def setUp(self):
'''set up the group client and set the group name'''
self.client = Group('gtest.pdx.edu')
self.group_name = 'new_test_group'
class group_test:
'''test class for groups'''
def __init__(self):
'''init client and group_name to none'''
self.client = None
self.group_name = None
def setUp(self):
'''set up the group client and set the group name'''
self.client = Group('gtest.pdx.edu')
self.group_name = 'new_test_group'
def tearDown(self):
'''delete the newly created test group and the client object'''
try:
self.client.delete(group_name='new_test_group')
except:
print "error deleting group: 'new_test_group'"
del self.client
def test_group_validate_existing(self):
'''this function tests running group_validate on a known existing
group'''
group_already_exists, success = \
group_validate('abc_group', '', self.client)
assert (group_already_exists == True)
assert (success == False)
def test_group_validate_new(self):
'''this function tests running calendar_validate on a new calendar'''
group_already_exists, success = \
group_validate(self.group_name, '', self.client)
assert (group_already_exists == False)
assert (success == True)
def test_group_already_owner_true(self):
'''this function tests running group_already_owner on a group where we
know that the given user is already an owner'''
owner_already = group_already_owner('magarvey', 'abc_group', self.client)
assert owner_already
def test_group_already_owner_false(self):
'''this function tests running group_already_owner on a group where we
know that the given user is not already an owner'''
owner_already = group_already_owner('phony_phony_phony', 'abc_group', self.client)
assert (owner_already == False)
def test_process_group_existing(self):
'''this function tests running the process_group method on a known
existing group'''
response = process_group('group_name', '', True, False)
meaningful_response = response.split('\n')[0]
print meaningful_response
assert (meaningful_response == 'group name: group_name (existing group)')
def test_process_group_new(self):
'''this function tests running the process_group method on a new
group'''
response = process_group('group_name', '', False, True)
meaningful_response = response.split('\n')[0]
print meaningful_response
assert (meaningful_response == 'group name: group_name (new group)')
def test_process_group_error(self):
'''this function tests running the process_group method on invalid
input; indicating failure to create group'''
response = process_group('group_name', '', False, False)
meaningful_response = response.split('\n')[0]
print meaningful_response
assert (meaningful_response == 'could not make group: group_name')
def test_group_process_reqiuestor_existing(self):
'''this function tests the group_process_requestor method on a requestor
that is already the owner of the calendar'''
response = group_process_requestor('magarvey',
'abc_group',
True,
self.client)
assert (response == '\n<br/>magarvey (already owner)')
def test_group_process_requestor_new(self):
'''this function tests the calendar_process_requestor method on a requestor
that is not already the owner of the calendar'''
self.client.create(self.group_name)
response = group_process_requestor('magarvey', self.group_name, False, self.client)
print response
assert (response == '\n<br/>magarvey (new owner)')
def test_group_process_requestor_invalid(self):
'''this function tests the group_process_requestor method on a requestor with
some invalid chars in the requestor's name (... to trigger the exception)'''
response = group_process_requestor('', 'abc_group', False, self.client)
assert (response.startswith('\n<br/> is invalid user'))
def test_group_add_owner_existing(self):
'''this function tests the group_add_owner method on a group that the user
is already owner of'''
group_already_exists, success = \
group_validate('abc_calendar', '', self.client)
group_already_owner_start = group_already_owner('magarvey', 'abc_group', self.client)
try:
group_add_owner('magarvey', 'abc_group', self.client)
group_add_owner_success = True
except:
group_add_owner_success = False
group_already_owner_end = group_already_owner('magarvey','abc_group',self.client)
assert group_already_exists
assert group_already_owner_start
assert group_already_owner_end
assert (success == False)
assert (group_add_owner_success == True)
def test_group_add_owner_invalid(self):
'''this function tests the group_add_owner method on a user that is not in the
gtest.pdx.edu system'''
group_already_exists, success = \
group_validate('abc_group', '', self.client)
try:
group_already_owner_start = group_already_owner('?//%/$/#@', 'abc_group', self.client)
except:
group_already_owner_start = False
try:
subscribed, owner = group_add_owner('?//%/$/#@', 'abc_group', self.client)
group_add_owner_success = True
except:
group_add_owner_success = False
assert group_already_exists
assert (group_already_owner_start == False)
assert (success == False)
assert (group_add_owner_success == True)
assert (subscribed == False)
assert (owner == False)
def test_group_add_owner_new(self):
'''this function tests the group_add_owner method for a valid user not already
owner of the group'''
self.client.create(self.group_name)
group_already_exists, success = \
group_validate(self.group_name, '', self.client)
group_already_owner_start = group_already_owner('magarvey', self.group_name, self.client)
try:
subscribed, owner = group_add_owner('magarvey', self.group_name, self.client)
group_add_owner_success = True
except:
group_add_owner_success = False
group_already_exists, success = \
group_validate(self.group_name, '', self.client)
sleep(5)
group_already_owner_end = group_already_owner('magarvey', self.group_name, self.client)
'''DEBUGGIN'''
print str(self.client.status(self.group_name))
print str(group_already_owner('magarvey',self.group_name,self.client))
assert group_already_exists
assert (group_already_owner_start == False)
assert (success == False)
assert group_add_owner_success
assert subscribed
assert owner
assert group_already_owner_end
