Samuele Locatelli
fc36b427c4
- fix alalrmi vuoti - fix abilitazione SIM se no allarmi da simulare - fix conf redis allarmi
494 lines
16 KiB
C#
494 lines
16 KiB
C#
// See https://aka.ms/new-console-template for more information
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using MachineSim;
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using Microsoft.Extensions.Configuration;
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using MP.MONO.Core;
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using MP.MONO.Core.CONF;
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using MP.MONO.Core.DTO;
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using Newtonsoft.Json;
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using NLog;
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using StackExchange.Redis;
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using static MP.MONO.Core.Enums;
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// init parte config, vedere https://blog.hildenco.com/2020/05/configuration-in-net-core-console.html
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var env = Environment.GetEnvironmentVariable("ASPNETCORE_ENVIRONMENT");
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var builder = new ConfigurationBuilder()
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.AddJsonFile($"appsettings.json", true, true)
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.AddJsonFile($"appsettings.{env}.json", true, true)
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.AddEnvironmentVariables();
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IConfigurationRoot? config = builder.Build();
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// imposto variabili di base
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string lineSep = "---------------------------------------------";
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string redisConf = config.GetConnectionString("Redis");
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string confPath = Path.Combine(Directory.GetCurrentDirectory(), "conf");
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Logger Log = LogManager.GetCurrentClassLogger();
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Random rand = new Random();
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List<MachineStatus>? statusList = new List<MachineStatus>();
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List<MachineMode>? modeList = new List<MachineMode>();
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// fix numero minimo dei thread pool x evitare collasso chiamate redis
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ThreadPool.SetMinThreads(10, 10);
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Dictionary<string, int> LogSimulator = new Dictionary<string, int>();
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Dictionary<string, DateTime> LastSend = new Dictionary<string, DateTime>();
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DateTime lastLog = DateTime.Now.AddMinutes(-1);
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bool verboseLog = false;
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bool logWriting = false;
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logInfo(lineSep, true, true);
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logInfo($"Starting Machine SIM", true, true);
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logInfo($"Redis server param: {redisConf.Substring(0, 20)}...", false, true);
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logInfo(lineSep, true, true);
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logInfo("", true, true);
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logInfo("Running - press CTRL-C to stop SIM", false, true);
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logInfo("", false, true);
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// Setup REDIS
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ConnectionMultiplexer.SetFeatureFlag("preventthreadtheft", true);
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ConnectionMultiplexer redis = ConnectionMultiplexer.Connect(redisConf);
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ISubscriber sub = redis.GetSubscriber();
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IDatabase? redisDb = redis.GetDatabase();
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// preparo oggetti da configurare
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AlarmReportingMode alarmMode = AlarmReportingMode.ND;
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List<BaseAlarmBankConf>? alarmsBankBitConf = new List<BaseAlarmBankConf>();
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List<BaseAlarmRawConf>? alarmsRawConf = new List<BaseAlarmRawConf>();
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List<MachineMode>? machineModeConf = new List<MachineMode>();
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List<MachineStatus>? machineStatusConf = new List<MachineStatus>();
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// salvo configurazioni in redis
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setupConf();
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var currSimGen = new Simulator(confPath, modeList.Count, statusList.Count);
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// preparo la lista dei contatori invio...
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LogSimulator.Add(Constants.ACT_LOG_M_QUEUE, 0);
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LogSimulator.Add(Constants.ALARM_M_QUEUE, 0);
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LogSimulator.Add(Constants.EVENT_LOG_M_QUEUE, 0);
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LogSimulator.Add(Constants.PARAMS_M_QUEUE, 0);
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LogSimulator.Add(Constants.PROD_M_QUEUE, 0);
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LogSimulator.Add(Constants.MACH_STATS_M_QUEUE, 0);
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LogSimulator.Add(Constants.MAINT_STATS_M_QUEUE, 0);
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LogSimulator.Add(Constants.TOOLS_M_QUEUE, 0);
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// avvio tutti i thread...
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Thread threadStatus = new Thread(simStatus);
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Thread threadAlarms = new Thread(simAlarms);
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Thread threadParams = new Thread(simParameters);
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Thread threadProd = new Thread(simProd);
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Thread threadMachStat = new Thread(simMachStat);
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Thread threadMaint = new Thread(simMaint);
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Thread threadTools = new Thread(simTools);
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Thread threadEvHistory = new Thread(simEvents);
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Thread threadActLog = new Thread(simActivityLog);
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threadStatus.Start();
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threadAlarms.Start();
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threadParams.Start();
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threadProd.Start();
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threadMachStat.Start();
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threadMaint.Start();
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threadTools.Start();
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threadEvHistory.Start();
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threadActLog.Start();
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/// <summary>
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/// verifica esistenza file oppure lo crea...
