| public static InitTaskForId ( string id, TaskType type ) : void | ||
| id | string | |
| type | TaskType | |
| Результат | void | |
public void InitTaskForIdYieldsStopped()
{
Scheduler.InitTaskForId(testid, test_task_type);
var task = Scheduler.FetchTaskForId(testid, test_task_type);
Assert.AreEqual(TaskStatus.stopped, task.status);
}
public void ExistingTaskExists()
{
Scheduler.InitTaskForId(testid, test_task_type);
var task = Scheduler.FetchTaskForId(testid, test_task_type);
Assert.That(task.id == testid);
}
public void StartTaskForIdYieldsAllocated()
{
Scheduler.InitTaskForId(testid, test_task_type);
Scheduler.StartTaskForId(testid, test_task_type);
var task = Scheduler.FetchTaskForId(testid, test_task_type);
Assert.AreEqual(TaskStatus.allocated, task.status);
}
public static void EnsureTaskRecord(string id, TaskType type)
{
if (Scheduler.ExistsTaskRecordForId(id, type) == false)
{
GenUtils.LogMsg("status", "MaybeCreateTaskRecord: creating task for " + id, null);
Scheduler.InitTaskForId(id, type);
}
}
public void UpdateStartTaskForIdYieldsRunning()
{
Scheduler.InitTaskForId(testid, test_task_type);
Scheduler.StartTaskForId(testid, test_task_type);
Scheduler.UpdateStartTaskForId(testid, test_task_type);
var task = Scheduler.FetchTaskForId(testid, test_task_type);
Assert.AreEqual(TaskStatus.running, task.status);
}
public void StopTaskForIdYieldsStopTimeGreaterThanStartTime()
{
Scheduler.InitTaskForId(testid, test_task_type);
Scheduler.StartTaskForId(testid, test_task_type);
Utils.Wait(3);
Scheduler.StopTaskForId(testid, test_task_type);
var task = Scheduler.FetchTaskForId(testid, test_task_type);
Assert.Greater(task.stop, task.start);
}
public void IsNotAbandonedIfWithinInterval()
{
Scheduler.InitTaskForId(testid, test_task_type);
var task = Scheduler.FetchTaskForId(testid, test_task_type);
var less_than_interval = new System.TimeSpan(0, (Configurator.nonical_aggregate_interval_hours * 60) - 60, 0);
task.start = DateTime.UtcNow - less_than_interval;
Scheduler.StoreTaskForId(task, testid, test_task_type);
Assert.AreEqual(false, Scheduler.IsAbandoned(testid, test_task_type));
}
public void IsAbandonedIfBeyondInterval()
{
Scheduler.InitTaskForId(testid, test_task_type);
var task = Scheduler.FetchTaskForId(testid, test_task_type);
var more_than_interval = new System.TimeSpan(0, (Configurator.nonical_aggregate_interval_hours * 60) + 60, 0);
task.start = DateTime.UtcNow - more_than_interval; // started more than 8hrs ago
Scheduler.StoreTaskForId(task, testid, test_task_type);
Assert.AreEqual(true, Scheduler.IsAbandoned(testid, test_task_type));
}
public void MaybeStartTaskUpdatesStartTime()
{
Scheduler.InitTaskForId(testid, test_task_type);
var task = Scheduler.FetchTaskForId(testid, test_task_type);
var now = DateTime.UtcNow;
Scheduler.MaybeStartTaskForId(now, test_calinfo, test_task_type);
task = Scheduler.FetchTaskForId(testid, test_task_type);
Assert.That(task.start > now);
}
public void MaybeStartTaskSucceedsForLongEnoughInterval()
{
Scheduler.InitTaskForId(testid, test_task_type);
var task = Scheduler.FetchTaskForId(testid, test_task_type);
var ts = new System.TimeSpan(0, (Configurator.nonical_aggregate_interval_hours * 60) + 10, 0);
var now = task.start + ts;
Scheduler.MaybeStartTaskForId(now, test_calinfo, test_task_type);
task = Scheduler.FetchTaskForId(testid, test_task_type);
Assert.AreEqual(TaskStatus.allocated, task.status);
}
public void MaybeStartTaskFailsForTooShortInterval()
{
Scheduler.InitTaskForId(testid, test_task_type);
var task = Scheduler.FetchTaskForId(testid, test_task_type);
