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n this website ..where is the deliver mailid after verify the java verification........? if i'm submit a button..all text box verified..after that where is the deliver mailid present in this script? http://www.logicalcontracting.com/contact/
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What i understand from your question is that where is there email address when u fill the form how they are gonna recieve ur mail on their address???
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palindrome.cThis code will contain a single function that accepts a single positive integer lessthan two billion (and the ...
CSCE 3600 UT Arlington Git Lab and Bitwise Operators Systems Programming Coding Task
palindrome.cThis code will contain a single function that accepts a single positive integer lessthan two billion (and the include directive to your header file) to perform thefollowing functionality: print out the binary representation of the positive integerand then determine if the positive integer is a palindrome (based on all 32-bits).For example, if the user enters 1073741826 (in binary, 0100…0010), it is apalindrome. Check that 1073741826 is not a palindrome. The operations todetermine whether or not the positive integer less than two billion is a palindromemust be done using bitwise operators. As a hint, you may use an array, butremember that the significant logic to determine whether or not the positiveinteger is a palindrome must be done using bitwise operators. One teammember, and only one team member, will be responsible for the source code inthis file in GitLab, though collaboration with other group members may be done ifneeded.
CMPSC 206 Ch 9 Program Online shopping Cart Python Assignment
LAB ACTIVITY 16.23.1: Ch 9 Program: Online shopping cart (continued) (Python 3) 1 / 29 main.py Load default template. ...
CMPSC 206 Ch 9 Program Online shopping Cart Python Assignment
LAB ACTIVITY 16.23.1: Ch 9 Program: Online shopping cart (continued) (Python 3) 1 / 29 main.py Load default template... class ItemToPurchase: def __init__(self, item_name= 'none', item_price=0, item_quantity=0, item_description = 'none'): self.item_name = item_name self.item_price = item_price self.item_quantity = item_quantity self.item_description = item_description def print_item_cost(self): string = '{} {} @ ${} = ${}'.format(self.item_name, self.item_quantity, self.item_price, (self.item_quantity * self.item_price)) cost = self.item_quantity * self.item_price return string, cost def print_item_description(self): string = '{}: {}'.format(self.item_name, self.item_description) print(string, end=' ') return string class ShoppingCart: def __init__(self,customer_name= None ,current_date='January 1,2016',cart_items=[]): self.customer_name = customer_name self.current_date = current_date self.cart_items = cart_items def add_item(self,): print('\nADD ITEM TO CART', end='\n') #prompt the name and description of item,price and Quentity item_name = str(input('Enter the item name:')); item_description = str(input('\nEnter the item description:')); item_price = int(input('\nEnter the item price:')); item_quantity = int(input('\nEnter the item quantity:\n')) #Append the above values in to the list self.cart_items.append(ItemToPurchase(item_name, item_price, item_quantity, item_description)) #Implement the method to delete the item in the cart def remove_item(self): print() print('REMOVE ITEM FROM CART', end='\n') #prompt the item to remove the list string = str(input('Enter name of item to remove:\n')) i = 0 #Using for-loop to iterate every item for item in self.cart_items: #If item found delete in the list if(item.item_name == string): del self.cart_items[i] i += 1 #set the flag value to true #break from the list flag=True break #Otherwiese set value to false else: flag=False #IF the value not found if(flag==False): #print the message print('Item not found in cart. Nothing removed.') def modify_item(self): print('\nCHANGE ITEM QUANTITY', end='\n') #Prompt the input item name = str(input('Enter the item name:')) #Using for-loop to iterate every item for item in self.cart_items: #If item found update Quantity in the list if(item.item_name == name): quantity = int(input('Enter the new quantity:')) item.item_quantity = quantity #set the flag value to true #break from the list flag=True break #Otherwiese set value to false else: flag=False #IF the value not found if(flag==False): #print the message print('Item not found in cart. Nothing modified.') #implement method to