We suggest a model for dynamic loading and linking as in Java. We distinguish five components in a Java implementation: evaluation, resolution, loading, verification, and preparation -- with their associated checks. We demonstrate how these five together guarantee type soundness
AbstractWe propose FMJ (Featherweight Multi Java), an extension of Featherweight Java with encapsula...
Security flaws are routinely discovered in commercial implementations of mobile code systems such as...
While the dynamic linking mechanism of modern programming languages, such as Java, allows loading of...
In standard compilation of Java-like languages, the bytecode generated for a given source depends on...
AbstractDynamic linking supports flexible code deployment, allowing partially linked code to link fu...
We give a formal semantics for dynamic linking and re-linking of code. The semantics is at source la...
Dynamic linking supports flexible code deployment, allowing partially linked code to link further co...
One of Java's most fundamental core concepts is dynamic class loading. While being very practical in...
In a recent paper we proposed a calculus for modeling dynamic linking independently of the details o...
Portability of programs between run-time environments is regarded as a desirable feature by programm...
Dynamic linking, as in Java and C#, allows users to execute the most recent versions of software wi...
1 Introduction Dynamic class loading [20] is an integral part of the Java programming language, offe...
Component-based programming is an increasingly prevalent theme in software development, motivating t...
cpahlcompappdcuie Abstract A variety of Java constructs involve an idea of time dy namic establish...
Modern software must evolve in response to changing conditions. In the most widely used programming ...
AbstractWe propose FMJ (Featherweight Multi Java), an extension of Featherweight Java with encapsula...
Security flaws are routinely discovered in commercial implementations of mobile code systems such as...
While the dynamic linking mechanism of modern programming languages, such as Java, allows loading of...
In standard compilation of Java-like languages, the bytecode generated for a given source depends on...
AbstractDynamic linking supports flexible code deployment, allowing partially linked code to link fu...
We give a formal semantics for dynamic linking and re-linking of code. The semantics is at source la...
Dynamic linking supports flexible code deployment, allowing partially linked code to link further co...
One of Java's most fundamental core concepts is dynamic class loading. While being very practical in...
In a recent paper we proposed a calculus for modeling dynamic linking independently of the details o...
Portability of programs between run-time environments is regarded as a desirable feature by programm...
Dynamic linking, as in Java and C#, allows users to execute the most recent versions of software wi...
1 Introduction Dynamic class loading [20] is an integral part of the Java programming language, offe...
Component-based programming is an increasingly prevalent theme in software development, motivating t...
cpahlcompappdcuie Abstract A variety of Java constructs involve an idea of time dy namic establish...
Modern software must evolve in response to changing conditions. In the most widely used programming ...
AbstractWe propose FMJ (Featherweight Multi Java), an extension of Featherweight Java with encapsula...
Security flaws are routinely discovered in commercial implementations of mobile code systems such as...
While the dynamic linking mechanism of modern programming languages, such as Java, allows loading of...
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