LEVY FILE.txt

Question 1

Required= Python installed & visual studio code

Answer 1

1. Copy & paste ‘’5 and 7 character ULN import’’ into another notepad & save it as”: create_levy_file.py = save the file
2. Open visual studio code, click file & new file, click and drag ‘’create_levy_file.py’’ to the visual studio code window
3. Click file save as the same name & replace by clicking ‘’yes’’

Question 2

4. Type ‘’IDLE’’ into search bar for IDLE Python
5. Click ‘’file’’ then click ‘’open’’, find your saved ‘’ create_levy_file.py’’ file
6. RUN & RUN + F5, input all info and type ‘’NO’’ when done

Answer 2

LASTLY INPUT ALL INFORMATION CAREFULLY!!! NO MISTAKES

Question 3

7 character ULN import.txt
——————————–>

Answer 3

import os

HEADER = “ADVK000U0.LVY202104200101000375MBYWG0000SCOTT\n”

def get_user_input():
“"”Prompt user for input and return a dictionary of the input values.”””
data = {}
data[‘UTC’] = input(“Enter UTC: “)
data[‘ULN’] = input(“Enter ULN: “)
data[‘Line number’] = input(“Enter Line number: “)
data[‘AFSC’] = input(“Enter AFSC: “)
data[‘UIC’] = input(“Enter UIC: “)
return data

def format_to_levy(data):
“””
Format the input data to match the levy file’s required format and spacing:
- Add ‘0’ between UTC and ULN
- Add “00” after 5-character ULN to make it 7 characters long
- Maintain appropriate spacing between special cases
“””
utc = data[‘UTC’]
uln = data[‘ULN’]

# Ensure the ULN is 7 characters for both 5 and 7 characters ULNs
if len(uln) == 5:
    uln += "00" # Pad with "00" if ULN is 5 characters long

line_number = data['Line number']
afsc = data['AFSC']
uic = data['UIC']

# Building the formatted line according to expected structure
formatted_data = f"L{utc}0{uln}{' ' * 4}{line_number}{' ' * 2}{afsc}{' ' * 7}{uic}\n"
return formatted_data

def write_to_file(formatted_data, filename):
“"”Append the formatted data to a file.”””
with open(filename, “a”) as file: # Open the file in append mode
file.write(formatted_data)

def main():
filename = “levy_file.txt” # Change file extension if necessary
if os.path.exists(filename):
os.remove(filename) # Delete existing file if present

# Write the header at the top of the file
with open(filename, "w") as file:  # Open the file in write mode
    file.write(HEADER)

while True:
    user_data = get_user_input()
    formatted_data = format_to_levy(user_data)
    write_to_file(formatted_data, filename)
    print(f"Data successfully written to {filename}")

    # Check if the user wants to add another entry
    continue_input = input("Do you want to add another entry? (yes/no): ").strip().lower()
    if continue_input != 'yes':
        break

if __name__ == “__main__”:
main()

Question 4

5 & 7 character ULN import.txt
——————————–>

Answer 4

import os

HEADER = “ADVK000U0.LVY202104200101000375MBYWG0000SCOTT\n”

def get_user_input():
“"”Prompt user for input and return a dictionary of the input values.”””
data = {}
data[‘UTC’] = input(“Enter UTC: “)
data[‘ULN’] = input(“Enter ULN: “)
data[‘Line number’] = input(“Enter Line number: “)
data[‘AFSC’] = input(“Enter AFSC: “)
data[‘UIC’] = input(“Enter UIC: “)
return data

def format_to_levy(data):
“””
Format the input data to match the levy file’s required format and spacing:
- Add ‘0’ between UTC and ULN
- Add 6 spaces after 5-character ULN
- Add 4 spaces after 7-character ULN
- Maintain spacing between other fields
“””
utc = data[‘UTC’]
uln = data[‘ULN’]

# Determine the appropriate number of spaces after ULN based on its length
if len(uln) == 5:
    post_uln_spacing = ' ' * 6  # 6 spaces for 5-character ULN
elif len(uln) == 7:
    post_uln_spacing = ' ' * 4  # 4 spaces for 7-character ULN
else:
    raise ValueError("ULN must be either 5 or 7 characters long.")

