This requires a change to how we process test manifests in the build system:
now, whenever we see a support file mentioned in a manifest, we require that
file isn't already in that test's support files, but if we see a support file
that was already seen in some other test, the entry is ignored, but it is not
an error. As a result of this change, several duplicate support-files entries
needed to be removed.
MozReview-Commit-ID: G0juyxzcaB8
--HG--
rename : testing/mozbase/manifestparser/tests/test_default_skipif.py => testing/mozbase/manifestparser/tests/test_default_overrides.py
For example, say there is a command 'foo' that has a subcommand 'bar'. Prior to this, it was not
possible to run:
./mach foo
as its own independent command. The above would instead print the subcommand help for 'bar'.
MozReview-Commit-ID: JU4dXoxnCyu
--HG--
extra : rebase_source : bb15532ad39456b270071bc60d7b15e15af04e48
Our current build system support for Rust compiles any Rust crate into a
so-called staticlib, which is a static library (.a file) that includes
the Rust runtime. That staticlib is then linked into libxul. For
supporting multiple crates, this approach breaks down, as linking
multiple copies of the Rust runtime is going to fail.
For supporting multiple crates, the approach taken here is to compile
each crate into a so-called rlib, which is essentially a staticlib
without the Rust runtime linked in. The build system takes note of
every crate destined for linking with libxul (treating them like static
libraries generated from C/C++ files), and generates a super-crate,
whimsically named "rul", that is compiled as a staticlib (so as to
include the Rust runtime) and then linked into libxul. Thus only one
copy of the Rust runtime is included, and the Rust compiler can take
care of any inter-crate dependencies.
This patch currently only supports Rust code in shared libraries, not in
binaries. The handling for the rul crate is placed in the common
backend, with a special hook for derived backends to handle shared
library objects.
When reading config.log, with old-configure output, we may get non-ascii
strings, but that currently fails because we're using plain open() to
read it. So use encoded_open() instead (which does the same job for
other files in the same script).
Because the build system can be encapsulated in mach, python configure
can have a pipe as stdout/stderr, and in that case, sys.stdout/stderr
have an ascii encoding, failing to print out anything that doesn't
fit in ascii, consequently failing to print the things we've read from
config.log. So reopen stdout and stderr with the right encoding in
the configure output handler.
This moves test installation for test files out of the monolithic install
manifest for $objdir/_tests, and determines the test and support files
to install based on the object derived from all-tests.json. Additionally,
the files resulting from TEST_HARNESS_FILES are installed, as some tests
will depend on them.
As a result, the time to install tests when invoking the test runner will
scale with the number of tests requested to run rather than the entire set
of tests in the tree, resulting in significantly less overhead.
MozReview-Commit-ID: LeIrUVh1yD4
This extracts the logic from the emitter that handles support files in ini
manifests to a seperate function in testing.py, so that this logic can be
re-used to determine how to install all the files necessary to run a particular
test fon the corresponding object in all-tests.json.
MozReview-Commit-ID: GSEhEGm09IL
DONTBUILD NPOTB
If the target triple is noisy, let's just accept -arm and -i386
instead of being strict. We can be more strict when things have
settled.
MozReview-Commit-ID: FDNJ3TuY51d
--HG--
extra : rebase_source : 3db70abe6818fbe0360406f20de899867232df02
extra : amend_source : d324c229b1713adb844407078d6cc4d00d84b56d
A few notes:
* This doesn't accommodate general OMNIJAR_NAME definitions. The
current name (assets/omni.ja) is baked into the product in a few
places, and is very unlikely to change, so we just error out if this
isn't true.
* This makes the package-manifest.in file authoritative for what goes
into assets/, libs/, and the APK root. Previously,
package-manifest.in wrote into assets/ and libs/ but
upload-files-APK.mk also had a convoluted DIST_FILES filtering
process to work through before a file actually made it into the APK.
* This is intentional about repackaging. It simplifies the repackage
step rather than trying to make unpackage-then-repackage the same as
just package. I pretty much never get repackaging correct the first
time; this should help. (I've manually tested it.)
* The ALREADY_SZIPPED during repackaging is subsumed by the previous
check if UNPACKAGE is set. The custom linker expects stored, not
deflated, libraries, so there's some small legwork to accommodate
that in mozjar.
MozReview-Commit-ID: JvVtIUSX685
--HG--
extra : rebase_source : fd8a9cfe3dc364d23b1065995db599f99e676e38
The initial goal of templates was to provide a way to write shorter
constructs for some generic tasks during configure. But the limitations
of the sandbox and the properties of templates made them used for more
general functions.
Consequently, this led to templates having to be available from
anywhere, which, in turn, led to difficult to introspect constructs.
With bug 1257823, we've made almost everything use set_config and
similar functions from the global scope, but we don't enforce that
those primitives are only used at the global scope.
This change does that: it enforces that primitives are only used at
the global scope. Or in templates.
Now, since templates were used for other purposes than generic uses
of other primitives, we now allow non-template functions to be declared.
Those can be used everywhere, but don't have access to the sandbox
primitives.
Currently, we have @advanced, that gives the decorated functions access
to all the builtins and consequently, to the import statement.
