def test_EnvironmentObjectIsRetrieved(self):
"""
Verifies requirement GEN000003. Checks that the environment object was
retrieved.
"""
# Setup Mock Object
self.common.SetupMox(self)
# Stub out the testharness functions that are called
testharness.getOptDebugFlag().AndReturn(True)
testharness.getOptParam().AndReturn(None)
testharness.getOptExternal().AndReturn(self.external)
testharness.getOptImplantable().AndReturn(self.implantable)
testharness.getOptEnv().AndReturn(self.env)
# In order for the testContext to return successfully, the environment
# geography and the external availability should match. Force this to
# occur with a mock environment object
MockEnv = mox.MockObject(Environment)
MockEnv.geography = 'us'
availability.evaluate('US').AndReturn(True)
environment.getInstance(self.env).AndReturn(MockEnv)
self.mocker.ReplayAll()
testContext = komodo.getTestContext()
# Verification
self.trace('GEN000003')
self.verify(testContext['env'] is not None)
self.mocker.VerifyAll()
# Reset Mock Object
self.common.UnsetMox(self)
def test_ParameterDefaultsAreSetCorrectly(self):
"""
Verifies requirements GEN000003 and GEN000004. Check that the default
optional parameters are set when none are specified.
GEN000003: Komodo shall provide a context to capture command line
options for the following attributes: External, Implantable, Environment,
Browser Type, Enroll type, PG Simulator, Debug.
GEN000004: Komodo shall provide the ability to load the product line
model for the external and implantable in the context.
"""
# Setup Mock Object
self.common.SetupMox(self)
testharness.getOptDebugFlag().AndReturn(True)
testharness.getOptParam().AndReturn(None)
testharness.getOptExternal().AndReturn(self.external)
testharness.getOptImplantable().AndReturn(self.implantable)
testharness.getOptEnv().AndReturn(self.env)
# In order for the testContext to return successfully, the environment
# geography and the external availability should match. Force this to
# occur with a mock environment object
MockEnv = mox.MockObject(Environment)
MockEnv.geography = 'us'
availability.evaluate('US').AndReturn(True)
environment.getInstance(self.env).AndReturn(MockEnv)
self.mocker.ReplayAll()
testContext = komodo.getTestContext()
self.trace('GEN000003')
self.verifyEqual(testContext['brwsr'], komodo.BROWSER_DEFAULT)
self.verifyEqual(testContext['pgsim'], False)
self.verifyEqual(testContext['enroll'], True)
self.mocker.VerifyAll()
# Reset Mock Object
self.common.UnsetMox(self)
self.trace('GEN000004')
self.verifyTrue(availability.getExternal() is not None, msg="External PLM was loaded.")
self.verifyTrue(availability.getImplantable() is not None, msg="Implantable PLM was loaded.")
def test_EnvironmentExternalGeographyMismatchRaisesError(self):
"""
Verifies requirement GEN000005. Check that the external param and the
env geography mismatch throw an error.
"""
# Setup Mock Object
self.common.SetupMox(self)
testharness.getOptDebugFlag().AndReturn(True)
testharness.getOptParam().AndReturn(None)
testharness.getOptExternal().AndReturn(self.external)
testharness.getOptImplantable().AndReturn(self.implantable)
testharness.getOptEnv().AndReturn(self.env)
# In order for the testContext to return successfully, the environment
# geography and the external availability should match. Force this to
# occur with a mock environment object
MockEnv = mox.MockObject(Environment)
MockEnv.geography = 'us'
availability.evaluate('US').AndReturn(False)
environment.getInstance(self.env).AndReturn(MockEnv)
self.mocker.ReplayAll()
self.trace('GEN000005')
try:
tc = komodo.getTestContext()
self.verifyFailed(msg="Did not catch the ExternalPLMEnvironmentMismatchError exception.")
except ExternalPLMEnvironmentMismatchError:
self.verified(msg="ExternalPLMEnvironmentMismatchError was raised")
except:
self.verifyFailed(msg="Did not catch the ExternalPLMEnvironmentMismatchError exception.")
self.mocker.VerifyAll()
# Reset Mock Object
self.common.UnsetMox(self)
def getTestContext():
"""
Defines the context parameters of the test from command-line parameters for
use with any library component that requires this information. Parameters
are specified with key/value pairs using the perseus -p option.
Example::
python Test_Script.py -t test1 -c case1 -e isosys5a -x EU_1.0_JAGRF -i J063-200-1 -p brwsr=InternetExplorer,enroll=True,pgsim=False
I{Available parameters used by Komodo}::
-brwsr = InternetExplorer, Firefox (default), HtmlUnit -- see SyRS010131
-pgsim = True, False (default)
-enroll = True (default), False (direct to database)
I{REQUIRED parameters available through Perseus command-line options}::
-e = [name of environment, no underscores], REQUIRED
-x = [external from PLE], REQUIRED, must be specified before "-i"
-i = [implantable from PLE], REQUIRED
B{NOTE}:
The Perseus command-line option "-r" for PLM release is ignored by Komodo.
You cannot specify versions of browsers in Komodo, that is a test station-specific setup.
