1 #

     2 # Copyright (c) 2009 Nokia Corporation and/or its subsidiary(-ies).

     3 # All rights reserved.

     4 # This component and the accompanying materials are made available

     5 # under the terms of "Eclipse Public License v1.0"

     6 # which accompanies this distribution, and is available

     7 # at the URL "http://www.eclipse.org/legal/epl-v10.html".

     8 #

     9 # Initial Contributors:

    10 # Nokia Corporation - initial contribution.

    11 #

    12 # Contributors:

    13 #

    14 # Description: 

    15 #

    16 # server for coverage testing

    17 #

    18 # Usage:

    19 # - start CodeTest Manager

    20 # - start the command shell from CodeTest: File|CmdShell...

    21 # - if this script file (testserver.py) is located for ex. in Z:\projects\uiaccelerator\uiaccelerator\uiacceltk\hitchcock\internal\tsrc\Test\Group

    22 #   start the ctserver by giving a command in CodeTest command shell:

    23 #   execfile('Z:/projects/uiaccelerator/uiaccelerator/uiacceltk/hitchcock/internal/tsrc/Test/Group/testserver.py')

    24 # - the ctserver should now print:

    25 #   Server Initialised...

    26 #   Listening...

    27 #   ctserver is communicating to the CodeTEST host on port 3020

    28 #   ready.

    29 #

    30 # - open a windows command window in in Z:\projects\uiaccelerator\uiaccelerator\uiacceltk\hitchcock\internal\tsrc\Test\Group

    31 # - start the client by running client.py in the windows command window

    32 #

    33 # Client usage:

    34 #                <script> -b[--binary-buildpath=] binary build path, e.g. x:/s60/mw/project/group\n"

    35 #                -i[--idb-name=] idb name for profiled source, e.g. project1.idb\n"

    36 #                -e[--executable=] name of the executeable that should be run for profiled code, e.g. \"x:/epoc32/.../exerunner -arg1 -arg2\"\n"

    37 #                -u[--unittest-buildpath=] path for unit tests to be build"

    38 #                -r[--report-location=] report location, e.g. x:/s60/mw/somecomponent/reports"

    39 #

    40 # An example client command line:

    41 #   client.py -b Z:\projects\uiaccelerator\uiaccelerator\group -i EunitTests.idb -e Z:\epoc32\release\winscw\udeb\EUnitExeRunner.exe -u Z:\projects\uiaccelerator\uiaccelerator\uiacceltk\hitchcock\internal\tsrc\Test\Group -r .

    42 #

    43 

    44 import time,os,sys,re

    45 from ctest import CTCommonDef

    46 from ctest.DataObjM import CovObjDef

    47 from socket import *

    48 

    49 ctServerPath = "C:\\APPS\\ct\\bin\\ctserver.exe"

    50 host = ""

    51 port = 3555

    52 

    53 def initialise():

    54     os.spawnv(os.P_NOWAIT, ctServerPath, [''])

    55     print "Server Initialised..."

    56 

    57 def processCommand(aSocket, aCommand):    

    58     if aCommand == "EXIT":

    59         sys.exit(0)

    60     else:

    61         commands = re.split(r',',aCommand)

    62         print "Retreived commands:",commands

    63         data = runCodeTest(commands[0], commands[1])

    64         aSocket.send(data)

    65                 

    66 def runCodeTest(aIdb, aExecutable):

    67     ctob.closeWorkspace()

    68     ds = ctob.createCtSWIC('localhost', 3020, 30)

    69     print ds.getName(), 'Data source created...'

    70     ds.setIDB(aIdb)

    71     ds.connect()

    72     ds.setContinuousMode()

    73     ds.start()

    74     print 'Starting profiled application...'

    75     os.spawnv(os.P_WAIT, aExecutable, [' /e S60AppEnv /r Warning /w 1'])

    76     print 'Application exited...'

    77     time.sleep(10)

    78     print 'Collecting data...'

    79     ds.collectData()    

    80     ds.stop()

    81     covObject0 = ds.getCoverageObjs()[0]

    82     covObject0.sortData('coverage',1)

    83     # html report / per method

    84     #covObject0.exportView('c:/cov_data_one.htm', CTCommonDef.HTML_FORMAT,' ',' ' )

    85     covObject0.writeCoverageReport('/cov_report.txt', CovObjDef.OVERALL_SUMMARY)

    86     f = open("/cov_report.txt")

    87     data = f.read()

    88     f.close()

    89     ds.disConnect()

    90     print 'Report sent to the client...'

    91     return data

    92         

    93 def startServer():

    94     s = socket(AF_INET, SOCK_STREAM)

    95     s.bind((host,port))

    96     s.listen(1)

    97     print "Listening..."

    98     while 1:

    99         (clientsocket, address) = s.accept()

   100         print "Client connected..."

   101         while 1:

   102             buff = clientsocket.recv(4096)

   103             print "Data received..."

   104             if buff:

   105                 processCommand(clientsocket, buff)

   106             else: 

   107                 break

   108         clientsocket.close()

   109     

   110 initialise()

   111 startServer()