private void RoutineTable_RoutineAdded(object sender, ZRoutineAddedEventArgs e)
{
lines.BeginBulkOperation();
try
{
// Find routine header line that would follow this routine
int nextRoutineIndex = -1;
int insertionPoint = -1;
for (int i = 0; i < routineAddressAndIndexList.Count; i++)
{
var addressAndIndex = routineAddressAndIndexList[i];
if (addressAndIndex.Address > e.Routine.Address)
{
nextRoutineIndex = i;
insertionPoint = addressAndIndex.Index;
break;
}
}
// If no routine header found, insert at the end of the list.
if (nextRoutineIndex == -1)
{
insertionPoint = lines.Count;
}
var count = 0;
// Is previous line an address gap? If so, we need to either remove it or update it in place.
if (insertionPoint > 0)
{
var addressGap = lines[insertionPoint - 1] as DisassemblyAddressGapLineViewModel;
if (addressGap != null)
{
var priorRoutine = addressGap.Start;
var nextRoutine = addressGap.End;
if (addressGap.StartAddress == e.Routine.Address)
{
// If the address gap starts at this routine, we need to remove it.
lines.RemoveAt(--insertionPoint);
count--;
}
else if (addressGap.StartAddress < e.Routine.Address)
{
// If the address gap starts before this routine, we need to update it in place.
lines[insertionPoint - 1] = new DisassemblyAddressGapLineViewModel(priorRoutine, e.Routine)
{
ShowBlankBefore = true
};
}
if (nextRoutine.Address > e.Routine.Address + e.Routine.Length - 1)
{
// If there is a gap between this routine and the next one, we need to insert an address gap.
var newAddressGap = new DisassemblyAddressGapLineViewModel(e.Routine, nextRoutine)
{
ShowBlankBefore = true
};
lines.Insert(insertionPoint, newAddressGap);
count++;
}
}
}
var instructions = e.Routine.Instructions;
var lastIndex = instructions.Length - 1;
for (int i = lastIndex; i >= 0; i--)
{
var instruction = instructions[i];
var instructionLine = new DisassemblyInstructionLineViewModel(instruction, i == lastIndex);
if (breakpointService.Exists(instruction.Address))
{
instructionLine.HasBreakpoint = true;
}
lines.Insert(insertionPoint, instructionLine);
count++;
addressToLineMap.Add(instruction.Address, instructionLine);
}
var routineHeaderLine = new DisassemblyRoutineHeaderLineViewModel(e.Routine)
{
ShowBlankBefore = insertionPoint > 0,
ShowBlankAfter = true
};
lines.Insert(insertionPoint, routineHeaderLine);
count++;
addressToLineMap.Add(e.Routine.Address, routineHeaderLine);
if (nextRoutineIndex >= 0)
{
// fix up routine indeces...
for (int i = nextRoutineIndex; i < routineAddressAndIndexList.Count; i++)
{
var addressAndIndex = routineAddressAndIndexList[i];
routineAddressAndIndexList[i] = new AddressAndIndex(addressAndIndex.Address, addressAndIndex.Index + count);
}
routineAddressAndIndexList.Insert(nextRoutineIndex, new AddressAndIndex(e.Routine.Address, insertionPoint));
}
else
{
routineAddressAndIndexList.Add(new AddressAndIndex(e.Routine.Address, insertionPoint));
}
}
finally
{
lines.EndBulkOperation();
}
}
private void DebuggerService_MachineCreated(object sender, MachineCreatedEventArgs e)
{
var reader = new MemoryReader(storyService.Story.Memory, 0);
DisassemblyLineViewModel ipLine;
lines.BeginBulkOperation();
try
{
var routineTable = routineService.RoutineTable;
for (int rIndex = 0; rIndex < routineTable.Count; rIndex++)
{
var routine = routineTable[rIndex];
if (rIndex > 0)
{
var lastRoutine = routineTable[rIndex - 1];
if (lastRoutine.Address + lastRoutine.Length < routine.Address)
{
var addressGapLine = new DisassemblyAddressGapLineViewModel(lastRoutine, routine)
{
ShowBlankBefore = true
};
lines.Add(addressGapLine);
}
}
var routineHeaderLine = new DisassemblyRoutineHeaderLineViewModel(routine)
{
ShowBlankBefore = rIndex > 0,
ShowBlankAfter = true
};
routineAddressAndIndexList.Add(new AddressAndIndex(routineHeaderLine.Address, lines.Count));
lines.Add(routineHeaderLine);
addressToLineMap.Add(routine.Address, routineHeaderLine);
var instructions = routine.Instructions;
var lastIndex = instructions.Length - 1;
for (int i = 0; i <= lastIndex; i++)
{
var instruction = instructions[i];
var instructionLine = new DisassemblyInstructionLineViewModel(instruction, i == lastIndex);
if (breakpointService.Exists(instruction.Address))
{
instructionLine.HasBreakpoint = true;
}
lines.Add(instructionLine);
addressToLineMap.Add(instruction.Address, instructionLine);
}
}
ipLine = GetLineByAddress(debuggerService.Machine.PC);
ipLine.HasIP = true;
}
finally
{
lines.EndBulkOperation();
}
BringLineIntoView(ipLine);
routineService.RoutineTable.RoutineAdded += RoutineTable_RoutineAdded;
}
