Make the symlinks in the dist directory relative instead of absolute.
MozReview-Commit-ID: HS7KL4JwSbV
--HG--
extra : rebase_source : 5dca673cc17423d47e6707d8800f7ee9693a9c48
moz.configure only sets the color flags value for the target compiler.
If the host compiler is a different version and doesn't support color
flags, we may pass unrecognized command line options.
Until we have better distinction between host and target compilers
throughout the build system, just disable automatic color flags for
host invocations. We don't have too many host binaries, so this should
have negligible impact.
MozReview-Commit-ID: KWTLkKvtwHs
--HG--
extra : rebase_source : 97a7240a796bae42221b2952d4dc1e66294e6219
At the same time, remove HOST_LD. It was only used for MSVC builds,
which don't support cross-compile anyways, so we can, at least for now,
use LINK for both host and target.
--HG--
extra : rebase_source : 9ee9e7e1bd3edefc043fa63d5c03f2a242f76982
The only complicating factor here is having to split out the --target
flag from cargo_build_flags, so we can pass the appropriate one
depending on our build target.
In preparation for a world where we have cargo building binaries too,
the existing rules should be renamed to reflect their library
associations. The lone Cargo invocation should be updated to explicitly
build libraries only, so libraries and binaries in the same directory
will work correctly.
Fixup a leftover comment from a previous set of changes while we're here.
iTerm2 interprets the byte sequence "ESC [ 2 i" as a request to open
a print dialog. This sequence can get emitted when printing colorized
compiler output.
Until we figure out a workaround, disable automatic coloring on iTerm2
so developers aren't annoyed.
MozReview-Commit-ID: 3Be4YgArg4k
--HG--
extra : rebase_source : e4e441a6fd97b09f55b05d53af91890649249e1c
This deprecates PYTHON_UNIT_TESTS and replaces it with PYTHON_UNITTEST_MANIFESTS.
In the build system, this means python unittests will be treated the same as all
other test suites that use manifestparser. New manifests called 'python.ini' have
been created for all test directories containing python unittests.
MozReview-Commit-ID: IBHG7Thif2D
--HG--
extra : rebase_source : 11a92a2bc544d067946bbd774975140147458caa
GCC and Clang will colorize compiler output automatically if stdout is a
TTY. Unfortunately, when the build backend is invoked via `mach`,
stdout is not a TTY.
6e9a4c0b9cd8 (bug 1315785) changed mach so it exports an environment
variable indicating whether mach's original stdout is a TTY. This was
later used to add color flags to `cargo` invocations.
Building on that work, this patch adds color flags to compiler
invocations if the compiler supports color and a mach TTY is
detected. The result is that compiler output from `mach build`
will be colorized automatically if Clang or a modern version of
GCC is used.
The only issue I see with this is that Clang doesn't "unset" its color
sequences when printing a newline. As a result, mach's time line
prefixing can sometimes inherit "bold" or other stylings. AFAICT this is
only a minor cosmetic concern. GCC does not exhibit this issue.
MozReview-Commit-ID: 5Icu6aXGZBL
--HG--
extra : rebase_source : 5b2bf5a287fdf8075b3d7dde36b91f3c65b60728
Combined with the previous patch that sets MACH_STDOUT_ISATTY, the
practical effect of this patch is that cargo is invoked with
`--color=always` when mach was attached to a TTY and colorized output
is sent to the terminal.
Note: this doesn't work with Rust/Cargo 1.10 for reasons unknown to me.
It appears there was a bug with Rust/Cargo because `--color=never` still
sent colorized output on that version! Cargo/Rust 1.12.1 works fine.
MozReview-Commit-ID: 6uXS3t3413i
--HG--
extra : rebase_source : 72df6e8248cb14c96850964f694576c7fd2f5fbb
In our current Rust world, we have the following dependency structure:
xul.so --------------------------+
|
xul-gtest.so -+--> xul.a --------+-> gkrust
|
+--> gkrust-gtest
This structure results in link errors with multiply-defined symbols
between gkrust-gtest and gkrust with newer Rust releases when linking
xul-gtest.so. So we have to do something different.
Our new structure is:
xul.so --------------------------+
|
xul-gtest.so -+--> xul.a --------+-> gkrust --+-> gkrust-shared
| |
+--> gkrust-gtest --------------+
and we enforce that a given shared library can only have at most one
Rust library that it depends on. Said Rust library is assumed to
include all significant Rust dependencies of the dependent static
libraries as well. (In the above structure, gkrust is simply a wrapper
around gkrust-shared, so gkrust-gtest doesn't have to include gkrust as
a dependency.)
