Free sunos software for linux

Prima is an extensible Perl toolkit for multi-platform GUI development. Platforms supported include Linux, Windows NT/9x/2K, OS/2 and UNIX/X11 workstations (FreeBSD, IRIX, SunOS, Solaris and others).

The toolkit contains a rich set of standard widgets and has emphasis on 2D image processing tasks. A Perl program using PRIMA looks and behaves identically on X, Win32 and OS/2 PM.

Prima project includes a visual builder and a graphic POD viewer.

Building:

A Unpack it somewhere. Use

$ tar xzf Prima.tar.gz

on systems with GNU tar, and

$ gzip -cd Prima.tar.gz | tar xf -

on other systems.

cd to Prima directory.

Type perl Makefile.PL

If everything goes well, type make

If everything goes well (previous step is likely to take several minutes), you can, if you wish, type make test and make install. You can also try PRIMA without making install; in this case it is required to set your PERL5LIB environment variable to point to Prima directory.

Try to run samples provided with the package. They are located in the examples subdirectory. Run them as perl examples/filename.pl.

Explore, enjoy and share!

pgAdmin III is designed to answer the needs of all users, from writing simple SQL queries to developing complex databases.
The graphical interface of PgAdmin III supports all PostgreSQL features and makes administration easy.
The application also includes a query builder, an SQL editor, a server-side code editor and much more. pgAdmin III is released with an installer and does not require any additional driver to communicate with the database server.
pgAdmin III is developed by a community of database specialists around the world and is available in more than 30 languages. It is Free Software released under the Artistic License.
Main features:
Multiplatform
- MS Windows 2000 & XP
- GNU/Linux
- FreeBSD
- MacOsX and SunOS ports are under development.
Designed for PostgreSQL latest versions
- PostgreSQL 7.3
- PostgreSQL 7.4
- PostgreSQL 8.0
On-line help
- PostgreSQL documentation (on-line and off-line)
- SQL command guide
Multilingual interface
- pgAdmin III user interface is translated in more than 30 languages. A detailed list of supported languages is available on the Translation page.
Data access
- Native PostgreSQL acccess (no ODBC layer needed)
- Powerful query tool with color syntax highlight
- Very fast datagrid for display/entry of data
Access to all PostgreSQL objects
Objects are displayed with their SQL definition.
- Aggregates
- Casts
- Columns
- Constraints
- Conversions
- Databases
- Domains
- Functions
- Groups
- Indexes
- Tablespaces
- Server-side languages (like PLpgsql, PLpython, PLperl, etc...)
- Operator classes
- Operators
- PostgreSQL servers
- Rules
- Schemas
- Sequences
- Tables
- Trigger function
- Types
- Users
- Views
Multibyte support
- pgAdmin III supports most PostgreSQL server-side encodings:
- SQL_ASCII
- EUC_JP, EUC_CN, EUC_KR, EUC_TW
- JOHAB
- LATIN1, LATIN2, LATIN3, LATIN4, LATIN5, LATIN6, LATIN7, LATIN8, LATIN9, LATIN10
- ISO_8859_5, ISO_8859_6, ISO_8859_7, ISO_8859_8
- UNICODE UTF-8
- MULE_INTERNAL
- KOI8
- WIN
- ALT
- WIN1256
- TCVN
- WIN874

