public static DataTable getProblemAnalysisLabComp(string strQS, out string dateFrom, out string dateTo)
{
String[] QS = strQS.Split('^');
dateFrom = QS[0];
dateTo = QS[1];
string[] strLabLocations = QS[2].Split(new char[] { ';' });
DataTable dtReport = new DataTable();
DataTable dtRawData = new DataTable();
dtReport = DL_ProblemAnalysisReport.getTotalProbAccCountForComp(dateFrom, dateTo, strLabLocations);
dtRawData = DL_ProblemAnalysisReport.getProblemAnalysisLabComparison(dateFrom, dateTo, QS[2], FormatInputString(QS[3]), FormatInputString(QS[4]), FormatInputString(QS[5]), FormatInputString(QS[6]));
for (int labCount = 0; labCount < strLabLocations.Length; labCount++)
{
dtRawData.Columns.Add("Lab" + (labCount + 1) + "_Perc", typeof(string));
}
if (dtRawData != null && dtRawData.Rows.Count > 0 && dtReport != null && dtReport.Rows.Count > 0)
{
for (int rowCount = 0; rowCount < dtRawData.Rows.Count; rowCount++)
{
for (int labCount = 0; labCount < strLabLocations.Length; labCount++)
{
string strLabCount = (dtRawData.Rows[rowCount]["Lab" + (labCount + 1) + "_Count"].ToString() == "" ? "0" : dtRawData.Rows[rowCount]["Lab" + (labCount + 1) + "_Count"].ToString());
dtRawData.Rows[rowCount]["Lab" + (labCount + 1) + "_Count"] = strLabCount;
dtRawData.Rows[rowCount]["Lab" + (labCount + 1) + "_Perc"] = Math.Round((Convert.ToDouble(strLabCount) / Convert.ToDouble(dtReport.Rows[0]["TotalProbCount_Lab" + (labCount + 1)].ToString())) * 100, 3);
}
}
addHeaderForLabComp(strLabLocations, dtRawData, dtReport);
}
return(dtRawData);
}
public static DataTable getClientAtRisk(string strQS, out string strTotalClientCount)
{
String[] QS = strQS.Split('^');
string dateFrom = QS[0];
string dateTo = QS[1];
string strSessionID = "";
strTotalClientCount = "";
DataTable dtRawData = DL_ProblemAnalysisReport.getClientAtRisk(dateFrom, dateTo, QS[2], out strSessionID);
if (dtRawData != null)
{
dtRawData.Columns.Add("Rev1", typeof(double));
dtRawData.Columns.Add("Rev2", typeof(double));
dtRawData.Columns.Add("Rev3", typeof(double));
dtRawData.Columns.Add("DetailTable", typeof(DataTable));
DataTable dtDetailTable = DL_ProblemAnalysisReport.getClientAtRiskDetails();
DataTable dtDetailTableChild = DL_ProblemAnalysisReport.getClientAtRiskDetailsChild();
strTotalClientCount = DL_ProblemAnalysisReport.getTotalClientCount(strSessionID);
DataTable dtReportSchema = new DataTable();
dtReportSchema.Columns.Add("ProblemGroup", typeof(string));
dtReportSchema.Columns.Add("ProblemDesc", typeof(string));
dtReportSchema.Columns.Add("Count", typeof(int));
string[] strRevenue;
string strClientDR = "";
for (int iCount = 0; iCount < dtRawData.Rows.Count; iCount++)
{
strClientDR = dtRawData.Rows[iCount]["BICAR_RowID"].ToString();
strRevenue = dtRawData.Rows[iCount]["ClientRevenue"].ToString().Split('^');
dtRawData.Rows[iCount]["Rev1"] = (strRevenue[0].Length == 0 ? 0.000 : Convert.ToDouble(strRevenue[0]));
dtRawData.Rows[iCount]["Rev2"] = (strRevenue[1].Length == 0 ? 0.000 : Convert.ToDouble(strRevenue[1]));
dtRawData.Rows[iCount]["Rev3"] = (strRevenue[2].Length == 0 ? 0.000 : Convert.ToDouble(strRevenue[2]));
