Free sunos 5.5.1 software for linux

NBTScan is a NetBIOS Name Network Scanner.
NBTscan is a program for scanning IP networks for NetBIOS name information. It sends NetBIOS status query to each address in supplied range and lists received information in human readable form. For each responded host it lists IP address, NetBIOS computer name, logged-in user name and MAC address.
NBTscan compiles and runs on Unix and Windows. I have tested it on Windows NT 4.0, Windows 2000, FreeBSD 4.3, OpenBSD 2.8 and RedHat Linux 7.1 and 7.3. It should also compile and run on Solaris and other Linuxes as well.
Steve Coleman (Steve (dot) Coleman (at) jhuapl (dot) edu) ported previous versions of NBTscan to Solaris, HP-UX and OSF/1 and fixed several bugs. He reports that NBTscan also runs on IRIX/SGI with minor problems. I was also told that NBTscan runs on AIX (Antonio Dellelce) and SunOS 4.1.3_U1 (Joe Cline). Mohammad A. Haque (mhaque (at) haque (dot) net) ported nbtscan to Darwin.
This program is a successor of a perl script with the same name and does essentially the same thing, being much faster though. NBTscan produces a report like that:
IP address NetBIOS Name Server User MAC address
------------------------------------------------------------------------------
192.168.1.2 MYCOMPUTER JDOE 00-a0-c9-12-34-56
192.168.1.5 WIN98COMP RROE 00-a0-c9-78-90-00
192.168.1.123 DPTSERVER ADMINISTRATOR 08-00-09-12-34-56
First column lists IP address of responded host. Second column is computer name. Third column indicates if this computer shares or is able to share files or printers. For NT machine it means that Server Service is running on this computer.
Most often it means that this computer shares files. Third column shows user name. If no one is logged on from this computer it is same as computer name. Last column shows adapter MAC address.
If run with -v switch NBTscan lists whole NetBIOS name table for each responded address. The output looks like that:
NetBIOS Name Table for Host 192.168.1.123:
Name Service Type
----------------------------------------
DPTSERVER < 00 > UNIQUE
DPTSERVER < 20 > UNIQUE
DEPARTMENT < 00 > GROUP
DEPARTMENT < 1c > GROUP
DEPARTMENT < 1b > UNIQUE
DEPARTMENT < 1e > GROUP
DPTSERVER < 03 > UNIQUE
DEPARTMENT < 1d > UNIQUE
??__MSBROWSE__? < 01 > GROUP
INet~Services < 1c > GROUP
IS~DPTSERVER < 00 > UNIQUE
DPTSERVER < 01 > UNIQUE
Adapter address: 00-a0-c9-12-34-56
Installation:
- Ungzip and untar sources
- Run ./configure script
- Run make and make install
- Thats all.
Enhancements:
- Fixed segmentation fault when using -f option (noticed by Brian Lovrin)
- Fixed printing ugliness (noticed by Darren Critchley)
- Changed version number :) (1.5 said that it is 1.0.3 - now it proudly says 1.5.1)

NetBeans IDE is a full-featured integrated environment for Java application developers.
Java programmers require a fast and fully-featured Integrated Development Environment (IDE) with support for Java(TM) compliant applications for accelerating development across all major OS platforms.
NetBeans.org provides an open source, high performance, modular, extensible, multi-platform Java IDE to accelerate the development of Java applications, web services and mobile applications.
The NetBeans IDE 4.1, which was released in May 11, 2005, includes Java 2 Platform, Enterprise Edition (J2EE) development capabilities. This new release allows developers to not only develop applications in the web tier but also includes Enterprise JavaBeans (EJBs) and web service development capabilities.
NetBeans IDE 4.1 is a single platform with out-of-the-box development capabilities and support for enterprise (J2EE 1.4) applications and web services, mobile/wireless Java 2 Platform, Micro Edition (J2ME) applications and services and desktop Java 2 Platform, Standard Edition (J2SE) applications. The robust open source Java IDE, has everything that Java Software Developers need to develop cross-platform desktop, web and mobile applications straight out of the box.
When you download the NetBeans IDE, you get a modular, standards-based development environment with all the key functionality in one download, rather than a series of additional plug-ins. Write, compile, debug and deploy Java programs for the Solaris, Windows, Linux and Macintosh platforms.
Main features:
- New Navigator component facilitates browsing and navigating around classes.
- Browse and configure project classpath using the Libraries node in the Projects View.
- Use automatically generated Debug and Compile Single File actions for projects with existing build scripts.
- Set up projects with multiple source roots.
- Create a J2EE application, automatically add EJB?* and Web modules, then deploy the application.
- Deploy an EJB module as a stand-alone or packaged in a J2EE application. Or, create a Web module, generate calls to EJBs and deploy the Web module either as a stand-alone Web application or packaged in a J2EE application.
- Create Session Beans, Entity Beans and Message-Driven Beans. Entity Beans can be created using an existing database schema.
- Create, register and test Web Services.
- Visually configure your EJBs, Web Services and Web Components.
- Validate your applications using the J2EE Verifier.
- Use the integrated Java BluePrints Solution Catalog as a powerful learning resource.
- J2SE 5.0 "Tiger" Language Support - We support the new Java language constructs such as enums, generics, metadata annotations, autoboxing, static imports and others. These new constructs are supported when doing editing, building, refactoring, etc. of your applications. This support is available without any additional setup when running on J2SE 5.0.
- Project System based on Apache Ant - NetBeans 4.0 was the first IDE to base its projects system entirely on Apache Ant, allowing developers to easily share build scripts between teams and ensure that automated builds run the same as builds within the IDE. There is no vendor lock-in and no proprietary file formats.
- Refactoring technology which provides simplified code maintenance for developers.
- Visual enhancements to lay out MIDlets workflow; plus, design and code the GUI using a drag and drop feature (Available in NetBeans Mobility Pack).
- End-to-end support for enterprise applications with wizard support for creating Java? 2 Platform, Micro Edition (J2ME?) and J2EE applications. This updated support enables quick creation of J2ME client/server applications (Available in NetBeans Mobility Pack).

