Example Implementation (input in red): Loading word list from file... 55900 words loaded. Welcome to Hangman Ultimate Edition Do you want to Play (p) view the leaderboard (1) or quit (q): p Score Name 7 Matthew Howell 5 Herbert Daly Hiran Patel 3 Would you like to play (p) or view the leaderboard (1): p What is your name: Matthew Howell I am thinking of a word that is 2 letters long You have 6 guesses left. Available letters: abcdefghijklmnopqrstuvwxyz Please guess a letter: a Good guess: a_ --- You have 6 guesses left. Availahle letters : hcdefahiiklmnong

Example Implementation (input in red): Loading word list from file... 55900 words loaded. Welcome to Hangman Ultimate Edition Do you want to Play (p) view the leaderboard (1) or quit (q): p Score Name 7 Matthew Howell 5 Herbert Daly Hiran Patel 3 Would you like to play (p) or view the leaderboard (1): p What is your name: Matthew Howell I am thinking of a word that is 2 letters long You have 6 guesses left. Available letters: abcdefghijklmnopqrstuvwxyz Please guess a letter: a Good guess: a_ --- You have 6 guesses left. Availahle letters : hcdefahiiklmnong

Name: code this output in python3. Example Implementation (input in red):Loa
Uploaded: 2024-03-20T06:51:23.000Z
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Description: code this output in python3. Example Implementation (input in red):Loading word list from file...55900 words loaded.Welcome to Hangman Ultimate EditionDo you want to Play (p) view the leaderboard (1) or quit (q): pScoreName7Matthew HowellHerbert Daly

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter13: File Input And Output

