def setUp(self):
self.r = Room('Anvil', 'office')
self.l = Room('Ruby', 'living space')
self.f = Person.make_person('Jane', 'fellow',
sex='F',
has_expr_interest=True)
self.s = Person.make_person('Mark', 'staff')
def dummy_network():
n = Network()
pic1 = Picture('famille.png')
pic2 = Picture('annif.png')
pic3 = Picture('fete.png')
pic4 = Picture('soiree')
per1 = Person('Jesus')
per2 = Person('Juda')
per3 = Person('Moise')
per4 = Person('Charlie')
per5 = Person('Antoine')
n.add_person_to_picture(per1, pic1)
n.add_person_to_picture(per2, pic1)
n.add_person_to_picture(per3, pic1)
n.add_person_to_picture(per3, pic2)
n.add_person_to_picture(per4, pic2)
n.add_person_to_picture(per5, pic2)
n.add_person_to_picture(per1, pic3)
n.add_person_to_picture(per5, pic3)
n.add_person_to_picture(per1, pic4)
n.add_person_to_picture(per5, pic4)
return n
def read(id=None):
"""
This function responds to a request for /api/people
with the complete lists of people
:return: sorted list of people
"""
# Create the list of people from our data
with client() as mcl:
# Database
ppldb = mcl.ppldb
# collection (kind of like a table)
pplclxn = ppldb.people
log.debug(pplclxn)
if id is None:
ppl = [Person(p) for p in pplclxn.find()]
log.debug(ppl)
else:
p = pplclxn.find_one({'lname': id})
return Person(p)
return ppl
def test_job(self): j = FakeJob() j2 = FakeJob() p = Person() self.assertEqual(p.job,None) #TODO: replace FakeJob with a real mock and check calls p.setJob(j) self.assertEqual(p.job,j) p.setJob(j2) self.assertEqual(p.job,j2)
def test_output(self):
p = Person()
p.body = 1
p.strength = 2
p.dex = 3
p.intelligence = 4
p.charisma = 5
p.will = 6
out = StringIO()
p.print_stats(out=out)
output = out.getvalue().strip()
self.assertEqual(output, '1:2:3:4:5:6')
def execute(self):
while True:
me = Person(api.get_me())
if any([p(me) for p in self.halt_predicates]):
print "Halt predicate triggered! Exiting!"
break
time.sleep(0.500)
feed = self.fetch_feed()
for person_data in feed:
person = Person(person_data)
if all(p(person) for p in self.trade_predicates):
self._try_buy(person)
time.sleep(self.buy_interval/1000)
class HtmlConvener(Convener):
def __init__(self,content,session):
super(HtmlConvener,self).__init__()
self.session = session
convenerInfo = [s.strip() for s in content.split(",")]
self.name = convenerInfo[0]
organization = Organization(", ".join(convenerInfo[1:]))
organization.convenerships.append(self)
self.affiliations = [organization]
self.person = Person(self.name)
self.person.convenerships.append(self)
def _conflate_organization(self,location):
existingOrganization = organizationLookup.get(location)
if existingOrganization != None:
self.affiliations = [existingOrganization]
else:
organization = Organization(location)
organizationLookup.add(organization)
self.affiliations = [organization]
def _conflate_person(self):
self.person = Person(self.name)
self.person.convenerships.append(self)
existingPerson = personLookup.get(self.person.uri())
if existingPerson == None:
personLookup.add(self.person)
else:
self.person = existingPerson
self.person.convenerships.append(self)
def gen_profile(vect=None):
'''
Input lifestyle vector return person obj with income, expenditure,
purchase amount by category.
