private WorkPool StartNewWorkPool(IModel model)
{
var newWorkPool = new WorkPool();
newWorkPool.Start();
return(newWorkPool);
}
private static WorkPool StartNewWorkPool(IModel model)
{
var newWorkPool = new WorkPool(model as ModelBase);
newWorkPool.Start();
return(newWorkPool);
}
private WorkPool StartNewWorkPool(IModel model)
{
var newWorkPool = new WorkPool(model, _concurrency);
newWorkPool.Start();
return(newWorkPool);
}
public void AddWork(IModel model, Action fn)
{
// two step approach is taken, as TryGetValue does not aquire locks
// if this fails, GetOrAdd is called, which takes a lock
if (workPools.TryGetValue(model, out WorkPool workPool) == false)
{
var newWorkPool = new WorkPool(model);
workPool = workPools.GetOrAdd(model, newWorkPool);
// start if it's only the workpool that has been just created
if (newWorkPool == workPool)
{
newWorkPool.Start();
}
}
workPool.Enqueue(fn);
}
public void Schedule <TWork>(ModelBase model, TWork work)
where TWork : Work
{
// two step approach is taken, as TryGetValue does not aquire locks
// if this fails, GetOrAdd is called, which takes a lock
if (workPools.TryGetValue(model, out WorkPool workPool) == false)
{
var newWorkPool = new WorkPool(model);
workPool = workPools.GetOrAdd(model, newWorkPool);
// start if it's only the workpool that has been just created
if (newWorkPool == workPool)
{
newWorkPool.Start();
}
}
workPool.Enqueue(work);
}
public void AddWork(IModel model, Action fn)
{
// two step approach is taken, as TryGetValue does not aquire locks
// if this fails, GetOrAdd is called, which takes a lock
WorkPool workPool;
if (workPools.TryGetValue(model, out workPool) == false)
{
var newWorkPool = new WorkPool(model);
workPool = workPools.GetOrAdd(model, newWorkPool);
// start if it's only the workpool that has been just created
if (newWorkPool == workPool)
{
newWorkPool.Start();
}
}
workPool.Enqueue(fn);
}