def test_inst_rank_app(self):
"""
Rank selection Test 1:
"""
inst = Inst()
inst.quality = 50
inst.num_to_rank = 5
inst.accept_range = [.5, 1000]
#TODO: need to filter based on inst.accept_range
inst.inst_rank_app(setup_app())
#order matters on rank_list
# TODO # Need to determin the right answer
desired = ['a100', 'a90', 'a80', 'a70', 'a60', 'a50', 'a40', 'a30', 'a20', 'a10'] # Need to determin the right answer
actual = [app.name for app in inst.rank_list]
print('actual 2',actual)
self.assertEqual(desired, actual,
'desired '+str(desired)+' != '+ 'Actual '+str(actual))
def test_Proposed_applicant_1(self):
"""Proposed_applicant_1: Institution has room (is not filled) accepts
applicant
"""
apps = setup_app()
#setup institution
inst = Inst()
inst.matched_to = [apps[5], apps[3]]
#inst.rank_list = apps Next line takes care of this
inst.inst_rank_app(apps)
inst.bumped_applicants = [apps[1]]
inst.ranked_to_low = []
inst.openings = 5
results = inst.Proposed_applicant(apps[6])
self.assertEqual((results[0] and results[1] is None), True,
'There was room, applicant should have been accepted' +
str(results[0]) + ' ' + str(results[1]))
def test_Proposed_applicant_3(self):
"""Proposed_applicant_3: Institution is filled applicant can NOT bump
"""
apps = setup_app()
#setup institution
inst = Inst()
#inst.rank_list = apps Next line takes care of this
inst.inst_rank_app(apps)
inst.matched_to = [inst.rank_list[0], inst.rank_list[1],
inst.rank_list[2], inst.rank_list[3]]
inst.bumped_applicants = [inst.rank_list[9]]
inst.ranked_to_low = []
inst.openings = 4
results = inst.Proposed_applicant(inst.rank_list[4])
self.assertEqual((not(results[0]) and results[1] is None), True,
('Applicant should have matched '+
str(results[0]) + ' ' +str(results[1])))
def test_Proposed_applicant_2(self):
"""Proposed_applicant_2: Institution is filled applicant can bump lowest
ranked applicant
"""
apps = setup_app()
#setup institution
inst = Inst()
#inst.rank_list = apps Next line takes care of this
inst.inst_rank_app(apps)
inst.matched_to = [inst.rank_list[0], inst.rank_list[2],
inst.rank_list[4], inst.rank_list[6]]
inst.bumped_applicants = [inst.rank_list[9]]
inst.ranked_to_low = []
inst.openings = 4
results = inst.Proposed_applicant(inst.rank_list[1])
self.assertEqual((results[0] and results[1]==inst.rank_list[6]), True,
'Applicant should have bumped a10 '+
str(results[0]) + ' ' +str(results[1].name))
def test_Proposed_applicant_1(self):
"""Proposed_applicant_1: Institution has room (is not filled) accepts
applicant
"""
apps = setup_app()
#setup institution
inst = Inst()
inst.matched_to = [apps[5], apps[3]]
#inst.rank_list = apps Next line takes care of this
inst.inst_rank_app(apps)
inst.bumped_applicants = [apps[1]]
inst.ranked_to_low = []
inst.openings = 5
results = inst.Proposed_applicant(apps[6])
self.assertEqual(
(results[0] and results[1] is None), True,
'There was room, applicant should have been accepted' +
str(results[0]) + ' ' + str(results[1]))
def test_Proposed_applicant_3(self):
"""Proposed_applicant_3: Institution is filled applicant can NOT bump
"""
apps = setup_app()
#setup institution
inst = Inst()
#inst.rank_list = apps Next line takes care of this
inst.inst_rank_app(apps)
inst.matched_to = [
inst.rank_list[0], inst.rank_list[1], inst.rank_list[2],
inst.rank_list[3]
]
inst.bumped_applicants = [inst.rank_list[9]]
inst.ranked_to_low = []
inst.openings = 4
results = inst.Proposed_applicant(inst.rank_list[4])
self.assertEqual((not (results[0]) and results[1] is None), True,
('Applicant should have matched ' + str(results[0]) +
' ' + str(results[1])))
def test_Proposed_applicant_2(self):
"""Proposed_applicant_2: Institution is filled applicant can bump lowest
ranked applicant
"""
apps = setup_app()
#setup institution
inst = Inst()
#inst.rank_list = apps Next line takes care of this
inst.inst_rank_app(apps)
inst.matched_to = [
inst.rank_list[0], inst.rank_list[2], inst.rank_list[4],
inst.rank_list[6]
]
inst.bumped_applicants = [inst.rank_list[9]]
inst.ranked_to_low = []
inst.openings = 4
results = inst.Proposed_applicant(inst.rank_list[1])
self.assertEqual((results[0] and results[1] == inst.rank_list[6]),
True, 'Applicant should have bumped a10 ' +
str(results[0]) + ' ' + str(results[1].name))
def test_inst_rank_app(self):
"""
Rank selection Test 1:
"""
inst = Inst()
inst.quality = 50
inst.num_to_rank = 5
inst.accept_range = [.5, 1000]
#TODO: need to filter based on inst.accept_range
inst.inst_rank_app(setup_app())
#order matters on rank_list
# TODO # Need to determin the right answer
desired = [
'a100', 'a90', 'a80', 'a70', 'a60', 'a50', 'a40', 'a30', 'a20',
'a10'
] # Need to determin the right answer
actual = [app.name for app in inst.rank_list]
print('actual 2', actual)
self.assertEqual(
desired, actual,
'desired ' + str(desired) + ' != ' + 'Actual ' + str(actual))