/// <summary>
/// Dodanie rzędu do tablicy EON, wraz z aktualizacją tablic zajętości z częstotliwościami OUT.
/// </summary>
/// <param name="row"></param>
public bool addRow(EONTableRowOut row)
{
try
{
//sprawdzenie, czy wpis nie bedzie kolidowal
if (CheckAvailability(row.busyFrequency, row.busyBandOUT, "out") && row.busyFrequency >= 0 &&
row.busyFrequency <= EONTable.capacity && row.busyBandOUT > 0)
{
//dodanie do tabeli
this.TableOut.Add(row);
//Ustawienie wartosci zajetych pol w tabeli
for (int i = row.busyFrequency; i < row.busyFrequency + row.busyBandOUT; i++)
{
this.OutFrequencies[i] = row.busyFrequency;
}
return(true);
}
else
{
throw new Exception("EONTable.addRow(out): failed to add a row! bandOut=" + row.busyBandOUT + " frequency=" + row.busyFrequency);
}
}
catch (Exception E)
{
if (row.busyBandOUT != 0)
{
Console.WriteLine(E.Message);
}
return(false);
}
}
/// <summary>
/// Funkcja, ktora usuwa wpis z wyjsciowej tablicy EONowej i zwalnia zajete pasma
/// </summary>
/// <param name="row"></param>
/// <returns></returns>
public bool deleteRow(EONTableRowOut row)
{
int indexToRemove =
TableOut.FindIndex(x => x.busyBandOUT == row.busyBandOUT && x.busyFrequency == row.busyFrequency);
//Czy taki wpis jest w tabeli?
if (indexToRemove != -1)
{
//zwolnienie wszystkich szczelin zwiazanych z danym wierszem
for (int i = row.busyFrequency; i < row.busyBandOUT + row.busyFrequency; i++)
{
OutFrequencies[i] = -1;
}
//wyrzucenie z tabeli wiersza
TableOut.RemoveAt(indexToRemove);
return(true);
}
else
{
//Nie ma takiego wpisu w tabeli, wiec sie go nie da usunac
return(false);
}
}
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));
}
/// <summary>
/// Funkcja, ktora usuwa wpis z wyjsciowej tablicy EONowej i zwalnia zajete pasma
/// </summary>
/// <param name="row"></param>
/// <returns></returns>
public bool deleteRow(EONTableRowOut row)
{
//Czy taki wpis jest w tabeli?
if (TableOut.Contains(row))
{
//zwolnienie wszystkich szczelin zwiazanych z danym wierszem
for (int i = row.busyFrequency; i < row.busyBandOUT + row.busyFrequency; i++)
{
OutFrequencies[i] = -1;
}
//wyrzucenie z tabeli wiersza
TableOut.Remove(row);
return(true);
}
else
{
//Nie ma takiego wpisu w tabeli, wiec sie go nie da usunac
return(false);
}
}
/// <summary>
/// Dodanie rzędu do tablicy EON, wraz z aktualizacją tablic zajętości z częstotliwościami OUT.
/// </summary>
/// <param name="row"></param>
public bool addRow(EONTableRowOut row)
{
//sprawdzenie, czy wpis nie bedzie kolidowal
if (CheckAvailability(row.busyFrequency, row.busyBandOUT, "out"))
{
//dodanie do tabeli
this.TableOut.Add(row);
//Ustawienie wartosci zajetych pol w tabeli
for (int i = row.busyFrequency; i < row.busyFrequency + row.busyBandOUT; i++)
{
this.OutFrequencies[i] = row.busyFrequency;
}
return(true);
}
else
{
throw new Exception("EONTable.addRow(in): failed to add a row!");
}
return(false);
}
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);
}
}
public void fillingTable(string line, Socket socketsending, string key)
{
//Znaki oddzielające poszczególne części żądania klienta.
char[] delimiterChars = { '#' };
//Podzielenie żądania na tablicę stringów.
