def setUp(self):
self.managers = [
Manager("Bill", "Gates", 1000, 10),
Manager("Mark", "Zuckerberg", 900, 3),
Manager("Sergey", "Brin", 900, 1),
Manager("Steve", "Jobs", 800, 8)
]
self.depart = Department(self.managers)
self.employees = [
Designer("tom",
"taylor",
800,
10,
self.managers[0],
effect_coeff=0.5),
Developer("dev1", "java", 500, 2, self.managers[0]),
Developer("dev2", "js", 500, 6, self.managers[0]),
Designer("armani",
"jeans",
1200,
3,
self.managers[1],
effect_coeff=1),
Designer("dolce", "gabbana", 800, 6, self.managers[1]),
Developer("dev3", "basic", 500, 0.5, self.managers[1]),
Developer("dev4", "python", 500, 6)
]
self.employees_salary_expected = [730, 500, 1100]
self.managers_salary_expected = [1870]
self.wrong_list = ["vasya", "petya", "kolya", 15, True]
def main():
dev_1 = Developer('John', 'Smith', 50000, "Python")
dev_2 = Developer('Test', 'User', 50000, "Java")
mgr_1 = Manager('Guy', 'Kustin', 90000, [dev_1])
mgr_1.print_emps()
print("using __add__ : {}".format(
dev_1 + dev_2)) # uses the __add__ method in Employee
print(mgr_1.pay_per_months(2))
def main():
managers = [
Manager("Bill", "Gates", 1000, 10),
Manager("Mark", "Zuckerberg", 900, 3),
Manager("Sergey", "Brin", 900, 1),
Manager("Steve", "Jobs", 800, 8)
]
employees = [
Designer("tom", "taylor", 800, 10, managers[0], effect_coeff=0.5),
Developer("dev1", "java", 500, 2, managers[0]),
Developer ("dev2", "js", 500, 6, managers[0]),
Designer("armani", "jeans", 1200, 3, managers[1], effect_coeff=1),
Designer("dolce", "gabbana", 800, 6, managers[1]),
Developer ("dev3", "basic", 500, 0.5, managers[1]),
Developer ("dev4", "python", 500, 6)
]
depart = Department(managers)
wrong_list = ["vasya","petya","kolya", 15, True]
depart.give_salary()
depart.add_team_members(managers[-1], employees[-1::]) # employees[-1].set_manager(managers[-1])
depart.give_salary()
depart.add_team_members(managers[-2], employees[-1::]) #employees[-1].set_manager(managers[-2])
depart.give_salary()
depart.add_team_members(managers[1], employees[-1::]) # employees[-1].set_manager()
depart.give_salary()
depart.add_team_members(managers[0], employees)
depart.give_salary()
depart.add_team_members(managers[-1], [])
depart.give_salary()
depart.add_team_members(managers[-1], wrong_list)
depart.give_salary()
wrong_list.extend(employees[-1::])
depart.add_team_members(managers[-1], wrong_list)
depart.give_salary()
depart.add_team_members(managers[-1], managers[:-1:])
depart.give_salary()
def random_employee(employee_type):
if employee_type == 'developer':
return Developer(**Developer.random_attrs())
if employee_type == 'sales':
return Sales(**Sales.random_attrs())
if employee_type == 'project_manager':
return ProjectManager(**ProjectManager.random_attrs())
if employee_type == 'support':
return Support(**Support.random_attrs())
err_msg = (
'{} employee type is not supported.\n'.format(type),
'Allowed values are: \'developer\', \'project_manager\', \'sales\' or \'support\'',
)
raise ValueError(err_msg)
def openInput(name):
# Open text file and store bag of lines
file_contents = open(input_files[name], 'r')
with file_contents as fc:
content = fc.readlines()
# Parse first line into a Map object
width, height = content[0].split(' ')
office = Office(name, width, height, content[1:int(height) + 1])
num_devs = int(content[int(height) + 1])
developers = [
Developer(line)
for line in content[int(height) + 2:int(height) + 2 + num_devs]
]
developers = developers.sort(
key=lambda developers:
(developers.ci, developers.bi, developers.num_s),
reverse=True)
manager_start = int(height) + 1 + num_devs + 1
num_managers = int(content[manager_start])
managers = [Manager(line) for line in content[manager_start + 1:]]
managers = managers.sort(key=lambda managers: (managers.ci, managers.bi),
reverse=True)
# Return both Map and Customer objects
return office, developers, managers
def developer(self, instance):
home_screen = APP.root.current_screen
from developer import Developer
self.developer = Developer()
APP.root.add_widget(self.developer)
APP.root.current = "developer"
APP.root.remove_widget(home_screen)
class Home(QMainWindow):
def __init__(self):
"""Inicializador de la clase Home."""
