blob: fd73efcc68856bb8860e026b94fdf149d769f306 [file] [log] [blame]
#!/usr/bin/env python
'''
Created on 22-Oct-2012
@author: Anil Kumar (anilkumar.s@paxterrasolutions.com)
TestON is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 2 of the License, or
(at your option) any later version.
TestON is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with TestON. If not, see <http://www.gnu.org/licenses/>.
teston is the main module.
'''
import sys
import getpass
import os
import re
import __builtin__
import new
import xmldict
import importlib
import threading
module = new.module("test")
import openspeak
import subprocess
global path, drivers_path, core_path, tests_path,logs_path
location = os.path.abspath( os.path.dirname( __file__ ) )
path = re.sub( "(core|bin)$", "", location )
drivers_path = path+"drivers"
core_path = path+"core"
tests_path = path+"tests"
logs_path = path+"logs/"
config_path = path + "config/"
sys.path.append( path )
sys.path.append( drivers_path )
sys.path.append( core_path )
sys.path.append( tests_path )
from core.utilities import Utilities
from core.Thread import Thread
class TestON:
'''
TestON will initiate the specified test.
The main tasks are :
* Initiate the required Component handles for the test.
* Create Log file Handles.
'''
def __init__(self,options):
'''
Initialise the component handles specified in the topology file of the specified test.
'''
# Initialization of the variables.
__builtin__.main = self
__builtin__.path = path
__builtin__.utilities = Utilities()
self.TRUE = 1
self.FALSE = 0
self.ERROR = -1
self.NORESULT = 2
self.FAIL = False
self.PASS = True
self.CASERESULT = self.ERROR
self.STEPRESULT = self.NORESULT
self.init_result = self.TRUE
self.testResult = "Summary"
self.stepName = ""
self.stepCache = ""
self.EXPERIMENTAL_MODE = False
self.test_target = None
self.lastcommand = None
self.testDir = tests_path
self.configFile = config_path + "teston.cfg"
self.parsingClass = "xmlparser"
self.parserPath = core_path + "/xmlparser"
self.loggerPath = core_path + "/logger"
self.loggerClass = "Logger"
self.logs_path = logs_path
self.driver = ''
self.Thread = Thread
self.cleanupFlag = False
self.cleanupLock = threading.Lock()
self.initiated = False
self.configparser()
verifyOptions(options)
load_logger()
self.componentDictionary = {}
self.componentDictionary = self.topology ['COMPONENT']
self.driversList=[]
if type(self.componentDictionary) == str :
self.componentDictionary = dict(self.componentDictionary)
for component in self.componentDictionary :
self.driversList.append(self.componentDictionary[component]['type'])
self.driversList = list(set(self.driversList)) # Removing duplicates.
# Checking the test_target option set for the component or not
if type(self.componentDictionary) == dict:
for component in self.componentDictionary.keys():
if 'test_target' in self.componentDictionary[component].keys():
self.test_target = component
# Checking for the openspeak file and test script
self.logger.initlog(self)
# Creating Drivers Handles
initString = "\n"+"*" * 30+"\n CASE INIT \n"+"*" * 30+"\n"
self.log.exact(initString)
self.driverObject = {}
self.random_order = 111 # Random order id to connect the components
components_connect_order = {}
#component_list.append()
if type(self.componentDictionary) == dict:
for component in self.componentDictionary.keys():
self.componentDictionary[component]['connect_order'] = self.componentDictionary[component]['connect_order'] if ('connect_order' in self.componentDictionary[component].keys()) else str(self.get_random())
components_connect_order[component] = eval(self.componentDictionary[component]['connect_order'])
#Ordering components based on the connect order.
