jason d2e92d12b2 ⚡ Cross-compile go install tools to eliminate QEMU build hang ⚡ ...

The arm64 build was stuck for 12+ hours compiling gopls, dlv, and other
Go tools from source under QEMU user-mode emulation. QEMU makes Go
compilation 20-50× slower than native; gopls alone can take hours.
Fix: add a --platform=$BUILDPLATFORM go-tools stage in the Dockerfile that
cross-compiles all go install tools natively on amd64 using Go's built-in
cross-compilation (GOOS=linux GOARCH=$TARGETARCH). The binaries are then
COPYed into the main build stage before 05-custom.sh runs. No QEMU is
involved for any compilation step.
- Dockerfile: add go-tools stage using --platform=$BUILDPLATFORM with golang:alpine;
cross-compiles goimports, stringer, gopls, govulncheck, dlv, gops, benchstat,
wire, mockgen, protoc-gen-go, protoc-gen-go-grpc; COPY /go/bin/ → /usr/local/bin/
before the 05-custom.sh RUN layer
- rootfs/root/docker/setup/05-custom.sh: remove all go install commands (11 tools
now provided by the Dockerfile stage); keep go clean -modcache/-cache cleanup

Dockerfile
rootfs/root/docker/setup/05-custom.sh

2026-06-21 09:43:14 -04:00

..

etc/profile.d

✨ Add buf + goose, fix PATH order, rewrite README ✨

2026-05-30 23:15:20 -04:00

root/docker/setup

⚡ Cross-compile go install tools to eliminate QEMU build hang ⚡

2026-06-21 09:43:14 -04:00

usr/local

🐛 Fix dead accumulator, multi-arg exec drop, and init placeholder 🐛

2026-06-20 07:42:42 -04:00