QMainWindow.__init__(self)
self.ui = Ui_Home()
self.ui.setupUi(self)
"""Coneccion de senales."""
self.ui.btnJugar .clicked.connect(self.onBtnJugarClicked)
self.ui.btnDesarrolladores.clicked.connect(self.onBtnDesarrolladoresClicked)
self.ui.btnEstadistica.clicked.connect(self.onBtnEstadisticaClicked)
"""Inicializacion de MainWindow."""
self.mainWindow = MainWindow()
self.mainWindow.setHomeWindow(self)
self.developersWindow = Developer()
self.developersWindow.setHomeWindow(self)
self.highscoresWindow = Estadistica()
self.highscoresWindow.setHomeWindow(self)
def onBtnJugarClicked(self):
"""Funcion que permite seleccionar un nivel de juego"""
"""Nivel facil 36 celdas vacias."""
if self.ui.radioButtonFacil.isChecked():
difficulty = 1
"""Nivel intermedio 36+9 = 45 celdas vacias."""
elif self.ui.radioButtonIntermedio.isChecked():
difficulty = 2
"""Nivel dificil 36+9+9 = 63 celdas vacias."""
elif self.ui.radioButtonDificil.isChecked():
difficulty = 3
else:
difficulty = 1
self.setVisible(False)
self.mainWindow.show()
self.mainWindow.setDifficulty(difficulty)
self.mainWindow.newGame(self.ui.txtNombre.text())
def onBtnDesarrolladoresClicked(self):
"""Funcion que permite mostrar la ventana de desarrolladores"""
self.developersWindow.show()
self.close()
def onBtnEstadisticaClicked(self):
"""Funcion que permite mostrar la ventana de estadisticas"""
self.highscoresWindow.show()
self.setVisible(False)
class TestDeveloper(unittest.TestCase):
@classmethod
def setUpClass(self):
print('\nsetupClass')
@classmethod
def tearDownClass(self):
print('\nteardownClass')
def setUp(self):
self.dev_1 = Developer('Radek', 'Warowny', 5000, 'Python')
self.dev_2 = Developer('Tina', 'Reid', 8000, 'Java')
def tearDown(self):
pass
def test_email(self):
print('\nemail_test')
self.assertEqual(self.dev_1.email, '*****@*****.**')
self.dev_1.first = 'Connor'
self.assertEqual(self.dev_1.email, '*****@*****.**')
def test_info(self):
print('\ninfo_test')
self.assertEqual(
self.dev_1.info(),
'Radek Warowny is using Python programming language.')
self.dev_1.prog_lang = 'C#'
self.assertEqual(self.dev_1.info(),
'Radek Warowny is using C# programming language.')
def test_apply_raise(self):
print('\napply_raise_test')
self.assertEqual(self.dev_1.pay, 5000)
self.dev_1.apply_raise()
self.assertEqual(self.dev_1.pay, 5500)
def main():
manager_one = Manager("Georgi", 4000)
manager_two = Manager("Tsvetomir", 5000)
manager_three = Manager("Spasimir The Boss", 7000)
developer_one = Developer("Atanas", 2500)
developer_two = Developer("Ivan", 3000)
developer_three = Developer("Petar", 3500)
developer_four = Developer("Anastas", 4000)
developer_five = Developer("Evgeni", 4000)
manager_one.add(developer_one)
manager_one.add(developer_two)
manager_two.add(developer_three)
manager_two.add(developer_four)
manager_three.add(developer_five)
manager_three.add(manager_one)
manager_three.add(manager_two)
manager_three.print_data()
def do_add_developer(self, args):
if len(args.split(" ")) < 3:
print("Specify name, age and oss projects")
else:
print("Adding new developer to our list...")
devs.append(
Developer(
args.split(" ")[0],
args.split(" ")[1],
args.split(" ")[2]))
self.do_show_list(devs)
def __init__(self):
"""Inicializador de la clase Home."""
