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New to SQL Server 2005, APPLY is used to invoke a table-valued function for each row of an outer query. A table-valued function returns a result set based on one or more parameters. Using APPLY, the input of these parameters are the columns of the left referencing table. This is useful if the left table contains columns and rows that must be evaluated by the table-valued function. CROSS APPLY works like an INNER JOIN in that unmatched rows between the left table and the table-valued function don t appear in the result set. OUTER APPLY is like an OUTER JOIN, in that nonmatched rows are still returned in the result set with NULL values in the function results. The next two recipes will demonstrate both CROSS and OUTER APPLY.

The uClibc C library runs on both standard and MMU-less processors (i.e., processors without a memory management unit) and has been extensively tested on processors such as the Alpha, ARM, cris, i386, i960, h8300, m68k, MIPS/MIPSEL, PowerPC, SH, SPARC, and v850.

aa_flush (context); aa_render (context, params, 0, 0, aa_imgwidth (context), aa_imgheight (context)); text = strdup (aa_text (context)); textwidth = aa_scrwidth (context); for (x = 0; x < strlen (text); x++) { fprintf (output, "%c", text[x]); if ((x + 1) % textwidth == 0) fprintf (output, "\n"); } fprintf (output, "\n"); TIFFClose (image); fclose (output); aa_close (context); return 0; }

This next example covers both the FROM and JOIN examples, and user-defined table-valued functions functionality. Table-valued functions are reviewed in more detail in 11.

Linux for MMU-less processors was traditionally known as Clinux, (however, I will use the common spelling with a lowercase u throughout) and many people confuse this with uClibc because of the fact that uClibc is frequently used in conjunction with uClinux. The uClinux project (Linux/Microcontroller) was traditionally maintained as a huge set of patches outside of the mainline Linux kernel source; but one of the more significant aspects of the 2.6 Linux kernel was the merger of the then current uClinux patches into the mainline kernel source, which simplified life for everyone. Unfortunately, uClinux patches to the mainline kernel continue to proliferate as external patch sets (in their defense, it is not always easy to get processor-specific patch sets integrated into the mainline kernel), so the same confusion continues to exist. See the uClinux home page (http://www.uclinux.org) and the uClinux developer s forum (http://www.ucdot.org) for more information on the latest uClinux patches. My apologies to Martin Luther King Jr., but I have a dream that one day on the Internet the uClinux patches and the mainline Linux kernel will be able to sit down together at the table of brotherhood. Until then, if you are working with an MMU-less processor, you should always check the uClinux sites (and your silicon vendor s site) for any processor-specific Linux patches for your hardware. You may also want to check out TimeSys LinuxLink subscriptions (http://linuxlink.timesys.com), whose goal is to provide embedded Linux developers with the latest, most up-to-date kernel patches, uClinux or not, and toolchains for their hardware.

In this example, a table-valued function is created that returns work order routing information based on the WorkOrderID passed to it: CREATE FUNCTION dbo.fn_WorkOrderRouting (@WorkOrderID int) RETURNS TABLE AS RETURN SELECT WorkOrderID, ProductID, OperationSequence, LocationID FROM Production.WorkOrderRouting WHERE WorkOrderID = @WorkOrderID GO Next, the WorkOrderID is passed from the Production.WorkOrder table to the new function: SELECT w.WorkOrderID, w.OrderQty, r.ProductID, r.OperationSequence FROM Production.WorkOrder w CROSS APPLY dbo.fn_WorkOrderRouting (w.WorkOrderID) AS r ORDER BY w.WorkOrderID, w.OrderQty, r.ProductID This returns the following (abridged) results:

One of the coolest aspects of uClibc is its configuration mechanism, which supports both command-line and terminal-oriented configuration. This configuration mechanism shares configuration file syntax with the 2.6 Linux kernel, so its configuration files are easy and familiar to work with. I ll use the terminal-oriented configuration mechanism in the examples later in this section; but people who insist on working on a DecWriter or an LA120 can still configure the kernel in commandline mode (though you are going to waste a box or two of paper).

WorkOrderID ----------13 13 13 13 13 13 14 14 ... 72585 72585 72586 72586 72587 72587