private void SetParametersValues(string applianceId)
{
ReportParameter applianceParam = new ReportParameter();
ReportParameter temperatureParam = new ReportParameter();
ReportParameter RHParam = new ReportParameter();
ReportParameter diffPressureParam = new ReportParameter();
IRepository<Appliance> dbA = new ApplianceRepository();
IRepository<SignalAppliance> dbSA = new SignalApplianceRepository();
IRepository<SignalApplianceValue> dbSAV = new SignalApplianceValueRepository();
applianceParam = new ReportParameter("ApplianceParam", "N/A");
temperatureParam = new ReportParameter("TemperatureParam", "0");
RHParam = new ReportParameter("RHParam", "0");
diffPressureParam = new ReportParameter("DiffPressureParam", "0");
Appliance appliance = dbA.GetById(int.Parse(applianceId));
if (appliance == null)
{
if (int.Parse(applianceId) < 0)
{
applianceParam = new ReportParameter("ApplianceParam", "TODOS");
temperatureParam = new ReportParameter("TemperatureParam", "Todos");
RHParam = new ReportParameter("RHParam", "Todos");
diffPressureParam = new ReportParameter("DiffPressureParam", "Todos");
}
}
else
{
applianceParam = new ReportParameter("ApplianceParam", appliance.NameAppliance);
var arrayDiffPressureParam = new ArrayList();
var arrayTemperatureParam = new ArrayList();
var arrayRHParam = new ArrayList();
Dictionary<string, object> properties = new Dictionary<string, object>();
properties.Add("Appliance.Id", int.Parse(applianceId));
IList<SignalAppliance> signalApplianceList = dbSA.GetByProperties(properties);
foreach (var signalAppliance in signalApplianceList)
{
Dictionary<string, object> propertiesSA = new Dictionary<string, object>();
propertiesSA.Add("SignalAppliance.Id", signalAppliance.Id);
propertiesSA.Add("AlarmType.Id", int.Parse(ConfigurationManager.AppSettings["NormalAlarmId"]));
IList<SignalApplianceValue> signalApplianceValueList = dbSAV.GetByProperties(propertiesSA);
foreach (var signalApplianceValue in signalApplianceValueList.OrderByDescending(o => o.Value))
{
if (signalAppliance.Signal.Id == SMCLSignals.DifferentialPressure)
{
arrayDiffPressureParam.Add(signalApplianceValue.Value);
arrayDiffPressureParam.Add(signalAppliance.Tolerance);
}
if (signalAppliance.Signal.Id == SMCLSignals.Temperature)
{
arrayTemperatureParam.Add(signalApplianceValue.Value);
arrayTemperatureParam.Add(signalAppliance.Tolerance);
}
if (signalAppliance.Signal.Id == SMCLSignals.RH)
{
arrayRHParam.Add(signalApplianceValue.Value);
arrayRHParam.Add(signalAppliance.Tolerance);
}
}
}
if (arrayDiffPressureParam.Count > 0)
{
diffPressureParam = new ReportParameter("DiffPressureParam", arrayDiffPressureParam[0].ToString() + " ± " + arrayDiffPressureParam[1].ToString() + " " + ConfigurationManager.AppSettings["InchesOfWater"]);
}
if (arrayTemperatureParam.Count > 0)
{
temperatureParam = new ReportParameter("TemperatureParam", arrayTemperatureParam[0].ToString() + " ± " + arrayTemperatureParam[1].ToString() + " " + ConfigurationManager.AppSettings["DegreeCelsius"]);
}
if (arrayRHParam.Count > 0)
{
RHParam = new ReportParameter("RHParam", arrayRHParam[0].ToString() + " ± " + arrayRHParam[1].ToString() + " " + ConfigurationManager.AppSettings["Percentage"]);
}
}
ReportParameterCollection parameters = new ReportParameterCollection();
parameters.Add(applianceParam);
parameters.Add(temperatureParam);
parameters.Add(RHParam);
parameters.Add(diffPressureParam);
ReportViewer1.LocalReport.SetParameters(parameters);
}
