Approach dynamic software updating java
Using runtime models as an interface for updating software at runtime can help developers manage the complexity of updating software while it is executing.
In this work we describe an approach to updating Java software at runtime through the use of runtime models consisting of UML class and activity diagrams.
We show how first-class contexts offer a practical and flexible approach to incremental dynamic updates, with acceptable overhead. (2012) Incremental Dynamic Updates with First-Class Contexts.
This can be particularly useful in ensuring memory safety, i.e.
Dynamic software updating (DSU) is an extremely useful feature to be used during the software evolution.
However, the current version of JRebel has its limits, as it does not support all kinds of code changes.
In this paper we are comparing currently available concepts for Java programming language that deal with dynamically applied changes and impact of those changes on computer resource demands.
These compilers preserve the semantics of the original program, but instrument either the source code or object code to produce a dynamically updateable program.
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Follow Microsoft Research The dynamic software updating system JRebel from Zeroturnaround has proven to be an efficient mean improve developer productivity, as it allows mathematical natural sciences.