JS_STANDALONE builds don't need everything in mozglue; have mozglue omit the
unneeded code for such builds.
Since the SpiderMonkey binaries are now more like the other Gecko binaries, we
can remove some special cases for JS_STANDALONE in GeckoSharedLibrary,
GeckoProgram, etc. All Gecko binaries now use mozglue, which contains mfbt, so
we no longer need mention mfbt explicitly.
Add a property to the getBuildConfiguration testing function's result that
indicates whether we're using jemalloc or not.
Include the newly necessary source directories in the SpiderMonkey source
package.
The duplication of the code higher up is a little bit annoying, but I
don't see an easy way to avoid that. It's also still quite far from
duplicating everything.
I tested locally with a Fennec build that if I bump the requirement from
4.6 to 4.9, I get the expected build error.
Sphinx has been complaining about a number of reStructuredText warnings
for a while. Fix all the ones in .rst files.
Not asking for review because this is docs only and changing .rst files
can't break anything important.
DONTBUILD (NPOTB)
The Files sub-context allows us to attach metadata to files based on
pattern matching rules.
Patterns are matched against files in a last-write-wins fashion.
The sub-context defines the BUG_COMPONENT variable, which is a 2-tuple
(actually a named tuple) defining the Bugzilla product and component for
files. There are no consumers yet. But an eventual use case will be to
suggest a bug component for a patch/commit. Another will be to
automatically suggest a bug component for a failing test.
We want the ability to read data from any moz.build file without needing
a full build configuration (running configure). This will enable tools
to consume metadata by merely having a copy of the source code and
nothing more.
This commit creates the EmptyConfig object. It is a config object that -
as its name implies - is empty. It will be used for reading moz.build
files in "no config" mode.
Many moz.build files make assumptions that variables in CONFIG are
defined and that they are strings. We create the EmptyValue type that
behaves like an empty unicode string. Since moz.build files also do some
type checking, we carve an exemption for EmptyValue, just like we do for
None.
We add a test to verify that reading moz.build files in "no config" mode
works. This required some minor changes to existing moz.build files to
make them work in the new execution mode.
The Files sub-context allows us to attach metadata to files based on
pattern matching rules.
Patterns are matched against files in a last-write-wins fashion.
The sub-context defines the BUG_COMPONENT variable, which is a 2-tuple
(actually a named tuple) defining the Bugzilla product and component for
files. There are no consumers yet. But an eventual use case will be to
suggest a bug component for a patch/commit. Another will be to
automatically suggest a bug component for a failing test.
We want the ability to read data from any moz.build file without needing
a full build configuration (running configure). This will enable tools
to consume metadata by merely having a copy of the source code and
nothing more.
This commit creates the EmptyConfig object. It is a config object that -
as its name implies - is empty. It will be used for reading moz.build
files in "no config" mode.
Many moz.build files make assumptions that variables in CONFIG are
defined and that they are strings. We create the EmptyValue type that
behaves like an empty unicode string. Since moz.build files also do some
type checking, we carve an exemption for EmptyValue, just like we do for
None.
We add a test to verify that reading moz.build files in "no config" mode
works. This required some minor changes to existing moz.build files to
make them work in the new execution mode.
This reworks how the Mochitest DOMWINDOW and DOCSHELL leak detector works. Rather than
collecting immediately in the top-level script, it sends a message to all processes
telling them to carry out collections. Each process prints out a message when it has
finished the collections. This message is used by the test harness to decide when windows
and docshells for that process should be have been destroyed.
In non-e10s mode, the shutdown leak detector is only run in the parent process, to work
around various issues with leak detection in the thumbnail process tests.
This reworks how the Mochitest DOMWINDOW and DOCSHELL leak detector works. Rather than
collecting immediately in the top-level script, it sends a message to all processes
telling them to carry out collections. Each process prints out a message when it has
finished the collections. This message is used by the test harness to decide when windows
and docshells for that process should be have been destroyed.