compute total number of items in the cart def get_num_items_in_cart(self): num_items = 0 #Using for-loop to iterate the cart for item in self.cart_items: #ADD the Quantities num_items += item.item_quantity #return the num_Items return num_items #Implement the method def get_cost_of_cart(self): total_cost = 0 cost = 0 #Using for-loop to iterate the list #mulitply the price and Quantity #add value to the Total_Cost for item in self.cart_items: cost = (item.item_quantity * item.item_price) total_cost += cost #return the value return total_cost #Implement the method to print the total def print_total(): total_cost = self.get_cost_of_cart() if (total_cost == 0): print('SHOPPING CART IS EMPTY') else: output_cart() #Implement the method to print_descriptions def print_descriptions(self): print('OUTPUT ITEMS\' DESCRIPTIONS') print('{}\'s Shopping Cart - {}'.format(self.customer_name, self.current_date),end='\n') print('\nItem Descriptions', end='\n') for item in self.cart_items: print('{}: {}'.format(item.item_name, item.item_description), end='\n') #Implement the method output_cart() def output_cart(self): new=ShoppingCart() print('OUTPUT SHOPPING CART', end='\n') print('{}\'s Shopping Cart - {}'.format(self.customer_name, self.current_date),end='\n') print('Number of Items:', new.get_num_items_in_cart(), end='\n\n') self.total_cost = self.get_cost_of_cart() if (self.total_cost == 0): print('SHOPPING CART IS EMPTY') else: pass tc = 0 for item in self.cart_items: print('{} {} @ ${} = ${}'.format(item.item_name, item.item_quantity, item.item_price, (item.item_quantity * item.item_price)), end='\n') tc += (item.item_quantity * item.item_price) print('\nTotal: ${}'.format(tc), end='\n') #Implement the method print_menu def print_menu(new_cart): customer_Cart = newCart string='' #declare the string menu menu = ('\nMENU\n' 'a - Add item to cart\n' 'r - Remove item from cart\n' 'c - Change item quantity\n' 'i - Output items\' descriptions\n' 'o - Output shopping cart\n' 'q - Quit\n') command = '' #Using while loop #to iterate until user enters q while(command != 'q'): string='' print('\nMENU\n' 'a - Add item to cart\n' 'r - Remove item from cart\n' 'c - Change item quantity\n' 'i - Output items\' descriptions\n' 'o - Output shopping cart\n' 'q - Quit\n', end='\n') #Prompt the Command command = input('Choose an option:') print() #repeat the loop until user enters a,i,r,c,q commands while(command != 'a' and command != 'o' and command != 'i' and command != 'r' and command != 'c' and command != 'q'): command = input('Choose an option:\n') #If the input command is a if(command == 'a'): #call the method to the add elements to the cart customer_Cart.add_item() #If the input command is o if(command == 'o'): #call the method to the display the elements in the cart customer_Cart.output_cart() #If the input command is i if(command == 'i'): #call the method to the display the elements in the cart customer_Cart.print_descriptions() #If the input command is i if(command == 'r'): customer_Cart.remove_item() if(command == 'c'): customer_Cart.modify_item() # Type main section of code here if __name__ == "__main__": # Type main section of code here customer_name = str(input('Enter customer\'s name:')) current_date = str(input('\nEnter today\'s date:')) print() print() print('Customer name:', customer_name, end='\n') print('Today\'s date:', current_date, end='\n') newCart = ShoppingCart(customer_name, current_date) print_menu(newCart) Develop modeSubmit mode Run your program as often as you'd like, before submitting for grading. 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palindrome.cThis code will contain a single function that accepts a single positive integer lessthan two billion (and the include directive to your header file) to perform thefollowing functionality: print out the binary representation of the positive integerand then determine if the positive integer is a palindrome (based on all 32-bits).For example, if the user enters 1073741826 (in binary, 0100…0010), it is apalindrome. Check that 1073741826 is not a palindrome. The operations todetermine whether or not the positive integer less than two billion is a palindromemust be done using bitwise operators. As a hint, you may use an array, butremember that the significant logic to determine whether or not the positiveinteger is a palindrome must be done using bitwise operators. One teammember, and only one team member, will be responsible for the source code inthis file in GitLab, though collaboration with other group members may be done ifneeded.
