private void ExtractTdd(ICollection <DataRow> rows)
{
var exceptions = new ConcurrentQueue <Exception>();
Parallel.ForEach(rows, (row) => {
try
{
Guid keyId = MemoryMappings.GetReadingHeaderKeyId(row["DOWNLOADKEYID"].ToString());
Guid userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, row["PATIENTKEYID"].ToString());
if (!keyId.Equals(Guid.Empty))
{
var bolus = row["READINGNOTE"].ToString().Split().ElementAt(0).Split('=').LastOrDefault();
var bolusConf = row["READINGNOTE"].ToString().Split().ElementAt(1).Split('=').LastOrDefault();
var basal = row["READINGNOTE"].ToString().Split().ElementAt(3).Split('=').LastOrDefault();
var basalConf = row["READINGNOTE"].ToString().Split().ElementAt(4).Split('=').LastOrDefault();
var total = row["READINGNOTE"].ToString().Split().ElementAt(6).Split('=').LastOrDefault();
bool ptGood = Double.TryParse(total, out double pt);
bool puGood = Double.TryParse(bolus, out double pu);
bool paGood = Double.TryParse(basal, out double pa);
var td = new TotalDailyInsulinDelivery
{
TotalDelivered = (ptGood) ? pt : 0,
BasalDelivered = (paGood) ? pa : 0,
Suspended = false,
TempActivated = false,
Valid = (string.Equals(bolusConf, "t", StringComparison.CurrentCultureIgnoreCase) && string.Equals(basalConf, "t", StringComparison.CurrentCultureIgnoreCase)) ? true : false,
BolusDelivered = (puGood) ? pu : 0,
Date = (row["READINGDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["READINGDATETIME"].ToString()),
ReadingKeyId = keyId,
UserId = userId
};
TotalDailyInsulinDeliveries.Add(td);
}
else
{
var primeKey = $"{row["DOWNLOADKEYID"].ToString()}-{row["SEQ"].ToString()}";
MappingStatistics.LogFailedMapping("METERREADING", primeKey, "TOTALDAILYINSULINDELIVERY", typeof(TotalDailyInsulinDelivery), String.Empty, "Failed to map TotalDailyInsulinDelivery reading, unable to parse key id.");
}
}
catch (Exception e)
{
exceptions.Enqueue(e);
}
});
if (exceptions.Count > 0)
{
throw new AggregateException(exceptions);
}
}
private void btnNewMigration_Click(object sender, RoutedEventArgs e)
{
spCompletedMappngs.Visibility = Visibility.Hidden;
spFailedMappings.Visibility = Visibility.Hidden;
spMigrationResults.Visibility = Visibility.Hidden;
MappingStatistics.ClearAll();
MemoryMappings.ClearAll();
TableAgentCollection.TableAgents.Clear();
Reset();
}
public void CreateInsurancePlansMapping()
{
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 = (String)row["PATIENTID"].ToString();
var userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, patId);
if (userId != Guid.Empty)
{
var insp = new InsurancePlan
{
UserId = userId,
PlanName = String.Empty,
PlanType = (row["INSTYPEID"] is DBNull) ? String.Empty : map.GetInsurancePlanType(row["INSTYPEID"].ToString()),
PlanIdentifier = (row["PLANIDENTIFIER"] is DBNull) ? String.Empty : row["PLANIDENTIFIER"].ToString(),
PolicyNumber = (row["POLICYNUMBER"] is DBNull) ? String.Empty : row["POLICYNUMBER"].ToString(),
GroupName = (row["GROUPNAME"] is DBNull) ? String.Empty : row["GROUPNAME"].ToString(),
GroupIdentifier = (row["GROUPNUMBER"] is DBNull) ? String.Empty : row["GROUPNUMBER"].ToString(),
CoPay = (row["COPAY"] is DBNull) ? 0 : map.ParseMoney(row["COPAY"].ToString()),
Purchaser = (row["PURCHASER"] is DBNull) ? String.Empty : row["PURCHASER"].ToString(),
IsActive = (row["ISACTIVE"] is DBNull) ? false : map.ParseFirebirdBoolean(row["ISACTIVE"].ToString()),
InActiveDate = (row["INACTIVEDATE"] is DBNull) ? new DateTime(1800, 1, 1) : map.ParseFirebirdDateTime(row["INACTIVEDATE"].ToString()),
EffectiveDate = (row["EFFECTIVEDATE"] is DBNull) ? new DateTime(1800, 1, 1) : map.ParseFirebirdDateTime(row["EFFECTIVEDATE"].ToString()),
LastUpdatedByUser = userId
};
if (CanAddToContext(insp.UserId, insp.PlanType, insp.PolicyNumber))
{
tempCompanyId.Add(new Tuple <string, InsurancePlan>(row["INSCOID"].ToString(), insp));
CompletedMappings.Add(insp);
}
else
{
MappingStatistics.LogFailedMapping("INSURANCEPLANS2", row["KEYID"].ToString(), "InsurancePlans", typeof(InsurancePlan), JsonConvert.SerializeObject(insp), "Insurance Plan already exist in database.");
FailedCount++;
}
}
}
MappingStatistics.LogMappingStat("INSURANCEPLANS2", RecordCount, "InsurancePlans", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating InsurancePlan mapping.", e);
}
}
public void CreateClinicianMapping()
{
try
{
var dataSet = aHelper.GetAllAdminsUsers().Where(w => w.CPSiteId == MigrationVariables.CurrentSiteId).ToList();
RecordCount = dataSet.Count;
foreach (var adUser in dataSet)
{
var userInfo = aHelper.GetAspUserInfo(adUser.UserId);
if (mHelper.HasUserMigrated((userInfo == null) ? String.Empty : userInfo.UserName, adUser.UserId))
{
MappingStatistics.LogFailedMapping("None", "None", "Clinicians", typeof(Clinician), String.Empty, "Clinician previously migrated.");
FailedCount++;
}
else
{
var clin = new Clinician
{
UserId = nHelper.ValidGuid(adUser.UserId),
Firstname = "No Name",
Lastname = "No Name",
StateLicenseNumber = "No License Number",
Email = "",
InstitutionId = nHelper.GetInstitutionId(MigrationVariables.CurrentSiteId),
InstitutionAddressId = 0//nHelper.GetInstitutionAddressId(MigrationVariables.CurrentSiteId),
};
clin.LastUpdatedByUser = clin.UserId;
if (CanAddToContext(clin.UserId))
{
CompletedMappings.Add(clin);
}
else
{
MappingStatistics.LogFailedMapping("None", "None", "Clinicians", typeof(Clinician), JsonConvert.SerializeObject(clin), "Clinician already exist in database.");
FailedCount++;
}
}
}
MappingStatistics.LogMappingStat("None", 0, "Clinicians", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating Clinician mapping.", e);
}
}
private void BGExtractionEventHandler(object sender, CustomEvents.MeterReadingHandlerEventArgs e)
{
if (handler != null && e.ExtractionSuccessful)
{
CompletedBGMappings.AddRange(handler.BloodGlucoseReadings);
var fc = MappingStatistics.FailedMappingCollection.Where(w => w.ObjectType == typeof(BloodGlucoseReading)).Count();
MappingStatistics.LogMappingStat("METERREADING", RecordCount, "BloodGlucoseReadings", CompletedBGMappings.Count, fc);
BgExtractionComplete = true;
}
else
{
BgExtractionComplete = true;
throw new Exception($"Extraction incomplete for {e.ExtractionName}");
}
}
private void ExtractTermBasal(ICollection <DataRow> rows)
{
var exceptions = new ConcurrentQueue <Exception>();
Parallel.ForEach(rows, (row) => {
try
{
Guid keyId = MemoryMappings.GetReadingHeaderKeyId(row["DOWNLOADKEYID"].ToString());
