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for detecting defects. The testing mechanism we ll use allows you to conduct functional tests against the MySQL server using tests that execute SQL statements. Although it is possible to construct tests that simply test functionality, you can also construct tests to identify defects. Indeed, I recommend you write all of your tests to test the error handlers and exceptions. Should your test fail to identify a defect or a bug is reported to you later, I also recommend you create a test or modify an existing test to test for the presence of that bug. That way, you can be sure that you can repeat the bug before you fix it and later show that the bug has been fixed.

The .NET libraries provide an implementation of generic binary serialization that is useful as a quick and easy way of saving computed values to disk and sending values over the network. Let s use this as an example to see how you can define building-block generic operations using functionality in the .NET libraries combined with box and unbox. You first define functions with the following signatures: val writeValue val readValue : System.IO.Stream -> 'T -> unit : System.IO.Stream -> 'T

Gets information for a type. Throws away extraneous compilerspecific information from a runtime type to return a true F# type. Determines whether the given type is an option type.

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Software testing is often conducted in a constrained process that begins with analyzing the system requirements and design Tests are then created using the requirements and design to ensure the quality (correctness, robustness, usability, etc) of the software As I mentioned earlier, some tests are conducted to identify defects and others are used to verify functionality without errors (which is not the same as not having defects) The goal of some testing techniques is to establish a critique or assessment of the software These tests are typically focused on qualitative factors rather than quantitative results Testing is part of a larger software engineering mantra that ensures the software meets its requirements and delivers the desired functionality This process is sometimes referred to as verification and validation It is easy to get these two confused Validation simply means you are ensuring the software was built to its specifications.

The function writeValue takes an arbitrary value and writes a binary representation of its underlying object graph to the given I/O stream. The function readValue reverses this process, in much the same way that unbox reverses the process performed by box. Here are the implementations of the functions in terms of the .NET binary serializer located in the namespace System.Runtime.Serialization.Formatters.Binary: open System.IO open System.Runtime.Serialization.Formatters.Binary let writeValue outputStream (x: 'T) = let formatter = new BinaryFormatter() formatter.Serialize(outputStream, box x) let readValue inputStream = let formatter = new BinaryFormatter() let res = formatter.Deserialize(inputStream) unbox res Note that box and unbox are used in the implementation, because the Serialize and Deserialize functions accept and return a value of type obj. Here is an example of how to use the functions to write a value of type Microsoft.FSharp.Collections.Map<string,string> to a FileStream and read it back in again: open System.IO let addresses = Map.ofList [ "Jeff", "123 Main Street, Redmond, WA 98052"; "Fred", "987 Pine Road, Phila., PA 19116"; "Mary", "PO Box 112233, Palo Alto, CA 94301" ] let fsOut = new FileStream("Data.dat", FileMode.Create) writeValue fsOut addresses fsOut.Close() let fsIn = new FileStream("Data.dat", FileMode.Open) let res : Map<string,string> = readValue fsIn fsIn.Close() The final result of this code when executed interactively is as follows: > res;; val it : Map<string,string> = seq [[Fred, 987 Pine Road, Phila., PA 19116] {Key = "Fred"; Value = "987 Pine Road, Phila., PA 19116";}; [Jeff, 123 Main Street, Redmond, WA 98052] {Key = "Jeff"; Value = "123 Main Street, Redmond, WA 98052";}; [Mary, PO Box 112233, Palo Alto, CA 94301] {Key = "Mary"; Value = "PO Box 112233, Palo Alto, CA 94301";}]

Table 10-15. Some Operations in the Microsoft.FSharp.Reflection Namespace (Continued)

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