def is_object_in(dict_obj, key, cl_val):
""" Check object """
## If is dictionary get the obj_vlauess for the key
## if the if object is not dictionary or
## key obj_vlaues is not string return false
# return True
if hasattr(dict_obj, 'get'):
## if val we are lookin for is a list, then convet obj_vlaues to list as well
if isinstance(cl_val, list):
obj_vlaues = [dict_obj.get(key)]
## if dictionary returns None which meance no emlement found
if None in obj_vlaues:
return False
else:
# If key dosn't exist return -1
if dict_obj.get(key, -1) == -1:
return False
obj_vlaues = dict_obj.get(key)
## Check if the obj_vlaues is list or string and is lookup string we
## Are looking for. If yes return True if not retrun False
## If val is a list then check for each element in list
## that is present in the list of the objects properties,
if isinstance(cl_val, list):
flag = compare_lists(cl_val, obj_vlaues)
return flag
## if val in obj_vlaues will return True, if not False
return cl_val in obj_vlaues
def test_employee_ATI_WebAlias_sls1231(self):
# Set drivers from selenium framework
driver = self.driver
self.driver.get(
"https://idm-prov-dev.humboldt.edu/identity/self-service/hsu/login.jsf"
)
# Login as a user and navigate to Requests and Request Accesss
setup_login.fischer_login(driver, "sls1231")
dashboard_navigate.gotoRequestAccess(driver)
dashboard_navigate.selectIncludeSelf(driver)
dynamicPermisons = dashboard_navigate.DropdownOptionsListCreate(driver)
knownPermisons = user_permissions["sls1231"]
boolpermisontest = compare_lists(knownPermisons, dynamicPermisons,
"sls1231")
if boolpermisontest:
pass
else:
assert 2 == 1
#!/usr/bin/env python
from jnpr_devices import srx2
from jnpr.junos import Device
from jnpr.junos.utils.config import Config
from gather_routes import gather_routes
from print_output import print_output
from check_connected import check_connected
from compare_lists import compare_lists
device = Device(**srx2)
device.open()
if check_connected(device):
rtable_b = gather_routes(device)
print_output(device, rtable_b, 'ROUTE_TABLE')
cfg = Config(device)
cfg.lock()
cfg.load(path='routes.conf', format='text', merge=True)
print(cfg.diff())
cfg.commit()
rtable_a = gather_routes(device)
print_output(device, rtable_a, 'ROUTE_TABLE')
routes_added = compare_lists(rtable_b, rtable_a)
print('******* ROUTES_ADDED *******')
print(routes_added)
cfg.unlock()
device.close()
res = prod / (n1 * n2)
except ZeroDivisionError:
res = "nan"
return res
if __name__ == '__main__':
fname = 'C:\\Users\\navi_\\Dropbox\\NLP\\Corpus\\e960401.htm'
text_string = get_text_string(fname)
raw_tokens = get_raw_tokens(text_string)
clean_tokens = clean_tokens(raw_tokens)
writeList(
clean_tokens,
'C:\\Users\\navi_\\Dropbox\\NLP\\Programas\\e960401_clean_tokens.txt')
difference = compare_lists(raw_tokens, clean_tokens)
writeList(
sorted(difference),
'C:\\Users\\navi_\\Dropbox\\NLP\\Programas\\e960401_difference.txt')
"""bag_e = context_word(clean_tokens, 'empresa', 8)
bag_c = context_word(clean_tokens, 'compañía', 8)
bag_a = context_word(clean_tokens, 'agua', 8)
voc=set(clean_tokens)
vectore = np.array(vsm(bag_e, list(voc)))
vectorc = np.array(vsm(bag_c, list(voc)))
vectora = np.array(vsm(bag_a, list(voc)))
simec = cosv(vectore, vectorc)
simea = cosv(vectore, vectora)