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检索条件"主题词=retroactive computing"

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Retro-: An event-sourced platform for serverless applications with retroactive computing support 12

Retro-: An event-sourced platform for serverless application...

引用

12th ACM International Conference on Distributed and Event-Based Systems, DEBS 2018

作者： Meißner, Dominik Erb, Benjamin Kargl, Frank Tichy, Matthias Institute of Distributed Systems Ulm University Germany Institute of Software Engineering and Programming Languages Ulm University Germany

ISBN: (纸本)9781450357821

State changes over time are inherent characteristics of stateful applications. So far, there are almost no attempts to make the past application history programmatically accessible or even modifiable. This is primarily due to the complexity of temporal changes and a difficult alignment with prevalent programming primitives and persistence strategies. retroactive computing enables powerful capabilities though, including computations and predictions of alternate application timelines, post-hoc bug fixes, or retroactive state explorations. We propose an event-driven programming model that is oriented towards serverless computing and applies retroaction to the event sourcing paradigm. Our model is deliberately restrictive, but therefore keeps the complexity of retroactive operations in check. We introduce retro-, a runtime platform that implements the model and provides retroactive capabilites to its applications. While retro- only shows negligible performance overheads compared to similar solutions for running regular applications, it enables its users to execute retroactive computations on the application histories as part of its programming model. © 2018 Copyright held by the owner/author(s).

关键词： Event processing Event sourcing Event-driven architecture Retroaction retroactive computing Serverless computing

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RETRO-λ: An Event-sourced Platform for Serverless Applications with retroactive computing Support 18

RETRO-λ: An Event-sourced Platform for Serverless Applicati...

引用

12th ACM International Conference on Distributed and Event-Based Systems (DEBS)

作者： Meissner, Dominik Erb, Benjamin Kargl, Frank Tichy, Matthias Ulm Univ Inst Distributed Syst Ulm Germany Ulm Univ Inst Software Engn & Programming Languages Ulm Germany

ISBN: (纸本)9781450357821

State changes over time are inherent characteristics of stateful applications. So far, there are almost no attempts to make the past application history programmatically accessible or even modifiable. This is primarily due to the complexity of temporal changes and a difficult alignment with prevalent programming primitives and persistence strategies. retroactive computing enables powerful capabilities though, including computations and predictions of alternate application timelines, post-hoc bug fixes, or retroactive state explorations. We propose an event-driven programming model that is oriented towards serverless computing and applies retroaction to the event sourcing paradigm. Our model is deliberately restrictive, but therefore keeps the complexity of retroactive operations in check. We introduce RETRO-lambda, a runtime platform that implements the model and provides retroactive capabilites to its applications. While RETRO-lambda only shows negligible performance overheads compared to similar solutions for running regular applications, it enables its users to execute retroactive computations on the application histories as part of its programming model.

关键词： event sourcing retroactive computing event processing serverless computing event-driven architecture retroaction

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Doctoral Symposium: Towards Time Travel in Distributed Event-sourced Systems 12

Doctoral Symposium: Towards Time Travel in Distributed Event...

引用

12th ACM International Conference on Distributed and Event-Based Systems (DEBS)

作者： Meissner, Dominik Ulm Univ Inst Distributed Syst Ulm Germany

ISBN: (纸本)9781450357821

Stateful applications are based on the state they hold and how it changes over time. This history of state changes is usually discarded as the application progresses. By building on concepts from event processing and storing the application history, we envision a novel programming paradigm that supports retroaction. retroactive computing introduces new opportunities for a developer to access and even modify an application timeline. By enabling the exploration of alternative scenarios, retroactive computing establishes powerful new ways to debug systems and introduces new approaches to solve problems. Initial work has shown the practicality and possibilities of this new programming paradigm and introduces further research questions and challenges.

关键词： retroactive computing event sourcing event processing

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Towards Time Travel in Distributed Event-sourced Systems 18

Towards Time Travel in Distributed Event-sourced Systems

引用

Proceedings of the 12th ACM International Conference on Distributed and Event-based Systems

作者： Dominik Meißner Institute of Distributed Systems Ulm University Germany

ISBN: (纸本)9781450357821

Stateful applications are based on the state they hold and how it changes over time. This history of state changes is usually discarded as the application progresses. By building on concepts from event processing and storing the application history we envision a novel programming paradigm that supports retroaction. retroactive computing introduces new opportunities for a developer to access and even modify an application timeline. By enabling the exploration of alternative scenarios, retroactive computing establishes powerful new ways to debug systems and introduces new approaches to solve problems. Initial work has shown the practicality and possibilities of this new programming paradigm and introduces further research questions and challenges.

关键词： event sourcing retroactive computing event processing

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