///////////////////////////////////////////////////////////////////////
#region Private Methods
private void TargetInterpreterDisposed(
object @object
)
{
if ((@object != null) &&
Object.ReferenceEquals(@object, targetInterpreter))
{
if ((sourceInterpreter != null) && !Object.ReferenceEquals(
sourceInterpreter, targetInterpreter) &&
(nameToken != null))
{
ReturnCode code;
Result error = null;
code = sourceInterpreter.RemoveAliasAndCommand(
nameToken, null, false, ref error);
if (code != ReturnCode.Ok)
{
DebugOps.Complain(sourceInterpreter, code, error);
}
}
targetInterpreter = null;
}
}
///////////////////////////////////////////////////////////////////////
public static ReturnCode Unload(
AppDomain appDomain,
IClientData clientData, /* NOT USED */
ref Result error
)
{
if (appDomain != null)
{
try
{
AppDomain.Unload(appDomain); /* throw */
return(ReturnCode.Ok);
}
catch (Exception e)
{
error = e;
}
}
else
{
error = "invalid application domain";
}
//
// NOTE: We do not really expect this method to fail;
// therefore, output a complaint about it.
//
DebugOps.Complain(ReturnCode.Error, error);
return(ReturnCode.Error);
}
///////////////////////////////////////////////////////////////////////////////////////////////
private static ReturnCode WaitForSingleHandle(
WaitHandle waitHandle,
int milliseconds,
bool userInterface,
ref uint returnValue
)
{
ReturnCode code;
Result error = null;
code = WaitForSingleHandle(
waitHandle, milliseconds, userInterface, ref returnValue, ref error);
if (code != ReturnCode.Ok)
{
DebugOps.Complain(code, error);
}
if (traceWait)
{
TraceOps.DebugTrace(String.Format(
"WaitForSingleHandle: exited, waitHandle = {0}, " +
"milliseconds = {1}, userInterface = {2}, " +
"returnValue = {3}, code = {4}, error = {5}",
FormatOps.DisplayWaitHandle(waitHandle), milliseconds,
userInterface, returnValue, code, FormatOps.WrapOrNull(
true, true, error)), typeof(WindowOps).Name,
TracePriority.NativeDebug);
}
return(code);
}
///////////////////////////////////////////////////////////////////////
internal bool ResetValue(
Interpreter interpreter,
string key,
bool zero
)
{
#if !MONO && NATIVE && WINDOWS
object value;
if (zero && (key != null) && TryGetValue(key, out value))
{
if ((value is string) && (interpreter != null) &&
interpreter.HasZeroString())
{
ReturnCode zeroCode;
Result zeroError = null;
zeroCode = StringOps.ZeroString(
(string)value, ref zeroError);
if (zeroCode != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, zeroCode, zeroError);
}
}
}
#endif
if (key == null)
{
return(false);
}
return(Remove(key));
}
///////////////////////////////////////////////////////////////////////
#region Private Methods
private void AddRange(
IClientData clientData,
TraceFlags traceFlags,
IPlugin plugin,
IEnumerable <TraceCallback> collection
)
{
foreach (TraceCallback item in collection)
{
if (item != null)
{
Result error = null;
ITrace trace = ScriptOps.NewCoreTrace(
item, clientData, traceFlags, plugin, ref error);
if (trace != null)
{
this.Add(trace);
}
else
{
DebugOps.Complain(ReturnCode.Error, error);
}
}
}
}
///////////////////////////////////////////////////////////////////////
#region Debugger Interpreter Support Methods
#if DEBUGGER
public static Interpreter CreateInterpreter(
string culture,
CreateFlags createFlags,
InitializeFlags initializeFlags,
ScriptFlags scriptFlags,
InterpreterFlags interpreterFlags,
AppDomain appDomain,
IHost host,
string libraryPath,
StringList autoPathList
)
{
Result result = null;
Interpreter interpreter = CreateInterpreter(
culture, createFlags, initializeFlags, scriptFlags,
interpreterFlags, appDomain, host, libraryPath,
autoPathList, ref result);
if (interpreter == null)
{
DebugOps.Complain(interpreter, ReturnCode.Error, result);
}
return(interpreter);
}
///////////////////////////////////////////////////////////////////////
#region Public Constructors
public Debugger(
bool isolated,
string culture,
CreateFlags createFlags,
InitializeFlags initializeFlags,
ScriptFlags scriptFlags,
InterpreterFlags interpreterFlags,
AppDomain appDomain,
IHost host,
string libraryPath,
StringList autoPathList
)
{
interpreter = isolated ? DebuggerOps.CreateInterpreter(
culture, createFlags, initializeFlags, scriptFlags,
interpreterFlags, appDomain, host, libraryPath,
autoPathList) : null;
ReturnCode code;
Result error = null;
code = Initialize(ref error);
if (code != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, code, error);
}
}
///////////////////////////////////////////////////////////////////////
private /* protected virtual */ void Dispose(
bool disposing
)
{
lock (syncRoot) /* TRANSACTIONAL */
{
if (!disposed)
{
if (disposing)
{
////////////////////////////////////
// dispose managed resources here...
////////////////////////////////////
//
// NOTE: Get rid of the module file name.
//
fileName = null;
//
// NOTE: Get rid of other stuff...
//
clientData = null;
description = null;
//
// NOTE: We do not own the interpreter, just
// clear our reference to it.
//
interpreter = null;
}
//////////////////////////////////////
// release unmanaged resources here...
//////////////////////////////////////
ReturnCode unloadCode;
Result unloadError = null;
unloadCode = PrivateUnload(ref unloadError);
if (unloadCode != ReturnCode.Ok)
{
DebugOps.Complain(
interpreter, unloadCode, unloadError);
}
//
// NOTE: This object is now disposed.
//
disposed = true;
}
}
}
///////////////////////////////////////////////////////////////////////
public IStringList ToList(
string pattern,
bool empty,
bool noCase
)
{
StringPairList inputList;
StringPairList outputList = new StringPairList();
if (empty)
{
inputList = this;
}
else
{
inputList = new StringPairList();
foreach (IPair <string> element in this)
{
if (element == null)
{
continue;
}
if (String.IsNullOrEmpty(element.X) &&
String.IsNullOrEmpty(element.Y))
{
continue;
}
inputList.Add(element);
}
}
ReturnCode code;
Result error = null;
code = GenericOps <IPair <string> > .FilterList(
inputList, outputList, Index.Invalid, Index.Invalid,
ToStringFlags.None, pattern, noCase, ref error);
if (code != ReturnCode.Ok)
{
DebugOps.Complain(code, error);
//
// TODO: Return null in the error case here?
