RPMs by component

This topic provides information about the list of RPMs for each component of the SDK.

YUM defines the install type of an RPM as follows:

Table 1. YUM installation choices
Option	Result
`m` (mandatory)	The group will not install if any mandatory RPMs are missing. Mandatory RPMs are not displayed in Pirut.
`d` (default)	Installed by default. Automatically selected in Pirut.
`o` (optional)	Does not install automatically. Must be selected in Pirut or individually installed from the command line.

The following are examples of how to select and install the RPMs for an optional component:

If you are interested in working with Monte Carlo simulations, install the Random Number Generator library. This component is optional and has development packages for both native and cross compilation. If you are developing code on an X86 machine, type the following command to install the Random Number Generator library:
```
# yum install libmc-rand-cross-devel  
```
Because this component is listed as level 1 (prototype code), the development headers and libraries are installed into the /opt/cell/sdk/prototype/src/usr directory. For cross compilation, this directory is prefixed by the cross directory /opt/cell/sysroot. The example code is placed in the /opt/cell/sdk/prototype/src/examples directory. See SDK directories for more information.
If you are interested in developing applications using the ALF programming model but in a hybrid host-accelerator environment, install the optional ALF for Hybrid-x86 component. This component has both runtime and development RPMs. The runtime RPMs are needed on an X86_64 machine for the host and a BladeCenter QS20 or BladeCenter QS21 for the accelerator.

To develop applications on an X86_64 system, the development RPMs are needed. Because ALF for Hybrid-x86 depends on ALF for Cell BE, YUM will install these dependencies if they are not already installed.
Therefore, on the X86_64 system type the following command:
```
# yum install alf-hybrid alf-hybrid-devel alf-hybrid-cross-devel \
  alf-hybrid-examples-source
```
On a BladeCenter QS20 or BladeCenter QS21, type the following command:
```
# yum install alf-hybrid
```
You might also want to install the ALF man pages that are provided in the alfman RPM.
Note: ALF for Hybrid-x86 depends on DaCS for Hybrid-x86 which should be configured after installation. See DaCS for Hybrid-x86 configuration.

The following table lists every RPM name by component and install type. Use this information to select additional RPMs that you want to install or uninstall.

