An Introduction to
the D-Bus Language Binding for ooRexx

Rony G. Flatscher

An Introduction to the D-Bus Language Binding for ooRexx

Rony G. Flatscher

Institute for Information Systems and Society

Publication: Chapter in book/Conference proceeding › Contribution to conference proceedings

54 Downloads (Pure)

Abstract

This article introduces the ooRexx language binding for the D-Bus interprocess
communication. In order to do so it first introduces the D-Bus concepts and how they relate to each
other. The dynamically typed ooRexx language possesses a C++ API that gets used together with a
matching ooRexx package to create the language binding for the D-Bus. After introducing the core
ooRexx class, DBus, the abilities for creating ooRexx proxy objects for remote D-Bus service
objects, ooRexx listeners for D-Bus signals and ooRexx D-Bus service objects get documented.
ooRexx nutshell examples serve to demonstrate each of these abilities of the ooRexx D-Bus
binding, which the reader can use to assess this particular language binding. ooRexx programmers
should become able to understand the D-Bus concepts and put them to work for their purposes, after
studying this article.

Original language	English
Title of host publication	Proceedings of the 2011 International Rexx Symposium
Editors	Rexx Language Association
Place of Publication	North Carolina
Pages	1 - 24
Publication status	Published - 1 Dec 2011

Austrian Classification of Fields of Science and Technology (ÖFOS)

502050 Business informatics
102014 Information design
102022 Software development
102015 Information systems
102

Access to Document

20111208-DBus4ooRexx-articleFinal published version, 399 KBLicence: Other

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University Library Catalogue

ooRexx Language Bindings for D-Bus
Flatscher, R. G. (PI - Project head)
1/07/11 → …
Project: Research funding

Cite this

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title = "An Introduction to the D-Bus Language Binding for ooRexx",

abstract = "This article introduces the ooRexx language binding for the D-Bus interprocess communication. In order to do so it first introduces the D-Bus concepts and how they relate to each other. The dynamically typed ooRexx language possesses a C++ API that gets used together with a matching ooRexx package to create the language binding for the D-Bus. After introducing the core ooRexx class, DBus, the abilities for creating ooRexx proxy objects for remote D-Bus service objects, ooRexx listeners for D-Bus signals and ooRexx D-Bus service objects get documented. ooRexx nutshell examples serve to demonstrate each of these abilities of the ooRexx D-Bus binding, which the reader can use to assess this particular language binding. ooRexx programmers should become able to understand the D-Bus concepts and put them to work for their purposes, after studying this article.",

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AB - This article introduces the ooRexx language binding for the D-Bus interprocess communication. In order to do so it first introduces the D-Bus concepts and how they relate to each other. The dynamically typed ooRexx language possesses a C++ API that gets used together with a matching ooRexx package to create the language binding for the D-Bus. After introducing the core ooRexx class, DBus, the abilities for creating ooRexx proxy objects for remote D-Bus service objects, ooRexx listeners for D-Bus signals and ooRexx D-Bus service objects get documented. ooRexx nutshell examples serve to demonstrate each of these abilities of the ooRexx D-Bus binding, which the reader can use to assess this particular language binding. ooRexx programmers should become able to understand the D-Bus concepts and put them to work for their purposes, after studying this article.

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