Guid userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, row["PATIENTKEYID"].ToString());
if (!keyId.Equals(Guid.Empty))
{
var bd = new BasalDelivery();
var dd = new BasalDeliveryData();
dd.Name = "TERM_BASAL";
dd.Value = (row["READINGNOTE"] is DBNull) ? String.Empty : row["READINGNOTE"].ToString();
dd.Date = (row["READINGDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["READINGDATETIME"].ToString());
bd.ReadingKeyId = keyId;
bd.UserId = userId;
bd.StartDateTime = (row["READINGDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["READINGDATETIME"].ToString());
bd.AmountDelivered = 0;
bd.DeliveryRate = 0;
bd.Duration = String.Empty;
bd.IsTemp = false;
bd.BasalDeliveryDatas.Add(dd);
BasalDeliveries.Add(bd);
}
else
{
var primeKey = $"{row["DOWNLOADKEYID"].ToString()}-{row["SEQ"].ToString()}";
MappingStatistics.LogFailedMapping("METERREADING", primeKey, "BASALDELIVERY", typeof(BasalDelivery), String.Empty, "Failed to map TERM_BASAL reading, unable to parse key id.");
}
}
catch (Exception e)
{
exceptions.Enqueue(e);
}
});
if (exceptions.Count > 0)
{
throw new AggregateException(exceptions);
}
}
public void CreatePatientPhoneNumbersMapping()
{
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["PARENTID"].ToString();
var userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, patId);
if (!mHelper.HasPatientMigrated(patId))
{
var patNum = new PatientPhoneNumber
{
UserId = userId,
Number = (row["NUMBER"] is DBNull) ? String.Empty : row["NUMBER"].ToString(),
Extension = (row["EXTENSION"] is DBNull) ? String.Empty : row["EXTENSION"].ToString(),
Type = (row["ATYPE"] is DBNull) ? 0 : map.ParseFirebirdPhoneTypes(row["ATYPE"].ToString()),
IsPrimary = (row["ISPRIMARY"] is DBNull) ? false : map.ParseFirebirdBoolean(row["ISPRIMARY"].ToString()),
RecieveText = (row["RECEIVETEXT"] is DBNull) ? false : map.ParseFirebirdBoolean(row["RECEIVETEXT"].ToString()),
LastUpdatedByUser = userId
};
if (userId != Guid.Empty && CanAddToContext(patNum.Number))
{
CompletedMappings.Add(patNum);
}
else
{
var fr = (userId == Guid.Empty) ? "Phone number has no corresponding patient." : "Patient phone number already exist in database.";
MappingStatistics.LogFailedMapping("PHONENUMBERS", row["KEYID"].ToString(), "PatientPhoneNumbers", typeof(PatientPhoneNumber), JsonConvert.SerializeObject(patNum), fr);
FailedCount++;
}
}
}
MappingStatistics.LogMappingStat("PHONENUMBERS", RecordCount, "PatientPhoneNumbers", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating PatientPhonenumber mapping.", e);
}
}
private void ExtractBasal(ICollection <DataRow> rows)
{
var exceptions = new ConcurrentQueue <Exception>();
Parallel.ForEach(rows, (row) => {
try
{
Guid keyId = MemoryMappings.GetReadingHeaderKeyId(row["DOWNLOADKEYID"].ToString());
Guid userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, row["PATIENTKEYID"].ToString());
if (!keyId.Equals(Guid.Empty))
{
var value = (row["CLINIPROVALUE"] is DBNull) ? String.Empty : row["CLINIPROVALUE"].ToString();
bool ptGood = Double.TryParse(value, out double rate);
var bd = new BasalDelivery();
bd.ReadingKeyId = keyId;
bd.UserId = userId;
bd.StartDateTime = (row["READINGDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["READINGDATETIME"].ToString());
bd.AmountDelivered = 0; // 0 means you must group times and multiple by rate programmaically
bd.DeliveryRate = rate;
bd.Duration = String.Empty;
bd.IsTemp = false;
BasalDeliveries.Add(bd);
}
else
{
var primeKey = $"{row["DOWNLOADKEYID"].ToString()}-{row["SEQ"].ToString()}";
MappingStatistics.LogFailedMapping("METERREADING", primeKey, "BASALDELIVERY", typeof(BasalDelivery), String.Empty, "Failed to map BASAL reading, unable to parse key id.");
}
}
catch (Exception e)
{
exceptions.Enqueue(e);
}
});
if (exceptions.Count > 0)
{
throw new AggregateException(exceptions);
}
}
private void ExtractBg(ICollection <DataRow> rows)
{
var exceptions = new ConcurrentQueue <Exception>();
Parallel.ForEach(rows, (row) => {
try
{
Guid keyId = MemoryMappings.GetReadingHeaderKeyId(row["DOWNLOADKEYID"].ToString());
Guid userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, row["PATIENTKEYID"].ToString());
if (!keyId.Equals(Guid.Empty))
{
var bg = new BloodGlucoseReading
{
Active = true,
ReadingDateTime = (row["READINGDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["READINGDATETIME"].ToString()),
ReadingKeyId = keyId,
Units = (row["METERUNITS"] is DBNull) ? String.Empty : row["METERUNITS"].ToString(),
Value = (row["CLINIPROVALUE"] is DBNull) ? String.Empty : row["CLINIPROVALUE"].ToString(),
UserId = userId,
IsCGMData = false
};
BloodGlucoseReadings.Add(bg);
}
else
{
var primeKey = $"{row["DOWNLOADKEYID"].ToString()}-{row["SEQ"].ToString()}";
MappingStatistics.LogFailedMapping("METERREADING", primeKey, "BLOODGLUCOSEREADING", typeof(BloodGlucoseReading), String.Empty, "Failed to map BG reading, unable to parse key id.");
}
}
catch (Exception e)
{
exceptions.Enqueue(e);
}
});
if (exceptions.Count > 0)
{
throw new AggregateException(exceptions);
}
OnBGExtractionEvent(new MeterReadingHandlerEventArgs(true));
}
private void ExtractSettings(ICollection <DataRow> rows)
{
var exceptions = new ConcurrentQueue <Exception>();
Parallel.ForEach(rows, (row) => {
try
{
Guid keyId = MemoryMappings.GetReadingHeaderKeyId(row["DOWNLOADKEYID"].ToString());
Guid userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, row["PATIENTKEYID"].ToString());
if (!keyId.Equals(Guid.Empty))
{
var ds = new DeviceSetting
{
ReadingKeyId = keyId,
Name = (row["EVENTSUBTYPE_1"] is DBNull) ? String.Empty : row["EVENTSUBTYPE_1"].ToString(),
Value = (row["CLINIPROVALUE"] is DBNull) ? String.Empty : row["CLINIPROVALUE"].ToString(),
UserId = userId,
ReadingDate = (row["READINGDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["READINGDATETIME"].ToString())
};
DeviceSettings.Add(ds);
}
else
{
var primeKey = $"{row["DOWNLOADKEYID"].ToString()}-{row["SEQ"].ToString()}";
MappingStatistics.LogFailedMapping("METERREADING", primeKey, "DEVICESETTINGS", typeof(DeviceSetting), String.Empty, "Failed to map User Setting reading, unable to parse key id.");
}
}
catch (Exception e)
{
exceptions.Enqueue(e);
}
});
if (exceptions.Count > 0)
{
throw new AggregateException(exceptions);
}
OnUserSettingsExtractionEvent(new MeterReadingHandlerEventArgs(true));
}
public void CreateTimeSlotsMapping()
{
try
{
var dataSet = TableAgent.DataSet.Tables[FbTableName].Rows;
