Aider Polyglot

Implement a constraint satisfaction solver that efficiently narrows down approximately 24.8 billion possible combinations using the 15 given logical constraints to determine that the Norwegian drinks water and the Japanese owns the zebra.

Implement a BowlingGame class that tracks rolls frame by frame, correctly applies spare and strike bonus scoring rules, handles the 10th frame's fill ball logic, and validates all inputs (pin counts, game state).

Implement a reactive cell system supporting input cells, compute cells with dependency tracking, automatic value propagation on input changes, and callback registration that only fires when values actually change between stable states.

Implement a stack-based Forth interpreter that parses and evaluates arithmetic and stack manipulation commands, supports custom word definitions with proper scoping, handles case-insensitive word lookup, and raises appropriate errors for stack underflow and undefined operations.

Implement a board parser and graph traversal algorithm (e.g., BFS/DFS) that checks whether Player O has an unbroken chain of stones from the top row to the bottom row, or Player X has a chain from the left column to the right column, accounting for hexagonal adjacency.