private void PlantList_OnItemSelected(object sender, SelectedItemChangedEventArgs e)
{
var tappedItem = e.SelectedItem;
PlantGrid.IsVisible = true;
PlantList.IsVisible = false;
Console.WriteLine("Dette er imageUrl: " + ((Plant)tappedItem).imageUrl);
if ((((Plant)tappedItem).imageUrl) != null)
{
PlantPicture.Source = (((Plant)tappedItem).imageUrl);
}
plantName.Text = "Navn: " + (((Plant)tappedItem).name);
plantId.Text = "ID: " + (((Plant)tappedItem).id);
plantType.Text = "Type: " + (((Plant)tappedItem).type);
Console.WriteLine("Jeg er blevet klikket");
Console.WriteLine(((Plant)tappedItem).id);
List <AirHumidity> airList = ctr.GetAirHumidity();
AirHumidity airhums = airList.FindLast(item => item.plantId.Equals(((Plant)tappedItem).id));
Console.WriteLine("Dette er airhums: " + airhums);
if (airhums != null)
{
plantAirHum.Text = "Air Humidity: " + airhums.humidity;
}
List <Temperature> TempList = ctr.GetAirTemperature();
Temperature airTemp = TempList.FindLast(item => item.plantId.Equals(((Plant)tappedItem).id));
Console.WriteLine("Dette er air Temperature: " + airTemp);
if (airTemp != null)
{
plantAirTemp.Text = "Air Temperature: " + airTemp.temp;
}
List <SoilHumidity> soilHumList = ctr.GetSoilHumidity();
SoilHumidity soilHum = soilHumList.FindLast(item => item.plantId.Equals(((Plant)tappedItem).id));
Console.WriteLine("Dette er air Temperature: " + soilHum);
if (soilHum != null)
{
plantSoilHum.Text = "Soil Humidity: " + soilHum.humidity;
}
}
static public async Task InitParam()
{
NUMBER_SPRINKLERS = 3;
SprDuration = 20;
SprinklerPrograms = new ArrayList();
FileStream fileToRead = null;
try
{
//fileToRead = new FileStream(strDefaultDir + "\\" + strFileProgram, FileMode.Open, FileAccess.Read, FileShare.ReadWrite);
fileToRead = new FileStream(await GetFilePathAsync(strFileProgram), FileMode.Open, FileAccess.Read, FileShare.ReadWrite);
long fileLength = fileToRead.Length;
byte[] buf = new byte[fileLength];
//string mySetupString = "";
// Reads the data.
fileToRead.Read(buf, 0, (int)fileLength);
//await str.ReadAsync(buf, )
// convert the read into a string
List <Param> Params = Param.decryptParam(new String(Encoding.UTF8.GetChars(buf)));
int mSpr = -1;
int mDur = -1;
bool mReboot = false;
if (Params != null)
{
MySecurityKey = Param.CheckConvertString(Params, paramSecurityKey);
mSpr = Param.CheckConvertInt32(Params, paramSpr);
mDur = Param.CheckConvertInt32(Params, paramDuration);
mReboot = Param.CheckConvertBool(Params, paramReboot);
}
//write the last time a boot has happened and initialize the next reboot
if (mReboot)
{
//MyRebootManager = new Timer(new TimerCallback(RebootManager), null, (mReboot* 3600000), (mReboot* 3660000));
}
if (mDur > 0)
{
SprDuration = mDur;
}
securityKey = paramSecurityKey + Param.ParamEqual + MySecurityKey;
if (mSpr != -1)
{
NUMBER_SPRINKLERS = mSpr;
// Initiate Sprinklers (3 by default)
Sprinklers = new Sprinkler[NUMBER_SPRINKLERS];
for (int i = 0; i < Sprinklers.Length; i++)
{
bool isinvert = Param.CheckConvertBool(Params, paramInv + i);
Sprinklers[i] = new Sprinkler(i, isinvert);
}
for (int i = 0; i < NUMBER_SPRINKLERS; i++)
{
Sprinklers[i].Name = Param.CheckConvertString(Params, paramSprName + i);
}
}
}
catch (Exception e)
{
if (fileToRead != null)
{
fileToRead.Dispose();
}
}
soilHumidity = new SoilHumidity();
await InitIoTHub();
await InitPrograms();
await InitTypicalProgam();
await InitFuzzyLogic();
await InitPredictions();
//initialize the relay output
var gpio = GpioController.GetDefault();
EnableOutput = gpio.OpenPin(GPIO_PIN);
EnableOutput.SetDriveMode(GpioPinDriveMode.Output);
EnableOutput.Write(GpioPinValue.High);
//init the timer that will ruin every minute to check when to stop/start
InitTimer();
//SendDataToAzure("{\"info\":\"Sprinkler system started\",\"DeviceID\":\""+ DeviceId +"\"}");
LogToAzure("Sprinkler system started");
ReceiveDataFromAzure();
}