RecordCount = TableAgent.RowCount;
foreach (DataRow row in TableAgent.DataSet.Tables[FbTableName].Rows)
{
// get userid from old aspnetdb matching on patientid #####.#####
var patId = row["PATIENTID"].ToString();
var userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, patId);
if (!mHelper.HasPatientMigrated(patId))
{
if (userId != Guid.Empty)
{
for (int i = 1; i < 9; i++)
{
DailyTimeSlot d = new DailyTimeSlot();
d.LastUpdatedByUser = userId;
d.TimeSlotDescription = (row[$"SLOT{i}DESC"] is DBNull) ? String.Empty : row[$"SLOT{i}DESC"].ToString();
if (i < 8)
{
d.TImeSlotBoundary = (row[$"SLOT{i}END"] is DBNull) ? new TimeSpan(12, 0, 0) : mu.ParseFirebirdTimespan(row[$"SLOT{i}END"].ToString());
}
tempMappings.Add(new Tuple <Guid, DailyTimeSlot>(userId, d));
CompletedMappings.Add(d);
}
}
}
}
MappingStatistics.LogMappingStat("TIMESLOT", RecordCount, "DailyTimeSlots", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error Creating TimeSlot mapping", e);
}
}
public void CreateSubscriptionMapping()
{
try
{
var dataSet = MemoryMappings.GetAllUserIdsFromPatientInfo();
RecordCount = dataSet.Count;
foreach (var g in dataSet)
{
var pats = aHelper.GetAllPatientUsers();
var patId = pats.Where(w => w.UserId == g).Select(s => s.CliniProID).FirstOrDefault();
if (!mHelper.HasPatientMigrated(patId))
{
var sh = aHelper.GetSubscriptionInfo(g);
foreach (var sub in sh.GetMappedSubscriptions())
{
if (CanAddToContext(sub.UserId, sub.SubscriptionType, sub.ExpirationDate, sub.InstitutionId))
{
CompletedMappings.Add(sub);
}
else
{
MappingStatistics.LogFailedMapping("None", "None", "Subscriptions", typeof(Subscription), JsonConvert.SerializeObject(sub), "Subscription already exist in database.");
FailedCount++;
}
}
}
}
MappingStatistics.LogMappingStat("None", 0, "Subscriptions", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating Subscription mapping.", e);
}
}
public void CreateInstitutionMapping()
{
try
{
var dataSet = aHelper.GetAllCorporationInfo();
RecordCount = dataSet.Count;
foreach (var ins in dataSet)
{
var inst = new Institution
{
InstitutionId = Guid.NewGuid(),
Name = ins.Site_Name,
LegacySiteId = (ins.SiteId.HasValue) ? ins.SiteId.Value : 0,
LastUpdatedByUser = Guid.Empty
};
MemoryMappings.AddInstitution(inst);
if (CanAddToContext(inst.Name, inst.LegacySiteId))
{
CompletedMappings.Add(inst);
}
else
{
MappingStatistics.LogFailedMapping("None", "None", "Institutions", typeof(Institution), JsonConvert.SerializeObject(inst), "Instition already exist in database.");
FailedCount++;
}
}
MappingStatistics.LogMappingStat("None", 0, "Institutions", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating Institution mapping.", e);
}
}
private void PumpDeliveryExtractionEventHandler(object sender, CustomEvents.MeterReadingHandlerEventArgs e)
{
if (handler != null && e.ExtractionSuccessful)
{
CompletedBolusMappings.AddRange(handler.BolusDeliveries);
CompletedBasalMappings.AddRange(handler.BasalDeliveries);
CompletedTDDMappings.AddRange(handler.TotalDailyInsulinDeliveries);
var fcBol = MappingStatistics.FailedMappingCollection.Where(w => w.ObjectType == typeof(BolusDelivery)).Count();
var fcBas = MappingStatistics.FailedMappingCollection.Where(w => w.ObjectType == typeof(BasalDelivery)).Count();
var fcTdd = MappingStatistics.FailedMappingCollection.Where(w => w.ObjectType == typeof(TotalDailyInsulinDelivery)).Count();
MappingStatistics.LogMappingStat("METERREADING", RecordCount, "BolusDelivery", CompletedBolusMappings.Count, fcBol);
MappingStatistics.LogMappingStat("METERREADING", RecordCount, "BasalDelivery", CompletedBasalMappings.Count, fcBas);
MappingStatistics.LogMappingStat("METERREADING", RecordCount, "TotalDailyInsulinDeliveries", CompletedTDDMappings.Count, fcTdd);
PumpDeliveryExtractionComplete = true;
}
else
{
PumpDeliveryExtractionComplete = true;
throw new Exception($"Extraction incomplete for {e.ExtractionName}");
}
}
private void ExtractBolus(ICollection <DataRow> rows)
{
var exceptions = new ConcurrentQueue <Exception>();
Parallel.ForEach(rows, (row) => {
try
{
Guid keyId = MemoryMappings.GetReadingHeaderKeyId(row["DOWNLOADKEYID"].ToString());
Guid userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, row["PATIENTKEYID"].ToString());
DateTime date = (row["READINGDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["READINGDATETIME"].ToString());
if (!keyId.Equals(Guid.Empty))
{
Dictionary <string, string> bolusData = GetBolusData(row["METERSENT"].ToString());
var carb = new BolusCarb
{
Date = date,
CarbValue = mu.ParseInt(bolusData["Carbs"])
};
var bgTar = new BGTarget
{
Date = date,
TargetBG = mu.ParseInt(bolusData["Target BG"])
};
var ic = new InsulinCarbRatio
{
Date = date,
ICRatio = mu.ParseInt(bolusData["IC Ratio"])
};
var cf = new CorrectionFactor
{
Date = date,
CorrectionFactorValue = mu.ParseInt(bolusData["Correct"])
};
var iCorr = new InsulinCorrection
{
Date = date,
InsulinCorrectionValue = mu.ParseInt(bolusData["Correction"]),
InsulinCorrectionAbove = mu.ParseInt(bolusData["Correction Above"])
};
var bd = new BolusDelivery();
double dCarbs = mu.ParseDouble(bolusData["Carbs"]);
double dIC = mu.ParseDouble(bolusData["IC Ratio"]);
bd.ReadingKeyId = keyId;
bd.UserId = userId;
bd.StartDateTime = (row["READINGDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["READINGDATETIME"].ToString());
bd.AmountDelivered = mu.ParseDouble(bolusData["Total"]);
bd.AmountSuggested = (dCarbs == 0.0) ? 0.0 : (dCarbs / dIC);
bd.Duration = mu.ParseInt(bolusData["Extended Duration"]);
bd.Type = "BolusDeliveryData";
bolusData.Remove("Carbs");
bolusData.Remove("Target BG");
bolusData.Remove("IC Ratio");
bolusData.Remove("Correct");
bolusData.Remove("Correction");
bolusData.Remove("Correct Above");
for (int i = 0; i < bolusData.Count; i++)
{
bd.BolusDeliveryDatas.Add(new BolusDeliveryData
{
Date = date,
Name = bolusData.ElementAt(i).Key,
Value = (String.IsNullOrEmpty(bolusData.ElementAt(i).Value)) ? String.Empty : bolusData.ElementAt(i).Value.Trim()
});
}
bd.BGTarget = bgTar;
bd.BolusCarb = carb;
bd.InsulinCarbRatio = ic;
bd.InsulinCorrection = iCorr;
bd.CorrectionFactor = cf;
BolusDeliveries.Add(bd);
}
else
{
var primeKey = $"{row["DOWNLOADKEYID"].ToString()}-{row["SEQ"].ToString()}";
MappingStatistics.LogFailedMapping("METERREADING", primeKey, "BOLUSDELIVERY", typeof(BolusDelivery), String.Empty, "Failed to map BOLUS reading, unable to parse key id.");
}
}
