To Re-experience the Web: A Framework for the Transformation and Replay of Archived Web Pages

Author:

Berlin John1ORCID,Kelly Mat2ORCID,Nelson Michael L.1ORCID,Weigle Michele C.1ORCID

Affiliation:

1. Old Dominion University

2. Drexel University

Abstract

When replaying an archived web page, or memento , the fundamental expectation is that the page should be viewable and function exactly as it did at the archival time. However, this expectation requires web archives upon replay to modify the page and its embedded resources so that all resources and links reference the archive rather than the original server. Although these modifications necessarily change the state of the representation, it is understood that without them the replay of mementos from the archive would not be possible. The process of replaying mementos and the modifications made to the representations by web archives varies between archives. Because of this, there is no standard terminology for describing the replay and needed modifications. In this article, we propose terminology for describing the existing styles of replay and the modifications made on the part of web archives to mementos to facilitate replay. Because of issues discovered with server-side only modifications, we propose a general framework for the auto-generation of client-side rewriting libraries. Finally, we evaluate the effectiveness of using a generated client-side rewriting library to augment the existing replay systems of web archives by crawling mementos replayed from the Internet Archive’s Wayback Machine with and without the generated client-side rewriter. By using the generated client-side rewriter, we were able to decrease the cumulative number of requests blocked by the content security policy of the Wayback Machine for 577 mementos by 87.5% and increased the cumulative number of requests made by 32.8%. We were also able to replay mementos that were previously not replayable from the Internet Archive. Many of the client-side rewriting ideas described in this work have been implemented into Wombat, a client-side URL rewriting system that is used by the Webrecorder, Pywb, and Wayback Machine playback systems.

Publisher

Association for Computing Machinery (ACM)

Subject

Computer Networks and Communications

Reference86 articles.

1. Scott G. Ainsworth. 2015. Original Header Replay Considered Coherent. (2015). Retrieved from https://ws-dl.blogspot.com/2015/08/2015-08-28-original-header-replay.html. Accessed November 1 2020.

2. Scott G. Ainsworth, Michael L. Nelson, and Herbert Van de Sompel. 2014. A Framework for Evaluation of Composite Memento Temporal Coherence. Technical Report. Old Dominion University. arXiv:1402.0928.

3. Only One Out of Five Archived Web Pages Existed as Presented

4. Client-Side Reconstruction of Composite Mementos Using ServiceWorker

5. Profiling Web Archive Coverage for Top-Level Domain and Content Language

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