def test_duplicate(self):
"""
check the admitted and wait_listed have no duplicate ids
"""
admitted, wait_listed = get(self.applicants)
check = True
for admit in admitted:
for wait in wait_listed:
if admit.get("application_id") is wait.get("application_id"):
check = False
self.assertTrue(check)
def test_alumni_affirmative(self):
"""
check the admitted's first 6 applicant has alumni parent and 7~9 have
affirmative action
"""
admitted, _ = get(self.applicants)
check = True
for index in range(6):
if not admitted[index].get("has_alumni_parent"):
check = False
for index in range(3):
if not admitted[index+6].get("affirmative_action"):
check = False
self.assertTrue(check)
def print_list(self):
"""
Print admitted and waitlisted candidate details.
"""
applications = Applications(1000)
admitted = get(applications)
admitted_applicants = admitted[0]
waitlisted_applicants = admitted[1]
print("------------Admitted Applicants-----------------")
for index, applicant in enumerate(admitted_applicants):
print("%10d%22d" %(index + 1,applicant["application_id"]))
print("-----------Waitlisted Applicants----------------")
for index, applicant in enumerate(waitlisted_applicants):
print("%10d%22d" %(index + 1,applicant["application_id"]))
class Run(object):
"""
Invoking the admissions logic.
"""
random.seed(0)
applicants = Applications(1000)
applicants_list, admitted, wait_listed = [], [], []
for apply in applicants:
applicants_list.append(apply)
admitted, wait_listed = admissions.get(applicants_list)
def print_list(self):
"""
Print admitted and waitlisted candidate details.
"""
sort_admitted = sorted(self.admitted,
key=lambda x: x.get("application_id"))
sort_waited = sorted(self.wait_listed,
key=lambda x: x.get("application_id"))
for index, applicant in enumerate(sort_admitted):
print(index + 1, applicant.get("application_id"))
for index, applicant in enumerate(sort_waited):
print(index + 1, applicant.get("application_id"))
def setUp(self):
applications = Applications(1000)
self.apps =get(applications)