That is a quite broad approach and doesn't allow to easily introspect
what functions are importing which modules.
This change introduces a new decorator that allows to import modules one
by one into the decorated functions.
Note: by the end of the change series, @advanced will be gone.
So far, we've been using the lowercase of the variable name, but it's
not enough for some special cases. Those special cases could do their
own business, but then, they'd have to duplicate 90% of check_prog,
which is less desirable.
While DummyFunction is descriptive of what the instances are (and they
can't even be called), the various uses of isintance(obj, DummyFunction)
are kind of confusing, especially when they are in moz.configure land
(and this bug is about to add another one).
subprocess functions doesn't directly take file-like objects, so add a
minimalistic wrapper to do the right thing instead of subprocess.call
when given a file-like object.
And since the file is also used for old-configure, close our handle on
the file before spawning old-configure, and make old-configure append
there instead of truncating the file.
DMD currently uses a very hacky form of "sampling" by default to avoid
recording stack traces for all blocks. This makes DMD run faster than when it
records all stack traces.
This patch changes the sampling method used; in fact, it avoids "sampling" at
all. The existence of all heap blocks is now recorded exactly, but by default
we only record an allocation stack for each heap block if a Bernoulli trial
succeeds. This choice works well because getting the stack trace is ~100x
slower than recording the block's existence.
Overall, this approach is simpler and it also gives better output -- the choice
of which blocks to record allocation stacks for is mathematically sound, no
stack trace gets blamed for allocations it didn't do, and block counts and
sizes are now always exact.
Other specific things changed.
- All notion of sampling is removed from the various data structures.
- The --sample-below option is removed in favour of --stacks={partial,full}.
- The format of the JSON output file has changed.
- The names of various test files have changed to reflect concept changes.
--HG--
rename : memory/replace/dmd/test/full-empty-cumulative-expected.txt => memory/replace/dmd/test/complete-empty-cumulative-expected.txt
rename : memory/replace/dmd/test/full-empty-dark-matter-expected.txt => memory/replace/dmd/test/complete-empty-dark-matter-expected.txt
rename : memory/replace/dmd/test/full-empty-live-expected.txt => memory/replace/dmd/test/complete-empty-live-expected.txt
rename : memory/replace/dmd/test/full-unsampled1-dark-matter-expected.txt => memory/replace/dmd/test/complete-full1-dark-matter-expected.txt
rename : memory/replace/dmd/test/full-unsampled1-live-expected.txt => memory/replace/dmd/test/complete-full1-live-expected.txt
rename : memory/replace/dmd/test/full-unsampled2-cumulative-expected.txt => memory/replace/dmd/test/complete-full2-cumulative-expected.txt
rename : memory/replace/dmd/test/full-unsampled2-dark-matter-expected.txt => memory/replace/dmd/test/complete-full2-dark-matter-expected.txt
rename : memory/replace/dmd/test/full-sampled-live-expected.txt => memory/replace/dmd/test/complete-partial-live-expected.txt
extra : rebase_source : 47d287405dc5e9075f08addaba49e879c2c6e23f
Before, virtualenv.py may have attempted to use 3rd party
(untrusted) pip indices when installing wheels for pip,
setuptools, and wheel. These dependencies are vendored in
the tree for a reason. So don't let virtualenv contact the
outside world.
MozReview-Commit-ID: 6BCU0WegJO1
--HG--
extra : rebase_source : 6231235486e8cfa784e67e8b18004dd63d8aaf36
While we're addressing virtualenv foo, let's ensure we are running
the latest version. This also pulls in newer versions of pip (8.1.1),
setuptools (20.3), and wheel (0.29.0).
MozReview-Commit-ID: G5uSy66Kd6u
--HG--
extra : rebase_source : 804f230adcf77335c79a93537d9623ac3836d9bf
@depends functions are declared like the following:
@depends('--option', other_function, '--other-option', ...)
def ...
To simplify some of the processing related to those arguments it's
passed, keep a tuple of Option and DummyFunction objects corresponding
to those arguments.
For the same reasons as set_config is being moved to the global scope,
we're moving set_define to the global scope here. An additional change
is that set_define is now part of the sandbox itself instead of being
defined within the sandbox, which makes it share the implementation
details with set_config.
The way set_config is set currently makes it difficult to introspect
moz.configure files to know what configuration items are being set,
because they're hidden in the control flow of functions.
This makes some of the moz.configure more convoluted, but this is why
there are templates, and we can improve the recurring cases afterwards.
Currently, ConfigureSandbox._db stores two different kind of
information. This split those in two different instance variables
instead, making things clearer.
The way functions are being sandboxed in moz.configure land is that
their global namespace is being replaced with a limited and identifiable
dict. And we avoid re-wrapping a function that already received this
treatment.
The problem is that template functions have their global namespace
replaced, and any function that is defined within the template inherits
that global namespace. So when it comes time to wrap those functions
defined in templates with e.g. depends, we detect that they're already
wrapped although they are not, because we look if their global namespace
is of the recognizable type we use when replacing it.
So instead of looking at the global namespace type, keep track of all
functions that are wrapped.
