- This makes use of the new /api/formula-linux and /api/analytics-linux
endpoints in formulae.brew.sh to give Linux users up to date formula and
analytics info for their installed core formulae.
Before, on Linux, the macOS stats for the `ack` formula:
```
$ brew info ack
[...]
==> Analytics
install: 12,422 (30 days), 32,742 (90 days), 97,788 (365 days)
install_on_request: 10,778 (30 days), 28,339 (90 days), 85,202 (365 days)
build_error: 0 (30 days)
```
Now, on Linux, the Linux stats for the `ack` formula:
```
$ brew info ack
[...]
==> Analytics
install: 95 (30 days), 242 (90 days), 737 (365 days)
install_on_request: 94 (30 days), 241 (90 days), 734 (365 days)
build_error: 0 (30 days)
```
- This also required auto-fixes for Layout/EmptyLinesAroundBlockBody and
Layout/InconsistentIndentation once the auto-fixer had got rid of the
"redundant begin"s.
Some elf files (e.g. created by rust compiler) have INTERP header despite
their magic header denotes shared object instead of executable.
We should relocate the interpreter elf files as long as they have INTERP header.
This should fix the broken bottles for rust based formulae.
Integration tests are useful in detecting breakages but much slower so
let's only use one per command and install formula outside the
integration test framework (which is also slow).
Fix the error:
Error: wrong number of arguments (given 1, expected 2)
/projects/btl_scratch/sjackman/brew/Homebrew/Library/Homebrew/exceptions.rb:550:in `block in initialize'
/projects/btl_scratch/sjackman/brew/Homebrew/Library/Homebrew/exceptions.rb:559:in `map'
`-Os` produces sometimes bigger binaries on Linux.
Also, llvm built with `-Os` is really slow at runtime for Linux.
Using `-02` aligns us with what Debian does, and as we are compiling most of our stuff with gcc (and not clang), it makes sense to use `-02` on Linux.
`-Os` does probably slightly different things when used on mac with llvm, compared to when it is used with gcc on Linux.
Remove more Requirement logic to enable future removal of default
formula logic. Also, output deprecations, convert symbol requirement
usage to deps and simplify the compatibility code for the direct
Requirement usage.
