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New Architectures Support for ALMA Common Software: Lessons learned

Identifieur interne : 000A90 ( Main/Exploration ); précédent : 000A89; suivant : 000A91

New Architectures Support for ALMA Common Software: Lessons learned

Auteurs : Camilo E. Menay [Chili] ; Gabriel A. Zamora [Chili] ; Rodrigo J. Tobar [Allemagne] ; Jorge A. Avarias [États-Unis] ; Kevin R. Dahl-Skog [Chili] ; Horst H. Von Brand [Chili] ; Gianluca Chiozzi [Allemagne]

Source :

RBID : Pascal:11-0004472

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English descriptors

Abstract

ALMA Common Software (ACS) is a distributed control framework based on CORBA that provides communication between distributed pieces of software. Because of its size and complexity it provides its own compilation system, a mix of several technologies. The current ACS compilation process depends on specific tools, compilers, code generation, and a strict dependency model induced by the large number of software components. This document presents a summary of several porting and compatibility attempts at using ACS on platforms other than the officially supported one. A porting of ACS to the Microsoft Windows Platform and to the ARM processor architecture were attempted, with different grades of success. Also, support for LINUX-PREEMPT (a set of real-time patches for the Linux kernel) using a new design for real-time services was implemented. These efforts were integrated with the ACS building and compilation system, while others were included in its design. Lessons learned in this process are presented, and a general approach is extracted from them.


Affiliations:


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Le document en format XML

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<div type="abstract" xml:lang="en">ALMA Common Software (ACS) is a distributed control framework based on CORBA that provides communication between distributed pieces of software. Because of its size and complexity it provides its own compilation system, a mix of several technologies. The current ACS compilation process depends on specific tools, compilers, code generation, and a strict dependency model induced by the large number of software components. This document presents a summary of several porting and compatibility attempts at using ACS on platforms other than the officially supported one. A porting of ACS to the Microsoft Windows Platform and to the ARM processor architecture were attempted, with different grades of success. Also, support for LINUX-PREEMPT (a set of real-time patches for the Linux kernel) using a new design for real-time services was implemented. These efforts were integrated with the ACS building and compilation system, while others were included in its design. Lessons learned in this process are presented, and a general approach is extracted from them.</div>
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