A some what large-scale kata which overall was fun to implement and think about. At the start there was a lot of planning required to have a rough representation of what the project could look like, this was done via creation of an UML diagram. As the project progressed, I found myself refactoring and deviating away from the UML diagram which is only natural as some times issues aren't visible when viewing from a higher-level.
- Have multiple games running at once
- Make the output more visually appealing
- Read in initial board state from a .txt file or similar
- Clone the repo or download as zip file.
- Navigate into the project directory.
- Before running the program you need to setup the command line arguments. This program takes either 3 or 4 arguments depending on which game version you choose. For example, 3 25 5 25 would setup a 3-D game with 25 aisles, 5 rows and 25 columns. The first argument specifies the number of dimensions and subsequent arguments specify the size of the dimensions. Whilst 2/3 represent 2-D and 3-D respectively, using any other number creates a 2-D game without grid wraparound.
- Run the following command:
dotnet run.