public WsdlClient(string endpointUrl, TimeSpan timeout, string username, string password) :
base(WsdlClient.GetBindingForEndpoint(timeout), WsdlClient.GetEndpointAddress(endpointUrl))
{
this.ChannelFactory.Credentials.UserName.UserName = username;
this.ChannelFactory.Credentials.UserName.Password = password;
}
double wind; // store the latest average wind
#endregion Fields
#region Constructors
//
public TStat()
{
InitializeComponent();
//
// create the WSDL client sensorTimeoutLimit capture UDP broadcast packets. data received will
// be stored in one of the queues for later examination by the timer tick function.
// If you have changed the WSDL Server's UDP port then change the first argument sensorTimeoutLimit
// the WsdlClient constructor below sensorTimeoutLimit match.
//
mDataQ = new Queue();
mJunkQ = new Queue();
mClient = new WsdlClient(ClientServerComms.DefaultUdpPort,
ref mDataQ, ref mJunkQ, ref mJunkQ);
//
// start up a timer sensorTimeoutLimit call the Process() function every 10 seconds
//
mTimer = new System.Windows.Forms.Timer();
mTimer.Tick += new EventHandler(Process);
mTimer.Interval = 10000; // check temperatures every 10 seconds
mTimer.Start();
checkTimer = new System.Windows.Forms.Timer();
checkTimer.Tick += new EventHandler(processCheck);
checkTimer.Interval = 30000; //confirm check box state every 30s
checkTimer.Start();
last_run = DateTime.Now; // this is used to time the compressor off time to prevent rapid start
wind = 0;
mWxDisplayUnits.Temperature = TemperatureUnit.degF;
mWxDisplayUnits.Wind = SpeedUnit.mi_per_hr;
for (int j = 0; j < lasttemp.Length; j++)
{
lasttemp[j] = DateTime.MinValue;
}
}
