PUBLIC MARKS with tags image & server

Server2Go is a Webserver that runs out of the box without any installation and on write protected media. This means that web applications based on Server2Go can be used directly from cdrom, a usb stick or from any folder on a hard disk without the hassle of configuring Apache, PHP or MySQL. Server2Go allows you to create a standalone working web site or PHP application on a CD-ROM. There are many examples of its possible useses such as catalogue software, calculation programmes, image campaigns (CMS-based), computer based training lessons or other applicatons. Most PHP-Software such as the content management system Joomla or the computer based training software Moodle can be used from CD-ROM with the help of Server2Go. Server2Go was developed in the first instance for use on CD-ROM but there is no problem in using it from other drives too. Using a web browser, a user can run php programs as well as view html files on the CD-ROM. He only needs to insert a CD with Server2Go. The server software starts automatically and a browser is opened with the Website of the CD-ROM. Server2Go was built in the first place to replace other CD-ROM webservers such as WampOnCD or Microweb that lacked some important features or are not being actively developed. Main Features * Free! No royalties * Complete WAMPP Server-Stack * Runs directly from CD-ROM, USB Stick or Hard disk without installation * Full featured webserver (based on apache) * PHP 5.x support with many extensions installed (e.g. gd) * Supports SQLite databases * Runs on all versions of Windows from Win 98 and above, MAC OSX support is coming * Support for MySQL 5 Databases * Supports many PHP extensions (GD-Lib, PDO...) by default * Support for Perl 5.8

SystemImager lets you create images of your Linux installations. To do so, you need an image server (should have enough disk space to store your images) and a so-called golden client (i.e., the system of which you want to make an image). This means that you have to install some software on your image server and on your golden client in order to run SystemImager. This tutorial shows how to install a SystemImager server and a SystemImager client, both using Ubuntu 8.10, and how to create/update/restore/delete images.

Scalr is a fully redundant, self-curing and self-scaling hosting environment utilizing Amazon's EC2. It allows you to create server farms through a web-based interface using prebuilt AMI's for load balancers (pound or nginx), app servers (apache, others), databases (mysql master-slave, others), and a generic AMI to build on top of. The health of the farm is continuously monitored and maintained. When the Load Average on a type of node goes above a configurable threshold a new node is inserted into the farm to spread the load and the cluster is reconfigured. When a node crashes a new machine of that type is inserted into the farm to replace it. 4 AMI's are provided for load balancers, mysql databases, application servers, and a generic base image to customize. Scalr allows you to further customize each image, bundle the image and use that for future nodes that are inserted into the farm. You can make changes to one machine and use that for a specific type of node. New machines of this type will be brought online to meet current levels and the old machines are terminated one by one. The project is still very young, but we're hoping that by open sourcing it the AWS development community can turn this into a robust hosting platform and give users an alternative to the current fee based services available.

Virtualization offers advantages that include server consolidation, isolation, rapid provisioning, and improved change management processes. Since virtualization breaks the hardware dependency and isolates virtual machines from details about the physical servers on which they are hosted, virtual images can be moved from one hosting platform to another. They can also be cloned to create more virtual machines, as desired. One of the challenges with cloning virtual images is handling operating system, network, and application specific customization. This article provides a sample framework for automating virtual image activation on new host platforms. This article, along with a previous article on Using virtual image templates to deploy WebSphere Application Server, demonstrates an automated approach for quickly and easily provisioning new WebSphere Application Server environments. The sample deployment and activation code included with this article is independent of WebSphere Application Server and can be used in conjunction with other software inside a virtual image. The specific example provided here is for WebSphere Application Server V6 in VMware or XEN virtual images, using SUSE V10 as the guest operating system. The activation techniques described in this article can be used in conjunction with IBM Tivoli® Provisioning Manager as described in Using Tivoli Provisioning Manager to deploy composite virtual appliances.