public static void GetSensors(m_garden garden)
{
List <sensor> sensors = new List <sensor>();
HTTPRequest request_getSensor1 = new HTTPRequest(new Uri(data.IP + "/getTemperatureSensorByGardenId?gardenId=" + garden.getId()), HTTPMethods.Get, (req_sensor1, res_sensor1) => {
Debug.Log(res_sensor1.DataAsText);
JArray array = JArray.Parse(res_sensor1.DataAsText);
foreach (var e in array)
{
sensor temp = new sensor();
temp.setId((long)e["id"]);
temp.setName((string)e["name"]);
temp.setX((int)e["x"] * data.width / garden.getLength());
temp.setY((int)e["y"] * data.length / garden.getWidth());
temp.setType(true);
sensors.Add(temp);
}
garden.addSensor(sensors);
}).Send();
HTTPRequest request_getSensor2 = new HTTPRequest(new Uri(data.IP + "/getWetnessSensorByGardenId?gardenId=" + garden.getId()), HTTPMethods.Get, (req_sensor2, res_sensor2) => {
Debug.Log(res_sensor2.DataAsText);
JArray array = JArray.Parse(res_sensor2.DataAsText);
foreach (var e in array)
{
sensor temp = new sensor();
temp.setId((long)e["id"]);
temp.setName((string)e["name"]);
temp.setX((int)e["x"] * data.width / garden.getLength());
temp.setY((int)e["y"] * data.length / garden.getWidth());
temp.setType(false);
sensors.Add(temp);
}
garden.addSensor(sensors);
}).Send();
HTTPRequest request_getSensorData1 = new HTTPRequest(new Uri(data.IP + "/getLatestTemperatureByGardenId?gardenId=" + garden.getId()), HTTPMethods.Get, (req_data1, res_data1) => {
Debug.Log(res_data1.DataAsText);
JArray array = JArray.Parse(res_data1.DataAsText);
foreach (var e in array)
{
foreach (sensor n in garden.getSensors())
{
if (n.getId() == (long)e["id"] && n.getType())
{
n.setData((float)e["temperature"]);
}
}
}
foreach (sensor e in garden.getSensors())
{
if (e.getType() && e.getData() != 0)
{
MapBG.drawOne(e.getId(), e.getName(), e.getX(), e.getY(), MapBG.SensorControllerType.Temperature, true, e.getData(), garden.getIdealTemperature() * (float)1.2, garden.getIdealTemperature() * (float)0.8);
}
else if (e.getType() && e.getData() == 0)
{
MapBG.drawOne(e.getId(), e.getName(), e.getX(), e.getY(), MapBG.SensorControllerType.Temperature, false, garden.getIdealTemperature(), garden.getIdealTemperature() * (float)1.2, garden.getIdealTemperature() * (float)0.8);
}
}
}).Send();
HTTPRequest request_getSensorData2 = new HTTPRequest(new Uri(data.IP + "/getLatestWetnessByGardenId?gardenId=" + garden.getId()), HTTPMethods.Get, (req_data2, res_data2) => {
Debug.Log(res_data2.DataAsText);
JArray array = JArray.Parse(res_data2.DataAsText);
foreach (var e in array)
{
foreach (sensor n in garden.getSensors())
{
if (n.getId() == (long)e["id"] && !n.getType())
{
n.setData((float)e["wetness"]);
}
}
}
foreach (sensor e in garden.getSensors())
{
if (!e.getType() && e.getData() != 0)
{
MapBG.drawOne(e.getId(), e.getName(), e.getX(), e.getY(), MapBG.SensorControllerType.Humidity, true, e.getData(), garden.getIdealHumidity() * (float)1.2, garden.getIdealHumidity() * (float)0.8);
}
else if (!e.getType() && e.getData() == 0)
{
MapBG.drawOne(e.getId(), e.getName(), e.getX(), e.getY(), MapBG.SensorControllerType.Humidity, false, garden.getIdealHumidity(), garden.getIdealHumidity() * (float)1.2, garden.getIdealHumidity() * (float)0.8);
}
}
}).Send();
return;
}
