private string PrintArray(int indentLevel, CorArrayValue av, int expandDepth, bool canDoFunceval) { Debug.Assert(expandDepth >= 0); StringBuilder txt = new StringBuilder(); txt.Append("array ["); int[] dims = av.GetDimensions(); Debug.Assert(dims != null); for (int i = 0; i < dims.Length; ++i) { if (i != 0) { txt.Append(","); } txt.Append(dims[i]); } txt.Append("]"); if (expandDepth > 0 && av.Rank == 1 && av.ElementType != CorElementType.ELEMENT_TYPE_VOID) { for (int i = 0; i < dims[0]; i++) { MDbgValue v = new MDbgValue(Process, av.GetElementAtPosition(i)); txt.Append("\n").Append(IndentedString(indentLevel + 1, "[" + i + "] = ")). Append(IndentedBlock(indentLevel + 2, v.GetStringValue(expandDepth - 1, canDoFunceval))); } } return(txt.ToString()); }
private LocalVariableInformation GetLocalVariableInformation(MDbgValue value, VariableType variableType, int depth) { // Some MDbgValues don't have an associated CorValue. This occurs when there is no variable declaration in IL. if (value == null || value.CorValue == null) return null; if (createdLocals.ContainsKey(value.CorValue.Address)) return createdLocals[value.CorValue.Address]; var fields = new List<LocalVariableInformation>(); if (value.IsComplexType && value.IsNull == false && depth < 10) { MDbgValue[] fieldValues = value.GetFields(); foreach (var fieldValue in fieldValues) { fields.Add(GetLocalVariableInformation(fieldValue, VariableType.Field, depth + 1)); } } var information = new LocalVariableInformation { TypeName = value.TypeName, Name = value.Name, StringValue = value.GetStringValue(false), TypeOfVariable = variableType, IsPrimitive = !value.IsComplexType, Fields = fields }; createdLocals[value.CorValue.Address] = information; return information; }
private string PrintObject(int indentLevel, CorObjectValue ov, int expandDepth, bool canDoFunceval) { Debug.Assert(expandDepth >= 0); bool fNeedToResumeThreads = true; // Print generics-aware type. string name = InternalUtil.PrintCorType(this.m_process, ov.ExactType); StringBuilder txt = new StringBuilder(); txt.Append(name); if (expandDepth > 0) { // we gather the field info of the class before we do // funceval since funceval requires running the debugger process // and this in turn can cause GC and invalidate our references. StringBuilder expandedDescription = new StringBuilder(); if (IsComplexType) { foreach (MDbgValue v in GetFields()) { expandedDescription.Append("\n").Append(IndentedString(indentLevel + 1, v.Name)). Append("=").Append(IndentedBlock(indentLevel + 2, v.GetStringValue(expandDepth - 1, false))); } } // if the value we're printing is a nullable type that has no value (is null), we can't do a func eval // to get its value, since it will be boxed as a null pointer. We already have the information we need, so // we'll just take care of it now. Note that ToString() for null-valued nullable types just prints the // empty string. // bool hasValue = (bool)(GetField("hasValue").CorValue.CastToGenericValue().GetValue()); if (IsNullableType(ov.ExactType) && !