public void AddDiabetesManagementDataTest()
{
//Arrange
var dm = Builder <DiabetesManagementData> .CreateNew().Build();
//Act
MemoryMappings.AddDiabetesManagementData(dm);
var getDm = MemoryMappings.GetAllDiabetesManagementData().FirstOrDefault(f => f.DMDataId == dm.DMDataId);
//Assert
Assert.IsNotNull(getDm);
}
public void CreateDeviceMeterReadingHeaderMapping()
{
try
{
var dataSet = TableAgent.DataSet.Tables[FbTableName].Rows;
RecordCount = TableAgent.RowCount;
foreach (DataRow row in dataSet)
{
// get userid from old aspnetdb matching on patientid #####.#####
var patId = row["PATIENTKEYID"].ToString();
var userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, patId);
if (!mHelper.HasPatientMigrated(patId))
{
if (userId != Guid.Empty)
{
var dmData = MemoryMappings.GetAllDiabetesManagementData().Where(w => w.UserId == userId).FirstOrDefault();
var meterName = (row["METERNAME"] is DBNull) ? String.Empty : row["METERNAME"].ToString();
var dev = new PatientDevice
{
UserId = userId,
MeterIndex = (row["NUMEDICSMETERINDEX"] is DBNull) ? 0 : (Int32)row["NUMEDICSMETERINDEX"],
Manufacturer = (row["MANUFACTURER"] is DBNull) ? String.Empty : row["MANUFACTURER"].ToString(),
DeviceModel = (row["METERMODEL"] is DBNull) ? String.Empty : row["METERMODEL"].ToString(),
DeviceName = meterName,
SerialNumber = (row["SERIALNUMBER"] is DBNull) ? string.Empty : row["SERIALNUMBER"].ToString(),
SoftwareVersion = (row["SOFTWAREVERSION"] is DBNull) ? String.Empty : row["SOFTWAREVERSION"].ToString(),
HardwareVersion = (row["HARDWAREVERSION"] is DBNull) ? String.Empty : row["HARDWAREVERSION"].ToString()
};
if (dmData != null)
{
dev.DiabetesManagementData = dmData;
}
var mrh = new ReadingHeader
{
ReadingKeyId = Guid.NewGuid(),
UserId = userId,
LegacyDownloadKeyId = (row["DOWNLOADKEYID"] is DBNull) ? String.Empty : row["DOWNLOADKEYID"].ToString(),
ServerDateTime = (row["SERVERDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["SERVERDATETIME"].ToString()),
MeterDateTime = (row["METERDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["METERDATETIME"].ToString()),
Readings = (row["READINGS"] is DBNull) ? 0 : (Int32)row["READINGS"],
SiteSource = (row["SOURCE"] is DBNull) ? String.Empty : row["SOURCE"].ToString(),
ReviewedOn = (row["REVIEWEDON"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["REVIEWEDON"].ToString()),
};
if (meterName.ToLower().Contains("omnipod"))
{
var ePump = MemoryMappings.GetAllPump().Where(w => w.UserId == userId).FirstOrDefault();
if (ePump != null)
{
mrh.Pump = new Pump();
mrh.Pump.PumpKeyId = mrh.ReadingKeyId;
if (ePump.PumpPrograms != null)
{
mrh.Pump.PumpPrograms = new List <PumpProgram>();
Array.ForEach(ePump.PumpPrograms.ToArray(), p =>
{
var prog = new PumpProgram
{
CreationDate = p.CreationDate,
NumOfSegments = p.NumOfSegments,
ProgramKey = p.ProgramKey,
ProgramName = p.ProgramName,
Source = p.Source,
Valid = p.Valid,
PumpKeyId = mrh.Pump.PumpKeyId,
IsEnabled = p.IsEnabled,
ProgramTypeId = p.ProgramTypeId
};
if (p.ProgramTimeSlots != null && p.ProgramTimeSlots.Count != 0)
{
Array.ForEach(p.ProgramTimeSlots.ToArray(), a =>
{
prog.ProgramTimeSlots.Add(a);
});
}
CompletedPumpProgramMappings.Add(prog);
//if (p.BolusProgramTimeSlots != null && p.BolusProgramTimeSlots.Count != 0)
//{
// Array.ForEach(p.BolusProgramTimeSlots.ToArray(), r =>
// {
// prog.BolusProgramTimeSlots.Add(r);
// });
//}
});
}
if (ePump.PumpSettings != null)
{
mrh.Pump.PumpSettings = new List <PumpSetting>();
Array.ForEach(ePump.PumpSettings.ToArray(), s =>
{
var ps = new PumpSetting
{
Date = s.Date,
Description = s.Description,
SettingName = s.SettingName,
SettingValue = s.SettingValue,
PumpKeyId = mrh.Pump.PumpKeyId
};
CompletedPumpSettingMappings.Add(ps);
});
}
mrh.Pump.ActiveProgramId = ePump.ActiveProgramId;
mrh.Pump.Cannula = ePump.Cannula;
mrh.Pump.Notes = ePump.Notes;
mrh.Pump.PumpInfusionSet = ePump.PumpInfusionSet;
mrh.Pump.PumpName = ePump.PumpName;
mrh.Pump.PumpStartDate = ePump.PumpStartDate;
mrh.Pump.PumpType = ePump.PumpType;
mrh.Pump.ReplacementDate = ePump.ReplacementDate;
mrh.Pump.UserId = ePump.UserId;
}
}
bool alreadyMapped = false;
if (CompletedMappings.Any(a => a.SerialNumber == dev.SerialNumber))
{
alreadyMapped = true;
var device = CompletedMappings.Where(w => w.SerialNumber == dev.SerialNumber).FirstOrDefault();
device.ReadingHeaders.Add(mrh);
}
else
{
dev.ReadingHeaders.Add(mrh);
}
if (CanAddToContext(dev.UserId, dev.SerialNumber) && !alreadyMapped)
{
if (!CompletedMappings.Any(a => a.SerialNumber == dev.SerialNumber))
{
CompletedMappings.Add(dev);
}
MemoryMappings.AddReadingHeaderkeyId(mrh.LegacyDownloadKeyId.Trim(), mrh.ReadingKeyId);
}
else
{
if (alreadyMapped && !String.IsNullOrEmpty(dev.SerialNumber))
{
MemoryMappings.AddReadingHeaderkeyId(mrh.LegacyDownloadKeyId.Trim(), mrh.ReadingKeyId);
}
var fr = (dev.UserId == Guid.Empty) ? "Device has no corresponding user." : (String.IsNullOrEmpty(dev.SerialNumber)) ? "Device has no serial number recorded." : "Device already assigned to user.";
MappingStatistics.LogFailedMapping("METERREADERHEADER", row["DOWNLOADKEYID"].ToString(), "PatientDevices", typeof(PatientDevice), JsonConvert.SerializeObject(dev), fr);
FailedCount++;
}
}
}
}
MappingStatistics.LogMappingStat("METERREADINGHEADER", RecordCount, "PatientDevices", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating Patient Device (MeterReadingHeader) mapping.", e);
}
}