string[] words;
words = line.Split(delimiterChars);
switch (words[0])
{
case "ADD":
switch (Int32.Parse(words[1]))
{
//Dodawanie wpisu do BorderComutationTable
case 1:
BorderNodeCommutationTableRow newRow = new BorderNodeCommutationTableRow(
words[2], Convert.ToInt16(words[3]), Convert.ToInt16(words[4]), Convert.ToInt16(words[5]), Convert.ToInt16(words[6]),
Convert.ToInt16(words[7]), words[8], Convert.ToInt16(words[9]), Convert.ToInt16(words[10]));
borderNodeCommutationTable.Table.Add(newRow);
stateReceivedMessageFromNMS("BorderNodeCommutationTable", "ADD");
break;
//Dodanie wpisu do EONTable
case 2:
EONTableRowIN eonIN = new EONTableRowIN(Convert.ToInt16(words[2]), Convert.ToInt16(words[3]));
EONTableRowOut eonOut = new EONTableRowOut(Convert.ToInt16(words[4]), Convert.ToInt16(words[5]));
bool eoninbool = eonTable.addRow(eonIN);
bool eonoutbool = eonTable.addRow(eonOut);
if (eoninbool == false || eonoutbool == false)
{
sendingMessageCommunication(OperationConfiguration.getSetting(key, mySettings), "ERROR", socketsending);
}
else
{
stateReceivedMessageFromNMS("EONTable", "ADD");
}
break;
//Dodanie wpisu do CommutationTable
case 3:
CommutationTableRow commuteRow = new CommutationTableRow(Convert.ToInt16(words[2]),
Convert.ToInt16(words[3]), Convert.ToInt16(words[4]), Convert.ToInt16(words[5]));
commutationTable.Table.Add(commuteRow);
stateReceivedMessageFromNMS("CommutationTable", "ADD");
break;
default:
break;
}
break;
case "DELETE":
switch (Int32.Parse(words[1]))
{
//Dodawanie wpisu do BorderComutationTable
case 1:
BorderNodeCommutationTableRow newRow = new BorderNodeCommutationTableRow();
newRow = borderNodeCommutationTable.FindRow(words[2], Convert.ToInt16(words[3]), words[4]);
borderNodeCommutationTable.Table.Remove(newRow);
stateReceivedMessageFromNMS("BorderNodeCommutationTable", "DELETE");
break;
//Dodanie wpisu do EONTable
case 2:
EONTableRowIN eonIN = new EONTableRowIN(Convert.ToInt16(words[2]), Convert.ToInt16(words[3]));
EONTableRowOut eonOut = new EONTableRowOut(Convert.ToInt16(words[4]), Convert.ToInt16(words[5]));
bool eoninbool = eonTable.deleteRow(eonIN);
bool eonoutbool = eonTable.deleteRow(eonOut);
if (eoninbool == false || eonoutbool == false)
{
sendingMessageCommunication(OperationConfiguration.getSetting(key, mySettings), "ERROR", socketsending);
}
else
{
stateReceivedMessageFromNMS("EONTable", "DELETE");
}
break;
//Dodanie wpisu do CommutationTable
case 3:
CommutationTableRow rowToDelete = new CommutationTableRow();
rowToDelete = commutationTable.FindRow(Convert.ToInt16(words[2]), Convert.ToInt16(words[3]));
commutationTable.Table.Remove(rowToDelete);
stateReceivedMessageFromNMS("CommutationTable", "DELETE");
break;
default:
break;
}
break;
case "TOPOLOGY":
switch (Int32.Parse(words[1]))
{
case 1:
//Dodawanie wpisu do BorderComutationTable
for (int i = 0; i < borderNodeCommutationTable.Table.Count; i++)
{
byte[] table_in_bytes = null;
string builder = string.Empty;
string port_in = string.Empty;
string port_out = string.Empty;
string Hops = string.Empty;
string command = string.Empty;
string band_out = string.Empty;
string destination_IP = string.Empty;
string Modulation = string.Empty;
string BitRate = string.Empty;
string IP_IN = string.Empty;
string Frequency_out = string.Empty;
command = "TOPOLOGY";
IP_IN = borderNodeCommutationTable.Table[i].IP_IN.ToString();
port_in = borderNodeCommutationTable.Table[i].port_in.ToString();
band_out = borderNodeCommutationTable.Table[i].band.ToString();
Frequency_out = borderNodeCommutationTable.Table[i].frequency.ToString();
Modulation = borderNodeCommutationTable.Table[i].modulationPerformance.ToString();
