def setup_inst():
instlist =[]
for qualty in [100,20,90,80,50,30,40,10,70,60]:
name = Inst()
name.quality = qualty
name.observed_1 = 1
name.observed_2 = 1.25
name.name = 'i'+str(qualty)
instlist.append(name)
return instlist
def setup_inst():
instlist = []
for qualty in [100, 20, 90, 80, 50, 30, 40, 10, 70, 60]:
name = Inst()
name.quality = qualty
name.observed_1 = 1
name.observed_2 = 1.25
name.name = 'i' + str(qualty)
instlist.append(name)
return instlist
def __init__(self,
name,
infec_prob=0.0,
posn=(0, 0, 0, 0),
door_posns=[],
opening_time=0,
closing_time=0):
Institution.__init__(self, name, infec_prob, posn)
self.door_posns = door_posns
self.opening_time = opening_time
self.closing_time = closing_time
self.classrooms = []
def test_lawInstitution_fields():
# Verify, upon instantiation, that all fields of the law and institution
# classes are of the type they should be.
society = Society(population_size=10)
institution = Institution(society)
laws = institution._generate_laws(society)
assert isinstance(institution.get_affiliation(), float)
for law in laws:
for person_id in range(society.population_size):
assert isinstance(law.affected_persons[person_id], int)
assert isinstance(law.mean, float)
assert isinstance(law.law_type, str)
assert isinstance(law.actual_value, float)
def read_institutions(program:str):
db = dfsapi.get_db()
institutions = list()
keys = db.child(program).child("institutions").shallow().get()
if keys.val() == None:
return False
recentdb = max(keys.val())
data = db.child(program).child("institutions").child(recentdb).get()
for i in data.each():
institution = i.val()
Name = institution["Name"]
Address = institution["Address"]
County = institution["County"]
Instructors = institution["Instructors"]
Schedule = manageinstructors.schedule_to_dict(institution["Schedule"])
institutions.append(Institution(Name, Address, County,
Instructors, Schedule))
return institutions
def from_config(c):
institution = Institution.from_config(Settings.banks(c['institution']))
return Account(
institution = institution,
guid = c['guid'],
description = c['description'],
routing_number = c['routing_number'],
account_type = c['account_type'],
broker_id = c['broker_id']
)
def make_institution_list(info: dict, program: str):
institutions = list()
for school in info:
new_schedule = schedule_to_dict(info[school]['Schedule'])
institutions.append(
Institution(info[school]['Name'], info[school]['Address'],
info[school]['County'], info[school]['Instructors'],
new_schedule))
return institutions
def get_or_create_placeholder_institution():
display_name = 'placeholder, see prepared_demo_publisher.py'
institution = Institution.query.filter(
Institution.display_name == display_name).scalar()
if not institution:
institution = Institution(display_name=display_name,
is_consortium=False,
is_demo_institution=True)
db.session.add(institution)
return institution
def add_institution(institution_name,
old_username,
ror_id_list,
is_consortium=False):
logger.info(u"initializing institution {}".format(institution_name))
my_institutions = db.session.query(Institution).filter(
Institution.display_name == institution_name,
Institution.id.notlike('%jisc%')).all()
if my_institutions:
my_institution = my_institutions[0]
logger.info(
u" *** using existing institution {} ***".format(my_institution))
if is_consortium:
print "SETTING UP AS A CONSORTIUM ACCOUNT"
else:
my_institution = Institution()
my_institution.display_name = institution_name
my_institution.old_username = old_username
my_institution.is_demo_institution = False
my_institution.is_consortium = is_consortium
db.session.add(my_institution)
logger.info(u" adding {}".format(my_institution))
if not ror_id_list:
return
for ror_id in ror_id_list:
add_ror(ror_id, my_institution.id)
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_interview_few(self):
"""
Interview selection Test 1: , number that apply < number to interview
"""
inst = Inst()
inst.quality = 50
inst.number_to_interview = 10
inst.applied = setup_app()[:5]
inst.interview()
desired = {'a20', 'a90', 'a100', 'a50', 'a80'}
actual = set([app.name for app in inst.invite_interview])
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_interview_few(self):
"""
Interview selection Test 1: , number that apply < number to interview
"""
inst = Inst()
inst.quality = 50
inst.number_to_interview = 10
inst.applied = setup_app()[:5]
inst.interview()
desired = {'a20', 'a90', 'a100', 'a50', 'a80'}
actual = set([app.name for app in inst.invite_interview])
self.assertEqual(
desired, actual,
'desired ' + str(desired) + ' != ' + 'Actual ' + str(actual))
def read_institutions(program: str):
db = dfsapi.get_db()
institutions = list()
keys = db.child(program).child("institutions").shallow().get()
recentdb = max(keys.val())
data = db.child(program).child("institutions").child(recentdb).get()
for i in data.each():
institution = i.val()
Name = institution["Name"]
Address = institution["Address"]
County = institution["County"]
Program = institution["Program"]
Instructors = institution["Instructors"]
