Tic-Tac-Toe with Automatic Turns and Board Snapshots

Implement the state transitions of a two-player Tic-Tac-Toe game. A successful move places the current player's mark, automatically switches players if play can continue, and produces a board snapshot for display. A win or a full-board draw ends the game.

Implement play_tic_tac_toe(moves: int[][]) -> string[][]. Each input row is an attempted [row, column]. Return one output row per attempt, using seven strings in this exact order:

[accepted, board_row_0, board_row_1, board_row_2, status, next_player, attempted_player]

• accepted is "1" when a mark was placed and "0" otherwise.
• Each board row is a length-three string using X, O, and ..
• status is IN_PROGRESS, X_WON, O_WON, or DRAW.
• next_player is X or O during play, otherwise -.
• attempted_player is the player whose turn it was before the attempt; after the game ends it is - for all further attempts.

This homogeneous string-matrix encoding makes snapshots portable across languages. A caller can print each snapshot after receiving it.

Constraints & Assumptions

• The board is 3 by 3 and initially empty. X starts.
• There are at most 100 attempts, each with integer coordinates from 0 through 2.
• An occupied-cell attempt is rejected without changing the board or player.
• Attempts after a terminal result are rejected without changing the final state.
• Check for a win before declaring a full board a draw.
• Every output row is an independent snapshot; later moves cannot change prior results.
• Starting-player, invalid-move, and serialization rules are explicit practice assumptions. The reported automated-player extension is a separate exercise.

Examples

moves = [[0,0],[1,1]]
result = [
 ["1","X..","...","...","IN_PROGRESS","O","X"],
 ["1","X..",".O.","...","IN_PROGRESS","X","O"]
]

moves = [[0,0],[0,0]]
result = [
 ["1","X..","...","...","IN_PROGRESS","O","X"],
 ["0","X..","...","...","IN_PROGRESS","O","O"]
]