DataTable dtChild = getClientAtRiskChild(dtDetailTable, dtReportSchema.Clone(), strClientDR, dtDetailTableChild);
dtRawData.Rows[iCount]["DetailTable"] = dtChild;
}
}
return(dtRawData);
}
public static DataTable getProblemAnalysisByTerritoryDetails(string strQS, out string dateFrom, out string dateTo)
{
String[] QS = strQS.Split('^');
dateFrom = QS[0];
dateTo = QS[1];
DataTable dtProbByTerritory = DL_ProblemAnalysisReport.getProbAnalysisByTerritory(dateFrom, dateTo, FormatInputString(QS[2]), FormatInputString(QS[3]), FormatInputString(QS[4]), FormatInputString(QS[5]), FormatInputString(QS[6]));
DataTable dtReport = new DataTable();
dtReport.Columns.Add("Territory", typeof(string));
dtReport.Columns.Add("SalesRep", typeof(string));
dtReport.Columns.Add("TotalProbs", typeof(int));
dtReport.Columns.Add("TotalProbsALL", typeof(int));
dtReport.Columns.Add("PercentageProbs", typeof(double));
dtReport.Columns.Add("DetailTable", typeof(DataTable));
if (dtProbByTerritory != null && dtProbByTerritory.Rows.Count > 0)
{
DataTable dtReportSchema = new DataTable();
dtReportSchema.Columns.Add("Type", typeof(string));
dtReportSchema.Columns.Add("DESC", typeof(string));
dtReportSchema.Columns.Add("Count", typeof(int));
dtReportSchema.Columns.Add("PercentageProb", typeof(double));
double dProbPercent = 0.000;
DataTable dtReportChild = DL_ProblemAnalysisReport.getProbAnalysisByTerritoryChildDetails(dateFrom, dateTo, FormatInputString(QS[2]), FormatInputString(QS[3]), FormatInputString(QS[4]), FormatInputString(QS[5]), FormatInputString(QS[6]));
for (int intRowCnt = 0; intRowCnt < dtProbByTerritory.Rows.Count; intRowCnt++)
{
string strTerritory = dtProbByTerritory.Rows[intRowCnt]["Territory"].ToString();
string strSalesRep = dtProbByTerritory.Rows[intRowCnt]["SalesRepName"].ToString();
int iTotalProbsAll = Convert.ToInt32(dtProbByTerritory.Rows[intRowCnt]["TotalProbsALL"]);
double dProbCount = Convert.ToInt32(dtProbByTerritory.Rows[intRowCnt]["CountValue"].ToString());
dProbPercent = Math.Round((dProbCount / Convert.ToDouble(iTotalProbsAll)) * 100, 3);
if (strTerritory.Length > 0 && dProbCount > 0)
{
DataTable dtChildDetails = getProblemAnalysisByTerritoryChild(dProbCount, FormatInputString(strTerritory), dtReportChild, dtReportSchema.Clone());
dtReport.Rows.Add(strTerritory, strSalesRep, dProbCount, iTotalProbsAll, dProbPercent, dtChildDetails);
}
}
}
return(dtReport);
}
public static DataTable getClientAtRiskSummary(string strQS, out string strTotalClientCount)
{
String[] QS = strQS.Split('^');
string dateFrom = QS[0];
string dateTo = QS[1];
string strSessionID = "";
strTotalClientCount = "";
DataTable dtReport = new DataTable();
dtReport.Columns.Add("Acct", typeof(string));
dtReport.Columns.Add("AcctName", typeof(string));
dtReport.Columns.Add("Territory", typeof(string));
dtReport.Columns.Add("SalesRep", typeof(string));
dtReport.Columns.Add("Rev1", typeof(double));
dtReport.Columns.Add("Rev2", typeof(double));
dtReport.Columns.Add("Rev3", typeof(double));
