def main(access_port, no_clients, timeout,ft=0, r = 0):
# logger for the main
logger = logging.getLogger('Token Ring')
first_entity = 0
if r == 1:
first_entity = ft
# initial node (Restaurant)
restaurant_node = Restaurant(5000 + first_entity,4,3)
restaurant_node.start()
# Clerk
clerk_node = Clerk(5000 + first_entity,4,3)
clerk_node.start()
# Chef
chef_node_1 = Chef(5000 + first_entity, 4,3)
#chef_node_2 = Chef(5000 + first_entity, 5, 3, 5004, 4)
chef_node_1.start()
#chef_node_2.start()
# Waiter
waiter_node=Waiter(5000 + first_entity, 4, 3)
waiter_node.start()
def class_demo():
student1 = Student("Jim", "Business", 2.1, False)
print(student1)
print(f"{student1.name} {student1.on_honor_roll()}")
student2 = Student("Phyllis", "Business", 3.8, False)
print(student2)
print(f"{student2.name} {student2.on_honor_roll()}")
chef = Chef("Skc")
chef.make_special_dish()
chef1 = ChineseChef("Skc")
chef1.make_special_dish()
chef1.make_salad()
print("========line class Example========")
coordinate1 = (3, 2)
coordinate2 = (8, 10)
line = Line(coordinate1, coordinate2)
print(
f"distance between {coordinate1} and {coordinate2} : {line.distance()}"
)
print(f"slope between {coordinate1} and {coordinate2} : {line.slope()}")
print("========cylinder class Example========")
cylinder = Cylinder(2, 3)
print(f"volume of {cylinder} : {cylinder.volume():1.2f}")
print(f"surface area of {cylinder} : {cylinder.surface_area():1.1f}")
def main():
chef: Chef = Chef()
hamburger_builder: BurgerBuilder = HamburgerBuilder()
chef.set_builder(hamburger_builder)
print(chef.cook())
vegiburger_builder: BurgerBuilder = VegiburgerBuilder()
chef.set_builder(vegiburger_builder)
print(chef.cook())
def main():
restaurant = Restaurant()
waiter = Waiter()
chef = Chef()
clerk = Clerk()
restaurant.start()
waiter.start()
chef.start()
clerk.start()
restaurant.join()
waiter.join()
chef.join()
clerk.join()
return 0
def main():
restaurant = Restaurant()
waiter = Waiter()
chef = Chef()
recep = Receptionist()
restaurant.start()
waiter.start()
chef.start()
recep.start()
restaurant.join()
waiter.join()
chef.join()
recep.join()
return 0
def main():
restaurant = Restaurant(ringSize=4)
waiter = Waiter(ringSize=4)
chef = Chef(ringSize=4)
clerk = Clerk(ringSize=4)
restaurant.start()
waiter.start()
chef.start()
clerk.start()
restaurant.join()
waiter.join()
chef.join()
clerk.join()
return 0
def main():
restaurant = Restaurant()
waiter = Receptionist()
chef = Chef()
clerk = Employee()
restaurant.start()
waiter.start()
chef.start()
clerk.start()
restaurant.join()
waiter.join()
chef.join()
clerk.join()
return 0
def main():
restaurant = Restaurant()
waiter = Waiter()
chef = Chef()
clerk = Clerk()
# O start vai a cada entidade e vai inciar uma thread
restaurant.start()
waiter.start()
chef.start()
clerk.start()
restaurant.join()
waiter.join()
chef.join()
clerk.join()
return 0
# def run_test(questions):
# score = 0
# for question in questions:
# answer = input(question.prompts)
# if answer == question.answer:
# score += 1
# print("You got " + str(score) + '/' + str(len(questions)) + ' correct')
#
# run_test(questions)
#
#
# from Student import Student #take note of 'from _____ import _______ ' format used
#
# student1 = Student("Jim", "Engineering", 3.2, None)
# student2 = Student("Mike", "Art", 3.7, None)
#
# print(student1.on_honor_roll())
from Chef import Chef
from ChineseChef import ChineseChef
myChef = Chef() #This is just making Chef() into myChef for easier call
myChef.make_salad()
myChineseChef = ChineseChef()
myChineseChef.make_special_dish()
# from Chef import Chef # from ChineseChef import ChineseChef # myChef = Chef() # myChef.make_chicken() # myChef.make_salad() # myChef.make_special_dish() # myChef = ChineseChef() # myChef.make_special_dish() # myChef.make_fried_rice() #------------------------------------ Inheritance--------------------------------------------------------------- from Chef import Chef from ChineseChef import ChineseChef myChef = Chef() myChef.make_chicken() myChef.make_salad() myChef.make_special_dish() myChef = ChineseChef() myChef.make_special_dish() myChef.make_fried_rice() myChef.make_chicken( ) # make chicken method removed from chinese chef but still can access it by inheritance myChef.make_special_dish()
from Chef import Chef
from Chinese_chef import ChineseChef
my_chef = Chef()
my_chef.make_chicken()
my_chef.make_salad()
my_chef.make_special_dish()
print("---")
my_chinese_chef = ChineseChef()
my_chinese_chef.make_chicken()
