If an installed cask is invalid on attempting an untap: it will
prevent untapping that cask.
Fix this in two ways: one more specific to `untap` and one more
generally to other commands too:
- specific: only read the actual formulae/casks from the tap we're
untapping instead of all of those that are installed
- general: rescue more exceptions in `Cask::Caskroom.casks` (like we
already do for `Formula.installed`
The idea here is that it should be expected that `brew upgrade` will
not upgrade pinned packages but will attempt to upgrade everything else.
For that reason, it will only show a warning about pinned packages
in that case.
If, on the other hand, you pass the name of a pinned package explicitly
to the upgrade command, like in `brew upgrade PINNED`, we want to show
an error since we cannot upgrade that package until it gets unpinned.
The hope is that this will be clearer and less annoying for users.
A user came to us a couple weeks ago stating that it was confusing
that the `brew upgrade` command printed an error when a pinned
formula had a new version available and didn't get upgraded.
This PR changes that message to a warning from an error. While looking
into this we found that there is another message that gets printed
when a package dependency doesn't get upgraded because it is pinned
and that got turned into a warning from a normal message. Honestly,
that should be more worrying for the user anyway; it could lead to
a program not working correctly in the worst case.
I also added a message to the `brew pin` command warning about
potential unintended behavior if a dependency gets pinned and another
package requires a newer version of it.
Lastly, I added a commented out deprecation notice for the
`brew upgrade --ignore-pinned` command since it's now the default.
This command, a bit like `install-bundler-gems`, is intended to be run
to ensure that the next invocation of `brew` will not need to try and
install Ruby or Bundler gems.
fish's `set` doesn't modify the exit status when assigning a variable.
This means that `set -q VAR; or set VAR ...` will return an exit status
of 1 even if the variable is suceessfully set. By switching the commands
to `! set -q VAR; and set VAR ...`, this prevents the 1 from propogating
when running `eval (brew shellenv)`.
If you're e.g. running Homebrew over `sudo`: shelling out to `whoami`
is less effective than just telling people which user you're running
as when we run the check.
Ever since we started using this at runtime it's been polluting
the backtrace output. This makes it harder to debug errors and
increases the amount of info users have to paste into the box
when filing an issue.
This is a very direct approach. Essentially, we strip out
everything related to the `sorbet-runtime` gem whenever the top
line in the backtrace is unrelated to sorbet-runtime.
The hope is that this will allow errors related to sorbet to
be diagnosed easily while also reducing the backtrace size
for all other types of errors.
Sometimes it is useful to see the full backtrace though.
For those cases, we include the full backtrace when
`--verbose` is passed in and print a warning that the
Sorbet lines have been removed from the backtrace the
first time they are removed.
Note: This requires gems to be set up so that the call to
`Gem.paths.home` works correctly. For that reason, it must
be included after `utils/gems` which is included in
`standalone/load_path` already.
- keep running the command against all os/arch combinations
as the default
- remove todos and deprecations related to changing the behavior
- create constants for os/arch combinations
- check for cask.url in audit steps
- check for cask.version in audit steps
- check for cask.sha256 in fetch command
- stop omitting casks based on nil url in audit command
It would be nice to be able to omit casks from the audit
if the os is not supported but there is not easy way to
do that without updating the SimulateSystem code or
refactoring how MacOSRequirement's are defined in the DSL.
It's possible for casks to only run on certain os/arch
combinations but we don't check for them in the fetch and
audit commands.
At first, I tried to check if the macos version was satisfied
in a previous PR but that doesn't work correctly because
MacOSRequirement and ArchRequirement don't respect SimulateSystem.
Instead I'm just checking to see if the url stanza is defined
for each os/arch combination and skipping those casks where
it ends up being nil. This is kind of brute forcing it but
should work.
These urls can be nil if there is an unsatisfied macos version
requirement. We check for false here because either the macos
requirement can be satisfied and return true or can not be
specified and return nil. If it's not specified, it means it
can run on any macos version.
The change in Cask::Download should provide better error messages
in Downloadable but honestly we're better off just checking for
the missing url higher up the call stack which is why I made
the changes in the fetch command. Either way it seemed like
a good idea while I'm here.
Ignore all dependencies that are already installed before
checking if they use the dependency in question. Remove
the :satisfied? criteria before checking used dependents.
