def test_creer_auto():
result = True
try:
nom_auto = "maVoiture"
position_dep = [52, -3, 57]
auto = Auto(nom=nom_auto, position_dep=position_dep)
result &= isinstance(auto.celebrer(), str)
except:
return False
result &= auto.nom == nom_auto
result &= compare_arrays(auto.vitesse, [0, 0, 0])
result &= compare_arrays(auto.position, position_dep)
result &= auto.poids == 1421
result &= auto.traction == 11368
result &= auto.trainee == 0.0
result &= auto.friction == 0.0
expected_dict_keys = [
'_Vehicule__nom', '_Vehicule__vitesse', '_Vehicule__position',
'_Vehicule__roues', '_Vehicule__moteur', '_Vehicule__chassis'
]
result &= list(auto.__dict__.keys()) == expected_dict_keys
expected_n_wheels = 4
result &= len(auto.__dict__.get('_Vehicule__roues',
[])) == expected_n_wheels
return result
def _create_auto(self, auto_number, row_number): """Create an auto and place it in the row.""" auto = Auto(self) auto_width, auto_height = auto.rect.size auto.x = auto_width + 2 * auto_width * auto_number auto.rect.x = auto.x auto.rect.y = auto_height + 2 * auto.rect.height * row_number + 450 self.autos.add(auto)
def start(self):
auto = Auto()
if auto.IsWindow():
t = threading
t = threading.Thread(target=start, name='LoopThread')
t.start()
open("http://127.0.0.1:8889")
else:
tkinter.messagebox.showinfo('提示','请先启动同花顺交易软件')
def __init__(self, parent, title):
super(GUILogin, self).__init__(parent, title=title, size=(200, 200))
self.InitUI()
self.Centre()
self.Show()
VRA = Auto()
global setExit
if (VRA.AutoLogin()):
setExit = True
def get_one(id_):
"""
Get one car
:param id_:
:return:
"""
db_data = database.find_document(auto_collection, {'_id': ObjectId(id_)})
if not db_data:
raise exceptions.NotFound("Object not found")
auto_obj = Auto()
auto_obj.load_json(db_data)
return auto_obj.serialize()
def doSth():
auto = Auto()
data = StockData(stock)
stockData = data.getTodayData()
print stockData[1] #开
print stockData[3] #最新
#
s = round((float(stockData[3]) - 44.22) / 44.22, 4) * 100
#if s<1:
auto.buy(stock, proce, num)
time.sleep(30)
print '运行成功'
time.sleep(60)
def get_all(params):
"""
Get all cars
:param params:
:return:
"""
autos = database.find_document(auto_collection, params, True)
result = []
for auto in autos:
auto_obj = Auto()
auto_obj.load_json(auto)
result.append(auto_obj.serialize())
return result
def getImageNameList():
conditions = getConditions()
#定义当前系统时间
st = datetime.datetime.now().strftime('%Y-%m-%d %H-%M-%S')
#新建上传失败txt文本
EN = open(st + '上传失败记录.txt', 'a')
auto = Auto()
for condition in conditions:
#判断是否是ocpa
if condition['is_ocpa'] == '是':
is_ocpa = '是'
suffix = 'ocpa'
else:
is_ocpa = '否'
suffix = ''
i = 0
j = 0
dirName = condition['position'] + suffix
#传入对应的参数
print("正在获取原始ID为" + condition['id'] + '的广告文案信息')
x = len([
name for name in os.listdir(dirName)
if os.path.isfile(os.path.join(dirName, name))
])
print('共需上传' + str(x) + '个广告文案')
for img in os.listdir(condition['position'] + suffix):
#进行异常处理
i += 1
j += 1
try:
auto.auto_ad(condition['id'], condition['position'],
condition['start_date'], condition['stop_date'],
img, is_ocpa)
print(st + ' ' + img + ' ' + "上传成功" + ' ' + '广告创建进度为: ' +
str(i) + '/' + str(x) + ' ' + "成功的为" + str(j) + '个')
except Exception as e:
print(st + ' ' + img + ' ' + "上传失败" + ' ' + '广告创建进度为: ' +
str(i) + '/' + str(x))
EN.write(condition['id'] + ' ' + img + ' ' + "上传失败" + ' ' +
str(i) + '/' + str(x) + '\n')
print(e)
continue
# EN.write('广告共有: ' + str(i) +"成功的为" + str(j) +'个')
EN.close()
# 定义循环结束页面
input("=======================上传完成=======================")
def create_new(params):
"""
Create a new car
:param params:
:return:
"""
auto = Auto()
auto.load_json(params)
auto.generate_vin()
id_ = database.insert_document(auto_collection, auto.serialize())
auto._id = str(id_)
return auto.serialize()
def main():
# Auto
mini = Auto(4.5)
mini.tank(40)
mini.rij(50)
print(mini.getTankinhoud())
# Cirkel
cirkel = Cirkel(10)
print("De straal van de cirkel:",cirkel.getStraal())
print("De omtrek van de cirkel:",cirkel.berekenOmtrek())
print("De oppervlakte van de cirkel:",cirkel.berekenOppervlakte())
cilinder = Cilinder(5,10)
print("De oppervlakte van de cilinder:",cilinder.berekenOppervlakte())
print("De inhoud van de cilinder:",cilinder.berekenVolume())
# Examens
igor = Student("Igor","Wauters")
bvp = Vak("Beginselen van Programmeren",6,0.2)
exBvp = Examen(bvp,5,13)
print("Het examen voor BVP heeft een totale score van",exBvp.berekenScore())
igor.addExamen(exBvp)
filo = Vak("Filosofie",3,0.9)
exFilo = Examen(filo,9,13)
print("Het examen voor Filo heeft een totale score van",exFilo.berekenScore())
igor.addExamen(exFilo)
print("De totale score van "+igor.getVoornaam()+" is: "+str(round(igor.getTotaleScore(),2))+" procent.")
