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This returns the contents of the ERRORLOG file as a result set (abridged here): 2005-07-02 07:50:11.10 Server Microsoft SQL Server 2005 - 9.00.1187.07 (Intel X86) May 24 2005 18:22:46 Copyright (c) 1988-2005 Microsoft Corporation Beta Edition on Windows NT 5.1 (Build 2600: Service Pack 2) 2005-07-02 07:50:11.10 Server 2005-07-02 07:50:11.10 Server 2005-07-02 07:50:11.16 Server ... (c) 2005 Microsoft Corporation. All rights reserved. Server process ID is 704.

When statically linked using glibc, my hello, world program on this platform was 1937152 bytes in size. When statically linked with uClibc, the same binary was 12354 bytes.

Once created, database CLR objects can be altered or dropped using the normal ALTER or DROP commands for the database object type.

ne of the most popular uses of Linux today is in developing and deploying embedded systems, which are small, typically stand-alone computer systems used throughout industry and consumer electronics for a variety of purposes. In industry, embedded Linux systems are used for everything from factory and communications infrastructure process control to monitoring and maintenance systems. In consumer electronics, embedded Linux systems are used in an incredible number of devices, including cell phones, home networking gateways and routers, wireless access points, PDAs, digital video recorders such as the TiVo, and home entertainment systems. The primary issue in developing embedded Linux systems is bootstrapping. In order to develop applications that run on top of an embedded Linux distribution, you might think that you would need a stable version of that same embedded Linux distribution on which to compile your applications. This is a significant problem for many embedded systems, which often feature low-power processors, limited amounts of memory, and limited amounts of physical storage (and sometimes none at all). In many cases, this makes it difficult or impossible to develop embedded Linux applications directly on the system where they will finally be deployed. Enter cross-compilation.

# Convert a string to the right gravity enumeration entry def togravity(str) case str when "Forget" return Magick::ForgetGravity when "NorthWest" return Magick::NorthWestGravity when "North" return Magick::NorthGravity when "NorthEast" return Magick::NorthEastGravity when "West" return Magick::WestGravity when "Center" return Magick::CenterGravity when "East" return Magick::EastGravity when "SouthWest" return Magick::SouthWestGravity when "South" return Magick::SouthGravity when "SouthEast" return Magick::SouthEastGravity else print "Unknown gravity\n" return Magick::Center end end The next function is where most of the work for the script is performed. It takes the following information: a command that the user entered, an image object (which is how RMagick passes around the state of an image), and whether to display the image after the transformation. This last parameter is because this function is used both when the user is interactively exploring a set of image transformations and when those transformations are being applied in a batch mode to a selection of images. This function doesn t implement all the tasks you can do with RMagick it implements only four commands to demonstrate what s possible. (Implementing more is left as an exercise for you.) Additionally, I avoid error checking in this code to make the ImageMagick operations clearer. Real code would, of course, include error checking. # Execute a command, either from the user or from the stored # list of commands def execute(execmd, oldimg, displayafter) cmdarray = execmd.split(" ") img = oldimg.dup

This recipe demonstrated how to create a CLR stored procedure. The parameters required for the stored procedure depend on the parameters expected by the .NET assembly methods. In this case, the Main method of the ReadFiles assembly expected a string parameter for the file and path name to be read, so a @FileName nvarchar data type parameter is used in the stored procedure reference. In the EXTERNAL NAME clause, the ReadFiles assembly was referenced, followed by the ReadFiles class, and Main method. Using the .NET framework, the procedure was able to access external resources and iterate through the contents of a file. With CLR integration, the functional scope of SQL Server now extends out to the capabilities of the .NET framework.