CONTENTS: autoconf automake libtool binutils bison byacc egcs egcs_g77 egcsobjc flex gcc gcl gdb gettext gmake libc libcinfo linuxinc lthreads m4 ncurses p2c perl pmake python rcs strace svgalib terminfo
binutils: GNU binutils 2.9.1.0.19a
binutils:
binutils: Includes these development tools:
binutils:
binutils: addr2line ar as as86 c++filt gasp gprof ld ld86 nm objcopy objdump
binutils: ranlib size strings-GNU strip
binutils:
binutils: These utilities are REQUIRED to compile C, C++, Objective-C, Fortran,
binutils: and many other programming languages.
binutils:
binutils:
bison:    GNU bison parser generator version 1.25.
bison:
bison:    Bison is a parser generator in the style of yacc(1).  It should be
bison:    upwardly compatible with input files designed for yacc.
bison:
bison:
bison:
bison:
bison:
bison:
bison:
byacc:    Berkeley Yacc
byacc:
byacc:    Berkeley Yacc is an LALR(1) parser generator.  Berkeley Yacc
byacc:    has been made as compatible as possible with AT&T Yacc.  Berkeley
byacc:    Yacc can accept any input specification that conforms to the AT&T
byacc:    Yacc documentation.  Specifications that take advantage of
byacc:    undocumented features of AT&T Yacc will probably be rejected.
byacc:    If you skip this package and install GNU bison, a /usr/bin/yacc
byacc:    shell script will be created which will allow you to use bison
byacc:    instead. (It contains 'bison -y $*')
byacc:
egcs:     The GNU C and C++ compilers (egcs-1.1.2).
egcs:
egcs:     This package contains the GNU C and C++ compilers and libstdc++ from
egcs:     egcs-1.1.2.  To compile, you'll also need (at least) these packages:
egcs:     binutils.tgz, gmake.tgz, libc.tgz, and linuxinc.tgz.  These compilers
egcs:     contain many fixes and enhancements by the egcs team.  For more
egcs:     information, see the egcs home page:
egcs:         http://egcs.cygnus.com/
egcs:
egcs:     egcs is pronounced "eggs", the c is silent.
egcs:
egcs_g77: GNU Fortran-77 compiler from the egcs-1.1.2 release.
egcs_g77:
egcs_g77: This package contains the GNU Fortran-77 compiler from egcs.  To use
egcs_g77: this compiler, you'll also need to install the egcs.tgz C/C++ compiler
egcs_g77: package, binutils.tgz, gmake.tgz, libc.tgz, and linuxinc.tgz.
egcs_g77:
egcs_g77:
egcs_g77:
egcs_g77:
egcs_g77:
egcs_g77:
egcsobjc: GNU Objective-C compiler from the egcs-1.1.2 release.
egcsobjc:
egcsobjc: This package contains the GNU Objective-C compiler from the egcs
egcsobjc: release.  To use this compiler, you'll also need to install the
egcsobjc: egcs.tgz C/C++ compiler package, binutils.tgz, gmake.tgz, libc.tgz,
egcsobjc: and linuxinc.tgz.
egcsobjc:
egcsobjc: For more information on egcs, see http://egcs.cygnus.com/
egcsobjc:
egcsobjc:
egcsobjc:
flex:     flex - fast lexical analyzer generator version 2.5.4a
flex:
flex:     flex is a tool for generating scanners:  programs which recognize
flex:     lexical patterns in text.
flex:
flex:
flex:
flex:
flex:
flex:
flex:
gettext:  GNU gettext-0.10.35
gettext:
gettext:  The GNU gettext package is useful for authors and maintainers of
gettext:  internationalized software, or for anyone compiling programs that
gettext:  use it.  GNU gettext provides the needed tools and library functions
gettext:  for the handling of messages in different languages.  Some other GNU
gettext:  packages use the gettext program (included in this package) to
gettext:  internationalize the messages given by shell scripts.
gettext:
gettext:
gettext:
gcc:      The GNU C compiler and support files (v. 2.7.2.3)
gcc:
gcc:      This C compiler is provided for kernel compiling and as a general
gcc:      alternative to the egcs-1.1.2 compiler.
