My order quoteReadingTransactions/123456.txt 123456 7890 1000 0.33 Deposit 300 Deposit 800...

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My order quoteReadingTransactions/123456.txt 123456 7890 1000 0.33 Deposit 300 Deposit 800 Withdrawal 200 ReadingTransactions/reading_transactions.py # NOTE: Put a '123456.txt' bank account file in the same directory as this script. # ---------- Finding transactions - version 1 ---------- ''' Because we know the format of the file, we can read the entire thing and     then do a little counting to figure out how many transactions we have. ''' account_file = open('123456.txt', 'r')         # Open the file file_lines = account_file.readlines()          # Read the contents into a list of lines account_file.close()                           # Close the file num_lines = len(file_lines)                    # How many lines do we have? num_transactions = (num_lines - 4) // 2        # The first 4 lines are account details, every other 'pair' is a transaction # Print account details print('Account Number:', file_lines[0]) print('Pin Number    :', file_lines[1]) print('Balance       :', file_lines[2]) print('Interest Rate :', file_lines[3]) # Print transaction details, starting from line 4 and 'moving in steps of 2' for loop in range(4, num_lines, 2): 	trans_type   = file_lines[loop] 	trans_amount = file_lines[loop+1] 	print('Transaction: {} - {}'.format(trans_type, trans_amount)) # -------------------------------------------------------------------- print() print('*' * 50) # Waka-waka-waka-waka.... print() # -------------------------------------------------------------------- # ---------- Finding transactions - version 2 ---------- ''' Another way we can do this is to use our knowledge of the file format and     read the first four lines then just KEEP ON READING lines until we fail     to read another line. ''' account_file = open('123456.txt', 'r') # Get the four known properties account_number   = account_file.readline() account_pin      = account_file.readline() account_balance  = account_file.readline() account_interest = account_file.readline() print(account_number) print(account_pin) print(account_balance) print(account_interest) # Loop to read lines from the file while True:                 line = account_file.readline()          # Attempt to read a line                  if not line:                            # If we failed, then exit                 print('End of file!')                 break         # If we did NOT fail, then the 'line' we read will be the transaction         # type, so the line below it will be the transaction amount.         amount = account_file.readline()                 print('Transaction:', line, amount) # Always close your file to release file handles and associated resources account_file.close() # -------------------------------------------------------------------- # IMPORTANT # -------------------------------------------------------------------- # Notice that this program prints each line separated by a blank line... # This is because we read in the line from the file, and the line that # we read INCLUDES the '
' or 'new line' character. To strip this from # the input you can use [:-1] as the 'substring' - which means "go from # the beginning up to but NOT including the very last character". # # For example, print(account_number) will print precisely: # # 123456 #                         .txt followed by the transaction list string generated from the  get_transaction_string() method. The name of the account file is NOT '.txt' - the name of  the file is the ACTUAL ACCOUNT NUMBER followed by ".txt", so for an account with account_number 123456  the name of the account file would be 123456

Abr Writing · Accepted Answer

123456.txt
123456
7890
9000.0
0.33
Deposit
3000.0
Deposit
4000.0
Withdrawal
2000.0
Deposit
4000.0
main.py
import tkinter as tk
from tkinter import messagebox
from pylab import plot, show, xlabel, ylabel
from matplotlib.backends.backend_tkagg import FigureCanvasTkAgg
from matplotlib.figure import Figure
from bankaccount import BankAccount
win = tk.Tk()
# Set window size here to '440x640' pixels
win.geometry('440x640')
# Set window title here to 'FedUni Banking'
win.title('FedUni Banking')
# The account number entry and associated variable
account_number_var = tk.StringVar()
account_number_entry = tk.Entry(win, textvariable=account_number_var)
account_number_entry.focus_set()
# The pin number entry and associated variable.
# Note: Modify this to 'show' PIN numbers as asterisks (i.e. **** not 1234)
pin_number_var = tk.StringVar()
account_pin_entry = tk.Entry(win, text='PIN Number', textvariable=pin_number_var, show='*')
# The balance label and associated variable
balance_var = tk.StringVar()
balance_var.set('Balance: $0.00')
balance_label = tk.Label(win, textvariable=balance_var)
# The Entry widget to accept a numerical value to deposit or withdraw
amount_entry = tk.Entry(win)
# The transaction text widget holds text of the accounts transactions
transaction_text_widget = tk.Text(win, height=10, width=48)
# The bank account object we will work with
account = BankAccount()
# ---------- Button Handlers for Login Screen ----------
def clear_pin_entry(event):
    '''Function to clear the PIN number entry when the Clear / Cancel button is clicked.'''
    # Clear the pin number entry here
    pin_number_var.set(None)
def handle_pin_button(event):
    '''Function to add the number of the button clicked to the PIN number entry via its associated variable.'''    
    # Limit to 4 chars in length
    pin_number = account_pin_entry.get()
    # Set the new pin number on the pin_number_var
    if len(pin_number) ' event.
    tk.Button(win, text='1', height=8, width=20, command=lambda: handle_pin_button(1)).grid(row=2, column=0)
    tk.Button(win, text='2', height=8, width=20, command=lambda: handle_pin_button(2)).grid(row=2, column=1)
    tk.Button(win, text='3', height=8, width=20, command=lambda: handle_pin_button(3)).grid(row=2, column=2)
    # ----- Row 3 -----
    # Buttons 4, 5 and 6 here. Buttons are bound to 'handle_pin_button' function via '' event.
    tk.Button(win, text='4', height=8, width=20, command=lambda: handle_pin_button(4)).grid(row=3, column=0)
    tk.Button(win, text='5', height=8, width=20, command=lambda: handle_pin_button(5)).grid(row=3, column=1)
    tk.Button(win, text='6', height=8, width=20, command=lambda: handle_pin_button(6)).grid(row=3, column=2)
    # ----- Row 4 -----
    # Buttons 7, 8 and 9 here. Buttons are bound to 'handle_pin_button' function via '' event.
    tk.Button(win, text='7', height=8, width=20, command=lambda: handle_pin_button(7)).grid(row=4, column=0)
    tk.Button(win, text='8', height=8, width=20, command=lambda: handle_pin_button(8)).grid(row=4, column=1)
    tk.Button(win, text='9', height=8, width=20, command=lambda: handle_pin_button(9)).grid(row=4,

ReadingTransactions/123456.txt 123456 7890 1000 0.33 Deposit 300 Deposit 800 Withdrawal 200 ReadingTransactions/reading_transactions.py # NOTE: Put a '123456.txt' bank account file in the same...

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