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GCC options available when compiling code for IBM RT systems are the following: -mcall-lib-mul: Specifying this option tells GCC to call lmul$$ for integer multiples. -mfp-arg-in-fpregs: Specifying this option tells GCC to use a calling sequence in which floating-point arguments are passed in floating-point registers. This calling sequence is incompatible with the IBM calling convention. Note that varargs.h and stdarg.h will not work with floating-point operands if this option is specified. -mfp-arg-in-gregs: Specifying this option tells GCC to use the normal calling convention for floating-point arguments. This is the default. -mfull-fp-blocks: Specifying this option tells GCC to generate full-size floating-point data blocks, including the minimum amount of scratch space recommended by IBM. This is the default. -mhc-struct-return: Specifying this option tells GCC to return structures of more than one word in memory, rather than in a register. This provides compatibility with the MetaWare HighC compiler. See the -fpcc-struct-return option for similar compatibility with the Portable C Compiler (PCC). -min-line-mul: Specifying this option tells GCC to use an inline code sequence for integer multiplies. This is the default. -mminimum-fp-blocks: Specifying this option tells GCC not to include extra scratch space in floating-point data blocks. This results in smaller code but slower execution, since scratch space must be allocated dynamically. -mnohc-struct-return: Specifying this option tells GCC to return some structures of more than one word in registers, when convenient. This is the default. -mpcc-struct-return: Specifying this option tells GCC to use return conventions that are compatible with PCC.

Probably the most common transformation that you can perform on an image is to resize it. Whether it s taking the large images from your digital camera and making them a smaller size for display on your Web site or it s making thumbnails of those same images for the index pages of your photo gallery, resizing is something that happens to images all the time. The convert command provides several ways to resize an image. Each of them does it in a slightly different way, and each is used in a slightly different scenario, so I ll cover them one at a time in the following sections. To work through the examples, I ll provide a simple usage scenario for each instance to demonstrate when you d use that technique.

This query is then executed on the SQL Server instance that will house the principal database: SELECT name, state_desc, role_desc FROM sys.database_mirroring_endpoints This returns: name JOEPROD_Mirror state_desc STARTED role_desc PARTNER

The S/390 is the latest in IBM s family of 360 and 370 systems that stretches back to the 1960s The zSeries is IBM s name for its latest series of high-powered servers S/390 systems can run Linux in virtual machines, just as they run other operating systems The zSeries machines can run Linux directly Linux supports the S/390 and zSeries processor architecture and some devices that are specific to S/390 and zSeries environments Linux on these systems enables you to take advantage of the fast I/O and reliability that are traditional features of S/390 and zSeries mainframe hardware GCC options available when compiling code for S/390 and zSeries systems are the following: -m31: Specifying this option tells GCC to generate code that is compliant to the Linux for S/390 ABI This is the default for s390 targets.

Next, the SQL Server instance that will assume the witness role is queried: SELECT name, state_desc, role_desc FROM sys.database_mirroring_endpoints This returns: name JOEPROD_Witness state_desc STARTED role_desc WITNESS

-m64: Specifying this option tells GCC to generate code that is compliant to the Linux for zSeries ABI This allows GCC to generate 64-bit instructions This is the default for s390x build targets -march=CPU-type: Specifying this option tells GCC the instruction set to use for code generation Possible values for CPU-type are g5, g6, z900, and z990 When generating code using the z/Architecture instructions, the default value for CPU-type is z900 Otherwise, the default value for CPU-type is g5 -mbackchain: Specifying this option tells GCC to generate code that maintains an explicit backchain within the stack frame This backchain points to the caller s frame, and is currently needed to allow debugging This is the default -mdebug: Specifying this option tells GCC to print additional debug information when compiling -mesa: Specifying this option tells GCC to generate code using only the instructions that are available on the ESA/90.

Before you can set up a database mirroring session, you must add endpoints to the participating SQL Server instances. These endpoints use the TCP/IP protocol to listen in on a designated port. In this recipe, an endpoint called JOEPROD_Mirror was first created on the mirroring SQL Server instance: CREATE ENDPOINT JOEPROD_Mirror The initial state was set to STARTED, meaning that the endpoint was created in a state that can be used right away. The listening port was set to 5022:

This option is the default when generating Linux code for the ESA/90 ABI -mfused-madd: Specifying this option tells GCC to generate code that uses the floating-point multiply and accumulate instructions when they are available These instructions are generated by default if they are available -mguard-size=GUARD-SIZE: See the -mstack-size option for more information -mhard-float: Specifying this option tells GCC to use the hardware floating-point instructions and registers for floating-point operations GCC generates the appropriate IEEE floating-point instructions This is the default -mlong-double-64: Specifying this option tells GCC to use the default size of 64 bits for both the long double and double datatypes This is the default -mlong-double-128: Specifying this option tells GCC to double the size of the long double datatype to 128 bits By default it is 64 bits and is therefore internally equivalent to the double datatype.