Free whirlpool appliances software for linux

Virtual Appliances are nano-sized virtual machines with Web user interfaces for deploying instant infrastructure and applications.
The are Gentoo Linux based and optimized for use in VMware.
Summary Instructions for using the Base Virtual Appliance
Download the Virtual Appliance.
If you do not have VMware Player, Workstations, Server, GSX, or ESX, Download VMware Virtual Player or VMware Virtual Server and install it.
Unpack the Virtual Appliance zip or tar.bz2 file.
Use your VMWare product to open and run the VirtualAppliancesBase.vmx file
Observe your VMWare console. The Virtual Appliance IP address will be printed there.
Using your Web Browser, open the Virtual Appliance Management console at https://your_ipaddress:8000/
The Mangement console listens on port 8000 and uses https.
Login to the admin console. The factory username:password is admin:admin.
Change the admin password to something secret through Configuration|Authentication
Enter shared storage information in Configuration|Storage
Your shared storage files will now be available via the webserver on the Virtual Appliance at http://your_ipaddress
Enhancements:
- This is a new Virtual Appliance featuring an instant PostgreSQL server and phpPgAdmin.
- It is a fully self contained Virtual Appliance, only 14MB to download, and ready to use with no configuration.

Virtual Appliances are nano-sized virtual machines with Web user interfaces for deploying instant infrastructure and applications. They are Gentoo Linux based and optimized for use in VMware and Xen.
Virtual Appliances are free to download and use, and you can choose from a simple Web server, an Apache Tomcat server, a MySQL server, and a PostgreSQL server.
Enhancements:
- This Virtual Appliance server runs Cacti, which is a network graphing solution based on RDDTool.
- It is used to provide real-time and historical visualization of network activities.
- The Cacti Server includes onboard MySQL and PHPmyAdmin in a 40MB download package to run under any VMWare product or VirtualPC.
- As with other Virtual Appliances, this Cacti Server can use Virtual Hard drives automatically, which allows for a database of any practical size.

issPolicy is a free open-source utility for converting an ISS RealSecure Network Sensor and ISS Proventia Inline Appliance Policy to a static HTML file.
Written in Perl, issPolicy allows for granular parsing of ISS RSNS and ISS Proventia policies (also refer to the "support" section), and supports a wide variety of features (see "features" section) allowing the HTML generation to be customized based on different policy parameters.
Main features:
- issPolicy automatically detects whether the policy is a ISS RealSecure Network Sensor or ISS Proventia Inline Appliance policy and generates a static HTML file based on the policy type and its features.
- issPolicy extracts the following information from the ISS RealSecure Network Sensor Policy:
- Signatures Policy (Signature Name, Signature Description, Signature Status, Signature Priority, Configured Responses, Logging Type)
- IP Filters Policy (Filter Name, Filter Description, Filter Status, Protocol, Source Address, Source Port, Destination Address, Destination Port)
- Event Filters Policy (Filter Name, Filter Description, Filter Status, Filtered Event, Source Address, Source Port, Destination Address, Destination Port)
- issPolicy extracts the following information from the ISS Proventia Inline Appliance Policy:
- Signatures Policy (Signature Name, Signature Description, Signature Status, Signature Priority, Configured Responses, Logging Type, Drop Options, DynamicBlock Options)
- IP Filters Policy (Filter Name, Filter Description, Filter Status, Protocol, Source Address, Source Port, Destination Address, Destination Port)
- Event Filters Policy (Filter Name, Filter Description, Filter Status, Filtered Event, Source Address, Source Port, Destination Address, Destination Port)
- issPolicy contains various useful options allowing for a tailored HTML Policy file to be generated, based on one or more of the following criteria:
- Signature Policy Criteria:
- Whether signature is enabled or disabled
- Based on signature priority (High, Medium, or Low)
- Whether drop is enabled [only on ISS Proventia Inline Appliance Policies]
- Based on drop options (ConnectionWithReset, Connection, or Packet) [only on ISS Proventia Inline Appliance Policies]
- Whether dynamicblock is enabled [only on ISS Proventia Inline Appliance Policies]
- Based on dynamicblock options (IsolateTrojan, BlockWorm, BlockIntruder) [only on ISS Proventia Inline Appliance Policies]
- IP Filter Policy Criteria:
- Whether IP filter is enabled or disabled
- Event Filter Policy Criteria:
- Whether Event Filter is enabled or disabled
- issPolicy uses an "API" structured format, pushing the entire policy to hash arrays, allowing the possibility for other output methods to be developed (CSV, XML, etc...)