ordered_component_list =sorted(components_connect_order, key=lambda key: components_connect_order[key])
print ordered_component_list
for component in ordered_component_list:
self.componentInit(component)
def configparser(self):
'''
It will parse the config file (teston.cfg) and return as dictionary
'''
matchFileName = re.match(r'(.*)\.cfg', self.configFile, re.M | re.I)
if matchFileName:
xml = open(self.configFile).read()
try :
self.configDict = xmldict.xml_to_dict(xml)
return self.configDict
except IOError:
print "There is no such file to parse " + self.configFile
else:
print "There is no such file to parse " + self.configFile
def componentInit(self,component):
'''
This method will initialize specified component
'''
global driver_options
self.initiated = False
self.log.info("Creating component Handle: "+component)
driver_options = {}
if 'COMPONENTS' in self.componentDictionary[component].keys():
driver_options =dict(self.componentDictionary[component]['COMPONENTS'])
driver_options['name']=component
driverName = self.componentDictionary[component]['type']
driver_options ['type'] = driverName
classPath = self.getDriverPath(driverName.lower())
driverModule = importlib.import_module(classPath)
driverClass = getattr(driverModule, driverName)
driverObject = driverClass()
if ( "OCN" in self.componentDictionary[component]['host'] and main.onoscell ):
self.componentDictionary[component]['host'] = main.mnIP
connect_result = driverObject.connect(user_name = self.componentDictionary[component]['user'] if ('user' in self.componentDictionary[component].keys()) else getpass.getuser(),
ip_address= self.componentDictionary[component]['host'] if ('host' in self.componentDictionary[component].keys()) else 'localhost',
pwd = self.componentDictionary[component]['password'] if ('password' in self.componentDictionary[component].keys()) else 'changeme',
port = self.componentDictionary[component]['port'] if ('port' in self.componentDictionary[component].keys()) else None,
options = driver_options)
if not connect_result:
self.log.error("Exiting from the test execution because the connecting to the "+component+" component failed.")
self.exit()
vars(self)[component] = driverObject
self.initiated = True
def run(self):
'''
The Execution of the test script's cases listed in the Test params file will be done here.
And Update each test case result.
This method will return TRUE if it executed all the test cases successfully,
else will retun FALSE
'''
self.testCaseResult = {}
self.TOTAL_TC = 0
self.TOTAL_TC_RUN = 0
self.TOTAL_TC_PLANNED = 0
self.TOTAL_TC_NORESULT = 0
self.TOTAL_TC_FAIL = 0
self.TOTAL_TC_PASS = 0
self.TEST_ITERATION = 0
self.stepCount = 0 # NOTE: number of main.step statements in the
# outer most level of the test case. used to
# execute code in smaller steps
self.CASERESULT = self.NORESULT
import testparser
testFile = self.tests_path + "/"+self.TEST + "/"+self.TEST + ".py"
test = testparser.TestParser(testFile)
self.testscript = test.testscript
self.code = test.getStepCode()
repeat= int(self.params['repeat']) if ('repeat' in self.params) else 1
self.TOTAL_TC_PLANNED = len(self.testcases_list)*repeat
result = self.TRUE
while(repeat):
for self.CurrentTestCaseNumber in self.testcases_list:
result = self.runCase(self.CurrentTestCaseNumber)
repeat-=1
return result
def runCase( self, testCaseNumber ):
self.CurrentTestCaseNumber = testCaseNumber
self.CurrentTestCase = ""
self.stepResultsList = [] # List of step results in a case. ANDed together to get the result
self.stepName = ""
self.caseExplanation = ""
