def test_ensureSortedAscending():
a0 = Apartment(1204.56, 200, 3)
a1 = Apartment(1204.56, 400, 7)
a2 = Apartment(1000, 100, 9)
apartmentList = [a0, a1, a2]
mergesort(apartmentList)
assert ensureSortedAscending(apartmentList) == True
def test_getNthApartment():
a0 = Apartment(1204.56, 200, 3)
a1 = Apartment(1204.56, 400, 7)
a2 = Apartment(1000, 100, 9)
apartmentList = [a0, a1, a2]
mergesort(apartmentList)
assert getNthApartment(apartmentList, 2) == a1
def test_mergesort():
a0 = Apartment(1204.56, 200, 3)
a1 = Apartment(1204.56, 400, 7)
a2 = Apartment(1000, 100, 9)
apartmentList = [a0, a1, a2]
mergesort(apartmentList)
assert apartmentList == [a2, a0, a1]
def test_getTopThreeApartments():
a0 = Apartment(1204.56, 200, 3)
a1 = Apartment(1204.56, 400, 7)
a2 = Apartment(1000, 100, 9)
a3 = Apartment(1000, 214, 10)
a4 = Apartment(300, 112, 3)
apartmentList = [a0, a1, a2, a3, a4]
mergesort(apartmentList)
assert apartmentList == [a4, a2, a3, a0, a1]
assert getTopThreeApartments(
apartmentList
) == "1st:(Apartment) Rent: $300.00, Distance From UCSB: 112m, Condition: 3/10, 2nd:(Apartment) Rent: $1000.00, Distance From UCSB: 100m, Condition: 9/10, 3rd:(Apartment) Rent: $1000.00, Distance From UCSB: 214m, Condition: 10/10,"
def parse_listing(response):
title = css_selector_value(response, '#expose-title::text')
cold_rent = css_selector_value(response, '.is24qa-kaltmiete::text')
total_rent = css_selector_value(response, '.is24qa-gesamtmiete::text')
utility_cost = css_selector_value(response,
'.is24qa-nebenkosten::text', 1)
heating_cost = css_selector_value(response, '.is24qa-heizkosten::text',
1)
heating_included = "zzgl. Heizkosten" not in total_rent
deposit = css_selector_value(
response, '.is24qa-kaution-o-genossenschaftsanteile::text')
area = css_selector_value(response, '.is24qa-flaeche::text')
rooms = css_selector_value(response, '.is24qa-zi::text')
street = css_selector_value(response, '.address-block span::text')
zip_code = css_selector_value(
response, '.address-block span.zip-region-and-country::text')
address = street + ' ' + zip_code if street != zip_code else zip_code
description = css_selector_value(response,
'.is24qa-objektbeschreibung::text')
images = response.css('img.sp-image::attr(data-src)').getall()
yield Apartment(title=title,
cold_rent=get_number(cold_rent),
total_rent=get_number(total_rent),
utility_cost=get_number(utility_cost),
heating_cost=get_number(heating_cost),
heating_included=heating_included,
deposit=get_number(deposit),
area=get_number(area),
rooms=get_number(rooms),
address=address,
description=description,
link=response.url,
images=images)
def main():
list = []
while (True):
print("1 - add new")
print("2 - delete")
print("3 - search")
print("4 - show all")
x = input()
if int(x) == 1:
print("City name:")
city_name = input()
print("population:")
population = input()
print("Street name")
street_name = input()
print("Building number:")
building_number = input()
print("Apartment number:")
apartment_number = input()
if street_name == "" and building_number == "" and apartment_number == "":
item = City(city_name, population)
elif building_number == "" and apartment_number == "":
item = Street(city_name, population, street_name)
elif apartment_number == "":
item = Building(city_name, population, street_name,
building_number)
else:
item = Apartment(city_name, population, street_name,
building_number, apartment_number)
list.append(item)
elif int(x) == 2:
print("1 - City name")
print("2 - Population")
print("3 - Street name")
print("4 - Building number")
print("5 - Apartment")
field = input()
print("What?")
what = input()
print("DELETED")
for m in delete(list, field, what):
print(m)
elif int(x) == 3:
print("1 - City name")
print("2 - Population")
print("3 - Street name")
print("4 - Building number")
print("5 - Apartment")
field = input()
print("What?")