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/// </summary>
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void checkFilePresent(string filePath)
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{
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// verific presenza file log...
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if (!File.Exists(filePath))
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{
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File.WriteAllText(filePath, $"{filePath} created!");
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}
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}
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/// <summary>
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/// Setup e salvataggio redis delle conf (es modi/stati)
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/// </summary>
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void setupConf()
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{
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alarmMode = config.GetValue<AlarmReportingMode>("SimPar:AlarmMode");
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redisDb.StringSetAsync(Constants.ALARMS_MODE_KEY, JsonConvert.SerializeObject(alarmMode));
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ConfigManager configManager = new ConfigManager(redisConf, confPath);
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if (alarmMode == AlarmReportingMode.RawList)
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{
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alarmsRawConf = configManager.getAlarmsRawConf();
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}
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else
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{
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alarmsBankBitConf = configManager.getAlarmsBankConf();
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}
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machineModeConf = configManager.getMachineModeConf();
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machineStatusConf = configManager.getMachineStatusConf();
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_ = configManager.getParamsConf();
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}
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/// <summary>
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/// Effettua log INFO su file e se richiesto su console
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/// </summary>
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void logInfo(string msg, bool log2file = true, bool log2console = false)
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{
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if (log2console)
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{
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Console.WriteLine(msg);
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}
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if (log2file)
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{
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Log.Info(msg);
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}
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}
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/// <summary>
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/// Effettua log ERROR su file e se richiesto su console
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/// </summary>
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void logError(string msg, bool log2file = true, bool log2console = false)
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{
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if (log2console)
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{
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Console.WriteLine(msg);
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}
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if (log2file)
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{
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Log.Error(msg);
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}
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}
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void saveAndSendMessage(string memKey, string notifyChannel, string message)
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{
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// effettuo la scrittura nell'area di memoria indicata SE passato intervallo minimo
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bool doSend = true;
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if (LastSend.ContainsKey(memKey))
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{
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if (DateTime.Now.Subtract(LastSend[memKey]).TotalSeconds < 60)
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{
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doSend = false;
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}
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}
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else
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{
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LastSend.Add(memKey, DateTime.Now);
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}
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if (doSend)
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{
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redisDb.StringSetAsync(memKey, message);
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LastSend[memKey] = DateTime.Now;
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logInfo($"Redis Cache Key: {memKey}");
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}
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// invio notifica tramite il canale richiesto
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sub.Publish(notifyChannel, message);
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if (verboseLog)
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{
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logInfo($"[{notifyChannel}] key: {memKey} | val/message: {message}");
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}
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else
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{
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try
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{
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if (!logWriting)
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{
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if (LogSimulator.ContainsKey(notifyChannel))
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{
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LogSimulator[notifyChannel]++;
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}
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else
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{
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LogSimulator.Add(notifyChannel, 1);
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}
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logWriting = true;
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// vedo se loggare...
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DateTime adesso = DateTime.Now;
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if (adesso.Subtract(lastLog).TotalSeconds > 15)
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{
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lastLog = adesso;
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logInfo(lineSep);
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// lavoro su copia...
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var LogSimulatorCopy = new Dictionary<string, int>(LogSimulator);
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foreach (var item in LogSimulatorCopy)
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{
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logInfo($"Redis mQueue {item.Key,-20}{item.Value,12}");
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}
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logInfo(lineSep);
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}
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logWriting = false;
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}
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}
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catch (Exception ex)
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{
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logError($"ERROR{Environment.NewLine}{ex}");
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}
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}
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}
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void simAlarms()
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{
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int minPeriod = 2000;
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int maxPeriod = 8000;
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int percAllarmi = config.GetValue<int>("SimPar:PercAllarmi");
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int MaxAddAllarmi = config.GetValue<int>("SimPar:MaxAddAllarmi");
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double MaxDurationAllarmi = config.GetValue<int>("SimPar:MaxDurationAllarmi");
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// in base alla modalità configurata effettuo la simulazione...
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if (alarmMode == AlarmReportingMode.RawList)
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{
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// controllo se devo fare (se ho valori da simulare...)