def __init__(self):
super(Main, self).__init__()
self.setupUi(self)
self.access_key = self.line_edit_access_key.text()
self.secret_key = self.line_edit_secret_key.text()
self.telegram_token = self.line_edit_telegram_token.text()
self.telegram_id = self.line_edit_telegram_id.text()
self.order = Order(self)
self.auto_bot = Auto(self)
self.connect_signal()
def _create_fleet(self): """Create a fleet of autos.""" # Create an auto and find the number of autos in a row. # Spacing between each auto is equal to one auto width. auto = Auto(self) auto_width, auto_height = auto.rect.size available_space_x = self.settings.screen_width - (2 * auto_width) number_autos_x = available_space_x // (2 * auto_width) # Determine the number of rows of autos that fit on the screen. pigeon_height = self.pigeon.rect.height available_space_y = (self.settings.screen_height - (3 * auto_height) - pigeon_height) number_rows = available_space_y // (2 * auto_height) # Create the full fleet of autos. for row_number in range(number_rows): for auto_number in range(number_autos_x): self._create_auto(auto_number, row_number)
def __init__(self):
Auto.__init__(self)
self.__enVuelo = False
self.__altitud = 0
# -*- coding: utf-8 -*-
from auto import Auto
'''
@note: Con auto.py hacer un programa que haga acelerar el auto a 100 km por hora, luego frenarlo y apagarlo.
'''
if __name__ == "__main__":
miAuto = Auto(True, True)
for i in range(1, 101):
miAuto.acelerar()
for i in range(1, 101):
miAuto.frenar()
miAuto.apagar()
from auto import Auto
from cuenta import Cuenta
if __name__ == "__main__":
print("Hola mundo")
auto = Auto("HDFR12", Cuenta("Maria Gutierrez", "ADNG145"))
#auto.license =
#auto.driver = "Andres Herrera"
auto.passenger = 3
print(vars(auto))
print(vars(auto.driver))
import sys
sys.path.append("../include")
from auto import Auto
auto1 = Auto()
pMarca = input("Ingrese la marca: ")
pModelo = input("Ingrese el modelo: ")
pYear = input("Ingrese el año: ")
pKilo = input("Ingrese el Kilometraje: ")
pKilo = int(pKilo)
pColor = input("Ingrese el color: ")
auto2 = Auto(pMarca, pModelo, pYear, pKilo, pColor)
auto1.Checar()
auto2.Checar()
pColor = input("Ingrese el nuevo color: ")
auto2.Pintar(pColor)
pKilo = input("Cuanto corrio el auto? ")
pKilo = int(pKilo)
auto2.Correr(pKilo)
pModelo = input("Cual es el nuevo modelo: ")
auto2.Modificar(pModelo)
auto2.Checar()
from auto import Auto
ainari_uus_auto = Auto("Audi", "A6", 2017)
print(ainari_uus_auto.kirjeldus())
ainari_uus_auto.odomeeter()
def __init__(self, ma, mo, bj, pr, volumen):
Auto.__init__(self, ma, mo, bj, pr)
self.__Ladevolumen = volumen
def __init__(self, t, m, a):
Auto().__init__(t, m, a)
self.akuSuurus = 50
def set_machine(self, machine):
if machine != '' and machine not in self._machines_list:
self._machines_list.append(machine)
type_machine = ''
machines = []
for machine in machine.split(';'):
machines += machine.split('\n')
for machine in machines:
if ':' in machine:
type_machine = machine.split(':')[0]
if 'автомобили легковые' in type_machine:
type_machine = 'а/м легковой'
elif 'автомобиль легковой' in type_machine:
type_machine = 'а/м легковой'
elif 'автомобили грузовые' in type_machine:
type_machine = 'а/м грузовой'
elif 'моторные лодки' in type_machine:
type_machine = 'Моторная лодка'
elif 'иные транспортные средства' in type_machine:
type_machine = type_machine.replace(
'иные транспортные средства ', '')
elif 'водный транспорт' in type_machine:
type_machine = type_machine.replace(
'водный транспорт', '')
elif 'мототранспортные средства' in type_machine:
