private void ProcessFormat2Conditions(ETMPcktPHeaderFormat2 aHeader)
{
string atom1TypeName = TraceAtomTypeName(aHeader.Atom1Type);
string atom2TypeName = TraceAtomTypeName(aHeader.Atom2Type);
base.Trace("{0} - 1 x {1}, 1 x {2}", base.MakeTracePacketPrefix("P-HEADER(2)"), atom1TypeName, atom2TypeName);
// First instruction
{
uint address1 = base.StateData.CurrentAddress;
ETMInstruction inst1 = base.StateData.FetchInstruction(address1);
TraceAtom(aHeader.Atom1Type, inst1);
if (aHeader.Atom1Type == ETMPcktPHeaderBase.TAtomType.EAtomE_Passed)
{
bool branched = CheckForBranch(inst1);
if (!branched)
{
base.StateData.IncrementPC();
}
}
else
{
base.StateData.IncrementPC();
}
}
// Second instruction
{
uint address2 = base.StateData.CurrentAddress;
ETMInstruction inst2 = base.StateData.FetchInstruction(address2);
TraceAtom(aHeader.Atom2Type, inst2);
if (aHeader.Atom2Type == ETMPcktPHeaderBase.TAtomType.EAtomE_Passed)
{
bool branched = CheckForBranch(inst2);
if (!branched)
{
base.StateData.IncrementPC();
}
}
else
{
base.StateData.IncrementPC();
}
}
// Spacer - to make the verbose output easier to read...
base.Trace(string.Empty);
}
public override ETMDecodeState HandleByte(SymByte aByte)
{
ETMDecodeState nextState = new ETMDecodeStateSynchronized(base.StateData);
//
ETMPcktBase packet = Packets.Factory.ETMPacketFactory.Create(aByte);
if (packet is ETMPcktPHeaderFormat1)
{
ETMPcktPHeaderFormat1 pHeader1 = (ETMPcktPHeaderFormat1)packet;
ProcessFormat1Conditions(pHeader1);
}
else if (packet is ETMPcktPHeaderFormat2)
{
ETMPcktPHeaderFormat2 pHeader2 = (ETMPcktPHeaderFormat2)packet;
ProcessFormat2Conditions(pHeader2);
}
else
{
throw new ETMException("ERROR: P-HEADER is not supported");
}
//
return(nextState);
}