Sky7 RoboRally

This is an implementation of the board game "Robo Rally" as a computer game, for Windows, Mac and Linux.

How to run

Use of an IDE

• Clone https://github.com/inf112-v19/Sky7.git
• Import to an IDE as existing maven project
• Run Main.java (src/main/java/sky7/main)

Jar

• Download Sky7RoboRally-V0.2-alpha.zip
• Extract the zip file
• Run Sky7RoboRally-V0.2-alpha.jar
  • Windows / Linux / OSX: Open cmd/terminal, navigate to the folder containing the jar, enter "java -jar Sky7RoboRally-V0.2-alpha.jar"

How to play

• LAN mode
  • One of the players may choose to host after starting the game.
  • Other players connect to the host's IP.
  • The host chooses a board to play.
  • When all players are connected, the host can begin the game.
• Click on the cards you want to insert into your robot's registry.
• If you change your mind, hit the reset button to return the cards to your hand.
• Once the registry is full, you may click "Go".
• To "Power Down" and repair your robot the next round, hit "Power Down" before you click "Go".
• Once all players have clicked "Go", all registries will be executed from left to rigth.
• Higher priority cards go first.
• Stop on a flag to pick it up. Flags must be picked up in order (e.g. 1,2,3) to win.

Documentation

• Class diagram in [Documents/Class diagram](Documents/Class diagram).
• Network diagram in [Documents/Class diagram](Documents/Class diagram).
• DrawPriority explanation in Documents.

Known bugs

• Lasers are not rendering correctly.

Tests

JUNIT tests

• Located in test folder
• Run TestSuite as JUnit test - combines all tests in a Suite.
• ICell
  • Test that the priority of each ICell is correct
• BoardTests
  • Tests that the you can retrieve information correctly from Board.
  • Tests that the movement of the robots on the board is correct follow the rules.
• DrawPriorityTest
  • Tests that ICell classes behave and compare correctly in a TreeSet.
• FlagTest
  • Basic check for flag values
• RoboTest
  • Checks that RoboTile rotates correctly
• ProgramDeck
  • Test that the values of ProgramDeck matches the number of different cards as shown in the rulebook
• Client
  • Asserts that connected clients retain the correct playerNumber.
  • Assert that the 5 cards chosen by clients are the same 5 returned to host as registry.
  • Assert that clients always return 5 cards assigned to registry, and the remaining as discard (n=100) (none lost, duplicated or created).

Manual Tests

• Play the game!
  • Start the game as host, and click begin, to test it with just one player.
  • Start the game as host, start the game again, but as client, connect to "127.0.0.1" to test multiplayer functions.

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