'''
sav_rating = determine_saving_rating()
gender = random.choice(['male', 'female'])
username = gen.generate_name().lower()
if not vect:
if gender == 'male':
vect = gc.generate_test_cases(1)[0]
else:
vect = gc.generate_test_cases(1)[1]
trans_hist = create_transaction_history(vect)
income, saving = determine_inv_sav(trans_hist, sav_rating)
email = gen.generate_email(username)
age = str(random.choice(list(range(16, 81))))
rent = determine_rent()
category = str(predict(vect))
utilities = determine_utility(rent)
Location = random.choice(
['Toronto', 'Calgary', 'Vancover', 'Montreal', 'Edmonton'])
password = "******"
return Person(category, username, gender, password, email, age, income,
saving, rent, utilities, trans_hist)
def generate_random_students(fname: list, lname: list,
number_of_students: int) -> list:
"""creates a list of persons with random names"""
lst = []
for _ in range(0, number_of_students):
lst.append(Person(random_string(fname), random_string(lname)))
return lst
def load_people():
f = open('people.cfg')
data = ''
people = []
mode = 0
p = None
v1 = ''
v2 = ''
for char in f.read():
if char not in ';{}=':
data += char
continue
elif char == '{' and mode == 0:
p = Person(data.strip())
people.append(p)
mode = 1
elif char == '=' and mode == 1:
v1 = data.strip()
elif char == ';' and mode == 1:
v2 = data.strip()
setattr(p, v1, float(v2))
elif char == '}' and mode == 1:
mode = 0
data = ''
return people
def extract_data(self, datatag: bs4.element.ResultSet,
category: str) -> None:
host = 'https://ru.wikipedia.org'
categories = {
"Отец": 'parent',
"Мать": 'parent',
"Супруга": 'wifehusband',
"Супруг": 'wifehusband',
"Дети": 'child'
}
for _tag in datatag:
if _tag.has_attr('href') and not _tag.has_attr('title'):
continue
name = _tag.text.strip()
if self.check_name(name):
continue
uri = '{}{}'.format(host,
_tag['href']) if _tag.has_attr('href') else ''
sex = self.check_sex(category)
number_person = self.people.count()
by_person = self.people.current()
person = Person(id=number_person,
name=name,
category=categories[category],
uri=uri,
relation_id=by_person,
sex=sex)
self.people.append(person)
def createList(famous_list):
#lsit for all the people
all_people = []
for i in range(len(famous_list)):
#splits the string by either capitals, commas or spaces to
split_spaces = re.split(' |, | | ', famous_list[i])
split_comma = re.split(',', famous_list[i])
split_capitals = re.findall('[A-Z]\w+', split_comma[0])
print(split_comma)
birthdate = split_spaces[0]
try:
name = split_capitals[0]
for z in range(len(split_capitals) - 1):
z += 1
name += ' ' + split_capitals[z]
except Exception:
name = re.findall('[a-zA-Z].*', split_comma[0])
print("Special Name is -----------------------------------------------------------------------> " + name[0])
try:
information = split_comma[1]
except Exception:
information = 'No information on this person'
all_people.append(Person(name,birthdate,information))
print(all_people[i].get_information())
sorted_list = set_index(all_people)
return sorted_list
def test_output(self):
p = Person()
p.body = 1
p.strength = 2
p.dex = 3
p.intelligence = 4
p.charisma = 5
p.will = 6
out = StringIO()
p.print_stats(out=out)
output = out.getvalue().strip()
self.assertEqual(output,'1:2:3:4:5:6')
def _conflate_person(self): self.person = Person(self.name) self.person.convenerships.append(self) existingPerson = personLookup.get(self.person.uri()) if existingPerson == None: personLookup.add(self.person) else: self.person = existingPerson self.person.convenerships.append(self)
def __init__(self,content,session):
super(HtmlConvener,self).__init__()
self.session = session
convenerInfo = [s.strip() for s in content.split(",")]