BitRate = borderNodeCommutationTable.Table[i].bitRate.ToString();
destination_IP = borderNodeCommutationTable.Table[i].IP_Destination.ToString();
port_out = borderNodeCommutationTable.Table[i].Port.ToString();
Hops = borderNodeCommutationTable.Table[i].hopsNumber.ToString();
builder = command + "#" + "1" + "#" + IP_IN + "#" + port_in + "#" + band_out + "#" + Frequency_out + "#" +
Modulation + "#" + BitRate + "#" + destination_IP + "#" + port_out + "#" + Hops;
sendingMessageCommunication(OperationConfiguration.getSetting(key, mySettings), builder, socketsending);
}
break;
//Dodanie wpisu do EONTable
case 2:
for (int i = 0; i < eonTable.TableIN.Count; i++)
{
byte[] table_in_bytes = null;
string builder = string.Empty;
;
string command = string.Empty;
string band_in = string.Empty;
string frequency_out = string.Empty;
string band_out = string.Empty;
string frequency_in = string.Empty;
command = "TOPOLOGY";
frequency_in = eonTable.TableIN[i].busyFrequency.ToString();
band_in = eonTable.TableIN[i].busyBandIN.ToString();
frequency_out = eonTable.TableOut[i].busyFrequency.ToString();
band_out = eonTable.TableOut[i].busyBandOUT.ToString();
builder = command + "#" + "2" + "#" + frequency_in + "#" + band_in + "#" + frequency_out + "#" + band_out;
sendingMessageCommunication(OperationConfiguration.getSetting(key, mySettings), builder, socketsending);
}
break;
//Dodanie wpisu do CommutationTable
case 3:
for (int i = 0; i < commutationTable.Table.Count; i++)
{
byte[] table_in_bytes = null;
string command = string.Empty;
string builder = string.Empty;
string port_in = string.Empty;
string port_out = string.Empty;
string Frequency_in = string.Empty;
string frequency_out = string.Empty;
command = "TOPOLOGY";
port_in = commutationTable.Table[i].port_in.ToString();
frequency_out = commutationTable.Table[i].frequency_out.ToString();
Frequency_in = commutationTable.Table[i].frequency_in.ToString();
port_out = commutationTable.Table[i].port_out.ToString();
builder = command + "#" + "3" + "#" + Frequency_in + "#" + port_in + "#" + frequency_out + "#" + port_out;
sendingMessageCommunication(OperationConfiguration.getSetting(key, mySettings), builder, socketsending);
}
break;
default:
break;
}
break;
default:
break;
}
// Console.ReadKey();
}
/// <summary>
/// prawdza, czy pasmo na zadanej częstotliwości jest wolne w tym routerze.
/// </summary>
/// <param name="row"></param>
/// <returns></returns>
public bool CheckAvailability(EONTableRowOut row)
{
return(CheckAvailability(row.busyFrequency, row.busyBandOUT, "in"));
}
public void fillingTable(string line)
{
//Znaki oddzielające poszczególne części żądania klienta.
char[] delimiterChars = { '#' };
//Podzielenie żądania na tablicę stringów.
string[] words;
words = line.Split(delimiterChars);
switch (words[0])
{
case "ADD":
switch (Int32.Parse(words[1]))
{
//Dodawanie wpisu do BorderComutationTable
case 1:
BorderNodeCommutationTableRow newRow = new BorderNodeCommutationTableRow(
words[2], Convert.ToInt16(words[3]), Convert.ToInt16(words[4]), Convert.ToInt16(words[5]), Convert.ToInt16(words[6]),
Convert.ToInt16(words[7]), words[8], Convert.ToInt16(words[9]), Convert.ToInt16(words[10]));
borderNodeCommutationTable.Table.Add(newRow);
stateReceivedMessageFromNMS("BorderNodeCommutationTable", "ADD");
break;
//Dodanie wpisu do EONTable
case 2:
EONTableRowIN eonIN = new EONTableRowIN(Convert.ToInt16(words[2]), Convert.ToInt16(words[3]));
EONTableRowOut eonOut = new EONTableRowOut(Convert.ToInt16(words[4]), Convert.ToInt16(words[5]));
eonTable.addRow(eonIN);
eonTable.addRow(eonOut);
