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-mno-align-stringops: Specifying this option tells GCC not to align the destination of inlined string operations This switch reduces code size and improves performance when the destination is already aligned -mno-fancy-math-387: Specifying this option tells GCC to avoid generating the sin, cos, and sqrt instructions for the 80387 floating-point units because these instructions are not provided by all 80387 emulators This option has no effect unless you also specify the -funsafe-mathoptimizations option This option is overridden when -march indicates that the target CPU will always have an FPU and so the instruction will not need emulation This option is the default for GCC on FreeBSD, OpenBSD, and NetBSD systems..

With SQL Server 2005, you can use a semicolon as a SQL Server statement terminator. Doing so isn t mandatory, but is ANSI compliant, and you ll see it being used in some of the documentation coming from Microsoft.

-mno-fp-ret-in-387: Specifying this option tells GCC not to use the FPU registers for function return values, returning them in ordinary CPU registers instead The usual calling convention on 80386 systems returns float and double function values in an FPU register, even if there is no FPU This assumes that the operating system provides emulation support for an FPU, which may not always be correct -mno-ieee-fp: Specifying this option tells GCC not to use IEEE floating-point comparisons -mno-mmx: Specifying this option disables the use of built-in functions that allow direct access to the MMX extensions of the instruction set -mno-push-args: Specifying this option tells GCC to use standard SUB/MOV operations to store outgoing parameters, rather than the potentially smaller PUSH operation In some cases, using SUB/MOV rather than PUSH may improve performance because of improved scheduling and reduced dependencies.

Using a Recursive Common Table Expression (CTE)

-mno-red-zone: Specifying this option tells GCC not to use the red zone mandated by the x86-64 ABI The red zone is a 128-byte area beyond the stack pointer that will not be modified by signal or interrupt handles, and can therefore be used for temporary data storage without adjusting the stack pointer -mno-sse: Specifying this option disables the use of built-in functions that allow direct access to the SSE extensions of the instruction set -mno-sse2: Specifying this option disables the use of built-in functions that allow direct access to the SSE2 extensions of the instruction set -mno-svr3-shlib: Specifying this option tells GCC to place uninitialized local variables in the data segment This option is only meaningful on System V Release 3 (SVR3) systems -mno-tls-direct-seg-refs: Specifying this option enables GCC to add the thread base pointer when accessing thread-local storage variables through offsets from the TLS segment.

In this example, the new Company table will define the companies in a hypothetical giant mega conglomerate. Each company has a CompanyID and an optional ParentCompanyID. The example will demonstrate how to display the company hierarchy in the results using a recursive CTE. First, the table is created: CREATE TABLE dbo.Company (CompanyID int NOT NULL PRIMARY KEY, ParentCompanyID int NULL, CompanyName varchar(25) NOT NULL) Next, rows are inserted into the new table: INSERT VALUES INSERT VALUES INSERT VALUES INSERT VALUES INSERT VALUES INSERT VALUES INSERT VALUES dbo.Company (CompanyID, ParentCompanyID, (1, NULL, 'Mega-Corp') dbo.Company (CompanyID, ParentCompanyID, (2, 1, 'Mediamus-Corp') dbo.Company (CompanyID, ParentCompanyID, (3, 1, 'KindaBigus-Corp') dbo.Company (CompanyID, ParentCompanyID, (4, 3, 'GettinSmaller-Corp') dbo.Company (CompanyID, ParentCompanyID, (5, 4, 'Smallest-Corp') dbo.Company (CompanyID, ParentCompanyID, (6, 5, 'Puny-Corp') dbo.Company (CompanyID, ParentCompanyID, (7, 5, 'Small2-Corp') CompanyName) CompanyName) CompanyName) CompanyName) CompanyName) CompanyName) CompanyName)

The convert command is the subject of the majority of this book, because it contains most of the ImageMagick functionality. Therefore, I won t document the command any further here, instead referring you to the rest of the book for information. Specifically, see the following chapters: 3, 5, 6, and 7.

Now the actual example: WITH CompanyTree(ParentCompanyID, CompanyID, CompanyName, CompanyLevel) AS ( SELECT ParentCompanyID, CompanyID, CompanyName, 0 AS CompanyLevel FROM dbo.Company WHERE ParentCompanyID IS NULL UNION ALL SELECT c.ParentCompanyID, c.CompanyID, c.CompanyName, p.CompanyLevel + 1 FROM dbo.Company c INNER JOIN CompanyTree p ON c.ParentCompanyID = p.CompanyID ) SELECT ParentCompanyID, CompanyID, CompanyName, CompanyLevel FROM CompanyTree This returns: ParentCompanyID --------------NULL 1 1 3 4 5 5 CompanyID ----------1 2 3 4 5 7 6 CompanyName ------------------------Mega-Corp Mediamus-Corp KindaBigus-Corp GettinSmaller-Corp Smallest-Corp Small2-Corp Puny-Corp CompanyLevel -----------0 1 1 2 3 4 4