rPath Linux is a Linux distribution built with the new Conary distributed software management system.

rPath Linux provides the foundation for creating software appliances that is:

Easily tailored to any application requirements
Built using Conary packaging technology, rPath Linux provides a more fine-grained breakdown of system components than in typical Linux environments. This allows application developers using rBuilder to pick just the pieces they need to support their application.

Engineered to the highest levels of quality
The rPath engineering team has a long history of delivering high quality Linux technology to demanding enterprise customers and software vendors. They have taken the lessons learned from these customers and partners and built rPath Linux to meet the demands of today’s corporate IT environments.

Compatible with many popular commercial Linux distributions
If you already offer your application on Linux, it will likely run unchanged on rPath Linux, so there is minimal effort required to offer your application as a software appliance.

Zero Touch Linux Server is the easiest way to setup your back office infrastructure. If you need mail server, file server or domain controller - ZTL is perfect for you. ZTL is now a FREE product that brings together the stability of Linux and the security of Trustix or 100% binary compatibility of CentOS with a simple web-based interface.
ZTL allows you to perform administrative tasks without any special knowledge. If you need to setup a server for your office, and do not have prior experience in doing it - ZTL is for you.
Main features:
- remote administration of servers
- three levels of access
- simple and comfortable web-based interface
- one click server upgrade
- based on powerful and secure operating system: Trustix Secure Linux
- based on free and 100% binary compatible operating system: CentOS Enterprise-class Linux Distribution
- ability to install and configure Web, Mail, DNS, Domain Controler, File Server, Printer Server as well as Database, DHCP, Proxy servers, Firewall servers
Three levels of access:
Admin Level:
- manage server configuration
- install/uninstall and automatically configure appliances
- create and manage websites/domains
- use PHP plugins: SquirrelMail, phpMyAdmin
Domain Level:
- create and manage websites/mailboxes/users
- add/manage shared folders
- manage MySQL/PostgreSQL databases
- add/manage users
- manage DNS records, Apache webserver virtual host settings
- use PHP plugins: SquirrelMail, phpMyAdmin
- remove/get system information
End User (Mail / FTP user) Level:
- webmail interface
- manage your mail settings
- use PHP plugins: SquirrelMail, phpMyAdmin
- change password
- upload download files via web

KLone is a fully-featured, multiplatform, web application development framework, targeted especially for embedded systems and appliances.
It is a self-contained solution which includes a web server and an SDK for creating WWW sites with both static and dynamic content. When using KLone, theres absolutely no need for any additional component: neither the HTTP/S server (e.g. Apache, Netscape, Roxen), nor the typical active pages engine (PHP, Perl, ASP, Python).
KLone project does everything, and does it fast and small.
KLone blends the HTTP/S server application together with its content and configuration into a single executable file. The site developer writes his/her dynamic pages in C/C++ (in usual scripting style: < % /* code */ % >) and uses KLone to transform them into embeddable, compressed native code with the native C/C++ compiler. The result is then linked to the HTTP/S server skeleton to obtain one single, ROM-able, binary file. This means that he/she can get:
- easy, complete and unfiltered interaction with the host operating system
- dynamic pages in native compiled code, which in turn implies
- fast execution and
- small overall application footprint [1]
- all of this without giving up the common functionality of web application frameworks such as sessions, parsing of form variables, cookies, etc.
Enhancements:
- A newline is always added after < %! % > C translated code.
- Posted data can have content-length equal to zero.
- Unmatched single or double quotes in kl1 blocks no longer cause compilation errors.
- SA_RESTART is used for all signal handlers to avoid EINTR when calling syscalls from within .kl1 pages.
- More console messages are printed on startup errors.

