Publikation: Integrity Assurance for RESTful XML
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2010
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Published
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Paper for the Seventh International Workshop on Web Information Systems Modeling. 2010
Zusammenfassung
The REpresentational State Transfer (REST) represents an extensible, easy and elegant architecture for accessing web-based re- sources. REST alone and in combination with XML is fast gaining mo- mentum in a diverse set of web applications. REST is stateless, as is HTTP on which it is built. For many applications, this not enough, es- pecially in the context of concurrent access and the increasing need for auditing and accountability. We present a lightweight mechanism which allows the application to control the integrity of the underlying resources in a simple, yet flexible manner. Based on an opportunistic locking ap- proach, we show in this paper that XML does not only act as an exten- sible and direct accessible backend that ensures easy modifications due to the allocation of nodes, but also gives scalable possibilities to perform on-the-fly integrity verification based on the tree structure.
Zusammenfassung in einer weiteren Sprache
Fachgebiet (DDC)
004 Informatik
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Konferenz
WISM, 1. Nov. 2010 - 4. Nov. 2010, Vancouver, BC, Canada
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GRAF, Sebastian, Lukas LEWANDOWSKI, Marcel WALDVOGEL, 2010. Integrity Assurance for RESTful XML. WISM. Vancouver, BC, Canada, 1. Nov. 2010 - 4. Nov. 2010. In: Paper for the Seventh International Workshop on Web Information Systems Modeling. 2010BibTex
@inproceedings{Graf2010Integ-6102,
year={2010},
title={Integrity Assurance for RESTful XML},
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<dcterms:abstract xml:lang="eng">The REpresentational State Transfer (REST) represents an extensible, easy and elegant architecture for accessing web-based re- sources. REST alone and in combination with XML is fast gaining mo- mentum in a diverse set of web applications. REST is stateless, as is HTTP on which it is built. For many applications, this not enough, es- pecially in the context of concurrent access and the increasing need for auditing and accountability. We present a lightweight mechanism which allows the application to control the integrity of the underlying resources in a simple, yet flexible manner. Based on an opportunistic locking ap- proach, we show in this paper that XML does not only act as an exten- sible and direct accessible backend that ensures easy modifications due to the allocation of nodes, but also gives scalable possibilities to perform on-the-fly integrity verification based on the tree structure.</dcterms:abstract>
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