gcc:
gcc:
gcc:
gcc:
gcc:
gcc:
gcc:
gcl:      GNU Common LISP 2.2.2
gcl:
gcl:      The GNU Common LISP system.  The GCL system contains C and Lisp source
gcl:      files to build a Common Lisp system.  The original KCL system was
gcl:      written by Taiichi Yuasa and Masami Hagiya in 1984.  The AKCL system
gcl:      work was begun in 1987 by William Schelter and continued through 1994.
gcl:      In 1994 AKCL was released as GCL (GNU Common Lisp) under the GNU
gcl:      Public Library License.
gcl:
gcl:      A number of people have contributed ports and pieces.
gcl:
gdb:      The GNU debugger. (v. 4.18)
gdb:
gdb:      You can use GDB to debug programs written in C, C++, and Modula-2.
gdb:      GDB now includes support for GNU Fortran 77.
gdb:
gdb:
gdb:
gdb:
gdb:
gdb:
gdb:
gmake:    GNU make utility 3.76.1.
gmake:
gmake:    This is the GNU implementation of make, which was written by Richard
gmake:    Stallman and Roland McGrath.  The purpose of the make utility is to
gmake:    determine automatically which pieces of a large program need to be
gmake:    recompiled, and issue the commands to recompile them.
gmake:
gmake:    This is needed to compile just about any major C program, including
gmake:    the Linux kernel.
gmake:
gmake:
libc:     Development libraries for the C compiler.
libc:
libc:     These libraries are needed to compile C code in the ELF format.
libc:
libc:     Includes the 5.4.46 Linux C libraries, libcurses 1.0.0,
libc:     GNU libgdbm 1.7.3, libtermcap 2.0.8, and BSD db 1.85.4.
libc:
libc:
libc:
libc:
libc:
libcinfo: C library documentation
libcinfo:
libcinfo: Info files for the GNU C library and GDBM library.
libcinfo:
libcinfo:
libcinfo:
libcinfo:
libcinfo:
libcinfo:
libcinfo:
libcinfo:
linuxinc: Linux 2.0.37pre10 kernel include files
linuxinc:
linuxinc: These are the include files from the 2.0.37pre10 Linux kernel.
linuxinc: You'll need these to compile most system software for Linux.
linuxinc:
linuxinc:
linuxinc:
linuxinc:
linuxinc:
linuxinc:
linuxinc:
m4:       GNU m4 1.4
m4:
m4:       This is release 1.4 of GNU m4, a program which copies its input to the
m4:       output, expanding macros as it goes.  m4 has built-in functions for
m4:       including named files, running Unix commands, doing integer
m4:       arithmetic, manipulating text in various ways, recursion, etc...
m4:       Macros can also be user-defined, and can take any number of arguments.
m4:       GNU 'm4' has been originally written by Rene Seindal, from Denmark.
m4:
m4:
m4:
ncurses:  A curses-compatible screen management library with color. (v. 1.9.9g)
ncurses:
ncurses:  Documentation and sample programs are included.
ncurses:
ncurses:
ncurses:
ncurses:
ncurses:
ncurses:
ncurses:
ncurses:
p2c:      A Pascal to C translator. (v. 1.19)
p2c:
p2c:
p2c:
p2c:
p2c:
p2c:
p2c:
p2c:
p2c:
p2c:
perl:     Larry Wall's interpreted systems language. (v. 5.005_03)
perl:
perl:     ELF dynamic loading is supported in this version.
perl:
perl:
perl:
perl:
perl:
perl:
perl:
perl:
pmake:    BSD 4.4 make.
pmake:
pmake:    This may be required if you're going to port software with Makefiles
pmake:    designed for BSD.  The binary is installed as /usr/bin/pmake.
pmake:
pmake:
pmake:
pmake:
pmake:
pmake:
pmake:
python:   python-1.5.1.
python:
python:   Python is an interpreted, interactive, object-oriented programming
python:   language that combines remarkable power with very clear syntax.
python:   Python's basic power can be extended with your own modules written in
python:   C or C++.  Python is also adaptable as an extension language for
python:   existing applications.
