public void CanCreateSignalWithTolerance()
{
IRepository<Area> repoT = new AreaRepository();
Area area = new Area();
area = repoT.GetById(1);
IRepository<Signal> repoA = new SignalRepository();
Signal signal = new Signal();
signal.Name = "PruebaSenal";
signal.Description = "Prueba descriptiva senal";
repoA.Save(signal);
IRepository<Appliance> repoB = new ApplianceRepository();
Appliance appliance = new Appliance();
appliance.NameAppliance = "PruebaAppliance";
appliance.Description = "Prueba descriptiva appliance";
appliance.Area = area;
IRepository<SignalAppliance> repoC = new SignalApplianceRepository();
SignalAppliance signalAppliance = new SignalAppliance();
signalAppliance.Signal = signal;
signalAppliance.Appliance = appliance;
signalAppliance.Tolerance = SIGNAL_APPLIANCE_TOLERANCE;
appliance.Signals.Add(signalAppliance);
repoB.Save(appliance);
SignalAppliance createdSignalAppliance = repoC.GetById(signalAppliance.Id);
Assert.IsNotNull(createdSignalAppliance);
Assert.AreEqual(signalAppliance, createdSignalAppliance);
repoC.Delete(signalAppliance.Id);
repoB.Delete(appliance.Id);
repoA.Delete(signal.Id);
}
public void CanCreateSignalWithToleranceAndAssociatedSignalApplianceValues()
{
IRepository<Area> repoT = new AreaRepository();
Area area = new Area();
area = repoT.GetById(1);
IRepository<AlarmType> repoAT = new AlarmTypeRepository();
AlarmType normalAlarm = new AlarmType();
normalAlarm = repoAT.GetById(1);
AlarmType highAlarm = new AlarmType();
highAlarm = repoAT.GetById(2);
AlarmType lowAlarm = new AlarmType();
lowAlarm = repoAT.GetById(3);
IRepository<Signal> repoA = new SignalRepository();
Signal signal = new Signal();
signal.Name = "PruebaSenal";
signal.Description = "Prueba descriptiva senal";
repoA.Save(signal);
IRepository<Appliance> repoB = new ApplianceRepository();
Appliance appliance = new Appliance();
appliance.NameAppliance = "PruebaAppliance";
appliance.Description = "Prueba descriptiva appliance";
appliance.Area = area;
IRepository<SignalAppliance> repoSAppl = new SignalApplianceRepository();
SignalAppliance signalAppliance = new SignalAppliance();
signalAppliance.Signal = signal;
signalAppliance.Appliance = appliance;
signalAppliance.Tolerance = SIGNAL_APPLIANCE_TOLERANCE;
appliance.Signals.Add(signalAppliance);
IRepository<SignalApplianceValue> repoSApplV = new SignalApplianceValueRepository();
SignalApplianceValue normalValue = new SignalApplianceValue();
normalValue.AlarmType = normalAlarm;
normalValue.SignalAppliance = signalAppliance;
normalValue.Value = SIGNAL_APPLIANCE_SET_POINT;
SignalApplianceValue highValue = new SignalApplianceValue();
highValue.AlarmType = highAlarm;
highValue.SignalAppliance = signalAppliance;
highValue.Value = SIGNAL_APPLIANCE_SET_POINT + SIGNAL_APPLIANCE_TOLERANCE;
SignalApplianceValue lowValue = new SignalApplianceValue();
lowValue.AlarmType = lowAlarm;
lowValue.SignalAppliance = signalAppliance;
lowValue.Value = SIGNAL_APPLIANCE_SET_POINT - SIGNAL_APPLIANCE_TOLERANCE;
signalAppliance.SignalApplianceValues.Add(normalValue);
signalAppliance.SignalApplianceValues.Add(highValue);
signalAppliance.SignalApplianceValues.Add(lowValue);
repoB.Save(appliance);
SignalApplianceValue createdNormalValue = repoSApplV.GetById(normalValue.Id);