result = self.TRUE
self.stepCount = 0 # NOTE: number of main.step statements in the
# outer most level of the test case. used to
# execute code in smaller steps
self.stepNumber = 0 # NOTE: This is the current number of
# main.step()'s executed in a case. Used for logging.
self.EXPERIMENTAL_MODE = self.FALSE
self.addCaseHeader()
self.testCaseNumber = str( testCaseNumber )
self.CASERESULT = self.NORESULT
stopped = False
try:
self.code[self.testCaseNumber]
except KeyError:
self.log.error( "There is no Test-Case " + self.testCaseNumber )
return self.FALSE
self.stepCount = 0
while self.stepCount < len(self.code[self.testCaseNumber].keys()):
result = self.runStep(self.code,self.testCaseNumber)
if result == self.FALSE:
break
elif result == self.TRUE:
continue
# stepResults format: ( stepNo[], stepName[], stepResult[], onFail[] )
stepResults = self.stepResultsList
if not stopped:
if self.CASERESULT == self.TRUE or self.CASERESULT == self.FALSE:
# Result was already explitily set somewhere else like skipCase()
pass
elif all( self.TRUE == i for i in stepResults ):
# ALL PASSED
self.CASERESULT = self.TRUE
elif self.FALSE in stepResults:
# AT LEAST ONE FAILED
self.CASERESULT = self.FALSE
elif self.TRUE in stepResults:
# AT LEAST ONE PASSED
self.CASERESULT = self.TRUE
else:
self.CASERESULT = self.NORESULT
self.testCaseResult[str(self.CurrentTestCaseNumber)] = self.CASERESULT
self.logger.updateCaseResults(self)
self.log.wiki( "<p>" + self.caseExplanation + "</p>" )
self.log.summary( self.caseExplanation )
self.log.wiki( "<ul>" )
for line in self.stepCache.splitlines():
if re.search( " - PASS$", line ):
self.log.wiki( "<li>" + line + " <ac:emoticon ac:name=\"tick\" /></li>\n" )
elif re.search( " - FAIL$", line ):
self.log.wiki( "<li>" + line + " <ac:emoticon ac:name=\"cross\" /></li>\n" )
elif re.search( " - No Result$", line ):
self.log.wiki( "<li>" + line + " <ac:emoticon ac:name=\"warning\" /></li>\n" )
else: # Should only be on fail message
self.log.wiki( "<ul><li>" + line + "</li></ul>\n" )
self.log.wiki( "</ul>" )
self.log.summary( self.stepCache )
self.stepCache = ""
return result
def runStep(self,code,testCaseNumber):
if not cli.pause:
try:
step = self.stepCount
# stepResults format: ( stepNo, stepName, stepResult, onFail )
# NOTE: This is needed to catch results of main.step()'s
# called inside functions or loops
self.stepResults = ( [], [], [], [] )
exec code[testCaseNumber][step] in module.__dict__
self.stepCount = self.stepCount + 1
# Iterate through each of the steps and print them
for index in range( len( self.stepResults[0] ) ):
# stepResults needs ( stepNo, stepName, stepResult, onFail )
stepNo = self.stepResults[0][ index ]
stepName = self.stepResults[1][ index ]
stepResult = self.stepResults[2][ index ]
onFail = self.stepResults[3][ index ]
self.stepCache += "\t" + str( testCaseNumber ) + "."
self.stepCache += str( stepNo ) + " "
self.stepCache += stepName + " - "
if stepResult == self.TRUE:
self.stepCache += "PASS\n"
elif stepResult == self.FALSE:
self.stepCache += "FAIL\n"
self.stepCache += "\t\t" + onFail + "\n"
else:
self.stepCache += "No Result\n"
self.stepResultsList.append(stepResult)
except StopIteration: # Raised in self.skipCase()
self.log.warn( "Skipping the rest of CASE" +
str( testCaseNumber ) )
self.stepResultsList.append(self.STEPRESULT)
self.stepCache += "\t\t" + self.onFailMsg + "\n"
self.stepCount = self.stepCount + 1
return self.FALSE
except StandardError:
stepNo = self.stepResults[0][ self.stepNumber - 1]
stepName = self.stepResults[1][ self.stepNumber - 1 ]
self.log.exception( "\nException in the following section of" +
" code: " + str( testCaseNumber ) + "." +
str( stepNo ) + ": " + stepName )
self.stepCount = self.stepCount + 1
self.logger.updateCaseResults(self)
#WIKI results
self.log.wiki( "<ul>" )
for line in self.stepCache.splitlines():
if re.search( " - PASS$", line ):
self.log.wiki( "<li>" + line + " <ac:emoticon ac:name=\"tick\" /></li>\n" )
elif re.search( " - FAIL$", line ):