my_chinese_chef.make_salad()
my_chinese_chef.make_special_dish()
my_chinese_chef.make_fried_rice()
from Chef import Chef X = Chef() X.Faz_Salada() X.Faz_Jaca() X.Prato_Especial() # TypeError: Faz_Salada() missing 1 required positional argument: 'self' #Estava Faltando o Parenteses no final de -> X = Chef() from Chefe_Chines import Chinese_Chef Y = Chinese_Chef() Y.Arroz() Y.Faz_Jaca() #UFA FINALMENTE RESOLVI OS PEPINOS DESTA AULA
from Chef import Chef from CzechChef import CzechChef myChef = Chef() myChef.makeSpecialDish() myCzechChef = CzechChef() myCzechChef.makeSpecialDish() myCzechChef.makeGulas()
from Chef import Chef from ChineseChef import ChineseChef myChef = Chef() # myChef.make_chicken() # myChef.make_salad() # myChef.make_steak() myChineseChef = ChineseChef() myChineseChef.make_steak() myChef.make_steak()
from Chef import Chef
from Chinese_Chef import Chinese_Chef
chef1 = Chef()
chef1.make_chicken()
chef1.make_salad()
chef1.make_special_dish()
print("==========================")
chinese_chef = Chinese_Chef()
chinese_chef.make_chicken()
chinese_chef.make_salad()
chinese_chef.make_special_dish()
chinese_chef.make_fired_rice()
full_file = open("text_file.txt", "r") #open a file in read mode
isReadable = full_file.readable()
if isReadable:
print("The file is readable")
print(full_file.read())
full_file.close()
print("\n--writing to files--")
full_file = open("text_file.txt", "a")
full_file.write("This is the added stuff")
full_file.close()
print("\n--classes and objects--") #used to create a custom data type
student1 = Student(
"Shobhit", "IT", 4,
False) #instantiate your Student Class.. create an object of the class
print("Student name is " + student1.name1)
is_on_honor_roll = student1.is_on_honor_roll()
if is_on_honor_roll:
print(student1.name1 + " is on HonorRoll")
generic_chef = Chef()
chinese_chef = ChineseChef()
print("Generic Chef ki special dish: " + generic_chef.special_dish())
print("Chinese chef ki special dish" + chinese_chef.special_dish())
from Chef import Chef from ChineseChef import ChineseChef myChef = Chef() #creating an object for chef myChef.make_special_dish() myChineseChef = ChineseChef() #creating an object for ChineseChef myChineseChef.make_special_dish()
from Chef import Chef from ChineseChef import ChineseChef myChef = Chef() myChef.make_salad() myChineseChef = ChineseChef() myChineseChef.make_special_salad() myChineseChef.make_fried_rice()
from Chinese_Chef import ChineseChef from Chef import Chef chef = Chef() chef.make_chicken() chienseChef = ChineseChef() chienseChef.make_chicken()
Student1 = Student('Specky', 'Computer Science', 4.5)
Student2 = Student('Purva', 'Information Technology', 3.5)
print(Student2.on_honor_roll())
print(Student1.is_in_criteria())
from Chef import Chef
from ItaliyanChef import ItaliyanChef
from FrenchChef import FrenchChef
from PersianChef import PersianChef
myItaliyanChef = ItaliyanChef()
myItaliyanChef.make_Rissoto()
myFrenchChef = FrenchChef()
myFrenchChef.make_Creambrulle()
myChef = Chef()
myFrenchChef.make_Special_dish()
myFrenchChef.make_salad()
myFrenchChef.make_chicken()
myPersianChef = PersianChef()
myPersianChef.make_Special_Dish()
myPersianChef.make_chicken()
myPersianChef.make_salad()
import pygame
import sys
from pygame.transform import flip
from Chef import Chef
pygame.init()
size = width, height = 640, 480
speed = [1, 0.5]
black = 0, 0, 0 #Red, Green, Blue
white = 255, 255, 255
red = 255, 0, 0
screen = pygame.display.set_mode(size)
chef = Chef(width, height)
chefrect = chef.rect
for i in range(0, 500):
chef.y = chef.y + 1
screen.fill(red)
screen.blit(chef.image, chefrect)
pygame.display.flip()
print(i)
'''
t = 0
while 1:
for event in pygame.event.get():
if event.type == pygame.QUIT:
sys.exit()
from Chef import Chef from ChineseChef import ChineseChef myChef = Chef() myChef.make_special_dish() myChineseChef = ChineseChef() myChineseChef.make_special_dish()
def on_honor_roll(self): #Place in first file with student class
if self.gpa >= 3.5 #checking to see if student gpa is in honor roll
return True #What function can I put inside of here to help the user figure out information about the object
else:
return False
print(student1.on_honor_roll()) #false
print(student2.on_honor_roll()) #true
-----------------------------------------------------
INHERTIANCE: where we can define attributes and functions inside of class
then create another class that inherits everything without writing the same
methods or attributes.
