Minimax solved

[AhWalidShahab]

The code implements the 'minimax' algorithm for tic-tac-toe in Python, featuring two main functions: 'minimax' and 'find_best_move'. The 'minimax' function recursively evaluates all possible game moves, optimizing for the current player's best outcome while considering the opponent's strategy. The 'find_best_move' function uses minimax to identify the most advantageous move for the current game state. This implementation is designed for creating an intelligent AI opponent in tic-tac-toe, and it includes a suite of tests to ensure its effectiveness across various game scenarios.

• [x] PR's title includes the challenge's name and language
• [x] PR has short and clear description of the challenge
• [x] PR has appropriate labels and milestones for easy identification
• [x] PR it is assigned to the owner
• [x] reviewers are assigned
• [x] the PR contributes only one focused change
• [x] the branch is up to date with main/master
• [x] the code works when pulled and run locally
• [ ] all conflicts are resolved (if any)
• [x] It is linked to an issue in the appropriate column of the project board
• [ ] feedback is addressed (if any, and if it is appropriate feedback.)

README Documentation

• [x] The solution is documented in /src/README.md
• [x] The markdown source is formatted
• [x] Spelling and grammar is correct in all text
• [x] The markdown looks correct when you preview the file
• [ ] All links and images work
• [x] The README documents the solution's behavior, strategy(ies) and implementation(s)
• [ ] There are use cases in code blocks to illustrate the function's behavior

Python Files

• [ ] There is a module header
• [x] There is a module docstring
• [ ] File names are in snake_case
• [x] Test files are named test_<module_name>.py

Function Docstring

• [x] Behavior description
• [x] Parameter description
• [x] Return value description
• [x] Include any assumptions
• [x] Include 3 or more (passing!) doctests
• [ ] Include 1-2 use cases (if necessary)

Function Implementation

• [x] The solution is not is not copied from djeada
• [x] The code is auto-formatted
• [x] The code has no (reasonable) linting mistakes
• [ ] Variables are named with snake_case
• [x] The function has a clear and helpful name
• [x] The file's name matches the function name
• [x] The code follows the strategy as simply as possible
• [x] Variable names are clear and helpful
• [x] Comments explain the strategy (if necessary)
• [x] There are type annotations
• [ ] (challenge) The code includes defensive assertions

Unit Test Suite

• [x] The test class has a helpful name in PascalCase
• [ ] The test class has a docstring
• Each unit test has
  • [x] A helpful name
  • [x] A clear docstring
  • [x] Only one assertion
• [ ] All tests pass
• [x] There are tests for defensive assertions
• [ ] There are tests for boundary cases
• [ ] Test suite includes black-box and glass-box tests

[AhWalidShahab]

Thanks guys:))