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 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);
}
/// <summary>
/// Configures graph process to automatically trigger on specific schedule
/// </summary>
/// <returns></returns>
public RFGraphTaskDefinition AddScheduledTask <D>(string taskName, Func <List <RFSchedulerSchedule> > schedulesFunc, Func <RFSchedulerRange> rangeFunc, RFGraphProcessDefinition process, RFGraphInstance instance)
where D : RFGraphProcessorDomain
{
var triggerName = RFEnum.FromString(taskName);
var triggerKey = RFManualTriggerKey.CreateKey(EngineConfig.KeyDomain, triggerName, instance);
// map to process' input
process.MapInput <D>(d => d.Trigger, triggerKey);
var task = new RFScheduledGraphTaskDefinition
{
RangeFunc = rangeFunc,
SchedulesFunc = schedulesFunc,
TaskName = taskName,
GraphProcess = process,
TriggerKey = triggerKey
};
GraphTasks.Add(task);
task.AddToEngine(EngineConfig);
return(task);
}