Section: Chapter Questions

Problem 13RQ

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Question 9 sis please how do I search for a given set of string in a large text file ,replace it with another word and write my outputs into different text files in python. please I want a python code example for the above question. Please solve all parts and Full explain this question and text typing work only thanks.
Please answer in Python (no imports, no list comprehensions) Given a file with an encoded message and the parameter skip (as a positive integer), parse through it line by line and return a decoded version of the file in one string, with each decoded message in a new line. Don’t remove the extra empty line (last line) from the output string. Then, skip through lines based on the 'slip' parameter that will tell you how many lines to skip through as you parse through the file. Return the string with only the required information after 'skip'. while decoding, ignore:all exclamation points (!), question marks (?), semicolons (;), dollar signs ($) and any whitespaces. (example): if input has 6 lines and skip = 1, output will keep line 1, skip line 2, keep line 3, skip line 4, etc. If skip = 2 then output will keep line 1, skip lines 2 and 3, keep line 4, etc.
can you make it so it reads from the kongcrew.txt file instead of typing out the info? can you also make it where it lists all of the specifications with the information below like the bolded texted in the picture? example below Name Sit Walk Swing ....... and so on with the info below (make one print out before adding the second ss and after so it shows the updated info of how many bananas the monkeys have before and after) the txt file information is below. Donkey Kong Y Y Y N 3 3 1981 Donkey Cranky Kong Y Y N Y 1 0 1985 Donkey Dixie Kong Y Y N Y 2 2 2001 Dixie Kiddy Kong Y N Y N 1 1 2003 Dixie Wrinkly Kong N N Y Y 1 2 1985 Donkey Tiny Kong N N Y Y 2 1 2001 Dixie Diddy Kong Y Y Y N 3 2 1985 Donkey Uncle Kong Y N Y N 1 2 1990 Donkey Chunky Kong N Y Y Y 2 5 2007 Dixie
This question concerns the use of a book cypher to encode a message.Write a program called ‘bookcypher.py’ that accepts:1. The file name for a Project Gutenberg book text.2. A message that is to be encoded.3. A file name for output of the encoded version of the message.The program will create an encoded version of the message by replacing its words with the locationsof words in the book.Say, for example, the message is ‘meet me at the usual time and place’, and the Gutenberg text is‘The Importance of Being Earnest’ by Oscar Wilde.• There is an occurrence of ‘meet’ as the 5th word on the 493rd line of the book text.• There is an occurrence of ‘me’ as the 9th word on the 190th line of the text.• There is an occurrence of ‘at’ as the 6th word on the 8th line of the text.• And so on.Representing a word position as a conjunction of the line number and the index of the word withinthe line, we can encode the message as 493-5, 190-9, 8-6, etc.Sample I/O (user input in bold):Enter the book…
For every programming exercise (Part II) you are to turn in: a single source code file/ or two separated code files for each problem a single file containing the outputs of several test runs (screenshots) of the program demonstrating that the program works in all reasonable cases. Part II: programming exercises 1. Wr1te a Prolog program that finds the maximum of a list of numbers. Don't use any available library or functions. For example: findmax([5, 2, 4, 3], Elm). then return Elm=5 2. Write a Prolog program that returns a list containing the union of the elements of two given lists. Don't use any available library or functions. For example: union([1, 2, 3], [3, 4, 5], Lis). then return Lis=[1, 2, 3, 4, 5]
you will be identifying which organisms are the tastiest. The tastiest organisms are the ones that appear the most times as a food source. For example if aquatic.txt was the input file, file_list will be: ["Bird,Prawn,Mussels,Crab,Limpets,Whelk\n", "Crab,Mussels,Limpets\n", "Fish,Prawn\n", "Limpets,Seaweed\n", "Lobster,Crab,Mussels,Limpets,Whelk\n", "Mussels,Phytoplankton,Zooplankton\n", "Prawn,Zooplankton\n", "Whelk,Limpets,Mussels\n", "Zooplankton,Phytoplankton"] Limpets and mussels appear the most times as a food source, making them the tastiest organisms. Here is a sample output using aquatic.txt: Enter the food web file name: aquatic.txt Predators and Prey: Bird eats Crab, Limpets, Mussels, Prawn, and Whelk Crab eats Limpets and Mussels Fish eats Prawn Limpets eats Seaweed Lobster eats Crab, Limpets, Mussels, and Whelk Mussels eats Phytoplankton and Zooplankton Prawn eats Zooplankton Whelk eats Limpets and Mussels Zooplankton eats Phytoplankton Apex Predators:…
Write code for below problem. The input below is just an example and you should implement independent from the input. You will have an orthogonal triangle input from a file and you need to find the maximum sum of the numbers according to given rules below; 1. You will start from the top and move downwards to an adjacent number as in below. 2. You are only allowed to walk downwards and diagonally. 3. You can only walk over NON PRIME NUMBERS. 4. You have to reach at the end of the pyramid as much as possible. 5. You have to treat your input as pyramid. According to above rules the maximum sum of the numbers from top to bottom in below example is 24. *1 *8 4 2 *6 9 8 5 *9 3 As you can see this has several paths that fits the rule of NOT PRIME NUMBERS; 1>8>6>9, 1>4>6>9, 1>4>9>9 1 + 8 + 6 + 9 = 24. As you see 1, 8, 6, 9 are all NOT PRIME NUMBERS and walking over these yields the maximum sum.
Write an address book program that stores your contacts' names and their email addresses. The names and email addresses are originally stored in a file called phonebook.in, in the format: Harry Potter t..d@hogwarts.edu Hermione Granger b..h@hogwarts.edu Ron Weasley r..b@hogwarts.edu Draco Malfoy m..s@hogwarts.edu Severus Snape h..e@hogwarts.edu Albus Dumbledore a..x@hogwarts.edu Your program should read from the file, storing the names and corresponding email addresses in a dictionary as key-value pairs. Then, the program should display a menu that lets the user enter the numbers 1 through 5, each corresponding to a different menu item: 1) look up an email address 2) add a new name and email address 3) change an email address 4) delete a name and email address 5) save address book and exit When the user enters 1, the program should prompt them for a name, and then print the corresponding email address. If there is no dictionary entry under that name, the program should print, "Sorry,…
In python, create a word ladder using breadth fist search. The program should open a file that contains more than 10000 that are the legal words to build the ladder. You will have a first word and an end word that would be in a file that the program should read. Simply, from a given starting word, find the shortest "ladder" of single letter changes which leads to some final word, where each intermediate state is also a word. For example: clash, flash, flask, flack, flock, clock, crock, crook, croon, crown, clown. As you might infer from the example above, there is no simple algorithm that generates a word ladder. Rather, you have to search for a ladder by generating all of the possibilities. Doing so will give you an opportunity to use Python data structures like lists, sets and dictionaries. Your program should first read in a file with 10000 words giving it a large collection of words to work with. All of the examples in the tests that your program will be given will be of…
Applying object oriented programming, do a python program that will determine the required mass of one compound based on three parameters: (1) compound name, (2) liters of solution, and (3) molarity. The input should be in a single text file (input.txt). The required mass should be in a single text file (output.txt). Only two decimal places should be included in the output.txt. Example: *input.txt* compound,liter,molarity NH4Cl, 0.1, 2.5 NaCl, 0.5, 0.25 Na2CO3, 0.75, 1.25 *output.txt* 13.37 7.31 99.36
sing good OOP, write a C++ program that will read an input file to manage a list of students waiting to register for a ourse using a linked list. The input file name is WaitList.txt and is located in the current directory of the project. The file layout is as follows: action student name Actions are defined as follows: 1 - add student name to the end of the linked list2 - add student name to the beginning of the linked list3 - delete the student at the beginning of the linked list4 - delete the student at the end of the linked list Actions #1 and #2 require student names. Actions #3 and #4 do not. For example, if the input file contents contained: 1 Sally Sue Student1 Peter Pupil1 Sam Scholar42 Terri Tutor1 Abby Achiever32 Bill Brain The program would display the wait list as follows: The Wait List: 1. Bill Brain2. Sally Sue Student3. Peter Pupil4. Abby Achiever End of List. Then the program will prompt the user if they wish to delete a student by name. If…
Write a program to read several lines from a file. For each line, check (recursively) whether it is a palindrome. If it is a palindrome output the original string preceded by an integer (a counter) , like this: 1 : Sore was I, ere I saw Eros.2 : A man, a plan, a canal -- Panama Recall that a palindrome is a String that is the same backwards and forwards. Some examples of single words that are palindromes are: level, madam, racecar Phrases can also be palindromes if you strip out all the whitespace and punctuation and make everything the same case. Some examples are: Madam, I'm Adam A Toyota's a Toyota (See the palindrome video for more) You will need one method to eliminate whitespace and punctuation , make everything lowercase, and return the new string. Use the recursive method you wrote in L15Num2. This returns a string with no whitespace or punctuation, but not all the same case. Then (in main) convert that string to lowercase. You need a recursive method that takes the new…