Currently, if a @depends function doesn't have a return statement or
return None, a result is automatically set from all the set_config()
called from the function.
As we're going to move set_config to the global namespace, and as this
feature is only used once, and it's only used for something that was
written before ReadOnlyNamespace was exposed to the sandbox, we can
"safely" get rid of it.
This will be needed to teach artifact builds to extract files from
omni.ja files whose content is loaded into memory (from a tar
archive).
MozReview-Commit-ID: LH2HkKx5Zj3
--HG--
extra : rebase_source : 7f6b176f0ef9fc87889151d1d02da62de8a455d8
extra : source : 266928b5a7615fa054c70adf0f649cbb3f085e8d
This change adds a `Version` type to moz.configure which is a small
wrapper around `distutils.version.Version`. It's suitable for wrapping
version numbers in configure checks and doing equality or greater-than
less-than comparisons in a sensible way.
MozReview-Commit-ID: BOL6yvemulG
--HG--
extra : rebase_source : 3b463eac0499086f8acffda0d01418b6ab17f3d6
extra : amend_source : aebd6e40c408d9f868623b2f53fcdf7455e2fff5
In Python parens around an expression without a trailing comma is not a tuple,
so ('foo') == 'foo'. This is really easy to screw up with check_progs, which
coerces progs to a list and would give you ['f','o','o'] in this case. This
patch enforces that the progs argument is a tuple or list and errors if it
is not.
MozReview-Commit-ID: 7BJZuF9B8D5
--HG--
extra : rebase_source : 5db9a6b4bb9ef7195c2513407810093bff5e9174
extra : amend_source : f67ab46c2ac00a2a95cfc67e9763ac12b690ac14
If we add an ObjDirPath as an input to a GENERATED_FILES script, we
should run it in the misc tier to ensure the dependent files are created
beforehand. We need to use Path objects instead of raw filenames in the
GeneratedFile object so the recursive make backend can distinguish
between source and objdir files.
MozReview-Commit-ID: 9thHTi75zdI
While rare, this is something we support for e.g. --enable-eme, where it
can be either given with no values, "adobe", some future other EME GMP
adapter names, or a combination of them.
This will make it easier for binaries only archive generation to consult
the list of binaries that are relevant to packaging.
This does overlap somewhat with compile databases. Perhaps someday the
logic could converge.
While I was here, I cleaned up writing of the all-tests.json file to
avoid an intermediate string variable.
This patch adds to_dict methods on some frontend data types. There is
room to improve the serialization of these types. For example, we could
use __slots__ to drive the default formatter. We could also leverage a
custom JSONEncoder class that knows how to call to_dict() on instances.
In the spirit of perfect is the enemy of done, I think this should be
deferred to a follow-up bug.
MozReview-Commit-ID: XVnKB1MNqu
--HG--
extra : source : 4167dfdf10457360c9c94ee6e55b03ef1b92c16d
extra : histedit_source : 2f3f10bbb8ef9da8c57b0d85cbf4ea80242eff1a%2C1a5654253181d75eecd5dfaca2c87e353f8126cd
Now when we print instances in a debugger, we'll see something like:
<StaticLibrary: other-licenses/snappy/libother-licenses_snappy.a>
<StaticLibrary: toolkit/library/StaticXULComponentsEnd/libStaticXULComponentsEnd.a>
<SharedLibrary: toolkit/library/XUL>
<StaticLibrary: toolkit/library/libxul_s.a>
<HostProgram: config/nsinstall_real>
<Program: memory/replace/logalloc/replay/logalloc-replay>
<SimpleProgram: mfbt/tests/TestArrayUtils>
... instead of the the class name and memory address.
MozReview-Commit-ID: 8zdrM6KfP8U
--HG--
extra : source : 84849ad026c9ba1bbf71c93172b0a03440e51bec
This will make it easier for binaries only archive generation to consult
the list of binaries that are relevant to packaging.
This does overlap somewhat with compile databases. Perhaps someday the
logic could converge.
While I was here, I cleaned up writing of the all-tests.json file to
avoid an intermediate string variable.
This patch adds to_dict methods on some frontend data types. There is
room to improve the serialization of these types. For example, we could
use __slots__ to drive the default formatter. We could also leverage a
custom JSONEncoder class that knows how to call to_dict() on instances.
In the spirit of perfect is the enemy of done, I think this should be
deferred to a follow-up bug.
MozReview-Commit-ID: XVnKB1MNqu
--HG--
extra : rebase_source : 376c93467dde3450c7c21cff918cb34913a3c5fe
Now when we print instances in a debugger, we'll see something like:
<StaticLibrary: other-licenses/snappy/libother-licenses_snappy.a>
<StaticLibrary: toolkit/library/StaticXULComponentsEnd/libStaticXULComponentsEnd.a>
<SharedLibrary: toolkit/library/XUL>
<StaticLibrary: toolkit/library/libxul_s.a>
<HostProgram: config/nsinstall_real>
<Program: memory/replace/logalloc/replay/logalloc-replay>
<SimpleProgram: mfbt/tests/TestArrayUtils>
... instead of the the class name and memory address.
