This is preparatory work for hitting the transaction service (and
others but that one is the most important) which isn’t possible via
DAML Script. To ease review, this PR only switches from a DAML Script
to a custom Scala binary. It does not yet change what is tested.
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The workspace for the vendored node wrapper script `@nodejs_linux_amd64`
did previously not record a dependency on the nixpkgs provided node
workspace. This patch enforces that dependency by introducing a dummy
read of the vendored node binary.
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Co-authored-by: Andreas Herrmann <andreas.herrmann@tweag.io>
* update rules_nixpkgs
* Use hermetic nixpkgs cc toolchain
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* Work around Bazel's cc toolchain autodetection
* Use --crosstool_top for hermetic cc toolchain
When using --incompatible_enable_cc_toolchain_resolution instead
cc actions still depend on
`external/local_config_cc/builtin_include_directory_paths`
as well as
`external/nixpkgs_cc_toolchain_config/builtin_include_directory_paths`.
* override local_config_cc
* remove unused attribute
* Fix posix toolchain on Windows
* nixpkgs cc toolchain not on Windows
* Fix nixpkgs cc toolchain on MacOS
* nixpkgs cc toolchain uses bin/cc
* Use darwin.binutils on MacOS
* Remove clang(++) and gcc (g++) symlinks
The toolchain only considers `bin/cc` and having the other symlinks
around could lead to confusion
* Use hermetic toolchain in compatibility workspace
* Avoid empty linker flags
Co-authored-by: Andreas Herrmann <andreas.herrmann@tweag.io>
This is the first part of #5700
It adds tests that build create-daml-app using `daml build` and then
run the codegen and build the UI. Contrary to our main tests these
also run on Windows. This is actually reasonably simple by first
building the typescript libraries on Linux and then downloading them
on Windows.
There are two parts that are still missing from the tests in the main
workspace:
1. Building the extra feature. This should be fairly easy to add.
2. Running the pupeeter tests. At least MacOS and Linux should be
reasonably easy. I don’t know what horrors Windows will throw at
us. This step is what actually makes this a compatibility
test. Currently it doesn’t actually launch Sandbox and the JSON API.
Since this PR is already pretty large, I’d like to tackle those things
separately.
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This should fix the following issue that we see constantly on CI:
```
ld: warning: object file _ was built for newer OSX version (10.15) than being linked (10.14)
```
The issue was that the CC toolchain was not fully used in
haskell_cabal_package. --with-gcc (which is really --with-cc) only
applies when Cabal is calling the C compiler. However, in most cases
it is actually GHC itself which calls the C compiler. To make sure
that the right compiler is used in those cases, we have to pass
`-pgmc` and friends to GHC. This matches what rules_haskell does for
non cabal targets.
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* Update SDK versions in compatibility tests
This adds a Haskell script to generate a versions.bzl file that
contains the list of versions as well as their hashes. This should
make it a bit easier to keep things up2date going forward.
The script is a bit slow since downloading all the SDKs takes quite a
while but for now it should be good enough and is much more pleasant
than having to figure this out manually.
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* Address review comments
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* Fix excluded tests
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* Make compat tests work on windows
This required some changes to the daml_sdk rule since the read-only
installation by the assistant breaks Bazel completely. We could only
apply those changes on Windows but I think I prefer the consistency
across platforms here over trying to stay close to how the SDK is
installed on user machines given that the SDK installation is not
something we’ve had issues with.
I’ve excluded the postgresql tests for now. I don’t expect them to be
particularly hard to fix but I’ve already spent almost 2 days on this
and having some tests run on Windows seems like a clear improvement
over running no tests on Windows :)
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* Remove todo
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* Fix ./fmt.sh check
We accidentally introduced hlint lints when we added the compatibility
workspace. The hlint code in ./fmt.sh correctly detects that there is
a hint but then exits with 0 since it uses the exit code from `echo`
rather than the one from `hlint`. The info that we printed with
`echo` didn’t actually make any sense so I added a new comment as to
why we run hlint here. This requires some setup changes so that the
compatibility workspace gets the same Haskell flags since otherwise
using the same hlint rules obviously does not make sense.
Fixes#5701
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* Update fmt.sh
Co-Authored-By: Samir Talwar <samir.talwar@digitalasset.com>
Co-authored-by: Samir Talwar <samir.talwar@digitalasset.com>
This is a first step towards testing cross-version
compatibility. It doesn’t actuall do much yet but hopefully it should
be easier to parallelize once we have the initial boilerplate in place
so ideally I’d like to address most missing things and issues in
separate PRs.
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