using System; using System.IO; using Microsoft.VisualStudio.TestTools.UnitTesting; using CPF; using System.Text; using Microsoft.SPOT; using System.Threading; using HWModules; using SensorModules; using SWModules; namespace CPFUnitTests { [TestClass] public class UnitTestIridiumCSQPolling { /// /// Test zmodem send using the bluetooth serial port, but plug it into a linux tty login. /// if no login is provided, the attempt should fail gracefully. /// /// private static int utcount; [TestMethod] public void TestIridium_BidirectionalTransfer() { Init(); int resp = 0; bool carrier = false; //Connect Thread.Sleep(1000); // enough time for the cbst message to come in imodem.sendNoEcho(); Thread.Sleep(1000); // enough time for the cbst message to come in imodem.SelectBearerServiceType(NAL_A3LAR.CallSpeed.BPS9600V110); Thread.Sleep(1000); // enough time for the cbst message to come in var btOn = false; var btOnOff = 8; var btct = 0; if (btOn) { mother.EnableChannelPower(MotherBoard.ChannelNames.BluetoothChannel); var bt = BTConsole.Instance; bt.init(); EngrLogger.SendConsoleLine += bt.SendLine; } else mother.DisableChannelPower(MotherBoard.ChannelNames.BluetoothChannel); while (true) { if (btOn) Debug.Print("BTON"); else Debug.Print("BTOFF"); imodem.sendCSQ(); Thread.Sleep(10000); // enough time for the cbst message to come in mother.ToggleDebugLED(); messageQueue.processQMaxLimit(); } } private static MessageQueue messageQueue; private static IridiumModem1 imodem; private static MotherBoard mother; static bool runonce = false; public void Init() { if (!runonce) { imodem = IridiumModem1.Instance; mother = MotherBoard.Instance; mother.EnableChannelPower(MotherBoard.ChannelNames.IridiumChannel); messageQueue = MessageQueue.Instance; runonce = true; EngrLogger.Comment("Initializing Iridium Modem"); imodem.simpleInit(); imodem.powerUp(); } } } }