Nowadays “Software Product Line Engineering” is becoming more extensively known, there is yet ambiguity among developers about how it would communicate in their own development environment.
One increasing leaning in Software Development is the requirement to develop multiple, comparable software products as an alternative of just a single individual product. There are numerous reasons for this. Products which are being built for the global market should be adapted for various authorized or cultural environments, in addition to for various languages, and therefore should offer adapted user interfaces. Since of cost and time constraint it is not probable for Software Development developers to develop a new product from scratch for each new customer, and therefore Software Development reuse should be increased. These kinds of issues normally happen in portal or embedded applications.Software Development Product Line Engineering (SPLE) provides a software development solution to these not quite new, but increasingly more challenging, issues. Though the term “Software Product Line Engineering“ is becoming more extensively known, there is still uncertainty among developers about how it would apply in their own development context. In this article we tackle this problem by describing the design and automated derivation of the product variants of a Software Development Product Line using an easy to understand, practical example.
Software Development
Software Product Lines
Though,
before we initiate the instance, we will get a small diversion into the
fundamental of SPLE. The key role difference from “normal”, a kind of
Software Development development
is a logical separation among the development of core, reusable platform, and
definite applications. At the time of Software Development , application
development, platform Software Development is chosen and configured to meet the
particular requirements of the application.
The Product Line’s commonalities and variability’s are described in the Problem
Space. This reflects the desired range of applications in the Product Line and
their dependencies on others. Therefore, when producing a product variant,
the Software
Development application developer utilizes the issues
space meaning to explain the desired combination of problem variability’s to
execute the product variant.
An
associated Solution Space describes the ingredient possessions of the Product
Line and its relation to the difficulty space that is rules for how elements of
the Software Development development platform are chosen when definite values
in the issue space are chosen as part of a product variant. The four-part
divisions resulting from the combinations of the issue space and solution space
with domain and application engineering.
There are numerous different alternatives are exists for modeling the
information in these four quadrants. The issues space can be described e.g.
with Feature Models, or with a Domain Specific Language (DSL). There are also a
number of different options for modeling the software development solution
space, for example component libraries, DSL compilers, generative issues and
also configuration files.
