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3. Compile the code into a DLL file. 4. Use the CREATE ASSEMBLY Transact-SQL command to load the new assembly into the database. Choose the safety level based on the functionality of the assembly. Try to build code that is covered by either SAFE or EXTERNAL_ACCESS safety levels. These levels offer more stability for the SQL Server instance, and help avoid the potential issues that unsafe code may incur. After that, I ll demonstrate how to create a CLR scalar user-defined function, following the similar steps (in a single recipe), but with a new assembly and a few twists on the code. Finally, I ll take a look at a CLR trigger.

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As I discussed previously, it is challenging to build Newlib stand-alone for a host system. Since this isn t the way in which one would ordinarily use Newlib, I won t go into the process here. Building and using Newlib is usually done within the context of a cross-compiler build. Building cross-compilers is discussed in 14.

When SQL Server 2005 is installed, CLR functionality is disabled by default. To enable the use of CLR database objects, the system stored procedure sp_configure must be used to configure the 'clr enabled' option (see 21 for a full review of this system stored procedure): EXEC sp_configure 'clr enabled', 1 RECONFIGURE WITH OVERRIDE GO This returns: Configuration option 'clr enabled' changed from 0 to 1. Run the RECONFIGURE statement to install. If you plan on using CLR database objects that require EXTERNAL_ACCESS or UNSAFE security permissions (we review the meanings of these in more detail later on), you must enable the TRUSTWORTHY database option to ON. For example: ALTER DATABASE BookStore SET TRUSTWORTHY ON

The uClibc (pronounced you-see-lib-see) C library is the best known, most complete, and most extensively used alternate C library. The uClibc project s home page is located at http://www. uclibc.org, and is brought to you by Erik Anderson, the patron saint of embedded programmers. Originally developed for use on embedded systems, where the bloat factor of Glibc made it unattractive (or impossible) to use, uClibc is also extensively used on live CDs or rescue disks, where binary size can be equally significant. The u in uClibc is technically the Greek character , which is generally used to mean micro, but nobody (including myself) wants to continually insert gonzo characters in otherwise normal text, so I ll just call it uClibc like everyone else does. My apologies to the purists.

This example demonstrated enabling CLR functionality for the SQL Server instance. After executing the command, CLR functionality is enabled immediately without having to restart the SQL Server instance. We then enabled the TRUSTWORTHY option for the BookStore database, in order to allow EXTERNAL_ACCESS and UNSAFE security permissions later on (although we ll only be demonstrating a CLR database object that requires external access, and not demoing anything that is unsafe!) In the next recipe, we ll demonstrate creating an assembly using VB.NET.

Like Glibc itself, uClibc is released under the LGPL. Glibc and uClibc are LGPL so that they can be used by proprietary code without that code becoming GPL. Please also note that I am not a lawyer and would find that suggestion to be insulting.

In this recipe, I ll demonstrate creating the code for an assembly. Specifically, VB.NET code is used to read data from an external text file and then output the text file data in a result set. Before getting to the actual code, I first need to discuss a few new concepts regarding assemblies themselves. So far I ve discussed CLR assemblies as though they are used on a one-for-one basis with database objects. Assemblies, however, can contain code for use by one or more CLR database objects. For example, the code I ll be using in this recipe is intended for a single stored procedure. You can, however, put several subroutines or types within a single assembly, for use in different CLR database objects. As a best practice, try to group related functionality within a single assembly. This is important (if not necessary) if your various functions or methods have dependencies on one another.