dtReport.Columns.Add("TotalProbs", typeof(string));
dtReport.Columns.Add("LabProbs", typeof(string));
dtReport.Columns.Add("TransProbs", typeof(string));
dtReport.Columns.Add("MissingProbs", typeof(string));
dtReport.Columns.Add("SubmissionProbs", typeof(string));
dtReport.Columns.Add("OtherProbs", typeof(string));
string strAcct = "", strAcctName = "", strTerritory = "", strSalesRep = "", strProbType = "", strClientDR = "";
string[] strRevenue;
double dRev1 = 0.000; double dRev2 = 0.000; double dRev3 = 0.000;
int intTotalProbs = 0;
string strProblemCount = "", strLabProbs = "", strTransProbs = "", strMissingProbs = "", strSubmissionProbs = "", strOtherProbs = "";
DataTable dtRawData = DL_ProblemAnalysisReport.getClientAtRisk(dateFrom, dateTo, QS[2], out strSessionID);
if (dtRawData != null && dtRawData.Rows.Count > 0)
{
DataTable dtDetailTable = DL_ProblemAnalysisReport.getClientAtRiskDetails();
DataTable dtDetailTableChild = DL_ProblemAnalysisReport.getClientAtRiskDetailsChild();
strTotalClientCount = DL_ProblemAnalysisReport.getTotalClientCount(strSessionID);
for (int iCount = 0; iCount < dtRawData.Rows.Count; iCount++)
{
intTotalProbs = 0;
strLabProbs = "0"; strTransProbs = "0"; strMissingProbs = "0"; strSubmissionProbs = "0"; strOtherProbs = "0";
strAcct = dtRawData.Rows[iCount]["AccountNumber"].ToString();
strAcctName = dtRawData.Rows[iCount]["AccountName"].ToString();
strTerritory = dtRawData.Rows[iCount]["Territory"].ToString();
strSalesRep = dtRawData.Rows[iCount]["SalesRepName"].ToString();
strClientDR = dtRawData.Rows[iCount]["BICAR_RowID"].ToString();
strRevenue = dtRawData.Rows[iCount]["ClientRevenue"].ToString().Split('^');
dRev1 = (strRevenue[0].Length == 0 ? 0.000 : Convert.ToDouble(strRevenue[0]));
dRev2 = (strRevenue[1].Length == 0 ? 0.000 : Convert.ToDouble(strRevenue[1]));
dRev3 = (strRevenue[2].Length == 0 ? 0.000 : Convert.ToDouble(strRevenue[2]));
DataRow[] drarray = dtDetailTable.Select("BICD_BICAR_PR='" + strClientDR + "'");
if (drarray != null && drarray.Length > 0)
{
for (int i = 0; i < drarray.Length; i++)
{
DataRow[] drReportChild = dtDetailTableChild.Select("CPTPL_BICD_PR='" + drarray[i]["BICD_RowID"] + "'", "CPTPL_ProblemTypeDR ASC");
int count = 0;
for (int iCnt = 0; iCnt < drReportChild.Length; iCnt++)
{
count += Convert.ToInt32(drReportChild[iCnt]["CPTPL_Count"]);
}
strProbType = drarray[i]["BICD_ProblemTypeGroupDR"].ToString();
strProblemCount = count.ToString();
if (strProblemCount.Trim().Length > 0)
{
intTotalProbs += Convert.ToInt32(strProblemCount.Trim());
}
switch (strProbType)
{
case "LAB":
strLabProbs = strProblemCount;
break;
case "TRANSPORTATION":
strTransProbs = strProblemCount;
break;
case "MISSING":
strMissingProbs = strProblemCount;
break;
case "SUBMISSION":
strSubmissionProbs = strProblemCount;
break;
case "OTHER":
strOtherProbs = strProblemCount;
break;
}
}
}
DataRow drNewRow = dtReport.NewRow();
drNewRow["Acct"] = strAcct;
drNewRow["AcctName"] = strAcctName;
drNewRow["Territory"] = strTerritory;
drNewRow["SalesRep"] = strSalesRep;
drNewRow["Rev1"] = dRev1;
drNewRow["Rev2"] = dRev2;
