public int TestPush(int[] elements)
{
CustomQueue <int> queue = new CustomQueue <int>(elements);
queue.Push(1);
return(queue.Count());
}
public int TestPeek(int[] elements)
{
CustomQueue <int> queue = new CustomQueue <int>(elements);
queue.Pop();
queue.Push(1);
return(queue.Peek());
}
void InitWave()
{
string[] curWave = waves[wave].Split(':');
foreach (string monster in curWave)
{
string[] info = monster.Split(' ');
if (info[MONSTER_TYPE] == "interval")
{
monsters.Push(info[NUM_OF_MONSTER]);
}
else
{
for (int i = 0; i < int.Parse(info[NUM_OF_MONSTER]); i++)
{
monsters.Push(info[MONSTER_TYPE]);
}
}
}
}
public bool TestGetEnumenator(int[] elements, string expectedResult)
{
CustomQueue <int> queue = new CustomQueue <int>(elements);
queue.Pop();
queue.Push(1);
string result = "";
foreach (var i in queue)
{
result += i + " ";
}
return(expectedResult.Equals(result));
//return queue.Aggregate("", (current, i) => current + (i + " "));
}
public int solution(string S)
{
if (S.Length <= 1)
{
return(0);
}
int longestBalanced = 0;
CustomQueue queue = new CustomQueue();
for (int i = 0; i < S.Length; i++)
{
queue.Push(S[i]);
if (queue.GetCurrentLongest() > longestBalanced)
{
longestBalanced = queue.GetCurrentLongest();
}
}
return(longestBalanced);
}
private void RegisterSimObject_Callback(int arrayPosition, bool addObject, StringBuilder classNameSpace, StringBuilder className)
{
_msimdict[arrayPosition] = null;
_mAvailable.Push(arrayPosition);
deletedcount++;
}