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if (alarmsRawConf.Count > 0 && alarmsRawConf[0].messages.Count > 0)
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{
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DateTime lastOk = DateTime.Now;
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// Dict allarmi attivi (e da quando)
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Dictionary<string, DateTime> CurrActiveAlarm = new Dictionary<string, DateTime>();
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do
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{
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bool newAlarm = false;
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DateTime adesso = DateTime.Now;
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Dictionary<string, DateTime> NewActiveAlarm = new Dictionary<string, DateTime>();
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// se fosse oltre MaxDurationAllarmi * 3 sec senza all ok --> riporta ad all Ok
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if (lastOk.Subtract(adesso).TotalSeconds > MaxDurationAllarmi * 3 && CurrActiveAlarm.Count > 0)
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{
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lastOk = adesso;
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}
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else
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{
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// verifico situazione allarmi già presenti
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foreach (var singleAlarm in CurrActiveAlarm)
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{
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// 1: seleziono allarmi se ce ne fossero e la loro durata è <= limite * rand (50-150) x rimetterli in elenco
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if (adesso.Subtract(singleAlarm.Value).TotalSeconds < MaxDurationAllarmi * rand.Next(50, 150) / 100)
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{
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NewActiveAlarm.Add(singleAlarm.Key, singleAlarm.Value);
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}
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}
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// ciclo x numero banchi da config...
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foreach (var alarmGroup in alarmsRawConf)
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{
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// simulo e limito insorgenza NUOVI allarmi al percAllarmi/100 dei casi
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newAlarm = rand.Next(0, 100) <= percAllarmi;
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if (newAlarm)
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{
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int numNew = rand.Next(1, MaxAddAllarmi);
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// ciclo x aggiungere il numero di allarmi indicato
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for (int i = 0; i < numNew; i++)
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{
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// seleziono uno degli allarmi del banco
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int alarmIndex = rand.Next(0, alarmGroup.messages.Count);
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string rndNewAlarm = alarmGroup.messages[alarmIndex];
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if (!NewActiveAlarm.ContainsKey(rndNewAlarm))
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{
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NewActiveAlarm.Add(rndNewAlarm, DateTime.Now);
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}
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}
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}
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}
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}
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// copio i nuovi allarmi nella memoria principale...
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CurrActiveAlarm = NewActiveAlarm;
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// serializzo ed invio l'elenco dei soli allarmi attivi
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List<string> actAlarmList = CurrActiveAlarm.Select(x => x.Key).OrderBy(x => x).ToList();
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string rawDataVal = JsonConvert.SerializeObject(actAlarmList);
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saveAndSendMessage(Constants.ALARM_ACT_KEY, Constants.ALARM_ACT_QUEUE, rawDataVal);
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// attesa random
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Thread.Sleep(rand.Next(minPeriod, maxPeriod));
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} while (true);
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}
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}
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else if (alarmMode == AlarmReportingMode.BankBit)
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{
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// controllo se devo fare (se ho valori da simulare...)
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if (alarmsBankBitConf.Count > 0)
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{
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do
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{
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Dictionary<string, uint> currAlarmsVal = new Dictionary<string, uint>();
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uint alarmCode = 0;
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bool hasAlarm;
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// ciclo x numero banchi da config...
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foreach (var item in alarmsBankBitConf)
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{
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// limito allarmi al percAllarmi/100 dei casi
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hasAlarm = rand.Next(0, 100) <= percAllarmi;
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// allarme libero SE in condizione allarme
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alarmCode = hasAlarm ? (uint)rand.Next(0, 65535) : 0;
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currAlarmsVal.Add(item.memAddr, alarmCode);
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}
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string rawDataVal = JsonConvert.SerializeObject(currAlarmsVal);
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saveAndSendMessage(Constants.ALARM_ACT_KEY, Constants.ALARM_ACT_QUEUE, rawDataVal);
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// attesa random
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Thread.Sleep(rand.Next(minPeriod, maxPeriod));
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} while (true);
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}
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}
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}
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void simParameters()
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{
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int minPeriod = 150;
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int maxPeriod = 500;
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// controllo se devo fare (se ho valori da simulare...)
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if (currSimGen.currSimPar.Count > 0)
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{
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do
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{
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// gestione SIM dictionary
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var paramDict = currSimGen.getParamsVal();
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string rawData = JsonConvert.SerializeObject(paramDict);
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saveAndSendMessage(Constants.PARAMS_ACT_KEY, Constants.PARAMS_ACT_QUEUE, rawData);
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// attesa random
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Thread.Sleep(rand.Next(minPeriod, maxPeriod));
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} while (true);
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}
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}
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void simStatus()
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{
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int minPeriod = 1000;
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int maxPeriod = 5000;
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// controllo se devo fare (se ho valori da simulare...)
