sense to have to run this code on the chip. This paper provides insight as to how to work around a situation where there’s limited computing power by leverag-ing computing power elsewhere. It focuses on what is needed while what can be exfoliated from the stub. This paper serves as a guideline for how

Reduction of cell voltage through redesign of the stub holes of cast iron rodded anodes is an attractive idea. In practice, stub hole optimisation is not an easy task and in situ trials may yield what seem to be counter-intuitive results. A closer examination reveals a complex behaviour

-driven conversion routines generates code that consists of a sequence of procedure calls, one for each component of the composite type. In contrast, a stub generator that produces table-driven conversion routines generates a table that contains one entry per component of the composite type. At run-time, this table

This paper presents the gSOAP stub and skeleton compiler. The compiler provides a unique SOAP-to-C/C++ language binding for deploying C/C++ applications in SOAP Web Services, clients, and peer-to-peer computing networks. gSOAP enables the integratation of (legacy) C/C++/Fortran codes, embedded

. In this paper, we present a formal method for the systematic synthesis of transactional middleware based on the combination of the aforementioned services. The synthesis of transactional middleware is based on (i) the formal specification of transactional properties and (ii) stub code generation.

Abstract H/Direct is a foreign-language interface for the purely functional language Haskell. Rather than rely on host-language type signatures, H/Direct compiles Interface De nition Language (IDL) to Haskell stub code that marshals data across the interface. This approach allows Haskell to call

the modeller to call methods on Java objects. This paper is about how the stub code is generated, i.e., representing Java classes to Standard ML to be able to call Java code in the CPN models, and how the BRITNeY Suite framework handles the invocations of the stub code. The contribution of this paper is give

the modeling complexity by eliminating transition meshing. In the analysis, local finite element models of nonlinearly deformed wide bays of the wing box are refined without the need for transition meshing to the surrounding coarse mesh. The COMET-AR finite element code, which has the interface technology

Unit testing takes the smallest piece of testable software in an application, isolates it from the rest of the code, and determines whether it behaves exactly as expected. Unit testing has proven its value, because a large percentage of defects are identified during its use. However, modern

the modeling complexity by eliminating transition meshing. In the analysis, local finite element models of nonlinearly deformed wide bays of the wing box are refined without the need for transition meshing to the surrounding coarse mesh. The COMET-AR finite element code, which has the interface technology