what = input()
for m in search(list, field, what):
print(m)
else:
for m in list:
print(m)
def fetch(self):
logging.debug('FETCH FROM APARTMENTS')
cursor = self.conn.cursor()
cursor.execute('SELECT * FROM apartments ORDER BY datetime(issueDate) DESC')
rows = cursor.fetchall()
apartments = []
for row in rows:
apartments.append(Apartment(row[0], row[1], row[2], row[3]))
return apartments
def parseApartments(self):
apartments = []
for i in range(0, int(self.data["len"])):
apt = "Apt_%d" % i
aptname = self.data[apt]["Apt_name"]
roommates = self.parseRoommates(apt)
weekleychores = self.data[apt]["chores"][0]["weekly_chores"]
recchores = self.data[apt]["chores"][0]["recurring_chores"]
choretime = self.data[apt]["assign-chore-time"]
remnindertime = self.data[apt]["chore-reminder-time"]
apartments.append(
Apartment(aptname, roommates, weekleychores, recchores,
choretime, remnindertime))
return apartments
def get_apartments_from_page(page):
apartments = []
response = opener.open(
'http://brest.irr.by/realestate/longtime/search/rooms=2%2C3/price=%D0%BE%D1%82+100+%D0%B4%D0%BE+400/currency=BYN/list=list/page{}/'.format(
page))
html = response.read().decode('utf-8')
page = pq(html)
list_of_apartments = page.find('.add_list')
for i in range(list_of_apartments.length):
apartments.append(Apartment(list_of_apartments.eq(i).find(".add_title").attr('href'),
list_of_apartments.eq(i).find('.add_cost').text(),
list_of_apartments.eq(i).find(".add_title").text(),
convert_to_iso_date(list_of_apartments.eq(i).find(".add_data").text())))
return apartments
def getApartment(self):
apartment = Apartment()
doors = self.__builder.getDoors()
heating = self.__builder.getHeating()
heatingPower = heating.heatingPower
heatingType = heating.heatingType
# Build the palace
apartment.setDoors(doors)
apartment.setHeating(heatingType, heatingPower)
return apartment
def test_lessThanOperator():
a0 = Apartment(1806, 255, "excellent")
a1 = Apartment(1502, 280, "average")
a2 = Apartment(1502, 350, "bad")
a3 = Apartment(700, 200, "excellent")
a4 = Apartment(700, 200, "bad")
a5 = Apartment()
assert a1 < a0 == True
assert a1 < a2 == True
assert a3 < a4 == True
assert a2 < a4 == False
assert a5 < a4 == True
def parse_apartments(raw_listings):
apartments = []
for line in raw_listings:
items = line.splitlines()
items.pop(0)
items.pop(0)
if items[0] == u'LägenhetLägenhet':
items.pop(0)
address = items[0]
city = items[1]
price = int(items[2].replace(u'\xa0', '').replace('kr', ''))
size = items[3]
rooms = items[4]
rent = int(items[5].replace(u'kr/mån', '').replace(u'\xa0', ''))
info = items[7]
apartment = Apartment(address, price, size, rent, city, rooms, info)
apartments.append(apartment)
return apartments
def create_apartment(apartment_type, size, no_rooms, bau_year, address,
apartment_owner):
return Apartment(apartment_type, size, no_rooms, None, None, bau_year,
address, apartment_owner, None)
def test___init__1():
a0 = Apartment(1204.56, 200, 3)
assert a0.rent == 1204.56
assert a0.metersFromUCSB == 200
assert a0.condition == 3
'//div[@id="ctl06_guiGridBoxStrech1_Panel1"]/ul/li[%d]/div/div/p/a'
% ad_index)
price = price_to_int(ad_price_tag[0].text)
if price <= price_limit:
relevant_ads_urls.append(
Eshkol_site['url'] + '/' +
toHebrew(ad_url_endpoint[0].attrib['href']))
page_index = page_index + 1
Apartments = []
# looping over all the relevant ads
for ad_url in relevant_ads_urls:
print "Checking ad in url: %s" % ad_url
response = requests.get(ad_url, headers=hdr)
tree = html.fromstring(response.content)
apartment = Apartment(ad_url)
#apartment.address = toHebrew(tree.xpath('//span[@id="ctl06_guiTofscarucel1_lblStreetData"]')[0].text)
str = extractSpanText(tree, "ctl06_guiTofscarucel1_lblStreetData")
apartment.address = toHebrew(str)
apartment.neighborhood = toHebrew(
tree.xpath('//span[@id="ctl06_guiTofscarucel1_lblShcunaData"]')
[0].text)
apartment.price = price_to_int(
tree.xpath('//span[@id="ctl06_guiTofscarucel1_lblPriceData"]')[0].text)
apartment.size = tree.xpath(
'//span[@id="ctl06_guiTofscarucel1_lblSqmrData"]')[0].text
apartment.floor = tree.xpath(
'//span[@id="ctl06_guiTofscarucel1_lblFloorData"]')[0].text
apartment.total_floors = tree.xpath(
'//span[@id="ctl06_guiTofscarucel1_lblFlooradData"]')[0].text
apartment.rooms = tree.xpath(
# Apartment #
#############
# 다른 파일에서 class import
from Apartment import Apartment
from Vile import Vile
# 파일읽기
f = open("./Apartment.txt", 'r')
N = int(f.readline())
# Apartment정보 객체로 만들어 입력받기
apartments = []
for i in range(N):
row = f.readline().split(' ')
a = Apartment(row[0], int(row[1]), int(row[2].strip())) # 객체 생성
apartments.append(a)
f.close()
# Q 가장 평수가 큰 아파트를 찾아 "xxx동 xxxx호의 x개의 방이 있는 xx평의 집입니다" 라고 출력
print('Q. 가장 큰 평수 아파트의 정보를 출력하세요.')
print("A.", max(apartments))
# magic method가 작동하는 것을 직관적으로 파악해보기 위해 for문을 이용하여 최댓값을 찾아보세요!
max_index1 = 0
max_index2 = 0
for j in range(N - 1):
if apartments[max_index1].size < apartments[j + 1].size:
max_index1 = j + 1
def test___eq__():
a0 = Apartment(1204.56, 200, 3)
a1 = Apartment(1204.56, 200, 3)
assert (a1.getApartmentDetails() == a0.getApartmentDetails()) == True
# testfile.py
from Apartment import Apartment
from lab06 import mergesort
from lab06 import ensureSortedAscending
from lab06 import getNthApartment
from lab06 import getTopThreeApartments
a0 = Apartment(1204.56, 200, 3)
a1 = Apartment(1204.56, 200, 7)
a2 = Apartment(1000, 100, 9)
a3 = Apartment(1000, 214, 10)
a4 = Apartment(300, 112, 3)
a5 = Apartment(300.52, 250, 2)
#test Apartment.py
def test___init__1():
a0 = Apartment(1204.56, 200, 3)
assert a0.rent == 1204.56
assert a0.metersFromUCSB == 200
assert a0.condition == 3
def test_getRent():
assert a0.getRent() == 1204.56
def test_getMetersFromUCSB():
assert a1.getMetersFromUCSB() == 200