@return: TestContext dictionary
@rtype: C{dict}
@raises UnrecognizedCommandLineParamError:
@raises MissingCommandLineParamError:
"""
logger.info('** Komodo System Evaluation Automation Test Library Version %s **' % __VERSIONSTR)
testContext = dict()
_rawCommandLineArgs = dict()
# Parse the specified command-line parameters from "-p"
_rawCommandLineParams = testharness.getOptParam()
# Check to make sure some command-line arguments were specified, malformed -p args may appear as strings
if _rawCommandLineParams is not None and type(_rawCommandLineParams) is dict:
logger.info('Command line Parameters: %s' % _rawCommandLineParams)
_rawCommandLineArgs.update(_rawCommandLineParams)
# No parameters specified or parameters are strings, do nothing and let them
# go unnoticed by Komodo
else:
pass
_rawCommandLineArgs['debug'] = testharness.getOptDebugFlag()
_rawCommandLineArgs['external'] = testharness.getOptExternal()
_rawCommandLineArgs['implantable'] = testharness.getOptImplantable()
_rawCommandLineArgs['env'] = testharness.getOptEnv()
# Set the logger level if the debug flag is on
if _rawCommandLineArgs['debug']:
logger.setLevel(_plog.DEBUG)
# Browsers for web navigation (no longer supported), leave here for brevity
testContext['brwsr'] = BROWSER_DEFAULT
# PG Simulator vs Real PG
if 'pgsim' in _rawCommandLineArgs:
if _rawCommandLineArgs['pgsim'].lower() == 'true':
testContext['pgsim'] = True
elif _rawCommandLineArgs['pgsim'].lower() == 'false':
testContext['pgsim'] = False
else:
logger.error('Unrecognized value for Command line Parameter - pgsim [%s]' % _rawCommandLineArgs['pgsim'])
raise UnrecognizedCommandLineParamError("Parameter 'pgsim' values are 'True' or 'False'.")
else:
testContext['pgsim'] = False
# Test Data: Enrollment vs Direct to Database push
if 'enroll' in _rawCommandLineArgs:
if _rawCommandLineArgs['enroll'].lower() == 'true':
testContext['enroll'] = True
elif _rawCommandLineArgs['enroll'].lower() == 'false':
testContext['enroll'] = False
else:
logger.error('Unrecognized value for Command line Parameter - enroll [%s]' % _rawCommandLineArgs['enroll'])
raise UnrecognizedCommandLineParamError("Parameter 'enroll' values are 'True' or 'False'.")
else:
testContext['enroll'] = True
# Country: If the test wants to specify a country different than a random
if 'country' in _rawCommandLineArgs:
testContext['country'] = _rawCommandLineArgs['country']
else:
testContext['country'] = None
# External (i.e. Communicator, required)
if 'external' in _rawCommandLineArgs and _rawCommandLineArgs['external'] is not None:
testContext['external'] = _rawCommandLineArgs['external']
perseus.availability.loadExternal(testContext['external'])
else:
logger.error('Missing Command line Parameter - external')
raise MissingCommandLineParamError("Parameter 'external' is required.")
# PG Model (required)
if 'implantable' in _rawCommandLineArgs and _rawCommandLineArgs['implantable'] is not None:
testContext['implantable'] = _rawCommandLineArgs['implantable']
perseus.availability.loadImplantable(testContext['implantable'])
else:
logger.error('Missing Command line Parameter - implantable')
raise MissingCommandLineParamError("Parameter 'implantable' is required.")
# Environment Name (required)
if 'env' in _rawCommandLineArgs and _rawCommandLineArgs['env'] is not None:
testContext['env'] = environment.getInstance(_rawCommandLineArgs['env'])
# The external should be in the format [2-char server deployment]_[release #]_[comm model #]
if testContext['external'][1:3].lower() == testContext['env'].geography.lower():
logger.info('testContext PLM "external" %s matches environment geography %s' % (testContext['external'], testContext['env'].geography.upper()))
else:
logger.error('testContext PLM "external" %s does NOT match environment geography %s' % (testContext['external'], testContext['env'].geography.upper()))
raise ExternalPLMEnvironmentMismatchError("Availability (%s) and Geography (%s) do not match" % (testContext['external'], testContext['env'].geography.upper()))
# If a country has been specified, check it as well
if testContext['country']:
for ctry in testContext['env'].countries:
if testContext['country'] == ctry.iso3code:
logger.info('testContext country "%s" matches an environment-supported geography' % testContext['country'])
testContext['country'] = ctry
testContext['country'].default = True
break
else:
logger.error('testContext country "%s" does not match environment support geographies: "%s"' % (testContext['country'], ", ".join( [x.iso3code for x in testContext['env'].countries] )))
raise UnrecognizedCommandLineParamError('testContext country "%s" not found' % testContext['country'])
else:
testContext['country'] = None
else:
logger.error('Missing Command line Paramater - env')
raise MissingCommandLineParamError("Parameter 'env' is required")
# Log commandline parameters set in testContext
logger.debug('testContext values: %s' % testContext)
logger.info('Successfully created Komodo testContext dictionary.')
return testContext