//
outputList = null;
}
return(outputList);
}
///////////////////////////////////////////////////////////////////////
#region Private Download Event Handlers
#region Download Data Event Handlers
private static void DownloadDataAsyncCompleted(
object sender,
DownloadDataCompletedEventArgs e
)
{
try
{
if (e == null)
{
return;
}
ICallback callback = e.UserState as ICallback;
if (callback == null)
{
return;
}
Uri uri = null;
IClientData clientData = callback.ClientData;
if (clientData != null)
{
IAnyPair <WebClient, Uri> anyPair =
clientData.Data as IAnyPair <WebClient, Uri>;
if (anyPair != null)
{
WebClient webClient = anyPair.X;
if (webClient != null)
{
webClient.Dispose();
webClient = null;
}
uri = anyPair.Y;
}
clientData.Data = null;
}
/* NO RESULT */
callback.FireEventHandler(sender, e,
GetAsyncCompletedArguments(
uri, null, null, null, null, e));
}
catch (Exception ex)
{
DebugOps.Complain(ReturnCode.Error, ex);
}
}
///////////////////////////////////////////////////////////////////////
#region Background Error Reporter
private static void ReportBackgroundError(
Interpreter interpreter,
string handlerName,
string description0,
string description1,
ReturnCode code1,
Result result1,
int errorLine1,
string description2,
ReturnCode code2,
Result result2,
int errorLine2
)
{
bool[] haveDescription =
{
!String.IsNullOrEmpty(description0),
!String.IsNullOrEmpty(description1),
!String.IsNullOrEmpty(description2)
};
Result bgReport = String.Concat(
haveDescription[0] ?
String.Format(description0,
FormatOps.WrapOrNull(handlerName)) :
String.Empty, haveDescription[0] ?
Environment.NewLine : String.Empty,
haveDescription[1] ?
String.Format("{0}{1}: {2}", haveDescription[0] ?
BackgroundErrorDetailIndent : String.Empty,
description1,
ResultOps.Format(code1,
result1, errorLine1, false, true)) :
String.Empty, haveDescription[1] ?
Environment.NewLine : String.Empty,
haveDescription[2] ?
String.Format("{0}{1}: {2}", haveDescription[0] ?
BackgroundErrorDetailIndent : String.Empty,
description2,
ResultOps.Format(code2,
result2, errorLine2, false, true)) :
String.Empty, haveDescription[2] ?
Environment.NewLine : String.Empty);
//
// TODO: Something else here as well?
//
if ((bgReport != null) && !String.IsNullOrEmpty(bgReport))
{
DebugOps.Complain(interpreter, code2, bgReport);
}
}
///////////////////////////////////////////////////////////////////////
#region Unsetting (Write) Values
public static void UnsetAppSetting(
string name /* in */
)
{
Result error = null;
if (!TryUnsetAppSetting(name, ref error))
{
bool noComplain = GetNoComplain(ConfigurationOperation.Unset);
if (!noComplain)
{
DebugOps.Complain(ReturnCode.Error, error);
}
}
}
///////////////////////////////////////////////////////////////////////
private void AfterNameChange(
string oldName,
bool global
)
{
//
// HACK: The qualified name of the global namespace cannot be
// changed; however, we let the local name be changed.
//
if (!global)
{
ResetQualifiedName();
//
// NOTE: For the rest of the steps in here, we want to make
// sure that the name is actually different now.
//
if (!NamespaceOps.IsSame(oldName, name))
{
//
// HACK: Next, force all child namespaces to recompute
// their qualified names as well.
//
ResetChildNames(null, true);
//
// HACK: Finally, "notify" the parent namespace that our
// name has been changed (i.e. so it can update its
// list of children).
//
if (parent != null)
{
ReturnCode renameCode;
Result renameError = null;
renameCode = parent.RenameChild(
oldName, name, ref renameError);
if (renameCode != ReturnCode.Ok)
{
DebugOps.Complain(
interpreter, renameCode, renameError);
}
}
}
}
}
///////////////////////////////////////////////////////////////////////
#region Private Methods
internal void ResetValue(
Interpreter interpreter,
bool zero
)
{
#if !MONO && NATIVE && WINDOWS
if (zero && (value is string) && (interpreter != null) &&
interpreter.HasZeroString())
{
ReturnCode zeroCode;
Result zeroError = null;
zeroCode = StringOps.ZeroString(
(string)value, ref zeroError);
if (zeroCode != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, zeroCode, zeroError);
}
}
#endif
value = null;
#if CACHE_RESULT_TOSTRING
#if !MONO && NATIVE && WINDOWS
if (zero && (@string != null) && (interpreter != null) &&
interpreter.HasZeroString())
{
ReturnCode zeroCode;
Result zeroError = null;
zeroCode = StringOps.ZeroString(
@string, ref zeroError);
if (zeroCode != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, zeroCode, zeroError);
}
}
#endif
@string = null;
#endif
}
///////////////////////////////////////////////////////////////////////
public static IntPtr GetHandle(
EventWaitHandle @event
)
{
if (@event != null)
{
try
{
return(@event.Handle);
}
catch (Exception e)
{
DebugOps.Complain(ReturnCode.Error, e);
}
}
return(IntPtr.Zero);
}
///////////////////////////////////////////////////////////////////////
#region Private Methods
internal void ResetValue(
Interpreter interpreter,
bool zero
)
{
#if !MONO && NATIVE && WINDOWS
if (zero && (interpreter != null) && interpreter.HasZeroString())
{
if (value is string)
{
ReturnCode zeroCode;
Result zeroError = null;
zeroCode = StringOps.ZeroString(
(string)value, ref zeroError);
if (zeroCode != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, zeroCode, zeroError);
}
}
else if (value is Argument)
{
((Argument)value).ResetValue(interpreter, zero);
}
else if (value is Result)
{
((Result)value).ResetValue(interpreter, zero);
}
}
#endif
value = null;
if (arrayValue != null)
{
arrayValue.ResetValue(interpreter, zero);
arrayValue = null;
}
}
///////////////////////////////////////////////////////////////////////
