#Python wordzap game how to#
#Python wordzap game code#
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if _name_ = '_main_' : WORD = 'TESTS' while True : GUESS = 'PHONE' if WORD = GUESS : print ( 'You won!' ) break We don’t deal with selecting the word or processing guesses, so we create two dummy variables ( WORD and GUESS), set them to specific strings, and continue adding on later. So the first step is to structure our program with this basic scaffold (in a _main_ block). According to our requirements list, the end conditions are: If the game word has one of a letter, but the guessed word has two, one in the correct place, the correct letter is displayed as * and the second copy of the letter is unmarked.įor any command-line game, the basic program structure is a large infinite while loop that keeps “playing the game” until an end condition is met.If the game word has one of a letter, but the guessed word has two, both in the wrong place, only the first letter in the guessed word is displayed as.Correctly guessed letters in the correct place are displayed first.If the game word is “STEER” and the guess word is “MONEY” then the “E” in “MONEY” is shown as *. For example, if the game word is “STEER” and the guess word is “PLACE” then the “E” in “PLACE” is shown as. When the game word has two of the same letter, but the guessed word has one of that letter, the letter in the guessed word follows the rules for correct and incorrect placement.All other guessed letters are returned with a blank _.A guessed letter that is correct but in the incorrect place displays a.A guessed letter that is correct and in the correct place displays a *.The game will keep track of how many guesses the player has done and display that at the end, either when the word is guessed or when the game is quit.This means that modifying the game to work with 4-letter words does not break the core game play. The reasoning behind this choice (rather than, for example, having the player type “quit” or “Q”) is that CTRL-C can never be a guessed word, whereas “QUIT” can be.

To quit the game early, the player should press CTRL-C.

The player can enter words either in upper or lower case.

If the guess is not from the list, tell the player, and don’t accept the word as part of the number of guesses.

All guesses should come from a word list.

A guess is only valid if it is the same length as the game word.

There is a command-line display asking the player to enter guesses.

Game randomly selects a single 5-letter word from a word list to use as the “game word”.

In our case, for a Python command-line clone of Wordle, here is our requirements and features list: Gameplay

#Python wordzap game how to#

This accomplishes two things: (1) gives you a “stopping point” to know when you’re done, and (2) lets you organize your thoughts to make sure your choices for how to implement cover all your use cases.

#Python wordzap game free#

Feel free to skip around!īefore starting any programming project, it is important to make a list of all the features you want it to have.

If you go a different route, let’s discuss in the comments.

#Python wordzap game code#

Note that the way I’ve chosen to structure the code is just one way this could have been implemented. Alternatively, use this as a guide to code along, as you see my thought process. If you’d rather, feel free to take this as an exercise / challenge yourself (definitely something like 7 chilis ), then come back here to see how I did it.

What better project to attempt than the latest game craze, Wordle? In this post-essay, I’ll take you through the steps required to write your own version of Wordle on the command-line without a GUI in Python. For me, it makes it easier to concentrate and learn specific skills and flex the critical thinking muscle. When learning how to program, I always recommend having a project or application in mind.