habib_kids/lib/screens/puzzle_screen.dart

import 'dart:developer';

import 'package:flutter/material.dart';
import 'package:my_flutter_puzzle/models/user_info.dart';
import 'package:my_flutter_puzzle/widgets/puzzle_widgets/puzzle_widgets.dart';

class PuzzleScreen extends StatefulWidget {
  const PuzzleScreen({
    Key? key,
    required this.initialList,
    required this.id,
    required this.myInfo,
  }) : super(key: key);

  final List<int> initialList;
  final String id;
  final UserData myInfo;

  @override
  _PuzzleScreenState createState() => _PuzzleScreenState();
}

class _PuzzleScreenState extends State<PuzzleScreen> {
  late final List<int> myList;
  late final List<int> opponentList;
  int _moves = 0;

  onClick(index) {
    log('-----------------------');
    log('Tapped index: $index');

    int emptyTilePosIndex = myList.indexOf(0);
    int emptyTilePosRow = emptyTilePosIndex ~/ 4;
    int emptyTilePosCol = emptyTilePosIndex % 4;

    int currentTileRow = index ~/ 4;
    int currentTileCol = index % 4;

    //current element moves up

    if ((currentTileRow - 1 == emptyTilePosRow) && (currentTileCol == emptyTilePosCol)) {
      setState(() {
        myList[emptyTilePosIndex] = myList[index];
        myList[index] = 0;
        _moves++;
      });
    }

    //current element moves down

    else if ((currentTileRow + 1 == emptyTilePosRow) && (currentTileCol == emptyTilePosCol)) {
      setState(() {
        myList[emptyTilePosIndex] = myList[index];
        myList[index] = 0;
        _moves++;
      });
    }

    //current element moves left

    else if ((currentTileRow == emptyTilePosRow) && (currentTileCol + 1 == emptyTilePosCol)) {
      setState(() {
        myList[emptyTilePosIndex] = myList[index];
        myList[index] = 0;
        _moves++;
      });
    }

    //current element moves right

    else if ((currentTileRow == emptyTilePosRow) && (currentTileCol - 1 == emptyTilePosCol)) {
      setState(() {
        myList[emptyTilePosIndex] = myList[index];
        myList[index] = 0;
        _moves++;
      });
    } else {
      if (currentTileCol == emptyTilePosCol) {
        int low;
        int high;

        // multiple elements move up

        if (emptyTilePosRow < currentTileRow) {
          low = emptyTilePosRow;
          high = currentTileRow;

          int i = low;
          while (i < high) {
            setState(() {
              myList[(i * 4) + emptyTilePosCol] = myList[(((i + 1) * 4) + emptyTilePosCol)];
            });

            i += 1;
          }
          setState(() {
            myList[(high * 4) + emptyTilePosCol] = 0;
            _moves++;
          });
        }

        //multiple elements move down

        else {
          low = emptyTilePosRow;
          high = currentTileRow;

          int i = low;
          while (i > high) {
            setState(() {
              myList[(i * 4) + emptyTilePosCol] = myList[(((i - 1) * 4) + emptyTilePosCol)];
            });

            i -= 1;
          }
          setState(() {
            myList[(high * 4) + emptyTilePosCol] = 0;
            _moves++;
          });
        }
      }

      // multiple elements move left

      // multiple elements move right

      if (currentTileRow == emptyTilePosRow) {
        int low;
        int high;

        // multiple elements move left

        if (emptyTilePosCol < currentTileCol) {
          low = emptyTilePosCol;
          high = currentTileCol;

          int i = low;
          while (i < high) {
            setState(() {
              myList[(emptyTilePosRow * 4) + i] = myList[(emptyTilePosRow * 4) + (i + 1)];
            });

            i += 1;
          }
          setState(() {
            myList[high + (emptyTilePosRow * 4)] = 0;
            _moves++;
          });
        }

        //multiple elements move right

        else {
          low = emptyTilePosCol;
          high = currentTileCol;

          int i = low;
          while (i > high) {
            setState(() {
              myList[(i + (emptyTilePosRow * 4))] = myList[(i - 1) + (emptyTilePosRow * 4)];
            });

            i -= 1;
          }
          setState(() {
            myList[high + (emptyTilePosRow * 4)] = 0;
            _moves++;
          });
        }
      }
    }

    // _databaseClient.updateGameState(
    //   id: widget.id,
    //   mydata: widget.myInfo,
    //   numberList: myList,
    //   moves: _moves,
    // );

    log('List: $myList');
    log('-----------------------');
  }

  @override
  void initState() {
    super.initState();
    myList = widget.initialList;
    opponentList = widget.initialList;
  }

  @override
  Widget build(BuildContext context) {
    return Scaffold(
      backgroundColor: Colors.white,
      body: Row(
        mainAxisAlignment: MainAxisAlignment.spaceEvenly,
        children: [
          // PLAYER 1 puzzle --> my (own)
          Column(
            children: [
              const PlayerText(
                displayName: 'PLAYER 1',
              ),
              // TODO: Change font size
              MovesText(
                moves: _moves,
                fontSize: 60,
              ),
            ],
          ),
          Container(
            height: MediaQuery.of(context).size.height * 0.6,
            width: 2,
            color: Colors.black,
          ),
        ],
      ),
    );
  }
}