This defines a few additional globals but also turns on the browser environment
for everything in browser and toolkit. This may lead to some false negatives
but we have lots of code that runs in a browser context so in the name of
getting rules turned on I think this is a useful step.
MozReview-Commit-ID: BdWouZGK6d
This adds more of the scripts that browser.js relies on and also makes
browser-chrome head files import the browser.js globals.
The MOZ_JSDOWNLOADS block in contentAreaUtils only seems to hide a single
function, I don't see any need to keep hiding that now we're on by default.
MozReview-Commit-ID: 5zvF3JtJrZG
To properly lint XBL files we need to support things like import-globals-from
and other ESlint comment directives so we have to pass comments through to the
code blocks that ESlint parses. Unfortunately the way the XBL processor works
now is by passing a separate code block for every method/property/etc. in the
XBL and ESlint doesn't retain state across the blocks so we would have to prefix
every block with every comment. Instead this change makes us output just a
single block that roughly looks like this:
<comments>
var bindings = {
"<binding-id>": {
<binding-part-name>: function() { ... }
}
}
This has some interesting bonuses. Defining the same ID twice will cause a lint
failure. Same for the same field in a binding. The line mapping is a little
harder and there are still a few lines that won't map directly back to the
original file but they should be rare cases. The only downside is that since
some bindings have the same binding declared differently for different platforms
we have to exclude those from linting for now.
MozReview-Commit-ID: CAsPt5dtf6T
While working on turning on no-undef I discovered that the various rules we
have for defining globals are a little inconsistent in whether the files they
load recurse through import-globals-from directives and none of them imported
eslint globals directives.
I think we're better off putting all this global parsing code in a single place
rather than spread across multiple rules. Have one rule to turn it on for
parsed files and one function to load globals from other files and make them
share most of the code so we won't get inconsistent. If we find us needing to
turn on/off individual features we can figure out a way to do that in the
future.
This patch does that, the globals.js file does all global parsing with a shared
object that receives events from the AST, either through from an ESlint rule
or from a simple AST walker using estraverse.
MozReview-Commit-ID: 9KQZwsNNOUl
Enable building with Gradle using --with-gradle. Configure the
location of Gradle with --with-gradle=/path/to/gradle. For local
developers, this is always the in tree Gradle wrapper, which downloads
and installs the correct Gradle version automatically. In automation,
this will be a version of Gradle fetched from tooltool.
Configure the location to use to download Gradle Maven dependencies
(including the Android-Gradle plugin) by setting
GRADLE_MAVEN_REPOSITORY in your mozconfig. For local developers, this
defaults to the jcenter repository. In automation, this will be an
archived directory fetched from tooltool.
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: Hrkn88Vig5H
We can't run Docker-in-Docker, so this is a clone of
https://hub.docker.com/r/sonatype/nexus, modified to run additional
commands. Sonatype Nexus officially supports the Oracle JDK but the
OpenJDK appears to work as well, so we use it.
This bakes a build.sh and Gradle-specific dependencies into the docker
image. This makes sense in a future where the dependencies this
fetches are baked into the image used to build Fennec. It makes less
sense right now, when the dependencies are uploaded to tooltool and
subsequently consumed. It's not critical that we get this right
immediately.
The actual build.sh script runs the Gradle wrapper for a special
dependency project. The wrapper installs Gradle itself, downloads a
large number of Gradle dependencies, and uses Jake Wharton's
https://github.com/JakeWharton/sdk-manager-plugin/ to download and
install the Android SDK. (We could use |mach bootstrap|, but that
doesn't (yet) support non-interactive use, and I want to try to use
the SDK Manager more generally.) These outputs are then packaged for
further use: right now, they're exposed as artifacts, but eventually
we'll upload them directly to tooltool.
MozReview-Commit-ID: 7upsk1ANuxN
This commit adds the `computeShortestPaths` method to the `HeapSnapshot` webidl
interface. It implements this new method on the
`mozilla::devtools::HeapSnapshot` class.
Adds a keydown listener on the memory panel window. Select previous/next snapshot
when user presses UP/DOWN with the accelKey modifier (metaKey on OSX, ctrlKey on
windows).
Keydown events with modifiers are no longer listened to by the tree node elements.
Updated tree node test.
Added new mochitest to test the new keyboard navigation on the census view. )
Be warned. Do not attemp to change the .js "test" source code in ./js
They are meant to check
- the outdated 0666 octal constant is still parsed correctly,
- the outdated 0666 octal constant raises syntax error flag
in strict mode, etc.
So leave them alone.
The fuzzers' differential testing would like to test the asm.js vs non-asm.js
code which may or may not involve SavedFrame stacks, but asm.js doesn't ever
record columns so any test case with a SavedFrame stack will fail. To enable the
fuzzers to get deeper into the system, rather than failing early because of
SavedFrame stacks, we force SavedFrame columns to 0 in the deterministic builds
that the fuzzers use.
