internal List <claim> GetMatchingClaims() { List <claim> toReturn = new List <claim>(); try { DataTable dt = Search("SELECT c.* FROM batch_claim_list b " + "INNER JOIN claims c on b.claim_id = c.id WHERE b.batch_id = " + id + " AND b.still_in_batch = true ORDER BY c.open desc, c.patient_last_name, c.patient_first_name"); foreach (DataRow aClaim in dt.Rows) { claim newClaim = new claim(); newClaim.Load(aClaim); toReturn.Add(newClaim); } } catch (Exception err) { LoggingHelper.Log("Error in Retrieving matching claims", LogSeverity.Error, err, false); MessageBox.Show("There was an error retrieving the matching claims.\n\n" + err.Message); } return(toReturn); }
internal claim FindFirstClaimWithProvider(string providerID) { claim toReturn = new claim(); string sql = "SELECT TOP 1 * FROM claims WHERE doctor_provider_id = '" + providerID + "' ORDER BY ID desc"; toReturn.Load(Search(sql).Rows[0]); return(toReturn); }
public static claim FindClaimByProviderID(string ProviderID) { claim toReturn = new claim(); DataTable matches = toReturn.Search("SELECT TOP 1 * FROM claims WHERE doctor_provider_id = '" + ProviderID + "' "); if (matches.Rows.Count > 0) { toReturn.Load(matches.Rows[0]); return(toReturn); } else { return(null); } }
internal static List <claim> OverrideProviderList() { claim searchObject = new claim(); List <claim> toReturn = new List <claim>(); DataTable providers = searchObject.Search("SELECT DISTINCT(doctor_provider_id), doctor_first_name, doctor_last_name FROM claims " + "WHERE doctor_provider_id IS NOT Null AND doctor_provider_id != '' AND doctor_provider_id NOT LIKE 'H%' " + "AND doctor_provider_id NOT LIKE 'X%' ORDER BY doctor_provider_id"); foreach (DataRow aRow in providers.Rows) { searchObject = new claim(); searchObject.Load(aRow); toReturn.Add(searchObject); } return(toReturn); }
internal void AddClaim(string id1, string id2) { try { DataTable dtClaims = Search(string.Format("SELECT * FROM claims WHERE claimidnum = '{0}' AND claimdb = '{2}'", id1, id2)); if (dtClaims.Rows.Count > 0) { claim c = new claim(); c.Load(dtClaims.Rows[0]); batch_claim_list bcl = new batch_claim_list(); DataTable dt = Search("SELECT * FROM batch_claim_list bcl WHERE bcl.claim_id = " + c.id + " AND bcl.batch_id = " + id); if (dt.Rows.Count > 0) { // Claim is already in batch bcl.Load(dt.Rows[0]); } else { // Adding claim to batch normally bcl.batch_id = id; bcl.claim_id = c.id; } bcl.still_in_batch = true; bcl["last_send_date"] = batch_date; bcl.Save(); } } catch (Exception err) { LoggingHelper.Log(err, false); } }
private claim FindClaim(DataRow anImportRow, claim.ClaimTypes claimType) { string importID = anImportRow[dms.claim_id_column].ToString(); string importDB = anImportRow[dms.claim_db_column].ToString(); try { claim c = new claim(); c.claimidnum = importID; c.claimdb = importDB; DataTable matches = c.Search(); if (matches.Rows.Count != 0) { c.Load(matches.Rows[0]); } else { // ****** Finding recreated claims ************* // Above, we checked for the common ID/DB match // Here we try to find if a claim that is not in Tracker has been recreated // We match by all fields minus 1 - if two primary fields have been changed // Tracker can't track it // If we find a possible match, we check to see that the current claim isn't in Dentrix // to avoid false positives bool possibleMatchFound = false; bool claimInDentrix = true; claim workingClaim = new claim(); DateTime?dateOfService = null; try { dateOfService = Convert.ToDateTime(anImportRow["PLDATE"]); } catch { } string lastName = anImportRow["PatLastName"].ToString(); string firstName = anImportRow["PatFirstName"].ToString(); decimal amount = Convert.ToDecimal(anImportRow["TOTAL"]); // stored as cents string