public override void Execute(List <Event> scheduler, BloodStore bloodStorage, PatientQueue patientQ)
{
_type = "BT";
int time = BUnits == 1 ? 500 : 300; // lambda statemenet N and Q are connect with T1 and T2
for (int i = 0; i < BUnits; i++)
{
bloodStorage.BloodLevel++;
bloodStorage.BloodStorageList.Add(new Blood(time));
Utilisation temp = new Utilisation(SystemTime + time, "aUT");
AddToScheduler(scheduler, temp); // Adds time of utilisation of Blood
if (_flagEmergency == true) // Enables to return exactly right units of blood from Emergency
{
temp.BloodFromEmergency = true;
}
}
BloodStore.Sorted(bloodStorage.BloodStorageList);
Sorted(scheduler);
if (time == 300)
{
BloodStore.OrderFlag = false;
} // Setting right flags (makes NewOrder available)
else
{
BloodStore.EmergencyFlag = false;
} // Makes EmergencyOrder available
}
public override void Execute(List <Event> scheduler, BloodStore bloodStorage, PatientQueue patientQ)
{
bloodStorage.BloodLevel = --bloodStorage.BloodLevel; // Changes value of BloodLevel
Sorted(scheduler);
bloodStorage.BloodStorageList.RemoveAt(0); // Removes Blood from BloodList
Console.WriteLine("\n### UTILISATION -> Current blood level: " + bloodStorage.BloodLevel + " ###");
}
public override void Execute(List <Event> scheduler, BloodStore bloodStorage, PatientQueue patientQ)
{
Type = "ND";
int time = Rnd.Next(11, 21); // Gets this from generator
time = SystemTime + time;
Console.WriteLine("\n### NEW DONNOR ###");
Blood.AddBlood(bloodStorage.BloodStorageList, time); // Adds Blood to the Storage
BloodStore.Sorted(bloodStorage.BloodStorageList);
AddToScheduler(scheduler, new BloodSupply(SystemTime + time, "TR", 1, false)); // Adds Transport with Blood which will arrive
AddToScheduler(scheduler, new NewDonnor(SystemTime + time, "ND")); // Planning new Donnor Event
Sorted(scheduler);
}
public override void Execute(List <Event> scheduler, BloodStore bloodStorage, PatientQueue patientQ)
{
_type = "NP";
int timeExp = Rnd.Next(5, 16);
Console.WriteLine("\n### NEW PATIENT ###");
var i = BloodStore.Rnd.Next(1, 6); // Patient needs 1-5 units of Blood
patientQ.PatientQ.Enqueue(new Patient(i)); // new Patient who needs X blood units
patientQ.BloodNeeded = patientQ.BloodNeeded + i;
// Planning New Event
// TIME_EXP comes from generator Exponential and Average P
scheduler.Add(new NewPatient(SystemTime + timeExp, "NP"));
Sorted(scheduler);
}
public override void Execute(List <Event> scheduler, BloodStore bloodStorage, PatientQueue patientQ)
{
SortedByType(scheduler); // Sorting scheduler by Type aUT will be first
while (true)
{
if ((_timeGenerator == SystemTime) && (scheduler[0].Type == "aUT") && (scheduler[0].BloodFromEmergency == true))
{
bloodStorage.BloodLevel = --bloodStorage.BloodLevel; // Changes value of BloodLevel
bloodStorage.BloodStorageList.RemoveAt(0); // Removes Blood from BloodList
Console.WriteLine("\n### ReturnBlood -> Current blood level: " + bloodStorage.BloodLevel + " ###");
}
else
{
break;
}
}
Sorted(scheduler); // Sorting scheduler by expDate.