MozReview-Commit-ID: 8zdrM6KfP8U
--HG--
extra : rebase_source : 7f964ad44a0061674f77d5716a6769a4aedb9e6c
I'm not sure when this changed, but at least Visual Studio 2015
doesn't always emit a space between the line number and the ": warning"
text in cl.exe output.
Making the space optional in the regular expression enables one a
VS2015 build to capture 375 warnings instead of 17. We still fail to
capture some warnings (notably generic warnings about bad command
arguments and linker warnings). But that can be dealt with later.
MozReview-Commit-ID: q402CxTrQK
--HG--
extra : rebase_source : 6376a65b8d8145d68bad9b795b6abd6f4becefbd
Virtualenv will sometimes find a different executable from its sys.executable on OS X,
causing a check in the build system comparing filesizes between sys.executable and virtualenv
python to fail, resulting in clobbering and re-building the virtualenv every time the virtualenv
is activated, causing the build backend and more to be re-built.
Instead of checking file sizes directly, this commit causes us to record the size and version of the
Python executable that created the virtualenv. If the Python executable checked is not the virtualenv
Python, or we have a different version than was used to create the virtualenv, then the virtualenv is
considered to be out of date.
MozReview-Commit-ID: KmrVfQCtbS3
--HG--
extra : rebase_source : d2b87325e10da6dfcd74f8b0d2ef7c0efb71595b
Virtualenv will sometimes find a different executable from its sys.executable on OS X,
causing a check in the build system comparing filesizes between sys.executable and virtualenv
python to fail, resulting in clobbering and re-building the virtualenv every time the virtualenv
is activated, causing the build backend and more to be re-built.
Instead of checking file sizes directly, this commit causes us to record the size and path to the Python
executable that created the virtualenv. If the Python executable checked is not the virtualenv
Python, or the python that was used to create the interpreter, then the virtualenv is considered
to be out of date.
MozReview-Commit-ID: KmrVfQCtbS3
When writing e.g. Japanese text files on Windows, the text is encoded in
mbcs. So if a mozconfig is edited this way, and contains non ascii
characters, they won't be utf-8 as we're currently trying to decode
them, but mbcs.
This is currently preventing a command from having both args and subcommands at the same
time.
MozReview-Commit-ID: 66frAqamGjv
--HG--
extra : rebase_source : 3bbd1cb508e5aab7ba7f9936c0c486ed8f626fe9
This adds support for an SDK_FILES variable in moz.build, which creates
a FinalTargetFiles object to install files into dist/sdk/
MozReview-Commit-ID: 97a5NdbZmmD
--HG--
extra : rebase_source : ad8d521ec56fe4610437c8d2d503c545894b40c2
The changes made to PATH by activating the in-tree virtualenv cause some git-cinnabar commands
in subprocesses to fail, because git cinnabar is expecting mercurial to be installed, while it
is not available from the in-tree virtualenv. To work around this, the changes to PATH made by
virtualenv are undone, allowing git-cinnabar to find system python, which is likely to have
mercurial installed.
MozReview-Commit-ID: 47ceHvMmuyf
--HG--
extra : rebase_source : 199d3b01fc49b2760ee14a08d4400a1addf83eac
On a CLOSED TREE because DONTBUILD NPOTB
MozReview-Commit-ID: 56vyz2CRJsU
--HG--
extra : amend_source : 4ec60bc95019147225479c32b6982dc33c649cc4
extra : histedit_source : c3dc78da75a8f5b3985024a7d73ac92ab80628c2
This moves all the reading mozconfig, finding autoconf, refreshing the
old configure, and running the old configure into sandboxed
moz.configure. This effectively bootstraps the sandboxed python configure.
Generally speaking, the configuration needs forward-slashes in paths.
We might as well make it hard(er) to set configuration items with
backslash separators on Windows by exposing mozpath.* functions in place
of os.path functions. The downside is that functions explicitly
importing os will still get the real os.path functions.
The upcoming move of the configure.py initialization to sandboxed
moz.configure changes the path separators for topsrcdir and topobjdir
from native to always use forward-slashes, which confuses the hell out
of the test_base.py test. Settle the issue by declaring that
MozbuildObject will always use forward-slashed paths for topsrcdir
and topobjdir.
The nice side effect is that now we can have actual dicts for defines
and substs from the start, which simplifies so things, although it
requires adjustments to some unit tests.
Creating a .metadata_never_index file in a directory apparently
disables Spotlight indexing.
MozReview-Commit-ID: Di4DGZK6VOL
--HG--
extra : rebase_source : feffa0785174b11cf88a2b7ffdbd9aa5eeb98ac7
extra : amend_source : 838aca018ab91720b6b29b64b846a3ef107b6c88
Using ccache can have a big impact on compile times but we don't currently
capture ccache statistics.
MozReview-Commit-ID: CdrScyAh64I
--HG--
extra : rebase_source : 70dca7ae153ae1c7ce3a241820ab7d18cb6aaa0d
We need to consider CONFIGURE_SUBST_FILES as generated files when
processing FinalTargetFiles and related variables. Additionally, we have
to make sure that we actually recurse into such directories during the
export phase.