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LAB ACTIVITY 16.23.1: Ch 9 Program: Online shopping cart (continued) (Python 3) 1 / 29 main.py Load default template... class ItemToPurchase: def __init__(self, item_name= 'none', item_price=0, item_quantity=0, item_description = 'none'): self.item_name = item_name self.item_price = item_price self.item_quantity = item_quantity self.item_description = item_description def print_item_cost(self): string = '{} {} @ ${} = ${}'.format(self.item_name, self.item_quantity, self.item_price, (self.item_quantity * self.item_price)) cost = self.item_quantity * self.item_price return string, cost def print_item_description(self): string = '{}: {}'.format(self.item_name, self.item_description) print(string, end=' ') return string class ShoppingCart: def __init__(self,customer_name= None ,current_date='January 1,2016',cart_items=[]): self.customer_name = customer_name self.current_date = current_date self.cart_items = cart_items def add_item(self,): print('\nADD ITEM TO CART', end='\n') #prompt the name and description of item,price and Quentity item_name = str(input('Enter the item name:')); item_description = str(input('\nEnter the item description:')); item_price = int(input('\nEnter the item price:')); item_quantity = int(input('\nEnter the item quantity:\n')) #Append the above values in to the list self.cart_items.append(ItemToPurchase(item_name, item_price, item_quantity, item_description)) #Implement the method to delete the item in the cart def remove_item(self): print() print('REMOVE ITEM FROM CART', end='\n') #prompt the item to remove the list string = str(input('Enter name of item to remove:\n')) i = 0 #Using for-loop to iterate every item for item in self.cart_items: #If item found delete in the list if(item.item_name == string): del self.cart_items[i] i += 1 #set the flag value to true #break from the list flag=True break #Otherwiese set value to false else: flag=False #IF the value not found if(flag==False): #print the message print('Item not found in cart. Nothing removed.') def modify_item(self): print('\nCHANGE ITEM QUANTITY', end='\n') #Prompt the input item name = str(input('Enter the item name:')) #Using for-loop to iterate every item for item in self.cart_items: #If item found update Quantity in the list if(item.item_name == name): quantity = int(input('Enter the new quantity:')) item.item_quantity = quantity #set the flag value to true #break from the list flag=True break #Otherwiese set value to false else: flag=False #IF the value not found if(flag==False): #print the message print('Item not found in cart. Nothing modified.') #implement method to compute total number of items in the cart def get_num_items_in_cart(self): num_items = 0 #Using for-loop to iterate the cart for item in self.cart_items: #ADD the Quantities num_items += item.item_quantity #return the num_Items return num_items #Implement the method def get_cost_of_cart(self): total_cost = 0 cost = 0 #Using for-loop to iterate the list #mulitply the price and Quantity #add value to the Total_Cost for item in self.cart_items: cost = (item.item_quantity * item.item_price) total_cost += cost #return the value return total_cost #Implement the method to print the total def print_total(): total_cost = self.get_cost_of_cart() if (total_cost == 0): print('SHOPPING CART IS EMPTY') else: output_cart() #Implement the method to print_descriptions def print_descriptions(self): print('OUTPUT ITEMS\' DESCRIPTIONS') print('{}\'s Shopping Cart - {}'.format(self.customer_name, self.current_date),end='\n') print('\nItem Descriptions', end='\n') for item in self.cart_items: print('{}: {}'.format(item.item_name, item.item_description), end='\n') #Implement the method output_cart() def output_cart(self): new=ShoppingCart() print('OUTPUT SHOPPING CART', end='\n') print('{}\'s Shopping Cart - {}'.format(self.customer_name, self.current_date),end='\n') print('Number of Items:', new.get_num_items_in_cart(), end='\n\n') self.total_cost = self.get_cost_of_cart() if (self.total_cost == 0): print('SHOPPING CART IS EMPTY') else: pass tc = 0 for item in self.cart_items: print('{} {} @ ${} = ${}'.format(item.item_name, item.item_quantity, item.item_price, (item.item_quantity * item.item_price)), end='\n') tc += (item.item_quantity * item.item_price) print('\nTotal: ${}'.format(tc), end='\n') #Implement the method print_menu def print_menu(new_cart): customer_Cart = newCart string='' #declare the string menu menu = ('\nMENU\n' 'a - Add item to cart\n' 'r - Remove item from cart\n' 'c - Change item quantity\n' 'i - Output items\' descriptions\n' 'o - Output shopping cart\n' 'q - Quit\n') command = '' #Using while loop #to iterate until user enters q while(command != 'q'): string='' print('\nMENU\n' 'a - Add item to cart\n' 'r - Remove item from cart\n' 'c - Change item quantity\n' 'i - Output items\' descriptions\n' 'o - Output shopping cart\n' 'q - Quit\n', end='\n') #Prompt the Command command = input('Choose an option:') print() #repeat the loop until user enters a,i,r,c,q commands while(command != 'a' and command != 'o' and command != 'i' and command != 'r' and command != 'c' and command != 'q'): command = input('Choose an option:\n') #If the input command is a if(command == 'a'): #call the method to the add elements to the cart customer_Cart.add_item() #If the input command is o if(command == 'o'): #call the method to the display the elements in the cart customer_Cart.output_cart() #If the input command is i if(command == 'i'): #call the method to the display the elements in the cart customer_Cart.print_descriptions() #If the input command is i if(command == 'r'): customer_Cart.remove_item() if(command == 'c'): customer_Cart.modify_item() # Type main section of code here if __name__ == "__main__": # Type main section of code here customer_name = str(input('Enter customer\'s name:')) current_date = str(input('\nEnter today\'s date:')) print() print() print('Customer name:', customer_name, end='\n') print('Today\'s date:', current_date, end='\n') newCart = ShoppingCart(customer_name, current_date) print_menu(newCart) Develop modeSubmit mode Run your program as often as you'd like, before submitting for grading. Below, type any needed input values in the first box, then click Run program and observe the program's output in the second box. Enter program input (optional)
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