public static async Task RunTestWithConfig(ILogger logger, string logFilePath, string configDir)
{
//string rootPath = configDir;
string repositoryConfigPath = $"{configDir}{Path.DirectorySeparatorChar}repository.xml.config";
string machineSubscriptionsPath = $"{configDir}{Path.DirectorySeparatorChar}machines.xml.config";
string _loggingPath = $"{logFilePath}{Path.DirectorySeparatorChar}RulesEngine{Path.DirectorySeparatorChar}";
ILogger sublogger = new LoggerConfiguration()
.WriteTo.Async(a => a.Logger(logger))
.WriteTo.Async(a => a.File($"{_loggingPath}Log_{DateTime.Now.ToString("yyyy-MM-dd_HH-mm-ss")}.log").MinimumLevel.Verbose())
.MinimumLevel.Verbose()
.CreateLogger();
sublogger.Information("{Class}.{Method} is Starting...", $"{nameof(RAL)}{nameof(RulesEngine)}{nameof(ConsoleTest)}{nameof(Program)}", nameof(RunTestNonConfig));
RulesManager rulesManager = new RulesManager();
var RepositoryConfig = new RepositoryFactory().LoadFrom(repositoryConfigPath).Config;
var rulesFactory = new RulesFactory(sublogger)
.LoadFromFile(machineSubscriptionsPath)
.WithLogger(sublogger)
.WithRepository(
new RepositoryForRules(
new MachineRepository(
RepositoryConfig.DatabaseIPaddress,
RepositoryConfig.DatabaseName,
Convert.ToInt32(RepositoryConfig.DatabasePort)
)
)
);
var rules = rulesFactory.Build();
rules = rulesManager.Rules = rules;
await rulesManager.StartAsync();
sublogger.Information("{Class}.{Method} Waiting Indefinitely...", $"{nameof(RAL)}{nameof(RulesEngine)}{nameof(ConsoleTest)}{nameof(Program)}", nameof(RunTestNonConfig));
await Task.Run(() => rulesManager.WaitForStop());
//await rulesManager.StopAsync();
sublogger.Information("{Class}.{Method} Closing...", $"{nameof(RAL)}{nameof(RulesEngine)}{nameof(ConsoleTest)}{nameof(Program)}", nameof(RunTestNonConfig));
}
public static async Task RunTestNonConfig(ILogger logger, string logFilePath = null)
{
string rootPath;
if (logFilePath is null)
{
rootPath = System.Reflection.Assembly.GetExecutingAssembly().Location;
}
else
{
rootPath = logFilePath;
}
string _loggingPath = $"{rootPath}{Path.DirectorySeparatorChar}RulesEngine{Path.DirectorySeparatorChar}";
ILogger sublogger = new LoggerConfiguration()
.WriteTo.Async(a => a.Logger(logger))
.WriteTo.Async(a => a.File($"{_loggingPath}Log_{DateTime.Now.ToString("yyyy-MM-dd_HH-mm-ss")}.log").MinimumLevel.Verbose())
.MinimumLevel.Verbose()
.CreateLogger();
sublogger.Information("{Class}.{Method} is Starting...", $"{nameof(RAL)}{nameof(RulesEngine)}{nameof(ConsoleTest)}{nameof(Program)}", nameof(RunTestNonConfig));
//Console.WriteLine($"{nameof(RAL)}{nameof(TrendTriggers)}{nameof(ConsoleTest)} Running...");
//var client = new InfluxDbClient("http://192.168.1.208:8086/", "TRMI_Trends", "1234", InfluxData.Net.Common.Enums.InfluxDbVersion.Latest);
var repo = new MachineRepository("192.168.1.208");
IList <string> Lines = new[] {
"Y-1-1",
"Z-1-2",
"Z-1-3",
"Z-1-4",
"Z-1-5",
"Z-1-6",
"Z-1-7",
"Z-1-8",
};
IList <MachineInfo> listOfMachines = new List <MachineInfo>();
RulesManager rulesManager = new RulesManager();
Queue <(IStackLight5Light, StackLight5Lights.LightNumber)> lightQueue = new Queue <(IStackLight5Light, StackLight5Lights.LightNumber)>();
//var MockStackLight1 = new StackLight5LightsMock() { IPAddress = "999.999.999.1" };
//var MockStackLight2 = new StackLight5LightsMock() { IPAddress = "999.999.999.2" };
SignaworksEthernetStackLight SigStackLight1 = new SignaworksEthernetStackLight("192.168.10.201");
SignaworksEthernetStackLight SigStackLight2 = new SignaworksEthernetStackLight("192.168.10.202");
SignaworksEthernetStackLight SigStackLight3 = new SignaworksEthernetStackLight("192.168.10.203");
SignaworksEthernetStackLight SigStackLight4 = new SignaworksEthernetStackLight("192.168.10.204");
var StackLight1 = new SignaworksEthernetAsStackLightRYGBW(SigStackLight1);
var StackLight2 = new SignaworksEthernetAsStackLightRYGBW(SigStackLight2);
var StackLight3 = new SignaworksEthernetAsStackLightRYGBW(SigStackLight3);
var StackLight4 = new SignaworksEthernetAsStackLightRYGBW(SigStackLight4);
lightQueue.Enqueue((StackLight1, StackLight5Lights.LightNumber.Light0));
lightQueue.Enqueue((StackLight1, StackLight5Lights.LightNumber.Light1));
lightQueue.Enqueue((StackLight2, StackLight5Lights.LightNumber.Light0));
lightQueue.Enqueue((StackLight2, StackLight5Lights.LightNumber.Light1));
lightQueue.Enqueue((StackLight3, StackLight5Lights.LightNumber.Light0));
lightQueue.Enqueue((StackLight3, StackLight5Lights.LightNumber.Light1));
lightQueue.Enqueue((StackLight4, StackLight5Lights.LightNumber.Light0));
lightQueue.Enqueue((StackLight4, StackLight5Lights.LightNumber.Light1));
var rulesRepo = new RepositoryForRules(repo);
for (int i = 0; i < Lines.Count; i++)
{
string line = Lines[i];
var tempMachine = new MachineInfo()
{
Department = Tag.Value.DepartmentPartsProduction, Line = line, Name = line, IPAddress = $"Machine{i}", MAC = "Test"
};
listOfMachines.Add(tempMachine);
var RuleIsRunning = new RuleMachineIsRunning();
RuleIsRunning.Initialize(TimeSpan.FromSeconds(4), TimeSpan.FromMilliseconds(500), tempMachine, rulesRepo, sublogger);
var light = lightQueue.Dequeue();
var RuleIsRunningLight = new RuleMachineIsRunningStackLight(tempMachine, light.Item1, light.Item2, rulesRepo, TimeSpan.FromMilliseconds(500), sublogger);
rulesManager.Rules.Add(RuleIsRunning);
rulesManager.Rules.Add(RuleIsRunningLight);
}
await rulesManager.StartAsync();
//await Task.Delay(TimeSpan.MaxValue);
sublogger.Information("{Class}.{Method} Waiting Indefinitely...", $"{nameof(RAL)}{nameof(RulesEngine)}{nameof(ConsoleTest)}{nameof(Program)}", nameof(RunTestNonConfig));
await Task.Run(() => rulesManager.WaitForStop());
//await rulesManager.StopAsync();
sublogger.Information("{Class}.{Method} Closing...", $"{nameof(RAL)}{nameof(RulesEngine)}{nameof(ConsoleTest)}{nameof(Program)}", nameof(RunTestNonConfig));
}
