This is a mega-change, but attempting to split this up further is
probably not worth the effort.
Summary:
1. Bump up bazel, rules_go, and others.
2. Switch to new go target naming (bye bye go_default_library)
3. Move go deps to go.mod/go.sum, use make gazelle generate from that
4. Bump up Python deps a bit
And also whatever was required to actually get things to work - loads of
small useless changes.
Tested to work on NixOS and Ubuntu 20.04:
$ bazel build //...
$ bazel test //...
Change-Id: I8364bdaa1406b9ae4d0385a6b607f3e7989f98a9
Reviewed-on: https://gerrit.hackerspace.pl/c/hscloud/+/1583
Reviewed-by: q3k <q3k@hackerspace.pl>
Building jq portably is annoying, and the way we were doing it (which we
iirc stole from some google project?) sucked. Let's use a Go jq clone
instead.
This is an alternative for 1535. jq is currently used only in one
script, which could really be replaced by a Go program, but let's keep
it simple for now.
Change-Id: Ie25dffadd545df143490f510e9b75a74adf81492
Reviewed-on: https://gerrit.hackerspace.pl/c/hscloud/+/1540
Reviewed-by: palid <palid@hackerspace.pl>
This removes the need to source env.{sh,fish} when working with hscloud.
This is done by:
1. Implementing a Go library to reliably detect the location of the
active hscloud checkout. That in turn is enabled by
BUILD_WORKSPACE_DIRECTORY being now a thing in Bazel.
2. Creating a tool `hscloud`, with a command `hscloud workspace` that
returns the workspace path.
3. Wrapping this tool to be accessible from Python and Bash.
4. Bumping all users of hscloud_root to use either the Go library or
one of the two implemented wrappers.
We also drive-by replace tools/install.sh to be a proper sh_binary, and
make it yell at people if it isn't being ran as `bazel run
//tools:install`.
Finally, we also drive-by delete cluster/tools/nixops.sh which was never used.
Change-Id: I7873714319bfc38bbb930b05baa605c5aa36470a
Reviewed-on: https://gerrit.hackerspace.pl/c/hscloud/+/1169
Reviewed-by: informatic <informatic@hackerspace.pl>
This is an attempt to see how well we do without rules_nixpkgs.
rules_nixpkgs has the following problems:
- complicates our build system significantly (generated external
repository indirection for picking local/nix python and go)
- creates builds that cannot run on production (as they are tainted by
/nix/store libraries)
- is not a full solution to the bazel hermeticity problem anyway, and
we'll have to tackle that some other way (eg. by introducing proper
C++ cross-compilation toolchains and building everything from C,
including Python and Go)
Instead of rules_nixpkgs, we ship a shell.nix file, so NixOS users can
just:
jane@hacker:~/hscloud $ nix-shell
hscloud-build-chrootenv:jane@hacker:~/hscloud$ prodaccess
This shell.nix is in a way nicer, as it immediately gives you all tools
needed to access production straight away.
Change-Id: Ieceb5ae0fb4d32e87301e5c99416379cedc900c5
This turns the existing script into a proper sh_binary, and injects
dependencies (kubectl and jq) as deps into it.
This change also pulls in BUILDfiles for jq, and a dep (oniguruma) into
//third_party, and adds buildable external repositories for them.
The jq/oniguruma BUILDfiles are lifted from
https://github.com/attilaolah/bazel-tools/.
Change-Id: If2e548bd60a8fd34e4f3be767ae59c6b2f2286d9