MozReview-Commit-ID: 6ZwHMzjoT6t
--HG--
extra : rebase_source : e39e26ad8b84bcaa757c56048c9c80f5be270d9c
The Windows content indexing service has been known to scan the objdir.
This can add significant system overhead and slow down builds or
subsequent operations. The objdir is meant to be a short-lived black box
and there really isn't a major benefit to indexing it.
There is a file attribute on Windows that disables content indexing.
This commit adds a utility function for creating a directory and
optionally disabling indexing on it. We call it at the top of
`mach build` to ensure the objdir as content indexing disabled.
MozReview-Commit-ID: 68gxCxbkVAN
--HG--
extra : rebase_source : 8e95d9b2923dccadbe54288bea25883937e2f004
We don't process IPDL and WebIDL files during artifact builds. The
backend shouldn't need to care about them.
Before: 2001 total backend files; 2001 created; 0 updated; 0 unchanged; 0 deleted
After: 1945 total backend files; 1945 created; 0 updated; 0 unchanged; 0 deleted
After this change, we no longer write any .cpp files to the objdir
during config.status for artifact builds.
As part of this, we stopped generated webidlsrcs.mk and the build broke
because of an unguarded use in a Makefile.
After this change, only 102/3366 files in the objdir after
`mach configure` are not a) in _virtualenv b) named backend.mk
c) named Makefile (~950 each of backend.mk and Makefile).
MozReview-Commit-ID: 11AIn1i4x4f
--HG--
extra : rebase_source : ac90bb9f6be8b7b986aa0a61b3ccc203a18346a6
I can't think of a good reason why unified C++ files need to exist
during artifact builds. Let's not write them in this build config.
Before: 2517 total backend files; 2517 created; 0 updated; 0 unchanged; 0 deleted
After: 2001 total backend files; 2001 created; 0 updated; 0 unchanged; 0 deleted
No measureable change in performance on Linux. But on Windows where file
creation is in the ~1ms range, this will surely result in a speedup of
several hundred milliseconds.
We are still generating some .cpp files during artifact builds. This will be
addressed in subsequent commits.
MozReview-Commit-ID: Lqx36YE8qZZ
--HG--
extra : rebase_source : 8af5a9915e78af7aee2aa335552689fe33975400
Future commits will add a number of consumers. This will cut down on
boilerplate.
MozReview-Commit-ID: 8h4VWBXXd8O
--HG--
extra : rebase_source : 3376f015f1766eedcef60e9393b6d68474ffb634
As previous measurements have shown, creating/appending files
on Windows/NTFS is slow because the CloseHandle() Win32 API takes
1-3ms to complete. This is apparently due to a fundamental issue
with NTFS extents. A way to work around this slowness is to use
multiple threads for I/O so file closing doesn't block execution
as much.
This commit updates the file copier to use a thread pool of 4
threads when processing file copies. Additional threads appear
to have diminishing returns.
On my i7-6700K, this reduces the time for processing the tests install
manifest (24,572 files) on Windows from ~22.0s to ~12.5s in the best
case.
Using the thread pool globally resulted in a performance regression
on Linux. Given the performance sensitivity of manifest copying,
I thought it best to implement a slightly redundant non-Windows
branch to preserve performance. For the record, that same machine
running Linux is capable of processing nearly the same install
manifest (24,616 files) in ~2.2s in the best case.
MozReview-Commit-ID: B9LbKaOoO1u
--HG--
extra : rebase_source : e9fee3861a70e1da9d18448f8435f4bd3e28c647
This adds a simple schema for build telemetry data. We can make it more
restrictive once we have a better feeling for what kind of data we want
to submit.
This also moves more common data about the system to the telemetry handler.
We leave psutil derivied information in the resource usage data as not every
system will have psutil installed.
MozReview-Commit-ID: CFRq1Ow6AOf
--HG--
extra : rebase_source : 3022d8f5d20e3d4f9dc871cf2217a6dad2f22e05
self._pushhead_cache no longer exists. But self._tree_cache does!
This was causing AttributeError when running `mach artifact clear-cache`
and other misc `mach artifact` sub-commands.
MozReview-Commit-ID: CP8NL6eCfhD
--HG--
extra : rebase_source : 0afd11722e304c8e0ecd9a305023d43dff79dddd
extra : amend_source : ad3df6d780e7b968573588e9a1029f1a1c9d18b0
Currently, config.status runs `mach artifact install`. mach commands prefix
output lines with elapsed time by default. When running from `mach build`,
there will be 2 sets of times in `mach artifact install` output lines.
When config.status is run directly, there will be no times printed
except for `mach artifact install`. It is weird both ways.
Fix it by not printing lines when running `mach artifact install` from
config.status.
MozReview-Commit-ID: GVinyI4Z0qr
--HG--
extra : rebase_source : 80aa5714a0249d9974becee183e7cfde7143f556
extra : amend_source : a89bca7af847f73efd18fb0a09bc9e76d8943577
Previously, we We were running version 2.5.1 of requests. Newer
versions have several bug fixes and even address a CVE.
