Reconcile with #4539 (grok media account model mapping), now on main:
- handler/grok_media.go non-failover error path keeps both changes —
#4539's grokMediaScheduleModel(account, routingModel, nil) schedule
attribution and this branch's IsResponseCommitted guard
- auto-merged sections verified: routing/classify use #4539's routingModel,
video lookup owner-binding and no-failover semantics intact, ForwardGrokMedia
keeps mapping block (skipped for lookup endpoints via RequiresRequestBody),
empty-image failover, and video-status URL rewrite in order
Resolve conflicts with main:
- service/grok_media.go: keep both post-response blocks — #4497's empty
image-output failover (main) runs first for image endpoints, then this
branch's video-status content-URL rewrite; the endpoint conditions are
mutually exclusive
- handler/openai_gateway_credential_failover_loop_test.go: mark the stub
OAuth accounts media-eligible via the grok_media_eligible extra override,
because this branch moved grok media failover coverage to the generation
endpoint, which is now gated by #4540's paid-eligibility probe on main
Resolve conflicts with main:
- handler/grok_media_test.go: keep both new tests (schedule model test from
this branch, eligibility gating tests from #4540)
- service/openai_gateway_grok_test.go: keep both new tests; update the image
cases of the mapping table test to return a non-empty image payload because
#4497 (already on main) now converts empty image responses into an upstream
failover error
Building the image for linux/amd64 on an arm64 host (Apple Silicon)
kept failing at 'go mod download' with 'unexpected EOF'.
Two changes:
1. The builder stages had no --platform, so the Node and Go toolchains
ran under QEMU emulation of the target arch. Pin frontend-builder
and backend-builder to $BUILDPLATFORM and cross-compile: add
TARGETOS/TARGETARCH args and set them on 'go build'. The binary is
CGO_ENABLED=0, so this is a clean pure-Go cross-compile - much
faster, and the emulated networking that dropped module fetches
with EOF is gone. The frontend output is JS (arch-neutral), so it
is safe to build on the host arch too.
2. Add go module and build cache mounts, so a retry after a network
blip goes on from where it stopped instead of starting over.
The runtime image and app behavior are unchanged.
The redis command is one quoted script given to the inner `sh -c`.
Docker compose keeps the newlines inside the quoted string, so
`redis-server` on the first line ran as a complete command with no
flags at all, and --save / --appendonly / --appendfsync after it were
silently never applied (`redis-cli CONFIG GET appendonly` said "no").
Trailing `\` line continuations fold the script back into one command.
Checked with redis:7-alpine: appendonly is now "yes" and save is
"60 1".
shaw