Sample Solution
The following shows one way to solve this problem. It is not the only way this problem can be solved.
check_solution.py
# Copyright 2020, Brigham Young University-Idaho. All rights reserved.
def main():
# Create a dictionary that contains data about six vehicles.
# The key for each vehicle in the dictionary is the vehicle's
# identification number (VIN). The value for each vehicle is
# a list that contains the year, manufacturer, model, color,
# engine design, and engine displacement.
vehicles_dict = {
# VIN: [year, manufacturer, model, color, eng_design, eng_displace]
"1J4GL48K4UF993861": [2002, "Jeep", "Liberty", "blue", "V6", 3.7],
"1YVGF22C8AN381568": [2002, "Mazda", "626", "white", "I4", 2.0],
"WP0AA0926HG410293": [1987, "Porsche", "924S", "red", "I4", 2.5],
"5TDZA23CXTU102983": [2006, "Toyota", "Sienna", "gold", "V6", 3.3],
"1GKKVRED5ZL382610": [2011, "GMC", "Acadia", "charcoal", "V6", 3.5],
"2T3BF4DV9QR146782": [2012, "Toyota", "RAV 4", "green", "I4", 2.5]
}
MANUFACTURER_INDEX = 1
MODEL_INDEX = 2
COLOR_INDEX = 3
# Ask the user for a vehicle identification number (VIN).
vin = input("Please enter a VIN: ")
# Check if the VIN is a key that is in the vehicles dictionary.
if vin in vehicles_dict:
# Find the data for the vehicle that the user wants.
value_list = vehicles_dict[vin]
# Print the manufacturer, model, and color of the vehicle.
# Don't print the year, engine design, or displacement.
manufacturer = value_list[MANUFACTURER_INDEX]
model = value_list[MODEL_INDEX]
color = value_list[COLOR_INDEX]
print(manufacturer, model, color)
else:
# Print a message stating that the VIN entered
# by the user is not in the dictionary.
print(f"{vin} is not in the dictionary.")
# If this file was executed like this:
# > python teach_solution.py
# then call the main function. However, if this file
# was simply imported, then skip the call to main.
if __name__ == "__main__":
main()
# Copyright 2020, Brigham Young University-Idaho. All rights reserved.
def main():
# Create a dictionary that contains data about six vehicles.
# The key for each vehicle in the dictionary is the vehicle's
# identification number (VIN). The value for each vehicle is
# a list that contains the year, manufacturer, model, color,
# engine design, and engine displacement.
vehicles_dict = {
# VIN: [year, manufacturer, model, color, eng_design, eng_displace]
"1J4GL48K4UF993861": [2002, "Jeep", "Liberty", "blue", "V6", 3.7],
"1YVGF22C8AN381568": [2002, "Mazda", "626", "white", "I4", 2.0],
"WP0AA0926HG410293": [1987, "Porsche", "924S", "red", "I4", 2.5],
"5TDZA23CXTU102983": [2006, "Toyota", "Sienna", "gold", "V6", 3.3],
"1GKKVRED5ZL382610": [2011, "GMC", "Acadia", "charcoal", "V6", 3.5],
"2T3BF4DV9QR146782": [2012, "Toyota", "RAV 4", "green", "I4", 2.5]
}
MANUFACTURER_INDEX = 1
MODEL_INDEX = 2
COLOR_INDEX = 3
# Ask the user for a vehicle identification number (VIN).
vin = input("Please enter a VIN: ")
# Check if the VIN is a key that is in the vehicles dictionary.
if vin in vehicles_dict:
# Find the data for the vehicle that the user wants.
value_list = vehicles_dict[vin]
# Print the manufacturer, model, and color of the vehicle.
# Don't print the year, engine design, or displacement.
manufacturer = value_list[MANUFACTURER_INDEX]
model = value_list[MODEL_INDEX]
color = value_list[COLOR_INDEX]
print(manufacturer, model, color)
else:
# Print a message stating that the VIN entered
# by the user is not in the dictionary.
print(f"{vin} is not in the dictionary.")
# If this file was executed like this:
# > python teach_solution.py
# then call the main function. However, if this file
# was simply imported, then skip the call to main.
if __name__ == "__main__":
main()
Download: check_solution.py