type_machine = type_machine.replace(
'мототранспортное средство', '')
elif Auto.is_auto(type_machine):
machine = type_machine
type_machine = ''
machine = machine.split(':')[1].strip()
if machine:
self.machines.append(
('%s %s' %
(type_machine, machine)).strip().replace(
' ', ' '))
# elif '' == machine:
# type_machine = ''
else:
if machine:
if 'водный транспорт' == machine:
type_machine = machine
elif 'автомобили легковые' == machine:
type_machine = 'а/м легковой'
elif 'автомобиль легковой' == machine:
type_machine = 'а/м легковой'
elif 'мототранспортное средство мотоцикл' == machine:
type_machine = 'мототранспортное средство мотоцикл'
elif Auto.is_auto(type_machine):
machine = type_machine
type_machine = ''
self.machines.append(
('%s' % (machine)).strip().replace(' ', ' '))
else:
self.machines.append(
('%s %s' %
(type_machine, machine)).strip().replace(
' ', ' '))
from auto import Auto
blaszak = Auto("zielony", True, "Audi")
złomek = Auto("rdzawy", True, "Citroen")
auta = [złomek, blaszak]
for auto in auta:
auto.switchon()
blaszak.mount("turbo")
print(blaszak)
blaszak.napraw()
print(blaszak)
print(złomek)
blaszak.mount("diesel")
złomek.mount("turbo")
print(złomek)
for auto in auta:
auto.switchon()
print(złomek)
print(blaszak.przebieg)
from auto import Auto
carro = Auto("Verde", "Renault", "Clio", 150, 200, 4)
carro1 = Auto("Rojo", "Renault", "Clio", 150, 200, 4)
carro2 = Auto("Azul", "Renault", "Laguna", 150, 200, 4)
carro3 = Auto("Amarillo", "citroen", "Xara", 200, 200, 4)
print(carro.getInfo())
print(carro1.getInfo())
print(carro2.getInfo())
print(carro3.getInfo())
# Detectar tipado
if type(carro3) == Auto:
print("Es un objeto correcto")
else:
print("No es un objeto!!!")
# Visibilidad
# Atributos públicos por defecto en una clase Python
print(carro3.soy_publico)
print(carro3.getPrivado())
def main():
auto = Auto("TOYOTA", 15000, "red")
auto.show_info()
#!/usr/bin/python3.5
# -*- coding: utf-8 -*-
from auto import Auto
from auto_volador import AutoVolador
if __name__ == '__main__':
# Instanciamos e imprimimos el objeto de la clase Auto
objeto = Auto()
print(objeto.color)
print(objeto.encendido)
# Imprimimos los métodos de la clase Auto
print(dir(Auto))
# Vemos cual es su clase padre
print(Auto.__class__.__base__)
# Vemos si es un objeto de alguna clase
print(Auto.__class__)
autoVolador = AutoVolador()
print(dir(autoVolador))
autoVolador.encender()
autoVolador.abrocharCinto(True)
autoVolador.acelerar()
autoVolador.acelerar()
#
#!/usr/bin/env python3
from auto import Auto
a = Auto("Chevy", "Malibu")
print(a.count())
b = Auto("Mazda", "Miata")
print(Auto.howmany)
from auto import Auto, ElektriAuto
uus_auto = Auto("audi", "a6", "2017")
print(uus_auto.kirjeldus())
minu_tesla = ElektriAuto('tesla', 'model s', 2016)
print(minu_tesla.kirjeldus())
def ani(self):
Auto(self)
def sell():
stock = request.GET.get('stock', '').strip()
price = request.GET.get('price', '').strip()
num = request.GET.get('num', '').strip()
auto.sell(stock, price, num)
print {"srock": stock, "price": price, "num": num}
return {"srock": stock, "price": price, "num": num}
@route('/getAllInfo', methods=['GET', 'POST'])
@allow_cross_domain
def getAllInfo():
return auto.getAllInfo()
@route('/test', methods=['GET', 'POST'])
@allow_cross_domain
def test():
auto.topWindow()
return '进行测试中'
def start():
run(host='0.0.0.0', port=8889, debug=True)
auto = Auto()
#start()
def __init__(self, ma, mo, bj, pr, allrad):
Auto.__init__(self, ma, mo, bj, pr)
if (allrad):
self.__Allradantrieb = "Ja"
else:
self.__Allradantrieb = "Nein"
