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classpath) is safe and acceptable. However, because of listeners and the fact that in the NetBeans IDE almost everything listens on file changes, this was not safe at all. Our solution to this problem is called atomic action. No, our filesystems don t support transactions. However, they allow any code to postpone notifying listeners. You can enclose code within a Runnable, pass it to the FileSystem library, change the files, and remain sure that no events will be delivered from this thread while the runnable is not finished. Any code can start an atomic action, grab its own listener, and create or remove resources on disk, without the danger of unknown code being called. It seems to me that almost any low-level library that supports synchronous listeners should provide support for atomic actions, similar to how our filesystems do. Otherwise, the risk of deadlocks exists. The danger increases with the number of users of the library. However, the support for atomic operations is not really straightforward. That is why if I had the chance to write the FileSystem API again, I would support only asynchronous listeners.

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The other option, and according to our NetBeans experience probably the better one, is to always call a listener asynchronously in a dedicated dispatch thread This is safer The dispatch thread doesn t hold locks However, events are delivered later, when the state of the model might already be quite different As a result, such events don t need to or even shouldn t be able to carry much information about the state when they were generated The presence of this information is at least misleading, because the state of the model can already be quite different A plain I am changed event is enough for the rest of the listeners to query the model Asynchronous execution is a powerful approach to fighting deadlocks.

Finally, you return a response where the template context will be the entry The entry is retrieved using the lookup arguments, which look for entries matching the year, month, day, and slug from the URL Because you used unique_for_date on the slug field, this combination is enough to uniquely identify any entry in the database The get method you re using here is also new filter returns a QuerySet representing the set of all objects that match the query, but get tries to return one, and only one, object (If no objects match your query, or if more than one object matches, it will raise an exception) Go ahead and create the template coltrane/entry_detailhtml and fill it in any way you d like Next add the new URL pattern to the project s urls.

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Just like the spooling of print jobs can prevent deadlocks when operating system processes want to use a printer, posting a piece of code to be executed later can prevent competition between threads for sparse resources However, deferred execution is never as clean as deferred printing The advantage of a printer is that processes cannot wait for the pages to be printed Once the print job is sent, it s up to humans to pick up the results, while programs continue to run without waiting for that to happen This is not always true with deferred execution There are situations when code needs to, and wants to, wait for successful completion of such deferred code Then we are back where we started: at risk of deadlocks A nice example of the pros and cons in this area is the SwingUtilitiesinvokeLater method versus the SwingUtilitiesinvokeAndWait method.

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Both methods schedule a Runnable to be executed later in the AWT dispatch thread, which is the thread dedicated to operations on Swing components While SwingUtilitiesinvokeLater is generally safe because it simply schedules execution and returns immediately, SwingUtilitiesinvokeAndWait could be renamed invoke and deadlock It schedules execution and then blocks If the calling thread already holds locks, especially an AWT tree lock, a deadlock is almost inevitable Of course, bad code in a Runnable that is sent to SwingUtilitiesinvokeLater can also deadlock However, in that case you need to make a conscious effort to create deadlocks For example, you need to perform a few tricks with synchronization yourself SwingUtilitiesinvokeAndWait causes deadlocks without much trouble at all Such methods shouldn t be a part of an API that is supposed to eliminate deadlocks.

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