Alpine is a modular embedded linux distribution for use in small appliances such as VPN gateways, routers, and more.

The name "Alpine" stands for A Linux Powered Integrated Network Engine.
Alpine can boot from floppy/usb/cf/cd/whatever, packages are pulled into RAM, and everything runs from RAM, just like the distros found in LEAF.

This makes for very fast application load times, and provides added security if the boot media is write-protected or removed.

Design Philosophy & Goals

Security comes very high. Everything is compiled with stack smashing protection. It costs approximately 3-5% in speed and size, but we believe its worth it. We also strive to make package configurations secure by default.

Size is also very important. Its why Alpine is an embedded distribution and not a general purpose one. We use uClibc and BusyBox as our main library and shell components. We are however willing to sacrifice some size for speedier development (see below). A typical installation medium would be a small compact flash card, not a floppy.

Innovate, dont Recreate. Our goal is to to keep Alpine as easy to maintain as possible. This means we try to use the work of others as much as possible (obviously only if its open source). By doing this we free up our development time to implement new features and improve the overall product. For example, weve written stripped down shell libraries and re-use the stock Gentoo init.d scripts.

Automation is key. We try to provide automated processes (using scripts) for everything in the build process. Alpine is an extension of the Gentoo build framework. We use scripts that simply convert the Gentoo binary packages. Many things there are similar to Gentoo.

User Friendly. Our goal is to make installation and use of Alpine extremely user friendly without compromising with security. Eventually wed like all packages to be configurable via a sophisticated web interface (webconfs). This is not yet implemented. Wed also like to implement the ability to upgrade packages while maintaining a workable configuration all with minimal impact to the service being upgraded.

Scalable. It should be possible to install Alpine in 3, 300, or 3,000 locations with a similar amount of effort. We plan to write an automated installer, centralized repository manager, centralized configuration manager, and monitoring tools.

Deep Network Analyzer is an flexible, open and extensible deep network analyzer (software server) and architecture for gathering and analyzing network packets, network sessions and applications protocols, passively off enterprise class networks.
DNA is designed to be used for Internet Security, Intrusion detection, Network Management, Protocol and Network Analysis, Information Gathering, Network Monitoring applications.
DNA runs as a distributed application under a Java Virtual Machine (JVM) environment and is portable across many OS environments, including: Network appliances, Switches and Routers.
Main features:
- Deep packet and session processing (layers 2-7)
- Configurable processing and output:
- Layer 4 Packet flows
- Layer 4-7 Stateful Sessions flows (client/server flow pairs)
- Layer 7 Packet and Session Application protocol Parsing (HTTP, DNS, P2P, VoIP, etc)
- Application protocol parsing toolkit enables easy devlopment of new new protocol parsers.
- Support for both symmetric and asymmetric routing links.
- Targeting based full session capture facility, like a real time targeted TCPDump.
- Flexible targeting from IP address, port tuple to application sensitive targeting.
- Configurable and extensible output adaptor utilizing OpenAdaptor able to send output to a varity of resources including: Flat file, Oracle, MySQL, MSSQL, Sybase, Sockets, JMS, RMI, WebService.
- Extensible real time collection engine portable across many OS/Packet processing environment :
- Specialized linux drivers mechanisms
- Network Appliances
- Network Switches / Routers
- Highly paralleliszed for increased performance over multi processor environment
- System metadata dictionary externalizes processing type definition
Enhancements:
- Adoption of OpenAdaptor(tm) as the Output Adapter mechanism.
- Support for local-only administration.
- A new targeted packet capture parser, new run scripts, and a new install mechanism.
- Many bugfixes.