protected TargetException(SerializationInfo info, StreamingContext context)
: base(info, context)
{
Type = (TargetError) info.GetValue ("Type", typeof (TargetError));
}
protected static string GetMessage(TargetError type)
{
switch (type) {
case TargetError.UnknownError:
return "Unknown error.";
case TargetError.NoTarget:
return "No target.";
case TargetError.AlreadyHaveTarget:
return "Already have a program to debug.";
case TargetError.CannotStartTarget:
return "Cannot start target.";
case TargetError.NotStopped:
return "The target is currently running, but it must be " +
"stopped to perform the requested operation.";
case TargetError.AlreadyStopped:
return "The target is already stopped.";
case TargetError.RecursiveCall:
return "Internal error: recursive call";
case TargetError.NoSuchBreakpoint:
return "No such breakpoint.";
case TargetError.NoSuchRegister:
return "No such register.";
case TargetError.DebugRegisterOccupied:
return "Cannot insert hardware breakpoint/watchpoint: " +
"all debugging registers are already occupied.";
case TargetError.MemoryAccess:
return "Memory access.";
case TargetError.NotImplemented:
return "Requested feature not implemented on this platform.";
case TargetError.IOError:
return "Unknown I/O error.";
case TargetError.NoStack:
return "No stack.";
case TargetError.NoMethod:
return "Cannot get bounds of current method.";
case TargetError.MethodNotLoaded:
return "Method not loaded.";
case TargetError.ClassNotInitialized:
return "Class not initialized.";
case TargetError.AlreadyHaveBreakpoint:
return "Already have a breakpoint at this location.";
case TargetError.SymbolTable:
return "Symbol table error.";
case TargetError.InvocationException:
return "Error while invoking a method in the target.";
case TargetError.LocationInvalid:
return "Location is invalid.";
case TargetError.CannotDetach:
return "Cannot detach from this target because we did not " +
"attach to it.";
case TargetError.InvalidReturn:
return "Cannot return from this kind of stack frame.";
case TargetError.NoInvocation:
return "No invocation found.";
case TargetError.InvalidContext:
return "Operation not permitted outside managed context.";
case TargetError.PermissionDenied:
return "Permission denied.";
default:
return "Unknown error";
}
}
public TargetException(TargetError type, string format,
params object[] args)
: this(type, String.Format (format, args))
{
}
public TargetException(TargetError type)
: this(type, GetMessage (type))
{
}
protected static string GetMessage(TargetError type)
{
switch (type)
{
case TargetError.UnknownError:
return("Unknown error.");
case TargetError.NoTarget:
return("No target.");
case TargetError.AlreadyHaveTarget:
return("Already have a program to debug.");
case TargetError.CannotStartTarget:
return("Cannot start target.");
case TargetError.NotStopped:
return("The target is currently running, but it must be " +
"stopped to perform the requested operation.");
case TargetError.AlreadyStopped:
return("The target is already stopped.");
case TargetError.RecursiveCall:
return("Internal error: recursive call");
case TargetError.NoSuchBreakpoint:
return("No such breakpoint.");
case TargetError.NoSuchRegister:
return("No such register.");
case TargetError.DebugRegisterOccupied:
return("Cannot insert hardware breakpoint/watchpoint: " +
"all debugging registers are already occupied.");
case TargetError.MemoryAccess:
return("Memory access.");
case TargetError.NotImplemented:
return("Requested feature not implemented on this platform.");
case TargetError.IOError:
return("Unknown I/O error.");
case TargetError.NoStack:
return("No stack.");
case TargetError.NoMethod:
return("Cannot get bounds of current method.");
case TargetError.MethodNotLoaded:
return("Method not loaded.");
case TargetError.ClassNotInitialized:
return("Class not initialized.");
case TargetError.AlreadyHaveBreakpoint:
return("Already have a breakpoint at this location.");
case TargetError.SymbolTable:
return("Symbol table error.");
case TargetError.InvocationException:
return("Error while invoking a method in the target.");
case TargetError.LocationInvalid:
return("Location is invalid.");
case TargetError.CannotDetach:
return("Cannot detach from this target because we did not " +
"attach to it.");
case TargetError.InvalidReturn:
return("Cannot return from this kind of stack frame.");
case TargetError.NoInvocation:
return("No invocation found.");
case TargetError.InvalidContext:
return("Operation not permitted outside managed context.");
case TargetError.PermissionDenied:
return("Permission denied.");
default:
return("Unknown error");
}
}
public TargetException(TargetError type, string message)
: base(message)
{
this.Type = type;
}
public TargetException(TargetError type)
: this(type, GetMessage(type))
{
}
public TargetException(TargetError type, string format,
params object[] args)
: this(type, String.Format(format, args))
{
}
public TargetException(TargetError type, string message)
: base(message)
{
this.Type = type;
}
protected TargetException(SerializationInfo info, StreamingContext context)
: base(info, context)
{
Type = (TargetError)info.GetValue("Type", typeof(TargetError));
}
protected static void check_error(TargetError error)
{
if (error == TargetError.None)
return;
throw new TargetException (error);
}
