package server import ( "context" "testing" "time" "github.com/netbirdio/netbird/management/proto" ) // var peersUpdater *PeersUpdateManager func TestCreateChannel(t *testing.T) { peer := "test-create" peersUpdater := NewPeersUpdateManager(nil) defer peersUpdater.CloseChannel(context.Background(), peer) _ = peersUpdater.CreateChannel(context.Background(), peer) if _, ok := peersUpdater.peerChannels[peer]; !ok { t.Error("Error creating the channel") } } func TestSendUpdate(t *testing.T) { peer := "test-sendupdate" peersUpdater := NewPeersUpdateManager(nil) update1 := &UpdateMessage{Update: &proto.SyncResponse{ NetworkMap: &proto.NetworkMap{ Serial: 0, }, }} _ = peersUpdater.CreateChannel(context.Background(), peer) if _, ok := peersUpdater.peerChannels[peer]; !ok { t.Error("Error creating the channel") } peersUpdater.SendUpdate(context.Background(), peer, update1) select { case <-peersUpdater.peerChannels[peer]: default: t.Error("Update wasn't send") } for range [channelBufferSize]int{} { peersUpdater.SendUpdate(context.Background(), peer, update1) } update2 := &UpdateMessage{Update: &proto.SyncResponse{ NetworkMap: &proto.NetworkMap{ Serial: 10, }, }} peersUpdater.SendUpdate(context.Background(), peer, update2) timeout := time.After(5 * time.Second) for range [channelBufferSize]int{} { select { case <-timeout: t.Error("timed out reading previously sent updates") case updateReader := <-peersUpdater.peerChannels[peer]: if updateReader.Update.NetworkMap.Serial == update2.Update.NetworkMap.Serial { t.Error("got the update that shouldn't have been sent") } } } } func TestCloseChannel(t *testing.T) { peer := "test-close" peersUpdater := NewPeersUpdateManager(nil) _ = peersUpdater.CreateChannel(context.Background(), peer) if _, ok := peersUpdater.peerChannels[peer]; !ok { t.Error("Error creating the channel") } peersUpdater.CloseChannel(context.Background(), peer) if _, ok := peersUpdater.peerChannels[peer]; ok { t.Error("Error closing the channel") } }