#Tic tac toe grid to type in code#

He asks to play this game every day after school. That way he gets a chance to practice reading and writing each word. We continue playing until we have each used each word at least once. Play continues until someone make 3 in a row! Then simply erase the board (leaving the word bank on the left), remake the grid and choose 2 more words. Each time he writes his word, I have him say the word he wrote and the same for the words I write. You play the game just like tic-tac-toe, but instead of making an X or an O, write your chosen word in the space you choose.

He chooses a word and places a check by the word with his color marker, I then do the same. HTML preprocessors can make writing HTML more powerful or convenient. HTML Preprocessor About HTML Preprocessors. Check an extension of this version that allows you to play against the c. If he doesn't recognize the word, I tell him the word and then have him say it back. Tic-Tac-Toe game developed using only HTML and CSS, without any JavaScript. I have him point to each word and read it to me. The type is made to cycle with r3, except the last row has spaces rather than underscores, achieved with r113. I then write the sight words for the week on the left side of the white board. Suppose, we wish to occupy the center block, then we will input 5. If a player has to mark a particular box, he must enter the corresponding number shown in the grid. To begin the game, we make a tic-tac-toe grid. We will be playing Tic-tac-toe on the command line, therefore, the first thing we have to do is create a design for our tic-tac-toe. You can find the instructions for the DIY white boards here. This is one of the activities I found that he loves! It helps that we play it on his white board since he loves using his white board! I had a class set made for his class and saved one out for him to use at home. My kiddo struggles with sight words so I have searched high and low for fun ways to practice these pesky little words. When I taught first grade, my students seemed so big! Now that I have a first grader of my own, I can hardly believe how small they really were. Let mut diagonal = diagonals.next().unwrap() Īssert_eq!(Cell::Occupied(Player::Nought), *diagonal.next().unwrap()) Īssert_eq!(Cell::Vacant, *diagonal.next().unwrap()) Īssert_eq!(Cell::Occupied(Player::Cross), *diagonal.next().unwrap()) Īssert_eq!(Cell::Vacant, *diagonal.next().It is so strange to me that I have a first grader. Let mut column = columns.next().unwrap() Īssert_eq!(Cell::Occupied(Player::Nought), *column.next().unwrap()) Īssert_eq!(Cell::Occupied(Player::Cross), *column.next().unwrap()) Īssert_eq!(Cell::Vacant, *column.next().unwrap()) You have the first turn, you get the board printed with the respective quadrants and then you can choose into which quadrant you will place your X by typing in 1-9. See the Specific Concerns below for more information. The program works as follows: First you get a menu, where you can chose what to do (I only coded 1 so far) so in this case you can play against a bot.

#Tic tac toe grid to type in code#

I would like to have a code review, since I want to become aware of my mistakes and avoid making them again. I have run rustfmt and clippy on my code, and improved my code according to their feedback.

See the Example Session below for more information. Once a game is started, the board is displayed, and the players are asked to enter their move. Tic-Tac-Toe game developed using only HTML and CSS, without any JavaScript. For example, the scoreboard command displays the scores, and the start command starts a game (optionally specifying who is the first player). The program starts with a session menu, which supports a bunch of commands. Here's my first big Rust project - Tic Tac Toe.Įach invocation of the program starts a session, in which the scores of two players O and X are tracked on an internal scoreboard. So far, I have finished reading the first 15 chapters of The Rust Programming Language (a.k.a.