Assert.AreEqual(normalValue.Value, createdNormalValue.Value);
SignalApplianceValue createdHighValue = repoSApplV.GetById(highValue.Id);
Assert.AreEqual(highValue.Value, createdHighValue.Value);
SignalApplianceValue createdLowValue = repoSApplV.GetById(lowValue.Id);
Assert.AreEqual(lowValue.Value, createdLowValue.Value);
repoSApplV.Delete(normalValue.Id);
repoSApplV.Delete(highValue.Id);
repoSApplV.Delete(lowValue.Id);
repoSAppl.Delete(signalAppliance.Id);
repoB.Delete(appliance.Id);
repoA.Delete(signal.Id);
}
public void ListMonitoringRecordsForInbox()
{
IRepository<SignalAppliance> dbSA = new SignalApplianceRepository();
IRepository<MappingTag> dbMapT = new MappingTagRepository();
IRepository<Monitoring> dbMon = new MonitoringRepository();
IRepository<Signal> dbS = new SignalRepository();
IRepository<Appliance> dbApp = new ApplianceRepository();
IRepository<SignalApplianceValue> dbSAppV = new SignalApplianceValueRepository();
IRepository<AlarmType> dbAT = new AlarmTypeRepository();
IRepository<Area> dbA = new AreaRepository();
var monRecords = from r in (
from mon in dbMon.GetAll()
join mapp in dbMapT.GetAll() on mon.MappingTag.Id equals mapp.Id
select new { monDatetime = mon.DateTime, appId = mapp.Appliance.Id, sigId = mapp.Signal.Id, pv = (mapp.AlarmType.Id.Equals(Convert.ToInt32("1")) ? mon.Value: 0 ), alarm = (mon.Value == 1 && !mapp.AlarmType.Id.Equals(Convert.ToInt32("1")) ? mapp.AlarmType.Id : 0 ) ,userId = mon.User.Id})
group r by new {r.monDatetime, r.appId, r.sigId, r.userId} into g
select new { monRecord = g.Key, monValue = g.Sum(d => d.pv), alarm = g.Sum(d => d.alarm) };
var result = from m in monRecords
join mon in dbMon.GetAll() on m.monRecord.monDatetime equals mon.DateTime
join mapp in dbMapT.GetAll() on new { mapId = mon.MappingTag.Id, appId = m.monRecord.appId, sigId = m.monRecord.sigId } equals new { mapId = mapp.Id, appId = mapp.Appliance.Id, sigId = mapp.Signal.Id }
where (m.alarm == 0 ? 1 : m.alarm) == mapp.AlarmType.Id
select new { monId = mon.Id, dateTime = m.monRecord.monDatetime, appId = m.monRecord.appId, sigId = m.monRecord.sigId, alarm = m.alarm, monValue = m.monValue, userId = m.monRecord.userId };
/*
to_char(tmp.datetime, 'yyyy/mm/dd hh24:mi:ss') mon_datetime, area.are_name, sig.sig_name,
decode(tmp.alarm, 'A', 'Alta', 'B', 'Baja', 'N', 'Normal', 'Desconodido') ala_typ_name,
smcl_get_appl_signal_comment(tmp.datetime, tmp.app_id, tmp.sig_id, tmp.alarm) mon_comment_on_alarm,
appl.app_name, case when tmp.sig_id = 1 then round_half_way_down(trunc(tmp.mon_value, 3), 2) else round_half_way_down(trunc(tmp.mon_value, 2), 1) end mon_value ,
tmp.sig_id, usr.usr_first_name || ' ' || usr.usr_last_name_1 || '(' || usr.usr_login_email || ')' username,
*/
//group new {a.Id, a.NameAlarmType, sapv.Value } by new {sa.Id, app.NameAppliance, s.Name, sa.Tolerance} into g
//select new { signalAppliance = g.Key, setPoint = from v in g where v.Id == 1 select v.Value, highValue = from v in g where v.Id == 2 select v.Value, lowValue = from v in g where v.Id == 3 select v.Value };
ObjectDumper.Write(result.Count());
foreach (var v in result)
{
ObjectDumper.Write(v);
}
}
public void ListSignalAppliancesWithAlarmTypesAndValuesInOneRecord()