Mon = dbtools.minute_range(institution["Monday"])
Tue = dbtools.minute_range(institution["Tuesday"])
Wed = dbtools.minute_range(institution["Wednesday"])
Thurs = dbtools.minute_range(institution["Thursday"])
Fri = dbtools.minute_range(institution["Friday"])
Schedule = defaultdict(list)
if Mon != None:
Schedule[1].append(Mon)
if Tue != None:
Schedule[2].append(Tue)
if Wed != None:
Schedule[3].append(Wed)
if Thurs != None:
Schedule[4].append(Thurs)
if Fri != None:
Schedule[5].append(Fri)
institutions.append(
Institution(Name, Address, County, Program, Instructors, Schedule))
return institutions
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))
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 login( self, institution_cnpj, password ): new_institution = Institution( institution_cnpj, password )
def removeInstitution( self, institution_cnpj, password ): institution = Institution( institution_cnpj, password ) institution.deleteFromStorage()
def registerInstitution( self, institution_name, cnpj, address, phone_number, email, access_password ): new_institution = Institution( cnpj, access_password, address, phone_number, email, institution_name ) new_institution.registerToStorage( access_password )
def __init__(self, name, infec_prob=0.0, posn=(0, 0, 0, 0), door_posns=[]):
Institution.__init__(self, name, infec_prob, posn)
self.door_posns = door_posns
# Import institution mAtch data
# Make the list of Institutions
print('importing institution data')
data2008 = InstitutionData('/Users/vmd/Dropbox/Match/residency-match-simulation/matchdata2008.csv', 140, 'C', 1)
data2008.read_data_file()
data2008.prep_data()
data2008.select_data()
print('Setting Institution Attributes')
all_institutions = []
for x in data2008.finaldata:
#TODO: how to name the instances
tname = x[1] # the Code is set as the object instance name, (I don't think this really works)
tname = Institution() # the Code is set as the object instance name
tname.name = x[1] #The name attribute is also set as the Code
tname.openings = x[6] #Set the number of openings, comes from quota in the data file
tname.prog_type = x[4] #Set the Type, for example 'C' is categorical
tname.specialty = x[3] #Set the specialty, for example 140 is internal medicine
tname.institution = x[2] #Set the institution number, basicly the name without the prog_type and specialty info
tname.specialty_name = x[0] #This is the Speacialty name rather then code
tname.obs_match = x[7] # The is the number that matched in the actual data set
# Comment out the Following to use defualt
tname.quality = max(min(r.gauss(50, 30), 100), 1) # on a scale 0-100
tname.number_to_interview = 10 * tname.openings
tname.observe_1 = r.gauss(1, .2)
tname.observe_2 = tname.observe_2 = (r.gauss(1, .1)- tname.observe_1)
tname.observed_1 = r.gauss(1, .2)
tname.observed_2 = (r.gauss(1, .1)- tname.observed_1) # based on applicant interviewed, percentage
def parse(self, token):
self.parsed = json.loads(self.data)
# print formatted received json
# print(json.dumps(self.parsed, indent=4, sort_keys=True))
db = DataBase()
self.institutions = []
for row in self.parsed["data"]:
new_institution = Institution()
new_institution.id = row["id"]
new_institution.address = self.try_figure_out(row, "address")
new_institution.benefit = self.try_figure_out(row, "benefit")
new_institution.car_park = self.try_figure_out(row, "car-park")
new_institution.locality = self.try_figure_out(row, "locality")
new_institution.phone = self.try_figure_out(row, "phone")
new_institution.place = self.try_figure_out(row, "place")
new_institution.provider = self.try_figure_out(row, "provider")
new_institution.regon = self.try_figure_out(row, "regon-provider")
if token is not None:
new_institution.is_fav = db.is_fav(token, row["id"])
# new_institution.p_print()
self.institutions.append(new_institution)
self.create_response_dict()
def parse_id_response(self):
self.parsed = json.loads(self.data)
new_institution = Institution()
new_institution.id = self.parsed["data"]["id"]
new_institution.address = self.try_figure_out(self.parsed["data"],
"address")
new_institution.benefit = self.try_figure_out(self.parsed["data"],
"benefit")
new_institution.car_park = self.try_figure_out(self.parsed["data"],
"car-park")
new_institution.locality = self.try_figure_out(self.parsed["data"],
"locality")
new_institution.phone = self.try_figure_out(self.parsed["data"],
"phone")
new_institution.place = self.try_figure_out(self.parsed["data"],
"place")
new_institution.provider = self.try_figure_out(self.parsed["data"],
"provider")
new_institution.regon = self.try_figure_out(self.parsed["data"],
"regon-provider")
new_institution.is_fav = True
self.institutions = [new_institution]
self.create_response_dict()
def __init__(self, name, infec_prob=0.0, posn=(0, 0, 0, 0)):
Institution.__init__(self, name, infec_prob, posn)
def __init__(self, name, infec_prob=0.0, posn=(0, 0, 0, 0), door_posns=[]):
Institution.__init__(self, name, infec_prob, posn)
self.door_posns = door_posns
PROB_STUDENT_BOARDS = 0.50 # TODO: reconsider this constant
