/// <inheritdoc/>
public Value ExecuteBatchAsync(List <ProcessInitialInfo> processInitialInfoList)
{
#if DEBUG
//Log($"processInitialInfoList = {processInitialInfoList.WriteListToString()}");
#endif
var codeFramesList = new List <CodeFrame>();
foreach (var processInitialInfo in processInitialInfoList)
{
var codeFrame = new CodeFrame();
codeFrame.CompiledFunctionBody = processInitialInfo.CompiledFunctionBody;
codeFrame.LocalContext = processInitialInfo.LocalContext;
var processInfo = new ProcessInfo();
codeFrame.ProcessInfo = processInfo;
processInfo.CodeFrame = codeFrame;
codeFrame.Metadata = processInitialInfo.Metadata;
_context.InstancesStorage.AppendProcessInfo(processInfo);
codeFramesList.Add(codeFrame);
}
#if DEBUG
//_context.InstancesStorage.PrintProcessesList();
#endif
var threadExecutor = new AsyncThreadExecutor(_context);
threadExecutor.SetCodeFrames(codeFramesList);
return(threadExecutor.Start());
}
private void CallExecutable(IExecutable executable, KindOfFunctionParameters kindOfParameters, Dictionary <StrongIdentifierValue, Value> namedParameters, List <Value> positionedParameters, bool isSync)
{
if (executable.IsSystemDefined)
{
Value result = null;
switch (kindOfParameters)
{
case KindOfFunctionParameters.PositionedParameters:
result = executable.SystemHandler.Call(positionedParameters, _currentCodeFrame.LocalContext);
break;
default:
throw new ArgumentOutOfRangeException(nameof(kindOfParameters), kindOfParameters, null);
}
#if DEBUG
//Log($"result = {result}");
#endif
_currentCodeFrame.ValuesStack.Push(result);
#if DEBUG
//Log($"_currentCodeFrame = {_currentCodeFrame.ToDbgString()}");
#endif
return;
}
else
{
var newCodeFrame = ConvertExecutableToCodeFrame(executable, kindOfParameters, namedParameters, positionedParameters);
#if DEBUG
//Log($"newCodeFrame = {newCodeFrame}");
#endif
_context.InstancesStorage.AppendProcessInfo(newCodeFrame.ProcessInfo);
#if DEBUG
//Log($"isSync = {isSync}");
#endif
if (isSync)
{
_currentCodeFrame.CurrentPosition++;
SetCodeFrame(newCodeFrame);
}
else
{
_currentCodeFrame.CurrentPosition++;
var threadExecutor = new AsyncThreadExecutor(_context);
threadExecutor.SetCodeFrame(newCodeFrame);
var task = threadExecutor.Start();
_currentCodeFrame.ValuesStack.Push(task);
}
}
}
