build_module() now re-registers when a Docker image exists but the
registry entry is missing (e.g., after manual registry edits or
schema migrations). This fixes auto-build in combo workflows where
a module's image exists but isn't tracked.
Also fixes gr-rds catalog branch (main → maint-3.10) and adds
tests for per-entry registry validation and orphan re-registration.
Combine multiple OOT modules into a single Docker image using
multi-stage COPY from existing single-OOT images. No recompilation
needed — fast and deterministic.
New MCP tools: build_multi_oot_image, list_combo_images, remove_combo_image
Also hardens _load_registry() to validate per-entry instead of
all-or-nothing, preventing one corrupt entry from discarding the
entire registry.
- Fix branch names for 5 modules discovered during install attempts:
ieee802_11, ieee802_15_4, adsb (maint-3.10), iridium, nrsc5 (master)
- Remove packet_radio (repo gone/private)
- Add build_deps for modules that need them (castxml, autotools, Qt5)
- Add fix_binding_hashes.py helper script to Dockerfile builds to
prevent castxml regen failures from stale pybind11 header hashes
- Use tar build context in Docker builds to support COPY instruction
- Note inspector as incompatible with GR 3.10 (API changes)
Successfully built: ieee802_11, ieee802_15_4, adsb, iridium, nrsc5
Single MCP tool call builds any GNU Radio OOT module from a git repo
into a reusable Docker image. Generates a Dockerfile from template,
builds via Docker SDK, and tracks results in a persistent JSON registry.
New tools: install_oot_module, list_oot_images, remove_oot_image
Also changes launch_flowgraph default xmlrpc_port from 8080 to 0 (auto)