internal void ResetValue(
Interpreter interpreter,
bool zero
)
{
#if !MONO && NATIVE && WINDOWS
if (zero && (interpreter != null) && interpreter.HasZeroString())
{
foreach (KeyValuePair <string, object> pair in this)
{
object value = pair.Value;
if (value is string)
{
ReturnCode zeroCode;
Result zeroError = null;
zeroCode = StringOps.ZeroString(
(string)value, ref zeroError);
if (zeroCode != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, zeroCode, zeroError);
}
}
else if (value is Argument)
{
((Argument)value).ResetValue(interpreter, zero);
}
else if (value is Result)
{
((Result)value).ResetValue(interpreter, zero);
}
}
}
#endif
Clear();
}
///////////////////////////////////////////////////////////////////////
public static string GetAppSetting(
string name, /* in */
string @default /* in */
)
{
string value = null;
Result error = null;
if (!TryGetAppSetting(name, out value, ref error))
{
bool noComplain = GetNoComplain(ConfigurationOperation.Get);
if (!noComplain)
{
DebugOps.Complain(ReturnCode.Error, error);
}
return(@default);
}
return(value);
}
///////////////////////////////////////////////////////////////////////
#region Upload Values Event Handlers
private static void UploadValuesAsyncCompleted(
object sender,
UploadValuesCompletedEventArgs e
)
{
try
{
if (e == null)
{
return;
}
ICallback callback = e.UserState as ICallback;
if (callback == null)
{
return;
}
Uri uri = null;
string method = null;
NameValueCollection collection = null;
IClientData clientData = callback.ClientData;
if (clientData != null)
{
IAnyTriplet <WebClient, Uri, IAnyPair <string, NameValueCollection> >
anyTriplet = clientData.Data as
IAnyTriplet <WebClient, Uri, IAnyPair <string, NameValueCollection> >;
if (anyTriplet != null)
{
WebClient webClient = anyTriplet.X;
if (webClient != null)
{
webClient.Dispose();
webClient = null;
}
uri = anyTriplet.Y;
IAnyPair <string, NameValueCollection>
anyPair = anyTriplet.Z;
if (anyPair != null)
{
method = anyPair.X;
collection = anyPair.Y;
}
}
clientData.Data = null;
}
/* NO RESULT */
callback.FireEventHandler(sender, e,
GetAsyncCompletedArguments(
uri, method, null, collection, null, e));
}
catch (Exception ex)
{
DebugOps.Complain(ReturnCode.Error, ex);
}
}
public override ReturnCode Execute(
Interpreter interpreter,
IClientData clientData,
ArgumentList arguments,
ref Result result
)
{
ReturnCode code;
if (interpreter != null)
{
if (arguments != null)
{
if (arguments.Count >= 2)
{
OptionDictionary options = new OptionDictionary(
new IOption[] {
new Option(null, OptionFlags.Unsafe, Index.Invalid, Index.Invalid, "-nocommands", null),
new Option(null, OptionFlags.Unsafe, Index.Invalid, Index.Invalid, "-nofunctions", null),
new Option(null, OptionFlags.Unsafe, Index.Invalid, Index.Invalid, "-nopolicies", null),
new Option(null, OptionFlags.Unsafe, Index.Invalid, Index.Invalid, "-notraces", null),
new Option(null, OptionFlags.Unsafe, Index.Invalid, Index.Invalid, "-noprovide", null),
new Option(null, OptionFlags.Unsafe, Index.Invalid, Index.Invalid, "-noresources", null),
new Option(null, OptionFlags.Unsafe, Index.Invalid, Index.Invalid, "-verifiedonly", null),
new Option(null, OptionFlags.Unsafe, Index.Invalid, Index.Invalid, "-trustedonly", null),
#if ISOLATED_PLUGINS
new Option(null, OptionFlags.Unsafe, Index.Invalid, Index.Invalid, "-noisolated", null),
#else
new Option(null, OptionFlags.Unsafe | OptionFlags.Unsupported, Index.Invalid, Index.Invalid,
"-noisolated", null),
#endif
new Option(null, OptionFlags.MustHaveObjectValue, Index.Invalid, Index.Invalid, "-clientdata", null),
new Option(null, OptionFlags.MustHaveObjectValue, Index.Invalid, Index.Invalid, "-data", null),
new Option(null, OptionFlags.None, Index.Invalid, Index.Invalid, Option.EndOfOptions, null)
});
int argumentIndex = Index.Invalid;
code = interpreter.GetOptions(options, arguments, 0, 1, Index.Invalid, false, ref argumentIndex, ref result);
if (code == ReturnCode.Ok)
{
//
// NOTE: There should be a minimum of one and a maximum
// of three arguments after the final option.
//
if ((argumentIndex != Index.Invalid) &&
((argumentIndex + 3) >= arguments.Count))
{
string path = ((argumentIndex + 2) < arguments.Count) ?
(string)arguments[argumentIndex + 2] : String.Empty;
Interpreter slaveInterpreter = null;
code = interpreter.GetNestedSlaveInterpreter(
path, LookupFlags.Interpreter, false,
ref slaveInterpreter, ref result);
if (code == ReturnCode.Ok)
{
Variant value = null;
IClientData localClientData = clientData;
if (options.IsPresent("-clientdata", ref value))
{
IObject @object = (IObject)value.Value;
if ((@object.Value == null) ||
(@object.Value is IClientData))
{
localClientData = (IClientData)@object.Value;
}
else
{
result = "option value has invalid clientData";
code = ReturnCode.Error;
}
}
if (code == ReturnCode.Ok)
{
if (options.IsPresent("-data", ref value))
{
IObject @object = (IObject)value.Value;
if (@object != null)
{
localClientData = _Public.ClientData.WrapOrReplace(
localClientData, @object.Value);
}
else
{
result = "option value has invalid data";
code = ReturnCode.Error;
}
}
if (code == ReturnCode.Ok)
{
//
// NOTE: All plugins loaded by this command are considered
// as having been loaded "on demand".
//
PluginFlags pluginFlags = PluginFlags.Demand;
//
// NOTE: Add the plugin flags for the target interpreter.
//
pluginFlags |= slaveInterpreter.PluginFlags;
#if ISOLATED_PLUGINS
//
// NOTE: Disable loading this plugin into an isolated
// application domain (i.e. load it into the default
// application domain for the target interpreter).
