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Guido Salvaneschi
Title
Prof. Ph.D.
Last Name
Salvaneschi
First name
Guido
Email
guido.salvaneschi@unisg.ch
Now showing
1 - 10 of 16
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PublicationTCEP: Transitions in Operator Placement to Adapt to Dynamic Network Environments( 2021)
;Luthra, Manisha ;Koldehofe, Boris ;Danger, NielsStavrakakis, IoannisType: journal articleJournal: Journal of Computer and System SciencesVolume: 122 -
PublicationA Survey of Multitier Programming( 2021)
;Wirth, JohannesType: journal articleJournal: ACM Computing SurveysVolume: 53Issue: 4 -
PublicationRethinking Safe Consistency in Distributed Object-Oriented Programming( 2020)
;Köhler, Mirko ;Eskandani, Nafise ;Margara, AlessandroType: journal articleJournal: Proceedings of the ACM on Programming LanguagesVolume: 4Issue: OOPSLA -
PublicationDistributed System Development with ScalaLoci( 2018)
;Köhler, MirkoType: journal articleJournal: Proceedings of the ACM on Programming LanguagesVolume: 2Issue: OOPSLA -
PublicationFunctional Programming for Distributed Systems with XC
;Audrito, Giorgio ;Casadei, Roberto ;Damiani, FerruccioViroli, MirkoType: conference paper -
PublicationTowards Reliable Infrastructure as Code( 2023)Modern Infrastructure as Code (IaC) programs are increasingly complex and much closer to traditional software than to simple configuration scripts. Their reliability is crucial because their failure prevents the deployment of applications, and incorrect behavior can introduce malfunction and severe security issues. Yet, software engineering tools to develop reliable programs, such as testing and verification, are barely used in IaC. In fact, we observed that developers mainly rely on integration testing, a slow and expensive practice that can increase confidence in end-to-end functionality but is infeasible to systematically test IaC programs in various configurations—which is required to ensure robustness. On the other hand, fast testing techniques, such as unit testing, are cumbersome with IaC programs because, today, they require significant coding overhead while only providing limited confidence.To solve this issue, we envision the automated testing tool ProTI, reducing the manual overhead and boosting confidence in the test results. ProTI embraces modern unit testing techniques to test IaC programs in many different configurations. Out of the box, ProTI is a fuzzer for Pulumi TypeScript IaC programs, randomly testing the program in many different configurations for termination, configuration correctness, and existing policy compliance. Then developers can add specifications to their program to guide random-based value generation, test additional properties, and add further mocking, making ProTI a property-based testing tool. Lastly, we aim at automatically verifying IaC-specific properties, e.g., access paths between resources.Type: conference paperJournal: 2023 IEEE 20th International Conference on Software Architecture Companion (ICSA-C)
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PublicationPrisma: A Tierless Language for Enforcing Contract-client Protocols in Decentralized Apps( 2022-06)
;Richter, David ;Kretzler, David ;Faust, SebastianMezini, MiraType: conference paperVolume: 222 -
PublicationType: conference paper
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PublicationMultiparty Languages: The Choreographic and Multitier Cases( 2021-07)
;Giallorenzo, Saverio ;Montesi, Fabrizio ;Peressotti, Marco ;Richter, DavidType: conference paperVolume: 194 -
PublicationType: conference paper