/// <summary>
/// Sends the ack.
/// </summary>
/// <param name='ackType'>
/// Ack type.
/// </param>
private void sendAck(bool ackType)
{
byte[] ackBuf = new byte[(int)TransSize.ACKSIZE];
ackBuf [(int)TransCHKSUM.SEQNO] = (byte)
(ackType ? (byte)buffer [(int)TransCHKSUM.SEQNO] : (byte)(buffer [(int)TransCHKSUM.SEQNO] + 1) % 2);
ackBuf [(int)TransCHKSUM.TYPE] = (byte)(int)TransType.ACK;
checksum.calcChecksum(ref ackBuf, (int)TransSize.ACKSIZE);
link.send(ackBuf, (int)TransSize.ACKSIZE);
}
/// <summary>
/// Sends the ack.
/// </summary>
/// <param name='ackType'>
/// Ack type.
/// </param>
private void sendAck(bool ackType)
{
byte[] ackBuf = new byte[(int)TransSize.ACKSIZE];
ackBuf[(int)TransCHKSUM.SEQNO] = (byte)
(ackType ? (byte)buffer[(int)TransCHKSUM.SEQNO] : (byte)(buffer[(int)TransCHKSUM.SEQNO] + 1) % 2);
ackBuf[(int)TransCHKSUM.TYPE] = (byte)(int)TransType.ACK;
checksum.calcChecksum(ref ackBuf, (int)TransSize.ACKSIZE);
if ((++errorCount) == 3) // der er brugt if-statement til at tælle antal error.
{
ackBuf[2]++;
Console.WriteLine($"Byte: (2) --> {errorCount} Transmitted ACK package)");
}
link.send(ackBuf, (int)TransSize.ACKSIZE);
}
/// <summary>
/// Sends the ack.
/// </summary>
/// <param name='ackType'>
/// Ack type.
/// </param>
private void sendAck(bool ackType)
{
byte[] ackBuf = new byte[(int)TransSize.ACKSIZE];
ackBuf [(int)TransCHKSUM.SEQNO] = (byte)
(ackType ? (byte)buffer [(int)TransCHKSUM.SEQNO] : (byte)(buffer [(int)TransCHKSUM.SEQNO] + 1) % 2);
ackBuf [(int)TransCHKSUM.TYPE] = (byte)(int)TransType.ACK;
checksum.calcChecksum(ref ackBuf, (int)TransSize.ACKSIZE);
if (++errorCount == 2) // Simulate noise
{
ackBuf[1]++; // Important: Only spoil a checksum-field (ackBuf[0] or ackBuf[1])
Console.WriteLine("Noise! byte #1 is spoiled in the third transmitted ACK-package");
}
link.send(ackBuf, (int)TransSize.ACKSIZE);
}
/// <summary>
/// Sends the ack.
/// </summary>
/// <param name='ackType'>
/// Ack type.
/// </param>
private void SendAck(bool ackType)
{
byte[] ackBuf = new byte[(int)TransSize.ACKSIZE];
ackBuf [(int)TransCHKSUM.SEQNO] = (byte)
(ackType ? (byte)_buffer [(int)TransCHKSUM.SEQNO] : (byte)(_buffer [(int)TransCHKSUM.SEQNO] + 1) % 2);
ackBuf [(int)TransCHKSUM.TYPE] = (byte)(int)TransType.ACK;
_checksum.calcChecksum(ref ackBuf, (int)TransSize.ACKSIZE);
if (++_errorCount == 3)
{
ackBuf[1]++;
Console.WriteLine("Byte 1 spoiled in ACK-package {0}", _errorCount);
}
_link.Send(ackBuf, (int)TransSize.ACKSIZE);
}
/// <summary>
/// Sends the ack.
/// </summary>
/// <param name='ackType'>
/// Ack type.
