* Introduce `net.{start|stop}Logging()`
- Slight regression right now as Electron won't automatically start logging net-logs at launch, will soon be fixed
- To implement callback for async controls
* Add `net.isLogging` & optional callback param for `net.stopLogging()`
* Fix small regression on --log-net-log
--log-net-log should work again
* Error on empty file path
* Only start with valid file path
* Remove unused var
* Allow setting log file path before URLRequestContextGetter starts logging
* Add net log tests
* Remove redundant checks
* Use brightray::NetLog
* Clean up code
* Should automatically stop listening
* 🎨 Attempt to fix styles
* Only run non-null callback
* Dump file to tmpdir
* Simplify net log spec
Spawned Electron process on Linux CI can fail to launch
* Separate netLog module
* Remove net logging test from net spec
* Add tests for netLog
* Fix header guard
* Clean up code
* Add netLog.currentlyLoggingPath
* Callback with filepath
* Add test for case when only .stopLogging() is called
* Add docs
* Reintroduce error on invalid arg
* Update copyright
* Update error message
* Juggle file path string types
* Don't use JSON to send the result of `ipcRenderer.sendSync`.
- Change the return type of AtomViewHostMsg_Message_Sync from `base::string16`
to `base::ListValue`
- Adjust lib/browser/api/web-contents.js and /lib/renderer/api/ipc-renderer.js
to wrap/unwrap return values to/from array, instead of
serializing/deserializing JSON.
This change can greatly improve `ipcRenderer.sendSync` calls where the return
value contains Buffer instances, because those are converted to Array before
being serialized to JSON(which has no efficient way of representing byte
arrays).
A simple benchmark where remote.require('fs') was used to read a 16mb file got
at least 5x faster, not to mention it used a lot less memory. This difference
tends increases with larger buffers.
* Don't base64 encode Buffers
* Don't allocate V8ValueConverter on the heap
* Replace hidden global.sandbox with NodeBindings::IsInitialized()
* Refactoring: check NodeBindings::IsInitialized() in V8ValueConverter
* Refactor problematic test to make it more reliable
* Add tests for NaN and Infinity
* Refactor app.makeSingleInstance
* new API `app.isPrimaryInstance()`
* new API `app.isSingleInstance()`
* new event `app.on('second-instance')`
* deprecated old syntax `app.makeSingleInstance(cb)`
* deprecated old syntax of `app.makeSingleInstance() --> bool` in favor
of `app.isPrimaryInstance()`
* Fix spec, we don't need process.nextTick hacks any more
* Make deprecation TODO for the return value of makeSingleInstance
* Refactor makeSingleInstance to requestSingleInstanceLock and add appropriate deprecation comments
* I swear this isn't tricking the linter
* Make const
* Add deprecation warnings for release, and add to planned-breaking-changes
BREAKING CHANGE
* Fix timing issue in singleton fixture.
Singleton now sends the "we've started" message out only after it's
received a `'ready'` event from `app`. Previously it sent the message
out immediately, resulting in the parent test trying to manipulate it
before Singleton's event loop was fully bootstrapped.
* Check for graceful exits on Linux, too.
Rewrite the "exits gracefully on macos" spec to run on Linux too.
* Check for graceful exits everywhere.
* Tweak comment
* Better error logging in api-app-spec.js. (#12122)
In the 'exits gracefully' test for app.exit(exitCode),
print the relevant error information if the test fails.
* Run the exit-gracefully test on macOS and Linux.
Windows does not support sending signals, but Node.js offers some
emulation with process.kill(), and subprocess.kill(). Sending signal 0
can be used to test for the existence of a process. Sending SIGINT,
SIGTERM, and SIGKILL cause the unconditional termination of the target
process.
So, we'll need a different approach if we want to test this in win32.
* infrastructure for setLocale via klang
* add documentation for setLocale
* add test for setLocale
* fix spec
* add spec and update docs
* fix carriage feeds on windows
* SetLocale() sets LC_ALL on Linux
* in SetLocale() on Linux, use g_setenv()
* fix tyop: '#ifdef OSX_POSIX'
* make the linter happy
* improvements from review
Chromium already includes the necessary plumbing to manage the
visibility properties and `visibilitychange` event so this gets rid of
most of our custom logic for `BrowserWindow` and `BrowserView`.
Note that `webview` remains unchanged and is still affected by the issues
listed below.
User facing changes:
- The `document` visibility properties and `visibilitychange` event are
now also updated/fired in response to occlusion changes on macOS. In
other words, `document.visibilityState` will now be `hidden` on macOS
if the window is occluded by another window.
- Previously, `visibilitychange` was also fired by *both* Electron and
Chromium in some cases (e.g. when hiding the window). Now it is only
fired by Chromium so you no longer get duplicate events.
- The visiblity state of `BrowserWindow`s created with `{ show: false }`
is now initially `visible` until the window is shown and hidden.
- The visibility state of `BrowserWindow`s with `backgroundThrottling`
disabled is now permanently `visible`.
This should also fix#6860 (but not for `webview`).
- Use `path` module from browser process in sandboxed renderer. This is required
because the return value of `path.join` is platform-specific, and this is an
assumtion of crash-reporter.js which is shared between sandboxed and
non-sandboxed renderers.
- Set `process.platform` and `process.execPath` in sandboxed renderer
environment. This is required to spawn the windows crash service from
sandboxed renderer.
- Use a single temporary directory for all crashReporter tests. This is required
to make tests more deterministic across platforms(since mac's crashpad doesn't
support changing the crash dump directory). Also make a few improvements/fixes
to the `uploadToServer` test.
