Free genesis software for linux

genesis is a framework that aims to bring simplicity and productivity to enterprise application development, ensuring scalability, robustness, and testability of your software.
The main goal is to simplify the development of business components and the construction of complex graphical interfaces, with minimum effort for developers. It combines several frameworks in a completely transparent way for developers through the use of AOP (Aspect Oriented Programming).
The project tries to allow people with little knowledge of the Java platform to develop robust applications quickly, without requiring them to learn several new technologies and complex concepts.
Main features:
- Support for desktop applications
- Swing binding
- SWT binding
- Thinlet binding
- Easy, transparent remoting
- Transaction support
- Hibernate support
- Paging support

GENESIS (short for GEneral NEural SImulation System) is a general purpose simulation platform that was developed to support the simulation of neural systems ranging from subcellular components and biochemical reactions to complex models of single neurons, simulations of large networks, and systems-level models.

GENESIS has provided the basis for laboratory courses in neural simulation at Caltech, the Marine Biological Laboratory, the Crete, Trieste, Bangalore, and Obidos short courses in Computational Neuroscience, and at least 49 universities of which we are aware.

Most current GENESIS applications involve realistic simulations of biological neural systems. Although the software can also model more abstract networks, other simulators are more suitable for backpropagation and similar connectionist modeling.

Installation

1. Pick the place where you want to install the "genesis" directory tree. If you are making a system-wide installation as "root" user, /usr/local is a good choice. For a personal installation, without root privileges, you can use your home directory ("~"). Change to this directory and extract the genesis directory from the archive file genesis2.2.1-linux-bin.tar.gz. For example,

cd /usr/local
tar xvzf /mnt/cdrom/genesis2.2.1-linux-bin.tar.gz

or from wherever you have it (e.g.~/downloads/genesis2.2.1-linux-bin.tar.gz).

2. Change to the "genesis" directory and run the setup script that creates the ".simrc" GENESIS initialization file". Then copy .simrc to your home directory.

cd genesis
./binsetup
cp .simrc ~

3. Finallly, add the genesis directory to your search path, so that "genesis" can be found from any directory that you are in. If your login shell is bash, you can do this by editing the .bashrc file in your home directory to add the line

PATH=$PATH:/usr/local/genesis

at the end of the file. If you are using tcsh or csh as your command shell, add

set path=($path /usr/local/genesis)

to your .tcsh or .csh file.

At this point, you are ready to try running GENESIS. Change into the directory genesis/Scripts and try some of the tutorials suggested in the README file.

DGS SMTP is a PHP class which acts as an email client, able to send an email without using PHPs built in mail() function.

This is most often useful for sites that are unable to get PHPs build in mail() function to work. (Usually because they dont have access to sites php.ini file).

