private bool AreStringArrayArrayEqual(string expected, string actual)
{
var arrExp = expected.ToStringArrayArray().ToList();
var arrActual = actual.ToStringArrayArray().ToList();
arrExp.Sort(CompareStringArray);
arrActual.Sort(CompareStringArray);
return(TestHelper.Serialize(arrExp.ToArray()) ==
TestHelper.Serialize(arrActual.ToArray()));
}
private bool AreIntArrayArrayEqual(string s1, string s2)
{
if (s1 == s2)
{
return(true);
}
if (s1.Length != s2.Length)
{
return(false);
}
int[][] a1 = s1.ToIntArrayArray();
int[][] a2 = s2.ToIntArrayArray();
a1 = a1.OrderBy(a => a.Length).ThenBy(a => String.Join("", a)).ToArray();
a2 = a2.OrderBy(a => a.Length).ThenBy(a => String.Join("", a)).ToArray();
return(TestHelper.Serialize(a1) == TestHelper.Serialize(a2));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(SolveNQueens(input.ToInt())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(SubsetsWithDup(input.ToIntArray())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(SetZeroes(input.ToIntArrayArray())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(GrayCode(input.ToInt())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(GenerateParenthesis(input.ToInt())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(Permute(input.ToIntArray())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(SortColors(input.ToIntArray())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(FullJustify(input.GetToken(0).ToStringArray(), input.GetToken(1).ToInt())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(FindLadders(input.GetToken(0).Deserialize(),
input.GetToken(1).Deserialize(), input.GetToken(2).ToStringArray())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(RestoreIpAddresses(input.Deserialize())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(Combinations(input.GetToken(0).ToInt(), input.GetToken(1).ToInt())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(WordBreak(input.GetToken(0).ToString(), input.GetToken(1).ToStringArray())));
}
public string SolveQuestion(string input)
{
var result = ThreeSum(input.ToIntArray());
return(TestHelper.Serialize(result));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(ZigzagLevelOrder(input.ToBinaryTree())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(Partition(input.Deserialize())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(PathSum(input.GetToken(0).ToBinaryTree(), input.GetToken(1).ToInt())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(FourSum(input.GetToken(0).ToIntArray(), input.GetToken(1).ToInt())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(RemoveDuplicates(input.ToIntArray())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(SpiralOrder(input.ToIntArrayArray())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(Anagrams(input.ToStringArray())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(InorderTraversal(input.ToBinaryTree())));
}
public string SolveQuestion(string input)
{
return(TestHelper.Serialize(LetterCombinations(input.Deserialize())));
}