catch (Exception e)
{
exceptions.Enqueue(e);
}
});
if (exceptions.Count > 0)
{
throw new AggregateException(exceptions);
}
}
public void CreatePumpsMapping()
{
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["PATIENTID"].ToString();
var userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, patId);
if (!mHelper.HasPatientMigrated(patId))
{
if (userId != Guid.Empty)
{
List <PumpSetting> settings = null;
List <PumpProgram> programs = null;
if (MemoryMappings.GetAllPumpSettings().ContainsKey(userId))
{
var set = MemoryMappings.GetAllPumpSettings().Where(k => k.Key == userId).Single();
settings = set.Value;
}
if (MemoryMappings.GetAllPumpPrograms().ContainsKey(userId))
{
var allprog = MemoryMappings.GetAllPumpPrograms().Count; //TESTING
var prog = MemoryMappings.GetAllPumpPrograms().Where(p => p.Key == userId).Single();
var tl = prog.Value;
programs = new List <PumpProgram>();
Array.ForEach(tl.ToArray(), a => {
if (a.Item2.ProgramTimeSlots.Count > 0)
{
programs.Add(a.Item2);
}
});
}
var pum = new Pump
{
UserId = userId,
PumpType = "Meter",
PumpName = (row["PUMPBRAND"] is DBNull) ? String.Empty : row["PUMPBRAND"].ToString(),
PumpStartDate = mu.ParseFirebirdDateTime(row["PUMPSTARTDATE"].ToString()),
PumpInfusionSet = (row["PUMPINFUSIONSET"] is DBNull) ? String.Empty : row["PUMPINFUSIONSET"].ToString(),
Cannula = mu.ParseDouble(row["CANNULA"].ToString()),
ReplacementDate = mu.ParseFirebirdDateTime(row["DATEREPLACED"].ToString()),
Notes = (row["NOTES"] is DBNull) ? String.Empty : row["NOTES"].ToString(),
PumpSettings = settings,
PumpPrograms = programs
};
MemoryMappings.AddPump(pum);
if (CanAddToContext(pum.UserId, pum.PumpName))
{
CompletedMappings.Add(pum);
}
else
{
MappingStatistics.LogFailedMapping("PATIENTPUMP", patId, "Pumps", typeof(Pump), JsonConvert.SerializeObject(pum), "Unable to add Pump to database.");
FailedCount++;
}
}
}
}
MappingStatistics.LogMappingStat("PATIENTPUMP", RecordCount, "Pumps", CompletedMappings.Count, FailedCount);
}
catch (Exception)
{
throw new Exception("Error creating Pump mapping.");
}
}
public void CreatePumpProgramsMapping()
{
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["PATIENTID"].ToString();
var userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, patId);
if (!mHelper.HasPatientMigrated(patId))
{
if (userId != Guid.Empty)
{
var CreationDate = (row["CREATEDATE"] is DBNull) ? DateTime.MinValue : mu.ParseFirebirdDateTime(row["CREATEDATE"].ToString());
var Source = (row["SOURCE"] is DBNull) ? String.Empty : row["SOURCE"].ToString();
var Valid = mu.ParseFirebirdBoolean(row["ACTIVEPROGRAM"].ToString());
for (int i = 1; i < 8; i++)
{
var pKey = (row[$"PROG{i}KEYID"] is DBNull) ? 0 : mu.ParseInt(row[$"PROG{i}KEYID"].ToString());
if (pKey != 0)
{
for (int s = 0; s < 1; s++)
{
PumpProgram p = new PumpProgram();
p.CreationDate = CreationDate;
p.Source = Source;
p.Valid = true;
p.IsEnabled = Valid;
p.ProgramKey = pKey;
p.NumOfSegments = 7;
p.ProgramName = $"Prog {pKey}";
if (s == 0)
{
p.ProgramTypeId = 1;
p.ProgramTimeSlots = GetBasalPrgTimeSlots(userId, CreationDate);
}
if (s == 1)
{
p.ProgramTypeId = 2;
p.ProgramTimeSlots = GetBolusPrgTimeSlots(userId, CreationDate);
}
if (CreationDate != DateTime.MinValue && pKey != 0 && p.ProgramTimeSlots.Count > 0)
{
MemoryMappings.AddPumpProgram(userId, pKey, p);
}
else
{
MappingStatistics.LogFailedMapping("PATIENTPUMPPROGRAM", row["KEYID"].ToString(), "PumpPrograms", typeof(PumpProgram), JsonConvert.SerializeObject(p), "Unable to add PumpProgram to database because creation date was null.");
FailedCount++;
}
}
}
}
}
}
}
MappingStatistics.LogMappingStat("PATIENTPUMPPROGRAM", RecordCount, "PumpPrograms", MemoryMappings.GetAllPumpPrograms().Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating PumpProgram mapping.", e);
}
}
public void CreatePumpSettingMapping()
{
try
{
var dataSet = TableAgent.DataSet.Tables[FbTableName].Rows;
RecordCount = TableAgent.RowCount;
var dateSetter = DateTime.Now;
foreach (DataRow row in dataSet)
{
// get userid from old aspnetdb matching on patientid #####.#####
var patId = row["PATIENTID"].ToString();
var userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, patId);
var icDict = new Dictionary <char, ProgramTimeSlot> {
{ '1', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '2', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '3', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '4', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '5', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '6', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '7', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '8', new ProgramTimeSlot {
DateSet = dateSetter
} }
};
var bgDict = new Dictionary <char, ProgramTimeSlot> {
{ '1', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '2', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '3', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '4', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '5', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '6', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '7', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '8', new ProgramTimeSlot {
DateSet = dateSetter
} }
};
var bcDict = new Dictionary <char, ProgramTimeSlot> {
{ '1', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '2', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '3', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '4', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '5', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '6', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '7', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '8', new ProgramTimeSlot {
DateSet = dateSetter
} }
};
var cfDict = new Dictionary <char, ProgramTimeSlot> {
{ '1', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '2', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '3', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '4', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '5', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '6', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '7', new ProgramTimeSlot {
DateSet = dateSetter
} },
{ '8', new ProgramTimeSlot {
DateSet = dateSetter
} }
};
PumpProgram icProgram = DefaultPumpProgram();
PumpProgram bgProgram = DefaultPumpProgram();
PumpProgram bcProgram = DefaultPumpProgram();
PumpProgram cfProgram = DefaultPumpProgram();