self.log.wiki( "<li>" + line + " <ac:emoticon ac:name=\"cross\" /></li>\n" )
elif re.search( " - No Result$", line ):
self.log.wiki( "<li>" + line + " <ac:emoticon ac:name=\"warning\" /></li>\n" )
else: # Should only be on fail message
self.log.wiki( "<ul><li>" + line + "</li></ul>\n" )
self.log.wiki( "</ul>" )
#summary results
self.log.summary( self.stepCache )
self.stepCache = ""
self.cleanup()
self.exit()
return self.TRUE
if cli.stop:
cli.stop = False
stopped = True
self.TOTAL_TC_NORESULT = self.TOTAL_TC_NORESULT + 1
self.testCaseResult[str(self.CurrentTestCaseNumber)] = "Stopped"
self.logger.updateCaseResults(self)
result = self.cleanup()
return self.FALSE
def skipCase( self, result="DEFAULT", msg=None ):
"""
Will skip the rest of the code in a test case. The case results will be
determined as normal based on completed assertions unless the result
argument is given.
Optional Arguments:
result: Case insensite string. Can be 'PASS' or 'FAIL' and will set
the case result accordingly.
msg: Message to be printed when the case is skipped in the reports.
"""
result = result.upper().strip()
if result == "PASS":
self.CASERESULT = self.TRUE
elif result == "FAIL":
self.CASERESULT = self.FALSE
self.onFailMsg = "Skipping the rest of this case. "
if msg:
self.onFailMsg += str( msg )
raise StopIteration
def addCaseHeader(self):
caseHeader = "\n"+"*" * 30+"\n Result summary for Testcase"+str(self.CurrentTestCaseNumber)+"\n"+"*" * 30+"\n"
self.log.exact(caseHeader)
caseHeader = "\n"+"*" * 40 +"\nStart of Test Case"+str(self.CurrentTestCaseNumber)+" : "
for driver in self.componentDictionary.keys():
vars(self)[driver+'log'].info(caseHeader)
def addCaseFooter(self):
stepNo = self.stepResults[0][-2]
if stepNo > 0 :
previousStep = " "+str(self.CurrentTestCaseNumber)+"."+str(stepNo)+": "+ str(self.stepName) + ""
stepHeader = "\n"+"*" * 40+"\nEnd of Step "+previousStep+"\n"+"*" * 40+"\n"
caseFooter = "\n"+"*" * 40+"\nEnd of Test case "+str(self.CurrentTestCaseNumber)+"\n"+"*" * 40+"\n"
for driver in self.driversList:
vars(self)[driver].write(stepHeader+"\n"+caseFooter)
def cleanup(self):
'''
Print a summary of the current test's results then attempt to release
all the component handles and the close opened file handles.
This function shouldbe threadsafe such that cleanup will only be
executed once per test.
This will return TRUE if all the component handles and log handles
closed properly, else return FALSE.
'''
result = self.TRUE
lock = self.cleanupLock
if lock.acquire( False ):
try:
if self.cleanupFlag is False: # First thread to run this
self.cleanupFlag = True
if self.initiated:
self.logger.testSummary(self)
for component in self.componentDictionary.keys():
try :
tempObject = vars(self)[component]
print "Disconnecting from " + str(tempObject.name) + ": " + \
str(tempObject)
tempObject.disconnect()
except KeyboardInterrupt:
pass
except KeyError:
# Component not created yet
self.log.warn( "Could not find the component " +
str( component ) )
except StandardError:
self.log.exception( "Exception while disconnecting from " +
str( component ) )
result = self.FALSE
# Closing all the driver's session files
for driver in self.componentDictionary.keys():
try:
vars(self)[driver].close_log_handles()
except KeyboardInterrupt:
pass
except KeyError:
# Component not created yet
self.log.warn( "Could not find the component " +
str( driver ) + " while trying to" +
" close log file" )
except StandardError:
self.log.exception( "Exception while closing log files for " +
str( driver ) )
result = self.FALSE
else:
pass # Someone else already ran through this function
finally:
lock.release()
else: # Someone already has a lock
# NOTE: This could cause problems if we don't release the lock
# correctly
lock.acquire() # Wait for the other thread to finish
# NOTE: If we don't wait, exit could be called while the thread
# with the lock is still cleaning up
lock.release()
return result
def pause(self):
'''
This function will pause the test's execution, and will continue after user provide 'resume' command.
