Implement PV Access servers in C++ using PVXS SharedPV and Source channels.
npx skills add https://github.com/BCDA-APS/opencode-skills --skill pvxs-server
Please help me install this Agent Skill. Skill: pvxs-server Source: https://github.com/BCDA-APS/opencode-skills/tree/main/pvxs-server Command: npx skills add https://github.com/BCDA-APS/opencode-skills --skill pvxs-server
This Skill helps you implement EPICS PV Access server behavior by providing the PVXS patterns for safely constructing PV values, handling GET/PUT/RPC operations, and managing monitors.
Use pvxs-server to have an AI generate a minimal PVXS PV Access server in C++ that exposes one SharedPV, validates PUT input, and replies to GET/PUT requests correctly.
High-intent search queries and answers about installing and using this skill.
To implement a PV Access server in C++ with PVXS, construct typed pvxs::Value payloads and register SharedPV or Source-backed channels to handle client GET, PUT, and RPC interactions for static or dynamically named PVs.
PVXS SharedPV handling uses mailbox-style onPut callbacks where you validate input and apply correct ExecOp reply or error semantics to return the operation status back to the PV Access client.
Serve dynamic PVs in PVXS by implementing a custom server::Source interface with onSearch and onCreate callbacks, allowing you to host dynamically named channels instead of pre-registered static SharedPV instances.
PVXS manages monitor subscriptions through MonitorSetupOp and MonitorControlOp interfaces, providing flow control and queued update posting with serialized per-channel callback execution guarantees for thread-safe subscriber notifications.
PVXS SharedPV instances create mailbox or read-only server endpoints for static channels, while Source-backed channels use a custom server::Source with onSearch and onCreate to dynamically resolve and host channel names requested by clients.
Post updates to PVXS subscribers by opening an initial SharedPV value and calling post with marked-field updates, which notifies connected monitors while maintaining thread-safe execution guarantees.
BCDA-APSImplement EPICS PV Access clients in C++ using pvxs for typed operations.
BCDA-APSImplements EPICS PV Access client and server operations in C++.
cill-i-amDefine server-side API endpoints with HTTP method handlers and middleware.
BCDA-APSConfigure a PVXS QSRV2 server in an EPICS IOC to expose records over PV Access.