The Boehm-Demers-Weiser conservative garbage collector can be used as a garbage collecting replacement for C malloc or C++ new.
Boehm-Demers-Weiser Conservative Garbage Collector allows you to allocate memory basically as you normally would, without explicitly deallocating memory that is no longer useful. The collector automatically recycles memory when it determines that it can no longer be otherwise accessed.
The collector is also used by a number of programming language implementations that either use C as intermediate code, want to facilitate easier interoperation with C libraries, or just prefer the simple collector interface.
Alternatively, the garbage collector may be used as a leak detector for C or C++ programs, though that is not its primary goal.
Typically several versions will be available. Usually you should first try to use gc_source/gc.tar.gz, which is normally an older, more stable version.
If that fails, try the latest explicitly numbered version in gc_source/. Later versions may contain additional features, platform support, or bug fixes, but are likely to be less well tested. Note that versions containing the letters alpha are even less well tested than others, especially on non-HP platforms.
A slightly older version of the garbage collector is now also included as part of the GNU compiler distribution.
The collector uses a mark-sweep algorithm. It provides incremental and generational collection under operating systems which provide the right kind of virtual memory support. (Currently this includes SunOS[45], IRIX, OSF/1, Linux, and Windows, with varying restrictions.)
It allows finalization code to be invoked when an object is collected. It can take advantage of type information to locate pointers if such information is provided, but it is usually used without such information. ee the README and gc.h files in the distribution for more details.
The garbage collector distribution includes a C string (cord) package that provides for fast concatenation and substring operations on long strings. A simple curses- and win32-based editor that represents the entire file as a cord is included as a sample application.
Performance of the nonincremental collector is typically competitive with malloc/free implementations. Both space and time overhead are likely to be only slightly higher for programs written for malloc/free (see Detlefs, Dosser and Zorns Memory Allocation Costs in Large C and C++ Programs.)
For programs allocating primarily very small objects, the collector may be faster; for programs allocating primarily large objects it will be slower. If the collector is used in a multithreaded environment and configured for thread-local allocation, it may in some cases significantly outperform malloc/free allocation in time.
We also expect that in many cases any additional overhead will be more than compensated for by decreased copying etc. if programs are written and tuned for garbage collection.
Enhancements:
- The C code now requires at least C89.
- The live data in the heap is now counted, helping to make the heap expansion heuristic more robust.
- Thread local allocation support was enhanced.
- Some obsolete platform support such as old-style Solaris threads was removed.
- Some new platform support was added.
- Various bugs were fixed.

The Linux Security Auditing Tool (LSAT) is a post install security auditor for Linux/Unix.
Linux Security Auditing Tool checks many system configurations and local network settings on the system for common security/config errors and for packages that are not needed.
It (for now) works under Linux (x86: Gentoo, RedHat, Debian, Mandrake; Sparc: SunOS (2.x), Redhat sparc, Mandrake Sparc; Apple OS X).
Enhancements:
- The dependency on the popt library has been removed.
- This release adds extra passwd and group checks under Linux, a check for failed logins under Linux/Solaris, a check for kernel modules under Solaris, network interface stats, and routing checks. It fixes a problem in checknetforward giving false positives, and an issue where verbose output was not very consistent.
- The kernel module check under Linux has been modified.

Nexenta is a complete GNU-based open source operating system built on top of the OpenSolaris kernel and runtime.
It is a result of our inspiration and desire to build a great system based on the best existing software: SunOS kernel and GNU software. We use Debian - one of the best existing software distribution/packaging mechanisms - to glue the numerous pieces together.
At the moment, Nexenta is not part of the Debian Project. Our packages are not present in the Debian database. We are hoping that in the future this will change and our packages will get their "upstream acceptance".
Nexenta OS has been a hard and challenging work, yet every bit of it is fun! We spent many hours building the system and today it is out - itll start speaking for itself.
Nexenta is completely open source and free of any charge.
It contains Apache, MySQL, Perl/Python/PHP, Firefox, Evolution, software update manager, Synaptic package manager, Gaim Instant Messenger, abiword, administration & development utilities, editors, graphics, GNOME, interpreters, libraries and many others. All of this is running on the state-of-the-art SunOS kernel. Visit our ScreenShots gallery to see them all in action.
Theres a huge and growing multitude of software: the kernel, network services, databases, utilities, user applications. There is a conglomerate of code and hardware that is constantly changing, improving, and altogether getting more complicated. Somebody once rightly said: free software is only free if time has no value. Nexenta distribution integrates well over 2,300 packages. It installs, runs and upgrades. It delivers!
Nexenta software packages (for the most part) are originated from Ubuntu (Breezy) Linux. Ubuntu (yet another excellent distribution that uses DEB software packaging) contains more than 16,000+ software packages. One of our goals is to make them all available for use on top of our environment.
Today Nexenta runs on both 32-bit and 64-bit x86/x64 platforms. As a prove of relative maturity and a confidence booster - this web portal and the entire development environment (including Bugs and HackZone) are powered by Nexenta.
Nexenta makes its first steps into the big world. We invite you to join us and participate too! Help us make Nexenta the best operating environment in the world! Help us test Nexenta on your laptops, desktops, and servers. Help us improve our web portal, translate Nexenta into your own language, add new applications, enhance existing ones and define a set of software to be used in the future releases.
This is a complete Nexenta OS with select applications on a single CD with network and GNOME environment.
The LiveCD image can be burned into a bootable CD-R/CD-RW, and/or it can be booted in VMWare or QEMU environments. Our LiveCD contains support for 32- and 64-bit x86/x64 platforms.
Main features:
Major Features
- OpenSolaris kernel build 26
Specifically for Desktop:
- GNOME 2.12.1
- Complete GNOME Office (Abiword, Gnumeric, GNOME-DB, Inkspace, GIMP, Gnomemeeting, Dia)
- X.org 6.8.2 with wider hardware support
- Synaptic package management and Automatic Update notifier
- Nexenta artworks with "Solar" theme
- Integrated DBUS, HAL (work in progress)
- KDE libraries, GNOME 1.x libraries
- Nice Fonts collection
Server applications:
- Apache1 (1.3.33), Apache2 (2.0.54) next generation, scalable, extendable web server
- PHP4, PHP5 with all sort of extensions
- Perl 5.8.7 with varios CPAN modules pre-built
- Python-2.2, Python-2.3, Python-2.4 with various extension modules
- Java: JRE-1.5.0 and GNU gnj and classpath
- Ruby-1.8 with all sort of extensions
- Subversion, CVS, others...
Simplified (minimal) installer:
- Script-based installer.
- Automatically makes existing hard drive partitions available to the desktop
"Under the hood"
- Debian packaging (including SUNW packages)
- Mostly compiled with GCC 4.0.1, but GCC-3.4 and Sun Devpro is also used
- More modular X.org packaging, latest CVS bits
- HAL integrational work (ongoing)
Login:
- user: root
- password: livecd

