public static void Register(string Name, CronEventHandler handler, string CronSpec, bool Unique, CronLimit limit)
{
lock (m_Handlers.SyncRoot)
{
m_Handlers.Add(new CronEventEntry(Name, handler, new CronJob(CronSpec), Unique, limit));
}
}
public CronEventEntry(string Name, CronEventHandler handler, CronJob Cronjob, bool Unique, CronLimit limit)
{
// infer a name from the handler passed in (if one was not supplied)
m_Name = (Name != null) ? Name : (handler != null && handler.Method != null && handler.Method.Name != null) ? handler.Method.Name : "Unknown";
m_Unique = Unique;
m_Handler = handler;
m_Cronjob = Cronjob;
m_Limit = limit;
}
public static void QueueTask(string Name, CronEventHandler handler, string CronSpec, bool Unique)
{
lock (m_TaskQueue.SyncRoot)
{
CronEventEntry task = new CronEventEntry(Name, handler, new CronJob(CronSpec), Unique, null);
if (Unique == true)
{ // only one
if (m_TaskQueue.Contains(task) == false)
{
m_TaskQueue.Enqueue(task);
}
}
else
{
m_TaskQueue.Enqueue(task);
}
}
}
public static void Register(string Name, CronEventHandler handler, string CronSpec, bool Unique)
{
Register(Name, handler, CronSpec, Unique, null);
}
public static void Register(string Name, CronEventHandler handler, string CronSpec)
{
Register(Name, handler, CronSpec, true);
}
// register a new job
public static void Register(CronEventHandler handler, string CronSpec)
{
Register(null, handler, CronSpec, true);
}
public static void QueueTask(string Name, CronEventHandler handler, string CronSpec)
{
QueueTask(Name, handler, CronSpec, true);
}
public static void QueueTask(string Name, CronEventHandler handler)
{
QueueTask(Name, handler, null, true);
}
public static void QueueTask(string Name, CronEventHandler handler)
{
QueueTask(Name, handler, null, true);
}
public CronEventEntry(string Name, CronEventHandler handler, CronJob Cronjob, bool Unique, CronLimit limit)
{
// infer a name from the handler passed in (if one was not supplied)
m_Name = (Name != null) ? Name : (handler != null && handler.Method != null && handler.Method.Name != null) ? handler.Method.Name : "Unknown";
m_Unique = Unique;
m_Handler = handler;
m_Cronjob = Cronjob;
m_Limit = limit;
}
public static void Register(string Name, CronEventHandler handler, string CronSpec, bool Unique, CronLimit limit)
{
lock (m_Handlers.SyncRoot)
{
m_Handlers.Add(new CronEventEntry(Name, handler, new CronJob(CronSpec), Unique, limit));
}
}
public static void Register(string Name, CronEventHandler handler, string CronSpec, bool Unique)
{
Register(Name, handler, CronSpec, Unique, null);
}
public static void Register(string Name, CronEventHandler handler, string CronSpec)
{
Register(Name, handler, CronSpec, true);
}
// register a new job
public static void Register(CronEventHandler handler, string CronSpec)
{
Register(null, handler, CronSpec, true);
}
public static void QueueTask(string Name, CronEventHandler handler, string CronSpec, bool Unique)
{
lock (m_TaskQueue.SyncRoot)
{
CronEventEntry task = new CronEventEntry(Name, handler, new CronJob(CronSpec), Unique, null);
if (Unique == true)
{ // only one
if (m_TaskQueue.Contains(task) == false)
m_TaskQueue.Enqueue(task);
}
else
m_TaskQueue.Enqueue(task);
}
}
public static void QueueTask(string Name, CronEventHandler handler, string CronSpec)
{
QueueTask(Name, handler, CronSpec, true);
}
public static void QueueIdleTask(CronEventHandler handler)
{
QueueIdleTask(null, handler, null, true);
}
public static void QueueIdleTask(CronEventHandler handler)
{
QueueIdleTask(null, handler, null, true);
}
