TY - JOUR
T1 - Storage resource manager version 2.2
T2 - Design, implementation, and testing experience
AU - Donno, Flavia
AU - Abadie, Lana
AU - Badino, Paolo
AU - Baud, Jean Philippe
AU - Corso, Ezio
AU - De Witt, Shaun
AU - Fuhrmann, Patrick
AU - Gu, Junmin
AU - Koblitz, Birger
AU - Lemaitre, Sophie
AU - Litmaath, Maarten
AU - Litvintsev, Dimitry
AU - Lo Presti, Giuseppe
AU - Magnoni, Luca
AU - McCance, Gavin
AU - Mkrtchan, Tigran
AU - Mollon, Rémi
AU - Natarajan, Vijaya
AU - Perelmutov, Timur
AU - Petravick, Don
AU - Shoshani, Arie
AU - Sim, Alex
AU - Smith, David
AU - Tedesco, Paolo
AU - Zappi, Riccardo
PY - 2008/7/1
Y1 - 2008/7/1
N2 - Storage Services are crucial components of the Worldwide LHC Computing Grid Infrastructure spanning more than 200 sites and serving computing and storage resources to the High Energy Physics LHC communities. Up to tens of Petabytes of data are collected every year by the four LHC experiments at CERN. To process these large data volumes it is important to establish a protocol and a very efficient interface to the various storage solutions adopted by the WLCG sites. In this work we report on the experience acquired during the definition of the Storage Resource Manager v2.2 protocol. In particular, we focus on the study performed to enhance the interface and make it suitable for use by the WLCG communities. At the moment 5 different storage solutions implement the SRM v2.2 interface: BeStMan (LBNL), CASTOR (CERN and RAL), dCache (DESY and FNAL), DPM (CERN), and StoRM (INFN and ICTP). After a detailed inside review of the protocol, various test suites have been written identifying the most effective set of tests: the S2 test suite from CERN and the SRM-Tester test suite from LBNL. Such test suites have helped verifying the consistency and coherence of the proposed protocol and validating existing implementations. We conclude our work describing the results achieved.
AB - Storage Services are crucial components of the Worldwide LHC Computing Grid Infrastructure spanning more than 200 sites and serving computing and storage resources to the High Energy Physics LHC communities. Up to tens of Petabytes of data are collected every year by the four LHC experiments at CERN. To process these large data volumes it is important to establish a protocol and a very efficient interface to the various storage solutions adopted by the WLCG sites. In this work we report on the experience acquired during the definition of the Storage Resource Manager v2.2 protocol. In particular, we focus on the study performed to enhance the interface and make it suitable for use by the WLCG communities. At the moment 5 different storage solutions implement the SRM v2.2 interface: BeStMan (LBNL), CASTOR (CERN and RAL), dCache (DESY and FNAL), DPM (CERN), and StoRM (INFN and ICTP). After a detailed inside review of the protocol, various test suites have been written identifying the most effective set of tests: the S2 test suite from CERN and the SRM-Tester test suite from LBNL. Such test suites have helped verifying the consistency and coherence of the proposed protocol and validating existing implementations. We conclude our work describing the results achieved.
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U2 - 10.1088/1742-6596/119/6/062028
DO - 10.1088/1742-6596/119/6/062028
M3 - Article
AN - SCOPUS:50849144866
SN - 1742-6588
VL - 119
JO - Journal of Physics: Conference Series
JF - Journal of Physics: Conference Series
IS - 6
M1 - 062028
ER -