Source was obtained from
https://pypi.python.org/packages/source/r/requests/requests-2.9.1.tar.gz
and checked in without modification. This should be a rubber stamp
review.
MozReview-Commit-ID: 9tFSVJFfwGh
--HG--
extra : rebase_source : 985a63b3e09d7abd5089bdb29ebef8d7314c59f2
Opt-in by adding --enable-gradle-mobile-android-builds.
Gradle dependencies (including the Android-Gradle plugin) are assumed
to be present. Local developers will fetch them from the jcentral
repository.
Android-specific Maven dependencies are shipped as "extras" with the
Android SDK, and should be found automatically by the Android-Gradle
plugin.
MozReview-Commit-ID: 966XgddWgEu
--HG--
extra : rebase_source : 8e8c6156e1d06813c250662e104fd14c621d91ab
extra : source : 306cf0271d3e3a344fcbfd2baf75e0450c288cf1
extra : histedit_source : d17446714236c408699a0953882e84ac3a192380%2Cc21b166af79ef1e00215748820bc2670405ac1dc
The moz.build data is now sufficient to, with some convolution, generate
the same compilation database that recursing the tree with the showbuild
target does.
The resulting code is not the prettiest, and exposes the shortcomings of
the current moz.build data model. It is however a first step towards
fixing those shortcomings, because they are now more clearly identified.
This was validated on all platforms on try by checking the output of
mach build-backend -b CompileDB -d -n
is empty when backing out the patch after running
mach build-backend -b CompileDB
once.
There are a few difficult directories to handle, with limited usefulness
compared to having the CompileDB properly filled for everything else
in a timely manner, so skip them for now.
The most common issue I'm hearing with eslint is people who have an outdated
node installed. This does a quick check to verify the version is high enough
before linting.
MozReview-Commit-ID: Em0jn18OUYo
--HG--
extra : rebase_source : 5325eb5f556f93e09d48fb123e0abb625aa77b84
This adds a substs field and cherrypicks the MOZ_ARTIFACT_BUILDS field so
we can determine whether or not an artifact build occurred.
MozReview-Commit-ID: 8aio8mP8pmR
--HG--
extra : rebase_source : aa0dc2b7ef61e8b02d202c3a631d276e019d3dfd
This adds a substs field and cherrypicks the MOZ_ARTIFACT_BUILDS field so
we can determine whether or not an artifact build occurred.
--HG--
extra : rebase_source : 8878751b0bf5159cb8baedc68c9ab88cf8563628
This adds a post_dispatch_handler hook that will be called after each
mach invocation and uses it to submit data to telemetry.
--HG--
extra : rebase_source : 1dedea568b7ccec17fa58eb1841425b165d8a644
Because the add-ons manager hasn't startup up yet we can replace the certificate
database in xpcshell tests with one that claims add-ons are signed by valid
certificates even when they aren't. This allows us to run tests even in builds
where signing cannot be disabled during for the normal application.
This adds an override for all tests except those that are explicitely testing
signing.
--HG--
extra : commitid : 24s3ni5gVYe
extra : rebase_source : a95571dc3556bb035511eea424ba57e8c7007eba
Because the add-ons manager hasn't startup up yet we can replace the certificate
database in xpcshell tests with one that claims add-ons are signed by valid
certificates even when they aren't. This allows us to run tests even in builds
where signing cannot be disabled during for the normal application.
This adds an override for all tests except those that are explicitely testing
signing.
--HG--
extra : commitid : 9Zd5aH92lAQ
extra : rebase_source : 880d0fff51205dc92df91a61fef8b246d2ea2123
This fails under Docker otherwise. platform.architecture() uses the
architecture of the Python executable, which should be fine assuming the
system-installed Python is being used. Even if the user installed their
own Python, running a 32-bit Python on a 64-bit system feels like
something that would be extremely rare.
DONTBUILD (NPOTB)
--HG--
extra : commitid : HowMKbWsoTt
extra : amend_source : 9c6fd75da6d521845d561e04350b2e82dccf2b38
We need this package to build psutil and other Python packages with C
extensions.
Fedora 23 offers Python 3 as the default package and the package name
changed from python-devel to python2-devel. Fedora 22 does appear to
support python2-devel as an alias. So we use the same name everywhere.
DONTBUILD (NPOTB)
--HG--
extra : histedit_source : 7f0f9930c84f1cff396595309d47e1d600ed2609
extra : rebase_source : 544bcaa84b52ed036e76ba2a44a6074c761790cc
extra : commitid : IgEon98g61O
extra : source : 515c94229a9150246dc88318e92216d3a6d68a39
extra : amend_source : 88f419a5374ff7324dbf5f9a4a33ed313e2e2470
"git" is ambiguous between dev-ruby/git and dev-vcs/git.
--HG--
extra : histedit_source : 4d38547125f11114ee6f5a20f859c475aaa942a9
extra : rebase_source : 9ded586dd5e79953e15849e3aa27c57084fb4de0
extra : commitid : KDg9b0sFs5p
extra : source : d2cfa7eb10fc6139091de6530fa92e763eafd077
extra : amend_source : c8318134a0c8dc16d339e4943f737392e917c4eb
This will perform a single HTTP request that completes in <1s. Contrast
with before when we performed multiple HTTP requests and the process
took several seconds.
