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In 9, the schema compiler used functions from the Microsoft.FSharp.Reflection namespace. This namespace is a relatively thin extension of the System.Reflection namespace. It offers an interesting set of techniques to create and analyze F# values and types in ways that are somewhat simpler than those offered by the System.Reflection namespace. These operations are also designed to be used in precompilation phases to amortize costs associated with reflective programming. Table 10-15 summarizes the two types in this namespace Table 10-15. Some Operations in the Microsoft.FSharp.Reflection Namespace

you want to execute. Some tests require a local instance of the server to execute. For example, the following command connects to a running server and executes the alias and analyze tests: perl mysql-test-run.pl --extern alias analyze.

Note In OO languages, implementing types in multiple ways is commonly called polymorphism, which we

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When .NET was first designed, the .NET type system didn t include generics or a general notion of a function type as used by F#. Instead of functions, .NET uses delegates, which you can think of as named function types (that is, each kind of function type is given a different name). This means you often encounter delegate types when using .NET libraries from F#. Since .NET 2.0, some of these are even generic, giving an approximation to the simple and unified view of function types used by F#. Every .NET delegate type has a corresponding F# function type. For example, the F# function type for the .NET delegate type System.Windows.Forms.PaintEventHandler is obj -> System.Windows.Forms.PaintEventArgs -> unit. You can figure out this type by looking at the signature for the Invoke method of the given delegate type. .NET also comes with definitions for some generic delegate types. F# tends to use function types instead of these, so you don t see them often in your coding. However, Table 10-16 shows these delegate types just in case you meet them.

To create your own test, use a standard text editor to create the test in the /t directory in a file named mytestname.test. For example, I created a sample test named cab.test (see Listing 4-1). Listing 4-1. Sample Test # # Sample test to demonstrate MySQL Test Suite # --disable_warnings SHOW DATABASES; --enable_warnings CREATE TABLE characters (ID INTEGER PRIMARY KEY, LastName varchar(40), FirstName varchar(20), Gender varchar(2)) TYPE = MYISAM; EXPLAIN characters; #

> reportObject (box 17);; The input is the integer '17' val it : unit = ()

might call polymorphism of implementation. Polymorphism of this kind is present throughout F#, and not just with respect to the OO constructs. In functional programming, polymorphism is used to mean generic type parameters, which is an orthogonal concept discussed in 2 and 5.

INSERT INTO characters (ID, LastName, FirstName, Gender) VALUES (3, 'Flintstone', 'Fred', 'M'); INSERT INTO characters (ID, LastName, FirstName, Gender) VALUES (5, 'Rubble', 'Barney', 'M'); INSERT INTO characters (ID, LastName, FirstName, Gender) VALUES (7, 'Flintstone', 'Wilma', 'F'); INSERT INTO characters (ID, LastName, FirstName, Gender) VALUES (9, 'Flintstone', 'Dino', 'M'); INSERT INTO characters (ID, LastName, FirstName, Gender) VALUES (4, 'Flintstone', 'Pebbles', 'F'); INSERT INTO characters (ID, LastName, FirstName, Gender) VALUES (1, 'Rubble', 'Betty', 'F'); INSERT INTO characters (ID, LastName, FirstName, Gender) VALUES (6, 'Rubble', 'Bam-Bam', 'M'); INSERT INTO characters (ID, LastName, FirstName, Gender) VALUES (8, 'Jetson', 'George', 'M'); # SELECT * FROM characters; # EXPLAIN (SELECT DISTINCT LASTNAME from characters); # SELECT DISTINCT LASTNAME from characters; # # Cleanup # DROP TABLE characters; # ..and we're done Notice that the contents of the test are simply SQL commands that create a table, insert some data, and then do a few simple selects.

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