ExtUtils::F77 is a simple Perl interface to F77 libs.

This module tries to figure out how to link C programs with Fortran subroutines on your system. Basically one must add a list of Fortran runtime libraries. The problem is their location and name varies with each OS/compiler combination!
This module tries to implement a simple rule-of-thumb database for various flavours of UNIX systems.

A simple self-documenting Perl database of knowledge/code for figuring out how to link for various combinations of OS and compiler is embedded in the modules Perl code. Please help save the world by sending database entries for your system to kgb@aaoepp.aao.gov.au

The library list which the module returns can be explicitly overridden by setting the environment variable F77LIBS, e.g.

% setenv F77LIBS "-lfoo -lbar"
% perl Makefile.PL
...

SYNOPSIS

use ExtUtils::F77; # Automatic guess
use ExtUtils::F77 qw(sunos); # Specify system
use ExtUtils::F77 qw(linux g77); # Specify system and compiler
$fortranlibs = ExtUtils::F77->runtime;

METHODS

The following methods are provided:

runtime

Returns a list of F77 runtime libraries.

$fortranlibs = ExtUtils::F77->runtime;

runtimeok

Returns TRUE only if runtime libraries have been found successfully.

trail_

Returns true if F77 names have trailing underscores.

compiler

Returns command to execute the compiler (e.g. f77).

cflags

Returns compiler flags.

testcompiler

Test to see if compiler actually works.

More methods will probably be added in the future.

BetaFTPD provides a single-threaded, small FTP daemon.
BetaFTPD is a single-threaded FTP daemon. The single-threadedness makes it faster than most other FTP daemons (contrary to common belief), and makes it extremely light on memory.
Although it lacks a few functions (which you probably wont miss), the current version is very small and has a decent amount of functionality.
BetaFTPD is built on the concept of heavy code reuse, which should hopefully make it easier for other programmers to contribute.
Enhancements:
- Support for not running as root.
- Fixed a LOT of bugs, some segfaulting, some minor.
- MAJOR performance improvements in almost all areas.
- Some changes to compile better under Debian GNU/Linux, a debian/ directory, and .deb files available for download.
- BetaFTPD will now try to install itself (wow! (not)) in the same directory as the file called `ftpd, if you have that file.
- Support for non-Linux platforms! For now, only SunOS/SVR4 and FreeBSD.
- Gave the version its own name, like Samba does.