make(map[string]map[types.NamespacedName]api.Endpoints)}
mux := config.NewMux(store)
bcaster := config.NewBroadcaster()
go watchForUpdates(bcaster, store, updates)
return &EndpointsConfig{mux, bcaster, store}
}