doctorFirstName = anImportRow["DoctorFirstName"].ToString(); string doctorLastName = anImportRow["DoctorLastName"].ToString(); string subscriberInsuranceID = anImportRow["ID_NUM_ON_CLAIM"].ToString(); string matchingClaimInfo = matchingClaimInfo = string.Format("Patient: {0}, Doctor: {1}, Total: {2}, DOS: {3}, Ins ID: {4}, ID: {5}, Type: {6}", firstName + " " + lastName, doctorFirstName + " " + doctorLastName, amount, dateOfService, subscriberInsuranceID, importID + " | " + importDB, claimType.ToString()); int?newClaimID = null; // Search for a patient match first. If the patient doesn't match try to match on the other two fields workingClaim.patient_first_name = firstName; workingClaim.patient_last_name = lastName; workingClaim.open = 1; DataTable patientMatches = workingClaim.Search(); if (patientMatches.Rows.Count > 0) { // Iterate through all rows where the patient data matches foreach (DataRow aRow in patientMatches.Rows) { int numMatchesForclaim = 0; workingClaim.Load(aRow); if (workingClaim.amount_of_claim * 100 == amount) { numMatchesForclaim++; } if (workingClaim.doctor_first_name == doctorFirstName && workingClaim.doctor_last_name == doctorLastName) { numMatchesForclaim++; } if (workingClaim.date_of_service == dateOfService) { numMatchesForclaim++; } if (workingClaim.subscriber_alternate_number == subscriberInsuranceID) { numMatchesForclaim++; } if (workingClaim.claim_type == claimType) { numMatchesForclaim++; } if (numMatchesForclaim >= 4) { // Found a claim that appears to match newClaimID = workingClaim.id; possibleMatchFound = true; break; } } } else { // Look for a match on date of service, amount, provider, insurance id, and type workingClaim = new claim(); workingClaim.open = 1; workingClaim.amount_of_claim = amount / 100; workingClaim.doctor_first_name = doctorFirstName; workingClaim.doctor_last_name = doctorLastName; workingClaim.subscriber_alternate_number = subscriberInsuranceID; workingClaim.claim_type = claimType; string searchSQL = workingClaim.SearchSQL + string.Format(" AND DATEDIFF(d, [date_of_service], '{0}') = 0", dateOfService.GetValueOrDefault().ToShortDateString()); DataTable otherMatches = workingClaim.Search(searchSQL); if (otherMatches.Rows.Count > 0) { newClaimID = (int)otherMatches.Rows[0]["id"]; possibleMatchFound = true; } } if (possibleMatchFound) { // Check Dentrix to verify that the current ID/DB can't be found if (newClaimID.HasValue && ClaimTrackerCommon.ClaimExists(new claim(newClaimID.Value))) // No match found { // Log this temporarily for recordkeeping claimInDentrix = true; AddReportMessage("Found a possible claim to merge, but the claim exists in Dentrix. Did not merge claim..." + matchingClaimInfo, true); LoggingHelper.Log("Tried to merge a claim, but it was found in Dentrix. Claim info:\n" + matchingClaimInfo, LogSeverity.Information); } else { claimInDentrix = false; } } if (!claimInDentrix && possibleMatchFound) { // Already loaded claim, should have "correct" data c.Load(newClaimID.GetValueOrDefault(0)); AddReportMessage(string.Format("Merged a claim in Dentrix with an existing claim tracker claim. The claim's old ID/DB is {0}/{1}. The matching claim information is {2}", c.claimidnum, c.claimdb, matchingClaimInfo), true); c.claimidnum = importID; c.claimdb = importDB; LoggingHelper.Log("Successfully merged a claim. \n" + matchingClaimInfo, LogSeverity.Information); } else { AddReportMessage("New claim imported - " + matchingClaimInfo); c.created_by = "Automatic Database Importer"; c.updated_on = null; } } return(c); } catch (Exception err) { // Somewhat dangerous, but it ensures that the import won't crash LoggingHelper.Log("Error in frmImportData.FindClaim", LogSeverity.Critical, err, false); claim c = new claim(); c.claimidnum = importID; c.claimdb = importDB; return(c); } }
