public TagsLoader(PIServer server, string[] queries, int tagChunkSize, Orchestrator orchestrator)
{
_server = server;
_queries = queries;
_tagChunkSize = tagChunkSize;
_orchestrator = orchestrator;
}
private static void Main(string[] args)
{
PIConnection piConnection;
var _logger = LogManager.GetLogger(typeof (Program));
try
{
var options = new CommandLineOptions();
if (Parser.Default.ParseArguments(args, options))
{
ValidateSettings(options);
var readerSettings = new DataReaderSettings();
if(options.Server.Length==1)
piConnection = new PIConnection(options.Server[0]);
else
piConnection = new PIConnection(options.Server[0], options.Server[1]);
if (options.testTagSearch != null && options.testTagSearch.Length > 0)
{
_logger.Info("Search test started...");
piConnection.Connect();
var search = new TagsLoader(piConnection.GetPiServer());
foreach (var s in options.testTagSearch)
{
var tags = search.Search(s).ToList();
_logger.WarnFormat("Found {0} tags with query {1}", tags.Count, s);
if (options.testTagSearchPrintAllTags)
{
tags.ForEach(t => _logger.InfoFormat("Tag: {0}, PointClass: {1}", t.Name, t.PointClass));
}
}
}
if (options.TagQueries != null && options.TagQueries.Length > 0)
{
_logger.Info("Data reader starting...");
piConnection.Connect();
if (options.EventsPerDay > 0 && options.TagsCount > 0)
{
// var type = options.UseParallel? DataReaderSettings.ReadingType.Parallel: DataReaderSettings.ReadingType.Bulk;
var type = DataReaderSettings.ReadingType.Bulk;
readerSettings.AutoTune(type, options.EventsPerDay, options.TagsCount, options.EventsPerRead);
}
// starts the data writer
// defines rejected states to filter out
var rejectedStates = new[]
{
"pt created",
"snapfix",
"shutdown",
"no data",
"bad",
"No Alarm",
"High Alarm",
"Low Alarm",
"Hi Alarm/Ack",
"Lo Alarm/Ack",
"NoAlrm/UnAck",
"Bad Quality",
"Rate Alarm",
"Rate Alm/Ack",
"Dig Alarm",
"Dig Alm/Ack",
"?204",
"?205",
"?206",
"?207",
"?208",
"?209",
"AccessDenied",
"No Sample",
"No Result",
"Unit Down",
"Sample Bad",
"Equip Fail",
"No Lab Data",
"Trace",
"GreaterMM",
"Bad Lab Data",
"Good-Off",
"Good-On",
"Alarm-Off",
"Alarm-On",
"Bad_Quality",
"BadQ-On",
"BadQ-Alrm-Of",
"BadQ-Alrm-On",
"?228",
"?229",
"Manual",
"Auto",
"Casc/Ratio",
"DCS failed",
"Manual Lock",
"CO Bypassed",
"?236",
"Bad Output",
"Scan Off",
"Scan On",
"Configure",
"Failed",
"Error",
"Execute",
"Filtered",
"Calc Off",
"I/O Timeout",
"Set to Bad",
"Calc Failed",
"Calc Overflw",
"Under Range",
"Over Range",
"Bad Input",
"Bad Total",
"No_Alarm",
"Over UCL",
"Under LCL",
"Over WL",
"Under WL",
"Over 1 Sigma",
"Under 1Sigma",
"Over Center",
"Under Center",
"Stratified",
"Mixture",
"Trend Up",
"Trend Down",
"No Alarm#",
"Over UCL#",
"Under LCL#",
"Over WL#",
"Under WL#",
"Over 1Sigma#",
"Under 1Sigm#",
"Over Center#",
"Under Centr#",
"Stratified#",
"Mixture#",
"Trend Up#",
"Trend Down#",
"?283",
"?284",
"?285",
"?286",
"?287",
"?288",
"ActiveBatch",
"Bad Data",
"Calc Crash",
"Calc Timeout",
"Bad Narg",
"Inp OutRange",
"Not Converge",
"DST Forward",
"DST Back",
"Substituted",
"Invalid Data",
"Scan Timeout",
"No_Sample",
"Arc Off-line",
"ISU Saw No Data",
"-err",
"Good",
"_SUBStituted",
"Doubtful",
"Wrong Type",
"Overflow_st",
"Intf Shut",
"Out of Serv",
"Comm Fail",
"Not Connect",
"Coercion Failed",
"Invalid Float",
"Future Data Unsupported"
};
var filtersFactory=new FiltersFactory();
filtersFactory.SetDigitalStatesFilters(rejectedStates);
filtersFactory.SetFilters(FiltersFactory.FiltersTypesEnum.DigitalStatesFilter,FiltersFactory.FiltersTypesEnum.DuplicateValuesFilter);
_logger.Info("Creating worker objects...");
var dataWriter = new DataWriter(options.OutfileName, options.EventsPerFile, options.WritersCount, filtersFactory);
var dataReader = new DataReaderBulk(readerSettings, dataWriter, options.EnableWrite);
//dataReader = options.UseParallel
// ? (IDataReader) new DataReaderParallel(readerSettings, dataWriter)
// : new DataReaderBulk(readerSettings, dataWriter);
var orchestrator = new Orchestrator(options.StartTime, options.EndTime,
readerSettings.TimeIntervalPerDataRequest, dataReader);
var tagsLoader = new TagsLoader(piConnection.GetPiServer(), options.TagQueries,
readerSettings.TagGroupSize, orchestrator);
var statistics = new Statistics();
// starts the orchestrator
_logger.Info("Starting workers...");
var tagsLoaderTask = tagsLoader.Run();
var writerTask = dataWriter.Run();
// var processorTask = dataProcessor.Run();
var orchestratorTask = orchestrator.Run();
var dataReaderTask = dataReader.Run();
var statsTask = statistics.Run();
// starts the data reader
Task.WaitAll(orchestratorTask, writerTask, dataReaderTask, tagsLoaderTask);
statistics.Stop();
Task.WaitAll(statsTask);
_logger.Info("All tasks completed successfully");
}
// DEBUG
// Console.ReadKey();
// exit ok
Environment.Exit(0);
}
else
{
// exit with error
Environment.Exit(1);
}
}
catch (Exception ex)
{
_logger.Error(ex);
}
}
