//****************************************************************************************//
//************************************* HANDLE DATA **************************************//
//****************************************************************************************//
static string HandleData(Dictionary <int, MySteps> dict)
{
var returnValue = new MyRetunValue();
anwser = "";
nrWorkers = 5;
CheckNext :;
ReCheck :;
// Console.WriteLine("************* HandleData --> HandleDataOneScan *****************");
returnValue = HandleDataOneScan(dict);
if (char.IsLetter(returnValue.Anwser))
{
goto ReCheck; //If letter found --> check if more letters can be started in this second.
}
// Console.WriteLine("************* HandleData --> RemoveLine *****************");
UpdateStopwacht(); //All timers - 1 second
dict = CheckStopwacht(dict); //Check if worker is done with a letter
Console.WriteLine("Infochar: {0}, {1}, {2}, {3}, {4}, {5}, {6}, {7}", stopwatch, workersChar[0], workersChar[1], workersChar[2], workersChar[3], workersChar[4], workersChar[5], anwser);
//Console.WriteLine("Infotime: {0}, {1}, {2}, {3}, {4}, {5}, {6}", stopwatch, workersTimer[0], workersTimer[1], workersTimer[2], workersTimer[3], workersTimer[4], workersTimer[5], anwser);
stopwatch += 1; //Total timer
//If still letters in dictonary
if (dict.Count > 0)
{
//Console.ReadKey();
goto CheckNext;
}
//If one of more workers are busy
if (char.IsLetter(workersChar[0]) || char.IsLetter(workersChar[1]) || char.IsLetter(workersChar[2]) || char.IsLetter(workersChar[3]) || char.IsLetter(workersChar[4]) || char.IsLetter(workersChar[5]))
{
goto ReCheck;
}
Console.WriteLine("letters is: {0}", anwser);
//Console.WriteLine("stopwatch is: {0}", stopwatch);
return(stopwatch.ToString());
}
//****************************************************************************************//
//************************** HANDLE DATA ONE SCAN ****************************************//
//****************************************************************************************//
static MyRetunValue HandleDataOneScan(Dictionary <int, MySteps> dict)
{
var returnValue = new MyRetunValue();
bool itemFound;
int i, j;
char[,] itemsFound = new char[100, 2];
char nextLetter = new char();
char firstLetter = new char();
//Order by firststeps
var items = from pair in dict
orderby pair.Value.FirstStep ascending
select pair;
i = 0;
//loop to dictonary
foreach (KeyValuePair <int, MySteps> pair in items)
{
itemFound = false;
//loop to diconary
foreach (KeyValuePair <int, MySteps> pair2 in items)
{
//check if value exist in second colum
if (pair.Value.FirstStep == pair2.Value.SecondStep ||
pair.Value.FirstStep == workersChar[0] ||
pair.Value.FirstStep == workersChar[1] ||
pair.Value.FirstStep == workersChar[2] ||
pair.Value.FirstStep == workersChar[3] ||
pair.Value.FirstStep == workersChar[4]
// || ( char.IsLetter(workersChar[0]) && char.IsLetter(workersChar[1]) ))
|| (char.IsLetter(workersChar[0]) && char.IsLetter(workersChar[1]) && char.IsLetter(workersChar[2]) && char.IsLetter(workersChar[3]) && char.IsLetter(workersChar[4])))
{
itemFound = true;
}
}
//If not found in second colum
if (itemFound == false)
{
itemsFound[i, 0] = pair.Value.FirstStep;
itemsFound[i, 1] = pair.Value.SecondStep;
i += 1;
}
}
nextLetter = 'Z';
//Determine first and next letter
for (j = 0; j < 1; j++)
{
//Console.WriteLine(" Option found: {0}, {1}", itemsFound[j, 0], itemsFound[j, 1]);
if (itemsFound[j, 1] <= nextLetter)
{
firstLetter = itemsFound[j, 0];
nextLetter = itemsFound[j, 1];
}
}
returnValue.Anwser = firstLetter;
returnValue.FirstStep = firstLetter;
returnValue.SecondStep = nextLetter;
// Console.WriteLine(" Return: Firstletter: {0}, Secondletter: {1}, Anwser: {2}", returnValue.FirstStep, returnValue.SecondStep, returnValue.Anwser);
if (char.IsLetter(firstLetter))
{
AssignWorker(firstLetter);
}
// Console.WriteLine("workers is: {0}, {1}, {2}, {3}, {4} ", workersChar[0], workersChar[1], workersChar[2], workersChar[3], workersChar[4]);
// Console.ReadKey();
return(returnValue);
}
