/**
* @brief Asynchronous chart update procedure with
* data obtained from IoT server responses.
* @param ip IoT server IP address.
*/
private async void UpdatePlotWithServerResponseTemp()
{
#if CLIENT
#if GET
string responseText = await Server.GETwithClient();
#else
string responseText = await Server.POSTwithClient();
#endif
#else
#if GET
string responseText = await Server.GETwithRequest();
#else
string responseText = await Server.POSTwithRequest();
#endif
#endif
try
{
#if DYNAMIC
dynamic responseJson = JArray.Parse(responseText);
UpdatePlotTemp(timeStamp / 1000.0, (double)responseJson[0].data);
#else
ServerData responseJson = JsonConvert.DeserializeObject <ServerData>(responseText);
UpdatePlotTemp(timeStamp / 1000.0, responseJson[0].data);
#endif
}
catch (Exception e)
{
Debug.WriteLine("JSON DATA ERROR");
Debug.WriteLine(responseText);
Debug.WriteLine(e);
}
timeStamp += config.SampleTime;
}
/**
* @brief Asynchronous chart update procedure with
* data obtained from IoT server responses.
* @param ip IoT server IP address.
*/
private async void UpdatePlotWithServerResponse()
{
#if CLIENT
#if GET
string responseText = await Server.GETwithClient();
#else
string responseText_IMU = await Server.POSTwithClient("rpy");
string responseText_ENV = await Server.POSTwithClient("env");
#endif
#else
#if GET
string responseText = await Server.GETwithRequest();
#else
string responseText = await Server.POSTwithRequest();
#endif
#endif
try
{
#if DYNAMIC
App.Current.Dispatcher.Invoke((System.Action) delegate
{
JArray measurementsJsonArray = JArray.Parse(responseText_ENV.Replace(']', ',') + responseText_IMU.TrimStart('['));
var measurementsList = measurementsJsonArray.ToObject <List <MeasurementModel> >();
measurementsList.RemoveAt(3);
measurementsList.RemoveAt(6);
if (Measurements.Count < measurementsList.Count)
{
foreach (var m in measurementsList)
{
Measurements.Add(new MeasurementViewModel(m));
}
}
// Update existing elements in collection
else
{
for (int i = 0; i < Measurements.Count; i++)
{
Measurements[i].UpdateWithModel(measurementsList[i]);
}
}
});
JArray array_IMU = JArray.Parse(responseText_IMU);
JArray array_ENV = JArray.Parse(responseText_ENV);
foreach (JObject obj in array_IMU.Children <JObject>())
{
foreach (JProperty singleProp in obj.Properties())
{
if (singleProp.Path == "[0].value")
{
string x = singleProp.Value.ToString();
double result = Convert.ToDouble(x);
if (result > 180)
{
result -= 360;
}
Roll_read = result.ToString("N1");
UpdatePlot_IMU(timeStamp / 1000.0, result, 0);
}
if (singleProp.Path == "[1].value")
{
string x = singleProp.Value.ToString();
double result = Convert.ToDouble(x);
if (result > 180)
{
result -= 360;
}
Pitch_read = result.ToString("N1");
UpdatePlot_IMU(timeStamp / 1000.0, result, 1);
}
if (singleProp.Path == "[2].value")
{
string x = singleProp.Value.ToString();
double result = Convert.ToDouble(x);
if (result > 180)
{
result -= 360;
}
Yaw_read = result.ToString("N1");
UpdatePlot_IMU(timeStamp / 1000.0, result, 2);
}
}
}
foreach (JObject obj in array_ENV.Children <JObject>())
{
foreach (JProperty singleProp in obj.Properties())
{
if (singleProp.Path == "[0].value")
{
string x = singleProp.Value.ToString();
double result = Convert.ToDouble(x);
Temp_read = result.ToString("N2");
UpdatePlot_temp(timeStamp / 1000.0, result);
}
if (singleProp.Path == "[1].value")
{
string x = singleProp.Value.ToString();
double result = Convert.ToDouble(x);
Press_read = result.ToString("N2");
UpdatePlot_press(timeStamp / 1000.0, result);
}
if (singleProp.Path == "[2].value")
{
string x = singleProp.Value.ToString();
double result = Convert.ToDouble(x);
Humid_read = result.ToString("N2");
UpdatePlot_humid(timeStamp / 1000.0, result);
}
}
}
#else
ServerData resposneJson = JsonConvert.DeserializeObject <ServerData>(responseText);
UpdatePlot(timeStamp / 1000.0, resposneJson.data);
#endif
}
catch (Exception e)
{
Debug.WriteLine("JSON DATA ERROR");
Debug.WriteLine(responseText_IMU);
Debug.WriteLine(e);
}
timeStamp += config.SampleTime;
}