* chore: deprecate webFrame.registerURLSchemeAsPrivileged
* Add register schemes protocol api
* update branch to enable browser process API
* Revert deprecation changes
* Fetch API support
* Updated api to take an array, still working on tests
* Update tests
* Remove web frame API
* Minor changes
* update scheme registrations on browser and renderer process
* fix: enable ses.getBlobData spec
* Update breaking changes doc
* feat: add support for node / preloads in subframes
This feature has delibrately been built / implemented in such a way
that it has minimum impact on existing apps / code-paths.
Without enabling the new "nodeSupportInSubFrames" option basically none of this
new code will be hit.
The things that I believe need extra scrutiny are:
* Introduction of `event.reply` for IPC events and usage of `event.reply` instead of `event.sender.send()`
* Usage of `node::FreeEnvironment(env)` when the new option is enabled in order to avoid memory leaks. I have tested this quite a bit and haven't managed to cause a crash but it is still feature flagged behind the "nodeSupportInSubFrames" flag to avoid potential impact.
Closes#10569Closes#10401Closes#11868Closes#12505Closes#14035
* feat: add support preloads in subframes for sandboxed renderers
* spec: add tests for new nodeSupportInSubFrames option
* spec: fix specs for .reply and ._replyInternal for internal messages
* chore: revert change to use flag instead of environment set size
* chore: clean up subframe impl
* chore: apply suggestions from code review
Co-Authored-By: MarshallOfSound <samuel.r.attard@gmail.com>
* chore: clean up reply usage
* chore: fix TS docs generation
* chore: cleanup after rebase
* chore: rename wrap to add in event fns
* [ci skip] refactor: create request context from network context
* [ci skip] refactor: subscribe to mojo cookiemanager for cookie changes
* [ci skip] refactor: manage the lifetime of custom URLRequestJobFactory
* refactor: use OOP mojo proxy resolver
* revert: add support for kIgnoreCertificateErrorsSPKIList
* build: provide service manifest overlays for content services
* chore: gn format
* fix: log-net-log switch not working as expected
* spec: verify proxy settings are respected from pac script with session.setProxy
* chore: use chrome constants where possible
* fix: initialize request context for global cert fetcher
* refactor: fix destruction of request context getters
* spec: use custom session for proxy tests
* fix: queue up additional stop callbacks while net log is being stopped
* fix: Add CHECK for cookie manager retrieval
* chore: add helper to retrieve logging state for net log module
* fix: ui::ResourceBundle::GetRawDataResourceForScale => GetRawDataResource
* style: comment unused parameters
* build: move //components/certificate_transparency deps from //brightray
* chore: update gritsettings_resource_ids patch
* chore: update api for chromium 68
* fix: net log instance is now a property of session
* refactor: desttroy URLRequestContextGetter on IO thread
* Accepts a factory class that can customize the creation of URLRequestContext
* Use a separate request context for media which is derived from the default
* Notify URLRequestContextGetter observers and cleanup on IO thread
* Move most of brightray net/ classes into atom net/
* refactor: remove refs to URLRequestContextGetter on shutdown
* refactor: remove brigtray switches.{cc|h}
* refactor: remove brightray network_delegate.{cc|h}
* refactor: make AtomURLRequestJobFactory the top level factory.
* Allows to use the default handler from content/ for http{s}, ws{s} schemes.
* Removes the storage of job factory in URLRequestContextGetter.
* Remove the race condition between new process creation and old process releasing remote context
Previously there was a race condition where the getId() method would return the new context ID even
though the release was for the old context. This changes it to send the "initial" context ID with
the release message to ensure there is no race.
* fetch context ID from remote in sandbox mode
When "sandboxed" is passed as a web preference for `BrowserWindow`, the newly
created renderer won't run any node.js code/integration, only communicating with
the system via the IPC API of the content module. This is a requirement for
running the renderer under chrome OS-level sandbox.
Beyond that, certain behaviors of AtomBrowserClient are modified when dealing
with sandboxed renderers:
- `OverrideSiteInstanceNavigation` no longer create a new `SiteInstance` for
every navigation. Instead, it reuses the source `SiteInstance` when not
navigating to a different site.
- `CanCreateWindow` will return true and allow javascript access.
