| Commit message (Collapse) | Author | Age | Files | Lines |
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* strict imports formatting
* Reformat all imports
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* Add `no_trace` option to JSTraceable derive
* NoTrace wrapper
* Port some types to no_trace schematics
* Fixing my unsafe mistakes (not tracing traceables)
* Add docs & safety guards for no_trace
Safety guards (trait shenanigans) guarantees safety usage of `no_trace`
* Port canvas_traits to no_trace
* Port servo_media to no_trace
* Port net_traits to no_trace
* Port style to no_trace
* Port webgpu to no_trace
* Port script_traits to no_trace
* Port canvas_traits, devtools_traits, embedder_traits, profile_traits to no_trace
* unrooted_must_root lint in seperate file
* Add trace_in_no_trace_lint as script_plugin
* Composable types in must_not_have_traceable
* Introduced HashMapTracedValues wrapper
* `HashMap<NoTrace<K>,V>`->`HashMapTracedValues<K,V>`
* Port rest of servo's types to no_trace
* Port html5ever, euclid, mime and http to no_trace
* Port remaining externals to no_trace
* Port webxr and Arc<Mutex<_>>
* Fix spelling in notrace doc
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Accept transfer argument for StructuredCloneData::write
Allow structured clone reads to return a boolean
Add Transferable trait
Add basic skeletons to MessagePort
Implement transfer and transfer-receiving steps on MessagePort
Use transfer and transfer_receive in StructuredClone callbacks
Implement MessageChannel
Freeze the array object for the MessageEvent ports attribute
Implement transfer argument on window.postMessage
Use ReentrantMutex instead for MessagePortInternal
Accept origin as a parameter in dispatch_jsval
Fix BorrowMut crash with pending_port_message
Detach port on closure and check for detached during transfer
Enable webmessaging tests
fix webidl
fix
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I moved away from the `Window` struct all the logic to handle task
sources, into a new struct called `TaskManager`. In a happy world, I'd
be able to just have there two functions, of the types:
```rust
fn task_source<T: TaskSource>(&self, name: TaskSourceName) -> Box<T>
fn task_source_with_canceller<T: TaskSource>(&self, name: TaskSourceName)
-> (Box<T>, TaskSourceCanceller)
```
And not so much duplicated code. However, because TaskSource can't be a
trait object (because it has generic type parameters), that's not
possible. Instead, I decided to reduce duplicated logic through macros.
For reasons[1], I have to pass both the name of the function with
canceller and the name of the function without, as I'm not able to
concatenate them in the macro itself. I could probably use
`concat_idents` to create both types already defined and reduce the
amount of arguments by one, but that macro is nightly only. At the same
time, not being able to declare macros inside `impl` forces me to pass
`self` as an argument.
All this makes this solution more verbose than it would be ideally. It
does reduce duplication, but it doesn't reduce the size of the file.
[1](https://github.com/rust-lang/rust/issues/29599)
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And remove the method in window that returns it, because it isn't used
so far.
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Send>
We don't have `window` for `workers`. So, if we use `global.as_window()`
to get the DOMManipulationTaskSource, it will make worker panic.
Instead, we should get the DOMManipulationTaskSource from each own
thread.
Ref: https://github.com/servo/servo/pull/20755#discussion_r193557746
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Co-authored-by: Gregory Terzian <gterzian@users.noreply.github.com>
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According to the doc: https://html.spec.whatwg.org/multipage/web-sockets.html#network
The task source for all tasks queued in the websocket section are the
websocket task source, so this commit also updates those references to
use the appropriate one.
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Update QueuedTaskConversion and the TaskQueue to use it
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changed task sources to accept pipeline ids
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changed task macro to take pipeline info
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http://www.robohornet.org gives a score of 101.36 on master,
and 102.68 with this PR. The latter is slightly better,
but probably within noise level.
So it looks like this PR does not affect DOM performance.
This is expected since `Box::new` is defined as:
```rust
impl<T> Box<T> {
#[inline(always)]
pub fn new(x: T) -> Box<T> {
box x
}
}
```
With inlining, it should compile to the same as box syntax.
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Having both TaskBox and TaskOnce allows us to remove the superfluous inner boxing
from CancellableTask<T>.
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This removes the last remaining use of Task::run_with_script_thread
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The changes are:
* `*Runnable` -> `*Task`;
* `RunnableMsg` -> `Task`;
* `RunnableWrapper` -> `TaskCanceller`;
* `MainThreadRunnable` -> `MainThreadTask`;
* `wrap_runnable` -> `wrap_task`;
* `get_runnable_wrapper` -> `task_canceller`;
* `handler` -> `run`;
* `main_thread_handler` -> `run_with_script_thread`.
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Just use a bare Runnable value.
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Just use a bare Runnable value.
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Ignoring :
- **generated**.rs
- python/tidy/servo_tidy_tests/rust_tidy.rs
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And remove superfluous FileReaderEvent enum
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Implement all Runnable methods on CancellableRunnable to redirect to their inner runnable
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