This project is based on the great kata "tiny-maze" from Carin Meier. I changed the description to match Java's syntax. The rest of the description is taken from the original repository.
Alice found herself very tiny and wandering around Wonderland. Even the grass around her seemed like a maze.
Let's write a tiny maze solver in Java. The maze is represented as a 2d-array:
new String[][] {
{"S", "0", "1"},
{"1", "0", "1"},
{"1", "0", "E"}
};S: start of the mazeE: end of maze1: This is a wall that you cannot pass through0: A free space you can move through
The goal is the get to the end of the maze. A solved maze will have a "x" in the start, the path, and the end of the maze, like this.
new String[][] {
{"x", "x", "1"},
{"1", "x", "1"},
{"1", "x", "x"}
};- Clone or fork this repository
cd tiny-maze- Run the continuous tests with
gradle test -t - Write tests in TDD-style until you have a working solver
Source code:
Copyright © 2018 Christian Meter
Original project-description and idea of the kata:
Copyright © 2014 Carin Meier
Distributed under the Eclipse Public License either version 1.0 or (at your option) any later version.