//
if (options.IsPresent("-noisolated"))
{
pluginFlags &= ~PluginFlags.Isolated;
}
#endif
if (options.IsPresent("-nocommands"))
{
pluginFlags |= PluginFlags.NoCommands;
}
if (options.IsPresent("-nofunctions"))
{
pluginFlags |= PluginFlags.NoFunctions;
}
if (options.IsPresent("-nopolicies"))
{
pluginFlags |= PluginFlags.NoPolicies;
}
if (options.IsPresent("-notraces"))
{
pluginFlags |= PluginFlags.NoTraces;
}
if (options.IsPresent("-noprovide"))
{
pluginFlags |= PluginFlags.NoProvide;
}
if (options.IsPresent("-noresources"))
{
pluginFlags |= PluginFlags.NoResources;
}
if (options.IsPresent("-verifiedonly"))
{
pluginFlags |= PluginFlags.VerifiedOnly;
}
if (options.IsPresent("-trustedonly"))
{
pluginFlags |= PluginFlags.TrustedOnly;
}
string fileName = PathOps.ResolveFullPath(
interpreter, arguments[argumentIndex]);
if (!String.IsNullOrEmpty(fileName))
{
string typeName = null;
if ((argumentIndex + 1) < arguments.Count)
{
typeName = arguments[argumentIndex + 1];
}
IPlugin plugin = null;
long token = 0;
try
{
code = slaveInterpreter.LoadPlugin(
fileName,
#if CAS_POLICY
null, null, AssemblyHashAlgorithm.None,
#endif
typeName, localClientData, pluginFlags,
ref plugin, ref result);
if (code == ReturnCode.Ok)
{
code = slaveInterpreter.AddPlugin(
plugin, localClientData, ref token,
ref result);
}
}
finally
{
if (code != ReturnCode.Ok)
{
if (token != 0)
{
//
// NOTE: Terminate and remove the plugin now.
// This does not unload the associated
// AppDomain, if any.
//
ReturnCode removeCode;
Result removeResult = null;
removeCode = slaveInterpreter.RemovePlugin(
token, localClientData, ref removeResult);
if (removeCode != ReturnCode.Ok)
{
DebugOps.Complain(
slaveInterpreter, removeCode,
removeResult);
}
}
if (plugin != null)
{
//
// NOTE: Unload the plugin. This basically does
// "nothing" unless the plugin was isolated.
// In that case, it unloads the associated
// AppDomain.
//
ReturnCode unloadCode;
Result unloadResult = null;
unloadCode = slaveInterpreter.UnloadPlugin(
plugin, localClientData, pluginFlags |
PluginFlags.SkipTerminate, ref unloadResult);
if (unloadCode != ReturnCode.Ok)
{
DebugOps.Complain(
slaveInterpreter, unloadCode,
unloadResult);
}
}
}
}
}
else
{
result = "invalid file name";
code = ReturnCode.Error;
}
}
}
}
}
else
{
if ((argumentIndex != Index.Invalid) &&
Option.LooksLikeOption(arguments[argumentIndex]))
{
result = OptionDictionary.BadOption(options, arguments[argumentIndex]);
}
else
{
result = "wrong # args: should be \"load ?options? fileName ?packageName? ?interp?\"";
}
code = ReturnCode.Error;
}
}
}
else
{
result = "wrong # args: should be \"load ?options? fileName ?packageName? ?interp?\"";
code = ReturnCode.Error;
}
}
else
{
result = "invalid argument list";
code = ReturnCode.Error;
}
}
else
{
result = "invalid interpreter";
code = ReturnCode.Error;
}
return(code);
}
///////////////////////////////////////////////////////////////////////
#region IExecute Members
public override ReturnCode Execute(
Interpreter interpreter,
IClientData clientData,
ArgumentList arguments,
ref Result result
)
{
if (interpreter == null)
{
result = "invalid interpreter";
return(ReturnCode.Error);
}
if (arguments == null)
{
result = "invalid argument list";
return(ReturnCode.Error);
}
if (arguments.Count < 2)
{
result = "wrong # args: should be \"uplevel ?level? arg ?arg ...?\"";
return(ReturnCode.Error);
}
ReturnCode code;
int currentLevel = 0;
code = interpreter.GetInfoLevel(
CallFrameOps.InfoLevelSubCommand, ref currentLevel,
ref result);
if (code != ReturnCode.Ok)
{
return(code);
}
bool mark = false;
bool absolute = false;
bool super = false;
int level = 0;
ICallFrame currentFrame = null;
ICallFrame otherFrame = null;
FrameResult frameResult = interpreter.GetCallFrame(
arguments[1], ref mark, ref absolute, ref super,
ref level, ref currentFrame, ref otherFrame,
ref result);
if (frameResult == FrameResult.Invalid)
{
return(ReturnCode.Error);
}
int argumentIndex = ((int)frameResult + 1);
//
// BUGFIX: The argument count needs to be checked again here.
//
if (argumentIndex >= arguments.Count)
{
result = "wrong # args: should be \"uplevel ?level? arg ?arg ...?\"";
return(ReturnCode.Error);
}
if (mark)
{
code = CallFrameOps.MarkMatching(
interpreter.CallStack, interpreter.CurrentFrame,
absolute, level, CallFrameFlags.Variables,
CallFrameFlags.Invisible | CallFrameFlags.NoVariables,
CallFrameFlags.Invisible, false, false, true,
ref result);
}
if (code == ReturnCode.Ok)
{
try
{
string name = StringList.MakeList("uplevel", arguments[1]);
ICallFrame newFrame = interpreter.NewUplevelCallFrame(
name, currentLevel, CallFrameFlags.None, mark,
currentFrame, otherFrame);
ICallFrame savedFrame = null;
interpreter.PushUplevelCallFrame(
currentFrame, newFrame, true, ref savedFrame);
if ((argumentIndex + 1) >= arguments.Count)
{
code = interpreter.EvaluateScript(
arguments[argumentIndex], ref result);
}
else
{
code = interpreter.EvaluateScript(
arguments, argumentIndex, ref result);
}
if (code == ReturnCode.Error)
{
Engine.AddErrorInformation(interpreter, result,
String.Format("{0} (\"uplevel\" body line {1})",
Environment.NewLine, Interpreter.GetErrorLine(interpreter)));
}
//
// NOTE: Pop the original call frame that we pushed above and
// any intervening scope call frames that may be leftover
// (i.e. they were not explicitly closed).
//
/* IGNORED */
interpreter.PopUplevelCallFrame(
currentFrame, newFrame, ref savedFrame);
}
finally
{
if (mark)
{
//
// NOTE: We should not get an error at this point from
// unmarking the call frames; however, if we do get
// one, we need to complain loudly about it because
// that means the interpreter state has probably been
// corrupted somehow.