drNewRow["Rev3"] = dRev3;
drNewRow["TotalProbs"] = intTotalProbs.ToString();
drNewRow["LabProbs"] = strLabProbs;
drNewRow["TransProbs"] = strTransProbs;
drNewRow["MissingProbs"] = strMissingProbs;
drNewRow["SubmissionProbs"] = strSubmissionProbs;
drNewRow["OtherProbs"] = strOtherProbs;
dtReport.Rows.Add(drNewRow);
}
}
return(dtReport);
}
public static DataTable getProblemByAccountSummary(string strQS, out string dateFrom, out string dateTo)
{
String[] QS = strQS.Split('^');
dateFrom = QS[0];
dateTo = QS[1];
DataTable dtRawData = DL_ProblemAnalysisReport.getProblemByAcctSummary(dateFrom, dateTo, FormatInputString(QS[2]), FormatInputString(QS[3]), FormatInputString(QS[4]), FormatInputString(QS[5]), FormatInputString(QS[6]));
DataTable dtReport = new DataTable();
dtReport.Columns.Add("Acct", typeof(string));
dtReport.Columns.Add("AcctName", typeof(string));
dtReport.Columns.Add("Territory", typeof(string));
dtReport.Columns.Add("SalesRep", typeof(string));
dtReport.Columns.Add("Rev1", typeof(double));
dtReport.Columns.Add("Rev2", typeof(double));
dtReport.Columns.Add("Rev3", typeof(double));
dtReport.Columns.Add("TotalProbs", typeof(int));
dtReport.Columns.Add("LabProbs", typeof(int));
dtReport.Columns.Add("TransProbs", typeof(int));
dtReport.Columns.Add("MissingProbs", typeof(int));
dtReport.Columns.Add("SubmissionProbs", typeof(int));
dtReport.Columns.Add("OtherProbs", typeof(int));
string strAcct = "";
string strOldAcct = "";
string strProbType = "";
string strSalesRep = "";
string strTerritory = "";
string strAcctName = "";
string[] strRevenue;
double dRev1 = 0.000; double dRev2 = 0.000; double dRev3 = 0.000;
int intTotalProbs = 0, intLabProbs = 0, intTransProbs = 0, intMissingProbs = 0, intSubmissionProbs = 0, intOtherProbs = 0;
if (dtRawData != null && dtRawData.Rows.Count > 0)
{
for (int intCnt = 0; intCnt < dtRawData.Rows.Count; intCnt++)
{
strAcct = dtRawData.Rows[intCnt]["Acct"].ToString();
if (strAcct.Length == 0)
{
continue;
}
if (strAcct.Equals(strOldAcct) || strOldAcct.Length == 0)
{
strProbType = dtRawData.Rows[intCnt]["Type"].ToString();
strSalesRep = dtRawData.Rows[intCnt]["SalesRepName"].ToString();
strTerritory = dtRawData.Rows[intCnt]["Territory"].ToString();
strAcctName = dtRawData.Rows[intCnt]["AcctName"].ToString();
strRevenue = dtRawData.Rows[intCnt]["ClientRevenue"].ToString().Split('^');
dRev1 = (strRevenue[0].Length == 0 ? 0.000 : Convert.ToDouble(strRevenue[0]));
dRev2 = (strRevenue[1].Length == 0 ? 0.000 : Convert.ToDouble(strRevenue[1]));
dRev3 = (strRevenue[2].Length == 0 ? 0.000 : Convert.ToDouble(strRevenue[2]));
switch (strProbType)
{
case "LAB":
intLabProbs++;
break;
case "TRANSPORTATION":
intTransProbs++;
break;
case "MISSING":
intMissingProbs++;
break;
case "SUBMISSION":
intSubmissionProbs++;
break;
default:
intOtherProbs++;
break;
}
}
else
{
intTotalProbs = intLabProbs + intTransProbs + intMissingProbs + intSubmissionProbs + intOtherProbs;
if (intTotalProbs > 0)
{
DataRow drNewRow = dtReport.NewRow();
drNewRow["Acct"] = strOldAcct;
drNewRow["AcctName"] = strAcctName;
