private void OnBreakpointPause(object sender, BreakpointPauseEventArgs e)
{
items.Clear();
FuncBlock fblock = BreakPointManager.GetFBlock(e.Address);
void * rbp = SimulateDllModel.GetRBP();
int laddr = (int)rbp + 0x4;
int paddr = (int)rbp - 0x8;
if (fblock != null)
{
IList <FuncBlock_Assignment> localvars = fblock.LocalVars;
IList <FuncBlock_Assignment> parameters = fblock.Parameters;
LocalVarElement_ForFuncBlock lvelement = null;
foreach (FuncBlock_Assignment localvar in localvars)
{
lvelement = new LocalVarElement_ForFuncBlock(localvar);
GetValue(lvelement, localvar, laddr);
items.Add(lvelement);
laddr -= localvar.Sizeof;
}
foreach (FuncBlock_Assignment parameter in parameters)
{
lvelement = new LocalVarElement_ForFuncBlock(parameter);
GetValue(lvelement, parameter, paddr);
items.Add(lvelement);
paddr += parameter.Sizeof;
}
}
PropertyChanged(this, new PropertyChangedEventArgs("Items"));
}
public override void Update(SimulateDllModel dllmodel)
{
foreach (SimulatePulseUnit value in values)
{
value.Update(dllmodel);
}
}
public void Active(SimuBrpoElement ele)
{
int bpaddr = ele.BVModel.BPAddress;
int bpmsg = 0;
int cpmsg = 0;
switch (ele.BPRect.Label)
{
case "": ele.Condition = "无"; bpmsg = 1; break;
case "0": ele.Condition = "0"; cpmsg = 1; break;
case "1": ele.Condition = "1"; cpmsg = 2; break;
case "↑": ele.Condition = "上升沿"; cpmsg = 4; break;
case "↓": ele.Condition = "下降沿"; cpmsg = 8; break;
default: ele.Condition = "无"; break;
}
int count = 1;
try
{
count = int.Parse(ele.BreakTime);
SimulateDllModel.SetBPAddr(bpaddr, bpmsg);
SimulateDllModel.SetCPAddr(bpaddr, cpmsg);
SimulateDllModel.SetBPCount(bpaddr, count);
}
catch (Exception e)
{
}
}
public override void Update(SimulateDllModel dllmodel)
{
if (CanRead)
{
Prototype.Update(dllmodel);
}
}
private void OnSimulateAbort(object sender, RoutedEventArgs e)
{
SimulateAbort(this, e);
if (isdisposed)
{
dllmodel.SimulateAbort -= OnSimulateAbort;
dllmodel.SimulateStart -= OnSimulateStart;
dllmodel.SimulatePause -= OnSimulatePause;
dllmodel.SimulateProgress -= OnSimulateProgress;
dllmodel = null;
SimulateDllModel.FreeDll();
return;
}
if (dllmodel.SimuMode == SimulateDllModel.SIMUMODE_CHART)
{
if (pbwin != null)
{
pbwin.Dispatcher.Invoke(new Utility.Delegates.Execute(
() => { pbwin.Close(); }));
pbwin = null;
}
MainChart.Dispatcher.Invoke(new Utility.Delegates.Execute(
MainChart.Update));
}
}
public override void Update(SimulateDllModel dllmodel)
{
double[] fvalues = dllmodel.GetValue_Float(Name, 1);
double value_old = value;
Value = fvalues[0];
}
public override void Set(SimulateDllModel dllmodel)
{
if (CanWrite)
{
Prototype.Set(dllmodel);
}
}
public void Unactive(SimuBrpoElement ele)
{
int bpaddr = ele.BVModel.BPAddress;
SimulateDllModel.SetBPAddr(bpaddr, 0);
SimulateDllModel.SetCPAddr(bpaddr, 0);
}
public override void Update(SimulateDllModel dllmodel)
{
double[] fvalues = dllmodel.GetValue_Float(Name, size);
for (int i = 0; i < size; i++)
{
this.values[i].Value = fvalues[i];
}
}
public override void Update(SimulateDllModel dllmodel)
{
int[] ivalues = dllmodel.GetValue_Bit(Name, Size);
for (int i = 0; i < size; i++)
{
this.values[i].Value = ivalues[i];
}
}
public override void Set(SimulateDllModel dllmodel)
{
double[] fvalues = new double[size];
for (int i = 0; i < size; i++)
{
fvalues[i] = (double)(this.values[i].Value);
}
dllmodel.SetValue_Float(Name, Size, fvalues);
}
public override void Update(SimulateDllModel dllmodel)
{
if (Islocked)
{
return;
}
double[] dvalues = dllmodel.GetValue_Double(Name, 1);
Value = dvalues[0];
}