//
ReturnCode markCode;
Result markResult = null;
markCode = CallFrameOps.MarkMatching(
interpreter.CallStack, interpreter.CurrentFrame,
absolute, level, CallFrameFlags.Variables,
CallFrameFlags.NoVariables, CallFrameFlags.Invisible,
false, false, false, ref markResult);
if (markCode != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, markCode, markResult);
}
}
}
}
return(code);
}
public override ReturnCode Execute(
Interpreter interpreter,
IClientData clientData,
ArgumentList arguments,
ref Result result
)
{
ReturnCode code;
if (interpreter != null)
{
if (arguments != null)
{
if (arguments.Count >= 1)
{
OptionDictionary options = new OptionDictionary(
new IOption[] {
new Option(null, OptionFlags.Unsafe, Index.Invalid, Index.Invalid, "-force", null),
new Option(null, OptionFlags.Unsafe, Index.Invalid, Index.Invalid, "-fail", null),
new Option(null, OptionFlags.MustHaveValue, Index.Invalid, Index.Invalid, "-message", null),
new Option(null, OptionFlags.None, Index.Invalid, Index.Invalid, "-current", null),
new Option(null, OptionFlags.None, Index.Invalid, Index.Invalid, Option.EndOfOptions, null)
});
int argumentIndex = Index.Invalid;
if (arguments.Count > 1)
{
code = interpreter.GetOptions(options, arguments, 0, 1, Index.Invalid, false, ref argumentIndex, ref result);
}
else
{
code = ReturnCode.Ok;
}
if (code == ReturnCode.Ok)
{
if ((argumentIndex == Index.Invalid) ||
((argumentIndex + 1) == arguments.Count))
{
bool force = false;
if (options.IsPresent("-force"))
{
force = true;
}
bool fail = false;
if (options.IsPresent("-fail"))
{
fail = true;
}
Variant value = null;
string message = null;
if (options.IsPresent("-message", ref value))
{
message = value.ToString();
}
//
// NOTE: The default exit code is "success" (i.e. zero).
//
ExitCode exitCode = ResultOps.SuccessExitCode();
if (options.IsPresent("-current"))
{
exitCode = interpreter.ExitCode;
}
//
// NOTE: Was an exit code specified in the command?
//
if (argumentIndex != Index.Invalid)
{
object enumValue = EnumOps.TryParseEnum(
typeof(ExitCode), arguments[argumentIndex],
true, true, ref result);
if (enumValue is ExitCode)
{
exitCode = (ExitCode)enumValue;
}
else
{
result = ScriptOps.BadValue(
null, "exit code", arguments[argumentIndex],
Enum.GetNames(typeof(ExitCode)), null, ", or an integer");
code = ReturnCode.Error;
}
}
//
// NOTE: Make sure we succeeded at coverting the exit code to an integer.
//
if (code == ReturnCode.Ok)
{
//
// NOTE: Make sure the interpreter host, if any, agrees to exit (i.e. it may deny the
// request if the application is doing something that should not be interrupted).
//
code = interpreter.CanExit(exitCode, force, fail, message, ref result);
if (code == ReturnCode.Ok)
{
//
// NOTE: Exit the application (either by marking the current interpreter as "exited"
// or physically exiting the containing process).
//
TraceOps.DebugTrace(String.Format(
"Execute: {0}, interpreter = {1}, message = {2}",
force && fail ?
"forcibly failing" : force ? "forcibly exiting" : "exiting",
FormatOps.InterpreterNoThrow(interpreter), FormatOps.WrapOrNull(message)),
typeof(Exit).Name, TracePriority.Command);
if (force)
{
#if !MONO
if (fail && !CommonOps.Runtime.IsMono())
{
try
{
//
// NOTE: Using this method to exit a script is NOT recommended unless
// you are trying to prevent damaging another part of the system.
//
// MONO: This method is not supported by the Mono runtime.
//
Environment.FailFast(message);
/* NOT REACHED */
result = "failed to exit process";
code = ReturnCode.Error;
}
catch (Exception e)
{
result = e;
code = ReturnCode.Error;
}
}
else
#endif
{
//
// BUGFIX: Try to dispose our containing interpreter now. We must do
// this to prevent it from being disposed on a random GC thread.
//
try
{
interpreter.Dispose();
interpreter = null;
}
catch (Exception e)
{
result = e;
code = ReturnCode.Error;
}
//
// NOTE: If we could not dispose the interpreter properly, complain;
// however, keep exiting anyway.
//
if (code != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, code, result);
}
try
{
//
// NOTE: Using this method to exit a script is NOT recommended unless
// you are running a standalone script in the Eagle Shell (i.e.
// you are not hosted within another application).