line_number = data['Line number']
afsc = data['AFSC']
uic = data['UIC']

# Construct the formatted line ensuring consistent spacing
formatted_data = f"L{utc}0{uln}{post_uln_spacing}{line_number}{' ' * 2}{afsc}{' ' * 7}{uic}\n"
return formatted_data

def write_to_file(formatted_data, filename):
“"”Append the formatted data to a file.”””
with open(filename, “a”) as file: # Open the file in append mode
file.write(formatted_data)

def main():
filename = “levy_file.txt” # Change file extension if necessary
if os.path.exists(filename):
os.remove(filename) # Delete the existing file if present

# Write the header at the top of the file
with open(filename, "w") as file:  # Open the file in write mode
    file.write(HEADER)

while True:
    user_data = get_user_input()
    formatted_data = format_to_levy(user_data)
    write_to_file(formatted_data, filename)
    print(f"Data successfully written to {filename}")

    # Check if the user wants to add another entry
    continue_input = input("Do you want to add another entry? (yes/no): ").strip().lower()
    if continue_input != 'yes':
        break

if __name__ == “__main__”:
main()

Question 5

RESOLUTION ALL DIGITS MACRO *PLEASE USE THIS ONE

Answer 5

import os

HEADER = “ADVK000U0.LVY202104200101000375MBYWG0000SCOTT\n”

def get_user_input():
“"”Prompt user for input and return a dictionary of the input values.”””
data = {}
data[‘UTC’] = input(“Enter UTC: “)
data[‘ULN’] = input(“Enter ULN: “)
data[‘Line number’] = input(“Enter Line number: “)
data[‘AFSC’] = input(“Enter AFSC: “)
data[‘UIC’] = input(“Enter UIC: “)
return data

def format_to_levy(data):
“””
Format the input data to match the levy file’s required format and spacing:
- Add ‘0’ between UTC and ULN
- Add 6 spaces after 5-character ULN
- Add 4 spaces after 7-character ULN
- Maintain spacing between other fields
- Ensure 6 spaces before UIC if AFSC is 6 characters long
“””
utc = data[‘UTC’]
uln = data[‘ULN’]

# Determine the appropriate number of spaces after ULN based on its length
if len(uln) == 5:
    post_uln_spacing = ' ' * 6  # 6 spaces for 5-character ULN
elif len(uln) == 7:
    post_uln_spacing = ' ' * 4  # 4 spaces for 7-character ULN
else:
    raise ValueError("ULN must be either 5 or 7 characters long.")

line_number = data['Line number']
afsc = data['AFSC']

# Determine the appropriate number of spaces before UIC based on AFSC length
if len(afsc) == 6:
    pre_uic_spacing = ' ' * 6  # 6 spaces if AFSC is 6 characters long
else:
    pre_uic_spacing = ' ' * 7  # 7 spaces otherwise

uic = data['UIC']

# Construct the formatted line ensuring consistent spacing
formatted_data = f"L{utc}0{uln}{post_uln_spacing}{line_number}{' ' * 2}{afsc}{pre_uic_spacing}{uic}\n"
return formatted_data

def write_to_file(formatted_data, filename):
“"”Append the formatted data to a file.”””
with open(filename, “a”) as file: # Open the file in append mode
file.write(formatted_data)

def main():
filename = “levy_file.txt” # Change file extension if necessary
if os.path.exists(filename):
os.remove(filename) # Delete the existing file if present

# Write the header at the top of the file
with open(filename, "w") as file:  # Open the file in write mode
    file.write(HEADER)

while True:
    user_data = get_user_input()
    try:
        formatted_data = format_to_levy(user_data)
        write_to_file(formatted_data, filename)
        print(f"Data successfully written to {filename}")
    except ValueError as e:
        print(e)

    # Check if the user wants to add another entry
    continue_input = input("Do you want to add another entry? (yes/no): ").strip().lower()
    if continue_input != 'yes':
        break

if __name__ == “__main__”:
main()