public override void AddToEngine(RFEngineDefinition engine)
{
if (TriggerKey != null)
{
engine.AddCatalogUpdateTrigger <RFCatalogKey>(k => k.MatchesRoot(TriggerKey), TaskProcess);
}
}
public RFGraphDefinition(string graphName, RFEngineDefinition engineConfig)
{
GraphName = graphName;
EngineConfig = engineConfig;
GraphTasks = new List <RFGraphTaskDefinition>();
Processes = new Dictionary <string, RFGraphProcessDefinition>();
}
public RFServiceEnvironment(string environment, RFEngineDefinition config, string dbConnection)
{
_context = new RFComponentContext
{
CancellationTokenSource = new CancellationTokenSource(),
Catalog = null,
UserConfig = new RFCachedUserConfig(dbConnection, environment),
SystemConfig = new RFSystemConfig
{
Environment = environment,
IntervalLength = config.IntervalSeconds * 1000,
ProcessingMode = RFProcessingMode.RFContinuous,
DocumentStoreConnectionString = dbConnection,
Downtime = RFSettings.GetDowntime()
}
};
RFStatic.Log = new RFLog4NetLog(dbConnection);
var engine = new RFSimpleEngine(config, _context);
_context.Engine = engine;
_context.Catalog = new RFSQLCatalog(_context);
_context.UserLog = new RFSQLUserLog(_context);
_context.UserRole = new RFSQLUserRole(dbConnection);
_context.DispatchStore = new RFDispatchStoreSQL(_context);
_workQueue = new RFGraphDispatchQueue(engine.GetWeights(), engine.GetDependencies(), engine.GetExclusiveProcesses(), _context);
RFEnvironments.LogLicenseInfo(config);
}
public RFConsoleEnvironment(string environment, RFEngineDefinition config, string dbConnection)
{
_context = new RFComponentContext
{
CancellationTokenSource = new CancellationTokenSource(),
Catalog = null,
UserConfig = new RFCachedUserConfig(dbConnection, environment),
UserRole = new RFSQLUserRole(dbConnection),
SystemConfig = new RFSystemConfig
{
Environment = environment,
ProcessingMode = RFProcessingMode.RFSinglePass,
IntervalLength = config.IntervalSeconds,
DocumentStoreConnectionString = dbConnection
}
};
if (RFStatic.Log == null)
{
RFStatic.Log = new RFLog4NetLog(dbConnection);
}
// reuse parent context for database-access, but create a new engine and work queue (for tracking)
var engine = new RFSimpleEngine(config, _context);
_context.Catalog = new RFSQLCatalog(_context);
_context.ActiveComponents = new List <RFActiveComponent>();
_context.Engine = engine;
_context.UserLog = new RFSQLUserLog(_context);
_context.DispatchStore = new RFDispatchStoreSQL(_context);
_workQueue = new RFGraphDispatchQueue(engine.GetWeights(), engine.GetDependencies(), engine.GetExclusiveProcesses(), _context);
RFEnvironments.LogLicenseInfo(config);
}
public RFEngineDefinition BuildEngineConfiguration()
{
RFEngineDefinition engine = null;
if (Assembly.NotBlank())
{
var engineAssembly = System.Reflection.Assembly.LoadFrom(Assembly);
var configurator = engineAssembly.CreateInstance(Class) as IRFEngineBuilder;
if (RFStatic.Log == null)
{
RFStatic.Log = new RFLog4NetLog(Database);
}
try
{
engine = configurator.BuildEngine(Database, Environment);
}
catch (Exception ex)
{
RFStatic.Log.Exception(this, "Fatal error initializing engine", ex);
}
}
if (engine == null)
{
engine = RFEngineDefinition.Create("Empty", new RFSimpleKeyDomain("null"));
}
engine.LicenseTokens = LicenseTokens;
engine.Assembly = Assembly;
engine.Environment = Environment;
return(engine);
}
public RFSimpleEngine(RFEngineDefinition config, RFComponentContext componentContext)
: base(componentContext)
{
_config = config;
_reactors = new List <RFEventReactor>();
_processes = new Dictionary <string, RFEngineProcess>();
_services = new List <RFBackgroundServiceComponent>();
}
internal static void LogLicenseInfo(RFEngineDefinition config)
{
var license = RIFF.Core.RFPublicRSA.GetHost(config.LicenseTokens.Key, config.LicenseTokens.Value);
RFStatic.Log.Info(typeof(RFCore), ">>> RIFF Framework {0} | (c) rohatsu software studios limited | www.rohatsu.com", RFCore.sVersion);
RFStatic.Log.Info(typeof(RFCore), ">>> Licensed to '{0}' ({1})", license.Key, license.Value.ToString(RFCore.sDateFormat));
RFStatic.Log.Info(typeof(RFCore), ">>> Loaded engine {0} from {1} in environment {2}", config?.EngineName, config?.Assembly, config?.Environment);
}
public void Initialize(IRFProcessingContext context, RFEngineDefinition engineConfig, string connectionString)
{
_context = context;
_engineConfig = engineConfig;
_connectionString = connectionString;
Initialize();
}
/// <summary>
/// Start a simple one-process engine using default providers.