//
Environment.Exit((int)exitCode);
/* NOT REACHED */
result = "failed to exit process";
code = ReturnCode.Error;
}
catch (Exception e)
{
result = e;
code = ReturnCode.Error;
}
}
}
else
{
interpreter.ExitCode = exitCode;
interpreter.Exit = true;
result = String.Empty;
code = ReturnCode.Ok;
}
}
}
}
else
{
if ((argumentIndex != Index.Invalid) &&
Option.LooksLikeOption(arguments[argumentIndex]))
{
result = OptionDictionary.BadOption(options, arguments[argumentIndex]);
}
else
{
result = "wrong # args: should be \"exit ?options? ?returnCode?\"";
}
code = ReturnCode.Error;
}
}
}
else
{
result = "wrong # args: should be \"exit ?options? ?returnCode?\"";
code = ReturnCode.Error;
}
}
else
{
result = "invalid argument list";
code = ReturnCode.Error;
}
}
else
{
result = "invalid interpreter";
code = ReturnCode.Error;
}
return(code);
}
///////////////////////////////////////////////////////////////////////
#region Upload File Event Handlers
private static void UploadFileAsyncCompleted(
object sender,
UploadFileCompletedEventArgs e
)
{
try
{
if (e == null)
{
return;
}
ICallback callback = e.UserState as ICallback;
if (callback == null)
{
return;
}
Uri uri = null;
string method = null;
string fileName = null;
IClientData clientData = callback.ClientData;
if (clientData != null)
{
IAnyTriplet <WebClient, Uri, IAnyPair <string, string> >
anyTriplet = clientData.Data as
IAnyTriplet <WebClient, Uri, IAnyPair <string, string> >;
if (anyTriplet != null)
{
WebClient webClient = anyTriplet.X;
if (webClient != null)
{
webClient.Dispose();
webClient = null;
}
uri = anyTriplet.Y;
IAnyPair <string, string> anyPair = anyTriplet.Z;
if (anyPair != null)
{
method = anyPair.X;
fileName = anyPair.Y;
}
}
clientData.Data = null;
}
ReturnCode code;
Result result = null;
code = callback.Invoke(
GetAsyncCompletedArguments(
uri, method, null, null, fileName, e),
ref result);
if (code != ReturnCode.Ok)
{
DebugOps.Complain(code, result);
}
}
catch (Exception ex)
{
DebugOps.Complain(ReturnCode.Error, ex);
}
}
///////////////////////////////////////////////////////////////////////
public static ReturnCode UploadDataAsync(
Interpreter interpreter,
IClientData clientData,
StringList arguments,
CallbackFlags callbackFlags,
Uri uri,
string method,
byte[] rawData,
ref Result error
)
{
TraceOps.DebugTrace(String.Format(
"UploadDataAsync: interpreter = {0}, clientData = {1}, " +
"arguments = {2}, callbackFlags = {3}, uri = {4}, " +
"method = {5}, rawData = {6}",
FormatOps.InterpreterNoThrow(interpreter),
FormatOps.WrapOrNull(clientData),
FormatOps.WrapOrNull(true, true, arguments),
FormatOps.WrapOrNull(callbackFlags),
FormatOps.WrapOrNull(uri),
FormatOps.WrapOrNull(method),
FormatOps.WrapOrNull(rawData)),
typeof(WebOps).Name, TracePriority.NetworkDebug);
ReturnCode code = ReturnCode.Ok;
WebClient webClient = null;
try
{
ICallback callback = CommandCallback.Create(
MarshalFlags.Default, callbackFlags,
ObjectFlags.Callback, ByRefArgumentFlags.None,
interpreter, null, null, arguments, ref error);
if (callback != null)
{
try
{
Result localError = null;
webClient = CreateClient(
interpreter, "UploadDataAsync", clientData,
ref localError);
if (webClient != null)
{
callback.ClientData = new ClientData(
new AnyTriplet <WebClient, Uri,
IAnyPair <string, byte[]> >(
webClient, uri, new AnyPair <string,
byte[]>(method, rawData)));
webClient.UploadDataCompleted +=
new UploadDataCompletedEventHandler(
UploadDataAsyncCompleted);
/* NO RESULT */
webClient.UploadDataAsync(
uri, method, rawData, callback);
}
else if (localError != null)
{
error = localError;
code = ReturnCode.Error;
}
else
{
error = "could not create web client";
code = ReturnCode.Error;
}
}
catch (Exception e)
{
error = e;
code = ReturnCode.Error;
}
}
else
{
code = ReturnCode.Error;
}
}
finally
{
if ((code != ReturnCode.Ok) && (webClient != null))
{
ReturnCode disposeCode;
Result disposeError = null;
disposeCode = ObjectOps.TryDispose(
webClient, ref disposeError);
if (disposeCode != ReturnCode.Ok)
{
DebugOps.Complain(
interpreter, disposeCode, disposeError);
}
}
}
return(code);
}
///////////////////////////////////////////////////////////////////////////////////////////////
private /* protected virtual */ void Dispose(
bool disposing
) /* throw */
{
TraceOps.DebugTrace(String.Format(
"Dispose: called, disposing = {0}, disposed = {1}",
disposing, disposed), typeof(TclBridge).Name,
TracePriority.CleanupDebug);
if (!disposed)
{
if (!this.disposing)
{
//
// NOTE: We are now disposing this object (prevent re-entrancy).
//
this.disposing = true;
//
// NOTE: This method should not normally throw; however, if it does
// we do not want our disposing flag to be stuck set to true.
//
try
{
//if (disposing)
//{
// ////////////////////////////////////
// // dispose managed resources here...
// ////////////////////////////////////
//}
//////////////////////////////////////
// release unmanaged resources here...
//////////////////////////////////////
//
// NOTE: If necessary (and possible), delete the Tcl command via the
// token we saved earlier (when the Tcl command was created).
//
ReturnCode deleteCode = ReturnCode.Ok;
Result deleteError = null;
//
// NOTE: If we have a valid command token then we are still hooked to
// Tcl via our inbound native delegates and we must unhook
// successfully or throw to prevent our internal object state
// from being made inconsistent.
//
if (token != IntPtr.Zero)
{
if (interpreter != null)
{
ITclApi tclApi = TclApi.GetTclApi(interpreter);
//
// BUGFIX: We want to force deletion of this bridged command
// if the force flag was specified upon creation OR
// if the command is not actively being used.
//
deleteCode = TclWrapper.DeleteCommandFromToken(
tclApi, interp, forceDelete || (objCmdProcLevels == 0),
ref token, ref deleteError);
}
else
{
deleteError = "invalid interpreter";
deleteCode = ReturnCode.Error;
}
}
//
// NOTE: Did we succeed in deleting the command from Tcl, if it
// was necessary?
//
if (!noComplain && (deleteCode != ReturnCode.Ok))
{
//
// NOTE: If the command deletion was necessary and it failed
// for any reason, complain very loudly.
//
DebugOps.Complain(interpreter, deleteCode, deleteError);
//
// BUGFIX: Also, we must throw an exception here to prevent
// the delegates from being disposed while Tcl still
// refers to them (tclLoad-1.2 GC race).
//
throw new ScriptException(deleteCode, deleteError);
}
//
// NOTE: If necessary, release the GCHandle that is keeping this
// object alive.
//
if (handle.IsAllocated)
{
handle.Free();
}
//
// NOTE: We do not own these objects; therefore, we just null out
// the references to them (in case we are the only thing
// keeping them alive).
//
interpreter = null;
execute = null;
clientData = null;
//
// NOTE: Zero out our Tcl interpreter. We do not delete it because
// we do not own it.
//
interp = IntPtr.Zero;
//
// NOTE: Zero out our created Tcl command token. We should not need
// to call Tcl to delete the actual command because by this time
// it should already have been deleted.
//
token = IntPtr.Zero;
//
// NOTE: Finally, we should be able to safely remove our references
// to the Tcl callback delegates at this point because we already
// deleted the Tcl command related to them.
//
objCmdProc = null;
cmdDeleteProc = null;
//
// NOTE: Zero out our command nesting level.