DONTBUILD (NPOTB)
MozReview-Commit-ID: DjX3LBdSOIk
--HG--
extra : commitid : Li155pLmmc
extra : rebase_source : b098d506fbfaab2b4a7946af48fd49700b1845dc
extra : amend_source : b4142e5de891160593853ea79dd14ea1d64f03ba
We have very few directories where we have SOURCES declared that are not
part of a library or program in some way. In fact, there is only one
where it is legitimate because we only use the object file
(build/unix/elfhack/inject). Others are the result of moz.build control
flow (see e.g. netwerk/standalone), and we end up building more objects
than we need to.
There are other cases where we need objects without actually linking
them anywhere, but there are other sources in the same directory, and a
corresponding Linkable is emitted. And in fact, the only case I knew
about (media/libvpx), doesn't use such objects since bug 1151175.
Since bug 1239217, artifacts builds are using a hybrid build system that
uses the fastermake rules to copy files to dist/bin, which means
artifact files are not removed by the processing of the dist/bin install
manifest. This means we don't need to add them to the recursivemake
install manifest anymore.
Currenlty --enable-artifact builds will take artifacts from fx-team regardless of the
state of the current working directory. This can lead to broken builds if someone
updates to a tree other than fx-team.
This commit changes the default behavior from tracking fx-team to finding all recent
pushheads and finding the closest to the working parent that has artifacts available.
This also fixes a mis-match between tree names according to mozext and branch names in
the taskcluster index preventing artifact download from common integration branches.
--HG--
extra : commitid : 3LqLna4qxk0
clang based tools typically choke when they encounter a lot of -XClang
arguments, and since those args are passed to the cc1 driver they're
unnecessary for such tools anyways.
This helps people who have things like --enable-clang-plugin in their
mozconfig use clang based tools without having to remove these arguments
manually.
Downloaded from https://pypi.python.org/packages/source/v/virtualenv/virtualenv-14.0.1.tar.gz
and extracted without any modifications.
This appears to speed up `mach configure` for artifact builds by ~3.3s on
my Linux machine (~16.3s to 13.0s). A significant part of this appears
to be newer version of pip caching and reusing wheels after first
install.
This should be a rubber stamp review, as all changes are from trusted
upstream packages.
--HG--
extra : rebase_source : a38af27ab45f21e9ea943fcd23655b3ce51ffdd8
Calling error() in moz.build files to indicate unsupported configurations is
useful, but readers using EmptyConfig will trigger them currently. This patch
allows a Config to have an `error_is_fatal` attribute, which will make
error emit a warning instead.
--HG--
extra : commitid : 8rqc0rx4iOK
extra : rebase_source : 0bece15b1d0fcbb38e01a26101c1f4697285c583
This is two straightforward optimizations in FileCopier: avoiding a redundant iteration
over the directory structure to find destination files (which includes a
call to normpath) and avoiding redundant calls to determine directories to preserve
when remove_unaccounted is not specified (which include a call to dirname).
Running a no-op install of _tests with this patch results in a reduction of about
25,000 calls to normpath and remove about 220,000 calls to dirname, resulting in
an overall speedup of 10-20%.
--HG--
extra : commitid : 8nyTo489q8X
Listing the tests in all-tests.json is prerequisite to adding support
for Marionette tests to `./mach test FILE`.
Marionette tests will be run from the source directory, as they do not
currently need packaging.
--HG--
extra : rebase_source : 41b80531b671cb2f4cca4337c41ba94ab189f8c0
The current rule is only for "backend.RecursiveMakeBackend", but, with
the current default of generating both the RecursiveMake and FasterMake
backends, the command creates/refreshes both backends. This is, in fact,
how the FasterMake backend is refreshed in most cases.
Moreover, with an hybrid backends, the generated file is not
"backend.RecursiveMakeBackend" anymore, so we need a more generic way to
handle this.
Furthermore, it's not necessarily desirable for all backends to have a
dependency file to handle the dependencies to refresh the backend, so
generate a plain list instead. This has the side effect of making `mach
build-backend --diff` more readable for changes to that file.
Finally, make the backend.* files created like any other backend file,
such that its diff appears in the `mach build-backend --diff` output.
The FasterMake build system is meant to be invoked through `mach build
faster`, which does it already, or, in the near future, as part of an
hybrid build system, which will deal with it as well. People doing
`make -C objdir/faster` won't have the backend automatically refreshed,
but that's not a supported way to use it anyways.
Install manifests are not empty in normal conditions, apart a few
exceptions where they are only used for a "magic" `rm -rf`.
However, we're going to introduce changes that will empty some of
the install manifests and make their work happen from a different
backend, in which case we don't want them to correspond to a `rm -rf`.
When doing build system changes affecting backend-generated files, I
often use `mach build-backend --diff`. But most of the time I end up
wanting to look at the full diff again when doing further changes, which
leads me to stash my changes away, run `mach build-backend` to get the
initial state again, unstash and rerun `mach build-backend --diff`.
