internal override IPdu Parse(UnparsedPdu raw)
{
try {
switch (raw.GetType()) {
case 1:
case 2:
case 3:
throw new PduException("Unexpected " + raw,
new AAbort(AAbort.SERVICE_PROVIDER, AAbort.UNEXPECTED_PDU));
case 4:
return m_fsm.FireReceived(PDataTF.Parse(raw));
case 5:
IPdu pdu = m_fsm.FireReceived(AReleaseRQ.Parse(raw));
m_fsm.ChangeState(m_fsm.requestor ? m_fsm.STA9 : m_fsm.STA10);
return pdu;
case 6:
m_fsm.FireReceived(pdu = AReleaseRP.Parse(raw));
m_fsm.ChangeState(m_fsm.STA1);
return pdu;
case 7:
m_fsm.FireReceived(m_fsm.aa = AAbort.Parse(raw));
m_fsm.ChangeState(m_fsm.STA1);
return m_fsm.aa;
default:
throw new PduException("Unrecognized " + raw,
new AAbort(AAbort.SERVICE_PROVIDER, AAbort.UNRECOGNIZED_PDU));
}
}
catch (PduException ule) {
try {
Write(ule.AAbort);
}
catch (Exception) {}
throw ule;
}
}
internal override IPdu Parse(UnparsedPdu raw)
{
try {
switch (raw.GetType()) {
case 1:
m_fsm.FireReceived(m_fsm.rq = AAssociateRQ.Parse(raw));
m_fsm.ChangeState(m_fsm.STA3);
return m_fsm.rq;
case 2:
case 3:
case 4:
case 5:
case 6:
throw new PduException("Unexpected " + raw,
new AAbort(AAbort.SERVICE_PROVIDER, AAbort.UNEXPECTED_PDU));
case 7:
m_fsm.FireReceived(m_fsm.aa = AAbort.Parse(raw));
m_fsm.ChangeState(m_fsm.STA1);
return m_fsm.aa;
default:
throw new PduException("Unrecognized " + raw,
new AAbort(AAbort.SERVICE_PROVIDER, AAbort.UNRECOGNIZED_PDU));
}
}
catch (PduException ule) {
try {
Write(ule.AAbort);
}
catch (Exception) {}
throw ule;
}
}
public virtual IPdu ReadFrom(Stream ins, byte[] buf)
{
var raw = new UnparsedPdu(ins, buf);
switch (raw.GetType()) {
case 1:
return AAssociateRQ.Parse(raw);
case 2:
return AAssociateAC.Parse(raw);
case 3:
return AAssociateRJ.Parse(raw);
case 4:
return PDataTF.Parse(raw);
case 5:
return AReleaseRQ.Parse(raw);
case 6:
return AReleaseRP.Parse(raw);
case 7:
return AAbort.Parse(raw);
default:
throw new PduException("Unrecognized " + raw,
new AAbort(AAbort.SERVICE_PROVIDER, AAbort.UNRECOGNIZED_PDU));
}
}