- Anaïs Débureaux
- Yufeng Yang
- Create a Sudoku generator and solver for Java, then test it with JUnit Testing in Eclipse
- This library for Java and Android provides the basis for the project : Sudoku.
- To keep in mind: we are using 0 to represent an element of the Sudoku grid that the player has not yet filled in.
- Clone repository :
git clone https://github.com/NIU1607107/TQS-Sudoku.git cd ./TQS-Sudoku/- Compile source code :
javac src/sudoku/Game.java cd ./src/- Starting the game :
java sudoku.Game
- Model (Data)
- Saving of the Sudoku grid by level in a TXT file
- Controller (Logic)
- Generate the sudoku, check the player's inputs and solve it
- View (Display)
- Terminal, or the command line interface (CLI)
- Sudoku Generator – creates Sudoku grids in different levels.
- is a 9x9 list of lists
- contains, in each of its 81 elements, a number in the range 0..9
- each number in the range 1..9 occurs only once in each row
- each number in the range 1..9 occurs only once in each column
- each number the range 1..9 occurs only once in each of the nine 3x3 sub-grids, or “boxes”, that make up the board
- Sudoku Solver - solves any Sudoku grid.
- ...
- MockDB: cancels the random function DB.query() which returns a random sudoku grid from a text file according to the level of complexity requested.
- MockDBEmpty: simulates the reading of an empty database thanks to the TestEmptyDB.txt file.
- MockSolver: cancels the random function SolverInterface.generateRandomList() that returns a list of numbers from 1 to 9 in random order to solve a sudoku grid.
- MockGenerator: cancels the random function GeneratorInterface.eraseCells() which randomly chooses the cells to be erased in a solvable grid to generate a grid according to a number of empty cells which defines the complexity.