Write a function named lineStats. The function lineStats takes three parameters: 1.inFile, a string that is the name of an input file 2.outFile, a string that is the name of an output file 3.threshold, an int that is the length above which a word is considered significant The function lineStats should read and analyze each line of the input file and write two statistics, separated by a space, about the line to a corresponding line of the output file. The two statistics for each line are: 1.the number of words 2.the number of distinct significant words (that is, words longer than threshold) Hint: if a word occurs more than once on a line it counts as a single word. Upper and lower case characters are considered the same ('Word' and 'word' are the same word). The input file contains only upper and lower case letters and white space. For example, if the file fish. txt contains the following lines: Yes some are red and some are blueSome are old and some are newThen the function call: lineStats('fish. txt', 'fishOut. txt', 3)should produce an output file fishOut. txt with the following content: 8 27 1

See explaination

Explanation:

def lineStats(inFile,outFile,threshold):

# opening the input file

f=open(inFile)

# opening the file for writing output

f2=open(outFile,'w')

# reading every line in the file

for line in f:

# removing the space

line=line.strip()

# splitting the line by space

words=line.split()

# writing the number of words to the outfile file

f2.write(str(len(words))+' ')

# counter variable

count=0

# empty list

t=[]

# for every word in the words list

for word in words:

# changing the word to lower case

word=word.lower()

# checking for the length of the word greater than threshold

if len(word) > threshold:

# if the word is not in the list 't'

if word not in t:

# appending the word into the list 't'

t.append(word)

# writing the number of threshold words to the output file

f2.write(str(len(t))+'\n')

# closing the files

f.close()

f2.close()

# testing

if __name__=='__main__':

lineStats('fish.txt','fishOut.txt',3)

CONTENTS OF fish.txt:

Yes some are red and some are blue

Some are old and some are new

CONTENTS OF fishOut.txt:

8 2

7 1

CLASS CODE:

PYTHON CODE(state.py):

class State:

'''

State class is used to represent a state in a country.

'''

# constructor

def __init__(self,name):

self.name=name

self.universities=[]

# method to add university to the state

def addUniversity(self,university):

self.universities.append(university)

# method to check university is in the state or not

def is_home_of(self,university):

if university in self.universities:

return True

else:

return False

PYTHON CODE (state_test.py):

from state import State

newjersey=State('New Jersey')

newjersey.addUniversity('NJIT')

newjersey.addUniversity('Princeton')

print('New Jersey is the home of MIT :',newjersey.is_home_of('MIT'))

control f

then locate the name