(bool)(GetField("hasValue").CorValue.CastToGenericValue().GetValue())) { txt.Append(" < >"); } else if (ov.IsValueClass && canDoFunceval) // we could display even values for real Objects, but we will just show // "description" for valueclasses. { CorClass cls = ov.ExactType.Class; CorMetadataImport importer = m_process.Modules.Lookup(cls.Module).Importer; MetadataType mdType = importer.GetType(cls.Token) as MetadataType; if (mdType.ReallyIsEnum) { txt.AppendFormat(" <{0}>", InternalGetEnumString(ov, mdType)); } else if (m_process.IsRunning) txt.Append(" <N/A during run>"); else { MDbgThread activeThread = m_process.Threads.Active; CorValue thisValue; CorHeapValue hv = ov.CastToHeapValue(); if (hv != null) { // we need to pass reference value. CorHandleValue handle = hv.CreateHandle(CorDebugHandleType.HANDLE_WEAK_TRACK_RESURRECTION); thisValue = handle; } else thisValue = ov; try { CorEval eval = m_process.Threads.Active.CorThread.CreateEval(); m_process.CorProcess.SetAllThreadsDebugState(CorDebugThreadState.THREAD_SUSPEND, activeThread.CorThread); MDbgFunction toStringFunc = m_process.ResolveFunctionName(null, "System.Object", "ToString", thisValue.ExactType.Class.Module.Assembly.AppDomain); Debug.Assert(toStringFunc != null); // we should be always able to resolve ToString function. eval.CallFunction(toStringFunc.CorFunction, new CorValue[] { thisValue }); m_process.Go(); do { m_process.StopEvent.WaitOne(); if (m_process.StopReason is EvalCompleteStopReason) { CorValue cv = eval.Result; Debug.Assert(cv != null); MDbgValue mv = new MDbgValue(m_process, cv); string valName = mv.GetStringValue(0); // just purely for esthetical reasons we 'discard' " if (valName.StartsWith("\"") && valName.EndsWith("\"")) valName = valName.Substring(1, valName.Length - 2); txt.Append(" <").Append(valName).Append(">"); break; } if ((m_process.StopReason is ProcessExitedStopReason) || (m_process.StopReason is EvalExceptionStopReason)) { txt.Append(" <N/A cannot evaluate>"); break; } // hitting bp or whatever should not matter -- we need to ignore it m_process.Go(); } while (true); } catch (COMException e) { // Ignore cannot copy a VC class error - Can't copy a VC with object refs in it. if (e.ErrorCode != (int)HResult.CORDBG_E_OBJECT_IS_NOT_COPYABLE_VALUE_CLASS) { throw; } } catch (System.NotImplementedException) { fNeedToResumeThreads = false; } finally { if (fNeedToResumeThreads) { // we need to resume all the threads that we have suspended no matter what. m_process.CorProcess.SetAllThreadsDebugState(CorDebugThreadState.THREAD_RUN, activeThread.CorThread); } } } } txt.Append(expandedDescription.ToString()); } return txt.ToString(); }
private string PrintArray(int indentLevel, CorArrayValue av, int expandDepth, bool canDoFunceval) { Debug.Assert(expandDepth >= 0); StringBuilder txt = new StringBuilder(); txt.Append("array ["); int[] dims = av.GetDimensions(); Debug.Assert(dims != null); for (int i = 0; i < dims.Length; ++i) { if (i != 0) txt.Append(","); txt.Append(dims[i]); } txt.Append("]"); if (expandDepth > 0 && av.Rank == 1 && av.ElementType != CorElementType.ELEMENT_TYPE_VOID) { for (int i = 0; i < dims[0]; i++) { MDbgValue v = new MDbgValue(Process, av.GetElementAtPosition(i)); txt.Append("\n").Append(IndentedString(indentLevel + 1, "[" + i + "] = ")). Append(IndentedBlock(indentLevel + 2, v.GetStringValue(expandDepth - 1, canDoFunceval))); } } return txt.ToString(); }
public static Dictionary<string, string> GetLocalVars(MDbgEngine pDebugger, List<string> specificVarNames = null, bool debuggerVarsOpt = false, bool noFuncevalOpt = false, int? expandDepthOpt = null) { Dictionary<string, string> retVal = new Dictionary<string, string>(); //const string debuggerVarsOpt = "d"; //const string noFuncevalOpt = "nf"; //const string expandDepthOpt = "r"; //ArgParser ap = new ArgParser(arguments, debuggerVarsOpt + ";" + noFuncevalOpt + ";" + expandDepthOpt + ":1"); bool canDoFunceval = !noFuncevalOpt; int? expandDepth = null; // we use optional here because // different codes bellow has different // default values. if (expandDepthOpt != null) { expandDepth = (int)expandDepthOpt; if (expandDepth < 0) throw new MDbgShellException("Depth cannot be negative."); } MDbgFrame frame = pDebugger.Processes.Active.Threads.Active.CurrentFrame; if (debuggerVarsOpt) { // let's print all debugger variables MDbgProcess p = pDebugger.Processes.Active; foreach (MDbgDebuggerVar dv in p.DebuggerVars) { MDbgValue v = new MDbgValue(p, dv.CorValue); string value = v.GetStringValue(expandDepth == null ? 