Java Maven Library Template

Java library to solve tetris M2 puzzle.

Use template

To use this template, you just need to click on "Use this template" at the top of the main page of this repository, or you can copy/paste this repository.

Requirements

• Create an account on Sonatype
• Create a JIRA ticket on Sonatype to approve your groupId (io.github.YOUR-GITHUB-USERNAME)
• Generate a gpg key and distribute the public key to a keyserver

Template configurations

• Fix pom.xml
  • To guide you, a FIXME tag has been added to all lines to be edited.
• Config SonarCloud
  • To configure SonarCloud for your project you must go to https://sonarcloud.io
• Create your GitHub secrets on your repository
  • NEXUS_USERNAME with your username used on Sonatype
  • NEXUS_PASSWORD with your password used on Sonatype
  • GPG_PRIVATE_KEY with the private key of your generated pgp key
    • to get the private key gpg --armor --export-secret-key <key-id> > privkey.asc
  • GPG_PASSPHRASE with the passphrase of your gpg key
• Activate the JavaDoc GitHub page
  • To enable the JavaDoc GitHub Page, you need to enable the GitHub page in your repository settings for the javadoc branch.

Diagram

classDiagram
    class TetrisSolver{
      +solve(PuzzlePiece firstPuzzlePieces)$ HashMap<Integer, >
      -solve(HashSet~Solution~ backTrack,  int board, int nbUsePz1, int nbUsePz2, int nbUsePz3, int nbUsePz4, int nbUsePz5, int nbUsePz6)$
    }

    class Board{
      +toString(int board)$ String
      +canPutPuzzlePieceOnBoard(int board, int puzzlePiecePlacement)$ bool
    }
    Board ..> PuzzlePiece
    Board ..> CoordinateCalculator

    class CoordinateCalculator{
      +getColomnIndex(int listIndex)$ int
      +getRowIndex(int listIndex)$ int
      +getListIndex(int rowIndex, int colomnIndex)$ int
    }

    class PuzzlePiece{
      <<enumeration>>
      STICK
      SQUARE
      L
      INVERSED_L
      MINI_SQUARE
      Z

      +getShape() int
      +getAllPossiblePlacementInTheBoard() int[]
    }
    PuzzlePiece <|-- PuzzlePieceInterface
    PuzzlePiece --> PuzzlePieceInterface

    class PuzzlePieceInterface{
      <<interface>>
      +getShape() int
      +getAllPossiblePlacementOnTheBoard() int[]
    }

    class Stick{
      +getShape() int
      +getAllPossiblePlacementOnTheBoard() int[]
    }
    Stick <|-- PuzzlePieceInterface

    class Square{
      +getShape() int
      +getAllPossiblePlacementOnTheBoard() int[]
    }
    Square <|-- PuzzlePieceInterface

    class L{
      +getShape() int
      +getAllPossiblePlacementOnTheBoard() int[]
    }
    L <|-- PuzzlePieceInterface

    class Inversed_L{
      +getShape() int
      +getAllPossiblePlacementOnTheBoard() int[]
    }
    Inversed_L <|-- PuzzlePieceInterface

    class Mini_Square{
      +getShape() int
      +getAllPossiblePlacementOnTheBoard() int[]
    }
    Mini_Square <|-- PuzzlePieceInterface

    class Z{
      +getShape() int
      +getAllPossiblePlacementOnTheBoard() int[]
    }
    Z <|-- PuzzlePieceInterface