icProgram.ProgramName = "PROG_IC";
bgProgram.ProgramName = "PROG_BG";
bcProgram.ProgramName = "PROG_BGC";
cfProgram.ProgramName = "PROG_CF";
icProgram.ProgramTypeId = 4;
bgProgram.ProgramTypeId = 5;
bcProgram.ProgramTypeId = 7;
cfProgram.ProgramTypeId = 3;
icProgram.ProgramTimeSlots = new List <ProgramTimeSlot>();
bgProgram.ProgramTimeSlots = new List <ProgramTimeSlot>();
bcProgram.ProgramTimeSlots = new List <ProgramTimeSlot>();
cfProgram.ProgramTimeSlots = new List <ProgramTimeSlot>();
if (!mHelper.HasPatientMigrated(patId))
{
if (userId != Guid.Empty)
{
var tempList = new List <PumpSetting>();
// iterate through table columns and only get columns that are NOT time slots
// as these will be settings
for (int i = 0; i < row.Table.Columns.Count; i++)
{
var column = row.Table.Columns[i].ColumnName.Trim();
// don't want columns that start with these characters - these are timeslot values which are handled in the 'else' statement
var exclude = new List <bool> {
column.StartsWith("ic", StringComparison.OrdinalIgnoreCase),
column.StartsWith("cf", StringComparison.OrdinalIgnoreCase),
column.StartsWith("target", StringComparison.OrdinalIgnoreCase),
column.StartsWith("patientid", StringComparison.OrdinalIgnoreCase)
};
if (exclude.All(a => !a))
{
PumpSetting ps = new PumpSetting();
ps.SettingName = column;
ps.SettingValue = (row[column] is DBNull) ? String.Empty : row[column].ToString();
ps.Date = new DateTime(1800, 1, 1);
tempList.Add(ps);
if (CanAddToContext(ps.SettingValue))
{
CompletedMappings.Add(ps);
}
else
{
MappingStatistics.LogFailedMapping("INSULETPUMPSETTINGS", patId, "PumpSettings", typeof(PumpSetting), JsonConvert.SerializeObject(ps), "Pump Setting has no value.");
FailedCount++;
}
}
else
{
if (!(row[column] is DBNull))
{
if (column.StartsWith("cf", StringComparison.OrdinalIgnoreCase) && cfDict.ContainsKey(column.Last()))
{
var cfd = cfDict[column.Last()];
if (column.StartsWith("cfstart", StringComparison.OrdinalIgnoreCase))
{
cfd.StartTime = mu.ParseFirebirdTimespan(row[column].ToString());
}
if (column.StartsWith("cfstop", StringComparison.OrdinalIgnoreCase))
{
cfd.StopTime = mu.ParseFirebirdTimespan(row[column].ToString());
}
if (column.StartsWith("cfvalue", StringComparison.OrdinalIgnoreCase))
{
cfd.Value = mu.ParseDouble(row[column].ToString());
}
}
if (column.StartsWith("ic", StringComparison.OrdinalIgnoreCase) && icDict.ContainsKey(column.Last()))
{
var icd = icDict[column.Last()];
if (column.StartsWith("icstart", StringComparison.OrdinalIgnoreCase))
{
icd.StartTime = mu.ParseFirebirdTimespan(row[column].ToString());
}
if (column.StartsWith("icstop", StringComparison.OrdinalIgnoreCase))
{
icd.StopTime = mu.ParseFirebirdTimespan(row[column].ToString());
}
if (column.StartsWith("icvalue", StringComparison.OrdinalIgnoreCase))
{
icd.Value = mu.ParseDouble(row[column].ToString());
}
}
if (column.StartsWith("target", StringComparison.OrdinalIgnoreCase) && bgDict.ContainsKey(column.Last()) && bcDict.ContainsKey(column.Last()))
{
var bgd = bgDict[column.Last()];
var bcd = bcDict[column.Last()];
if (column.StartsWith("targetbgstart", StringComparison.OrdinalIgnoreCase))
{
bgd.StartTime = mu.ParseFirebirdTimespan(row[column].ToString());
bcd.StartTime = mu.ParseFirebirdTimespan(row[column].ToString());
}
if (column.StartsWith("targetbgstop", StringComparison.OrdinalIgnoreCase))
{
bgd.StopTime = mu.ParseFirebirdTimespan(row[column].ToString());
bcd.StopTime = mu.ParseFirebirdTimespan(row[column].ToString());
}
if (column.StartsWith("targetbg", StringComparison.OrdinalIgnoreCase))
{
bgd.Value = mu.ParseDouble(row[column].ToString());
}
if (column.StartsWith("targetbgcorrect", StringComparison.OrdinalIgnoreCase))
{
bcd.Value = mu.ParseDouble(row[column].ToString());
}
}
}
}
}
// add to Memory Mappings so that Pump object and retieve
// a single user should only have a single collections of PumpSettings in the FB database
MemoryMappings.AddPumpSetting(userId, tempList);
}
}
//Purge dictionaries
PurgeDictionary(icDict);
PurgeDictionary(bgDict);
PurgeDictionary(bcDict);
PurgeDictionary(cfDict);
// add dictionary values (ProgramTimeSlots)
var icCollection = AddTimeSlots(icProgram.ProgramTimeSlots.ToList(), icDict.Values);
foreach (var item in icCollection)
{
icProgram.ProgramTimeSlots.Add(item);
}
var bgCollection = AddTimeSlots(bgProgram.ProgramTimeSlots.ToList(), bgDict.Values);
foreach (var item in bgCollection)
{
bgProgram.ProgramTimeSlots.Add(item);
}
var bcCollection = AddTimeSlots(bcProgram.ProgramTimeSlots.ToList(), bcDict.Values);
foreach (var item in bcCollection)
{
bcProgram.ProgramTimeSlots.Add(item);
}
var cfCollection = AddTimeSlots(cfProgram.ProgramTimeSlots.ToList(), cfDict.Values);
foreach (var item in cfCollection)
{
cfProgram.ProgramTimeSlots.Add(item);
}
// add pump programs to memory mappings
AddPumpProgram(userId, icProgram);
AddPumpProgram(userId, bgProgram);
AddPumpProgram(userId, bcProgram);
AddPumpProgram(userId, cfProgram);
}
MappingStatistics.LogMappingStat("INSULETPUMPSETTINGS", RecordCount, "PumpSettings", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating PumpSetting mapping.", e);
}
}
public void CreatePumpTimeSlotsMapping()
{
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["PATIENTID"].ToString();
var userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, patId);
if (!mHelper.HasPatientMigrated(patId))
{
// temp collecions
var tempBasal = new List <ProgramTimeSlot>();
var tempBolus = new List <ProgramTimeSlot>();
var keyId = mu.ParseInt(row["KEYID"].ToString());
var programKey = mu.ParseInt(row["PROGRAMNUMBER"].ToString());
var programName = (row["PROGRAMNAME"] is DBNull) ? "Name" : row["PROGRAMNAME"].ToString();
var createDate = (row["CREATEDATE"] is DBNull) ? DateTime.MinValue : mu.ParseFirebirdDateTime(row["CREATEDATE"].ToString());
for (int i = 1; i < 25; i++)
{
DateTime bastart = (row[$"BASAL{i}STARTTIME"] is DBNull) ? DateTime.MinValue : mu.ParseFirebirdDateTime(row[$"BASAL{i}STARTTIME"].ToString());
DateTime bastop = (row[$"BASAL{i}STOPTIME"] is DBNull) ? DateTime.MinValue : mu.ParseFirebirdDateTime(row[$"BASAL{i}STOPTIME"].ToString());
if (bastart != DateTime.MinValue && bastop != DateTime.MinValue)
{
ProgramTimeSlot bats = new ProgramTimeSlot
{
Value = mu.ParseDouble(row[$"BASAL{i}VAL"].ToString()),
StartTime = bastart.TimeOfDay,
StopTime = bastop.TimeOfDay,
DateSet = createDate
};
if (createDate != DateTime.MinValue && IsValid(bats))