First file:
'''from Chef import Chef #importing the chef so we can use it'''
from ChineseChef import ChineseChef
myChef = Chef() #creating a new Chef
myChef.make_chicken() #The chef makes a chick
myChef.make_special_dish() #makes bbq
myChineseChef = ChineseChef()
myChineseChef.make_fried_rice()
#lets create a class that modeled a Chinese Chef instead of normal chef.
#first crete a new file ChineseChef.py
1. class ChineseChef:#very specific and can do everything the other chef can do
2. #if we want to give him all of the functionality we can just copy info from previous file
class ChineseChef:
def make_chicken(self): #the problem is we had to copy and paste the physical file
print("The chef makes a chicken")
def make_salad(self):
print("The chef makes salad")
# Title: Inheritance in Python # Author: Sachin Kotian # Created date (DD-MM-YYYY): 08-12-2018 # Last modified date (DD-MM-YYYY): 08-12-2018 # # ABOUT: # This code imports the "Chef" and "ChineseChef" class # ChineseChef inherits all the function from Chef # Please refer to "Chef.py" and "ChineseChef.py" for the class code # Importing the Chef and ChineseChef classes from Chef import Chef from ChineseChef import ChineseChef # Defining the chefs 1 and 2 myChef1 = Chef() myChef2 = ChineseChef() # Calling the functions of the classes myChef1.makes_chicken() myChef1.makes_special_dish() myChef2.makes_fried_rice() myChef2.makes_salad()
from Chef import Chef from ChineseChef import ChineseChef myChef = Chef() myChineseChef = ChineseChef() myChef.MakeSpecialdish() myChineseChef.MakeSpecialdish()
from Chef import Chef from ChineseChef import ChineseChef myChef = Chef() myChef.make_special() myChineseChef = Chef() myChineseChef.make_chicken()
#Inheritance # we can define a class and define some attributes and functions in the class and then use this class in some other class from Chef import Chef myChef = Chef() myChef.make_chicken() #now if we want to make a class that model a different type of chef #lets see our Chinese Chef from ChineseChef import ChineseChef myChineseChef = ChineseChef() myChineseChef.make_special_dish() myChineseChef.make_chicken() from ChineseChef import ChineseChef_import myChineseChef = ChineseChef_import() myChineseChef.make_special_dish() myChineseChef.make_chicken()
from ChineseChef import ChineseChef
from Chef import Chef
from ChineseChef import ChineseChef
myChef = Chef("홍길동")
myChef.make_chicken()
myChineseChef = ChineseChef("일지매")
print("중국세프 이름: " + myChineseChef.name)
myChineseChef.make_fried_rice()
myChineseChef.make_salad()
myChineseChef.make_special_dish()
from Chef import Chef from ChineseChef import ChineseChef myChef = Chef() myChef.make_chicken() myChef.make_special_dish() myChineseChef = ChineseChef() myChineseChef.make_chicken() myChineseChef.make_fried_rice() myChineseChef.make_special_dish()
from Chef import Chef from ChineseChef import ChineseChef c = Chef() cc = ChineseChef() c.make_special() cc.make_special()
