internal CorStackWalkEx(ICorDebugStackWalk stackwalk, CorThread thread)
: base(stackwalk, thread)
{
m_internalFrameIndex = 0;
m_internalFrames = thread.GetActiveInternalFrames();
m_bEndOfStackFrame = false;
}
public CorBacktrace (CorThread thread, CorDebuggerSession session): base (session.ObjectAdapter)
{
this.session = session;
this.thread = thread;
threadId = thread.Id;
frames = new List<CorFrame> (GetFrames (thread));
evalTimestamp = CorDebuggerSession.EvaluationTimestamp;
}
void CheckTimestamp ( )
{
if (evalTimestamp != CorDebuggerSession.EvaluationTimestamp) {
thread = null;
frame = null;
corEval = null;
}
}
/**
* Are there managed callbacks queued up for the requested thread?
*/
public bool HasQueuedCallbacks (CorThread managedThread)
{
int queued = 0;
m_controller.HasQueuedCallbacks( (managedThread==null)?null:managedThread.GetInterface(),
out queued
);
return !(queued == 0);
}
/**
* Are there managed callbacks queued up for the requested thread?
*/
public bool HasQueuedCallbacks(CorThread managedThread)
{
int queued = 0;
m_controller.HasQueuedCallbacks((managedThread == null)?null:managedThread.GetInterface(),
out queued
);
return(!(queued == 0));
}
internal static IEnumerable<CorFrame> GetFrames (CorThread thread)
{
foreach (CorChain chain in thread.Chains) {
if (!chain.IsManaged)
continue;
foreach (CorFrame frame in chain.Frames)
yield return frame;
}
}
public void Step(CorThread thread)
{
_activeThread = thread;
var stepper = createStepper();
var mod = _activeThread.ActiveFrame.Function.Module;
if (hasSymbolReader(mod))
stepIn(mod, stepper);
else
stepOut(stepper);
}
//
// IEnumerator interface
//
public bool MoveNext()
{
ICorDebugThread[] a = new ICorDebugThread[1];
uint c = 0;
int r = m_enum.Next ((uint) a.Length, a, out c);
if (r==0 && c==1) // S_OK && we got 1 new element
m_th = new CorThread (a[0]);
else
m_th = null;
return m_th != null;
}
//
// IEnumerator interface
//
public bool MoveNext()
{
ICorDebugThread[] a = new ICorDebugThread[1];
uint c = 0;
int r = m_enum.Next((uint)a.Length, a, out c);
if (r == 0 && c == 1) // S_OK && we got 1 new element
{
m_th = new CorThread(a[0]);
}
else
{
m_th = null;
}
return(m_th != null);
}
//constructors
/// <summary>
/// Initialze the StackTrace Class and create all the FrameInfo objects
/// </summary>
/// <param name="proc">The thread to get the stack trace of</param>
internal ThreadInfo(CorThread thread, ProcessInfo procInfo)
{
if (thread == null)
{
throw new ArgumentNullException("thread");
}
if (procInfo == null)
{
throw new ArgumentNullException("procInfo");
}
this.thread = thread;
metaImportHash = new Dictionary<string, CorMetadataImport>();
frameStack = new List<FrameInfo>();
threadId = thread.Id;
processInfo = procInfo;
//get the general thread information object
generalThreadInfo = procInfo.GeneralThreads[threadId];
}
public void Stopped(DllDebugger debugger, CorThread thread)
{
Console.ForegroundColor = ConsoleColor.Black;
Console.BackgroundColor = ConsoleColor.Green;
Console.Out.Write("Thread [{0}]", thread.Id);
Console.BackgroundColor = ConsoleColor.Black;
Console.ForegroundColor = ConsoleColor.Red;
Console.Out.Write(" (ct=Continue, stov=Step Over, stin=Step In, trc=Stack Trace, det=Detach): ");
Console.ForegroundColor = ConsoleColor.Green;
var line = Console.In.ReadLine();
var transcribed = line.ToLower();
