* Migrate from the internal Drone server using a GitHub Workflow
to perform the multi-arch container image build
* Use self-hosted GitHub runners on ARM64 to perform the ARM64
build step faster that QEMU/KVM emulation
* Mandate approval for all workflow runs from outside contributors
since the builds use push credentials and partially run internally
* Emphasize that Container Linux Configs have been dropped and
that Butane is the way forward to use modern Ignition v2
* Include some links to Flatcar Linux docs
* Update Makefile and docs for v0.10.0 release process
* Looking at enabling some update automation, the clarity of
using non-vendored Go modules/checksums outweighs the risk
of a module disappearing (mitigated by proxies)
* Use our own infra to perform image builds and push images.
Provides future options for publishing images to multiple
image registries and for multiple architectures, while keeping
push permissions in-house
* Remove Travis ability to push to Quay
* Use Travis only for Go tests of Pull Requests
* Use `quay.io/dghubble/protoc` as the standard codegen
environment across projects. Pin a version (v3.10.1)
* Generated code is now automatically ignored by golint
based on the comment header, which will simplify linting
* Upgrade protobuf from 2bba0603135d to v1.3.2
* Upgrade grpc from v1.2.1 to v1.25.1
* Remove `get-protoc` and `codegen` scripts
* Travis creates a Go v1.13.4 environment, checks out the source
repo, and _then_ executes the `install` block to install `golint`
* With module-aware Go, this means installing `golint` caused a
diff, before the Matchbox `make` target was invoked. Builds were
correctly identified as "dirty" as a result
* Release tags v0.8.1 and v0.8.2 have been removed to avoid any
confusion. Container images with binaries considered dirty have
been removed as well
* Matchbox has moved to a new home in Poseidon
* Update Makefile so container image name uses
poseidon instead of coreos
* Publish container images to quay.io/poseidon/matchbox
* Use Go 1.11 modules with `GO111MODULE=on`
* Change `make vendor` target to call `go mod vendor`
* Enforce builds and tests use the vendor directory by setting
the `-mod=vendor` flag (notice, travis does not fetch)
* Remove glide requirement and glide files
* Local QEMU/KVM tutorials use either docker or rkt/acbuild,
but they're dated. rkt and acbuild are no longer in mainstream
use since they successfully drove OCI standardization
* Remove the rkt examples, as they are just more difficult for
newcomers to use and seldom maintained at this point
* Retain Docker examples, although podman will likely supplant
all docker usage in future
* Stop shipping or mentioning bootcmd CLI tool
* bootcmd has not been built out into a user-facing tool
* terraform-provider-matchbox addresses some of the need
* Keep bootcmd implementation as an example matchbox gRPC client
Unless `GOARM` is specified, the Go compiler will choose the compiling system's architecture as a target (similar to GCC's `-march=native`). This commit prevents that by explicitly selecting ARMv6 (e.g. Raspberry Pi 1) as the target.
According to the documentation, ARM64 does not need this, as ARMv8 is implicit and the value of `GOARM` is not considered for this architecture.
See-Also: https://github.com/golang/go/wiki/GoArm
* Get/build protoc and protoc-gen-go binaries under tools
so they do not interfere with any user installations
* Ensure protoc and protoc-gen-go versions are pinned
* docs: Compile bootcfg from source, start a systemd unit
* Install bootcfg static binary to /usr/local/bin
* Add default configs /etc/bootcfg.conf and /etc/bootcfg