SellaNMS was created to provide an extendable high performance Network Management System with network discovery, monitoring and detailed reporting capabilities that keep up to date with a living network.
As new devices and interfaces are added or removed from your network, the changes are automatically detected and handled.
Main features:
- SellaNMS is coded to handle the unexpected without crashing. Any issue that could cause a crash or deadlock is tracked down and corrected. Distributed installs can allow SellaNMS to continue working even when server fails.
- The core scheduler and policy frameworks offers wide customization of SellaNMSs functionality. New modules can be created to support new protocols and/or devices. Modules can be added or removed on the fly.
- Memory usage is kept to a minimum by utilizing low memory algorithims, dynamically loading and unloading modules as they are needed. Data is written to the database as modules are still working, reducing allocated memory.
- All aspects of discovery, and monitoring are designed to complete their tasks as efficiently as possible. Core libraries and modules are threaded to run in parallel avoiding blocking calls.
- While a single server install can easily handle a network of thousands of interfaces and hundreds of routers, SellaNMS can be distributed across multiple servers adding additional coverage for a network of any size.
Enhancements:
- Architecture change and major enhancements.
- Converted modules from threads to individual daemons, simplifying the design and providing enhanced reliability and performance. (Jim/Bill)
- Created watchdog daemon responsible for managing daemons and monitoring their health. (Jim)
- Created state daemon to process state changes, allowing alarms to be persistent though a restart of any daemon. (Bill)
- Created libstate. Allows modules to request the current state of elements, interfaces, and addresses as determined by the state module. (Bill)
- Converted thread calls over to POSIX pthread functions. (Jim/Bill)
- Converted modules internal thread interaction from a polling scheme to an interrupt based scheme. (Bill)
- Rewrote trace-options support for improved functionality. (Bill/Jim)
- Redesigned output modules/daemons to individually handle input, resulting in less RAM usage and better performance. (Jim)
- Created a program to automatically generate a VIM syntax file, making it much easier to maintain. (Bill)
- Introduced an adaptive back-off algorithm into the ICMP monitoring daemon, which handles queue congestion gracefully. (Jim)
- Implemented conditional map-statements, which reduces interactions with the database, improving performance and scalability. (Jim)
- Rewrote map-statements and policy-statements to preform few interactions with the database, improving performance and scalability. (Jim)
- Created tidyd to provide time based clean up within the database. (Jim)
- Created output syslogd daemon to replace the flatfile logging module in v1.0.0. (Jim)
- Rewrote sella_nms.conf to include only basic configuration options and introduced sella_nms-complete.conf which includes all configuration options. (Bill/Jim)
- Implemented include directory support within the configuration library and separated out vendor specific policies into separate files. (Bill).
- Created admin-sella_nms.sh script to provide database administration and the ability to monitor incoming alarms on the command line. (Jim)
- Improved control of state change clearing of alarms in guid. (Jim)
- Enhanced BGP alarms to provide ASN, organization name and contact information. Data can be updated via the asn_data table. (Jim)
- Created a syslog output daemon used to keep a log of alarms. (Jim)
- Improved email daemon to support multiple SMTP servers and fixed minor bugs in the supporting SMTP class. (Jim)
- Created class for tracking the rate of input. This allows the NMS to handle devices that flood useless information. (Jim)
- Wrote an Administrators Manual. (Jim)

SellaNMS was created to provide an extendable high performance Network Management System with network monitoring, discovery and detailed reporting capabilities that keep up to date with a living network.
As new devices and interfaces are added or removed from your network, the changes are automatically detected and handled.
Enhancements:
- This release converts modules from threads to individual daemons, simplifying the design and providing enhanced reliability and performance.
- A state daemon has been created to process state changes, allowing alarms to be persistent though a restart of any daemon.
- An Administrators Manual has been written.
- The performance of the output modules and policy framework has been improved.

XymMS is an XMMS input plugin capable of playing Sega Genesis GYM files by
rendering DAC, FM, and PSG signals through emulation of the YM2612 and SN76496 sound chips found in the video game console. (CYM files will be supported in the beta release.)

GYM files are created by various emulators such as DGen and Megasis. XymMS supports ZLib compression and decompression, and other various settings for output quality, etc. You can compress and decompress files along with updating ID tags using the File Info window.

The emulation backend is courtesy the M.A.M.E. project. XymMS is based on code and ideas from the YMAMP and MSP Open Source projects.

pwlib is a portable Windows libary.

PWLib is a moderately large class library that has its genesis many years ago as a method to product applications to run on both Microsoft Windows and Unix
X-Windows systems. It also was to have a Macintosh port as well but this never eventuated. The parts of the library relating to GUI functions have also been removed.

Since then the system has grown to include many classes that assist in writing
complete multi-platform applications. Classes for I/O portability, multi-threading portability, aid in producing unix daemons and NT services portably and all sorts of internet protocols were added over the years.

All this over and above basic "container" classes such as arrays, linear lists,
sorted lists (RB Tree) and dictionaries (hash tables) which were all created
before STL was standardized. Future versions of PWLib will see many of these
classes replaced or supplemented by STL.

The library was used extensively for all our in-house products. Then we decided to support the open H323 project by throwing in some of the code written for one of our products. Thus, required PWLib so it got thrown into the open source world as well.