private void ImportThread_DoWork(object sender, DoWorkEventArgs e) { claim workingClaim = new claim(); DataTable importData = new DataTable(); DataTable importDataSecondaries = new DataTable(); DataTable importDataPredeterms = new DataTable(); DataTable importDataSecondaryPredeterms = new DataTable(); system_options.SetImportFlag(true); primaryClaimCount = 0; secondaryClaimCount = 0; predetermClaimCount = 0; secondaryPredetermClaimCount = 0; closedClaimCount = 0; OleDbConnection oConnect; UpdateProgressBar(50, "Initiating Remote Connection..."); #region Initiate Connection, Get Data try { oConnect = new OleDbConnection(dms.GetConnectionString(true)); } catch (Exception err) { CreateLogFile(err.ToString()); Updateimporterror(true); LoggingHelper.Log("An error occurred getting the connection string for a new connection in frmImportData.Import", LogSeverity.Error, err, false); e.Cancel = true; return; } OleDbDataAdapter oAdapter; // Use Connection object for the DataAdapter to retrieve all tables from selected Database try { oConnect.Open(); } catch (Exception err) { CreateLogFile(err.ToString()); Updateimporterror(true); LoggingHelper.Log("Could not connect to the database in frmImportdata.Import", LogSeverity.Error, err, false); e.Cancel = true; return; } try { UpdateProgressBar(50, "Querying remote database (Standard)..."); // ************* Standard Claims oAdapter = new OleDbDataAdapter(PrepareSQL(dms.sqlstatement, changesOnly), oConnect); oAdapter.SelectCommand.CommandTimeout = System.Convert.ToInt32(nmbTimeout.Value); oAdapter.Fill(importData); UpdateProgressBar(10, "Querying remote database (Secondary)..."); // ************** Secondaries if (dms.sqlstatementsecondaries != "") { oAdapter = new OleDbDataAdapter(PrepareSQL(dms.sqlstatementsecondaries, changesOnly), oConnect); oAdapter.SelectCommand.CommandTimeout = System.Convert.ToInt32(nmbTimeout.Value); oAdapter.Fill(importDataSecondaries); } UpdateProgressBar(10, "Querying remote database (Predeterms)..."); // *************** Predeterms if (dms.sqlstatementpredeterms != "") { oAdapter = new OleDbDataAdapter(PrepareSQL(dms.sqlstatementpredeterms, changesOnly), oConnect); oAdapter.SelectCommand.CommandTimeout = System.Convert.ToInt32(nmbTimeout.Value); oAdapter.Fill(importDataPredeterms); } UpdateProgressBar(10, "Querying remote database (Secondary Predeterms)..."); // *************** Predeterms if (dms.sqlstatementsecondarypredeterms != "") { oAdapter = new OleDbDataAdapter(PrepareSQL(dms.sqlstatementsecondarypredeterms, changesOnly), oConnect); oAdapter.SelectCommand.CommandTimeout = System.Convert.ToInt32(nmbTimeout.Value); oAdapter.Fill(importDataSecondaryPredeterms); } } catch (Exception err) { CreateLogFile(err.ToString()); Updateimporterror(true); LoggingHelper.Log("Error with SQL statement or connection in frmImportData.Import", LogSeverity.Error, err); MessageBox.Show(this, "There was an error with your SQL statement or with your connection.\n\n" + err.Message, "Error retrieving data"); CancelImport(); return; } #endregion data_mapping_schema_data dmsd = new data_mapping_schema_data(); dmsd.schema_id = dms.id; DataTable dataForSchema = dmsd.Search(); // Generate our list of objects one time, and then use them for each iteration of rows List <data_mapping_schema_data> allMappedSchemaData = new List <data_mapping_schema_data>(); foreach (DataRow aMapping in dataForSchema.Rows) { // For every row, need to get the data for every field dmsd = new data_mapping_schema_data(); dmsd.Load(aMapping); allMappedSchemaData.Add(dmsd); } UpdateProgressBar(100, "Importing data..."); if (okToZap) { company cmp = new company(); cmp.Zap(); workingClaim.Zap(); call