'''
__builtin__.testthread.pause()
def onfail(self,*components):
'''
When test step failed, calling all the components onfail.
'''
if not components:
try :
for component in self.componentDictionary.keys():
tempObject = vars(self)[component]
result = tempObject.onfail()
except StandardError as e:
print str(e)
result = self.FALSE
else:
try :
for component in components:
tempObject = vars(self)[component]
result = tempObject.onfail()
except StandardError as e:
print str(e)
result = self.FALSE
def getDriverPath(self,driverName):
'''
Based on the component 'type' specified in the params , this method will find the absolute path ,
by recursively searching the name of the component.
'''
import commands
cmd = "find "+drivers_path+" -name "+driverName+".py"
result = commands.getoutput(cmd)
result_array = str(result).split('\n')
result_count = 0
for drivers_list in result_array:
result_count = result_count+1
if result_count > 1 :
print "found "+driverName+" "+ str(result_count) + " times"+str(result_array)
self.exit()
result = re.sub("(.*)drivers","",result)
result = re.sub("\/\/","/",result)
result = re.sub("\.py","",result)
result = re.sub("\.pyc","",result)
result = re.sub("\/",".",result)
result = "drivers"+result
return result
def step(self,stepDesc):
'''
The step information of the test-case will append to the logs.
'''
previousStep = " "+str(self.CurrentTestCaseNumber)+"."+str(self.stepNumber)+": "+ str(self.stepName) + ""
self.stepName = stepDesc
self.stepNumber += 1
self.stepResults[0].append( self.stepNumber )
self.stepResults[1].append( stepDesc )
self.stepResults[2].append( self.NORESULT )
self.stepResults[3].append( "No on fail message given" )
stepName = " "+str(self.CurrentTestCaseNumber)+"."+str(self.stepNumber)+": "+ str(stepDesc) + ""
self.log.step(stepName)
stepHeader = ""
if self.stepNumber > 1 :
stepHeader = "\n"+"-"*45+"\nEnd of Step "+previousStep+"\n"+"-"*45+"\n"
stepHeader += "\n"+"-"*45+"\nStart of Step"+stepName+"\n"+"-"*45+"\n"
for driver in self.componentDictionary.keys():
vars(self)[driver+'log'].info(stepHeader)
def case(self,testCaseName):
'''
Test's each test-case information will append to the logs.
'''
self.CurrentTestCase = testCaseName
testCaseName = " " + str(testCaseName)
self.log.case(testCaseName)
caseHeader = testCaseName+"\n"+"*" * 40+"\n"
for driver in self.componentDictionary.keys():
vars(self)[driver+'log'].info(caseHeader)
def testDesc(self,description):
'''
Test description will append to the logs.
'''
description = "Test Description : " + str (description) + ""
self.log.info(description)
def _getTest(self):
'''
This method will parse the test script to find required test information.
