Welcome to the ACO FEC Wiki

Table of Contents

1 FAIR and GSI Control System

1.1 FESA

• FEC overview: Names, access, management.
• List of virtual frontends
• Sequencer: Class-interface adaption

1.2 SILECS

• The SILECS Framework Framework for inclusion of PLC hardware into the control-system via FESA.

1.3 Tools, Utilities

• Tools overview(generated by AutoDoc) (old list)
• ToolsOverviewHowTo
• FESA-Wiki: Tools for FESA and SCUs (old)
• All about icinga monitoring

2 GSI Control System

2.1 Devices and Device Access

• Device Access. Documentation of the object oriented Device Access software including alarms, name service, subscription service, userface server, as well as Java, JAPC, and python device access.
• Equipment Models. Documentation of the equipment model APIs and the equipment models (the so-called Gerätemodelle) itself.
• Equipment Specifics, description of specifics of some equipments
• Equipment Model Names and Numbers
• Timing Event and ECC Definitions
• List of GuPs running Devman
• List of GSI microIOCs

2.2 Tools, Utilities, Hints

• CSCOFE Tools for software development and maintenance.
  • How to create and release new tools
• PropHelper Graphical device access (Python)
• Query polynomial coefficients of DC and pulsed magnets.
• devacc.py: Python-Module for Access to devices in the GSI control system
• CSCOFE Python Modules to be imported into Python programs.
• Front-End Configuration Front-End configuration files (*.dbd), utility dbsgen, handling of field polynoms (including utility mxmd_coeff)
• MicroIOC: System Background Infos, Remote Reset
• fg-feedback graphical presentation of DAQ actual- and set- values via GNUPLOT-windows and more for testing DAQ.
• Siehe auch die Tipps für den Rufbereitschaftseinsatz
  • Tipps - Device Access
  • Tipps - FESA
  • How-To: Monitoring via Web Pages der Timinggruppe
  • How-to UNIPZ - Diagnosemöglichkeiten der UNILAC-Pulszentrale für Nichtexperten
  • Fragensammlung für die Rb-Einführungen

2.3 Software Development

• Device Access Developments using Maven and SCons including build, release, and rollout of software as well as administration of Caplog, Devman, Nameserver, Ufcserver and front-end Linux system.
  See also
  • Hinweise zum Umzug auf das acc7-Cluster
  • Hinweise zum Umzug von SVN nach Git
  • Das Kochbuch für die Generierung von Device-Access-Software auf dem acc6-Cluster, speziell gedacht für einen schnellen Überblick im Falle von Rufbereitschaftseinsätzen oder Ähnlichem in der Umzugsphase nach acc6.
  • Evaluation of Maven as Buildsystem (provided by CSCOIN)
  • How to work with Maven/Scons for Device Access (provided by CSCOIN)
  • Constraints of the project to Build and Rollout Device Access Software using Maven and SCons including equipment software, Java and Python API, as well as Python and XML stub generation.
• Device Access Developments using Makefiles with Infos for 'Betrieb' and development environment as well as hints how to build, release and administer Devman, Nameserver, Ufcserver, and equipment model software. Contains also infos concerning Python and hardware platforms.
• Documents, Manuals, HowTos concerning GuPs, SEs, development and HKR environment, style guides, and more.
• A little Documentation HowTo that shows how to generate documentation using Doxygen and how to place it on the server.
• LM32 and Linux Developments
  
  • Logging and diagnostic messages from LM32 applications
  • Using the real time operating system FreeRTOS for SCU
  • LM32 Firmware SCU-control
• Memory management on SCU using DDR3 for SCU3 and SRAM for SCU4
• Requirements of the new deployment system

3 ZKS

• Zugangs-Kontroll-System. The personal saftey system for SIS18 and ESR.

4 Further Documents

• System for Nomenclatures of Accelerator Devices at FAIR @ GSI
• Embedded Linux

5 Organisation

5.1 Frontend Intern

• Frontend Internal Web
• Protokolle FE-Meeting

5.2 Betrieb, Shutdown, Rufbereitschaft

• nächster Shutdown
  • ShutDown 2024
• Tipps für den Rufbereitschaftseinsatz
  • Tipps - Device Access
  • Tipps - FESA
  • Fragensammlung für die Rb-Einführungen

5.4 Historisches

• Arbeitstreffen "Zukunft von FESA real time"
• Shutdown Planning
• Rufbereitschaft
• Wunschliste Bücher, Material etc.
• Create Debian USB Stick for SCU with development environment, Etherbone, Saftlib, Silecs and FESL
• Create Debian Live USB Stick ( Ramdisk ) for SCU with development environment, Etherbone, Saftlib, Silecs and FESL