/// </param>
private void sendAck(bool ackType)
{
byte[] ackBuf = new byte[(int)TransSize.ACKSIZE];
ackBuf[(int)TransCHKSUM.SEQNO] = (byte)
(ackType ? (byte)buffer[(int)TransCHKSUM.SEQNO] : (byte)(buffer[(int)TransCHKSUM.SEQNO] + 1) % 2);
ackBuf[(int)TransCHKSUM.TYPE] = (byte)(int)TransType.ACK;
checksum.calcChecksum(ref ackBuf, (int)TransSize.ACKSIZE);
if (++errorCount2 == 10)
{
ackBuf[1]++;
Console.WriteLine(" - Noise introduced - byte 1 has been spoiled in ACK-message");
}
link.send(ackBuf, (int)TransSize.ACKSIZE);
}
/// <summary>
/// Sends the ack.
/// </summary>
/// <param name='ackType'>
/// Ack type.
/// </param>
private void SendAck(bool ackType)
{
byte[] ackBuf = new byte[(int)TransSize.ACKSIZE];
ackBuf[(int)TransCHKSUM.SEQNO] = (byte)
(ackType ? _buffer[(int)TransCHKSUM.SEQNO] : (byte)(_buffer[(int)TransCHKSUM.SEQNO] + 1) % 2);
ackBuf[(int)TransCHKSUM.TYPE] = (byte)(int)TransType.ACK;
_checksum.calcChecksum(ref ackBuf, (int)TransSize.ACKSIZE);
if (++_noiseSimulation == 2)
{
ackBuf[0]++;
_noiseSimulation = 0;
}
_link.Send(ackBuf, (int)TransSize.ACKSIZE);
}
/// <summary>
/// Sends the ack.
/// </summary>
/// <param name='ackType'>
/// Ack type.
/// </param>
private void SendAck(bool ackType)
{
byte[] ackBuf = new byte[(int)TransSize.ACKSIZE];
ackBuf[(int)TransCHKSUM.SEQNO] = (byte)(ackType
? buffer[(int)TransCHKSUM.SEQNO]
: (byte)(buffer[(int)TransCHKSUM.SEQNO] + 1) % 2);
ackBuf[(int)TransCHKSUM.TYPE] = (byte)(int)TransType.ACK;
checksum.calcChecksum(ref ackBuf, (int)TransSize.ACKSIZE);
if (++bitErrorIntroduction == 2)
{
ackBuf[0]++;
bitErrorIntroduction = 0;
}
link.Send(ackBuf, (int)TransSize.ACKSIZE);
}
/// <summary>
/// Sends the ack.
/// </summary>
/// <param name='ackType'>
/// Ack type.
/// </param>
private void sendAck(bool ackType)
{
byte[] ackBuf = new byte[(int)TransSize.ACKSIZE];
ackBuf [(int)TransCHKSUM.SEQNO] = (byte)
(ackType ? (byte)buffer [(int)TransCHKSUM.SEQNO] : (byte)(buffer [(int)TransCHKSUM.SEQNO] + 1) % 2);
ackBuf [(int)TransCHKSUM.TYPE] = (byte)(int)TransType.ACK;
checksum.calcChecksum(ref ackBuf, (int)TransSize.ACKSIZE);
//Force error
errorCount++;
if (errorCount == 7)
{
ackBuf [0]++;
Console.WriteLine("Fejl i ACK");
}
//
link.send(ackBuf, (int)TransSize.ACKSIZE);
}
/// <summary>
/// Sends the ack.
/// </summary>
/// <param name='ackType'>
/// Ack type.
/// </param>
private void sendAck(bool ackType)
{
byte[] ackBuf = new byte[(int)TransSize.ACKSIZE];
ackBuf[(int)TransCHKSUM.SEQNO] = (byte)
(ackType ? (byte)buffer[(int)TransCHKSUM.SEQNO] : (byte)(buffer[(int)TransCHKSUM.SEQNO] + 1) % 2);
ackBuf[(int)TransCHKSUM.TYPE] = (byte)(int)TransType.ACK;
checksum.calcChecksum(ref ackBuf, (int)TransSize.ACKSIZE);
///*
// bitfejl
if (++errorCount == 2)
{
ackBuf[1]++;
Console.WriteLine("FEJL I ACK");
}
//*/
link.send(ackBuf, (int)TransSize.ACKSIZE);
}