public static RubyErrorProvider FromMessageAndBacktrace(MutableString message, RubyArray backtrace)
{
var rep = new RubyErrorProvider();
rep.ParseFromBacktrace(message, backtrace);
return(rep);
}
private void ScriptThreadProc()
{
ScriptScope scope = null;
try
{
m_runningScript = true;
var rep = RubyErrorProvider.AsErrorSink();
var compiledCode = m_scriptSrc.Compile(rep);
if (compiledCode != null)
{
scope = compiledCode.DefaultScope;
compiledCode.Execute();
ScriptHelper.SpinLoop(0.5, scope);
}
else
{
TriggerErrorEvent(rep);
}
}
catch (ThreadAbortException)
{ // We don't want to do anything special about thread aborts,
// since these are usually invoked by the user
}
catch (Exception ex)
{
TriggerErrorEvent(RubyErrorProvider.ParseException(ex));
}
finally
{
// only execute if no syntax errors
if (scope != null)
{
ScriptHelper.SendMethodToModules("onFinish", scope);
ScriptHelper.ExecuteTopMethod("onFinish", scope);
}
m_runningScript = false;
OnCompileFinished();
}
}
public static RubyErrorProvider FromMessageAndBacktrace(MutableString message, RubyArray backtrace)
{
var rep = new RubyErrorProvider();
rep.ParseFromBacktrace(message, backtrace);
return rep;
}
private void TriggerErrorEvent(RubyErrorProvider rep)
{
OnScriptError(rep.Message, rep.Path, rep.Line, rep.Column, rep.Format);
}
private void TriggerErrorEventFromRuby(MutableString message, RubyArray backtrace)
{
TriggerErrorEvent(RubyErrorProvider.FromMessageAndBacktrace(message, backtrace));
}
private void TriggerErrorEvent(RubyErrorProvider rep)
{
OnScriptError(rep.Message, rep.Path, rep.Line, rep.Column, rep.Format);
}