TeaM-TL (TeXLive in LinuxLive) is distribution Linux Live contain the widest as possible distibution of TeX. TeaM-TL is based on SLAX and on Slackware.

TeaM-TL is not next CD LinuxLive. Is not our aim prepare next CD for promotion of Linux.

Main goal of TeaM-TL is ready to use environment for TeXing with modern operating system and tools located on one standard, bootable CD-ROM. Next goals CD is promotion of TeX.
During TeXing, user can listen of music, visit web pages and read mails, etc.

TeaM-TL for beginners is easiest way to discovery wonderfull TeXworld, without adding fonts, packets, terrible configure of TeX and editords etc.

TeX-nicians will have ready to use powerfull distribution of TeX for use everywhere there is a PC with CD drives. Because CD has limited space, We plan to prepare DVD version of SlaX-TL with tools for orientalists, musicians and scientists.

At the beggining distribution was called SlaX-TL, because we had the name of base distribution and abbreviation of TeX distribution. Unfortunately all rights to this name probably has SLAX maintainer, so we had to change the name of our distribution. The best idea was: TeaM-TL. Its TeaM of computers ners who develop Linux with TeXLive.

The OpenBSD project produces a FREE, multi-platform 4.4BSD-based UNIX-like operating system. Our efforts emphasize portability, standardization, correctness, proactive security and integrated cryptography.

OpenBSD project supports binary emulation of most programs from SVR4 (Solaris), FreeBSD, Linux, BSD/OS, SunOS and HP-UX. OpenBSD is freely available from our FTP sites, and also available in an inexpensive 3-CD set.

The cnet network simulator (v2.0.10) enables experimentation with various data-link layer, network layer, routing and transport layer networking protocols in networks consisting of any combination of point-to-point links and IEEE 802.3 Ethernet segments. cnet has been specifically developed for, and is used in, undergraduate computer networking courses taken by thousands of students worldwide since 1991. At The University of Western Australia, cnet is used primarily in Chris McDonalds undergraduate unit Computer Networks (IT312).

cnet either displays the entire network under Tcl/Tk or runs rather less visually on an ASCII terminal. Under Tcl/Tk, cnet provides a graphical representation of the network under execution and permits a number of attributes of the network to be modified while the simulation is running. Nodes may be selected with the mouse to reveal a sub-window displaying the output and protocol statistics of that node. Some of the nodes attributes, such as message generation rates and sizes, may be modified while the network is running by selecting choice buttons. Similarly, the default attributes of all nodes in the network may be simultaneously modified by selecting and changing global attributes. From another menu, each node may be forced to reboot, (impolitely) crash, (politely) shutdown and reboot, pause and (hardware) fail, you can do many things.

You should note the following requirements and restrictions for various systems:

If using a Linux(ELF) system, the freely-available libelf package is required. Most Linux(ELF) systems (with at least version 2.0 kernels) now provide a copy of libelf, but if yours doesnt it greatly simplifies things if you can install libelf globally on your system. A full copy of libelf is included in the cnet distribution.
If using SunOS you should be using Release 4.1.2 or beyond. If still using Release 4.1.1 you must obtain and install Sun-Patch-ID#100257-03 (4-Oct-91) - whoa! welcome to the 21st century.
If using an SGI-IRIX machine, you must be using Release 5 or 6 (Release 4 is not supported).
Older Linux systems with a.out formats are no longer supported.
cnet has been tested with most Tcl/Tk versions, (Tcl7.X+Tk3.X), (Tcl7.X+Tk4.X), (Tcl8.0+Tk8.0), and. (Tcl8.3+Tk8.3).

