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Enhancing data consistency in ATLAS and CERN HR databases through automated synchronization

As the largest particle physics laboratory in the world, CERN has more than 17000 collaborators spread around the globe. ATLAS, one of CERN’s experiments, has around 6000 active members and 300 associate institutes, all of which must go through the standard registration and updating procedures withi...

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Autores principales: Aleksandravicius, Gabriel, Loureiro Cruz, Ana Clara, Niklaus Moreira Da Rocha Rodrigues, Carolina, Lemos Lucidi Pinhao, Gabriela, Goes Afonso, Pedro Henrique, Coura Torres, Rodrigo
Lenguaje:eng
Publicado: 2023
Materias:
Acceso en línea:http://cds.cern.ch/record/2857630
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author Aleksandravicius, Gabriel
Loureiro Cruz, Ana Clara
Niklaus Moreira Da Rocha Rodrigues, Carolina
Lemos Lucidi Pinhao, Gabriela
Goes Afonso, Pedro Henrique
Coura Torres, Rodrigo
author_facet Aleksandravicius, Gabriel
Loureiro Cruz, Ana Clara
Niklaus Moreira Da Rocha Rodrigues, Carolina
Lemos Lucidi Pinhao, Gabriela
Goes Afonso, Pedro Henrique
Coura Torres, Rodrigo
author_sort Aleksandravicius, Gabriel
collection CERN
description As the largest particle physics laboratory in the world, CERN has more than 17000 collaborators spread around the globe. ATLAS, one of CERN’s experiments, has around 6000 active members and 300 associate institutes, all of which must go through the standard registration and updating procedures within CERN’s HR (Foundation) database. Simultaneously, the ATLAS Glance project, among other functions, also has the same goal within the ATLAS context. At the time of its first development, no tools were available to allow Glance to write into the Foundation database, therefore the solution put into place was to duplicate data. This however proved to be inefficient as the databases grew over time. Information had to be constantly updated manually by the ATLAS Secretariat to keep members and institutes data (such as names, employment information and authorship status) coherent between databases. Today, equipped with new tools, the Glance system is about to change its relationship with Foundation: a sole source of truth for the data shall be determined, removing the duplication of information. This includes automating a series of internal processes so the ATLAS secretariat need not to manually intervene to keep both databases synchronized. For this, a workflow had to be developed so that the previous manual work could be successfully replaced considering the multitude of possible actions by the Secretariat. The remodeling of the current structure of the database, along with the refactoring of the code, shall also be required to establish an easy communication between the two systems. Finally, a number of tools developed on Foundation’s side (such as SQL procedures and APIs) have to be put in place to enable the writing and reading between databases.
id cern-2857630
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2023
record_format invenio
spelling cern-28576302023-05-04T18:19:47Zhttp://cds.cern.ch/record/2857630engAleksandravicius, GabrielLoureiro Cruz, Ana ClaraNiklaus Moreira Da Rocha Rodrigues, CarolinaLemos Lucidi Pinhao, GabrielaGoes Afonso, Pedro HenriqueCoura Torres, RodrigoEnhancing data consistency in ATLAS and CERN HR databases through automated synchronizationParticle Physics - ExperimentAs the largest particle physics laboratory in the world, CERN has more than 17000 collaborators spread around the globe. ATLAS, one of CERN’s experiments, has around 6000 active members and 300 associate institutes, all of which must go through the standard registration and updating procedures within CERN’s HR (Foundation) database. Simultaneously, the ATLAS Glance project, among other functions, also has the same goal within the ATLAS context. At the time of its first development, no tools were available to allow Glance to write into the Foundation database, therefore the solution put into place was to duplicate data. This however proved to be inefficient as the databases grew over time. Information had to be constantly updated manually by the ATLAS Secretariat to keep members and institutes data (such as names, employment information and authorship status) coherent between databases. Today, equipped with new tools, the Glance system is about to change its relationship with Foundation: a sole source of truth for the data shall be determined, removing the duplication of information. This includes automating a series of internal processes so the ATLAS secretariat need not to manually intervene to keep both databases synchronized. For this, a workflow had to be developed so that the previous manual work could be successfully replaced considering the multitude of possible actions by the Secretariat. The remodeling of the current structure of the database, along with the refactoring of the code, shall also be required to establish an easy communication between the two systems. Finally, a number of tools developed on Foundation’s side (such as SQL procedures and APIs) have to be put in place to enable the writing and reading between databases.ATL-SOFT-SLIDE-2023-129oai:cds.cern.ch:28576302023-05-03
spellingShingle Particle Physics - Experiment
Aleksandravicius, Gabriel
Loureiro Cruz, Ana Clara
Niklaus Moreira Da Rocha Rodrigues, Carolina
Lemos Lucidi Pinhao, Gabriela
Goes Afonso, Pedro Henrique
Coura Torres, Rodrigo
Enhancing data consistency in ATLAS and CERN HR databases through automated synchronization
title Enhancing data consistency in ATLAS and CERN HR databases through automated synchronization
title_full Enhancing data consistency in ATLAS and CERN HR databases through automated synchronization
title_fullStr Enhancing data consistency in ATLAS and CERN HR databases through automated synchronization
title_full_unstemmed Enhancing data consistency in ATLAS and CERN HR databases through automated synchronization
title_short Enhancing data consistency in ATLAS and CERN HR databases through automated synchronization
title_sort enhancing data consistency in atlas and cern hr databases through automated synchronization
topic Particle Physics - Experiment
url http://cds.cern.ch/record/2857630
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