0 : (int)expandDepth, canDoFunceval); retVal.Add(dv.Name, value); } } else { //!debuggerVarsOpt && !noFuncevalOpt && expandDepthOpt == null && if (specificVarNames == null || specificVarNames.Count == 0) { // get all active variables MDbgFunction f = frame.Function; ArrayList vars = new ArrayList(); MDbgValue[] vals = f.GetActiveLocalVars(frame); if (vals != null) { vars.AddRange(vals); } vals = f.GetArguments(frame); if (vals != null) { vars.AddRange(vals); } foreach (MDbgValue v in vars) { string value = v.GetStringValue(expandDepth == null ? 0 : (int)expandDepth, canDoFunceval); retVal.Add(v.Name, value); } } else { // user requested printing of specific variables for (int j = 0; j < specificVarNames.Count; ++j) { MDbgValue var = pDebugger.Processes.Active.ResolveVariable(specificVarNames[j], frame); if (var != null) { string value = var.GetStringValue(expandDepth == null ? 1 : (int)expandDepth, canDoFunceval); retVal.Add(specificVarNames[j], value); } else { throw new MDbgShellException("Variable not found"); } } } } return retVal; }
public static void UnwrapGCHandleCmd(string arguments) { ArgParser ap = new ArgParser(arguments); if (ap.Count != 1) { WriteError("Wrong arguments, should be name or address of a \"System.Runtime.InteropServices.GCHandle\" object."); return; } long handleAdd = 0; // First try to resolve the argument as a variable in the current frame MDbgValue var = Debugger.Processes.Active.ResolveVariable( ap.AsString(0), Debugger.Processes.Active.Threads.Active.CurrentFrame); if (var != null) { if (var.TypeName != "System.Runtime.InteropServices.GCHandle") { WriteError("Variable is not of type \"System.Runtime.InteropServices.GCHandle\"."); return; } foreach (MDbgValue field in var.GetFields()) { if (field.Name == "m_handle") { handleAdd = Int64.Parse(field.GetStringValue(0)); break; } } } else { // Trying to resolve as a raw address now try { handleAdd = ap.GetArgument(0).AsAddress; } catch (System.FormatException) { WriteError("Couldn't recognize the argument as a variable name or address"); return; } } IntPtr add = new IntPtr(handleAdd); CorReferenceValue result; try { result = Debugger.Processes.Active.CorProcess.GetReferenceValueFromGCHandle(add); } catch (System.Runtime.InteropServices.COMException e) { if (e.ErrorCode == (int)HResult.CORDBG_E_BAD_REFERENCE_VALUE) { WriteError("Invalid handle address."); return; } else { throw; } } CorValue v = result.Dereference(); MDbgValue mv = new MDbgValue(Debugger.Processes.Active, v); if (mv.IsComplexType) { WriteOutput(string.Format("GCHandle to <{0}>", InternalUtil.PrintCorType(Debugger.Processes.Active, v.ExactType))); // now print fields as well foreach (MDbgValue f in mv.GetFields()) CommandBase.WriteOutput(" " + f.Name + "=" + f.GetStringValue(0)); } else { WriteOutput(string.Format("GCHandle to {0}", mv.GetStringValue(0))); } }