public override void Set(SimulateDllModel dllmodel)
{
int[] ivalues = new int[size];
for (int i = 0; i < size; i++)
{
ivalues[i] = (int)(this.values[i].Value);
}
dllmodel.SetValue_Bit(Name, Size, ivalues);
}
public override void Update(SimulateDllModel dllmodel)
{
if (Islocked)
{
return;
}
Int32[] ivalues = dllmodel.GetValue_Bit(Name, 1);
Value = ivalues[0];
}
public void Set(SimulateDllModel dllmodel, int time)
{
Move(time);
if (CurrentSegment != null &&
CurrentSegment.TimeStart <= time &&
CurrentSegment.TimeEnd >= time)
{
SVUnit.Value = CurrentSegment.Value;
SVUnit.Set(dllmodel);
}
}
/// <summary>
/// 初始化构造函数
/// </summary>
public SimulateModel()
{
smanager = new SimulateManager();
dllmodel = smanager.DllModel;
smvars = new List <SimulateVariableUnit>();
AllRoutine = null;
MainRoutine = null;
SubRoutines = new List <SimuViewDiagramModel>();
AllFuncs = null;
FuncBlocks = new List <SimuViewFuncBlockModel>();
SubCharts = new List <SimuViewTabModel>();
}
private void OnBreakpointPause(object sender, BreakpointPauseEventArgs e)
{
BackTraceElement btele = null;
int size = SimulateDllModel.GetBackTrace(data);
items.Clear();
for (int i = size / 2 - 1; i >= 0; i--)
{
btele = GetElement(data[i * 2]);
if (btele != null)
{
items.Add(btele);
}
}
int bpaddr = SimulateDllModel.GetBPAddr();
btele = GetElement(bpaddr);
if (btele != null)
{
items.Add(btele);
}
PropertyChanged(this, new PropertyChangedEventArgs("Items"));
}
public override void Set(SimulateDllModel dllmodel)
{
}
public override void Update(SimulateDllModel dllmodel)
{
}
public override void Set(SimulateDllModel dllmodel)
{
Int32[] ivalues = { this.value };
dllmodel.SetValue_Bit(Name, 1, ivalues);
}
public void Update(SimulateDllModel dllmodel, int time)
{
SVUnit.Update(dllmodel);
Move(time);
ValueSegment nseg = null;
if (CurrentSegment != null)
{
nseg = CurrentSegment;
if (time > nseg.TimeEnd)
{
if (!SVUnit.Value.Equals(nseg.Value))
{
nseg = nseg.Clone();
nseg.Value = SVUnit.Value;
nseg.TimeStart = nseg.TimeEnd + 1;
nseg.TimeEnd = time;
values.Insert(CurrentIndex + 1, nseg);
}
else
{
nseg.TimeEnd = time;
}
}
else if (time >= nseg.TimeStart && time <= nseg.TimeEnd)
{
if (!SVUnit.Value.Equals(nseg.Value))
{
values.Remove(nseg);
ValueSegment lseg = nseg.Clone();
ValueSegment rseg = nseg.Clone();
nseg = nseg.Clone();
lseg.TimeEnd = time - 1;
rseg.TimeStart = time + 1;
nseg.TimeStart = nseg.TimeEnd = time;
nseg.Value = SVUnit.Value;
if (rseg.TimeEnd >= rseg.TimeStart)
{
values.Insert(CurrentIndex, rseg);
}
values.Insert(CurrentIndex, nseg);
if (lseg.TimeEnd >= lseg.TimeStart)
{
values.Insert(CurrentIndex, lseg);
}
}
}
else
{
throw new ArgumentException(String.Format("Cannot get value segment related to time {0:d}", time));
}
}
else if (values.Count() == 0)
{
Init(time);
CurrentIndex = 0;
CurrentSegment.Value = SVUnit.Value;
}
else if (CurrentIndex < 0)
{
nseg = values.First().Clone();
nseg.Value = SVUnit.Value;
nseg.TimeStart = nseg.TimeEnd = time;
values.Insert(0, nseg);
}
else
{
throw new ArgumentException(String.Format("Cannot get value segment related to time {0:d}", time));
}
}
public override void Set(SimulateDllModel dllmodel)
{
double[] dvalues = { this.value };
dllmodel.SetValue_Double(Name, 1, dvalues);
}
abstract public void Update(SimulateDllModel dllmodel);
public override void Set(SimulateDllModel dllmodel)
{
double[] fvalues = { this.value };
dllmodel.SetValue_Float(Name, 1, fvalues);
}
abstract public void Set(SimulateDllModel dllmodel);
public override void Update(SimulateDllModel dllmodel)
{
Value = dllmodel.GetFeq(Name);
}
