Search Engine

 def matching(userSentence, givenSentence, match):

    userSentence = userSentence.split()
    givenSentence = givenSentence.split()

    for word1 in userSentence:
        for word2 in givenSentence:
            if word1.lower() == word2.lower():
                userList
                return True


if __name__ == '__main__':

    Sentences = ["ULYSSES by James Joyce", "THE GREAT GATSBY by F. Scott Fitzgerald",
                 "A PORTRAIT OF THE ARTIST AS A YOUNG MAN by James Joyce", "LOLITA by Vladimir Nabokov",
                 "BRAVE NEW WORLD by Aldous Huxley", "THE SOUND AND THE FURY by William Faulkner",
                 "CATCH-22 by Joseph Heller", "DARKNESS AT NOON by Arthur Koestler", "SONS AND LOVERS by D.H. Lawrence",
                 "THE GRAPES OF WRATH by John Steinbeck", "UNDER THE VOLCANO by Malcolm Lowry",
                 "THE WAY OF ALL FLESH by Samuel Butler", "1984 by George Orwell", "I, CLAUDIUS by Robert Graves",
                 "TO THE LIGHTHOUSE by Virginia Woolf", "AN AMERICAN TRAGEDY by Theodore Dreiser",
                 "THE HEART IS A LONELY HUNTER by Carson McCullers", "SLAUGHTERHOUSE-FIVE by Kurt Vonnegut",
                 "INVISIBLE MAN by Ralph Ellison", "NATIVE SON by Richard Wright"]

    userinput = input("Please Input Your Query String\n")

    match = 0
    userList = []
    givenList = []

    for i in range(len(Sentences)):

        count = False
        count = matching(userinput, Sentences[i], match)

        if count == True:
            userList.append(userinput)
            givenList.append(Sentences[i])
            match = match + 1

    print(match, "Results Found")

    allMatches = dict(zip(givenList, userList))
    for key in allMatches:
        print(f"'{key}' Matches With UserInput Query '{allMatches[key]}'")

Comments

Post a Comment

Popular posts from this blog

Library Project

import time class Library : def __init__ ( self , booksList, libraryName, lendDict = {}): self .booksList = booksList self .libraryName = libraryName self .lendDict = lendDict def displayBook ( self ): for book in self .booksList: print (book, " \n " ) def donateBook ( self ): name = input ( "Enter Your Name \n " ) age = int ( input ( "Enter Your Age \n " )) number = int ( input ( "Enter Your Mobile Number \n " )) userInputForBook = input ( "Enter The Name Of The Book \n " ) userInputForAuthor = input ( "Enter The Name Of The Author \n " ) self .booksList.append( f" { userInputForBook } by { userInputForAuthor } " ) with open ( "DonatedBooks.txt" , "a" ) as f2: currentTime = time.asctime(time.localtime(time.time())) f2.write( f" \n\n Name : { name }\n Age :
Read more

Virus Detecter

  import os def detectVirus (filename): with open (filename, "r" ) as f: lines = f.read() if "virus" in lines.lower(): return True else : return False if __name__ == '__main__' : contents_list = os.listdir() count = 0 for content in contents_list: if content.endswith( "txt" ): print ( f"Detecting Virus In { content } " ) flag = detectVirus(content) if flag: print ( f"Virus Found in { content } " ) count += 1 else : print ( f"Virus Not Found in { content } " ) print ( f" \n{ count } Files Have Virus Hidden in Them" )
Read more

Currency Converter

Include 'Currency.txt' From Here https://codewithashishpython.blogspot.com/2020/08/currencytxt.html with open ( "Currency.txt" , "r" ) as f: currencyList = f.readlines() currencyDict = {} for line in currencyList: parseList = line.split( " \t " ) currencyDict[parseList[ 0 ]] = parseList[ 1 ] amount = int ( input ( "Enter The Amount In USD \n " )) print ( " \n Your Available Options Are: \n " ) [ print (currency) for currency in currencyDict.keys()] nameOfCurrency = input ( " \n Enter The Name Of Currency You Want To Convert Into " "From The Above Available Options \n " ) print ( f" { amount } USD Is Equal To { amount * float (currencyDict[nameOfCurrency]) } " f" { nameOfCurrency } " )
Read more