{
tempBasal.Add(bats);
}
else
{
MappingStatistics.LogFailedMapping("PUMPTIMESLOTS", row["KEYID"].ToString(), "BasalProgramTimeSlots", typeof(ProgramTimeSlot), JsonConvert.SerializeObject(bats), "Unable to add BasalProgramTimeSlot to database because creation date was null.");
FailedCount++;
}
}
if (i < 13)
{
DateTime botime = (row[$"BOLUS{i}TIME"] is DBNull) ? DateTime.MinValue : mu.ParseFirebirdDateTime(row[$"BOLUS{i}TIME"].ToString());
if (botime != DateTime.MinValue)
{
ProgramTimeSlot bots = new ProgramTimeSlot
{
Value = mu.ParseDouble(row[$"BOLUS{i}VAL"].ToString()),
StartTime = botime.TimeOfDay,
DateSet = createDate
};
if (createDate != DateTime.MinValue && IsValid(bots))
{
tempBolus.Add(bots);
}
else
{
MappingStatistics.LogFailedMapping("PUMPTIMESLOTS", row["KEYID"].ToString(), "BolusProgramTimeSlots", typeof(ProgramTimeSlot), JsonConvert.SerializeObject(bots), "Unable to add BolusProgramTimeSlot to database because creation date was null.");
FailedCount++;
}
}
}
}
if (createDate == DateTime.MinValue)
{
FailedCount++;
}
Array.ForEach(tempBasal.ToArray(), a =>
{
MemoryMappings.AddBasalPrgTimeSlot(userId, createDate, a);
});
Array.ForEach(tempBolus.ToArray(), a =>
{
MemoryMappings.AddBolusPrgTimeSlot(userId, createDate, a);
});
}
}
MappingStatistics.LogMappingStat("PUMPTIMESLOTS", RecordCount, "BasalProgramTimeSlots", MemoryMappings.GetAllBasalPrgTimeSlots().Count, FailedCount);
MappingStatistics.LogMappingStat("PUMPTIMESLOTS", RecordCount, "BolusProgramTimeSlots", MemoryMappings.GetAllBolusPrgTimeSlots().Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating Pump Program Time Slot mapping.", e);
}
}
public void CreateInsuranceCompanyMapping()
{
try
{
var dataSet = TableAgent.DataSet.Tables[FbTableName].Rows;
RecordCount = TableAgent.RowCount;
foreach (DataRow row in dataSet)
{
if (!String.IsNullOrEmpty(row["NAME"].ToString()))
{
var name = row["NAME"].ToString();
var kId = row["KEYID"].ToString();
MemoryMappings.AddCompnay(kId, name);
var ips = new InsuranceProvider
{
Name = name,
IsActive = map.ParseFirebirdBoolean(row["ISACTIVE"].ToString()),
InActiveDate = map.ParseFirebirdDateTime(row["INACTIVEDATE"].ToString()),
LastUpdatedByUser = Guid.Empty
};
var adr = new InsuranceAddress
{
Street1 = (row["STREET1"] is DBNull) ? String.Empty : row["STREET1"].ToString(),
Street2 = (row["STREET2"] is DBNull) ? String.Empty : row["STREET2"].ToString(),
Street3 = (row["STREET3"] is DBNull) ? String.Empty : row["STREET3"].ToString(),
City = (row["CITY"] is DBNull) ? String.Empty : row["CITY"].ToString(),
State = (row["STATE"] is DBNull) ? String.Empty : row["STATE"].ToString(),
Zip = (row["ZIP"] is DBNull) ? String.Empty : row["ZIP"].ToString(),
Country = (row["COUNTRY"] is DBNull) ? String.Empty : row["COUNTRY"].ToString(),
LastUpdatedByUser = Guid.Empty
};
var cont = new InsuranceContact
{
FullName = (row["CONTACTNAME"] is DBNull) ? "No Name" : row["CONTACTNAME"].ToString(),
Email = (row["EMAIL"] is DBNull) ? String.Empty : row["EMAIL"].ToString(),
LastUpdatedByUser = Guid.Empty
};
ips.InsuranceAddresses.Add(adr);
ips.InsuranceContacts.Add(cont);
if (CanAddToContext(ips.Name))
{
CompletedMappings.Add(ips);
}
else
{
MappingStatistics.LogFailedMapping("INSURANCECOS", kId, "InsuranceProviders", typeof(InsuranceProvider), JsonConvert.SerializeObject(ips), "Insurance Provider already exist in database.");
FailedCount++;
}
}
}
MappingStatistics.LogMappingStat("INSURANCECOS", RecordCount, "InsuranceProviders", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating InsuranceProvider mapping.", e);
}
}
public void CreateDMDataMapping()
{
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["PATIENTID"].ToString();
var userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, patId);
if (!mHelper.HasPatientMigrated(patId))
{
if (userId != Guid.Empty)
{
var dm = new DiabetesManagementData
{
UserId = userId,
LowBGLevel = (row["LOWBGLEVEL"] is DBNull) ? 19 : (Int16)row["LOWBGLEVEL"],
HighBGLevel = (row["HIGHBGLEVEL"] is DBNull) ? 201 : (Int16)row["HIGHBGLEVEL"],
PremealTarget = (row["PREMEALTARGET"] is DBNull) ? 50 : (Int32)row["PREMEALTARGET"],
PostmealTarget = (row["POSTMEALTARGET"] is DBNull) ? 50 : (Int32)row["POSTMEALTARGET"],
ModifiedDate = (row["LASTMODIFIEDDATE"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["LASTMODIFIEDDATE"].ToString()),
ModifiedUserId = (row["LASTMODIFIEDBYUSER"] is DBNull) ? Guid.Empty : mu.ParseGUID(row["LASTMODIFIEDBYUSER"].ToString())
};
// add to temp collection for addition with "PatientDevicesMapping"
MemoryMappings.AddDiabetesManagementData(dm);
var ibId = mu.FindInsulinBrandId(row["INSULINBRAND"].ToString());
var imId = mu.FindInsulinMethodId(row["INSULINMETHOD"].ToString());
CareSetting careset = new CareSetting();
careset.UserId = userId;
careset.HyperglycemicLevel = (row["HYPERGLYCEMICLEVEL"] is DBNull) ? 0 : (Int16)row["HYPERGLYCEMICLEVEL"];
careset.HypoglycemicLevel = (row["HYPOGLYCEMICLEVEL"] is DBNull) ? 0 : (Int16)row["HYPOGLYCEMICLEVEL"];
careset.InsulinMethod = imId;
careset.InsulinBrand = ibId;
careset.DiabetesManagementType = (row["DMTYPE"] is DBNull) ? String.Empty : row["DMTYPE"].ToString();
careset.DateModified = (row["LASTMODIFIEDDATE"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["LASTMODIFIEDDATE"].ToString());
careset.LastUpdatedByUser = (row["LASTMODIFIEDBYUSER"] is DBNull) ? Guid.Empty : mu.ParseGUID(row["LASTMODIFIEDBYUSER"].ToString());
var ct = (row["DMCONTROLTYPE"] is DBNull) ? mu.ParseDMControlTypes(0) : mu.ParseDMControlTypes((Int32)row["DMCONTROLTYPE"]);
foreach (var item in ct)
{
DiabetesControlType dct = new DiabetesControlType();
dct.ControlName = item.Key;
dct.DMDataId = dm.DMDataId;
dct.IsEnabled = (item.Value) ? true : false;
dct.LastUpdatedByUser = userId;
careset.DiabetesControlTypes.Add(dct);
}
if (CanAddToContext(careset.UserId, careset.HyperglycemicLevel, careset.HypoglycemicLevel))
{
CompletedMappings.Add(careset);
}
else
{
MappingStatistics.LogFailedMapping("DMDATA", patId, "CareSettings", typeof(CareSetting), JsonConvert.SerializeObject(careset), "Unable to add Care Setting to database.");
FailedCount++;
}
}
}
}
MappingStatistics.LogMappingStat("DMDATA", RecordCount, "CareSettings", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating CareSetting mapping.", e);
}
}
public void CreatePatientMapping()
{
try
{
var dataSet = TableAgent.DataSet.Tables[FbTableName].Rows;
