/// <summary> 更新线程运行的更新方法 </summary>
private void Update()
{
_pause_old = 0;
_pause_new = 0;
// 存活时运行循环
while (updateactive)
{
// 更新所有变量模型
foreach (SimulateVariableModel svmodel in Variables)
{
svmodel.Update(dllmodel);
}
// 更新所有未锁定的变量单元
foreach (List <SimulateVariableUnit> svulist in udict.Values)
{
foreach (SimulateVariableUnit svunit in svulist)
{
svunit.Update(dllmodel);
}
}
// 更新所有已锁定的变量单元
foreach (List <SimulateVariableUnit> svulist in ldict.Values)
{
foreach (SimulateVariableUnit svunit in svulist)
{
svunit.Set(dllmodel);
}
}
// 若检查到暂停状态的改变则进行处理
_pause_new = SimulateDllModel.GetBPPause();
isbppause = (_pause_new > 0);
if (_pause_old == 0 && _pause_new > 0)
{
if (SimulateDllModel.GetCallCount() > 256)
{
bpstatus = BreakpointStatus.SOF;
}
OnBreakpointPause(new BreakpointPauseEventArgs(
SimulateDllModel.GetBPAddr(), bpstatus));
}
if (_pause_old > 0 && _pause_new == 0)
{
OnBreakpointResume(new BreakpointPauseEventArgs(
SimulateDllModel.GetBPAddr(), bpstatus));
}
_pause_old = _pause_new;
// 测试dll系统栈的访问
//TestRBP();
// 等待
Thread.Sleep(50);
}
}
unsafe private void TestRBP()
{
int call = SimulateDllModel.GetCallCount();
void *rbp = SimulateDllModel.GetRBP();
byte[] data = new byte[64];
if ((int)(rbp) > 0x08)
{
for (int i = 0; i < data.Length; i++)
{
data[i] = *(((byte *)(rbp)) + i - 32);
}
}
}
