FESA 3 Implementation Status Stephane Deghaye BE/CO On behalf of the FESA team and many users

Agenda FESA 3 Roadmap for 2013 and 2014 FESA 3 Adoption in BE FESA 3 Adoption in EN FESA 3 Adoption in TE Other groups Conclusions

FESA 3 Road Map – ‘13 FESA 3 follows ACCOR milestones – Development baseline milestone – 1 st of July 2013 – Operational baseline milestone – 1 st of Dec FESA 3 for early adopters was available early 2013 FESA 3.1 was released according to the ACCOR planning on the 1 st of July. Since then, many improvements and fixes released ( , and ).

FESA 3 Road Map – ‘13 The ACCOR Operational baseline is FESA 3.1 FESA will be released in Dec 2013 Reminder: minor version – Bug fixes – New features – Backward compatible

FESA 3 Road Map – ‘14 Next minor version will be in spring ‘14 (1.3) Next major version will be FESA 3.2 with RDA3. FESA 3.2 estimated release date: June ‘14 – for the SPS dry runs. FESA 3.1 and FESA 3.2 are fully compatible (except RDA)

FESA 3 Adoption

FESA in A&T Sector Many groups (12) in the A&T sector rely on FESA for their FEC software developments Also a few users outside the sector (PH, DGS) About 100 persons are registered FESA developers  Training for the new comers

FESA 3 Support & Training Since April ‘13, 2 courses on FESA 3 available – FESA Basics (2 days): should be mandatory for any new developer – FESA Advanced and Migration (1 day) Support team to help – Migration – New design – Problem with or in the framework – Try to solve in your team the C++ problems

FESA 3 Adoption in BE

BE/ABP HSL Linac 2 source migrated in FESA3 (99%) Linac4 source. FESA2 – low prio  after Linac 2 start- up SU See EN/ICE/PLC New development in FESA3 (lab only – 2014) LCU See EN/STI/ECE New development in collaboration with BI in FESA3

BE/BI 99% of the classes (100+) are FESA 2 FESA 3 is mainly under test & validation A few classes under migration (PSB BCTs, SPS Orbit, PSB/LN4 BLMs) All new developments based on FESA 3 from now on Plan: migrate quietly aiming at a complete renovation by end 2015 – FESA 2 end-of-life.

BE-CO-FE Generic classes 90% migrated to FESA 3 New developments in FESA 3 Operation: Restart with FESA 3 everywhere* OASIS New developments in OASIS  FESA3 Migration will start in 2014 *except LynxOS FECs

BE-CO-HT (Timing) All GM classes migrated to FESA 3 LTIM available in FESA 3 (32 and 64-bit) LHC Central timing in FESA 2 (redesign in 2014)  evaluate migration to FESA 3 FESA 3 in operation for – central timing of LIC, Linac4 and CTF. – LTIM: many installations (e.g. PSB BCT, CPS RF, FECs for Mil1553…).

BE/OP XenericSampler Migrating towards a post-processing only system Migration to FESA 3 done (some secondary features missing) Plan to start with FESA 3 version in the injectors

BE/RF Linac4: PLC control in FESA3 + plan move the power & low-level AD: 4 classes (stocatic cool + meas) in FESA3 – Old control (GM)  see ACCOR planning SPS: new dev (power and LL) in FESA3 LHC: new dev (damper) in FESA3 !! SPS & LHC = 130 FESA2 classes !! – Some LHC systems (cavity control) are planned to be renovated before the start-up

FESA 3 Adoption in EN

EN/ICE SIC QPS: Migrated to FESA 3 & under validation. Only solution for operation Totem roman pots: migration foreseen from January 2014 PLC LHC Cryo: migrated to FESA 3 & under validation. Plan to use FESA3 in operation Survey: migration in progress (waiting for cryo validation). Plan to use FESA3 in operation MTA Mainly FESA as communication layer (IEPLC) Migration on-going and nothing critical for start-up

EN/STI ECE – Baseline: migrate everything to FESA 3 pending validation – Ongoing validation with LHC Collimator (critical class) (90% done) – Will follow SPS, PS… LP (laser) – Renovation of an ISOLDE system (new dev  FESA3) – Photolab: Migration not started yet. Not critical (lab)

FESA 3 Adoption in TE

TE/ABT All new dev in FESA3 (LN4 pre-chopper…) LEIR Kickers GM migrated to FESA3 PS Continuous Transfer migrated to FESA3 PS KFA4, 13, 21 stay in FESA2 (FESA3 later – TS) SPS MKP, MKE6 in FESA3. MKE4 and MKD will follow pending validation LHC MKI in FESA3. LBDS will be migrated to FESA3 for the tests end of April.

TE/CRG FESA part handled by EN/ICE/PLC LHC Cryo in FESA 3 under validation Operational baseline

TE/EPC 99 % migrated to FESA 3 (1 REX power converter missing) Many devices already migrated in the DB 600 devices (PLC, RS422) to be migrated (Dec) Complete migration should be completed for the start-up

TE/MPE FESA2 classes for BIS, FMCM and SMP – Migration not started yet (tests with 1 BIS class) – Busy with PostMortem & RDA3 – Migration planned for 2014 or 2015 QPS (see EN/ICE/SIC) – Migrated to FESA 3

TE/MSC New development for PS B-train – Will be in FESA3

Other groups DGS-SEE – ARCON renov. – Operational deployment in S based on FESA3 PH-DT – Totem roman pot (See EN-ICE-SIC) – Possible new development  FESA3 if anything

Conclusions The ACCOR Operational baseline is FESA 3.1 Many groups have started the migration to FESA 3 Some groups with huge code base a bit behind  FESA team proposes active support (on location) to speed up migration Many critical systems are planned to restart with FESA 3 (QPS, Cryo, Collimators, many kickers, power converters…)