BETA is a pure object oriented programming language developed by Scandinavian School in System Development, Nordic Universities.

This was released after a series of enhancements of their first object oriented language SimulaI which was a simulation language. Soon it was generalized into Simula67 which had the object oriented framework, and worked on the concepts of class, sub-class, virtual functions etc. This was enhanced by another object oriented language Delta that worked for system description; this meant it could express predicate logic and state changes. This was a non-executable effort and thus did not qualify as a language. So it was decided to design a programming language Gamma that works as Delta but is executable.

Eventually, Gamma was never made, rather Beta was made. While Beta was being made, it was realized that Beta was much more powerful than what Gamma would be or ever could be. Beta is a programming language like C++.

Currently, BETA is available on UNIX workstations, on PowerPC Macintosh and on Intel-based PCs. BETA has an optimum balance between compile time checking and run time checking. The type cast checking is done at compile time, however, for the entire set of type check and type conversion to be done at compile time requires a lot of time and thus increases the complexity of a program. Thus, an optimum balance has been made.

BETA is a logical description of the language. It works on the concepts of class, sub-class, virtual functions etc. It also contains transient variables, ones whose scope is program execution, and persistent variables, those whose values are retained in the disk space and are available at the time of next execution.

Servers are systems which are used to manage computer networks. They are able to perform all kinds of activities and they could be dedicated to a particular job. For instance, a file server stores the files which contain data and information that belong to a certain network. An example of this would be Microsoft's Exchange Server, which is dedicated to handle business mails as well as other types of business communication. Another example would be multiprocessor servers that handle several tasks simultaneously such as managing mailboxes, storing data and other tasks.

Servers have been basically created to be able to have better management of data. They make the whole process of information management faster and safer. However, there are also other applications for servers. These would include the provision of access to the Internet. A lot of people make use of a server, which has been provided by a company, which manages the availability of web connectivity and other services for them. This actually makes it a lot cheaper and easier to use so that we can stay connected online.

Servers are also useful to manage official communication. Since virtually all offices today are running on LAN servers, companies are able to connect and manage all their computers centrally and conveniently. It also serves as a cheaper, simpler and safer method to keep everything well managed.

Servers also permit remote access. If an individual has to access a computer in the main office and he or she is traveling, that individual can access the information that he or she needs from that computer using a computer at the current location which is also connected to the same server where the other one is connected to.

When choosing the best content management system for your project, it is important to weigh both the technical and non-technical pros and cons. Both technical and non-technical reasons can ultimately affect the bottom line cost. Therefore, it is not recommended to simply choose a content management system based solely on technical language or feature set. In this article, we will take a look at an open source content management system called Radiant CMS.

Radiant is a Ruby on Rails based solution that works with a variety of databases. It has a few years of development and a couple noteworthy deployments. There are technical and non-technical reasons why Radiant CMS is a good choice for a content management system.

Technical Reasons to Choose Radiant CMS: It's Ruby on Rails based which can speed development by taking advantage of the convention over configuration paradigm. In addition, the Radiant code base has excellent automated coverage in unit tests. This means the code is well tested and robust. Unit test code coverage can be one aspect to measure when considering open source content management systems. In fact, we could suggest the amount of code covered by automated unit and integration tests should be considered when choosing any open source library and/or framework. It is an easy indicator to measure and compare. But, that is an entirely different conversation.

Radiant CMS also has an excellent extension system. This allows customizations required by your project to be made. When choosing a content management system, the ability to add and maintain any customizations should be an important factor. This point should be considered not only from the beginning, but how your customizations will evolve as upgrades and enhancements occur within your chosen content management system. In other words, if the core CMS is modified to provide the custom functionality, how can upgrades or patches from the core CMS developers be applied to your modified version. Radiant's extension system provides this separation of concern.

The Radius tagging system of Radiant is fantastic for adding dynamic functionality. It is nice that tags can be added directly to page content rather than some kind of comment or special character sequence in order to indicate non-static content.

Non-Technical Reasons to Choose Radiant CMS: Radiant has an elegant, intuitive administrative interface. It is not intimidating to the non-technical user. In fact, the design encourages people to embrace using the system, because they assume it is going to be easy to pick up and learn.

The lack of workflow functionality can be considered a feature in many cases. In competing CMS products, workflow can seem like an attractive feature at first, but is often hindrance to configure and work around for projects which require only a few administrators of content.

An additional, non-technical reason to choose Radiant CMS is cost. The project is open source and the community of ruby on rails developers and ruby on rails hosting providers is growing, so your cost risk of obtaining these resources is minimized.

Conclusion

From a technical perspective, the open source, Ruby on Rails based Radiant CMS makes an excellent choice. From a non-technical perspective, Radiant CMS makes an excellent choice as well. When combining both perspectives, we have had many positive project experiences and deployments using Radiant over the past year and a half.