func handleTXMACPayloads(ctx Context) { var wg sync.WaitGroup for txMACPayload := range ctx.Controller.TXMACPayloadChan() { go func(txMACPayload models.MACPayload) { wg.Add(1) defer wg.Done() if err := storage.AddMACPayloadToTXQueue(ctx.RedisPool, txMACPayload); err != nil { log.WithFields(log.Fields{ "dev_eui": txMACPayload.DevEUI, "reference": txMACPayload.Reference, "data_base64": base64.StdEncoding.EncodeToString(txMACPayload.MACCommand), }).Errorf("add tx mac-payload to queue error: %s", err) } }(txMACPayload) } wg.Wait() }
func runDataUpTests(ctx Context, devEUI lorawan.EUI64, devAddr lorawan.DevAddr, tests []dataUpTestCase) { for i, test := range tests { Convey(fmt.Sprintf("When testing: %s [%d]", test.Name, i), func() { ctx.Application.(*testApplicationBackend).err = test.ApplicationBackendError for _, pl := range test.TXPayloadQueue { So(storage.AddTXPayloadToQueue(ctx.RedisPool, pl), ShouldBeNil) } for _, mac := range test.TXMACPayloadQueue { So(storage.AddMACPayloadToTXQueue(ctx.RedisPool, mac), ShouldBeNil) } if test.TXMACPayloadInProcess != nil { So(storage.AddTXPayloadToQueue(ctx.RedisPool, *test.TXMACPayloadInProcess), ShouldBeNil) _, err := storage.GetTXPayloadFromQueue(ctx.RedisPool, devEUI) // getting an item from the queue will put it into in-process So(err, ShouldBeNil) } So(test.PHYPayload.EncryptFRMPayload(test.EncryptFRMPayloadKey), ShouldBeNil) So(test.PHYPayload.SetMIC(test.SetMICKey), ShouldBeNil) rxPacket := models.RXPacket{ PHYPayload: test.PHYPayload, RXInfo: test.RXInfo, } So(handleRXPacket(ctx, rxPacket), ShouldResemble, test.ExpectedHandleRXPacketError) Convey("Then the expected rx-info payloads are sent to the network-controller", func() { So(ctx.Controller.(*testControllerBackend).rxInfoPayloadChan, ShouldHaveLength, len(test.ExpectedControllerRXInfoPayloads)) for _, expPL := range test.ExpectedControllerRXInfoPayloads { pl := <-ctx.Controller.(*testControllerBackend).rxInfoPayloadChan So(pl, ShouldResemble, expPL) } }) Convey("Then the expected error payloads are sent to the network-controller", func() { So(ctx.Controller.(*testControllerBackend).errorPayloadChan, ShouldHaveLength, len(test.ExpectedControllerErrorPayloads)) for _, expPL := range test.ExpectedControllerErrorPayloads { pl := <-ctx.Controller.(*testControllerBackend).errorPayloadChan So(pl, ShouldResemble, expPL) } }) Convey("Then the expected mac-commands are received by the network-controller", func() { So(ctx.Controller.(*testControllerBackend).rxMACPayloadChan, ShouldHaveLength, len(test.ExpectedControllerRXMACPayloads)) for _, expPl := range test.ExpectedControllerRXMACPayloads { pl := <-ctx.Controller.(*testControllerBackend).rxMACPayloadChan So(pl, ShouldResemble, expPl) } }) Convey("Then the expected rx-payloads are received by the application-backend", func() { So(ctx.Application.(*testApplicationBackend).rxPayloadChan, ShouldHaveLength, len(test.ExpectedApplicationRXPayloads)) for _, expPL := range test.ExpectedApplicationRXPayloads { pl := <-ctx.Application.(*testApplicationBackend).rxPayloadChan So(pl, ShouldResemble, expPL) } }) Convey("Then the expected notifications are received by the application-backend", func() { So(ctx.Application.(*testApplicationBackend).notificationPayloadChan, ShouldHaveLength, len(test.ExpectedApplicationNotifications)) for _, expPL := range test.ExpectedApplicationNotifications { pl := <-ctx.Application.(*testApplicationBackend).notificationPayloadChan So(pl, ShouldResemble, expPL) } }) Convey("Then the expected tx-packets are received by the gateway (FRMPayload decrypted and MIC ignored)", func() { So(ctx.Gateway.(*testGatewayBackend).txPacketChan, ShouldHaveLength, len(test.ExpectedGatewayTXPackets)) for _, expPL := range test.ExpectedGatewayTXPackets { pl := <-ctx.Gateway.(*testGatewayBackend).txPacketChan So(pl.PHYPayload.DecryptFRMPayload(test.DecryptExpectedFRMPayloadKey), ShouldBeNil) expPL.PHYPayload.MIC = pl.PHYPayload.MIC So(pl, ShouldResemble, expPL) } }) Convey("Then the frame-counters are as expected", func() { ns, err := storage.GetNodeSessionByDevEUI(ctx.RedisPool, devEUI) So(err, ShouldBeNil) So(ns.FCntDown, ShouldEqual, test.ExpectedFCntDown) So(ns.FCntUp, ShouldEqual, test.ExpectedFCntUp) }) Convey("Then the MACPayload tx-queue is as expected", func() { macQueue, err := storage.ReadMACPayloadTXQueue(ctx.RedisPool, devAddr) So(err, ShouldBeNil) So(macQueue, ShouldResemble, test.ExpectedTXMACPayloadQueue) }) Convey("Then the next TXPayload is as expected", func() { txPL, err := storage.GetTXPayloadFromQueue(ctx.RedisPool, devEUI) if test.ExpectedGetTXPayloadFromQueue == nil { So(err, ShouldResemble, common.ErrEmptyQueue) } else { So(err, ShouldBeNil) So(txPL, ShouldResemble, *test.ExpectedGetTXPayloadFromQueue) } }) }) } }