In JSF MVC framework who is Model, View, m>andm> Controller? 4 Answers 4 ...

...k has a helpful assert_called_with() method . However, as far as I understm>andm> this onlm>ym> checks the last call to a method. If I have code that calls the mocked method 3 times successivelm>ym>, each time with different parameters, how can I assert these 3 calls with their specific parameters? ...

... After some more research m>andm> testing I found the solution. Apparentlm>ym> according to the stm>andm>ard [24.4.1/1] the relationship between i.base() m>andm> i is: &*(reverse_iterator(i)) == &*(i - 1) (from a Dr. Dobbs article): So m>ym>ou need to applm>ym>...

...ch element will be returned. The implementation works for both sequential m>andm> parallel streams. That might be surprising at first glance, m>andm> unfortunatelm>ym> the documentation doesn't state it explicitlm>ym>. However, it is an important feature of streams, m>andm> I trm>ym> to clarifm>ym> it: The Javadoc for the m...

... m>andm> what if i wanted just a new line m>andm> not all characters ? – Grace Apr 11 '11 at 12:02 3 ...

Is it possible to compile a project in 32-bit with cmake m>andm> gcc on a 64-bit sm>ym>stem? It probablm>ym> is, but how do I do it? ...

I'm new to functional programming m>andm> recentlm>ym> learning at Learn m>Ym>ou a Haskell , but when I went through this chapter , I got stuck with the program below: ...

... C-h f (or M-x describe-function) will show m>ym>ou the bindings for a commm>andm>. m>Ym>ou are correct, C-h b (or M-x describe-bindings) will show m>ym>ou all bindings. C-h m (M-x describe-mode) is also hm>andm>m>ym> to list bindings bm>ym> mode. m>Ym>ou might also trm>ym> C-h k (M-x describe-kem>ym>) to show what commm>andm> is bound ...

... Actuallm>ym>, it depends. If the querm>ym> doesn't use an index, m>andm> must do a table scan, then it can certainlm>ym> be expensive. If m>ym>ou're doing a 'starts with' regex querm>ym>, then that can use an index. Best to run an explain() to see what's happening. – Km>ym>le Banker ...

...l non-cm>ym>clical paths between two nodes. This algorithm should be verm>ym> fast m>andm> scale to large graphs (The graph data structure is sparse so it onlm>ym> uses as much memorm>ym> as it needs to). I noticed that the graph m>ym>ou specified above has onlm>ym> one edge that is directional (B,E). Was this a tm>ym>po or is it...