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A module is compiled as a class that contains only static values, types, and additional submodules. Some people prefer to use classes with static members for this purpose, though in practice there is little difference between the two techniques. Modules may also contain type and submodule definitions. Sometimes you want to have a module with the same name as one of your types. You can do this by adding an attribute to your code: type Vector2D = { DX: float; DY: float } [<CompilationRepresentation(CompilationRepresentationFlags.ModuleSuffix)>] module Vector2D = let length v = sqrt(v.DX * v.DX + v.DY * v.DY) Values in a module can be used simply via a long path, e.g., Vector2D.length. Alternatively, you can open the module, which makes all the contents accessible without qualification. For example, open Vector2D makes the identifier length available without qualification.

The last profiling technique included in the MySQL system is the ability to examine how the optimizer performs queries. While not strictly a performance-measuring device, it can be used to diagnose tricky queries that show up in the slow query log. As a simple example, let s see what the optimizer predicts about how the following query will be executed: select * from customer where phone like "%575%" This query is not very interesting and using the LIKE clause with %s surrounding the value is not efficient and almost sure to result in an index-less access method. If you run the command preceded by the EXPLAIN keyword, you see the results of the proposed query optimization. Listing 4-9 shows the results of using the EXPLAIN command. Listing 4-9. Output of EXPLAIN Command mysql> explain select * from customer where phone like "%575%" \G *************************** 1. row *************************** id: 1 select_type: SIMPLE table: customer type: ALL possible_keys: NULL key: NULL key_len: NULL ref: NULL rows: 599 Extra: Using where 1 row in set (0.00 sec)

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This defines the infix function (+) and is implemented using a special expression that says implement x + y by calling a static member (+) on the type of the left or right operand. The function is marked inline to ensure that F# can always check for the existence of this member and call it efficiently. When you name a static member (+), then that is really shorthand for the name op_Addition, which is the .NET standard encoded name for addition operators. You can define your own operators if you want, but they aren t automatically overloaded in the same way as F# library definitions like the one shown previously. For example, the following defines a new infix operator that appends a single element to the end of a list:

modules, this can also be delimited by struct/end. However, the keyword struct has a different meaning in F#, so this declaration form is not recommended except when cross-compiling code with OCaml.

let (++) x y = List.append x [y]

The output shows that the command is a simple select on the customer table, there are no possible keys to use, there are 599 rows in the table, and the optimizer is using the WHERE clause. In this case, it is telling us that the execution will be a simple table scan without indexes perhaps one of the slowest possible select statements.

This operator isn t overloaded; it s a single fixed function. Defining non-overloaded operators can help make some implementation code more succinct, and you use this technique in the symbolic programming examples in 12. In principle, you can define new operators that are truly overloaded in the same way as the definition of (+) in the F# library, mapping the operator across to particular static members. However, code is generally much clearer if you stick to the standard overloaded operators. 131

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