RecordCount = TableAgent.RowCount;
//Guid instId = nHelper.GetInstitutionId(MigrationVariables.CurrentSiteId);
foreach (DataRow row in dataSet)
{
User user = new User();
// get userid from old aspnetdb matching on patientid #####.#####
// if no userid then create new one for this patient
var patId = row["KEYID"].ToString();
var uid = aHelper.GetUserIdFromPatientId(patId);
var userId = (uid != Guid.Empty) ? uid : Guid.NewGuid();
userId = nHelper.ValidGuid(userId);
if (mHelper.HasPatientMigrated(patId))
{
MappingStatistics.LogFailedMapping("PATIENTS", patId, "Patients", typeof(Patient), String.Empty, "Patient previously migrated.");
FailedCount++;
}
else
{
var medRecId = (row["MEDICALRECORDIDENTIFIER"] is DBNull) ? String.Empty : row["MEDICALRECORDIDENTIFIER"].ToString();
if (!String.IsNullOrEmpty(medRecId) && !medRecId.StartsWith("PR_"))
{
MemoryMappings.AddMRID(new MedicalRecordIdentifier {
MRID = medRecId,
//InstitutionId = instId,
PatientUserId = userId
});
}
var pat = new Patient
{
UserId = userId,
Firstname = (row["FIRSTNAME"] is DBNull) ? String.Empty : row["FIRSTNAME"].ToString(),
Lastname = (row["LASTNAME"] is DBNull) ? String.Empty : row["LASTNAME"].ToString(),
Middlename = (row["MIDDLENAME"] is DBNull) ? String.Empty : row["MIDDLENAME"].ToString(),
Gender = (row["GENDER"] is DBNull) ? 1 : (row["GENDER"].ToString().ToLower().StartsWith("m", StringComparison.CurrentCulture)) ? 2 : 3, //From the GlobalStandards database, 'Gender' table
DateofBirth = (row["DOB"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["DOB"].ToString()),
Email = (row["EMAIL"] is DBNull) ? String.Empty : row["EMAIL"].ToString(),
//InstitutionId = instId,
LastUpdatedByUser = userId
};
var adr = new PatientAddress
{
Street1 = (row["STREET1"] is DBNull) ? String.Empty : row["STREET1"].ToString(),
Street2 = (row["STREET2"] is DBNull) ? String.Empty : row["STREET2"].ToString(),
Street3 = (row["STREET3"] is DBNull) ? String.Empty : row["STREET3"].ToString(),
City = (row["CITY"] is DBNull) ? String.Empty : row["CITY"].ToString(),
County = (row["COUNTY"] is DBNull) ? String.Empty : row["COUNTY"].ToString(),
State = (row["STATE"] is DBNull) ? String.Empty : row["STATE"].ToString(),
Zip = (row["ZIP"] is DBNull) ? String.Empty : row["ZIP"].ToString(),
Country = (row["COUNTRY"] is DBNull) ? String.Empty : row["COUNTRY"].ToString(),
LastUpdatedByUser = userId
};
pat.PatientAddresses.Add(adr);
// must create clinipro user to store new userid for future usage
if (uid == Guid.Empty || uid != userId)
{
aHelper.CreateCliniProUser(userId, patId);
user.UserId = userId;
user.AssignedUserTypes.Add(new AssignedUserType {
UserId = userId, UserType = (int)UserType.Patient
});
user.CreationDate = DateTime.Now;
pat.User = user;
}
// add patient info to in-memery collection for use throughout application
MemoryMappings.AddPatientInfo(MigrationVariables.CurrentSiteId, patId, pat.UserId);
if (CanAddToContext(user.UserId))
{
CompletedMappings.Add(pat);
}
else
{
MappingStatistics.LogFailedMapping("PATIENTS", patId, "Patients", typeof(Patient), JsonConvert.SerializeObject(user), "Patient already exist in database.");
FailedCount++;
}
}
}
MappingStatistics.LogMappingStat("PATIENTS", RecordCount, "Patients", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating Patient mapping.", e);
}
}
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);
}
}
public void CreateUserAuthenticationMapping()
{
try
{
var dataSet = aHelper.GetAllUsers().Where(w => w.CPSiteId.Value == MigrationVariables.CurrentSiteId).ToList();
RecordCount = dataSet.Count;
foreach (var adUser in dataSet)
{
aspnet_Membership member;
aspnet_Users aspUser;
UserAuthentication uAuth = null;
Guid appId = nHelper.GetApplicationId("Diabetes Partner");
bool isAdmin = (string.Equals(adUser.CliniProID, "admin", StringComparison.CurrentCultureIgnoreCase)) ? true : false;
bool isAdminSiteUser = false;
if (isAdmin)
{
switch (aHelper.GetCorporationName(adUser.CPSiteId))
{
case "Insulet":
appId = nHelper.GetApplicationId("OmniPod Partner");
break;
case "CliniProWeb":
appId = nHelper.GetApplicationId("CliniPro-Web");
break;
case "NuMedics":
default:
appId = nHelper.GetApplicationId("Administration");
isAdminSiteUser = true;
break;
}
}
member = aHelper.GetMembershipInfo(adUser.UserId);
aspUser = aHelper.GetAspUserInfo(adUser.UserId);
if (mHelper.HasUserMigrated(aspUser.UserName, member.UserId))
{
MappingStatistics.LogFailedMapping("None", "None", "Users", typeof(User), String.Empty, "User previously migrated.");
FailedCount++;
}
else
{
var userId = nHelper.ValidGuid(adUser.UserId);
uAuth = new UserAuthentication
{
ApplicationId = appId,
UserId = userId,
Username = aspUser.UserName,
Password = member.Password,
PasswordQuestion = member.PasswordQuestion,
PasswordAnswer = member.PasswordAnswer,
PasswordAnswerFailureCount = member.FailedPasswordAnswerAttemptCount,
PasswordFailureCount = member.FailedPasswordAttemptCount,
LastActivityDate = aspUser.LastActivityDate,
LastLockOutDate = member.LastLockoutDate,
IsApproved = member.IsApproved,
IsLockedOut = member.IsLockedOut,
IsTempPassword = member.IsTemp,
IsloggedIn = false,
LastUpdatedByUser = userId
};
var user = new User
{
UserId = userId,
AssignedUserTypes = new List <AssignedUserType> {
new AssignedUserType {
UserId = userId, UserType = (isAdmin) ? (int)UserType.Clinician : (int)UserType.Patient
}
},
//UserType = (isAdmin) ? (int)UserType.Clinician : (int)UserType.Patient,
CreationDate = member.CreateDate
};
if (isAdminSiteUser)
{
user.AssignedUserTypes.Add(new AssignedUserType {
UserId = userId, UserType = (int)UserType.Admin
});
}
user.UserAuthentications.Add(uAuth);
// add user info to in-memery collection for use throughout application
MemoryMappings.AddPatientInfo(adUser.CPSiteId.Value, adUser.CliniProID, user.UserId);
if (CanAddToContext(user.UserId))
{
CompletedMappings.Add(user);
}
else
{
MappingStatistics.LogFailedMapping("None", "None", "Users", typeof(User), JsonConvert.SerializeObject(user), "User already exist in database.");
FailedCount++;
}
}
}
MappingStatistics.LogMappingStat("None", 0, "Users", CompletedMappings.Count, FailedCount);
}
catch (Exception e)
{
throw new Exception("Error creating User mapping.", e);
}
}
public void LogMigration()
{
DateTime date = DateTime.Now;
var dh = new DatabaseHistory {
FbConnectionStringUsed = MigrationVariables.FbConnectionString,
