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i need help with pylint test should be a 10/10 test

import os

import sys

import matplotlib.pyplot as plt

from PIL import Image

# Create a states list storing state, capital, population and state flower

states =[]

states.append ( ['Alabama', 'Montgomery', 4918689, 'Camellia'] )

states.append ( ['Alaska', 'Juneau', 727951, 'Forget Me Not'] )

states.append ( ['Arizona', 'Phoenix', 7399410, 'Saguaro Cactus Blossom'] )

states.append ( ['Arkansas', 'Little Rock', 3025875, 'Apple Blossom'] )

states.append ( ['California', 'Sacramento', 39562858, 'Golden Poppy'] )

states.append ( ['Colorado', 'Denver', 5826185, 'White and Lavender Columbine'] )

states.append ( ['Connecticut', 'Hartford', 3559054, 'Mountain Laurel'] )

states.append ( ['Delaware', 'Dover', 982049, 'Peach Blossom'] )

states.append ( ['Florida', 'Tallahassee', 21711157, 'Orange Blossom'] )

states.append ( ['Georgia', 'Atlanta', 10723715, 'Cherokee Rose '] )

states.append ( ['Hawaii', 'Honolulu', 1411151, 'Hibiscus'] )

states.append ( ['Idaho', 'Boise', 1823594, 'Syringa'] )

states.append ( ['Illinois', 'Springfield', 12620571, 'Purple Violet'] )

states.append ( ['Indiana', 'Indianapolis', 6768941, 'Peony'] )

states.append ( ['Iowa', 'Des Moines', 3161522, 'Wild Prairie Rose'] )

states.append ( ['Kansas', 'Topeka', 2915269, 'Sunflower'] )

states.append ( ['Kentucky', 'Frankfort', 4474193, 'Goldenrod'] )

states.append ( ['Louisiana', 'Baton Rouge', 4637898, 'Magnolia'] )

states.append ( ['Maine', 'Augusta', 1349367, 'White Pine Cone and Tassel'] )

states.append ( ['Maryland', 'Annapolis', 6055558, 'Black-Eyed Susan'] )

states.append ( ['Massachusetts', 'Boston', 6902371, 'Mayflower'] )

states.append ( ['Michigan', 'Lansing', 9989642, 'Apple Blossom'] )

states.append ( ['Minnesota', 'St.Paul', 5673015, 'Pink and White Lady Slipper'] )

states.append ( ['Mississippi', 'Jackson', 2971278, 'Magnolia'] )

states.append ( ['Missouri', 'Jefferson City', 6153233, 'White Hawthorn Blossom'] )

states.append ( ['Montana', 'Helena', 1076891, 'Bitterroot'] )

states.append ( ['Nebraska', 'Lincoln', 1943202, 'Goldenrod'] )

states.append ( ['Nevada', 'Carson City', 3132971, 'Sagebrush'] )

states.append ( ['New Hampshire', 'Concord', 1365957, 'Purple Lilac'] )

states.append ( ['New Jersey', 'Trenton', 8878355, 'Violet'] )

states.append ( ['New Mexico', 'Santa Fe', 2100917, 'Yucca Flower'] )

states.append ( ['New York', 'Albany', 19376771, 'Rose'] )

states.append ( ['North Carolina', 'Raleigh', 10594553, 'Dogwood'] )

states.append ( ['North Dakota', 'Bismark', 766044, 'Wild Prairie Rose'] )

states.append ( ['Ohio', 'Columbus', 11701859, 'Scarlet Carnation'] )

states.append ( ['Oklahoma', 'Oklahoma City', 3973707, 'Oklahoma Rose'] )

states.append ( ['Oregon', 'Salem', 4253588, 'Oregon Grape'] )

states.append ( ['Pennsylvania', 'Harrisburg', 12803056, 'Mountain Laurel'] )

states.append ( ['Rhode Island', 'Providence', 1060435, 'Violet '] )

states.append ( ['South Carolina', 'Columbia', 5213272, 'Yellow Jessamine'] )

states.append ( ['South Dakota', 'Pierre', 890620, 'Pasque Flower'] )

states.append ( ['Tennessee', 'Nashville', 6886717, 'Iris'] )

states.append ( ['Texas', 'Austin', 29363096, 'Bluebonnet'] )

states.append ( ['Utah', 'Salt Lake City', 3258366, 'Sego Lily'] )

states.append ( ['Vermont', 'Montpelier', 623620, 'Red Clover'] )

states.append ( ['Virginia', 'Richmond', 8569752, 'Dogwood'] )

states.append ( ['Washington', 'Olympia', 7705917, 'Pink Rhododendron'] )

states.append ( ['West Virginia', 'Charleston', 1780003, 'Rhododendron'] )

states.append ( ['Wisconsin', 'Madison', 5837462, 'Wood Violet'] )

states.append ( ['Wyoming', 'Cheyenne', 579917, 'Indian Paintbrush'] )

states.sort()