drNewRow["Territory"] = strTerritory;
drNewRow["SalesRep"] = strSalesRep;
drNewRow["Rev1"] = dRev1;
drNewRow["Rev2"] = dRev2;
drNewRow["Rev3"] = dRev3;
drNewRow["TotalProbs"] = intTotalProbs;
drNewRow["LabProbs"] = intLabProbs;
drNewRow["TransProbs"] = intTransProbs;
drNewRow["MissingProbs"] = intMissingProbs;
drNewRow["SubmissionProbs"] = intSubmissionProbs;
drNewRow["OtherProbs"] = intOtherProbs;
dtReport.Rows.Add(drNewRow);
}
strSalesRep = ""; strTerritory = ""; strAcctName = ""; strRevenue = null; dRev1 = 0.000; dRev2 = 0.000; dRev3 = 0.000;
intLabProbs = 0; intTransProbs = 0; intMissingProbs = 0; intSubmissionProbs = 0; intOtherProbs = 0; intTotalProbs = 0;
intCnt--;
}
strOldAcct = strAcct;
}
intTotalProbs = intLabProbs + intTransProbs + intMissingProbs + intSubmissionProbs + intOtherProbs;
if (intTotalProbs > 0)
{
DataRow drNewRow = dtReport.NewRow();
drNewRow["Acct"] = strOldAcct;
drNewRow["AcctName"] = strAcctName;
drNewRow["Territory"] = strTerritory;
drNewRow["SalesRep"] = strSalesRep;
drNewRow["Rev1"] = dRev1;
drNewRow["Rev2"] = dRev2;
drNewRow["Rev3"] = dRev3;
drNewRow["TotalProbs"] = intTotalProbs;
drNewRow["LabProbs"] = intLabProbs;
drNewRow["TransProbs"] = intTransProbs;
drNewRow["MissingProbs"] = intMissingProbs;
drNewRow["SubmissionProbs"] = intSubmissionProbs;
drNewRow["OtherProbs"] = intOtherProbs;
dtReport.Rows.Add(drNewRow);
}
}
dtReport.DefaultView.Sort = "TotalProbs DESC";
dtReport = dtReport.DefaultView.ToTable();
return(dtReport);
}
public static DataTable getProblemAnalysisByLabLocationDetails(string strQS, out string dateFrom, out string dateTo)
{
String[] QS = strQS.Split('^');
dateFrom = QS[0];
dateTo = QS[1];
DataTable dtProbCount = DL_ProblemAnalysisReport.getTotalProbAccCountForLab(dateFrom, dateTo, QS[2]);
DataTable dtProbByLab = DL_ProblemAnalysisReport.getProbAnalysisByLab(dateFrom, dateTo, FormatInputString(QS[2]), FormatInputString(QS[3]), FormatInputString(QS[4]), FormatInputString(QS[5]), FormatInputString(QS[6]));
DataTable dtReport = new DataTable();
dtReport.Columns.Add("LabLocation", typeof(string));
dtReport.Columns.Add("TotalProbs", typeof(double));
dtReport.Columns.Add("TotalProbsAll", typeof(int));
dtReport.Columns.Add("PercentageProbs", typeof(double));
dtReport.Columns.Add("DetailTable", typeof(DataTable));
dtReport.Columns.Add("TotalAccAll", typeof(int));
dtReport.Columns.Add("TotalAccLab", typeof(int));
int iTotalProbAll = 0;
int iTotalAccAll = 0;
int iTotalAccLab = 0;
if (dtProbCount != null && dtProbByLab.Rows.Count > 0)
{
iTotalProbAll = Convert.ToInt32(dtProbCount.Rows[0]["TotalProbsAll"]);
iTotalAccAll = Convert.ToInt32(dtProbCount.Rows[0]["TotalAccAll"]);
}
if (dtProbByLab != null && dtProbByLab.Rows.Count > 0)
{
DataTable dtReportSchema = new DataTable();
dtReportSchema.Columns.Add("Type", typeof(string));
dtReportSchema.Columns.Add("DESC", typeof(string));
dtReportSchema.Columns.Add("Count", typeof(int));
dtReportSchema.Columns.Add("PercentageProb", typeof(double));