Table 2. RPMs by component
Component	RPM Name	Install Type
ALF for Cell BE	alf	Default
ALF for Cell BE	alf-cross-devel	Default
ALF for Cell BE	alf-debuginfo	Optional
ALF for Cell BE	alf-devel	Default
ALF for Cell BE	alf-examples-source	Default
ALF for Cell BE	alf-trace	Optional
ALF for Cell BE	alf-trace-devel	Optional
ALF for Hybrid-x86	alf-hybrid	Optional
ALF for Hybrid-x86	alf-hybrid-cross-devel	Optional
ALF for Hybrid-x86	alf-hybrid-devel	Optional
ALF for Hybrid-x86	alf-hybrid-examples-source	Optional
ALF for Hybrid-x86	alf-hybrid-trace	Optional
ALF for Hybrid-x86	alf-hybrid-trace-devel	Optional
BLAS	blas	Default
BLAS	blas-cross-devel	Default
BLAS	blas-devel	Default
Cell Performance Counter	cellperfctr-tools	Optional (See Note 2)
Crash SPU Commands	crash-spu-commands	Optional (See Note 2)
Crash SPU Commands	crash-spu-commands-debuginfo	Optional (See Note 2)
DaCS for Cell BE	dacs	Default
DaCS for Cell BE	dacs-cross-devel	Default
DaCS for Cell BE	dacs-debuginfo	Optional
DaCS for Cell BE	dacs-devel	Default
DaCS for Cell BE	dacs-trace	Optional
DaCS for Cell BE	dacs-trace-devel	Optional
DaCS for Hybrid-x86	dacs-hybrid	Optional
DaCS for Hybrid-x86	dacs-hybrid-cross-devel	Optional
DaCS for Hybrid-x86	dacs-hybrid-devel	Optional
DaCS for Hybrid-x86	dacs-hybrid-trace	Optional
DaCS for Hybrid-x86	dacs-hybrid-trace-devel	Optional
Documentation	alfman	Default
Documentation	cell-documentation	Default
Documentation	dacsman	Default
Documentation	libspe2man	Default
Documentation	simdman	Default
Examples	cell-buildutils	Default
Examples	cell-compliance-tests	Optional
Examples	cell-compliance-tests-cross	Optional
Examples	cell-compliance-tests-source	Optional
Examples	cell-demos	Default
Examples	cell-demos-cross	Default
Examples	cell-demos-source	Default
Examples	cell-examples	Default
Examples	cell-examples-cross	Default
Examples	cell-examples-source	Default
Examples	cell-libs	Default
Examples	cell-libs-cross	Default
Examples	cell-libs-cross-devel	Default
Examples	cell-libs-devel	Default
Examples	cell-libs-source	Default
Examples	cell-tutorial	Default
Examples	cell-tutorial-cross	Default
Examples	cell-tutorial-source	Default
FDPR-Pro	fdprpro	Optional
GCC Toolchain	ppu-binutils	Default
GCC Toolchain	ppu-binutils-debuginfo	Optional
GCC Toolchain	ppu-gcc	Default
GCC Toolchain	ppu-gcc-c++	Default
GCC Toolchain	ppu-gcc-debuginfo	Optional
GCC Toolchain	ppu-gcc-fortran	Optional
GCC Toolchain	ppu-gcc-gnat	Optional
GCC Toolchain	ppu-gdb	Default
GCC Toolchain	ppu-gdb-debuginfo	Optional
GCC Toolchain	ppu-sysroot	Default
GCC Toolchain	ppu-sysroot64	Default
GCC Toolchain	spu-binutils	Default
GCC Toolchain	spu-binutils-debuginfo	Optional
GCC Toolchain	spu-gcc	Default
GCC Toolchain	spu-gcc-c++	Default
GCC Toolchain	spu-gcc-debuginfo	Optional
GCC Toolchain	spu-gcc-fortran	Optional
GCC Toolchain	spu-gdb	Default
GCC Toolchain	spu-gdb-debuginfo	Optional
GCC Toolchain	spu-newlib	Default
GCC Toolchain	spu-newlib-debuginfo	Optional
GCC Toolchain	spu-tools	Optional
GCC Toolchain	spu-tools-debuginfo	Optional
Hybrid Performance Tools	cell-perf-hybrid-tools	Optional
IDE	alf-ide-template	Optional
IDE	cellide	Optional
Kernel	kernel	Mandatory (See Note 1)
Kernel	kernel-debuginfo	Optional (See Note 1)
LIBFFT	libfft	Optional
LIBFFT	libfft-cross-devel	Optional
LIBFFT	libfft-devel	Optional
LIBFFT	libfft-examples-source	Optional
LIBSPE/LIBSPE2	elfspe2	Mandatory (See Note 1)
LIBSPE/LIBSPE2	libspe	Mandatory (See Note 2)
LIBSPE/LIBSPE2	libspe2	Mandatory (See Note 1)
LIBSPE/LIBSPE2	libspe2-adabinding-devel	Optional (See Note 1)
LIBSPE/LIBSPE2	libspe2-cross-devel	Default (See Note 1)
LIBSPE/LIBSPE2	libspe2-debuginfo	Optional (See Note 1)
LIBSPE/LIBSPE2	libspe2-devel	Default (See Note 1)
LIBSPE/LIBSPE2	libspe-debuginfo	Optional (See Note 2)
MASS Library	mass-cross-devel	Default
MASS Library	ppu-mass-devel	Default
MASS Library	spu-mass-devel	Default
netpbm	netpbm-cross-devel	Default (See Note 1)
numactl	numactl	Default
numactl	numactl-cross-devel	Default
numactl	numactl-devel	Default
OProfile	oprofile	Default (See Note 2)
PDT	pdt	Optional
PDT	pdt-cross-devel	Optional
PDT	pdt-devel	Optional
PDT	pdt-module	Optional
PDT	trace-cross-devel	Optional
PDT	trace-devel	Optional
PDTR	pdtr	Optional
Random Number Library	libmc-rand-cross-devel	Optional
Random Number Library	libmc-rand-devel	Optional
SIMDMath	ppu-simdmath	Default
SIMDMath	ppu-simdmath-devel	Default
SIMDMath	simdmath-cross-devel	Default
SIMDMath	simdmath-debuginfo	Optional
SIMDMath	spu-simdmath-devel	Default
Simulator	systemsim-cell	Default (See Note 2)
SPU-Isolation	cell-spu-isolation-cross-devel	Optional (See Note 2)
SPU-Isolation	cell-spu-isolation-devel	Optional (See Note 2)
SPU-Isolation	cell-spu-isolation-emulated-samples	Optional (See Note 2)
SPU-Isolation	cell-spu-isolation-loader	Optional (See Note 2)
SPU-Isolation	cell-spu-isolation-loader-cross	Optional (See Note 2)
SPU-Isolation	cell-spu-isolation-tool	Optional (See Note 2)
SPU-Isolation	cell-spu-isolation-tool-source	Optional (See Note 2)
SPU-Timer	spu-timer-cross-devel	Optional
SPU-Timer	spu-timer-devel	Optional
SPU-Timing Tool	cell-spu-timing	Optional
Sysroot Image	sysroot_image	Default (See Note 2)
XL C/C++	cell-xlc-ssc-cmp	Optional
XL C/C++	cell-xlc-ssc-lib	Optional
XL C/C++	cell-xlc-ssc-omp	Optional
XL C/C++	cell-xlc-ssc-rte	Optional
XL C/C++	cell-xlc-ssc-rte-lnk	Optional

Notes:

This RPM is provided by Red Hat Enterprise Linux (RHEL) 5.1 and is not included in the SDK for the RHEL 5.1 platform. This RPM is included in the SDK for the Fedora 7 platform.
This RPM is only available for the Fedora 7 version of the SDK.