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const addNumber = (board, point, number=2) => {
  return board.map( // Iterate over columns
    (line, columnIdx) => line.map((block, lineIdx) => // Iterate over line
        // If column and line index is equals, return 2, else return the number
        columnIdx === point[0] && lineIdx === point[1] ? number : block
    ));
};

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// @param 2 in format [column:int, line:int]
// @param number with default value 2
const addNumber = (board, [columnIndex, lineIndex], number=2) => {
  const line = board[columnIndex]; // Get line to change

  const newLine = [
    ...line.slice(0, lineIndex), // Getting all values before index to change
    number, // Add number to array
    ...line.slice(lineIndex + 1, line.length), // Getting all values after index to change
  ];

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const getRandomIndex = (zeros) => {
  return zeros[parseInt(Math.random() * zeros.length)];
};

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fn add_number_bad_way(board: Vec<Vec<i32>>, point: Vec<i32>, number: i32) -> Vec<Vec<i32>> {
    return board.iter().enumerate().map(|(column_index, line)| {
        return line.iter().enumerate().map(|(line_index, value)| {
            if column_index as i32 == point[0] && line_index as i32 == point[1] {
                return number;
            }
            return *value;
        }).collect();
    }).collect();
}

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const getEmptyBlocks = (board) => (
  board.reduce((lineData, line, idxColumn) => { // Iterate over columns
    const result = line.reduce((data, row, idx) => { // Iterate over lines
      if (row !== 0) return data; // If value is different of zero, response last iterate
      return [[idxColumn, idx], ...data]; // Join last iterate (or default value) with new data
    }, []); // Default value to reduce in line

    return [...lineData, ...result]; // Join old value with new value and return to next reduce
  }, []) // Default value to reduce in column
);

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// Funcion non Functional
const getEmptyBlocksNonFunctional = (currentBoard) => {
  const positions = []; // Variable with positions
  for(let i = 0; i < currentBoard.length; i++) { // Iterate in columns
    for(let j = 0; j < currentBoard[i].length; j++) { // Iterate in lines
      if(currentBoard[i][j] === 0) {
        positions.push([i, j]); // Append in pushes when 0
      }
    }
  }

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const board = [
    [0, 0, 0, 0],
    [0, 0, 0, 0],
    [0, 0, 0, 0],
    [0, 0, 0, 0],
];
 // Important, when you see this matix in code,
// you are seeing the board rotated 90 deg to left,
// because the first value is column and the second value is the line
// board[column, line]

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const printBoard = (board) => {
  const format = (n, stringSize) => {
    const size = n.toString().length;
    return ' '.repeat(stringSize - spaces) + n + ' ';
  }
  const textToPrint = board.map((column, idxLine) => {
    const line = column.map((_, idxColumn) => format(board[idxColumn][idxLine]));
    return line.join('|');
  });
  console.log('-'.repeat(4*5+5));

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const readlineSync = require('readline-sync');

const printBoard = (board) => {
  const f = (n) => {
    const size = n.toString().length;
    const spaces = 5-size;
    return ' '.repeat(spaces) + n.toString() + ' ';
  };

  textToPrint = [];

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(global-set-key (kbd "C-x q") 'neotree-toggle)
(setq js2-basic-offset 2)