stateReceivedMessageFromNMS("EONTable", "ADD");
break;
//Dodanie wpisu do CommutationTable
case 3:
CommutationTableRow commuteRow = new CommutationTableRow(Convert.ToInt16(words[2]),
Convert.ToInt16(words[3]), Convert.ToInt16(words[4]), Convert.ToInt16(words[5]));
commutationTable.Table.Add(commuteRow);
stateReceivedMessageFromNMS("CommutationTable", "ADD");
break;
default:
break;
}
break;
case "DELETE":
switch (Int32.Parse(words[1]))
{
//Dodawanie wpisu do BorderComutationTable
case 1:
BorderNodeCommutationTableRow newRow = new BorderNodeCommutationTableRow();
newRow = borderNodeCommutationTable.FindRow(words[2], Convert.ToInt16(words[3]), words[4]);
borderNodeCommutationTable.Table.Remove(newRow);
stateReceivedMessageFromNMS("BorderNodeCommutationTable", "DELETE");
break;
//Dodanie wpisu do EONTable
case 2:
EONTableRowIN eonIN = new EONTableRowIN(Convert.ToInt16(words[2]), Convert.ToInt16(words[3]));
EONTableRowOut eonOut = new EONTableRowOut(Convert.ToInt16(words[4]), Convert.ToInt16(words[5]));
eonTable.deleteRow(eonIN);
eonTable.deleteRow(eonOut);
stateReceivedMessageFromNMS("EONTable", "DELETE");
break;
//Dodanie wpisu do CommutationTable
case 3:
CommutationTableRow rowToDelete = new CommutationTableRow();
rowToDelete = commutationTable.FindRow(Convert.ToInt16(words[2]), Convert.ToInt16(words[3]));
commutationTable.Table.Remove(rowToDelete);
stateReceivedMessageFromNMS("CommutationTable", "DELETE");
break;
default:
break;
}
break;
default:
break;
}
// Console.ReadKey();
}
public void testCheckAvailability()
{
//Jakies dane do pakietu
string inscription = "Mam malo wody";
short portNumber = 2;
IPAddress IP_Source = IPAddress.Parse("192.168.0.1");
IPAddress IP_Destination = IPAddress.Parse("192.168.0.10");
short packageNumber = 5;
short frequency = 2;
short band = 4;
short usableInfoLength = (short)inscription.Length;
//stworzenie nowego pakietu
Package P = new Package(inscription, portNumber, IP_Destination.ToString(), IP_Source.ToString(),
usableInfoLength, packageNumber, frequency, band);
//nowy rzad wejsciowy tablicy
EONTableRowIN rowIn = new EONTableRowIN(frequency, band);
NetworkNode node = new NetworkNode();
//Wpisanie w tablice EONową węzła
node.eonTable.addRow(rowIn);
//Wartosci powinny byc te same
Assert.AreEqual(node.eonTable.TableIN[0].busyFrequency, frequency);
Assert.AreEqual(node.eonTable.TableIN[0].busyBandIN, band);
//Powinno byc zajete
Assert.IsFalse(node.eonTable.CheckAvailability(frequency, band, "in"));
//Powinno byc zajete
Assert.IsFalse(node.eonTable.CheckAvailability(rowIn));
//Powinno byc wolne
Assert.IsTrue(node.eonTable.CheckAvailability(frequency, band, "out"));
//Powinno sie zazebic troche i zgrzytnac
Assert.IsFalse(node.eonTable.CheckAvailability(1, 3, "in"));
//Nie powinny sie pokrywac
Assert.IsTrue(node.eonTable.CheckAvailability(0, 2, "in"));
//====================================================================================
//nowy rzad wyjsciowy tablicy
EONTableRowOut rowOut = new EONTableRowOut(frequency, band);
//dodanie rzedu do tablicy
node.eonTable.addRow(rowOut);
//Wartosci powinny byc te same
Assert.AreEqual(node.eonTable.TableOut[0].busyFrequency, rowOut.busyFrequency);
Assert.AreEqual(node.eonTable.TableOut[0].busyBandOUT, rowOut.busyBandOUT);
//powinno byc zajete
Assert.IsFalse(node.eonTable.CheckAvailability(rowOut));
//Powinno byc zajete
Assert.IsFalse(node.eonTable.CheckAvailability(frequency, band, "out"));
//Powinno sie zazebic troche i zgrzytnac
Assert.IsFalse(node.eonTable.CheckAvailability(1, 3, "out"));
//Nie powinny sie pokrywac
Assert.IsTrue(node.eonTable.CheckAvailability(0, 2, "out"));
}