var ts = new System.TimeSpan(0, (Configurator.nonical_aggregate_interval_hours * 60) - 10, 0);
var now = task.start + ts;
Scheduler.MaybeStartTaskForId(now, test_calinfo, test_task_type);
task = Scheduler.FetchTaskForId(testid, test_task_type);
Assert.AreEqual(TaskStatus.stopped, task.status);
}
public void IsAbandonedIfLockedAndNotRunning()
{
Scheduler.InitTaskForId(testid, test_task_type);
var task = Scheduler.FetchTaskForId(testid, test_task_type);
//task.running = false;
task.status = TaskStatus.stopped;
Scheduler.StoreTaskForId(task, testid, test_task_type);
Scheduler.LockId(testid, test_task_type);
Assert.AreEqual(true, Scheduler.IsAbandoned(testid, test_task_type));
}
public static void UpdateFeedsForId(string id, string json)
{
TableStorage ts = TableStorage.MakeDefaultTableStorage();
List <Dictionary <string, string> > list_metadict_str;
try
{
list_metadict_str = JsonConvert.DeserializeObject <List <Dictionary <string, string> > >(json);
var dupes = ObjectUtils.FindDuplicateValuesForKey(list_metadict_str, "feedurl");
if (dupes.Count > 0)
{
GenUtils.PriorityLogMsg("warning", string.Format("{0} duplicate feeds for {1}", dupes.Count, id), null);
}
}
catch (Exception e)
{
GenUtils.PriorityLogMsg("exception", "UpdateFeedsForId: " + json, e.Message + e.StackTrace);
throw (e);
}
var snapshot_changed = ObjectUtils.SavedJsonSnapshot(id, ObjectUtils.JsonSnapshotType.ListDictStr, "feeds", list_metadict_str);
if (snapshot_changed == true)
{
try
{
var json_blob_name = id + ".feeds.json"; // update json blob
var updated_json = ObjectUtils.ListDictStrToJson(list_metadict_str);
bs.PutBlob(id, json_blob_name, updated_json, "application/json");
var fes = "feedentryschema";
var fesquery = string.Format("$filter=PartitionKey eq '{0}' and RowKey eq '{1}'", fes, fes);
var feed_entry_schema = TableStorage.QueryForSingleEntityAsDictStr(ts, fes, fesquery)["fields"];
GenUtils.LogMsg("status", "UpdateFeedsForId: processing changed snapshot", null);
var current_feed_urls = list_metadict_str.Select(feed => feed["feedurl"]).ToList();
GenUtils.LogMsg("status", "UpdateFeedsForId: find existing", null);
// query existing feeds
var existing_query = string.Format("$filter=PartitionKey eq '{0}' and feedurl ne ''", id);
var existing_feeds = ts.QueryAllEntitiesAsListDict("metadata", existing_query, 0).list_dict_obj;
List <object> _existing_feed_urls = (List <object>)existing_feeds.Select(feed => feed["feedurl"]).ToList();
List <string> existing_feed_urls = (List <string>)_existing_feed_urls.Select(x => x.ToString()).ToList();
GenUtils.LogMsg("status", "UpdateFeedsForId: find new and add", null);
HandleFeedAdds(id, list_metadict_str, current_feed_urls, existing_feed_urls);
var deleted_feed_urls = HandleFeedDeletes(id, ts, current_feed_urls, existing_feed_urls);
HandleFeedUpdates(id, ts, list_metadict_str, feed_entry_schema, current_feed_urls, deleted_feed_urls);
Utils.RecreatePickledCalinfoAndRenderer(id);
Scheduler.InitTaskForId(id, TaskType.icaltasks);
bs.DeleteBlob(id, "metadata.html"); // dump the static page
var metadata_url = string.Format("http://{0}/{1}/metadata", ElmcityUtils.Configurator.appdomain, id);
var args = new Dictionary <string, string>()
{
{ "metadata_url", metadata_url }
};
ThreadPool.QueueUserWorkItem(new WaitCallback(rebuild_metahistory_handler), args); // rebuild metadata page on another thread
var args2 = new Dictionary <string, string>()
{
{ "id", id }
}; // dump feed cache on another thread
ThreadPool.QueueUserWorkItem(new WaitCallback(dump_feed_cache_handler), args2);
}
catch (Exception e)
{
GenUtils.LogMsg("status", "UpdateFeedsForId", e.Message + e.StackTrace);
}
}
}