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if (currSimGen.currSimStatus.Count > 0)
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{
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do
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{
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// recupero uno stato simulato
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var newStatus = currSimGen.getStatus();
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string rawData = JsonConvert.SerializeObject(newStatus);
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saveAndSendMessage(Constants.STATUS_CURR_KEY, Constants.STATUS_M_QUEUE, rawData);
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// attesa random
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Thread.Sleep(rand.Next(minPeriod, maxPeriod));
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} while (true);
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}
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}
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void simProd()
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{
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int minPeriod = 3000;
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int maxPeriod = 10000;
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// controllo se devo fare (se ho valori da simulare...)
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if (currSimGen.currSimProd.Count > 0)
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{
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do
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{
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// recupero uno stato simulato
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var newStatus = currSimGen.getProd();
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string rawData = JsonConvert.SerializeObject(newStatus);
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saveAndSendMessage(Constants.PROD_CURR_KEY, Constants.PROD_M_QUEUE, rawData);
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// attesa random
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Thread.Sleep(rand.Next(minPeriod, maxPeriod));
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} while (true);
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}
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}
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void simMachStat()
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{
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int minPeriod = 5000;
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int maxPeriod = 15000;
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// controllo se devo fare (se ho valori da simulare...)
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if (currSimGen.currSimMachStat.Count > 0)
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{
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do
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{
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// recupero uno stato simulato
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var newVal = currSimGen.getProdStats();
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string rawData = JsonConvert.SerializeObject(newVal);
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saveAndSendMessage(Constants.MACH_STATS_CURR_KEY, Constants.MACH_STATS_M_QUEUE, rawData);
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// attesa random
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Thread.Sleep(rand.Next(minPeriod, maxPeriod));
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} while (true);
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}
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}
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void simMaint()
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{
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int minPeriod = 10000;
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int maxPeriod = 20000;
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// controllo se devo fare (se ho valori da simulare...)
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if (currSimGen.currSimMaint.Count > 0)
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{
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do
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{
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// recupero uno stato simulato
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var newVal = currSimGen.getMaint();
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string rawData = JsonConvert.SerializeObject(newVal);
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saveAndSendMessage(Constants.MAINT_STATS_CURR_KEY, Constants.MAINT_STATS_M_QUEUE, rawData);
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// attesa random
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Thread.Sleep(rand.Next(minPeriod, maxPeriod));
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} while (true);
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}
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}
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void simTools()
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{
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int minPeriod = 3000;
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int maxPeriod = 10000;
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// controllo se devo fare (se ho valori da simulare...)
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if (currSimGen.currSimTools.Count > 0)
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{
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do
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{
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// recupero uno stato simulato
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var newVal = currSimGen.getTools();
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string rawData = JsonConvert.SerializeObject(newVal);
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saveAndSendMessage(Constants.TOOLS_CURR_KEY, Constants.TOOLS_M_QUEUE, rawData);
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// attesa random
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Thread.Sleep(rand.Next(minPeriod, maxPeriod));
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} while (true);
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}
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}
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void simEvents()
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{
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int minPeriod = 200;
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int maxPeriod = 800;
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// controllo se devo fare (se ho valori da simulare...)
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if (currSimGen.currSimEvHist.Count > 0)
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{
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do
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{
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// recupero uno stato simulato
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var newVal = currSimGen.getEvents();
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string rawData = JsonConvert.SerializeObject(newVal);
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saveAndSendMessage(Constants.EVENT_LOG_CURR_KEY, Constants.EVENT_LOG_M_QUEUE, rawData);
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// attesa random
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Thread.Sleep(rand.Next(minPeriod, maxPeriod));
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} while (true);
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}
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}
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void simActivityLog()
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{
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int minPeriod = 15000;
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int maxPeriod = 30000;
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// controllo se devo fare (se ho valori da simulare...)
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if (currSimGen.currSimActLog.Count > 0)
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{
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do
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{
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// recupero uno stato simulato
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var newVal = currSimGen.getActLog();
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string rawData = JsonConvert.SerializeObject(newVal);
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saveAndSendMessage(Constants.ACT_LOG_CURR_KEY, Constants.ACT_LOG_M_QUEUE, rawData);
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// attesa random
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Thread.Sleep(rand.Next(minPeriod, maxPeriod));
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} while (true);
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}
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} |