public static void NewObjCmd(string arguments) { ArgParser ap = new ArgParser(arguments); string className = ap.AsString(0); MDbgFunction func = Debugger.Processes.Active.ResolveFunctionName(null, className, ".ctor", Debugger.Processes.Active.Threads.Active.CorThread.AppDomain); if (null == func) throw new MDbgShellException(String.Format(CultureInfo.InvariantCulture, "Could not resolve {0}", ap.AsString(0))); CorEval eval = Debugger.Processes.Active.Threads.Active.CorThread.CreateEval(); ArrayList callArguments = new ArrayList(); // parse the arguments to newobj int i = 1; while (ap.Exists(i)) { string arg = ap.AsString(i); // this is a normal argument MDbgValue rsMVar = Debugger.Processes.Active.ResolveVariable(arg, Debugger.Processes.Active.Threads.Active.CurrentFrame); if (rsMVar == null) { // cordbg supports also limited literals -- currently only NULL & I4. if (string.Compare(arg, "null", true) == 0) { callArguments.Add(eval.CreateValue(CorElementType.ELEMENT_TYPE_CLASS, null)); } else { int v; if (!Int32.TryParse(arg, out v)) throw new MDbgShellException(string.Format(CultureInfo.InvariantCulture, "Argument '{0}' could not be resolved to variable or number", arg)); CorGenericValue gv = eval.CreateValue(CorElementType.ELEMENT_TYPE_I4, null).CastToGenericValue(); Debug.Assert(gv != null); gv.SetValue(v); callArguments.Add(gv); } } else { callArguments.Add(rsMVar.CorValue); } ++i; } eval.NewParameterizedObject(func.CorFunction, null, (CorValue[])callArguments.ToArray(typeof(CorValue))); Debugger.Processes.Active.Go().WaitOne(); // now display result of the funceval if (!(Debugger.Processes.Active.StopReason is EvalCompleteStopReason)) { // we could have received also EvalExceptionStopReason but it's derived from EvalCompleteStopReason WriteOutput("Newobj command not fully completed and debuggee has stopped"); WriteOutput("Result of Newobj won't be printed when finished."); } else { eval = (Debugger.Processes.Active.StopReason as EvalCompleteStopReason).Eval; Debug.Assert(eval != null); CorValue cv = eval.Result; if (cv != null) { MDbgValue mv = new MDbgValue(Debugger.Processes.Active, cv); WriteOutput("result = " + mv.GetStringValue(1)); if (Debugger.Processes.Active.DebuggerVars.SetEvalResult(cv)) WriteOutput("results saved to $result"); } } Shell.DisplayCurrentLocation(); }
public static void FuncEvalCmd(string arguments) { const string appDomainOption = "ad"; ArgParser ap = new ArgParser(arguments, appDomainOption + ":1"); if (!(ap.Count >= 1)) { throw new MDbgShellException("Not Enough arguments"); } // Currently debugger picks first function -- we have not implementing resolving overloaded functions. // Good example is Console.WriteLine -- there is 18 different types: // 1) [06000575] Void WriteLine() // 2) [06000576] Void WriteLine(Boolean) // 3) [06000577] Void WriteLine(Char) // 4) [06000578] Void WriteLine(Char[]) // 5) [06000579] Void WriteLine(Char[], Int32, Int32) // 6) [0600057a] Void WriteLine(Decimal) // 7) [0600057b] Void WriteLine(Double) // 8) [0600057c] Void WriteLine(Single) // 9) [0600057d] Void WriteLine(Int32) // 10) [0600057e] Void WriteLine(UInt32) // 11) [0600057f] Void WriteLine(Int64) // 12) [06000580] Void WriteLine(UInt64) // 13) [06000581] Void WriteLine(Object) // 14) [06000582] Void WriteLine(String) // 15) [06000583] Void WriteLine(String, Object) // 16) [06000584] Void WriteLine(String, Object, Object) // 17) [06000585] Void WriteLine(String, Object, Object, Object) // 18) [06000586] Void WriteLine(String, Object, Object, Object, Object, ...) // 19) [06000587] Void WriteLine(String, Object[]) // CorAppDomain appDomain; if (ap.OptionPassed(appDomainOption)) { MDbgAppDomain ad = Debugger.Processes.Active.AppDomains[ap.GetOption(appDomainOption).AsInt]; if (ad == null) { throw new