Change column name Pass to Executed and correct the percentage computation of pass rate

Summarize_Newman_Html_Reports.py

@@ -97,7 +97,7 @@ def processFile(fnm, platform, rowNo, colOffset, envFileNamesPopulated):
             skippedTests = info       
         count += 1
     # Compute the pass rate (percentage of test that passed for the collection)
-    passRate = (100 * float(totalAssertionPassed ) / (float(totalAssertionPassed) + float(totalAssertionFailed)) )
+    passRate = (100 * ( (float(totalAssertionPassed) - float(totalAssertionFailed)) / float(totalAssertionPassed) ) )
 
     # print("totalRequestsPassed: " + totalRequestsPassed)
     # print("totalRequestsFailed: " + totalRequestsFailed)
@@ -147,9 +147,16 @@ records = []
 env_file_names = []
 env_file_names_populated = False
 collection_run_date = []
+#
+fillColList = [5,9,13]          # column list that are acting as separator between platforms
+pctColList = [4,8,12,16]        # column list that hold passRate (percent) values
+passColList = [2,6,10,14]       # column list that hold number of request pass values
+failColList = [3,7,11,15]       # column list that hold number of request fail values
+#
 # Define the headers for the excel file
 records.append(("","","","AWS","","","","AZURE","","","","GCP","","","","IBM",""))
-records.append(("Collection Name", "#of Requests", "Pass", "Fail", "PassRate","","Pass", "Fail", "PassRate","","Pass", "Fail", "PassRate","","Pass", "Fail", "PassRate"))
+# Note: Pass column name was changed to Executed. The variable names were not changed only column name was changed.
+records.append(("Collection Name", "#of Requests", "Executed", "Fail", "PassRate","","Executed", "Fail", "PassRate","","Executed", "Fail", "PassRate","","Executed", "Fail", "PassRate"))
 
 #Create and initialize the excel file
 workbook = xlsxwriter.Workbook('NewmanHtmlReportsSummary.xlsx')
@@ -157,6 +164,10 @@ worksheet = workbook.add_worksheet()
 # set the column width
 worksheet.set_column(0, 0, 40)      # Column for Collection Name
 worksheet.set_column(1, 1, 12)      # Column for number of request
+
+for iCol in passColList:
+    worksheet.set_column(iCol, iCol, 10) # column width for executed
+    
 # set variaous formats that will be used to wirte the data to the Excel file
 cell_format = workbook.add_format({'align': 'center', 'bold': True})
 #
@@ -198,11 +209,6 @@ head2_green_cell_format.set_font_size(12)
 head2_red_cell_format = workbook.add_format({'align': 'center', 'bold': True, 'bg_color': '#BBD7EF', 'font_color': 'red'})
 head2_red_cell_format.set_font_size(12)
 #
-fillColList = [5,9,13]          # column list that are acting as separator between platforms
-pctColList = [4,8,12,16]        # column list that hold passRate (percent) values
-passColList = [2,6,10,14]       # column list that hold number of request pass values
-failColList = [3,7,11,15]       # column list that hold number of request fail values
-#
 #Write the header records to excel file
 rowNum = 0
 col_offset = 0
@@ -225,7 +231,7 @@ for row_num in records:
 curPlatform = ""
 localRowNo = rowNum
 collName = []
-for file in sorted(os.listdir(".")):
+for file in os.listdir("."):
     if (file.endswith(".html")):    # process only html files
         fileParts = file.split(".")
         if (fileParts[0] == "index"):
@@ -282,11 +288,14 @@ sumStartIdxStr = str(sumStartIdx)
 sumEndIdxStr = str(sumEndIdx)
 # popluate the arrays to sum the pass, fail and passRate values for each platform as well as total number of requests
 # e.g. [ ['B14', '{=SUM(B3:B13)}'],...,[...]]
+# passRate = (100 * ( (float(totalAssertionPassed) - float(totalAssertionFailed)) / float(totalAssertionPassed) ) )
+#      E14 =  100 * ( (C14-D14)/C14) )
+#      "E"+rowIndxStr, "{=(100.0 * ( (C"+rowIndxStr+"-D"+rowIndxStr+")/C"+rowIndxStr +") )}" 
 col_lables = [["B"+rowIndxStr, "{=SUM(B"+sumStartIdxStr+":B"+sumEndIdxStr+")}"], ["C"+rowIndxStr, "{=SUM(C"+sumStartIdxStr+":C"+sumEndIdxStr+")}"],
-              ["D"+rowIndxStr, "{=SUM(D"+sumStartIdxStr+":D"+sumEndIdxStr+")}"], ["E"+rowIndxStr, "{=SUM(E"+sumStartIdxStr+":E"+sumEndIdxStr+")}"],
-              ["G"+rowIndxStr, "{=SUM(G"+sumStartIdxStr+":G"+sumEndIdxStr+")}"], ["H"+rowIndxStr, "{=SUM(H"+sumStartIdxStr+":H"+sumEndIdxStr+")}"], ["I"+rowIndxStr, "{=SUM(I"+sumStartIdxStr+":I"+sumEndIdxStr+")}"],
-              ["K"+rowIndxStr, "{=SUM(K"+sumStartIdxStr+":K"+sumEndIdxStr+")}"], ["L"+rowIndxStr, "{=SUM(L"+sumStartIdxStr+":L"+sumEndIdxStr+")}"], ["M"+rowIndxStr, "{=SUM(M"+sumStartIdxStr+":M"+sumEndIdxStr+")}"],
-              ["O"+rowIndxStr, "{=SUM(O"+sumStartIdxStr+":O"+sumEndIdxStr+")}"], ["P"+rowIndxStr, "{=SUM(P"+sumStartIdxStr+":P"+sumEndIdxStr+")}"], ["Q"+rowIndxStr, "{=SUM(Q"+sumStartIdxStr+":Q"+sumEndIdxStr+")}"]]
+              ["D"+rowIndxStr, "{=SUM(D"+sumStartIdxStr+":D"+sumEndIdxStr+")}"], ["E"+rowIndxStr, "{=(100.0 * ( (C"+rowIndxStr+"-D"+rowIndxStr+")/C"+rowIndxStr +") )}"],
+              ["G"+rowIndxStr, "{=SUM(G"+sumStartIdxStr+":G"+sumEndIdxStr+")}"], ["H"+rowIndxStr, "{=SUM(H"+sumStartIdxStr+":H"+sumEndIdxStr+")}"], ["I"+rowIndxStr, "{=(100.0 * ( (G"+rowIndxStr+"-H"+rowIndxStr+")/G"+rowIndxStr +") )}"],
+              ["K"+rowIndxStr, "{=SUM(K"+sumStartIdxStr+":K"+sumEndIdxStr+")}"], ["L"+rowIndxStr, "{=SUM(L"+sumStartIdxStr+":L"+sumEndIdxStr+")}"], ["M"+rowIndxStr, "{=(100.0 * ( (K"+rowIndxStr+"-L"+rowIndxStr+")/K"+rowIndxStr +") )}"],
+              ["O"+rowIndxStr, "{=SUM(O"+sumStartIdxStr+":O"+sumEndIdxStr+")}"], ["P"+rowIndxStr, "{=SUM(P"+sumStartIdxStr+":P"+sumEndIdxStr+")}"], ["Q"+rowIndxStr, "{=(100.0 * ( (O"+rowIndxStr+"-P"+rowIndxStr+")/O"+rowIndxStr +") )}"]]
 col_label_indx = 0
 # Populate/write the Total Row
 for j in range(total_cols):