private void EntryDevice() { #if (ACCESS_MOBILE_SERVICE) if (mobileService == null) { mobileService = new EGIoTKit.Utility.SimpleMobileAppsClient(IoTHoLConfig.DeviceEntryEndPoint); if (proxyHost != null && proxyHost != "") { mobileService.ProxyHost = proxyHost; mobileService.ProxyPort = proxyPort; } } var registered = mobileService.Query(DeviceEntryTableName); bool registed = false; if (registered != null && registered.Count > 0) { foreach (var re in registered) { var registedEntry = re as Hashtable; if ((string)(registedEntry["deviceId"]) == deviceId) { if (registedEntry["serviceAvailable"] != null) { IoTServiceAvailabled = (bool)registedEntry["serviceAvailable"]; if (IoTServiceAvailabled) { IoTHoLConfig.IoTHubEndpoint = (string)registedEntry["iotHubEndpoint"]; IoTHoLConfig.DeviceKey = (string)registedEntry["deviceKey"]; Debug.Print("IoT Hub Service Availabled - IoTHubEndpoint=" + IoTHoLConfig.IoTHubEndpoint + ",deviceKey=" + IoTHoLConfig.DeviceKey); } } registed = true; break; } } } if (!registed) { var entry = new Models.DeviceEntry() { DeviceId = deviceId.ToString(), ServiceAvailable = false, DeviceKey = "", IoTHubEndpoint = "" }; var insertedItem = mobileService.Insert(DeviceEntryTableName, entry); } #else #if (ACCESS_IOT_HUB) IoTServiceAvailabled = true; #endif #endif if (IoTServiceAvailabled) { srMax = (int)(uploadIntervalMSec / measureIntervalMSec); sensorReadings = new PinKitIoTApp.Models.SensorReading[srMax]; for (int i = 0; i < srMax; i++) { sensorReadings[i] = new PinKitIoTApp.Models.SensorReading(); } srCount = 0; } }
/** * */ private void EntryDevice() { #if (ACCESS_MOBILE_SERVICE) if (mobileService == null) { mobileService = new EGIoTKit.Utility.SimpleMobileAppsClient(IoTHoLConfig.DeviceEntryEndPoint); if (proxyHost != null && proxyHost != "") { mobileService.ProxyHost = proxyHost; mobileService.ProxyPort = proxyPort; } } var registered = mobileService.Query(DeviceEntryTableName); bool registed = false; if (registered != null && registered.Count > 0) { foreach (var re in registered) { var registedEntry = re as Hashtable; if ((string)(registedEntry["deviceId"]) == deviceId) { if (registedEntry["serviceAvailable"] != null) { IoTServiceAvailabled = (bool)registedEntry["serviceAvailable"]; if (IoTServiceAvailabled) { IoTHoLConfig.IoTHubEndpoint = (string)registedEntry["iotHubEndpoint"]; IoTHoLConfig.DeviceKey = (string)registedEntry["deviceKey"]; Debug.Print("IoT Hub Service Availabled - IoTHubEndpoint=" + IoTHoLConfig.IoTHubEndpoint + ",deviceKey=" + IoTHoLConfig.DeviceKey); } } registed = true; break; } } } if (!registed) { var entry = new Models.DeviceEntry() { DeviceId = deviceId.ToString(), ServiceAvailable = false, DeviceKey = "", IoTHubEndpoint = "" }; var insertedItem = mobileService.Insert(DeviceEntryTableName, entry); } #else #if (ACCESS_IOT_HUB) IoTServiceAvailabled = true; #endif #endif /** * 9センサを稼動させるためにsensorReadingsクラスを拡張する必要がある **/ if (IoTServiceAvailabled) { // srMax = 60000 / 2000 srMax = (int)(uploadIntervalMSec / measureIntervalMSec); // sensorReadingsオブジェクトを30(srMax)個生成 sensorReadings = new PinKitIoTApp.Models.SensorReading[srMax]; for (int i = 0; i < srMax; i++) { sensorReadings[i] = new PinKitIoTApp.Models.SensorReading(); } srCount = 0; } }