The PR https://github.com/kubernetes/kubernetes/pull/104575 introduces
some intermediate types which makes the 32GiB memory machine kill the
typecheck process. To resolve that issue and make the test more robust,
we now reduce the amount of parallel typechecks to run to `2`.
Signed-off-by: Sascha Grunert <sgrunert@redhat.com>
Typecheck is still hitting memory limits semi-regularly on periodic CI
jobs. This bumps the default parallelism down to 3 from 4 to make it
slightly less memory intensive.
Signed-off-by: hasheddan <georgedanielmangum@gmail.com>
This runs much faster than before. This change removes all of the
async status output because all of the compute time is spent inside
go/packages, with no opportunity to update the status.
Adds testdata code to prove it fails when expected.
- add ./hack/tools/go.mod, this makes ./hack/tools a distinct module
- hack/tools/tools.go undescore imports bazel related tools, over time we
can add others.
- hack/*.sh scripts will cd to hack/tools and go install tools from there
Signed-off-by: Davanum Srinivas <davanum@gmail.com>
In 24d105995d, a fix was made in bazel
based builds to ensure that we add `selinux` tag when we build all
binaries especially the `kubelet`. We need to do the same for in our
hack scripts so things like `make release` will work properly as well.
Some scripts use `GOFLAGS=-tags=providerless` for example, So we should
support the tags to be specified in GOFLAGS as well. We parse out the
tags from there and ensure selinux is added to the list of tags we used
for building the binaries. Note that we add our own `-tags` with the
full set of tags and since we specify our parameter at the end, ours
full list takes precendence
Most of the time spent compiling is spent optimizing and linking
binary code. Most errors occur at the syntax or semantic (type) layers.
Go's compiler is importable as a normal package, so we can do fast
syntax and type checking for the 10 platforms we build on.
This currently takes ~6 minutes of CPU time (parallelized).
This makes presubmit cross builds superfluous, since it should catch
most cross-build breaks (generally Unix and 64-bit assumptions).
Example output:
$ time go run test/typecheck/main.go
type-checking: linux/amd64, windows/386, darwin/amd64, linux/arm, linux/386, windows/amd64, linux/arm64, linux/ppc64le, linux/s390x, darwin/386
ERROR(windows/amd64) pkg/proxy/ipvs/proxier.go:1708:27: ENXIO not declared by package unix
ERROR(windows/386) pkg/proxy/ipvs/proxier.go:1708:27: ENXIO not declared by package unix
real 0m45.083s
user 6m15.504s
sys 1m14.000s
