public void SetUp()
{
num = 2;
rezim1 = Enums.ConsumerRezim.ON;
rezim2 = Enums.ConsumerRezim.OFF;
cg = new Consumer.ConsumerGUI();
temp = new Common.Consumer();
mockConsumer1 = new Mock <Common.Consumer>();
mockConsumer1.Setup(temp => temp.Id).Returns("0");
mockConsumer1.Setup(temp => temp.EnergyConsumption).Returns(100);
mockConsumer1.Setup(temp => temp.Rezim).Returns(rezim1);
mockConsumer2 = new Mock <Common.Consumer>();
mockConsumer2.Setup(temp => temp.Id).Returns("1");
mockConsumer2.Setup(temp => temp.EnergyConsumption).Returns(200);
mockConsumer2.Setup(temp => temp.Rezim).Returns(rezim2);
ConsumerSHES.consumersList.Add(mockConsumer1.Object);
ConsumerSHES.consumersList.Add(mockConsumer2.Object);
}
private void BtnChange_Click(object sender, RoutedEventArgs e)
{
//parsirati unos svaki
ChannelFactory <ISolarPanelGUI> SolarPanelChannel = new ChannelFactory <ISolarPanelGUI>("ISolarPanelGUI");
ISolarPanelGUI proxySP = SolarPanelChannel.CreateChannel();
ChannelFactory <IEVChargerGUI> EVChargerChannel = new ChannelFactory <IEVChargerGUI>("IEVChargerGUI");
IEVChargerGUI proxyEV = EVChargerChannel.CreateChannel();
ChannelFactory <IConsumerGUI> ConsumerChannel = new ChannelFactory <IConsumerGUI>("IConsumerGUI");
IConsumerGUI proxyConsumer = ConsumerChannel.CreateChannel();
ChannelFactory <IUtilityGUI> UtilityChannel = new ChannelFactory <IUtilityGUI>("IUtilityGUI");
IUtilityGUI proxyUtility = UtilityChannel.CreateChannel();
double sunIntensity = 0;
var consumerRezim = Common.Enums.ConsumerRezim.OFF;
int consumerID = 0;
var ev = Common.Enums.BatteryRezim.PRAZNJENJE;
double util = 0;
if (txtSun.Text != null && txtSun.Text != "")
{
if (double.TryParse(txtSun.Text, out sunIntensity) && sunIntensity >= 0 && sunIntensity <= 1)
{
proxySP.ChangeSunIntensity(sunIntensity);
txtSun.Text = "";
}
else
{
throw new ArgumentOutOfRangeException("Intenzitet Sunca mora biti broj u intervalu 0-1!");
}
}
if (txtConsumerId.Text != null && txtConsumerId.Text != "")
{
if (Int32.TryParse(txtConsumerId.Text, out consumerID))
{
if (cmbBoxConsumer.Text != null && cmbBoxConsumer.Text != "")
{
switch (cmbBoxConsumer.Text)
{
case "ON":
consumerRezim = Enums.ConsumerRezim.ON;
break;
default:
consumerRezim = Enums.ConsumerRezim.OFF;
break;
}
Trace.TraceInformation("GUI sending: Consumer id-" + consumerID + ", state-" + consumerRezim.ToString());
proxyConsumer.ChangeConsumerState(consumerID, consumerRezim);
txtConsumerId.Text = "";
}
}
else
{
throw new ArgumentOutOfRangeException("Id potrosaca mora biti nenegativan broj!");
}
}
if (cmbBoxBatteryRegime.Text != null && cmbBoxBatteryRegime.Text != "")
{
switch (cmbBoxBatteryRegime.Text)
{
case "PUNJENJE":
ev = Enums.BatteryRezim.PUNJENJE;
break;
default:
ev = Enums.BatteryRezim.PRAZNJENJE;
break;
}
Trace.TraceInformation("GUI to EV: " + Convert.ToBoolean(cmbBoxBatteryOnPlug.Text) + " " + ev.ToString());
proxyEV.SendRegime(Convert.ToBoolean(cmbBoxBatteryOnPlug.Text), ev);
}
if (txtUtilityPrice.Text != null && txtUtilityPrice.Text != "")
{
if (double.TryParse(txtUtilityPrice.Text, out util) && util >= 0)
{
util = double.Parse(txtUtilityPrice.Text);
proxyUtility.SendPrice(util);
txtUtilityPrice.Text = "";
}
else
{
throw new ArgumentOutOfRangeException("Cena elektrodistribucije mora biti pozitivan broj!");
}
}
}