if (transcribed.Contains("ct")) return;
if (transcribed.Contains("stov")) debugger.StepOver(thread);
else if (transcribed.Contains("stin")) debugger.StepInto(thread);
else if (transcribed.Contains("trc")) debugger.ShowStackTrace(thread);
else if (transcribed.Contains("locals")) debugger.ShowLocals(thread);
else if (transcribed.Contains("br")) SetBreakpoint(transcribed, debugger);
else if (transcribed.Contains("det")) debugger.Detach();
else Stopped(debugger, thread);
}
/// <summary>
/// Returns a list of threads waiting for the monitor event associated with this object
/// </summary>
/// <returns>The list of waiting threads. The first thread in the list will be released on the
/// next call to Monitor.Pulse, and each succesive call will release the next thread in the list</returns>
public CorThread[] GetMonitorEventWaitList()
{
if (m_heapVal as ICorDebugHeapValue3 == null)
{
throw new NotSupportedException();
}
ICorDebugThreadEnum rawThreadEnum;
(m_heapVal as ICorDebugHeapValue3).GetMonitorEventWaitList(out rawThreadEnum);
uint threadCount;
rawThreadEnum.GetCount(out threadCount);
ICorDebugThread[] rawThreads = new ICorDebugThread[threadCount];
uint countReceived;
rawThreadEnum.Next(threadCount, rawThreads, out countReceived);
Debug.Assert(countReceived == threadCount);
CorThread[] threads = new CorThread[threadCount];
for (int i = 0; i < threadCount; i++)
{
threads[i] = new CorThread(rawThreads[i]);
}
return(threads);
}
public CorFunctionRemapOpportunityEventArgs(CorAppDomain appDomain,
CorThread thread,
CorFunction oldFunction,
CorFunction newFunction,
int oldILoffset
)
: base(appDomain, thread)
{
m_oldFunction = oldFunction;
m_newFunction = newFunction;
m_oldILoffset = oldILoffset;
}
public CorFunctionRemapOpportunityEventArgs(CorAppDomain appDomain,
CorThread thread,
CorFunction oldFunction,
CorFunction newFunction,
int oldILoffset,
ManagedCallbackType callbackType
)
: base(appDomain, thread, callbackType)
{
m_oldFunction = oldFunction;
m_newFunction = newFunction;
m_oldILoffset = oldILoffset;
}
public CorBreakpointSetErrorEventArgs(CorAppDomain appDomain,
CorThread thread,
CorBreakpoint breakpoint,
int errorCode)
: base(appDomain, thread)
{
m_breakpoint = breakpoint;
m_errorCode = errorCode;
}
public CorBreakpointSetErrorEventArgs(CorAppDomain appDomain,
CorThread thread,
CorBreakpoint breakpoint,
int errorCode,
ManagedCallbackType callbackType)
: base(appDomain, thread, callbackType)
{
m_breakpoint = breakpoint;
m_errorCode = errorCode;
}
public CorMDAEventArgs(CorMDA mda, CorThread thread, CorProcess proc,
ManagedCallbackType callbackType)
: base(proc, callbackType)
{
m_mda = mda;
Thread = thread;
//m_proc = proc;
}
public CorEditAndContinueRemapEventArgs(CorAppDomain appDomain,
CorThread thread,
CorFunction managedFunction,
int accurate,
ManagedCallbackType callbackType)
: base(appDomain, thread, callbackType)
{
m_managedFunction = managedFunction;
m_accurate = accurate;
}
public CorLogSwitchEventArgs(CorAppDomain appDomain, CorThread thread,
int level, int reason, string logSwitchName, string parentName,
ManagedCallbackType callbackType)
: base(appDomain, thread, callbackType)
{
m_level = level;
m_reason = reason;
m_logSwitchName = logSwitchName;
m_parentName = parentName;
}
internal CorStackWalk(ICorDebugStackWalk stackwalk, CorThread thread)
: base(stackwalk)
{
