* fix(build): embed commit SHA for release provenance (#1571 part 2)
Docker builds exclude .git via .dockerignore, so buildvcs cannot read
VCS metadata and published images carry no commit information. A running
image cannot be lined up with the source commit it was built from.
Embed cmd.CommitSHA at link time (maintainer-endorsed option 2) and
surface it in goclaw version output:
- cmd: add CommitSHA var, print commit in version cmd when injected
- Makefile: pass git rev-parse HEAD via LDFLAGS
- Dockerfile: accept COMMIT_SHA build arg (default unknown)
- docker-compose.yml: pass GOCLAW_COMMIT_SHA through as build arg
- release workflows: inject github.sha into release and dev-beta builds
Backward compatible: binaries built without the flag keep the existing
version output format.
* fix(build): pass COMMIT_SHA to docker image builds, surface it in doctor/upgrade
Review follow-up for PR #1590:
- Add COMMIT_SHA=${{ github.sha }} to the build-args of every
docker/build-push-action step (release.yaml, dev-beta-release.yaml,
release-beta.yaml, fork-image.yaml) so published images — the
artifact issue #1571 is about — carry the commit, not just release
tarball binaries.
- Surface the commit in doctor and upgrade output (App version line)
via a shared commitSuffix() helper, so operators can read provenance
from logs without exec'ing goclaw version (review suggestion #2).
- version cmd refactored onto the same helper; output unchanged.
Register Requesty (https://router.requesty.ai/v1) next to OpenRouter on the
existing OpenAI-compatible transport: config and env vars
(GOCLAW_REQUESTY_API_KEY, GOCLAW_REQUESTY_BASE_URL), secret masking, DB and
in-memory registration, CLI setup, doctor, placeholder provider, OpenAPI enum,
Web/Desktop provider lists and docs.
The models list merges Requesty managed policies (GET /models/managed) with
the key's catalog from GET /models.
Added error handling for input reading in the agent chat client and for database row reading in the doctor commands, ensuring that errors are reported clearly to the user.
Multi-agent AI gateway with WebSocket RPC, HTTP API, and messaging channel integrations.
Go port of OpenClaw with multi-tenant PostgreSQL, per-user isolation, security hardening,
and production observability.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
fchengyan