DataTable dtReportChild = DL_ProblemAnalysisReport.getProbAnalysisByLabChildDetails(dateFrom, dateTo, FormatInputString(QS[2]), FormatInputString(QS[3]), FormatInputString(QS[4]), FormatInputString(QS[5]), FormatInputString(QS[6]));
string strLabLocations = "";
for (int intRowCnt = 0; intRowCnt < dtProbByLab.Rows.Count; intRowCnt++)
{
if (strLabLocations.Length > 0)
{
strLabLocations = strLabLocations + ",";
}
strLabLocations = strLabLocations + dtProbByLab.Rows[intRowCnt]["Location"].ToString();
}
DataTable dtLabAccCount = DL_ProblemAnalysisReport.getTotalAccCountForLab(dateFrom, dateTo, strLabLocations);
for (int intRowCnt = 0; intRowCnt < dtProbByLab.Rows.Count; intRowCnt++)
{
string strLabLocation = dtProbByLab.Rows[intRowCnt]["Location"].ToString();
double dProbCount = Convert.ToDouble(dtProbByLab.Rows[intRowCnt]["CountValue"]);
double dProbPercent = 0.000;
if (iTotalProbAll > 0)
{
dProbPercent = Math.Round((dProbCount / Convert.ToDouble(iTotalProbAll)) * 100, 3);
}
if (strLabLocation.Length > 0)
{
DataTable dtChildDetails = getProblemAnalysisByLabLocChild(FormatInputString(strLabLocation), dProbCount, dtReportChild, dtLabAccCount, out iTotalAccLab, dtReportSchema.Clone());
dtReport.Rows.Add(strLabLocation, dProbCount, iTotalProbAll, dProbPercent, dtChildDetails, iTotalAccAll, iTotalAccLab);
}
}
}
return(dtReport);
}
public static DataTable getProblemAnalysisByLabLocationSummary(string strQS, out string dateFrom, out string dateTo)
{
String[] QS = strQS.Split('^');
dateFrom = QS[0];
dateTo = QS[1];
DataTable dtRawData = DL_ProblemAnalysisReport.getProblemAnalysisByLabLocationSummary(dateFrom, dateTo, FormatInputString(QS[2]), FormatInputString(QS[3]), FormatInputString(QS[4]), FormatInputString(QS[5]), FormatInputString(QS[6]));
DataTable dtReport = new DataTable();
dtReport.Columns.Add("LabLocation", typeof(string));
dtReport.Columns.Add("TotalProbs", typeof(int));
dtReport.Columns.Add("LabProbs", typeof(int));
dtReport.Columns.Add("TransProbs", typeof(int));
dtReport.Columns.Add("MissingProbs", typeof(int));
dtReport.Columns.Add("SubmissionProbs", typeof(int));
dtReport.Columns.Add("OtherProbs", typeof(int));
string strLabLocation = "";
string strOldLabLocation = "";
string strProbType = "";
int intTotalProbs = 0, intLabProbs = 0, intTransProbs = 0, intMissingProbs = 0, intSubmissionProbs = 0, intOtherProbs = 0;
if (dtRawData != null && dtRawData.Rows.Count > 0)
{
for (int intCnt = 0; intCnt < dtRawData.Rows.Count; intCnt++)
{
strLabLocation = dtRawData.Rows[intCnt]["Location"].ToString();
if (strLabLocation.Length == 0)
{
continue;
}
if (strLabLocation.Equals(strOldLabLocation) || strOldLabLocation.Length == 0)
{
strProbType = dtRawData.Rows[intCnt]["Type"].ToString();
switch (strProbType)
{
case "LAB":
intLabProbs++;
break;
case "TRANSPORTATION":
intTransProbs++;
break;
case "MISSING":
intMissingProbs++;
break;
case "SUBMISSION":
intSubmissionProbs++;
break;
default:
intOtherProbs++;
break;
}
}
else
{
intTotalProbs = intLabProbs + intTransProbs + intMissingProbs + intSubmissionProbs + intOtherProbs;
if (intTotalProbs > 0)
{
DataRow drNewRow = dtReport.NewRow();
