sudoklify-solver/dev.teogor.sudoklify.solver

Package-level declarations

Types

Represents the different modes for mistake checking in the Sudoku game.

Class for advising on Sudoku moves by analyzing the grid and suggesting possible next moves.

Engine for solving Sudoku puzzles using the provided puzzle configuration and grid processor.

data class SudokuCellState(val value: Int, val solution: Int, val isLocked: Boolean, var isError: Boolean = false)

Represents the state of a single Sudoku cell.

Interface for processing Sudoku grids, converting between cell types, and checking for mistakes.

data class SudokuMove(val row: Int, val col: Int, val value: Int)

Data class representing a suggested move in the Sudoku puzzle.

fun <T> createSudokuGridProcessor(getValue: (T) -> Int, isLocked: (T) -> Boolean, getSolution: (T) -> Int, isError: (T) -> Boolean, updateCell: (row: Int, col: Int, state: SudokuCellState, cell: T) -> T): SudokuGridProcessor<T>

Creates a default implementation of SudokuGridProcessor for a specific grid cell type.

inline fun <T> List<List<T>>.processGridMistakes(mistakesMethod: MistakeCheckingMode, dimension: Dimension, crossinline getValue: (T) -> Int, crossinline isLocked: (T) -> Boolean, crossinline getSolution: (T) -> Int, crossinline isError: (T) -> Boolean, crossinline updateCell: (row: Int, col: Int, SudokuCellState, T) -> T): List<List<T>>

Converts the grid to SudokuCellState, checks for mistakes, and converts it back to the original grid type.

inline fun <T> SudoklifySolverEngine(gridProcessor: SudokuGridProcessor<T>, puzzle: SudokuPuzzle, mistakeCheckingMode: MistakeCheckingMode = MistakeCheckingMode.CheckViolations): SudoklifySolverEngine<T>

DSL function for creating a SudoklifySolverEngine instance with the specified parameters.

inline fun <T> List<List<T>>.toSudokuCellStates(crossinline getValue: (T) -> Int, crossinline isLocked: (T) -> Boolean, crossinline getSolution: (T) -> Int, crossinline isError: (T) -> Boolean): List<List<SudokuCellState>>

Converts the grid to SudokuCellState using the provided lambdas.

inline fun <T> List<List<SudokuCellState>>.toUserGrid(crossinline updateCell: (row: Int, col: Int, SudokuCellState, T) -> T, originalGrid: List<List<T>>): List<List<T>>

Converts the grid of SudokuCellState back to the original grid type.