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I’m sharing a wrapper program written in python to backup my files in my device using restic. import subprocess restic_command = ['restic', 'backup'] backup = ["C:\\Users\\veronica\\ibisPaint", "C:\\Users\\veronica\\Pictures", "C:\\Users\\veronica\\Documents"] print("List of directories to be backed up:\n" ) #list the files that will be backed up. #enumerate = allows you to keep track of the number of iterations in a loop. for number, dir in enumerate(backup, start=1): print(f" {number}. {dir}") # Or: print(" " + str(number) + ".", letter ) # \n makes a new line print("\nBackup process started...\n") # combines the lists together. backup_command = restic_command + backup restic = subprocess.run(backup_command, shell=True) The end. -w- ...

Today, I was given an assignment to write a program to implement an atm dispenser in the following notes: 100, 50, 20, 10, and 5. If the amount is not a multiply of 5, the atm will return a list of 0. In the code are short explanations of why I used it. # asks the customer to enter an amount of number. atm = int(input("Enter an amount in a multiple of 5: ")) # This takes in a amount parameter which is the input from the user and return an array of bills in the following orders: [$100, $50, $20, $10, $5]. def dispenser(amount): # if statement to check if number entered is divisible by 5. If not, return with 0, if yes, continue code. if atm % 5 != 0: return [0, 0, 0, 0, 0] result = [] bill_types = [100, 50, 20, 10, 5] # starts with the starting amount being divided by each number in bill_types. for each_note in bill_types: note_counts = amount // each_note result.append(note_counts) # get the remainder and overwrite the previous. amount = amount % each_note return result # The code below is what will be given back as a sentence to the customer. print(f"You entered ${atm}: {dispenser(atm)}")

In this assignment, it’ll be finding the GCD(Greatest Common Divisor). This means I need to write a program to find the GCD of two numbers. Below, I have written the program and next to the hashtags are just a sentence that’ll explain to you what each part of the code is doing. #The two variables 'num' and 'ber' will be where the inputs will be stored in. When it starts it will show '(num)a: ' and you'll have to put a number in. This goes the same for '(ber)b: ' num = int(input("a: ")) ber = int(input("b: ")) #Then once the variable has gotten their information, they will go through this: def gcd(num, ber): if ber == 0: return num else: return gcd(ber, num % ber) #And last, it'll gather their answer and print it for you as a sentence. print(f"The GCD {num}, {ber} is {gcd(num, ber)}.") That’s all today. Bye!

Today, I just got back to python after a few months. So when coming back, I got an assignment. My assignment was to check if a year is a leap year. In the assignment, it also gave hints. These were the hints: A leap year is a calendar year that contains an additional day (February 29th) compared to a common year. It occurs once every four year. s This is how you can determine if a year is a leap year or not: ...

Today I had to do another assignment which is to create a python program which prints the elements of a list followed by their corresponding indices. Each element and its index must be on the same line seperated by a space. And if the list is empty, print “Empty List”. I’m going to make a list called num and put 1 to 4 inside. num = [1, 2, 3, 4] Then I’ll use the if statement to do: ...