This has been a time drain for long enough :)
The code doing this was added before we had install manifests, back when
they were purge manifests, and before we tracked all files created by
the backend. Nowadays, if an install manifest is removed, it will be
removed in BuildBackend.consume.
In fact, purging the install manifests in the backend itself breaks the
deleted files count displayed after reticunating splines.
XPI_NAME affects no tier on its own, as it merely changes paths where
things end up that are defined by other variables.
FILES_PER_UNIFIED_FILE had an erroneous value.
Those are the worst offenders of affected_tiers. The rules to handle
them are all in directories that is not necessarily related to where
the variables are defined, each of which has a Makefile.in for those
rules, which forces export to go through them.
They are respectively using PP_TARGETS and INSTALL_TARGETS. Both affect
the misc tier since bug 1240671, per the *_TARGET value they set in the
backend.
This has the nice side effect of now skipping directories where test
harness files are handled by install manifests.
JAR_MANIFESTS affects the libs tiers through config/rules.mk rules.
While we could move the rules in the backend, they are too complex to
just do that now.
GENERATED_FILES impacts the export tier through the config/rules.mk
definitions, now moved to the backend itself, so that everything is
close to each other.
Those are non-passthru variables with the same property as
ANDROID_GENERATED_RESFILES, ANDROID_APK_NAME and ANDROID_APK_PACKAGE, in
that they don't affect tiers through the backend code itself, but from
the Makefile.in along the moz.build they are defined in.
The are passthru variables that don't actually affect any tier per the
backend itself. They do affect the `export` tier by way of the Makefile.in
along the moz.build defining them, and the existence of those
Makefile.in already guarantees those directories not to be skipped for
`export`.
This initiates a move off affected_tiers in VARIABLES definition to
explicit in-backend handling, which will hopfully make things clearer.
HAS_MISC_RULE is currently used to opt-in to the misc tier in a few
directories with a misc:: rule. It is, in fact, mostly used for custom
xpi creation, which will be separately addressed in bug 1240676, so it
will eventually go away entirely, but in the meantime, we send it as a
throwaway passthru.
Historically, all tiers were handled as opt-out (may_skip), until we
added the first opt-in tier (no_skip). It doesn't make much sense to
differentiate them anymore, so handle them all as opt-in.
When adding a backend, we currently have to add them in three different
places so that they appear in the right places.
Instead, keep the list in a single place.
Currently |./mach artifact| installs an old version of the taskcluster client,
which installs an old version of requests that's incompatible with commonly
installed python versions. This bumps to a version of taskcluster client that
accepts and requests version < 3, so we pick up the in-tree version instead of
installing 2.4.3.
--HG--
extra : rebase_source : 7b4f450c0492fd3c840e4f0a0cce8b42d120df9f
generate_symbols_file only supports the global defines, and completely
ignores DEFINES from the same moz.build the SYMBOLS_FILE is defined.
This fixes this misfeature.
A recent change regressed this behavior -- while an artifact build runs, it
doesn't load certain "about:" pages due to missing libraries in subdirectories
of dist/bin.
--HG--
extra : commitid : HOPgt9kMKoV
AFAICT, we don't actually access web-platform test files from the
objdir for anything except test packaging. And we already have
a mechanism for creating test archives from files directly in the
source directory. So, let's stop copying them to the objdir and
package them directly from the source directory!
The _tests install manifest reports the following change:
before: 41,977 files installed
after: 24,537 files installed
delta: -17,440 files
We still copy some WPT files to the objdir. We might be able to
eliminate these as well. However, since there are only ~200 files,
I'm not too concerned.
I manually compared the resulting web-platform zip archives from before
and after. No files were removed from the archive. However, the new
archive does gain several hundred empty directories with .gitkeep
files. This feels weird, but it shouldn't break anything (I would
think). I'm inclined to leave them for now. I'll file a follow-up
bug to deal with them (preferably by removing them from version
control).
--HG--
extra : rebase_source : d350f8fc223982c8a11a9bf542411e5ec5e44244
The faster make backend cannot support such things, so it's better to
avoid unsupported things to slip in because it happens that doesn't
break what automation runs.
Right now, each incremental build produces a new set of GeckoView
library files, but the previous files don't get cleaned up, and you end
up with a bunch of old libraries in your objdir. This patch cleans up
the old files before producing new ones.
Chris Manchester
Sebastian Hengst
Andrew Halberstadt
Nathan Froyd
Wes Kocher
Dave Townsend
George Wright
Ryan VanderMeulen
Mike Shal
Mike Hommey
Nick Alexander
Carsten "Tomcat" Book
Nicholas Nethercote
aleth
Gregory Szorc
Timothy Guan-tin Chien
Ted Mielczarek
Richard Newman
Phil Ringnalda
Steve Fink
Jeff Walden
Maja Frydrychowicz
Sambuddha Basu
Myk Melez
Dan Minor
Quentin Headen
Jan Beich
Patrick Brosset
Birunthan Mohanathas
Ehsan Akhgari
Syd Polk
Andreas Tolfsen
Jacek Caban
Panos Astithas
Jim Chen
Gregory Szorc
Gijs Kruitbosch