self.name = convenerInfo[0]
organization = Organization(", ".join(convenerInfo[1:]))
organization.convenerships.append(self)
self.affiliations = [organization]
self.person = Person(self.name)
self.person.convenerships.append(self)
def generate_population(n):
population = []
with click.progressbar(range(n), label='populating...') as n:
for i in n:
agent = Person.generate(START_DATE.year)
population.append(agent)
social_net = social_network(population, base_prob=0.4)
for i, person in enumerate(population):
person.friends = [population[j] for _, j in social_net.edges(i)]
print('avg n of friends', sum(len(p.friends) for p in population)/len(population))
return population
def test_simple_gen(self):
with patch('random.randint', return_value=2) as mock_randint:
population = [Person() for _ in xrange(32)]
out = StringIO()
nextPop = simple_next_gen(population, out=out)
expectedPeople = 32
actualPeople = len(nextPop)
output = out.getvalue().strip()
self.assertEqual(
"We had %d folks die off at birth and %d new kids" %
(expectedPeople - actualPeople, actualPeople), output)
for p in nextPop:
self.assertTrue(p.viable())
def generate_people(age_max, no_of_people, filename):
"""Reads a list of names from a file then selects a random number of them configured
by no_of_people and assigns them ages up to age_max
"""
try:
people = []
with open(filename) as myfile:
for line in myfile:
person = Person(line.rstrip('\n'), randint(1, age_max))
people.append(person)
people = random.sample(people, no_of_people)
return People(people)
except (FileNotFoundError, ValueError):
raise
def common_courting(self, nm, nw):
men = [Person() for _ in xrange(nm)]
women = [Person() for _ in xrange(nw)]
biggest = max(nm, nw) + 10
for i in xrange(nm):
men[i].gender = "M"
for a in attribNames:
men[i].__dict__[a] = biggest - i
for i in xrange(nw):
women[i].gender = "F"
for a in attribNames:
women[i].__dict__[a] = biggest - i
court(men, women)
for i in xrange(min(nm, nw)):
self.assertEqual(men[i].spouse, women[i])
self.assertEqual(women[i].spouse, men[i])
if nm > nw:
extra = men
else:
extra = women
for i in xrange(min(nm, nw), max(nm, nw)):
self.assertEqual(extra[i].spouse, None)
def generate_population(n):
population = []
with click.progressbar(range(n), label='populating...') as n:
for i in n:
agent = Person.generate(START_DATE.year)
population.append(agent)
social_net = social_network(population, base_prob=0.4)
for i, person in enumerate(population):
person.friends = [population[j] for _, j in social_net.edges(i)]
print('avg n of friends',
sum(len(p.friends) for p in population) / len(population))
return population
def obtain_tied_preferences(raw_players):
players_dict = {}
for raw_player in raw_players:
player_name = raw_player[1]
new_player = Person(player_name)
players_dict[player_name] = new_player
for raw_player in raw_players:
player_name = raw_player[1]
players_dict[player_name] = get_tied_preferences(raw_player)
return players_dict
def _try_buy(self, person):
trial_counts = 0
while (trial_counts < self.trade_trial_counts):
print "Trying to buy {} for: {}".format(person.username, person.display_price)
me = Person(api.get_me())
time.sleep(0.500)
person = Person(api.get_person(person.id))
if not all(p(person) for p in self.trade_predicates):
break
if any([p(me) for p in self.halt_predicates]):
break
if me.balance > person.display_price:
try:
api.buy(person.id, person.purchase_uuid)
except InvalidRequest as ex:
trial_counts += 1
continue
else:
break # Buy successful
else:
print "Display price {} higher than balance {}".format(person.display_price, me.balance)
break
trial_count += 1
def obtain_players(players_names, preferences):
players = []
