public NetworkNode()
{
this.commutationTable = new CommutationTable();
this.borderNodeCommutationTable = new BorderNodeCommutationTable();
this.eonTable = new EONTable();
this.commutationField = new CommutationField(ref borderNodeCommutationTable, ref commutationTable, ref eonTable, 1);
}
/// <summary>
/// Konstruktor z referencjami na tablice i liczba wyjsciowych buforow
/// </summary>
/// <param name="borderNodeCommutationTable"></param>
/// <param name="commutationTable"></param>
/// <param name="EonTable"></param>
public CommutationField(ref BorderNodeCommutationTable borderNodeCommutationTable,
ref CommutationTable commutationTable, ref EONTable EonTable, int buffersOutCount) : this()
{
//bufferIn = new Buffer();
// BuffersOut = new List<Buffer>(buffersOutCount);
this.borderNodeCommutationTable = borderNodeCommutationTable;
this.EonTable = EonTable;
this.commutationTable = commutationTable;
}
public void testDeleteEONRow()
{
short frequency = 2;
short band = 3;
//stworzenie nowej tabeli
EONTable table = new EONTable();
//stworzenie nowych rzedow
EONTableRowIN rowIn = new EONTableRowIN(frequency, band);
EONTableRowOut rowOut = new EONTableRowOut(frequency, band);
//Dodanie rzedow
table.addRow(rowIn);
table.addRow(rowOut);
//usuniecie rzedow
table.deleteRow(rowIn);
table.deleteRow(rowOut);
Assert.IsTrue(table.CheckAvailability(rowIn));
Assert.IsTrue(table.CheckAvailability(rowOut));
//Kazdy wpis w tabeli po wyczyszczeniu powinien byc rowny -1
foreach (short f in table.InFrequencies)
{
Assert.AreEqual(-1, f);
}
//Nie powinno byc rzedu w tablicy
Assert.IsFalse(table.TableIN.Contains(rowIn));
//Kazdy wpis w tabeli po wyczyszczeniu powinien byc rowny -1
foreach (short f in table.OutFrequencies)
{
Assert.AreEqual(-1, f);
}
//Nie powinno byc rzedu w tablicy
Assert.IsFalse(table.TableOut.Contains(rowOut));
}
public void Run(string number, ref CommutationTable commutationTable,
ref BorderNodeCommutationTable borderNodeCommutationTable,
ref EONTable eonTable)
{
this.eonTable = eonTable;
this.commutationTable = commutationTable;
this.borderNodeCommutationTable = borderNodeCommutationTable;
//Zmienna do przechowywania klucza na adres wychodzacy powiazany z socketem sluchaczem
string settingsString = "";
//pobranie wlasnosci zapisanych w pliku konfiguracyjnym
tmp = OperationConfiguration.ReadAllSettings(mySettings);
//przeszukanie wszystkich kluczy w liscie
//Uruchamiamy watek na kazdym z tworzonych sluchaczy
// CreateConnect("127.0.0.14","1NMS");
CreateConnect(ConfigurationManager.AppSettings[number + "NMS"], number + "NMS");
ConsoleKeyInfo cki;
while (true)
{
cki = Console.ReadKey();
if (cki.Key == ConsoleKey.Escape)
{
break;
}
}
}
public void testAddEONRow()
{
short frequency = 2;
short band = 3;
//stworzenie nowej tabeli
EONTable table = new EONTable();
//stworzenie nowych rzedow
EONTableRowIN rowIn = new EONTableRowIN(frequency, band);
EONTableRowOut rowOut = new EONTableRowOut(frequency, band);
//Dodanie rzedow
table.addRow(rowIn);
table.addRow(rowOut);
//Sprawdzenie, czy wybrane czestotliwosci sa zajete
for (int i = frequency; i < frequency + band; i++)
{
Assert.IsTrue(table.InFrequencies[i] == frequency);
Assert.IsTrue(table.OutFrequencies[i] == frequency);
}
//Sprawdzenie wolnych czestotliwosci
for (int i = 0; i < frequency; i++)
{
Assert.IsTrue(table.InFrequencies[i] == -1);
Assert.IsTrue(table.OutFrequencies[i] == -1);
}
for (int i = frequency + band; i < EONTable.capacity; i++)
{
Assert.IsTrue(table.InFrequencies[i] == -1);
Assert.IsTrue(table.OutFrequencies[i] == -1);
}
}