drNewRow["LabLocation"] = strOldLabLocation;
drNewRow["TotalProbs"] = intTotalProbs;
drNewRow["LabProbs"] = intLabProbs;
drNewRow["TransProbs"] = intTransProbs;
drNewRow["MissingProbs"] = intMissingProbs;
drNewRow["SubmissionProbs"] = intSubmissionProbs;
drNewRow["OtherProbs"] = intOtherProbs;
dtReport.Rows.Add(drNewRow);
}
intLabProbs = 0; intTransProbs = 0; intMissingProbs = 0; intSubmissionProbs = 0; intOtherProbs = 0; intTotalProbs = 0;
intCnt--;
}
strOldLabLocation = strLabLocation;
}
intTotalProbs = intLabProbs + intTransProbs + intMissingProbs + intSubmissionProbs + intOtherProbs;
if (intTotalProbs > 0)
{
DataRow drNewRow = dtReport.NewRow();
drNewRow["LabLocation"] = strOldLabLocation;
drNewRow["TotalProbs"] = intTotalProbs;
drNewRow["LabProbs"] = intLabProbs;
drNewRow["TransProbs"] = intTransProbs;
drNewRow["MissingProbs"] = intMissingProbs;
drNewRow["SubmissionProbs"] = intSubmissionProbs;
drNewRow["OtherProbs"] = intOtherProbs;
dtReport.Rows.Add(drNewRow);
}
}
return(dtReport);
}
public static DataTable getProblemSuperCatReport()
{
return(DL_ProblemAnalysisReport.getProblemSuperCatReport());
}
public static DataTable getProblemAnalysisByTerritorySummary(string strQS, out string dateFrom, out string dateTo, out int iTotalProbAllLabs)
{
String[] QS = strQS.Split('^');
dateFrom = QS[0];
dateTo = QS[1];
DataTable dtProbCount = DL_ProblemAnalysisReport.getTotalProbCount(dateFrom, dateTo);
DataTable dtRawData = DL_ProblemAnalysisReport.getProblemAnalysisByTerritorySummary(dateFrom, dateTo, FormatInputString(QS[2]), FormatInputString(QS[3]), FormatInputString(QS[4]), FormatInputString(QS[5]), FormatInputString(QS[6]));
DataTable dtReport = new DataTable();
dtReport.Columns.Add("Territory", typeof(string));
dtReport.Columns.Add("SalesRepName", typeof(string));
dtReport.Columns.Add("TotalProbs", typeof(int));
dtReport.Columns.Add("PercProbs", typeof(double));
dtReport.Columns.Add("LabProbs", typeof(string));
dtReport.Columns.Add("TransProbs", typeof(string));
dtReport.Columns.Add("MissingProbs", typeof(string));
dtReport.Columns.Add("SubmissionProbs", typeof(string));
dtReport.Columns.Add("OtherProbs", typeof(string));
string strTerritory = "";
string strOldTerritory = "";
string strProbType = "";
double dPercProbs = 0.000;
string strSalesRep = "";
iTotalProbAllLabs = 0;
if (dtProbCount != null && dtProbCount.Rows.Count > 0)
{
iTotalProbAllLabs = Convert.ToInt32(dtProbCount.Rows[0]["TotalProbsAll"].ToString());
}
int intTotalProbs = 0, intLabProbs = 0, intTransProbs = 0, intMissingProbs = 0, intSubmissionProbs = 0, intOtherProbs = 0;
string strLabProb = string.Empty, strTransProbs = string.Empty, strMissingProbs = string.Empty, strSubmissionProbs = string.Empty, strOtherProbs = string.Empty;
string strProlemTypeGroup = FormatInputString(QS[4]).Trim();
if (strProlemTypeGroup.Length > 0)
{
if (strProlemTypeGroup.IndexOf("LAB") < 0)
{
strLabProb = "N/A";
}
if (strProlemTypeGroup.IndexOf("TRANSPORTATION") < 0)
{
strTransProbs = "N/A";
}
if (strProlemTypeGroup.IndexOf("MISSING") < 0)
{
strMissingProbs = "N/A";
}