/// </summary>
/// <param name="config">Engine configuration.</param>
/// <param name="dbConnection">Database connection string.</param>
/// <returns>Context for accessing the environment.</returns>
public static IRFEnvironment StartLocal(string environment, RFEngineDefinition config, string dbConnection, IEnumerable <string> engineAssemblies)
{
LoadReferencedAssemblies();
var le = new RFServiceEnvironment(environment, config, dbConnection);
RFXMLSerializer.Initialize(engineAssemblies);
RFRazor.Initialize(engineAssemblies);
return(le);
}
/// <summary>
/// Environment for a single request, underneath an optional parent environment.
/// </summary>
/// <param name="dbConnection">Database connection string.</param>
/// <returns>Context for accessing the environment.</returns>
public static IRFEnvironment StartConsole(string environment, RFEngineDefinition config, string dbConnection, IEnumerable <string> engineAssemblies = null)
{
LoadReferencedAssemblies();
var se = new RFConsoleEnvironment(
environment: environment,
config: config,
dbConnection: dbConnection
);
RFXMLSerializer.Initialize(engineAssemblies);
RFRazor.Initialize(engineAssemblies);
return(se);
}
public override void AddToEngine(RFEngineDefinition engine)
{
var triggerName = RFEnum.FromString(TaskName);
var triggerKey = RFSchedulerTriggerKey.Create(engine.KeyDomain, triggerName);
engine.AddCatalogUpdateTrigger <RFSchedulerTriggerKey>(k => k.TriggerName.Equals(triggerName), TaskProcess);
engine.Schedules.Add(c => new RFSchedulerConfig
{
Range = RangeFunc(c),
Schedules = SchedulesFunc(c),
TriggerKey = triggerKey,
IsEnabled = c.UserConfig.GetBool(CONFIG_SECTION, TaskName, false, true, "Is Enabled")
});
}
public override void AddToEngine(RFEngineDefinition engine)
{
var scheduler = engine.AddProcess(
processName: String.Format("Task {0} Scheduler", TaskName),
description: string.Format("Schedules task {0}", TaskName),
processor: () => new RFSchedulerProcessor(new RFSchedulerConfig
{
Range = RangeFunc(),
Schedules = SchedulesFunc(),
TriggerKey = TriggerKey,
GraphInstance = (i) => TriggerKey.GraphInstance.WithDate(i.IntervalEnd.Date)
}));
engine.AddIntervalTrigger(scheduler);
}
public override void AddToEngine(RFEngineDefinition engine)
{
var triggerName = RFEnum.FromString(TaskName);
var triggerKey = RFSchedulerTriggerKey.Create(engine.KeyDomain, triggerName);
var scheduler = engine.AddProcess(
processName: String.Format("Task {0} Scheduler", TaskName),
description: string.Format("Schedules task {0}", TaskName),
processor: () => new RFSchedulerProcessor(new RFSchedulerConfig
{
Range = RangeFunc(),
Schedules = SchedulesFunc(),
TriggerKey = triggerKey
}));
engine.AddIntervalTrigger(scheduler);
engine.AddCatalogUpdateTrigger <RFSchedulerTriggerKey>(k => k.TriggerName.Equals(triggerName), TaskProcess);
}
public abstract void AddToEngine(RFEngineDefinition engine);
public override void AddToEngine(RFEngineDefinition engine)
{
engine.AddTrigger(new RFSingleCommandTrigger(e => ((e is RFProcessingFinishedEvent) && (e as RFProcessingFinishedEvent).GetFinishedProcessName() == TriggerProcess.Name)
? new RFParamProcessInstruction(TaskProcess.Name, null) : null));
}