m_th = thread;
m_sw = stackwalk;
}
public CorStepCompleteEventArgs(CorAppDomain appDomain, CorThread thread,
CorStepper stepper, CorDebugStepReason stepReason)
: base(appDomain, thread)
{
m_stepper = stepper;
m_stepReason = stepReason;
}
public void SetAllThreadsDebugState(CorDebugThreadState state, CorThread exceptThis)
{
m_controller.SetAllThreadsDebugState(state, exceptThis != null ? exceptThis.GetInterface() : null);
}
public CorBreakpointEventArgs(CorAppDomain appDomain,
CorThread thread,
CorBreakpoint managedBreakpoint)
: base(appDomain, thread)
{
m_break = managedBreakpoint;
}
public CorThreadEventArgs(CorAppDomain appDomain, CorThread thread)
: base(appDomain != null ? appDomain : thread.AppDomain)
{
Thread = thread;
}
public CorExceptionUnwind2EventArgs(CorAppDomain appDomain, CorThread thread,
CorDebugExceptionUnwindCallbackType eventType,
int flags,
ManagedCallbackType callbackType)
: base(appDomain, thread, callbackType)
{
m_eventType = eventType;
m_flags = flags;
}
public CorFunctionRemapCompleteEventArgs(CorAppDomain appDomain,
CorThread thread,
CorFunction managedFunction
)
: base(appDomain, thread)
{
m_managedFunction = managedFunction;
}
// Thread may be null.
public CorMDAEventArgs(CorMDA mda, CorThread thread, CorProcess proc)
: base(proc)
{
m_mda = mda;
Thread = thread;
//m_proc = proc;
}
public CorFunctionRemapCompleteEventArgs(CorAppDomain appDomain,
CorThread thread,
CorFunction managedFunction,
ManagedCallbackType callbackType
)
: base(appDomain, thread, callbackType)
{
m_managedFunction = managedFunction;
}
public void Reset()
{
m_enum.Reset();
m_th = null;
}
public CorException2EventArgs(CorAppDomain appDomain,
CorThread thread,
CorFrame frame,
int offset,
CorDebugExceptionCallbackType eventType,
int flags,
ManagedCallbackType callbackType)
: base(appDomain, thread, callbackType)
{
m_frame = frame;
m_offset = offset;
m_eventType = eventType;
m_flags = flags;
}
public CorExceptionEventArgs(CorAppDomain appDomain,
CorThread thread,
bool unhandled,
ManagedCallbackType callbackType)
: base(appDomain, thread, callbackType)
{
m_unhandled = unhandled;
}
public CorThreadEventArgs(CorAppDomain appDomain, CorThread thread,
ManagedCallbackType callbackType)
: base(appDomain != null ? appDomain : thread.AppDomain, callbackType)
{
Thread = thread;
}
public CorEvalEventArgs(CorAppDomain appDomain, CorThread thread,
CorEval eval)
: base(appDomain, thread)
{
m_eval = eval;
}
public CorBreakpointEventArgs(CorAppDomain appDomain,
CorThread thread,
CorBreakpoint managedBreakpoint,
ManagedCallbackType callbackType)
: base(appDomain, thread, callbackType)
{
m_break = managedBreakpoint;
}
public CorEvalEventArgs(CorAppDomain appDomain, CorThread thread,
CorEval eval, ManagedCallbackType callbackType)
: base(appDomain, thread, callbackType)
{
m_eval = eval;
}
public CorStepCompleteEventArgs(CorAppDomain appDomain, CorThread thread,
CorStepper stepper, CorDebugStepReason stepReason,
ManagedCallbackType callbackType)
: base(appDomain, thread, callbackType)
{
m_stepper = stepper;
m_stepReason = stepReason;
}
public CorLogMessageEventArgs(CorAppDomain appDomain, CorThread thread,
int level, string logSwitchName, string message,
ManagedCallbackType callbackType)
: base(appDomain, thread, callbackType)
{
m_level = level;
m_logSwitchName = logSwitchName;
m_message = message;
}