ArgumentException("Invalid Appdomain Number"); } appDomain = ad.CorAppDomain; } else { appDomain = Debugger.Processes.Active.Threads.Active.CorThread.AppDomain; } MDbgFunction func = Debugger.Processes.Active.ResolveFunctionNameFromScope(ap.AsString(0), appDomain); if (null == func) { throw new MDbgShellException(String.Format(CultureInfo.InvariantCulture, "Could not resolve {0}", new Object[] { ap.AsString(0) })); } CorEval eval = Debugger.Processes.Active.Threads.Active.CorThread.CreateEval(); // Get Variables ArrayList vars = new ArrayList(); String arg; for (int i = 1; i < ap.Count; i++) { arg = ap.AsString(i); CorValue v = Shell.ExpressionParser.ParseExpression2(arg, Debugger.Processes.Active, Debugger.Processes.Active.Threads.Active.CurrentFrame); if (v == null) { throw new MDbgShellException("Cannot resolve expression or variable " + ap.AsString(i)); } if (v is CorGenericValue) { vars.Add(v as CorValue); } else { CorHeapValue hv = v.CastToHeapValue(); if (hv != null) { // we cannot pass directly heap values, we need to pass reference to heap valus CorReferenceValue myref = eval.CreateValue(CorElementType.ELEMENT_TYPE_CLASS, null).CastToReferenceValue(); myref.Value = hv.Address; vars.Add(myref); } else { vars.Add(v); } } } eval.CallFunction(func.CorFunction, (CorValue[])vars.ToArray(typeof(CorValue))); Debugger.Processes.Active.Go().WaitOne(); // now display result of the funceval if (!(Debugger.Processes.Active.StopReason is EvalCompleteStopReason)) { // we could have received also EvalExceptionStopReason but it's derived from EvalCompleteStopReason WriteOutput("Func-eval not fully completed and debuggee has stopped"); WriteOutput("Result of funceval won't be printed when finished."); } else { eval = (Debugger.Processes.Active.StopReason as EvalCompleteStopReason).Eval; Debug.Assert(eval != null); CorValue cv = eval.Result; if (cv != null) { MDbgValue mv = new MDbgValue(Debugger.Processes.Active, cv); WriteOutput("result = " + mv.GetStringValue(1)); if (cv.CastToReferenceValue() != null) if (Debugger.Processes.Active.DebuggerVars.SetEvalResult(cv)) WriteOutput("results saved to $result"); } } Shell.DisplayCurrentLocation(); }
public static void PrintCmd(string arguments) { const string debuggerVarsOpt = "d"; const string noFuncevalOpt = "nf"; const string expandDepthOpt = "r"; ArgParser ap = new ArgParser(arguments, debuggerVarsOpt + ";" + noFuncevalOpt + ";" + expandDepthOpt + ":1"); bool canDoFunceval = !ap.OptionPassed(noFuncevalOpt); int? expandDepth = null; // we use optional here because // different codes bellow has different // default values. if (ap.OptionPassed(expandDepthOpt)) { expandDepth = ap.GetOption(expandDepthOpt).AsInt; if (expandDepth < 0) throw new MDbgShellException("Depth cannot be negative."); } MDbgFrame frame = Debugger.Processes.Active.Threads.Active.CurrentFrame; if (ap.OptionPassed(debuggerVarsOpt)) { // let's print all debugger variables MDbgProcess p = Debugger.Processes.Active; foreach (MDbgDebuggerVar dv in p.DebuggerVars) { MDbgValue v = new MDbgValue(p, dv.CorValue); WriteOutput(dv.Name + "=" + v.GetStringValue(expandDepth == null ? 0 : (int)expandDepth, canDoFunceval)); } } else { if (ap.Count == 0) { // get all active variables MDbgFunction f = frame.Function; ArrayList vars = new ArrayList(); MDbgValue[] vals = f.GetActiveLocalVars(frame); if (vals != null) { vars.AddRange(vals); } vals = f.GetArguments(frame); if (vals != null) { vars.AddRange(vals); } foreach (MDbgValue v in vars) { WriteOutput(v.Name + "=" + v.GetStringValue(expandDepth == null ? 0 : (int)expandDepth, canDoFunceval)); } } else { // user requested printing of specific variables for (int j = 0; j < ap.Count; ++j) { MDbgValue var = Debugger.Processes.Active.ResolveVariable(ap.AsString(j), frame); if (var != null) { WriteOutput(ap.AsString(j) + "=" + var.GetStringValue(expandDepth == null ? 1 : (int)expandDepth, canDoFunceval)); } else { throw new MDbgShellException("Variable not found"); } } } } }