}
public void Begin(List <Event> scheduler, BloodStore bloodStorage, PatientQueue patientQ)
{
SystemTime = 0;
bloodStorage.FillBlood(scheduler); // initializes Blood into Storage and adds an ExpDate into scheduler
Console.WriteLine("\nPo sortowaniu: ");
bloodStorage.ShowExpDate();
NewDonnor donator = new NewDonnor(5, "ND");
NewPatient patient = new NewPatient(5, "NP");
for (int i = 0; i < 5; i++)
{
donator.Execute(scheduler, bloodStorage, patientQ); // Gives new 5 Donnors
}
Sorted(scheduler);
Console.WriteLine("\nSCHEDULER: ");
ShowScheduler(scheduler);
for (int i = 0; i < 5; i++)
{
patient.Execute(scheduler, bloodStorage, patientQ); // creates 5 patients to the Queue
}
patientQ.ShowQueue();
}
public virtual void Execute(List <Event> scheduler, BloodStore bloodStorage, PatientQueue patientQ)
{
}
private static void Main()
{
bool flag = true;
bool flagAcc = true;
while (flag)
{
Console.WriteLine("\n-----------------------------");
// ####### BEGINING INITIALIZATION OF THE SYSTEM #######
List <Event> scheduler = new List <Event>(); // Creates scheduler which is list of Events
var bloodStorage = new BloodStore(0); // object contains bloodStorage; 0 is value how much blood units is inside
var patientQ = new PatientQueue(); // object contains patientQueue
bloodStorage.Begin(scheduler, bloodStorage, patientQ);
// ####### END INITIALIZATION OF THE SYSTEM #######
Console.Write("\n\nMENU:\n1.Tryb ciagly\n2.Tryb krokowy\n3.Koniec symulacji\n-----------\n");
const int r = 15;
int loopTime = 100;
Console.Write("Wybor: ");
int loop = Convert.ToInt32(Console.ReadLine());
switch (loop)
{
case 1: // Constant Loop
{
while (loopTime != 0)
{
while (flagAcc)
{
Console.WriteLine("\n\n@@@ " + loopTime + " @@@\n");
if (bloodStorage.BloodLevel <= r)
{
BloodStore.NewOrder(scheduler);
} // Make a NewOrder
if (patientQ.BloodNeeded >= bloodStorage.BloodLevel)
{
BloodStore.EmergencyOrder(scheduler);
} // Make a EmergencyOrder
// Make Transfusion
if ((patientQ.BloodNeeded != 0) &&
(bloodStorage.BloodLevel > patientQ.BloodNeededFirst()))
{
bloodStorage.Transfusion(patientQ, scheduler);
Console.WriteLine("\n### MAKE TRANSFUSION ###\n### PATIENT QUEUE ###");
patientQ.ShowQueue();
Console.WriteLine("### CURRENT SCHEDULER ###");
ShowScheduler(scheduler);
}
else
{
flagAcc = false;
}
}
flagAcc = true;
if (SystemTime == scheduler[0].EventTime)
{
Event temp = scheduler[0]; // pull out object from list
temp.Execute(scheduler, bloodStorage, patientQ); // Execute function
scheduler.RemoveAt(0); // Remove object from list
Console.WriteLine("\n### REMOVE OBJECT ###");
ShowScheduler(scheduler);
}
else
{
Console.WriteLine("\nNEW OBJECT -> SYS:" + SystemTime + " EVENT: " + scheduler[0].EventTime);
SystemTime = scheduler[0].EventTime;
Console.Write("System Time after Actualisation: " + SystemTime + "\n");
loopTime--;
ShowScheduler(scheduler);
}
}
break;
}
case 2: // Stepping Loop
{
while (loopTime != 0)
{
while (flagAcc)
{
Console.WriteLine("\n\n" + loopTime + " @@@@@@@@@@@@\n");
if (bloodStorage.BloodLevel <= r)
{
BloodStore.NewOrder(scheduler);
} // Make a NewOrder
if (patientQ.BloodNeeded >= bloodStorage.BloodLevel)
{
BloodStore.EmergencyOrder(scheduler);
} // Make a EmergencyOrder
// Make Transfusion
if ((patientQ.BloodNeeded != 0) &&
(bloodStorage.BloodLevel > patientQ.BloodNeededFirst()))
{
bloodStorage.Transfusion(patientQ, scheduler);
Console.WriteLine("\n### MAKE TRANSFUSION ###\n### PATIENT QUEUE ###");
patientQ.ShowQueue();
Console.WriteLine("### CURRENT SCHEDULER ###");
ShowScheduler(scheduler);
}
else
{
flagAcc = false;
}
}
flagAcc = true;
if (SystemTime == scheduler[0].EventTime)
{
Event temp = scheduler[0]; // pull out object from list
temp.Execute(scheduler, bloodStorage, patientQ); // Execute function
scheduler.RemoveAt(0); // Remove object from list
Console.WriteLine("\n### REMOVE OBJECT ###");
ShowScheduler(scheduler);
}
else
{
Console.WriteLine("\nNEW OBJECT -> SYS:" + SystemTime + " EVENT: " + scheduler[0].EventTime);
SystemTime = scheduler[0].EventTime;
Console.Write("System Time after Actualisation: " + SystemTime + "\n");
loopTime--;
ShowScheduler(scheduler);
}
Console.WriteLine("\n\nCLICK ENTER TO CONTINUE\n");
Console.ReadLine(); // stepping loop
}
break;
}
case 3:
{
flag = false;
Console.WriteLine("Zakonczyles prace programu. Dziekujemy za symulacje.");
break;
}
default:
{
Console.WriteLine("Ups.. Podales nieznany numer. Sprobuj ponownie");
break;
}
}
}
}