'''
testFile = self.tests_path + "/"+self.TEST + "/"+self.TEST + ".py"
testFileHandler = open(testFile, 'r')
testFileList = testFileHandler.readlines()
testFileHandler.close()
#self.TOTAL_TC_PLANNED = 0
counter = 0
for index in range(len(testFileList)):
lineMatch = re.match('\s+def CASE(\d+)(.*):',testFileList[index],0)
if lineMatch:
counter = counter + 1
self.TC_PLANNED = len(self.testcases_list)
def response_parser(self,response, return_format):
''' It will load the default response parser '''
response_dict = {}
response_dict = self.response_to_dict(response, return_format)
return_format_string = self.dict_to_return_format(response,return_format,response_dict)
return return_format_string
def response_to_dict(self,response,return_format):
response_dict = {}
json_match = re.search('^\s*{', response)
xml_match = re.search('^\s*\<', response)
ini_match = re.search('^\s*\[', response)
if json_match :
self.log.info(" Response is in 'JSON' format and Converting to '"+return_format+"' format")
# Formatting the json string
response = re.sub(r"{\s*'?(\w)", r'{"\1', response)
response = re.sub(r",\s*'?(\w)", r',"\1', response)
response = re.sub(r"(\w)'?\s*:", r'\1":', response)
response = re.sub(r":\s*'(\w)'\s*([,}])", r':"\1"\2', response)
try :
import json
response_dict = json.loads(response)
except StandardError:
self.log.exception( "Json Parser is unable to parse the string" )
return response_dict
elif ini_match :
self.log.info(" Response is in 'INI' format and Converting to '"+return_format+"' format")
from configobj import ConfigObj
response_file = open("respnse_file.temp",'w')
response_file.write(response)
response_file.close()
response_dict = ConfigObj("respnse_file.temp")
return response_dict
elif xml_match :
self.log.info(" Response is in 'XML' format and Converting to '"+return_format+"' format")
try :
response_dict = xmldict.xml_to_dict("<response> "+str(response)+" </response>")
except StandardError:
self.log.exception()
return response_dict
def dict_to_return_format(self,response,return_format,response_dict):
if return_format =='table' :
''' Will return in table format'''
to_do = "Call the table output formatter"
global response_table
response_table = '\n'
response_table = response_table +'\t'.join(response_dict)+"\n"
def get_table(value_to_convert):
''' This will parse the dictionary recusrsively and print as table format'''
table_data = ""
if type(value_to_convert) == dict :
table_data = table_data +'\t'.join(value_to_convert)+"\n"
for temp_val in value_to_convert.values() :
table_data = table_data + get_table(temp_val)
else :
table_data = table_data + str(value_to_convert) +"\t"
return table_data
for value in response_dict.values() :
response_table = response_table + get_table(value)
# response_table = response_table + '\t'.join(response_dict.values())
return response_table
elif return_format =='config':
''' Will return in config format'''
to_do = 'Call dict to config coverter'
response_string = str(response_dict)
print response_string
response_config = re.sub(",", "\n\t", response_string)
response_config = re.sub("u\'", "\'", response_config)
response_config = re.sub("{", "", response_config)
response_config = re.sub("}", "\n", response_config)
response_config = re.sub(":", " =", response_config)
return "[response]\n\t "+response_config
elif return_format == 'xml':
''' Will return in xml format'''
response_xml = xmldict.dict_to_xml(response_dict)
response_xml = re.sub(">\s*<", ">\n<", response_xml)
return "\n"+response_xml
elif return_format == 'json':
''' Will return in json format'''
to_do = 'Call dict to xml coverter'
import json
response_json = json.dumps(response_dict)
return response_json
def get_random(self):
self.random_order = self.random_order + 1
return self.random_order
def exit(self):
__builtin__.testthread = None
for thread in threading.enumerate():
if thread.isAlive():
try:
thread._Thread__stop()
except:
# NOTE: We should catch any exceptions while trying to
# close the thread so that we can try to close the other
# threads as well
print( str( thread.getName() ) + ' could not be terminated' )
sys.exit()
def verifyOptions(options):
'''
This will verify the command line options and set to default values, if any option not given in command line.
