Student: Iheb Khemissi

Advisor: Olivier Richard
Co-Advisor: Bruno Bzeznik
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===== Student: Things to do before starting =====

  *  Play with OAR through live CD by example : [[live CD / virtual appliance]]
    *  play with [[RESTfullAPI]] (we'll use oarapi)
  *  Study DRMAA: [[http://www.drmaa.org|reference site]]
    *  [[http://drmaa.org/documents.php|Documents]] (have particulary interest to GDF 133, GDF 130 and GDF 117)
  *  [[http://sourceforge.net/projects/pbspro-drmaa|Drmaa-C for PBS-pro form Fedstage]]
  *  Casper project implementation
  *  Drmaa-c in Torque's source early version from Fedstage team ?

===== Project's specifications =====
[[Image:drmaa-oar-layers.png|center|300px|]]
The goal is to develop a library which expose pbs-api (pbs_connect, pbs_submit and so on) to be linked with pbs_drmaa and use oarapi as backend via glib-json and libcurl (for communication layer).

===== How to start the project =====


===== Roadmap (and Timeline) =====

  *  select a DRMAA-C library (pbs_drmaa_1.0 from Fedstage ?)
  *  prepare a work environnement (pbs_drmaa-1.0, glib-json, lib-curl...)

===== TODO list =====

==== Advisor ====

===== Links to look at =====


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===== Achieved Work =====
  *  Conversion of OAR states to DRMAA states (OAR2DRMAA)
[[Image:Drmaa_oar2drmaa.png|thumb|600px|left|Equivalence between OAR_n_DRMAA states]]

[[Image:Drmaa_oar2drmaa_table.png|thumb|600px|left|OAR STATES to DRMAA STATES]]

  *  Conversion of DRMAA and PBS attributes to OAR (DRMAAnPBS2OAR)

[[Image:ATTRIBUTES DRMAAnPBS2OAR.png|thumb|600px|left|Translation of DRMAA and PBS attributes to OAR]]