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  <organization>CERN</organization>
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<supportEmail caption="Support">chep07-support@triumf.ca</supportEmail>
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 <keyword>CHEP</keyword>
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<title>CHEP 07</title>
<description>Computing in High Energy and Nuclear Physics</description>
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 <name>Victoria, Canada</name>
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<startDate>2007-09-02T08:00:00</startDate>
<endDate>2007-09-09T12:00:00</endDate>
<creationDate>2006-06-07T15:32:44</creationDate>
<modificationDate>2012-04-19T07:36:40</modificationDate>
<timezone>Europe/Zurich</timezone>
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 <user>
  <title>Dr.</title>
  <name first="Randall" middle="" last="Sobie"></name>
  <organization>University of Victoria, IPP</organization>
  <email>rsobie@uvic.ca</email>
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  <title>Dr.</title>
  <name first="Reda" middle="" last="Tafirout"></name>
  <organization>TRIUMF</organization>
  <email>tafirout@triumf.ca</email>
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 <track>Computer facilities, production grids and networking</track>
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 <title>Quattor and QWG Templates : efficient management of (complex) grid sites</title>
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   <title>Mr.</title>
   <name first="Michel" middle="" last="Jouvin"></name>
   <organization>LAL / IN2P3</organization>
   <email>jouvin@lal.in2p3.fr</email>
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  <user>
   <title>Mr.</title>
   <name first="Michel" middle="" last="Jouvin"></name>
   <organization>LAL / IN2P3</organization>
   <email>jouvin@lal.in2p3.fr</email>
  </user>
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  <name>Victoria, Canada</name>
  <address></address>
  <room>Carson Hall B</room>
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 <startDate>2007-09-04T11:20:00</startDate>
 <endDate>2007-09-04T11:40:00</endDate>
 <duration>00:20</duration>
 <abstract>Quattor is a tool aimed at efficient management of fabrics with hundred or 
thousand of Linux machines, still being easy enough to manage smaller 
clusters. It has been originally developed inside the European Data Grid (EDG) 
project. It is now in use at more than 30 grid sites running gLite middleware, 
ranging from small LCG T3 to very large one like CERN.

Main goals and specific features of Quattor are :
-	Abstract, service oriented description of machine configuration, based 
on “templates” that can be heavily factorized.
-	Machine configuration described in term of final state, instead of 
actions required to reach the final state.
-	Manage both installation and configuration changes from the same 
configuration description.
-	Configuration description versioning, allowing very easy rollback of 
any change.

Quattor is particularly well suited for management of complex sites made of 
several clusters or subsites spread over several geographical locations, like 
federated T2s.

Quattor ability to factorize common part of description configuration and 
advanced features of PAN language used to do this description allowed to build 
and maintained a common set of templates that any site can just import and 
customize without editing them. This resulted in so-called QWG templates, a 
complete set of standard templates to configure OS and gLite middleware. This 
results in a very efficient sharing of installation and configuration tasks around 
the world.

Even if Quattor can be and is used to manage non grid resources (including 
desktops), this talk will concentrate on Quattor benefits to manage grid 
resources running gLite, especially using QWG templates.</abstract>
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