if (strProlemTypeGroup.IndexOf("SUBMISSION") < 0)
{
strSubmissionProbs = "N/A";
}
if (strProlemTypeGroup.IndexOf("OTHER") < 0)
{
strOtherProbs = "N/A";
}
}
if (dtRawData != null && dtRawData.Rows.Count > 0)
{
for (int intCnt = 0; intCnt < dtRawData.Rows.Count; intCnt++)
{
strTerritory = dtRawData.Rows[intCnt]["Territory"].ToString();
if (strTerritory.Length == 0)
{
continue;
}
if (strTerritory.Equals(strOldTerritory) || strOldTerritory.Length == 0)
{
strProbType = dtRawData.Rows[intCnt]["Type"].ToString();
strSalesRep = dtRawData.Rows[intCnt]["SalesRepName"].ToString();
switch (strProbType)
{
case "LAB":
intLabProbs++;
break;
case "TRANSPORTATION":
intTransProbs++;
break;
case "MISSING":
intMissingProbs++;
break;
case "SUBMISSION":
intSubmissionProbs++;
break;
default:
intOtherProbs++;
break;
}
}
else
{
intTotalProbs = intLabProbs + intTransProbs + intMissingProbs + intSubmissionProbs + intOtherProbs;
if (iTotalProbAllLabs > 0)
{
dPercProbs = Math.Round((Convert.ToDouble(intTotalProbs) / Convert.ToDouble(iTotalProbAllLabs)) * 100, 3);
}
if (intTotalProbs > 0)
{
DataRow drNewRow = dtReport.NewRow();
drNewRow["Territory"] = strOldTerritory;
drNewRow["SalesRepName"] = strSalesRep;
drNewRow["TotalProbs"] = intTotalProbs;
drNewRow["PercProbs"] = dPercProbs;
drNewRow["LabProbs"] = (strLabProb.Length > 0) ? strLabProb : intLabProbs.ToString();
drNewRow["TransProbs"] = (strTransProbs.Length > 0) ? strTransProbs : intTransProbs.ToString();
drNewRow["MissingProbs"] = (strMissingProbs.Length > 0) ? strMissingProbs : intMissingProbs.ToString();
drNewRow["SubmissionProbs"] = (strSubmissionProbs.Length > 0) ? strSubmissionProbs : intSubmissionProbs.ToString();
drNewRow["OtherProbs"] = (strOtherProbs.Length > 0) ? strOtherProbs : intOtherProbs.ToString();
dtReport.Rows.Add(drNewRow);
}
strSalesRep = "";
dPercProbs = 0.000;
intLabProbs = 0; intTransProbs = 0; intMissingProbs = 0; intSubmissionProbs = 0; intOtherProbs = 0; intTotalProbs = 0;
intCnt--;
}
strOldTerritory = strTerritory;
}
intTotalProbs = intLabProbs + intTransProbs + intMissingProbs + intSubmissionProbs + intOtherProbs;
dPercProbs = Math.Round((Convert.ToDouble(intTotalProbs) / Convert.ToDouble(iTotalProbAllLabs)) * 100, 3);
if (intTotalProbs > 0)
{
DataRow drNewRow = dtReport.NewRow();
drNewRow["Territory"] = strOldTerritory;
drNewRow["SalesRepName"] = strSalesRep;
drNewRow["TotalProbs"] = intTotalProbs;
drNewRow["PercProbs"] = dPercProbs;
drNewRow["LabProbs"] = (strLabProb.Length > 0) ? strLabProb : intLabProbs.ToString();
drNewRow["TransProbs"] = (strTransProbs.Length > 0) ? strTransProbs : intTransProbs.ToString();
drNewRow["MissingProbs"] = (strMissingProbs.Length > 0) ? strMissingProbs : intMissingProbs.ToString();
drNewRow["SubmissionProbs"] = (strSubmissionProbs.Length > 0) ? strSubmissionProbs : intSubmissionProbs.ToString();
drNewRow["OtherProbs"] = (strOtherProbs.Length > 0) ? strOtherProbs : intOtherProbs.ToString();
dtReport.Rows.Add(drNewRow);
}
}
dtReport.DefaultView.Sort = "TotalProbs DESC";
dtReport = dtReport.DefaultView.ToTable();
return(dtReport);
}