InstitutionName = ahelper.GetAllCorporationInfo().Where(c => c.SiteId == MigrationVariables.CurrentSiteId).Select(s => s.Site_Name).FirstOrDefault(),
LastMigrationDate = date,
MigrationLog = MappingStatistics.ExportToLog(),
SiteId = MigrationVariables.CurrentSiteId
};
Array.ForEach(MigrationVariables.FirebirdTableNames.ToArray(), t => {
if (dh.TableHistories.Any(a => string.Equals(a.TableName, t, StringComparison.CurrentCultureIgnoreCase)))
{
var th = dh.TableHistories.First(f => string.Equals(f.TableName, t, StringComparison.CurrentCultureIgnoreCase));
th.FirebirdRecordCount = +MappingStatistics.MappingStats.Where(w => string.Equals(w.FBTableName, t, StringComparison.CurrentCultureIgnoreCase)).Select(s => s.FBRecordCount).FirstOrDefault();
th.MigratedRecordCount = +MappingStatistics.MappingStats.Where(w => string.Equals(w.FBTableName, t, StringComparison.CurrentCultureIgnoreCase)).Select(s => s.CompletedMappingsCount).FirstOrDefault();
}
else
{
dh.TableHistories.Add(new TableHistory
{
TableName = t,
LastMigrationDate = date,
FirebirdRecordCount = MappingStatistics.MappingStats.Where(w => string.Equals(w.FBTableName, t, StringComparison.CurrentCultureIgnoreCase)).Select(s => s.FBRecordCount).FirstOrDefault(),
MigratedRecordCount = MappingStatistics.MappingStats.Where(w => string.Equals(w.FBTableName, t, StringComparison.CurrentCultureIgnoreCase)).Select(s => s.CompletedMappingsCount).FirstOrDefault()
});
}
});
Array.ForEach(TransactionManager.DatabaseContext.Patients.ToArray(), p => {
var pat = MemoryMappings.GetAllPatientInfo().FirstOrDefault(f => f.Item3 == p.UserId);
if (pat != null)
{
dh.PatientHistories.Add(new PatientHistory
{
BirthDate = p.DateofBirth,
FirebirdPatientId = pat.Item2,
Firstname = p.Firstname,
Lastname = p.Lastname,
SqlUserId = pat.Item3,
MigrationDate = date,
});
}
});
Array.ForEach(TransactionManager.DatabaseContext.UserAuthentications.ToArray(), p =>
{
var userInfo = ahelper.GetAspUserInfo(p.Username);
Guid legId = (userInfo == null) ? Guid.Empty : userInfo.UserId;
dh.UserHistories.Add(new UserHistory
{
SqlUserId = p.UserId,
MigrationDate = date,
Username = p.Username,
LegacyUserId = legId
});
});
AddDatabaseMigration(dh);
}
private void NoReadingTypeMatch(DataRow row)
{
var primeKey = $"{row["DOWNLOADKEYID"].ToString()}-{row["SEQ"].ToString()}";
MappingStatistics.LogFailedMapping("METERREADING", primeKey, "", typeof(DataRow), JsonConvert.SerializeObject(row), "Failed to parse METERREADING row.");
}
private void ExtractNutrition(ICollection <DataRow> rows)
{
var exceptions = new ConcurrentQueue <Exception>();
Parallel.ForEach(rows, (row) => {
try
{
Guid keyId = MemoryMappings.GetReadingHeaderKeyId(row["DOWNLOADKEYID"].ToString());
Guid userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, row["PATIENTKEYID"].ToString());
string eventSubType = (row["EVENTSUBTYPE_1"] is DBNull) ? String.Empty : row["EVENTSUBTYPE_1"].ToString();
if (!keyId.Equals(Guid.Empty))
{
var date = (row["READINGDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["READINGDATETIME"].ToString());
var nt = new NutritionReading
{
Date = date,
ReadingDateTime = date,
ReadingKeyId = keyId,
UserId = userId
};
bool canAdd = true;
var cpValue = (row["CLINIPROVALUE"] is DBNull) ? 0 : mu.ParseDouble(row["CLINIPROVALUE"].ToString());
switch (eventSubType)
{
case "NUT_CARBS":
nt.Carbohydrates = cpValue;
break;
case "NUT_FAT":
nt.Fat = cpValue;
break;
case "NUT_CAL":
nt.Calories = cpValue;
break;
case "NUT_PROT":
nt.Protien = cpValue;
break;
default:
canAdd = false;
NoReadingTypeMatch(row);
break;
}
if (canAdd)
{
NutritionReadings.Add(nt);
}
}
else
{
var primeKey = $"{row["DOWNLOADKEYID"].ToString()}-{row["SEQ"].ToString()}";
MappingStatistics.LogFailedMapping("METERREADING", primeKey, "NUTRITIONREADINGS", typeof(NutritionReading), String.Empty, "Failed to map nutrition reading, unable to parse key id.");
}
}
catch (Exception e)
{
exceptions.Enqueue(e);
}
});
if (exceptions.Count > 0)
{
throw new AggregateException(exceptions);
}
OnNutritionExtractionEvent(new MeterReadingHandlerEventArgs(true));
}
private void ExtractPumpEvents(ICollection <DataRow> rows)
{
var exceptions = new ConcurrentQueue <Exception>();
Parallel.ForEach(rows, (row) => {
try
{
Guid keyId = MemoryMappings.GetReadingHeaderKeyId(row["DOWNLOADKEYID"].ToString());
Guid userId = MemoryMappings.GetUserIdFromPatientInfo(MigrationVariables.CurrentSiteId, row["PATIENTKEYID"].ToString());
string eventSubType1 = (row["EVENTSUBTYPE_1"] is DBNull) ? String.Empty : row["EVENTSUBTYPE_1"].ToString();
if (!keyId.Equals(Guid.Empty))
{
var pe = new ReadingEvent
{
EventTime = (row["READINGDATETIME"] is DBNull) ? new DateTime(1800, 1, 1) : mu.ParseFirebirdDateTime(row["READINGDATETIME"].ToString()),
ReadingKeyId = keyId,
EventValue = (row["CLINIPROVALUE"] is DBNull) ? String.Empty : row["CLINIPROVALUE"].ToString(),
UserId = userId,
StartTime = new DateTime(1800, 1, 1),
StopTime = new DateTime(1800, 1, 1),
ResumeTime = new DateTime(1800, 1, 1)
};
switch (eventSubType1.ToLower())
{
case "activate":
pe.EventType = (int)ReadingEventType.Activate;
break;
case "date_change":
pe.EventType = (int)ReadingEventType.DateChange;
break;
case "deactivate":
pe.EventType = (int)ReadingEventType.Deactivate;
break;
case "remote_hazard":
pe.EventType = (int)ReadingEventType.RemoteHazard;
break;
case "hist_alarm":
pe.EventType = (int)ReadingEventType.AlarmHistory;
break;
case "download":
pe.EventType = (int)ReadingEventType.Download;
break;
case "occlusion":
pe.EventType = (int)ReadingEventType.Occlusion;
break;
case "pump_advise":
pe.EventType = (int)ReadingEventType.PumpAdvise;
break;
case "pump_hazard":
pe.EventType = (int)ReadingEventType.PumpHazard;
break;
case "time_adjust":
pe.EventType = (int)ReadingEventType.TimeChange;
break;
case "suspended":
pe.EventType = (int)ReadingEventType.Suspend;
break;
case "resume":
pe.EventType = (int)ReadingEventType.Resume;
break;
default:
pe.EventType = 0;
break;
}
ReadingEvents.Add(pe);
}
else
{
var primeKey = $"{row["DOWNLOADKEYID"].ToString()}-{row["SEQ"].ToString()}";
MappingStatistics.LogFailedMapping("METERREADING", primeKey, "READINGEVENT", typeof(ReadingEvent), String.Empty, "Failed to map reading event, unable to parse key id.");
}
}
catch (Exception e)
{
exceptions.Enqueue(e);
}
});
if (exceptions.Count > 0)
{
throw new AggregateException(exceptions);
}
OnPumpEventsExtractionEvent(new MeterReadingHandlerEventArgs(true));
}
