The original thinking was to build all in release mode so that
there was less overall redundancy between building out the released
binaries and what we need to build for test purposes. The goal was to
minimize compile time.
I don't believe that that holds up any more, especially with the
prior commit explicitly breaking out the separate binary builds
to manage dependency bloat.
In particular, strip-ansi-escapes' dep graph is expanded
by the overall set of enabled crate features when doing an
indiscriminate `cargo build` vs. `cargo build -p strip-ansi-escapes`.
This may help to avoid tripping over whatever is problematic
in https://github.com/wez/wezterm/issues/5074
The original thinking was that it would be quicker to reuse
the existing release mode deps, but I'm not sure if that is
still true, so let's test it to see.
At the time of writing, the test phase takes 8-12 minutes depending
on the OS, with most of that being compilation.
* ci: Use cargo-nextest to improve testing times
* chore: Regenerate workflows
* chore: Use nextest in non generated workflows
* fix(nextest): No fail fast
* fix: Caching of nextest ignores conatiner
* chore: Regenerate workflows
* fix(ci): Wrong input to cargo-install action
* fix: Merge conflicts
* fix(flaky-tests): Try updating OpenSUSE Leap to 15.4
* fix(generate-workflows): Do not use actions-rs
[actions-rs/toolchain](https://github.com/actions-rs/toolchain) is unsupported:
- Has not recieved updates since November 2020 (~2.5 years)
- It uses Node.js 12 and GitHub will stop supporting it Summer this year(?) see
this [article](https://github.blog/changelog/2022-09-22-github-actions-all-actions-will-begin-running-on-node16-instead-of-node12/).
[dtolnay/rust-toolchain](https://github.com/dtolnay/rust-toolchain) is
actively supported and its mostly a 1-1 replacement, the differences are:
- Uses the minimal profile always, so no need to specify it.
- There is no need to override the toolchain.
I also removed some things:
- None of the generated actions use `rustfmt` so I removed the component
- The toolchain is always stable, so I specified it in the action itself
instead of in the action parameters.
* ci: Regenerate workflows
* fix: Remove ALLOW_UNSECURE_COMMANDS from action
* fix(CentOS7): Manually install rustup as CentOS7 uses a very old curl
* fix: Restart shell so that the rustup command is available
* feat: Add exeption to the CentOS workflow to download rustup
* fix: Remove actions-rs/toolchain from remaining workflows
* fix: Address review comment
checkout seems to be failing for ubuntu 20 recently:
```
Deleting the contents of '/__w/wezterm/wezterm'
Initializing the repository
/usr/bin/git init /__w/wezterm/wezterm
Initialized empty Git repository in /__w/wezterm/wezterm/.git/
/usr/bin/git remote add origin https://github.com/wez/wezterm
Error: fatal: unsafe repository ('/__w/wezterm/wezterm' is owned by someone else)
To add an exception for this directory, call:
git config --global --add safe.directory /__w/wezterm/wezterm
Error: The process '/usr/bin/git' failed with exit code 128
```
Try reverting this as a workaround.
This commit reduces the cron schedule for nightly builds down from
hourly and to actually nightly (at ~3am).
The push-to-master flow now triggers effectively the same thing at push
time, so if anything, this will reduce the latency of the continuous
package build and deploy.
The push-to-master flow will now skip builds if it changes only the
docs.
This persuades the CI to install both the arm and intel flavors
of the rust toolchain on macOS, and the deploy script to generate
a universal binary.
* need big sur to build for M1
* Use cross-compilation compatible mlua from my fork for now
