Ecu-test report converted to excel format

ECU-TEST As an automated test execution software , It can be linked to many test tools , It is completely used Python To write , Officials have provided detailed information about ApiDoc Documents are available for users to consult . In the process of using the tool , The report generator encapsulated by the supplier to our company generates HTML Format , Although beautiful , But we can't see the passing of each test case more intuitively . At the same time, the report generally adopts PDF Format ,HTML There are many hyperlinks in the format report , A file cannot be overwritten , So I thought of using the official API Documents combine python Write a script , Let it output excel Report in format , The test engineer is converting to PDF that will do . Go straight to the code , The description has been explained in the notes .

2022-2-14 to update ：ECU-TEST It can also generate excel The report , But there is only one layer project nesting , If there are two layers project The name of each nested test case is very verbose and cannot be arranged according to the system .

import sys
import openpyxl                                #  Import the required package , Mainly openpyxl
from openpyxl.styles import PatternFill, Font

sys.path.append(r'D:\ECU_TEST 2020.4\Templates\ApiClient')   #  The path is Api File storage path , It is equivalent to all... Under this path py Documents are available 
trf_path = r'D:\ECU_TEST 2020.4\TestReports\ Power control system .rtf'  #  This path is an automatically generated report file, i.e .trf(test report file)
from ApiClient import ApiClient
api = ApiClient                                              #  Call interface py file 

wb = openpyxl.Workbook()                                     #  Create a table 、 Filling effect 、 typeface 
ws = wb.active
ws.title = ' Test report '
fill1 = PatternFill('solid', fgColor='00FF00')    #  green 
fill2 = PatternFill('solid', fgColor='FFFF00')    #  yellow 
fill3 = PatternFill('solid', fgColor='FF0000')    #  Red 
fill4 = PatternFill('solid', fgColor='C0C0C0')    #  gray 
font1 = Font(name=u' Microsoft YaHei ', bold=True, size=14)
font2 = Font(name=u' Microsoft YaHei ', bold=True, size=12)
font3 = Font(name=u' Microsoft YaHei ', bold=False, size=10)

PASS = 0                                          #  Specify four variables for statistical test results 
FAIL = 0
ERROR = 0
NONE = 0

report = api.ReportApi.OpenReport(trf_path)    #  Get the report object 
ex_time = report.GetExecutionTime()            #  execution time 
main_project = report.GetMainProject()         #  Return to one project Object for subsequent operations 
project_child = main_project.GetProjectElements()   #  This method obtains all children project  Returns a list of all child objects 

j = 0                                           #  The outer loop 
r = 8                                           #  Number of lines to start 
for name in project_child:
    child_project_name = project_child[j].GetElementName()   #  Subsystem name 
    ws['A' + str(r)] = child_project_name
    ws['A' + str(r)].font = font2
    child_pkg = project_child[j].GetProjectElements()      #  Acquire subsystem , Get the object 
    i = 0                                                  #  Inner loop pointer 
    r = r + 1                                              #  Write a line plus 1
    for pkg in child_pkg:
        child_pkg_name = child_pkg[i].GetElementName()     #  Get the case name 
        ws['B' + str(r)] = child_pkg_name
        ws['B' + str(r)].font = font3
        ws['C' + str(r)] = child_pkg[i].GetResult()        #  Get case results 
        if child_pkg[i].GetResult() == 'SUCCESS':          #  Fill cells with results 
            PASS = PASS + 1
            ws['C' + str(r)].fill = fill1
        if child_pkg[i].GetResult() == 'FAIL':
            FAIL = FAIL + 1
            ws['C' + str(r)].fill = fill2
        if child_pkg[i].GetResult() == 'ERROR':
            ERROR = ERROR + 1
            ws['C' + str(r)].fill = fill3
        if child_pkg[i].GetResult() == 'NONE':
            NONE = None + 1
            ws['C' + str(r)].fill = fill4
        i = i + 1
        r = r + 1
    j = j + 1

ws['A1'] = ' Test date '                   #  Define some headers 
ws['A1'].font = font1
ws['A2'] = ex_time
ws['A2'].font = font2
ws['B1'] = ' Total test duration '
ws['B1'].font = font1
ws['C1'] = ' Total number of test cases '
ws['C1'].font = font1
ws['A3'] = ' Passing number '
ws['A3'].font = font1
ws['B3'] = ' Number of failures '
ws['B3'].font = font1
ws['C3'] = ' Unexecuted amount '
ws['C3'].font = font1
ws['A5'] = ' Software coding '
ws['A5'].font = font1
ws['B5'] = ' Software version number '
ws['B5'].font = font1
ws['C5'] = ' Software pass rate '
ws['C5'].font = font1
ws['A7'] = ' The test system '
ws['A7'].font = font1
ws['C7'] = ' test result '
ws['C7'].font = font1

wb.save(' Test report .xlsx')

xlsx_file = r' Test report .xlsx'              #  You can't read and write at the same time , So in the previous step, save 
rb = openpyxl.load_workbook(xlsx_file)
sheet1 = rb[' Test report ']   #  open sheet
sheet1['A4'] = PASS
sheet1['A4'].font = font2
sheet1['B4'] = FAIL + ERROR
sheet1['B4'].font = font2
sheet1['C4'] = NONE
sheet1['C4'].font = font2
sheet1['C2'] = PASS + ERROR + FAIL + NNONE
sheet1['C2'].font = font2
sheet1['C6'] = PASS / (FAIL + PASS + ERROR)     #  Unexecuted cases do not participate in the conclusion 
sheet1['C6'].font = font2

rb.save(' Test report .xlsx')

#  Please indicate the source of the original works 

Please correct any deficiencies , thank