//
objCmdProcLevels = 0;
//
// NOTE: This object is now disposed.
//
disposed = true;
}
finally
{
//
// NOTE: We are no longer disposing this object.
//
this.disposing = false;
}
}
}
}
///////////////////////////////////////////////////////////////////////
private /* protected virtual */ void Dispose(
bool disposing
)
{
lock (syncRoot) /* TRANSACTIONAL */
{
if (!disposed)
{
if (disposing)
{
////////////////////////////////////
// dispose managed resources here...
////////////////////////////////////
//
// NOTE: Get rid of our type references.
//
returnType = null;
parameterTypes = null;
type = null;
//
// NOTE: Get rid of the native function name and
// address we looked up previously, if any.
//
functionName = null;
address = IntPtr.Zero;
//
// NOTE: Get rid of other stuff...
//
name = null;
clientData = null;
description = null;
//
// NOTE: Get rid of the delegate object itself.
//
@delegate = null;
}
//////////////////////////////////////
// release unmanaged resources here...
//////////////////////////////////////
//
// NOTE: Finally, unload our underlying native module.
//
if (module != null)
{
ReturnCode unloadCode;
Result unloadError = null;
unloadCode = UnloadModule(
ref moduleLoaded, ref unloadError);
if (unloadCode != ReturnCode.Ok)
{
DebugOps.Complain(
interpreter, unloadCode, unloadError);
}
module = null;
}
//
// NOTE: We do not own the interpreter, just clear our
// reference to it.
//
interpreter = null;
//
// NOTE: This object is now disposed.
//
disposed = true;
}
}
}
///////////////////////////////////////////////////////////////////////
public static string GetPath(
Interpreter interpreter, /* OPTIONAL */
Assembly assembly
) /* CANNOT RETURN NULL */
{
//
// NOTE: Fetch the base directory for the current application
// domain. This will be used to check if the candidate
// assembly paths are underneath it. It is now possible
// to override the value used here via the environment.
//
string path0 = GetAnchorPath();
if (path0 == null)
{
path0 = GlobalState.GetAppDomainBaseDirectory();
}
//
// NOTE: First, try to use the current path to the assembly,
// checking to make sure that it resides underneath the
// base directory for the application domain.
//
string path1 = GetCurrentPath(assembly);
if (PathOps.IsUnderPath(interpreter, path1, path0))
{
return(path1);
}
//
// NOTE: Second, try to use the original path to the assembly,
// checking to make sure that it resides underneath the
// base directory for the application domain.
//
string path2 = GetOriginalPath(assembly);
if (PathOps.IsUnderPath(interpreter, path2, path0))
{
return(path2);
}
//
// NOTE: At this point, we have failed to figure out a path for
// this assembly that actually resides within the current
// application domain. This condition is not impossible;
// however, it should not happen for the core library
// assembly itself.
//
DebugOps.Complain(interpreter, ReturnCode.Error, String.Format(
"could not determine a path for assembly {1} underneath " +
"the application domain path {0}", FormatOps.DisplayPath(
path0), FormatOps.DisplayAssemblyName(assembly)));
//
// NOTE: This method cannot return null; therefore, the legacy
// return value will be used instead (i.e. the current
// path to the assembly).
//
return(path1);
}
///////////////////////////////////////////////////////////////////////
private /* protected virtual */ void Dispose(
bool disposing
)
{
if (!disposed)
{
if (disposing)
{
////////////////////////////////////
// dispose managed resources here...
////////////////////////////////////
if (children != null)
{
foreach (INamespace child in children.Values)
{
if (child == null)
{
continue;
}
IDisposable disposable = child as IDisposable;
if (disposable != null)
{
disposable.Dispose();
disposable = null;
}
}
children.Clear();
children = null;
}
///////////////////////////////////////////////////////////
if (exportNames != null)
{
exportNames.Clear();
exportNames = null;
}
///////////////////////////////////////////////////////////
if (imports != null)
{
ReturnCode removeCode;
Result removeError = null;
removeCode = RemoveImports(
null, false, ref removeError);
if (removeCode != ReturnCode.Ok)
{
DebugOps.Complain(
interpreter, removeCode, removeError);
}
imports.Clear();
imports = null;
}
///////////////////////////////////////////////////////////
if (interpreter != null)
{
interpreter = null; /* NOT OWNED */
}
///////////////////////////////////////////////////////////
parent = null; /* NOT OWNED */
resolve = null; /* NOT OWNED */
///////////////////////////////////////////////////////////
if (variableFrame != null)
{
variableFrame.Free(true);
variableFrame = null;
}
///////////////////////////////////////////////////////////
unknown = null;
///////////////////////////////////////////////////////////
qualifiedName = null;
referenceCount = 0;
deleted = false;
///////////////////////////////////////////////////////////
kind = IdentifierKind.None;
id = Guid.Empty;
name = null;
group = null;
description = null;
clientData = null;
}
//////////////////////////////////////
// release unmanaged resources here...
//////////////////////////////////////
disposed = true;
}
}
public override ReturnCode Execute(
Interpreter interpreter,
IClientData clientData,
ArgumentList arguments,
ref Result result
)
{
ReturnCode code;
if (interpreter != null)
{
if (arguments != null)
{
//
// try {<tryBody>}
// [finally {<finallyBody>}]
//
if ((arguments.Count == 2) || (arguments.Count == 4))
{
if ((arguments.Count < 3) || (String.Compare(arguments[2],
Try.Finally, StringOps.SystemStringComparisonType) == 0))
{
string name = StringList.MakeList("try");
ICallFrame frame = interpreter.NewTrackingCallFrame(name,
CallFrameFlags.Try);
interpreter.PushAutomaticCallFrame(frame);
ReturnCode tryCode;
Result tryResult = null;
tryCode = interpreter.EvaluateScript(arguments[1], ref tryResult);
if (tryCode == ReturnCode.Error)
{
Engine.AddErrorInformation(interpreter, tryResult,
String.Format("{0} (\"try\" body line {1})",
Environment.NewLine, Interpreter.GetErrorLine(interpreter)));
}
//
// NOTE: Pop the original call frame that we pushed above and
// any intervening scope call frames that may be leftover
// (i.e. they were not explicitly closed).
//
/* IGNORED */
interpreter.PopScopeCallFramesAndOneMore();
Result finallyResult = null;
ReturnCode finallyCode = ReturnCode.Ok;
if (arguments.Count == 4)
{
name = StringList.MakeList("finally");
frame = interpreter.NewTrackingCallFrame(name,
CallFrameFlags.Finally);
interpreter.PushAutomaticCallFrame(frame);
//
// BUGFIX: Preserve any and all existing error related
// information during evaluation of the finally
// block.
