This article contains all material to play back the focused demo given at ADASS 2008

 Install Saada

 Download data sample and expand the archive.

Data Sample

 Create a SaadaDB named QUEBEC with ’nm’ as spectral units

 Open the saadadmintool of your SaadaDB

 Builds 2 collections : VizierData and XMMData

 Load the 3 readme files (txt files in source vizier folder in VizierData.FLATFILE node.

 Create a TABLE configuration with Galaxy as class name and set it in CLASSIFIER mode

 Load Vizier tables into VizierData.TABLE by using this configuration.

 Build the relation Readme from VizierData.TABLE to VizierData.FLATFILE
 Set substring(p.product_url_csa, 0, 5) = substring(s.product_url_csa, 0, 5) as correlator
 Save the correlator and populate

 Create an IMAGE configuration with EPICImage as class name and set it in FUSION mode

 Load XMM Images into XMMData.IMAGE by using this configuration.

 Create an SPECTRUM configuration with EPICSPectrum as class name and set it in FUSION mode. Set KeV as spectral coordinates unit and ’0.2 12’ as spectral coordinates range.

 Load XMM spectra into XMMData.SPECTRUM by using this configuration.

 Build the relation AssoSpectra from XMMData.IMAGE to XMMData.SPECTRUM
 Select XMMData(EPICImage) as primary collection and XMMData(EPICSpectrum) as secondary collection
 Set p._obs_id = s._obs_id as correlator
 Save the correlator and populate

 Build the relation AssoEntries from XMMData.IMAGE to VizierData.ENTRY
 Set KNN, nb_max=100 dist=15arcmin as correlator
 Save the correlator and populate

 Set queriable=true attribute _v21 in class GalaxyEntry

 Set UCD=phys.veloc ;pos.heliocentric and queriable=true dor attribte _cz in class Galaxy_2Entry.

 Deploy the Web application, run Tomcat and browse your DB.