'''
import pprint
pp = pprint.PrettyPrinter(indent=4)
# pp.pprint(options)
verifyTest(options)
verifyExample(options)
verifyTestScript(options)
verifyParams()
verifyLogdir(options)
verifyMail(options)
verifyTestCases(options)
verifyOnosCell(options)
def verifyTest(options):
try:
if options.testname:
main.TEST = options.testname
main.classPath = "tests."+main.TEST+"."+main.TEST
main.tests_path = tests_path
elif options.example:
main.TEST = options.example
main.tests_path = path+"/examples/"
main.classPath = "examples."+main.TEST+"."+main.TEST
except AttributeError:
print "Test or Example not specified please specify the --test <test name > or --example <example name>"
main.exit()
def verifyExample(options):
if options.example:
main.testDir = path+'/examples/'
main.tests_path = path+"/examples/"
main.classPath = "examples."+main.TEST+"."+main.TEST
def verifyLogdir(options):
# Verifying Log directory option
if options.logdir:
main.logdir = options.logdir
else :
main.logdir = main.FALSE
def verifyMail(options):
# Checking the mailing list
if options.mail:
main.mail = options.mail
elif main.params.has_key('mail'):
main.mail = main.params['mail']
else :
main.mail = 'paxweb@paxterrasolutions.com'
def verifyTestCases(options):
# Getting Test cases list
if options.testcases:
testcases_list = options.testcases
# sys.exit()
testcases_list = re.sub("(\[|\])", "", options.testcases)
main.testcases_list = eval(testcases_list+",")
else :
if 'testcases' in main.params.keys():
temp = eval(main.params['testcases']+",")
list1=[]
if type(temp[0])==list:
for test in temp:
for testcase in test:
if type(testcase)==int:
testcase=[testcase]
list1.extend(testcase)
else :
temp=list(temp)
for testcase in temp:
if type(testcase)==int:
testcase=[testcase]
list1.extend(testcase)
main.testcases_list=list1
else :
print "testcases not specifed in params, please provide in params file or 'testcases' commandline argument"
sys.exit()
def verifyOnosCell(options):
# Verifying onoscell option
if options.onoscell:
main.onoscell = options.onoscell
main.onosIPs = []
main.mnIP = ""
cellCMD = ". ~/.profile; cell "+main.onoscell
output=subprocess.check_output( ["bash", '-c', cellCMD] )
splitOutput = output.splitlines()
for i in range( len(splitOutput) ):
if( re.match( "OCN", splitOutput[i] ) ):
mnNode=splitOutput[i].split("=")
main.mnIP = mnNode[1]
# cell already sorts OC variables in bash, so no need to sort in TestON
if( re.match( "OC[1-9]", splitOutput[i] ) ):
onosNodes = splitOutput[i].split("=")
main.onosIPs.append( onosNodes[1] )
else :
main.onoscell = main.FALSE
def verifyTestScript(options):
'''
Verifyies test script.
'''
main.openspeak = openspeak.OpenSpeak()
openspeakfile = main.testDir+"/" + main.TEST + "/" + main.TEST + ".ospk"
testfile = main.testDir+"/" + main.TEST + "/" + main.TEST + ".py"
if os.path.exists(openspeakfile):
# Openspeak file found, compiling to python
main.openspeak.compiler(openspeakfile=openspeakfile,writetofile=1)
elif os.path.exists(testfile):
# No openspeak found, using python file instead
pass
else:
print "\nThere is no \""+main.TEST+"\" test script.\nPlease provide a " +\
"Python or OpenSpeak test script in the tests folder: " +\
main.testDir+"/" + main.TEST + "/"
__builtin__.testthread = None
main.exit()
try :
testModule = __import__(main.classPath, globals(), locals(), [main.TEST], -1)
except ImportError:
print "There was an import error, it might mean that there is no test named "+main.TEST
main.exit()
testClass = getattr(testModule, main.TEST)
main.testObject = testClass()
load_parser()
main.params = main.parser.parseParams(main.classPath)
main.topology = main.parser.parseTopology(main.classPath)
def verifyParams():
try :
main.params = main.params['PARAMS']
except KeyError:
print "Error with the params file: Either the file not specified or the format is not correct"
main.exit()
try :
main.topology = main.topology['TOPOLOGY']
except KeyError:
print "Error with the Topology file: Either the file not specified or the format is not correct"
main.exit()
def load_parser() :
'''
It facilitates the loading customised parser for topology and params file.
