This allows RS to start connections in parallel without actively waiting
for any possible handshakes.
Doing so gives us a nearly-3x speedup on the average connection latency.
Previously this just yielded the time slice, which blocked the event
loop until the other side read some data from the socket.
This "fixed" impl is still equally bad, but at least it doesn't block
the event loop.
These were showing up on profiles as quite hot (>5%), we can avoid all
the unnecessary assertions by doing them once in advance and using
pointers for the rest of the function.
This makes AES-GCM about 6% faster.
These options supplements the original threshold option, because it's
now possible to specify a threshold and add either minimum/maximum size
for additional filtering.
It's also possible to not use the old threshold option (that Tim
Schumacher told me it was inherited from coreutils) and only specify the
2 new options to create a filtering.
This reverts commit 59cb7994c6.
This change caused a bug where getImageData returned the image in
BGRA8888 format instead of RGBA8888.
(cherry picked from commit d2f9ba7db1d8dd1dd611e6a3f40b9125b5aa054d)
The big improvement included in this commit is stack height mismatch
validation. There are other minor improvements included (related to the
validation algorithm). The method of supporting stack polymorphism has
changed to be more like the spec, which was necessary for confidently
handling stack height mismatches.
See:
https://webassembly.github.io/spec/core/appendix/algorithm.html
(cherry picked from commit 9b58271f8b6de2dbfff416780a54e0322f9c6799)
Previously, the validator had a lot of extraneous information related to
frames. Now, there's just one stack with all the necessary information
derived from it.
(cherry picked from commit ad54b69de9df6ccd44178cbe49779e313f95f273)
Previously, `memory.fill` filled memory with 4-byte values, even though
`memory.fill` should fill with just one byte. Also fixes some other
issues with some of the bulk memory instructions, like `memory.init`.
(cherry picked from commit d8ee2e343df25d12637e08d54908b4fd86a22dc3)
We don't have asynchronous TCP socket implementation, so its usefulness
is a bit limited currently but we can still test it using memory
streams. Additionally, it serves as a temporary {show,test}case for the
asynchronous streams machinery.
This class allows to convert an asynchronous generator which generates
chunks of data into an AsyncInputStream. This is useful in practice
because the said generator often ends up looking very similar to the
underlying synchronous algorithm it describes.
With Ladybird now being its own repository, there's little reason
to keep the Ladybird Android port in the SerenityOS repository.
(The Qt port is useful to be able to test changes to LibWeb in lagom
so it'll stay around. Similar for the AppKit port, since getting
Qt on macOS is a bit annoying. But if the AppKit port is too much
pain to keep working, we should toss that too.
Eventually, the lagom browser ports should move out from Ladybird/
to Meta/Lagom/Contrib, but for now it might make sense to leave them
where they are to keep cherry-picks from ladybird easier.)