QMainWindow.__init__(self)
self.ui = Ui_Home()
self.ui.setupUi(self)
"""Coneccion de senales."""
self.ui.btnJugar .clicked.connect(self.onBtnJugarClicked)
self.ui.btnDesarrolladores.clicked.connect(self.onBtnDesarrolladoresClicked)
self.ui.btnEstadistica.clicked.connect(self.onBtnEstadisticaClicked)
"""Inicializacion de MainWindow."""
self.mainWindow = MainWindow()
self.mainWindow.setHomeWindow(self)
self.developersWindow = Developer()
self.developersWindow.setHomeWindow(self)
self.highscoresWindow = Estadistica()
self.highscoresWindow.setHomeWindow(self)
class TestDeveloper(unittest.TestCase):
def setUp(self):
self.dev1 = Developer('tim')
self.dev2 = Developer('tom')
self.dev3 = Developer('tina')
def test_equality(self):
self.assertEqual(self.dev1, self.dev2)
self.dev1.change_karma(self.dev2, 5)
self.dev2.change_karma(self.dev1, 5)
self.assertEqual(self.dev1, self.dev2)
def test_gt_lt(self):
self.dev1.change_karma(self.dev2, 1)
self.assertGreater(self.dev1, self.dev2)
self.dev2.change_karma(self.dev1, 2)
self.assertGreater(self.dev2, self.dev1)
self.dev3.change_karma(self.dev2, 3)
self.assertLess(self.dev2, self.dev3)
def test_typecheck(self):
with self.assertRaises(ValueError):
self.dev1.change_karma(self.dev2, 'string')
with self.assertRaises(ValueError):
self.dev1.change_karma(self.dev1, 5)
def test_repr_str(self):
expected = "Developer('tim')"
self.assertEqual(repr(self.dev1), expected)
self.dev1.change_karma(self.dev3, 5)
expected = 'Developer tim with 5 karma'
self.assertEqual(str(self.dev1), expected)
def test_karma_change(self):
self.dev1.change_karma(self.dev2, 5)
self.assertEqual(self.dev1.karma, 5)
self.dev1.change_karma(self.dev2, -3)
self.assertEqual(self.dev1.karma, 2)
self.dev1.change_karma(self.dev2, -4)
self.assertEqual(self.dev1.karma, -2)
logmsg = "tim's karma changed to -2"
self.assertEqual(self.dev1.log[-1], logmsg)
def test_karma_boundaries(self):
self.dev1.change_karma(self.dev3, MAX_POINTS+1)
self.assertEqual(self.dev1.karma, 5)
self.assertIn('generous', self.dev1.log[-2])
self.dev1.change_karma(self.dev3, -MAX_POINTS-1)
self.assertEqual(self.dev1.karma, 0)
self.assertIn('mean', self.dev1.log[-2])
def test_greatest_fan_and_call(self):
self.dev1.change_karma(self.dev2, 1)
self.dev1.change_karma(self.dev3, 4)
self.dev1.change_karma(self.dev2, 4)
self.assertEqual(self.dev1.greatest_fan, 'tom')
self.dev1.change_karma(self.dev3, 2)
self.assertEqual(self.dev1.greatest_fan, 'tina')
self.assertEqual(self.dev1.karma, 11)
report = self.dev1()
self.assertRegex(report[2], r'^tina\s+6$')
self.assertRegex(report[3], r'^tom\s+5$')
def develop_details(self):
self.app = Developer(self.root, self.id)
def test_should_always_grab_a_positive_number_of_maxibons( name, mtg ):
developer = Developer( name, mtg )
assert developer.maxibonsToGrab() >= 0
def setUp(self):
self.dev_1 = Developer('Radek', 'Warowny', 5000, 'Python')
self.dev_2 = Developer('Tina', 'Reid', 8000, 'Java')
self.employees = employees
def add_empl(self, emp):
if emp not in self.employees:
self.employees.append(emp)
def remove_emp(self, emp):
if emp in self.employees:
self.employees.remove(emp)
def print_emps(self):
for emp in self.employees:
print('-->', emp.full_name)
if __name__ == "__main__":
dev_1 = Developer("John", "Doe", 80000, "Python")
dev_2 = Developer("Jane", "Doe", 150000, "JavaScript")
mgr_1 = Manager("Josefine", "Lopez", 200000, [dev_1])
print(mgr_1.email)
print("==================")
mgr_1.add_empl(dev_2)
mgr_1.print_emps()
print("==================")
mgr_1.remove_emp(dev_1)
mgr_1.print_emps()
print(isinstance(mgr_1, Employee))
print(isinstance(dev_1, Employee))
print(isinstance(mgr_1, Developer))
print(issubclass(Manager, Employee))
def test_assign_the_name_of_the_developer_in_construction( name ):
developer = Developer( name )
assert developer.name == name
def mutate(self, scrum_team) -> None:
developer = Developer(self.__dict__["name"])
for skill in self.__dict__["skills"]:
developer.learn(skill)
scrum_team._developers.append(developer)
if employees is None:
self._employees = []
else:
self._employees = employees
def addEmp(self, emp):
if emp not in self._employees:
self._employees.append(emp)
