This just allows a little versatility for consumers such as b2gdroid,
which are Fennec-like but don't have MOZ_APP_NAME=fennec.
I elected to pass appname as a parameter rather than modify the
existing distdir because I expect to want to differentiate, in some
way, the output AAR files based on the underlying name. That is, in
future we might generate geckoview-fennec-VERSION.aar and
geckolibs-b2gdroid-VERSION.aar, or stuff the name into the Ivy version
information, or...
This also fixes a typo in one of the JarFinder instantiations.
packager.py itself has been able to do preprocessing since the beginning.
For some reason, Makefile.in-driven preprocessing was kept back then, and
never was removed, and even worse, concatenation was added on top of it.
There is however a downside to the current way of doing things: error
reporting is given relative to the given manifest, which in the current
case is the preprocessed/concatenated file, so line numbers don't match
what is in the file in the source tree. However, when packager.py does
preprocessing itself, line numbers are reported properly.
Thus, switch all package manifests to packager.py-driven preprocessing.
This is a small optimization that will also make it easier to flip the
MOZ_DISABLE_GECKOVIEW conditional. We don't currently package
geckolibs without geckoview, and it's reasonable to do both if we want
one.
DONTBUILD ON A CLOSED TREE: Android-only and the build changes are cosmetic.
Very much a first cut, but I'd like to get some Fennec early adopters testing.
This adds:
* |mach artifact install| to fetch and install Fennec binaries;
* |mach artifact last| to print details about what was last installed;
* |mach artifact {print,clear}-caches|, for debugging.
This code is exposed as a new mozbuild.artifacts Python but it's not
particularly general. My intention was to get things out of the mach command
more than produce a general artifact fetching API. We can leave that bike
shed to Bug 1124378.
I've been testing this with --disable-compile-environment and it works well
locally, although there's no reason a knowledgeable developer couldn't use
this in conjunction with a fully-built tree. (I don't know when such a
situation would arise, but I know of no technical impediment.)
Now that we don't have to worry about XPCShellErrorReporter being invoked at
weird times, we can get rid of this nastiness - though it unfortunately means
getting rid of one of my best comments in the tree. :-(
Back when mozpack.path was added, it was used as:
import mozpack.path
mozpack.path.func()
Nowadays, the common idiom is:
import mozpack.path as mozpath
mozpath.func()
because it's shorter.
$ git grep mozpath\\. | wc -l
423
$ git grep mozpack.path\\. | wc -l
123
This change was done with:
$ git grep -l mozpack.path\\. | xargs sed -i 's/mozpack\.path\./mozpath./g'
$ git grep -l 'import mozpack.path$' | xargs sed -i 's/import mozpack.path$/\0 as mozpath/'
$ (pat='import mozpack.path as mozpath'; git grep -l "$pat" | xargs sed -i "1,/$pat/b;/$pat/d")
On OSX, the precomplete file is part of the signed package, so it needs
to be created before we sign. This broke because Windows is different,
where we need to sign first so that the EME voucher is generated from
the signed package, and the EME voucher is part of the precomplete file.
The Android ARchive contains the compiled Gecko libraries that Firefox
for Android interfaces to. It does not contain the Gecko resources
(the omnijar, omni.ja) nor the compiled Java code (classes.dex).
This also uploads metadata and sha1 hashes for future consumption by
Maven and/or Ivy dependency managers. In some brave future world,
we'll work out exactly what that looks like; for now, this solves a
storage problem (each .aar file is ~20MB) and it's possible to point
Gradle directly at the uploaded Ivy metadata and artifacts.
