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Additional miscellaneous Perl scripts A complete set of cluster tests Result files of the tests run Test data for the test suite The tests

> LabelInfo (text="Hello World");; val it : LabelInfo = {Font = [Font: Name=Microsoft Sans Serif, Size=12]; Text = "Hello World"} > LabelInfo("Goodbye Lenin");; val it : LabelInfo = {Font = [Font: Name=Microsoft Sans Serif, Size=12];

Values that may have subtypes carry a runtime type, and you can use runtime-type tests to query the type of an object and convert it to one of the subtypes. You can do this in three main ways: the unbox

When MySQL is installed, you will find the mysql-test-run.pl Perl script in the mysql-test directory under the installation directory. Best of all, the test suite is extensible. You can write your own tests and conduct testing for your specific application or need. The tests are designed as regression tests in the sense that the tests are intended to be run to ensure all the functionality works as it has in the past.

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operation, downcasts, and pattern type tests. We ve already explained the unbox function. As with most object-oriented languages, the upcasts performed through subtyping are reversible through the use of downcasts in other words, by using the: > operator. You can see this in the following examples: > let boxedObject = box "abc";; val boxedObject : obj > let downcastString = (boxedObject : > string);; val downcastString : string = "abc" Downcasts are checked at runtime and are safe because all values of the obj type are implicitly annotated with the runtime type of the value. The operator : > raises an exception if the object isn t of a suitable type: > let xobj = box 1;; val xobj : obj = 1 > let x = (xobj : > string);; error: InvalidCastException raised at or near stdin:(2,0)

Text = "Goodbye Lenin"}

The tests are located in a directory under the mysql-test directory named simply /t. This directory contains nearly 600 tests. While that may sound comprehensive, the MySQL documentation states that the test suite does not cover all the features of the system. The current set of tests is designed to detect bugs in most SQL commands, the operating system and library interactions, and cluster and replication functionality. MySQL AB hopes to ultimately accumulate enough tests to provide test coverage for the entire system. Indeed, MySQL AB has an open call for additional tests. The goal is to establish a set of tests that test 100 percent of the features of the MySQL system. If you create additional tests you feel cover a feature that isn t already covered by one of the tests in the mysql-test/t directory, feel free to submit your tests to MySQL AB.

A more convenient way of performing dynamic type tests uses type-test patterns in particular the : pattern construct, which you encountered in 4 in the context of catching various .NET exception types. This example uses a pattern-type test to query the dynamic type of a value of type obj: let checkObject (x: obj) = match x with | : string -> printfn "The object is a string" | : int -> printfn "The object is an integer" | _ -> printfn "The input is something else" > checkObject (box "abc");; The object is a string val it : unit = () Such a pattern may also bind the matched value at its more specific type: let reportObject (x: match x with | : string as s | : int as d | _ obj) = -> printfn "The input is the string '%s'" s -> printfn "The input is the integer '%d'" d -> printfn "the input is something else"

> LabelInfo(font=new Font(FontFamily.GenericMonospace,36.0f), text="Imagine");; val it : LabelInfo = {Font = [Font: Name=Courier New, Size=36]; Text = "Imagine"} Optional arguments must always appear last in the set of arguments accepted by a method. They are usually used as named arguments by callers. The implementation of LabelInfo uses the F# library function defaultArg, which is a useful way to specify simple default values for optional arguments. Its type is as follows:

Tip You can find more information about the MySQL Test Suite by visiting the MySQL Internals mailing list

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