controlled

e3-require builds and dynamically loads packaged modules into IOCs.

e3 wrapper for EPICS base.

Definitions for ESS' EPICS environment.

Core tools to manage ESS' EPICS environment (e3).

ESS Site-specific module : ADCore

e3 wrapper for EPICS sscan module. This module contains the sscan record and related software for systematically moving positioners, triggering detectors, and acquiring and storing resulting data.

e3 wrapper for the EPICS StreamDevice module. StreamDevice is a generic EPICS device support for devices with a "byte stream" based communication interface.

Virtual module that enables standard ESS infrastructure: autosave, recsync, caputlog, iocstats

e3 wrapper for EPICS recsync module. This module provides the client (RecCaster) which runs as part of an EPICS IOC. It sends the PV list in the IOC to a receiving server to populate the ChannelFinder directory service.

e3 wrapper for EPICS iocStats module. iocStats provides support for records that show the health and status of an IOC, plus a few IOC control records.

e3 wrapper for EPICS caPutLog module. caPutLog provides logging for Channel Access put operations. Any CA write to a PV is logged to a log server.

e3 wrapper for EPICS calc module. The calc module provides additional calculation record types, including string calculations, array calculation, and the multi-input, multi-output transform record.

e3 wrapper for EPICS sequencer module. The sequencer module provides a State Notation Language implementation, allowing application development in the form of finite state machines.

e3 wrapper for EPICS autosave module. autosave preserves PV values through an IOC reboot.

e3 wrapper for EPICS asyn module. asyn is a general purpose facility for interfacing device specific code to low level drivers. asynDriver allows non-blocking device support that works with both blocking and non-blocking drivers.

ESS EPICS Environment (e3) technical documentation.

This EPICS module either contains or is the interface to all standard IOC support functionality at ESS