aCall = new call(); aCall.Zap(); company_contact_info info = new company_contact_info(); info.Zap(); procedure p = new procedure(); p.Zap(); choice c = new choice(); c.Zap(); notes n = new notes(); n.Zap(); claim_batch cb = new claim_batch(); cb.Zap(); batch_claim_list bcl = new batch_claim_list(); bcl.Zap(); } else { if (!changesOnly) { workingClaim.MarkAllImportsUpdated(false); } } // Apply incremental updates to progress bar int currentRow = 0; totalRows = importData.Rows.Count + importDataSecondaries.Rows.Count + importDataPredeterms.Rows.Count + importDataSecondaryPredeterms.Rows.Count; decimal exactIncrementAmount; if (totalRows > 0) { exactIncrementAmount = 500m / totalRows; } else { exactIncrementAmount = 500m; } decimal incrementCounter = 0; int increment; if (exactIncrementAmount < 1) { increment = 1; } else { increment = Convert.ToInt32(Math.Truncate(exactIncrementAmount)); } string lastClaimID = ""; claim aClaim = new claim(); company aCompany = new company(); company_contact_info anInfo = new company_contact_info(); procedure aProcedure = new procedure(); for (int p = 0; p < 4; p++) { claim.ClaimTypes ct; DataTable thisImport; switch (p) { case 0: thisImport = importData; ct = claim.ClaimTypes.Primary; UpdateLabels(0); break; case 1: thisImport = importDataSecondaries; ct = claim.ClaimTypes.Secondary; UpdateLabels(1); break; case 2: thisImport = importDataPredeterms; ct = claim.ClaimTypes.Predeterm; UpdateLabels(2); break; default: thisImport = importDataSecondaryPredeterms; UpdateLabels(3); ct = claim.ClaimTypes.SecondaryPredeterm; break; } // Have data at this point, need to tie them to the internal mapping schema data foreach (DataRow anImportRow in thisImport.Rows) { string newID = anImportRow[dms.claim_id_column].ToString(); string newDB = anImportRow[dms.claim_db_column].ToString(); bool isOnlyProcedureData; if (newID == lastClaimID) { // We're only dealing with the import of "some" data isOnlyProcedureData = true; } else { if (ct == claim.ClaimTypes.Primary) { primaryClaimCount++; } else if (ct == claim.ClaimTypes.Secondary) { secondaryClaimCount++; } else if (ct == claim.ClaimTypes.Predeterm) { predetermClaimCount++; } else { secondaryPredetermClaimCount++; } UpdateTypeCount(); aClaim = FindClaim(anImportRow, ct); aCompany = FindCompany(anImportRow[dms.company_namecolumn].ToString()); anInfo = FindContactInfo(anImportRow["Ins_Co_Street1"].ToString(), aCompany.id, anImportRow["Ins_Co_Phone"].ToString()); lastClaimID = newID; aClaim.ClearClaimProcedures(); isOnlyProcedureData = false; // Check for "X" in provider field try { if (aClaim.doctor_provider_id.StartsWith("X")) { AddStatus(string.Format("The claim for patient {0} on {1} uses an X provider ({2})", aClaim.PatientName, aClaim.DatesOfServiceString(), aClaim.doctor_provider_id), true, true); } } catch (Exception err) { CreateLogFile(err.ToString()); Updateimporterror(true); LoggingHelper.Log(err, false); } } aProcedure = FindProcedure(anImportRow["PROC_LOGID"].ToString()); if (CommonFunctions.DBNullToString(anImportRow["DATERECEIVED"]) == "") { aClaim.open = 1; } else if (((DateTime)anImportRow["DATERECEIVED"]).Year == 1753) { aClaim.open = 1; } else { aClaim.open = 0; UpdateStatusHistory(aClaim); } foreach (data_mapping_schema_data aMappedData in allMappedSchemaData) { // We do a check for is only procedure data to speed up processing // It makes the code a little messier. if (isOnlyProcedureData) { // If we're only importing the procedure data, none of the other information is important if ((aMappedData.LinkedField.table_name == "claims") || (aMappedData.LinkedField.table_name == "companies") || (aMappedData.LinkedField.table_name == "company_contact_info")) { // Ignore } else if (aMappedData.LinkedField.table_name == "procedures") { if (aMappedData.LinkedField.field_name == "surf_string") { aProcedure[aMappedData.LinkedField.field_name] = CommonFunctions.RemoveNonPrintableCharacters(anImportRow[aMappedData.mapped_to_text].ToString()); } else if (aMappedData.LinkedField.field_name == "claim_id") { aProcedure["claim_id"] = lastClaimID; } else { aProcedure[aMappedData.LinkedField.field_name] = anImportRow[aMappedData.mapped_to_text]; } } else { LoggingHelper.Log("Uninitialized table name in frmImportData.Import", LogSeverity.Critical, new Exception("Uninitialized table name in import procedure."), true); } } else { // This is a new claim - we need to get the data for every field if (aMappedData.LinkedField.table_name == "claims") { aClaim[aMappedData.LinkedField.field_name] = anImportRow[aMappedData.mapped_to_text]; } else if (aMappedData.LinkedField.table_name == "companies") { if (aMappedData.mapped_to_text != dms.company_namecolumn) { aCompany[aMappedData.LinkedField.field_name] = anImportRow[aMappedData.mapped_to_text]; } } else if (aMappedData.LinkedField.table_name == "company_contact_info") { anInfo[aMappedData.LinkedField.field_name] = anImportRow[aMappedData.mapped_to_text]; } else if (aMappedData.LinkedField.table_name == "procedures") { if (aMappedData.LinkedField.field_name == "surf_string") { aProcedure[aMappedData.LinkedField.field_name] = CommonFunctions.RemoveNonPrintableCharacters(anImportRow[aMappedData.mapped_to_text].ToString()); } else { aProcedure[aMappedData.LinkedField.field_name] = anImportRow[aMappedData.mapped_to_text]; } } else { LoggingHelper.Log("Uninitialized table name in frmImport.Import", LogSeverity.Critical); throw new Exception("Uninitialized table name in import procedure."); } } } aCompany.Save(); anInfo.company_id = aCompany.id; if (CommonFunctions.DBNullToZero(anInfo["order_id"]) == 0) { anInfo.order_id = anInfo.GetNextOrderID(); } anInfo.Save(); aClaim.company_id = aCompany.id; aClaim.company_address_id = anInfo.order_id; aClaim["import_update_flag"] = true; aClaim.Save(); if (p == 0 || p == 2 || p == 3) // Only update the id if this is the primary claim or a predeterm { aProcedure.claim_id = aClaim.id; } aProcedure.Save(); currentRow++; if (Math.Truncate(incrementCounter + exactIncrementAmount) != Math.Truncate(incrementCounter)) { UpdateProgressBar(increment, string.Format("{0} / {1} procedures completed...", currentRow, totalRows), false); } incrementCounter += exactIncrementAmount; } } if (changesOnly) { // Grab all the deleted claims and mark them as closed here // Add a note that they have been deleted, I guess string deletedClaimsSQL = "SELECT CLAIMID, CLAIMDB " + "FROM AUDIT_DDB_CLAIM " + "WHERE N_CLAIMID is null " + "AND CLAIMID is not null AND CLAIMDB is not null " + "AND date_changed >= '" + lastWrite.ToString("G") + "'"; DataTable deletedClaims = new DataTable(); OleDbCommand cmd = new OleDbCommand(deletedClaimsSQL, oConnect); cmd.CommandTimeout = 90; oAdapter = new OleDbDataAdapter(cmd); oAdapter.Fill(deletedClaims); UpdateProgressBar(5, "Updating Local Status for Deleted Claims..."); foreach (DataRow aDeletedClaim in deletedClaims.Rows) { // Close the claims DataTable matches = aClaim.Search("SELECT * FROM claims WHERE claimidnum = '" + aDeletedClaim["claimid"] + "' and claimdb = '" + aDeletedClaim["claimdb"] + "'"); if (matches.Rows.Count > 0) { // This should honestly not load every claim aClaim = new claim(); aClaim.Load(matches.Rows[0]); aClaim.open = 0; aClaim.Save(); UpdateStatusHistory(aClaim); closedClaimCount++; } } } else { closedClaimCount = workingClaim.CloseClaimsWithoutUpdate(); } UpdateLabels(4); workingClaim.FixRevisitDateAfterImport(); }