private List <SerializableFLBuffer> ParseDefinedBuffers(DefineStatement[] defineStatements)
{
return(WorkItemRunner.RunInWorkItems(
defineStatements.ToList(),
ParseDefinedBuffersTask,
parser.WorkItemRunnerSettings
));
}
private List <SerializableFLFunction> ParseFunctions(List <StaticFunction> functionHeaders,
string[] definedBuffers,
string[] definedScripts)
{
return(WorkItemRunner.RunInWorkItems(functionHeaders.ToList(),
(input, start, count) => ParseFunctionsTask(input, start, count, definedBuffers, definedScripts),
parser.WorkItemRunnerSettings));
}
public override StaticInspectionResult Process(LoadSourceStageResult input)
{
string[] definedScripts = null;
string[] definedBuffers = null;
List <StaticFunction> functions = null;
Logger.Log(LogType.Log, "Statically Inspecting: " + input.Filename, 2);
Task <string[]> scriptTask = new Task <string[]>(() => FLParser.FindDefineScriptsStatements(input.Source));
Task <string[]> bufferTask = new Task <string[]>(() => FLParser.FindDefineStatements(input.Source));
if (parser.WorkItemRunnerSettings.UseMultithread)
{
scriptTask.Start();
bufferTask.Start();
}
else
{
scriptTask.RunSynchronously();
bufferTask.RunSynchronously();
}
string[] functionsHeaders = FLParser.FindFunctionHeaders(input.Source);
functions = WorkItemRunner.RunInWorkItems(functionsHeaders.ToList(),
(list, start, count) => ParseFunctionTask(list, start, count, input.Source),
parser.WorkItemRunnerSettings);
Task.WaitAll(scriptTask, bufferTask);
Logger.Log(LogType.Log, "Buffer And Script Task Finished.", 2);
definedScripts = scriptTask.Result;
definedBuffers = bufferTask.Result;
Logger.Log(LogType.Log, "Tasks Completed.", 2);
Logger.Log(LogType.Log, "Parsed Scripts: " + functions.Unpack(", "), 4);
return(new StaticInspectionResult(input.Filename, input.Source, functions, definedBuffers,
definedScripts));
}
public override LoadSourceStageResult Process(LoadSourceStageResult input)
{
Logger.Log(LogType.Log, "Removing Comments.. ", 2);
WorkItemRunner.RunInWorkItems(input.Source, RemoveCommentTask, parser.WorkItemRunnerSettings);
Logger.Log(LogType.Log, $"Optimizing Script Length..", 2);
for (int i = input.Source.Count - 1; i >= 0; i--)
{
if (string.IsNullOrWhiteSpace(input.Source[i]))
{
input.Source.RemoveAt(i);
continue;
}
input.Source[i] = input.Source[i].Trim();
}
return(input);
}
public override StaticInspectionResult Process(LoadSourceStageResult input)
{
ImportOptions options = new ImportOptions();
Runner runner = new Runner();
runner._AddCommand(
SetSettingsCommand.CreateSettingsCommand(
"Import",
new[] { FLKeywords.SetParserOptionKey },
options
)
);
List <string> opts = FLParser.FindParserOptions(input.Source).ToList();
opts.Insert(0, FLKeywords.SetParserOptionKey);
runner._RunCommands(opts.ToArray());
if (options.OnlyAllowImport && input.MainFile)
{
throw new InvalidOperationException(
$"The Script {input.Filename} can not be loaded as Entry point. As the Option: Import.OnlyAllowImport is set to true in the script"
);
}
if (options.NoImport && !input.MainFile)
{
throw new InvalidOperationException(
$"The Script {input.Filename} can not be imported. As the Option: Import.NoImport is set to true in the script"
);
}
DefineStatement[] definedScripts = null;
DefineStatement[] definedBuffers = null;
List <StaticFunction> functions = null;
Logger.Log(LogType.Log, "Statically Inspecting: " + input.Filename, 1);
Task <DefineStatement[]> scriptTask =
new Task <DefineStatement[]>(() => FLParser.FindDefineScriptsStatements(input.Source));
Task <DefineStatement[]> bufferTask =
new Task <DefineStatement[]>(() => FLParser.FindDefineStatements(input.Source));
if (parser.WorkItemRunnerSettings.UseMultithread)
{
scriptTask.Start();
bufferTask.Start();
}
else
{
scriptTask.RunSynchronously();
bufferTask.RunSynchronously();
}
StaticFunctionHeader[] functionsHeaders = FLParser.FindFunctionHeaders(input.Source)
.Select(x => new StaticFunctionHeader(x)).ToArray();
functions = WorkItemRunner.RunInWorkItems(
functionsHeaders.ToList(),
(list, start, count) =>
ParseFunctionTask(list, start, count, input.Source),
parser.WorkItemRunnerSettings
);
Task.WaitAll(scriptTask, bufferTask);
Logger.Log(LogType.Log, "Buffer And Script Tasks Finished.", 1);
definedScripts = scriptTask.Result;
definedBuffers = bufferTask.Result;
Logger.Log(LogType.Log, "Tasks Completed.", 1);
Logger.Log(LogType.Log, "Parsed Scripts: " + functions.Unpack(", "), 4);
return(new StaticInspectionResult(
input.Filename,
input.Source,
functions,
definedBuffers,
definedScripts,
options,
input.AdditionalKernels
));
}