private string PrintObject(int indentLevel, CorObjectValue ov, int expandDepth, bool canDoFunceval) { Debug.Assert(expandDepth >= 0); bool fNeedToResumeThreads = true; // Print generics-aware type. string name = InternalUtil.PrintCorType(this.m_process, ov.ExactType); StringBuilder txt = new StringBuilder(); txt.Append(name); if (expandDepth > 0) { // we gather the field info of the class before we do // funceval since funceval requires running the debugger process // and this in turn can cause GC and invalidate our references. StringBuilder expandedDescription = new StringBuilder(); if (IsComplexType) { foreach (MDbgValue v in GetFields()) { expandedDescription.Append("\n").Append(IndentedString(indentLevel + 1, v.Name)). Append("=").Append(IndentedBlock(indentLevel + 2, v.GetStringValue(expandDepth - 1, false))); } } // if the value we're printing is a nullable type that has no value (is null), we can't do a func eval // to get its value, since it will be boxed as a null pointer. We already have the information we need, so // we'll just take care of it now. Note that ToString() for null-valued nullable types just prints the // empty string. // bool hasValue = (bool)(GetField("hasValue").CorValue.CastToGenericValue().GetValue()); if (IsNullableType(ov.ExactType) && !(bool)(GetField("hasValue").CorValue.CastToGenericValue().GetValue())) { txt.Append(" < >"); } else if (ov.IsValueClass && canDoFunceval) // we could display even values for real Objects, but we will just show // "description" for valueclasses. { CorClass cls = ov.ExactType.Class; CorMetadataImport importer = m_process.Modules.Lookup(cls.Module).Importer; MetadataType mdType = importer.GetType(cls.Token) as MetadataType; if (mdType.ReallyIsEnum) { txt.AppendFormat(" <{0}>", InternalGetEnumString(ov, mdType)); } else if (m_process.IsRunning) { txt.Append(" <N/A during run>"); } else { MDbgThread activeThread = m_process.Threads.Active; CorValue thisValue; CorHeapValue hv = ov.CastToHeapValue(); if (hv != null) { // we need to pass reference value. CorHandleValue handle = hv.CreateHandle(CorDebugHandleType.HANDLE_WEAK_TRACK_RESURRECTION); thisValue = handle; } else { thisValue = ov; } try { CorEval eval = m_process.Threads.Active.CorThread.CreateEval(); m_process.CorProcess.SetAllThreadsDebugState(CorDebugThreadState.THREAD_SUSPEND, activeThread.CorThread); MDbgFunction toStringFunc = m_process.ResolveFunctionName(null, "System.Object", "ToString", thisValue.ExactType.Class.Module.Assembly.AppDomain)[0]; Debug.Assert(toStringFunc != null); // we should be always able to resolve ToString function. eval.CallFunction(toStringFunc.CorFunction, new CorValue[] { thisValue }); m_process.Go(); do { m_process.StopEvent.WaitOne(); if (m_process.StopReason is EvalCompleteStopReason) { CorValue cv = eval.Result; Debug.Assert(cv != null); MDbgValue mv = new MDbgValue(m_process, cv); string valName = mv.GetStringValue(0); // just purely for esthetical reasons we 'discard' " if (valName.StartsWith("\"") && valName.EndsWith("\"")) { valName = valName.Substring(1, valName.Length - 2); } txt.Append(" <").Append(valName).Append(">"); break; } if ((m_process.StopReason is ProcessExitedStopReason) || (m_process.StopReason is EvalExceptionStopReason)) { txt.Append(" <N/A cannot evaluate>"); break; } // hitting bp or whatever should not matter -- we need to ignore it m_process.Go(); }while (true); } catch (COMException e) { // Ignore cannot copy a VC class error - Can't copy a VC with object refs in it. if (e.ErrorCode != (int)HResult.CORDBG_E_OBJECT_IS_NOT_COPYABLE_VALUE_CLASS) { throw; } } catch (System.NotImplementedException) { fNeedToResumeThreads = false; } finally { if (fNeedToResumeThreads) { // we need to resume all the threads that we have suspended no matter what. m_process.CorProcess.SetAllThreadsDebugState(CorDebugThreadState.THREAD_RUN, activeThread.CorThread); } } } } txt.Append(expandedDescription.ToString()); } return(txt.ToString()); }
//----------------------------------------------------------------------------- // Recursive helper to populate tree view. // val - value to print // c - node collection to add to. // iDepth - track how far we are to avoid infinite recursion. //----------------------------------------------------------------------------- void PrintInternal(MDbgValue val, TreeNodeCollection c, int iDepth) { if (iDepth > 10) { return; } if (val.IsArrayType) { TreeNode n = new TreeNode(val.TypeName + " array:"); foreach (MDbgValue vField in val.GetArrayItems()) { PrintInternal(vField, n.Nodes, iDepth + 1); } c.Add(n); } else if (val.IsComplexType) { // This will include both instance and static fields // It will also include all base class fields. TreeNode n = new TreeNode(val.TypeName + " fields:"); foreach (MDbgValue vField in val.GetFields()) { PrintInternal(vField, n.Nodes, iDepth + 1); } c.Add(n); } else { // This is a ctach-call for primitives. string st = val.GetStringValue(false); c.Add(val.Name + "=" + st + " (type='" + val.TypeName + "')"); } }
private string PrintArray(int indentLevel, CorArrayValue av, int expandDepth, bool canDoFunceval, string variableName, Dictionary <string, int> variablesToLog) { Debug.Assert(expandDepth >= 0); if (variablesToLog == null) { } else if (variablesToLog.Any(variable => variable.Key.StartsWith($@"{variableName}."))) { variablesToLog = variablesToLog .Where(variable => variable.Key.StartsWith($@"{variableName}.")) .ToDictionary(variable => variable.Key, variable => variable.Value); expandDepth = 1; } else if (variablesToLog.Any(variable => variable.Key == variableName)) { var thisVariable = variablesToLog.First(variable => variable.Key == variableName); expandDepth = thisVariable.Value; variablesToLog = null; } else { return("[SKIP]"); } StringBuilder txt = new StringBuilder(); txt.Append("array ["); int[] dims = av.GetDimensions(); Debug.Assert(dims != null); for (int i = 0; i < dims.Length; ++i) { if (i != 0) { txt.Append(","); } txt.Append(dims[i]); } txt.Append("]"); if (expandDepth > 0 && av.Rank == 1 && av.ElementType != CorElementType.ELEMENT_TYPE_VOID) { for (int i = 0; i < dims[0]; i++) { MDbgValue v = new MDbgValue(Process, av.GetElementAtPosition(i)); var newVariableName = $"{variableName}.[{i}]"; var newVariablesToLog = variablesToLog == null ? null : variablesToLog .ToDictionary( variable => $"{newVariableName}{variable.Key.Remove(0, variableName.Length)}", variable => variable.Value); txt .Append("\n") .Append(IndentedString(indentLevel + 1, "[" + i + "] = ")) .Append(IndentedBlock(indentLevel + 2, v.GetStringValue(expandDepth - 1, canDoFunceval, $"{variableName}.[{i}]", newVariablesToLog))); } } return(txt.ToString()); }