//
Engine.SetNoResetError(interpreter, true);
//
// NOTE: If there was an error during the try block as well,
// keep them somewhat organized in the final error
// information.
//
if (tryCode == ReturnCode.Error)
{
Engine.AddErrorInformation(interpreter, null,
String.Format("{0} ... continued ...",
Environment.NewLine));
}
//
// NOTE: If the appropriate flag is set, call into the
// Engine.ResetCancel method (with "force" enabled)
// prior to evaluating the finally block script.
// It should be noted here that even though the
// return code of this call is checked by the code,
// it basically cannot fail at this point.
//
Result canceledResult = null;
bool canceled = false;
bool unwound = false;
bool resetCancel = false;
//
// NOTE: If the appropriate flag is set, reset the Exit
// property prior to evaluating the finally block
// script.
//
bool exit = false;
bool resetExit = false;
try
{
if (ScriptOps.HasFlags(interpreter,
InterpreterFlags.FinallyResetCancel, true))
{
ReturnCode resetCode;
Result resetError = null;
resetCode = Engine.ResetCancel(
interpreter, CancelFlags.TryBlock, ref canceledResult,
ref canceled, ref unwound, ref resetCancel,
ref resetError);
if (resetCode != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, resetCode, resetError);
}
}
if (ScriptOps.HasFlags(interpreter,
InterpreterFlags.FinallyResetExit, true))
{
exit = interpreter.Exit;
if (exit)
{
interpreter.Exit = false;
resetExit = true;
}
}
ReturnCode timeoutCode;
Result timeoutResult = null;
timeoutCode = Interpreter.StartFinallyTimeoutThread(
interpreter, false, true, ref timeoutResult);
if (timeoutCode != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, timeoutCode, timeoutResult);
}
try
{
//
// NOTE: Evaluate the finally block.
//
finallyCode = interpreter.EvaluateScript(
arguments[3], ref finallyResult);
}
finally
{
timeoutCode = Interpreter.InterruptFinallyTimeoutThread(
interpreter, false, ref timeoutResult);
if (timeoutCode != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, timeoutCode, timeoutResult);
}
}
}
finally
{
if (exit && resetExit)
{
if (ScriptOps.HasFlags(interpreter,
InterpreterFlags.FinallyRestoreExit, true))
{
interpreter.Exit = true;
}
}
if ((canceled || unwound) && resetCancel)
{
if (ScriptOps.HasFlags(interpreter,
InterpreterFlags.FinallyRestoreCancel, true))
{
CancelFlags cancelFlags = CancelFlags.FinallyBlock;
if (unwound)
{
cancelFlags |= CancelFlags.Unwind;
}
ReturnCode cancelCode;
Result cancelError = null;
cancelCode = Engine.CancelEvaluate(
interpreter, canceledResult, cancelFlags,
ref cancelError);
if (cancelCode != ReturnCode.Ok)
{
DebugOps.Complain(interpreter, cancelCode, cancelError);
}
}
}
}
if (finallyCode == ReturnCode.Error)
{
Engine.AddErrorInformation(interpreter, finallyResult,
String.Format("{0} (\"finally\" body line {1})",
Environment.NewLine, Interpreter.GetErrorLine(interpreter)));
}
//
// NOTE: Restore normal result reset semantics.
//
Engine.SetNoResetError(interpreter, false);
//
// NOTE: Pop the original call frame that we pushed above and
// any intervening scope call frames that may be leftover
// (i.e. they were not explicitly closed).
//
/* IGNORED */
interpreter.PopScopeCallFramesAndOneMore();
}
//
// NOTE: Initially, the overall command return code and result
// is that of the try block; however, if the finally block
// fails, that will be the return code and result.
//
if (finallyCode == ReturnCode.Ok)
{
result = tryResult;
code = tryCode;
}
else
{
result = finallyResult;
code = finallyCode;
}
}
else
{
result = String.Format(
"expected \"finally\" but got \"{0}\"",
arguments[2]);
code = ReturnCode.Error;
}
}
else
{
result = "wrong # args: should be \"try script ?finally script?\"";
code = ReturnCode.Error;
}
}
else
{
result = "invalid argument list";
return(ReturnCode.Error);
}
}
else
{
result = "invalid interpreter";
code = ReturnCode.Error;
}
return(code);
}
///////////////////////////////////////////////////////////////////////
#region Public Web Upload Methods
#region Upload Data Methods
public static ReturnCode UploadData(
Interpreter interpreter,
IClientData clientData,
Uri uri,
string method,
byte[] rawData,
bool trusted,
ref byte[] bytes,
ref Result error
)
{
bool wasTrusted = UpdateOps.IsTrusted();
TraceOps.DebugTrace(String.Format(
"UploadData: interpreter = {0}, clientData = {1}, " +
"uri = {2}, method = {3}, rawData = {4}, trusted = {5}, " +
"wasTrusted = {6}",
FormatOps.InterpreterNoThrow(interpreter),
FormatOps.WrapOrNull(clientData),
FormatOps.WrapOrNull(uri),
FormatOps.WrapOrNull(method),
FormatOps.WrapOrNull(rawData),
trusted, wasTrusted),
typeof(WebOps).Name, TracePriority.NetworkDebug);
ReturnCode code = trusted ? wasTrusted ? ReturnCode.Ok :
UpdateOps.SetTrusted(trusted, ref error) : ReturnCode.Ok;
if (code == ReturnCode.Ok)
{
try
{
try
{
Result localError = null;
using (WebClient webClient = CreateClient(
interpreter, "UploadData", clientData,
ref localError))
{
if (webClient != null)
{
bytes = webClient.UploadData(
uri, method, rawData);
return(ReturnCode.Ok);
}
else if (localError != null)
{
error = localError;
}
else
{
error = "could not create web client";
}
}
}
catch (Exception e)
{
error = e;
}
}
finally
{
if (trusted && !wasTrusted)
{
ReturnCode untrustCode;
Result untrustError = null;
untrustCode = UpdateOps.SetTrusted(
false, ref untrustError);
if (untrustCode != ReturnCode.Ok)
{
DebugOps.Complain(
interpreter, untrustCode, untrustError);
}
}
}
}
return(ReturnCode.Error);
}