players_dict = {}
for player_name in players_names:
new_player = Person(player_name)
players_dict[player_name] = new_player
players.append(new_player)
for players_name in players_names:
set_preferences_for_player(players_name, preferences, players_dict)
return players
def __init__(self, city, u, people_num, BROAD_RATE, SHADOW_TIME,
HOSPITAL_RECEIVE_TIME, CURE_TIME, SAFETY_DIST):
self.u = u
self.people = np.array([])
self.BROAD_RATE = BROAD_RATE
self.SHADOW_TIME = SHADOW_TIME
self.HOSPITAL_RECEIVE_TIME = HOSPITAL_RECEIVE_TIME
self.CURE_TIME = CURE_TIME
self.SAFETY_DIST = SAFETY_DIST
for i in range(people_num):
x = 1000 * np.random.normal(0, 1) + city.x
y = 1000 * np.random.normal(0, 1) + city.y
person = Person(x, y)
self.people = np.append(self.people, person)
def test_job(self):
j = FakeJob()
j2 = FakeJob()
p = Person()
self.assertEqual(p.job, None)
#TODO: replace FakeJob with a real mock and check calls
p.setJob(j)
self.assertEqual(p.job, j)
p.setJob(j2)
self.assertEqual(p.job, j2)
def load_population(path):
raw = json.load(open(path, 'r'))
pop = [Person(**p) for p in raw]
# update ids
for p, p_raw in zip(pop, raw):
p.id = p_raw['id']
p.friends = p_raw['friends']
# setup friends
for p in pop:
friends = []
for f in p.friends:
friend = next(p_ for p_ in pop if p_.id == f)
friends.append(friend)
p.friends = friends
return pop
def test_can_raise_exception(self):
names = ['DAMIAN RICK', 'CHARLES WILLIAM',
'BRAD WILSON', 'WILSON DAMIAN',
'JACK BAUER', 'JASON STATHAM']
persons = [Person.make_person(name, 'Fellow',
has_expr_interest=True)
for name in names]
def assign_all(room_name):
for person in persons:
Manager.assign_to_room(person, room_name)
# raise Exception(Amity.room_collection)
self.assertRaises(OutOfOfficeException,
assign_all, 'Room 1')
self.assertRaises(OutOfLivingSpaceException,
assign_all, 'Room 11')
def start(self, start_uri: str) -> None:
number_person = self.people.count()
start_person = Person(id=number_person, name='Name', uri=start_uri)
self.people.append(start_person)
_n = 0
while self.people.is_have:
self.pause()
self.parse()
if self.people.ready_tosend():
json_data = self.people.json_tosend()
self.send(json_data)
_n = _n + 1
if _n == 50:
break
print('{} iteration'.format(_n))
print('Done!')
def __init__(self, size: list):
self.people = []
self.people.append(Person('John', 20 * 52, '45', 'M'))
self.people.append(Person('Josh', 20 * 52, '45', 'M'))
self.people.append(Person('Jacob', 20 * 52, '45', 'M'))
self.people.append(Person('Jessica', 20 * 52, '45', 'F'))
self.people.append(Person('Jane', 20 * 52, '45', 'F'))
self.people.append(Person('Jackyln', 20 * 52, '45', 'F'))
self.resources = Resources(100000, 100000, 100000, 100000, 100000, 100000, 100000)
self.plants = {}
self.map = Map(size[0], size[1]) # CONSTANT
self.map.initialize()
self.victory = False
self.buildings = []
self.ded = []
self.food = Food()
def extractPeople(root, tag):
people = []
for p in root.findall(tag):
name = p.text
email = p.get('email')
hid_email = None
try: hid_email = re.search(r'([\w.-]+)@([\w.]+)', name).group()
except: pass
if name != None and name != '':
person = Person(name.strip())
elif email != None and email != '':
person = Person(email)
else:
continue # No name, no email, move on
if email != None and email != '': person.addEmail(email)
if hid_email != None and hid_email != '': person.addEmail(hid_email)
people.append(person)
return people
]
class Philosopher(Person):
pass
class Plato(Philosopher, Human):
gender = Male
class Socrates(Philosopher, Human):
gender = Male
class Spock(Philosopher, Vulcan):
pass
if __name__ == '__main__':
from events import Kick
from __init__ import *
socrates = Socrates()
plato = Plato()