{
IRepository<SignalAppliance> dbSA = new SignalApplianceRepository();
IRepository<Signal> dbS = new SignalRepository();
IRepository<Appliance> dbApp = new ApplianceRepository();
IRepository<SignalApplianceValue> dbSAppV = new SignalApplianceValueRepository();
IRepository<AlarmType> dbAT = new AlarmTypeRepository();
IRepository<Area> dbA = new AreaRepository();
Area area = new Area();
area = dbA.GetById(1);
AlarmType normalAlarm = new AlarmType();
normalAlarm = dbAT.GetById(1);
AlarmType highAlarm = new AlarmType();
highAlarm = dbAT.GetById(2);
AlarmType lowAlarm = new AlarmType();
lowAlarm = dbAT.GetById(3);
Signal signal = new Signal();
signal.Name = "PruebaSenal";
signal.Description = "Prueba descriptiva senal";
dbS.Save(signal);
Appliance appliance = new Appliance();
appliance.NameAppliance = "PruebaAppliance";
appliance.Description = "Prueba descriptiva appliance";
appliance.Area = area;
SignalAppliance signalAppliance = new SignalAppliance();
signalAppliance.Signal = signal;
signalAppliance.Appliance = appliance;
signalAppliance.Tolerance = SIGNAL_APPLIANCE_TOLERANCE;
appliance.Signals.Add(signalAppliance);
SignalApplianceValue normalValue = new SignalApplianceValue();
normalValue.AlarmType = normalAlarm;
normalValue.SignalAppliance = signalAppliance;
normalValue.Value = SIGNAL_APPLIANCE_SET_POINT;
SignalApplianceValue highValue = new SignalApplianceValue();
highValue.AlarmType = highAlarm;
highValue.SignalAppliance = signalAppliance;
highValue.Value = SIGNAL_APPLIANCE_SET_POINT + SIGNAL_APPLIANCE_TOLERANCE;
SignalApplianceValue lowValue = new SignalApplianceValue();
lowValue.AlarmType = lowAlarm;
lowValue.SignalAppliance = signalAppliance;
lowValue.Value = SIGNAL_APPLIANCE_SET_POINT - SIGNAL_APPLIANCE_TOLERANCE;
signalAppliance.SignalApplianceValues.Add(normalValue);
signalAppliance.SignalApplianceValues.Add(highValue);
signalAppliance.SignalApplianceValues.Add(lowValue);
dbApp.Save(appliance);
var result = from sa in dbSA.GetAll()
join s in dbS.GetAll() on sa.Signal.Id equals s.Id
join app in dbApp.GetAll() on sa.Appliance.Id equals app.Id
join sapv in dbSAppV.GetAll() on sa.Id equals sapv.SignalAppliance.Id
join a in dbAT.GetAll() on sapv.AlarmType.Id equals a.Id
where sa.Id.Equals(signalAppliance.Id)
group new {a.Id, a.NameAlarmType, sapv.Value } by new {sa.Id, app.NameAppliance, s.Name, sa.Tolerance} into g
select new { signalAppliance = g.Key, setPoint = from v in g where v.Id == 1 select v.Value, highValue = from v in g where v.Id == 2 select v.Value, lowValue = from v in g where v.Id == 3 select v.Value };
foreach (var sa in result)
{
Assert.AreEqual(sa.signalAppliance.Id, signalAppliance.Id);
ObjectDumper.Write(sa.setPoint);
Assert.AreEqual(normalValue.Value, sa.setPoint.ElementAtOrDefault(0));
ObjectDumper.Write(sa.highValue);
Assert.AreEqual(highValue.Value, sa.highValue.ElementAtOrDefault(0));
ObjectDumper.Write(sa.lowValue);
Assert.AreEqual(lowValue.Value, sa.lowValue.ElementAtOrDefault(0));
}
dbSAppV.Delete(normalValue.Id);
dbSAppV.Delete(highValue.Id);
dbSAppV.Delete(lowValue.Id);
dbSA.Delete(signalAppliance.Id);
dbApp.Delete(appliance.Id);
dbS.Delete(signal.Id);
}
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);
}
