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You implement IComparable whenever you want your type to support sorting algorithms that expect to call a comparison method between objects of the same type. IComparable is about the simplest interface you could imagine, since it only has one method, CompareTo. CompareTo takes an Object as a parameter, so you should check the type of the object to make sure that the comparison makes sense. IComparable also has a generic form. The generic form uses a typed argument instead of an untyped argument, so there s no need to check the type of the object passed in. The generic forms of these common .NET Framework interfaces were introduced in .NET 2.0 and are preferred over the nongeneric forms. Listing 9-13 is an example using the generic form of IComparable. Listing 9-13. Using Generic IComparable // message_comparable_generic.cpp using namespace System; enum class SortByEnum { SortByDate, SortByFrom, SortBySubject };

Inside the Music program, you see various preset options to find and play your favorite music, including the following: All Songs: Shows you every song on your BlackBerry. Artists: Shows you all artists; you can click artists to see all their songs. Albums: Shows a list of all albums. Genres: Shows a list of all genres on your BlackBerry, such as pop, rock, jazz, and so on. Playlists: Shows all playlists or allows you to create new ones. Sample Songs: Shows one or more sample songs preloaded on your device. Shuffle Songs: Plays all your music in a shuffle mode or random order.

We move on to the second join order. For a small number of tables (typically five or less), Oracle will do a simple cyclic permutation of the tables, starting from the end of the first join order, working through all possible permutations. So the second join order simply swaps the last two tables. Join order[2]: CHILD[C]#0 PARENT[P]#1 GREATGRANDPARENT[GGP]#3 GRANDPARENT[GP]#2

One you have your music on your BlackBerry, you re ready to listen to it. Follow these steps to do so: 1. If you know the name of the song, then just type a few letters of any word in the song s name into the Find: field at the top of the device to instantly locate all matching songs.

Wait a moment why does the next line in the trace file say we are joining greatgrandparent Surely it should be parent No because Oracle has remembered that Join order [1] started with child parent, and has carried the intermediate results of that join forward to this join order. Remember, as the SQL statements get larger, the amount of memory used to optimize them increases. This is partly because Oracle has to remember more and more intermediate results as the number of tables increases. Now joining: GREATGRANDPARENT[GGP]#3 ******* NL Join Outer table: cost: 2586 cdn: 1 rcz: 54 resp: 2586 Inner table: GREATGRANDPARENT Alias: GGP Access Path: table-scan Resc: 64 Join: Resc: 2650 Resp: 2650 Best NL cost: 2650 resp: 2650 Join Card: 195.53 = outer (0.75) * inner (261.26) * sel (1.0000e+000) *********************** What happened to the SM Join and the HA Join Where s the line saying Now Joining: GRANDPARENT We are about to jump into Join order [3] without completing Join order [2]. Look at the cost of completing the nested loop join to greatgrandparent (2,650) it has already exceeded the best cost (2,588) for the complete query, so there is no point in going on with this join order, and the optimizer takes a shortcut.

ref class Message : IComparable<Message^> { public: static property SortByEnum SortCriterion; property property property property DateTime DateReceived; String^ From; String^ Subject; String^ Body;

TIP: To narrow the list, press the Space key and type a few more letters of another word. Notice that after I type Love Per, only Perfect Love Gone Wrong shows in the list.