Dependency names retain the "tap prefix", e.g. the "homebrew/dupes"
part of "homebrew/dupes/zlib". However formula objects do not, and this
is desired because we do not record the tap name as part of the
installation prefix.
So we need to ensure the correct dep names are passed to superenv,
otherwise it will not add the correct directories to various environment
variables.
Given the current state of OS X compilers, the original fails_with
behavior is becoming less useful, mostly resulting in build failures
each time the compiler is updated. So make the following changes:
When a build is specified, we retain the old behavior: switch compilers
if the available compiler is <= the build, don't switch if it is > the
build.
When no build is specified, unconditionally switch compilers, and don't
output the advice message. This allows us to mark formulae as
perpetually failing, avoiding the need to update formulae each time a
new compiler build is made available.
As a bonus, this makes the logic much easier to reason about.
ClosesHomebrew/homebrew#18175.
Given the following dependency tree:
foo
bar (bottled)
baz (build-time only)
We skip installing baz because it is a build-time dependency of
something that is bottled. However, during the build of foo, this filter
is not applied because the dependent-dep relationship is not considered
at this stage. If baz wasn't installed prior to this build, fixopt(baz)
will fail.
Further, build-time deps are tightly coupled to the formula they are
specified by, and we shouldn't rely on them coming from dependencies
several levels down.
FixesHomebrew/homebrew#17697.
A new feature for easing the pain of working with complex formulas, or
formulas for large packages. When running brew in debug mode (-d), if an
exception propagates outside the formula's install method, you now get a menu
which lets you return to the point where the exception was raised and perfom
several useful actions, such as:
- printing a backtrace
- entering IRB to examine the context and test ruby code
- entering the debugger (if ruby-debug is available)
- entering a shell
- ignoring the exception or proceeding with the raise as normal
Signed-off-by: Max Howell <mxcl@me.com>
* Fixed conflict in build.rb.
* Removed old debug handling in Formula.brew.
ClosesHomebrew/homebrew#10435.
All logs are now stored from each command executed in Formula.install.
Error output is truncated to five lines in an attempt to not overwhelm the user and to encourage users to read the error output and report the bug properly. Maybe we can get that figure up from 70% to 90%.
The Keg constructor was throwing because we were returning a relative path, and the error-handler was just returning a string rather than raising a string.
Worrying because a lot of opts have not been fixed and I thought this was essential for depending on keg-only formula nowadays.
Refs Homebrew/homebrew#15077.
We add the bins from all deps instead. Rationale: formula find and use eg. GNU-coreutils versions of things and then break. Only allow formula to use tools that they depend on and expect.
I want to go further and only add include paths etc. for dependencies, I have done some work on this, but I fear it may be impossible. If an include path is eg. /usr/local/lib/foo/include, is it possible to know if this path is bad? Not always AFAICT.
User paths might have anything in them, anything can break builds.
Instead special case these two formula with the view to having an eventual DSL to allow injection of user paths into superenv. Certainly defaulting to off.
The problem here now is though that the warnings only appear when compiling verbosely. But they should thus be visible if the build fails. Or if people are hunting for problems.
Since we are moving towards only depending on X11 for X-headers, superenv now doesn't automatically add X11 compilation. I was reluctant to do this, but it is the right thing to do now that X11 is not automatically installed by OS X or Xcode.
I didn't implement ENV.x11 because the order that the X headers are inserted is important. It must be done at initial setup to ensure that brewed versions of e.g. freetype and Cairo are used and not the ones installed by XQuartz.
Let's not show weird error messages when user interrupts during various stages of brew initialization.
Tested by doing `for x in $(brew search); do brew install $x; done` and pressing CTRL-C at random short intervals.
Python et al, require stdenv because otherwise pip, gem, etc. don't work. Can be fixed, just I'm not doing it now.
We want a DSL to do this but I couldn't be bothered to make that work etc. I want to commit. Apologies.
1. A minimal build environment, we don't set CFLAGS, CPPFLAGS, LDFLAGS, etc. the rationale being, the less that is set, the less variables we are introducing that can break builds.
2. A set of scripts that replace cc, ld, etc. and inject the -I, -L, etc. flags we need into the args passed to the build-tools.
Because we now have complete control over compiler instantiations we do a variety of clean-up tasks, like removing bad flags, enforcing universal builds and ensuring makefiles don't try to change the order of library and include paths from ones that work to ones that don't.
The previous ENV-system is still available when --env=std is specified.
superenv applies to Xcode >= 4.3 only currently.
Similar to the LinkedKegs record, we write a symlink for installed kegs to PREFIX/opt.
Unlike the linked-keg record, unlinking doesn't remove the link, only uninstalling, and keg-only formula have a record too.
The reason for this addition is so that formula that depend on keg-only formula can build against the opt directory and not the cellar keg. Thus surviving upgrades.
To enforce this fix_install_names and built were adapted to use the opt path.
Standard kegs also create an opt symlink so that caveats can now refer to the opt directory and thus provide steps that survive upgrades too.
Thus the choice of /opt. It is short, neat and the right choice: POSIX dictates that opt is for stand-alone prefixes of software.