def remEmp(self, emp):
if emp in self._employees:
self._employees.remove(emp)
def displayEmp(self):
for emp in self._employees:
print("<-- ", emp.fullName())
dev_1 = Developer("Amin", "Balad", "15000", "Facebook", "PHP")
dev_2 = Developer("Arab", "Dahir", "80000", "Facebook", "C++")
mn1 = Manager('Hassan', 'Mohamed', '88000', 'Facebook', [dev_1])
mn1.addEmp(dev_2)
mn1.remEmp(dev_1)
if __name__ == "__main__":
pass
print(mn1.displayEmp())
# We can take advantage with built in functions -isinstance and issubclass
print(isinstance(Manager, Developer))
print(issubclass(Manager, Employee))
def developer_data(self):
self.new_window = Toplevel(self.root)
self.app = Developer(self.new_window)
print('Employee 2 New Raise Amount: ', emp_2.raise_amount)
emp_2.apply_raise()
print('Employee 2 New Pay: ', emp_2.pay)
print('\n')
print('Number of Employees Created: ', Employee.num_of_employees)
# =============================================================================
print('\n')
print('-' * 100)
print('Developer Sub Class Example')
print('-' * 100)
print('\n')
# Instantiating instances
dev_1 = Developer('Arin', 'Blue', 40000, 'Python')
print('---------- Developer 1 ----------')
print(dev_1.get_full_name())
print(dev_1.email)
print('Developer 1 Pay: ', dev_1.pay)
print('Developer 1 Raise Amount: ', dev_1.raise_amount)
dev_1.apply_raise()
print('Developer 1 New Pay: ', dev_1.pay)
print('\n')
# =============================================================================
print('\n')
print('-' * 100)
print('Manager Sub Class Example')
print('-' * 100)
from manager import Manager
from developer import Developer
dev1 = Developer("rox", 34000, "Java")
dev2 = Developer("bob", 50000, "java")
dev3 = Developer("tim", 7000, "Python")
dev4 = Developer("nina", 7000, "java")
dev5 = Developer("hana", 7000, "Python")
devs = [dev1, dev2, dev3, dev4, dev5]
mgr = Manager("Mo", 70000, devs)
print("Java Developers:")
java_devs = mgr.all_java_devs()
for dev in java_devs:
print(dev.name)
print()
print("Python Developers:")
python_devs = mgr.all_python_devs()
for dev in python_devs:
print(dev.name)
def setUp(self):
self.dev1 = Developer('tim')
self.dev2 = Developer('tom')
self.dev3 = Developer('tina')
filters = args.split(" ")
if 'DESC' in filters[args_len - 1]:
reverse = True
filters.remove('DESC')
else:
reverse = False
print("==============================")
self.do_show_list(self.sort_by_attributes(devs, filters, reverse))
def sort_by_attributes(self, devs, filters, reverse):
sorted_devs = []
sorted_devs = sorted(devs, key=attrgetter(*filters), reverse=reverse)
return sorted_devs
if __name__ == '__main__':
print("Setting up initial list...")
devs = [
Developer("John", 29, 3),
Developer("Linda", 29, 5),
Developer("Robert", 24, 1),
Developer("Amanda", 21, 8),
Developer("Lawrence", 32, 2),
Developer("Steven", 24, 4)
]
prompt = MyPrompt()
prompt.do_show_list(devs)
prompt.prompt = '> '
prompt.cmdloop('Starting prompt... Type help for list of commands')
n_pages = pages_repos['n_pages']
repos_url = pages_repos['last_page']
for page in range(1,n_pages):
page_num = page + 1 # Já pegamos a primeira página
repos_url_page = re.sub("page=\d+", "page=%s" % page_num, repos_url)
r_repos = requests.get(repos_url_page, auth=(gh_user, gh_pass))
j_repos = r_repos.json()
# Não precisa mais de headers, pois já sabemos quantas páginas temos que verificar
for repos in j_repos:
stars += repos['watchers']
n_repos += 1
# Finalmente temos tudo do desenvolvedor individual. Seu nome, avatar, seguidores, estrelas,
# contribuições no repositório de interesse e o número de repositórios do qual é dono.
developers.append(Developer(name, followers, stars, commits, n_repos, avatar))
# Temos agora todos os desenvolvedores, contribuidores do repositório de interesse. Precisamos
# agora armazenar essas informações em um banco de dados.
if os.path.isfile(db_name):
os.remove(db_name)
Developer.init_db(db_name)
for dev in developers:
dev.insert_to_db()
exit(0) # No error.
from employeedetails import Employee_spec
from developer import Developer
emp1 = Developer('tom','jones', 4, 'Python')
Tom = Employee_spec("tom", "jones", 5)
print emp1.details()