me = Person()
narrate = socrates.narrate(me).narrate_event
print narrate(Kick(socrates, me))
narrate = me.narrate(me).narrate_event
print narrate(Kick(plato, socrates))
def test_marshal(self):
pdict = {'fname': 'me', 'lname': 'meme', 'unused': 'nothing'}
person = Person(pdict)
pstr = people.marshal(person)
self.assertTrue('{"fname": "me", "lname": "meme"' in pstr)
def person(request):
from people import Person
p = Person(request.param[0], request.param[1])
return p
def test_json(self): p = Person() x = p.json() pass
def test_marriage(self): m = Person() f = Person() m2 = Person() m.gender = "M" m2.gender = "M" f.gender = "F" m.marry(f) self.assertEqual(m.spouse,f) self.assertEqual(f.spouse,m) m.divorce() self.assertEqual(m.spouse,None) self.assertEqual(f.spouse,None) m.marry(m2) #not dealing with it self.assertEqual(m.spouse,None) self.assertEqual(m2.spouse,None) f.marry(m2) m.marry(f) self.assertEqual(m.spouse,None) self.assertEqual(m2.spouse,f) self.assertEqual(f.spouse,m2)
def setUp(self):
print("setUp method runs at begining of each test")
self.person_1 = Person("Muzi", "Xaba", 32)
self.person_2 = Person("Nkanyezi", "Xaba", 3)
def __init__(self, name):
self.name = name
self.pop = reaper([Person() for _ in xrange(64)])
self.pickInitialJobs()
#!/usr/bin/python
# -*- coding: latin-1 -*-
from __future__ import unicode_literals
from people import Person
import random
cosette = Person('Cosette', '', 'F')
########## HOUSEHOLD
valjean = Person('Valjean', '', 'M', ' Somehow he had seemed much more relaxed since June, although he wouldn\'t explain why.')
marius = Person('Marius', '', 'M')
toussaint = Person('Toussaint', '', 'F')
#these are Cosette's household
household = [valjean, marius, toussaint]
######### SEAMSTRESSES
musichetta = Person('Musichetta', '', 'F')
laughingmistress= Person('Charlotte', '', 'F', ' Her merry laugh was infectious.')
#these are the people who can make clothes
seamstresses = [musichetta, laughingmistress]
def name_laughingmistress(lm):
frenchgirlnames = ['Inès','Lola','Camille','Sarah','Louise','Lilou',u'Maëlys',
'Clara','Eva','Lina',u'Anaïs','Louna','Romane','Juliette','Lucie',
'Ambre','Alice','Lou','Lisa',u'Clémence','Jeanne','Louane',
townfile = open("town.txt","r")
for aline in townfile.readlines():
values = aline.split()
Town(values[1], values[3:]) # create Town objects
busfile = open("bus.txt","r")
for aline in busfile.readlines():
values = aline.split()
Bus(values) # create Bus objects
personfile = open("person.txt","r")
for aline in personfile.readlines():
values = aline.split()
Person(values[0], values[1], values[2]) # create Person objects
# Town Info Display
print(">>> There are twelve towns in this system... \n")
for town in Town.all:
print(town.getName()+", which is connected to",town.getNeighbor())
print(" ")
print(" ")
# Bus Info Display
for bus in Bus.all:
print(bus)
print(" ")
print(" ")
def person():
print("\nPrint!!!!")
return Person(name="Bob", age=1)
def to_person(self):
return Person({
'fname': self.fname,
'lname': self.lname,
'timestamp': self.createtime
})
from people import Person, Kid
john = Person('John', 'Doe', 103)
jane = Person('Jane', 'Doe', 104)
johnny = Kid('johnny', 'doe', 12)
john.update_age(104)
Person.update_age(johnny, 13)
johnny.set_hair("blonde")
print(johnny.get_hair())
johnny.update_age(11)
print(johnny.get_age())
def test_viable(self):
p = Person()
p.body = 0
self.assertFalse(p.viable())
p.body = 1
p.strength = 1
p.intelligence = 1
p.charisma = 1
p.will = 1
p.dex = 1
self.assertTrue(p.viable())
for dstat in ["body","strength","intelligence","charisma","will","dex"]:
p.__dict__[dstat] = 0
self.assertFalse(p.viable())
p.__dict__[dstat] = 1