Recently, rustup moved std-*.dll from the $sysroot\bin directory to
the libdir. This causes issues with CI; fix them by adding the
libdir to the path and, while at it, getting the sysroot and libdir
directly from rustc.
Signed-off-by: Paolo Bonzini <pbonzini@redhat.com>
Bump the version of the cidata archive and remove the code that tries
to setup dmd and the dub packages from run.ps1 as it doesn't work as
expected (builds for x86 instead of x86_64) and cidata should already
take care of them.
Signed-off-by: Andrei Horodniceanu <a.horodniceanu@proton.me>
This fixes a pesky failure in vs2019 vc2019x64ninja for d/11 dub:
```
Searching in DUB cache for compatible urld.lib
WARNING: No such cache folder: C:\Users\VssAdministrator\AppData\Local\dub\packages\urld-2.1.1\urld\.dub\build
ERROR: urld@2.1.1 not found
You may try the following command to install the necessary DUB libraries:
dub run --yes dub-build-deep -- urld --arch=x86_64 --compiler=dmd --build=debug
Run-time dependency urld found: NO
test cases\d\11 dub\meson.build:13:11: ERROR: Dependency "urld" not found
```
Follow dub's advice by installing urld in ci/run.ps1 before the testsuite;
we were already doing this for ubuntu, opensuse, and even recommending
it in our docs before now:
* ci/ciimage/ubuntu-rolling/install.sh
* ci/ciimage/opensuse/install.sh
* docs/markdown/Dependencies.md
We also bump to 'ci4' which has newer D added (from the cidata repo).
It started failing CI as soon as the default shifted to 1.78. Something
is broken and it prevents running stable CI. Tracking issue opened.
We pin the version because that is the same way we handle CI for linux
-- with the exception that Linux CI can upgrade itself as soon as we
fix issues causing the CI Image Builder to jam itself, whereas
unfortunately Windows will need to be manually unpinned, but such is
life as a Windows supporter.
Bug: #13236
The former has rust dependencies, which lead to max capping on Cygwin
since there is no rust compiler there. But it turns out there are other
disadvantages of jsonschema:
- it involves installing 5 wheels, instead of just 1
- it is much slower
To give some perspective to the latter issue, this is what it looks like
when I test with jsonschema:
```
===== 1 passed, 509 deselected in 3.07s =====
Total time: 3.341 seconds
```
And here's what it looks like when I test with fastjsonschema:
```
===== 1 passed, 509 deselected, 1 warning in 0.28s =====
Total time: 0.550 seconds
```
I cannot think of a good reason to use the former. Although in order to
work on old CI images, we'll support it as a fallback mechanism
The coverage report was always the final section of the main test run.
This made it hard to scroll around and find exactly what went wrong --
particularly as not everyone realizes that coverage isn't part of the
test run, but also because the output from coverage is... excessively
long.
This mirrors what we do in our other workflows.
This enables the fortran tests for Azure.
We only test on x64, because:
- ifort isn't arm64 compatible
- x86 may in theory exist, but Meson reports it cannot compile
executables
Add a cross-file for MSVC UWP ARM64.
Bump cidata tag to get an updated install.ps1 script (run by run.ps1)
which sets the vcvars environment correctly when cross-compiling.
Since arranging the correct environment for simultaneous cross and
native 'cl' use is hard, this is test run uses '--cross-only' so we
don't require a native compiler.
Extend '--cross-only' so it also explicitly uses a machine file which
makes all build machine compilers unusable.
Paolo Bonzini