'use strict';
var Palindromes = require('./palindrome-products');

describe('Palindrome', function() {

  it('largest palindrome from single digit factors', function() {
    var palindromes = new Palindromes({maxFactor: 9});
    palindromes.generate();

    var largest = palindromes.largest();
    expect(largest.value).toEqual(9);
    var orderedLargestFactors = largest.factors.sort(
      function(a, b) { return a[0] > b[0]; }
    );
    expect(orderedLargestFactors).toEqual([[1, 9], [3, 3]]);
  });

  xit('largets palindrome from double digit factors', function() {
    var palindromes = new Palindromes({ maxFactor: 99, minFactor: 10 });
    palindromes.generate();

    var largest = palindromes.largest();
    expect(largest.value).toEqual(9009);
    expect(largest.factors).toEqual([[91, 99]]);
  });

  xit('smallest palindrome from double digit factors', function() {
    var palindromes = new Palindromes({ maxFactor: 99, minFactor: 10 });
    palindromes.generate();

    var smallest = palindromes.smallest();
    expect(smallest.value).toEqual(121);
    expect(smallest.factors).toEqual([[11, 11]]);
  });

  xit('largest palindrome from triple digit factors', function() {
    var palindromes = new Palindromes({ maxFactor: 999, minFactor: 100 });
    palindromes.generate();

    var largest = palindromes.largest();
    expect(largest.value).toEqual(906609);
    expect(largest.factors).toEqual([[913, 993]]);
  });

  xit('smallest palindrome from triple digit factors', function() {
    var palindromes = new Palindromes({ maxFactor: 999, minFactor: 100 });
    palindromes.generate();

    var smallest = palindromes.smallest();
    expect(smallest.value).toEqual(10201);
    expect(smallest.factors).toEqual([[101, 101]]);
  });

});

'use strict';
var Palindromes = require('./palindrome-products');

describe('Palindrome', function() {

  it('largest palindrome from single digit factors', function() {
    var palindromes = new Palindromes({maxFactor: 9});
    palindromes.generate();

    var largest = palindromes.largest();
    expect(largest.value).toEqual(9);
    var orderedLargestFactors = largest.factors.sort(
      function(a, b) { return a[0] > b[0]; }
    );
    expect(orderedLargestFactors).toEqual([[1, 9], [3, 3]]);
  });

  xit('largest palindrome from double digit factors', function() {
    var palindromes = new Palindromes({ maxFactor: 99, minFactor: 10 });
    palindromes.generate();

    var largest = palindromes.largest();
    expect(largest.value).toEqual(9009);
    expect(largest.factors).toEqual([[91, 99]]);
  });

  xit('smallest palindrome from double digit factors', function() {
    var palindromes = new Palindromes({ maxFactor: 99, minFactor: 10 });
    palindromes.generate();

    var smallest = palindromes.smallest();
    expect(smallest.value).toEqual(121);
    expect(smallest.factors).toEqual([[11, 11]]);
  });

  xit('largest palindrome from triple digit factors', function() {
    var palindromes = new Palindromes({ maxFactor: 999, minFactor: 100 });
    palindromes.generate();

    var largest = palindromes.largest();
    expect(largest.value).toEqual(906609);
    expect(largest.factors).toEqual([[913, 993]]);
  });

  xit('smallest palindrome from triple digit factors', function() {
    var palindromes = new Palindromes({ maxFactor: 999, minFactor: 100 });
    palindromes.generate();

    var smallest = palindromes.smallest();
    expect(smallest.value).toEqual(10201);
    expect(smallest.factors).toEqual([[101, 101]]);
  });

});

fix typo in test name