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We present a complex data handling system for the COMPASS tokamak, operatedby IPP ASCR Prague, Czech Republic [1]. The system, called CDB (CompassDataBase), integrates different data sources as an assortment of dataacquisition hardware and software from different vendors is used. Based onwidely available open source technologies wherever possible, CDB is vendor andplatform independent and it can be easily scaled and distributed. The data isdirectly stored and retrieved using a standard NAS (Network Attached Storage),hence independent of the particular technology; the description of the data(the metadata) is recorded in a relational database. Database structure isgeneral and enables the inclusion of multi-dimensional data signals in multiplerevisions (no data is overwritten). This design is inherently distributed asthe work is off-loaded to the clients. Both NAS and database can be implementedand optimized for fast local access as well as secure remote access. CDB isimplemented in Python language; bindings for Java, C/C++, IDL and Matlab areprovided. Independent data acquisitions systems as well as nodes managed byFireSignal [2] are all integrated using CDB. An automated data post-processingserver is a part of CDB. Based on dependency rules, the server executes, inparallel if possible, prescribed post-processing tasks.

Integrated Data Acquisition, Storage, Retrieval and Processing Using the COMPASS DataBase (CDB)