# Function to sort the tuple variable based on key

def sort_tuple(tup, key, rev=False):

'''

defsorttuple function sorts tuple varible based on key

'''

tup.sort(key=lambda x: x[key], reverse=rev)

return tup

def states_list():

pass

# Function to Display sorted states based on states list

def display_sorted_states(states):

'''

defdisplaysortedstates function used to display sorted states

on list state,capital,population,flower displayed'''

# Sort the states' table with state name alphabetically

states = sort_tuple(states, 0)

# Print States, Capital, Population, and Flower

print("State ", " Capital ", " Population ", " Flower "),

# Print values for States, Capital, Population, and Flower

for i in range(0, len(states)):

print(states[i][0], states[i][1], states[i][2], states[i][3])

# Function to search and display a particular state details

def search_state_display(state_name):

'''

defsearchstatedisplay function to search and display

speccific state,capital,population and flower image

if state not found message appears'''

state_found = 0

print("Searching State...:", state_name)

print("State ", " Capital ", " Population ", " Flower "),

for i in range(0, len(states)):

if state_name[0].strip() == states[i][0].strip().lower():

print(states[i][0], states[i][1], states[i][2], states[i][3])

img = Image.open(flowers[states[i][0].title()])

img.show()

state_found = 1

break

if state_found == 0:

print("State Not Found")

image_dir = os.path.join(sys.path[0], 'flowers')

flowers = dict()

for i in range(0, len(states)):

flowers[states[i][0]] = os.path.join(image_dir, states[i][3] + '.jpeg')

# Display Bar graph of the top 5 populated States showing their overall population

def display_bar_graph_top5(states):

'''

defdisplaybargraphtop5 function to display a bar graph

of top 5 state populations'''

# Sort the state with population

states = sort_tuple(states, 2, True)

# Get top 5 state name and population in array from sorted state list

states_name = []

states_population = []

for i in range(0, 5):

states_name.append(states[i][0].strip())

states_population.append(states[i][2])

# Plot the graph

plt.bar(states_name[0:5], states_population[:5], color='blue', width=0.4)

plt.ylabel('State Population')

plt.xlabel('States_Name')

plt.show()

# Function to update the population of states

def update_population(states, state_name, population):

'''

defupdatepopulation function updates the states population

if state not found message appears'''

# Update the overall state population for a specific state.

state_found = 0

index = 0

for i in range(0, len(states)):

if state_name[0].strip() == states[i][0].strip().lower():

state_name = states[i][0]

state_capital = states[i][1]

state_population = states[i][2]

state_flower = states[i][3]

state_found = 1

index = i

break

if state_found == 1:

states.pop(index)

states.insert(index, (state_name, state_capital, int(population[0]), state_flower))

else:

print("State not found in the list")

# main program

# initialize user input to 1

user_input = 1

# loop till user_input is 5

while True:

# Display Menu to user

print('Hello, please make a selection')

print('1. Display all U.S. States in Alphabetical order '

'along with the Capital, State Population, and Flower '),

print('2. Search for a specific state and display the '

'appropriate Capital name, State Population, and an image '

'of the associated State Flower. '),

print('3. Provide a Bar graph of the top 5 populated States showing '

'their overall population '),

print('4. Update the overall state population for a specific state. '),

print('5. Exit the program '),

# get user choice

try:

USER_INPUT = int(input('Enter choices : '))

except:

print("Invalid option selected")

if USER_INPUT == 1:

display_sorted_states(states)

elif USER_INPUT == 2:

# Search for a specific state and display the appropriate Capital name,

# State Population, and an image of the

# associated State Flower.

state_name = input('Input the State: ').lower(),

search_state_display(state_name)

elif USER_INPUT == 3:

# Bar graph of the top 5 populated States showing their overall population

display_bar_graph_top5(states)

elif USER_INPUT == 4:

# Update the overall state population for a specific state.

state_name = input('Input the State: ').lower(),

population = input('Input Population: ').lower(),

update_population(states, state_name, population)

elif USER_INPUT == 5:

# Exit the program

print("Goodbye")

sys.exit()

else:

print("Invalid input, try again")

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