Wflogs is a firewall log analysis tool. It can be used to produce a log summary report in plain text, HTML and XML, or to monitor firewalling logs in real-time.
This project is part of the WallFire project, but can be used independently.
Usage examples:
wflogs -i netfilter -o html netfilter.log > logs.html
converts the given netfilter log file into a HTML report.
wflogs --sort=protocol,-time -i netfilter -o text netfilter.log > logs.txt
converts the given netfilter log file into a sorted (by protocol number, then reverse time) text report.
wflogs -f $start_time >= [this 3 days ago] && $start_time < [this 2 days ago] && $chainlabel =~ /(DROP|REJECT)/ && $sipaddr == 10.0.0.0/8 && $protocol == tcp && ($dport == ssh || $dport == telnet) && ($tcpflags & SYN) -i netfilter -o text --summary=no
shows log entries (without summary) which match the given expression (refused connection attempts that occured 3 days ago to ssh and telnet ports coming from internal network 10.0.0.0/8).
wflogs -i netfilter -o text --resolve=0 --whois=0 netfilter.log
converts the given netfilter log file into a text report (default mode), disabling IP address reverse lookups and whois lookups.
wflogs -i netfilter -o xml netfilter.log > logs.xml
exports netfilter logs in XML.
wflogs -i ipchains -o netfilter ipchains.log > netfilter.log
converts ipchains logs into netfilter log format. So you may process them with your favorite netfilter log analyser, for example (even if the latter may not be better than wflogs itself.
wflogs -i ipfilter -o human --datalen=yes ipfilter.log
produces a report about ipfilter logfile in natural language on stdout, displaying packet length (datalen option) which is not showed by default.
wflogs -R -I
monitors logs in real-time in an interactive shell, waiting for logs in the default system logfile, in guessed format (according to the local firewalling tool).
Supported systems
WallFire is intended to work on real systems such as Unix, especially Linux and *BSD.
Current wflogs input modules are:
- netfilter (Linux 2.4 and 2.6 firewall logs)
- ipchains (Linux 2.2 firewall logs)
- ipfilter (NetBSD, FreeBSD, OpenBSD, Solaris, SunOS 4, IRIX and HP-UX running ipfilter firewall logs).
- cisco_pix (Cisco PIX filter logs)
- cisco_ios (Cisco IOS filter logs)
- snort (Snort ACLs logs)
Please note that input modules are available on any architecture on which wflogs can run (for example, you can perfectly parse Cisco PIX logs on a Linux box).
Enhancements:
- Improved matching of netfilter and ipfilter input modules.
- Added support for Cisco FWSM (PIX).
- Improved netfilter parsing.
- Compilation fixes for *BSD.
- Added wflogs.dtd.
- Added wfchkintegrity tool, which enables to monitor changes in the firewalling configuration.
- Fixed buffer sizes for some input modules.
- Fixed parsing with recent flex versions.

abcm2ps is a package that converts music tunes from ABC format to PostScript.
Based on abc2ps version 1.2.5, it was developed mainly to print baroque organ scores that have independant voices played on one or more keyboards, and a pedal-board.
It introduces many extensions to the ABC language that make it suitable for classical music.
Whats New in 4.12.30 Stable Release:
- Minor issues with the command "%%withxrefs" and "&" at the start of tunes were fixed.
Whats New in 5.5.1 Development Release:
- Several internal changes were made, and the option f was added in %%staffbreak.

SINGULAR is a computer algebra system for polynomial computations in commutative algebra, algebraic geometry, and singularity theory.
Its main computational objects are ideals and modules over a large variety of baserings. The baserings are polynomial rings over a field (eg. finite fields, the rationals, floats, algebraic extensions, transcendental extensions), or localizations thereof, or quotient rings with respect to an ideal.
It features fast and general implementations for computing Groebner and standard bases, including Buchbergers algorithm and Moras Tangent Cone algorithm. Its interactive shell and C-like programming language can be extended by libraries written in the SINGULAR programming language.
Main features:
- Main computational objects: ideals/modules over very general polynomial rings over various ground fields.
- Large variety of algorithms implemented in kernel (written in C/C++).
- Many more algorithms implemented as SINGULAR libraries.
- Intuitive, C-like programming language.
- Extensive documentation: Manual (info, ps, and html), Publications.
- Available for most hard- and software platforms: Unix (HP-UX, SunOS, Solaris, Linux, AIX), Windows, Macintosh.
Enhancements:
- This version is mainly a bugfix release, but it also contains some new features.
- Speed was improved for 64-bit architectures.
- The dmod.lib and perron.lib libraries were added.
- center.lib was improved. ncalg.lib was revised.
- New algorithms were added in primdec.lib.
- An improved version of slimgb was incorporated into groebner.
- The module generator (modgen) was improved.
- The build process was improved to build automatically without patches on 64-bit architectures.