python:
python:
python:
python:
rcs:      GNU revision control system.  (v. 5.7)
rcs:
rcs:      RCS, the Revision Control System, manages multiple revisions of files.
rcs:
rcs:      RCS can store, retrieve, log, identify, and merge revisions.  It is
rcs:      useful for files that are revised frequently, e.g. programs,
rcs:      documentation, graphics, and papers.
rcs:
rcs:
rcs:
rcs:
strace:   strace-3.1.0.1 - traces system calls and signals.
strace:
strace:   Strace allows you to trace the execution of a command.  It runs the
strace:   specified command until it exits, intercepting signals and system
strace:   calls and dumping the information to the standard output.
strace:
strace:
strace:
strace:
strace:
strace:
svgalib:  Svgalib Super-VGA Graphics Library 1.3.1
svgalib:
svgalib:  A video hardware graphics library, based on VGAlib 1.2.  Supports most
svgalib:  video graphics adaptors, at least in VGA modes.  Contains additional
svgalib:  support for higher resolution modes with cards based on ALI2301, ARK
svgalib:  Logic ARK1000PV/2000PV, ATI SVGA, ATI Mach32, ATI Mach64, Chips and
svgalib:  Technologies, Cirrus Logic GD542x/3x, Genoa GVGA6400, Hercules
svgalib:  Stingray 64/Video, Oak Technologies OTI-037/67/77/87, S3, Trident TVGA
svgalib:  8900C/9000/9440, Tseng ET4000/ET4000W32, and some other chipsets.
svgalib:
svgalib:
terminfo: Complete /usr/share/terminfo database.
terminfo:
terminfo: This is the the master terminfo database maintained by Eric Raymond.
terminfo: This database is the official descendant of the 4.4BSD termcap file,
terminfo: and includes information about virtually every terminal known.  The
terminfo: ncurses libraries use this database to adjust screen output for the
terminfo: terminal type in use.  Unless you're allowing logins from terminal
terminfo: types other than the Linux console, xterms, or vt100 terminals, you
terminfo: probably won't need this database - a minimal /usr/share/terminfo with
terminfo: support for those types is included in the ncurses package.
terminfo:
autoconf: GNU autoconf 2.13
autoconf:
autoconf: Autoconf is an extensible package of m4 macros that produce shell
autoconf: scripts to automatically configure software source code packages.
autoconf: These scripts can adapt the packages to many kinds of UNIX-like
autoconf: systems without manual user intervention.  Autoconf creates a
autoconf: configuration script for a package from a template file that lists the
autoconf: operating system features that the package can use, in the form of m4
autoconf: macro calls.
autoconf: You must install the "m4" package to be able to use autoconf.
autoconf:
automake: GNU automake 1.4
automake:
automake: This is Automake, a Makefile generator.  It was inspired by the 4.4BSD
automake: make and include files, but aims to be portable and to conform to the
automake: GNU standards for Makefile variables and targets.
automake: Automake is a Perl script.  The input files are called Makefile.am.
automake: The output files are called Makefile.in; they are intended for use
automake: with Autoconf.  Automake requires certain things to be done in your
automake: configure.in.
automake: You must install the "m4" and "perl" packages to be able to use
automake: automake.
libtool:  GNU libtool 1.2
libtool:
libtool:  This is GNU Libtool, a generic library support script. Libtool hides
libtool:  the complexity of using shared libraries behind a consistent, portable
libtool:  interface.  To use libtool, add the new generic library building
libtool:  commands to your Makefile, Makefile.in, or Makefile.am.  See the
libtool:  documentation for details.
libtool:
libtool:  You must install the "m4" package to be able to use libtool.
libtool:
libtool:
lthreads: LinuxThreads 0.7.1
lthreads:
lthreads: Implementation of POSIX 1003.1c-compliant threads library for Linux
lthreads: by Xavier Leroy.
lthreads:
lthreads: LinuxThreads provides kernel-level threads: each thread is a separate
lthreads: Unix process, sharing its address space with the other threads through
lthreads: the new system call clone(). Scheduling between threads is handled by
lthreads: the kernel scheduler, just like scheduling between Unix processes.
lthreads:
lthreads:

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