It loads parser mentioned in tab named parser of teston.cfg file.
It also loads default xmlparser if no parser have specified in teston.cfg file.
'''
confighash = main.configDict
if 'file' in confighash['config']['parser'] and 'class' in confighash['config']['parser']:
path = confighash['config']['parser']['file']
if path != None or confighash['config']['parser']['class']!= None:
try:
module = re.sub( r".py\s*$", "", path )
moduleList = module.split("/")
newModule = ".".join([moduleList[len(moduleList) - 2],moduleList[len(moduleList) - 1]])
parsingClass = confighash['config']['parser']['class']
parsingModule = __import__(newModule, globals(), locals(), [parsingClass], -1)
parsingClass = getattr(parsingModule, parsingClass)
main.parser = parsingClass()
#hashobj = main.parser.parseParams(main.classPath)
if hasattr(main.parser,"parseParams") and hasattr(main.parser,"parseTopology") and hasattr(main.parser,"parse"):
pass
else:
print "Invalid parser format"
main.exit()
except ImportError:
print "Could not find the file " + path + " using default parser."
load_defaultParser()
elif confighash['config']['parser']['file'] == None or confighash['config']['parser']['class'] == None:
load_defaultParser()
else:
load_defaultParser()
def load_defaultParser():
'''
It will load the default parser which is xml parser to parse the params and topology file.
'''
moduleList = main.parserPath.split("/")
newModule = ".".join([moduleList[len(moduleList) - 2],moduleList[len(moduleList) - 1]])
try :
parsingClass = main.parsingClass
parsingModule = __import__(newModule, globals(), locals(), [parsingClass], -1)
parsingClass = getattr(parsingModule, parsingClass)
main.parser = parsingClass()
if hasattr(main.parser,"parseParams") and hasattr(main.parser,"parseTopology") and hasattr(main.parser,"parse") :
pass
else:
main.exit()
except ImportError:
print sys.exc_info()[1]
def load_logger() :
'''
It facilitates the loading customised parser for topology and params file.
It loads parser mentioned in tab named parser of teston.cfg file.
It also loads default xmlparser if no parser have specified in teston.cfg file.
'''
confighash = main.configDict
if 'file' in confighash['config']['logger'] and 'class' in confighash['config']['logger']:
path = confighash['config']['logger']['file']
if path != None or confighash['config']['logger']['class']!= None :
try:
module = re.sub( r".py\s*$", "", path )
moduleList = module.split("/")
newModule = ".".join([moduleList[len(moduleList) - 2],moduleList[len(moduleList) - 1]])
loggerClass = confighash['config']['logger']['class']
loggerModule = __import__(newModule, globals(), locals(), [loggerClass], -1)
loggerClass = getattr(loggerModule, loggerClass)
main.logger = loggerClass()
#hashobj = main.parser.parseParams(main.classPath)
except ImportError:
print "Could not find the file " + path + " using default logger."
load_defaultlogger()
elif confighash['config']['parser']['file'] == None or confighash['config']['parser']['class'] == None :
load_defaultlogger()
else:
load_defaultlogger()
def load_defaultlogger():
'''
It will load the default parser which is xml parser to parse the params and topology file.
'''
moduleList = main.loggerPath.split("/")
newModule = ".".join([moduleList[len(moduleList) - 2],moduleList[len(moduleList) - 1]])
try :
loggerClass = main.loggerClass
loggerModule = __import__(newModule, globals(), locals(), [loggerClass], -1)
loggerClass = getattr(loggerModule, loggerClass)
main.logger = loggerClass()
except ImportError:
print sys.exc_info()[1]
main.exit()
def _echo(self):
print "THIS IS ECHO"