This commit converts TLS::TLSv12 to a Core::Stream object, and in the
process allows TLS to now wrap other Core::Stream::Socket objects.
As a large part of LibHTTP and LibGemini depend on LibTLS's interface,
this also converts those to support Core::Stream, which leads to a
simplification of LibHTTP (as there's no need to care about the
underlying socket type anymore).
Note that RequestServer now controls the TLS socket options, which is a
better place anyway, as RS is the first receiver of the user-requested
options (though this is currently not particularly useful).
pending_bytes() and can_read_without_blocking() should also take
the buffered data into account, otherwise we'll end up pretending that
the socket cannot be read from while it has buffered data.
This is equivalent to Core::Socket::set_notifications_enabled(), and
serves to disable the on_ready_to_read() notifications, as the sockets
often implement these using the event loop, this method can help avoid
waking the event loop and spamming useless calls to on_ready_to_read().
release_fd() releases the fd associated with the LocalSocket it is
called on. This is analogous to release_value() on container objects in
AK, after which the object does not contain the value.
This functionality is required by Core::LocalServer and LibIPC depends
on LibCore.
take_over_accepted_socket_from_system_server has also been renamed to
take_over_socket_from_system_server as the socket need not be accepted
before taking it over. :^)
The ImageEditor tracks whether it was loaded from an image
(the alternative being a project file.) If it was loaded from an image
file we redirect save project actions to save as instead.
Gamma.h includes xmmintrin.h, which is X86-only. The file contains
code in other places that is compiled conditionally on __SSE__, so the
same macro is used to determine inclusion of the header.
The CMakeLists.txt for Lagom contains a few libraries and executables
with X86-specific code. By excluding those libraries, Lagom builds
for macOS on Arm as well. The places are marked FIXME to be removed
when the libraries will build for Arm.
This property represents the CSS content size, so let's reduce ambiguity
by using the spec terminology.
We also bring a bunch of related functions along for the ride.
Style updates are lazy since late last year, so the StyleInvalidator is
actually hurting us more than it's helping by running the entire CSS
selector machine on the whole DOM for every attribute change.
Instead, simply mark the entire DOM dirty and let the lazy style update
mechanism run *once* on next event loop iteration.
Instead of making each Layout::Node compute style for itself, we now
compute it in TreeBuilder before even calling create_layout_node().
For non-element DOM nodes, we create the style and layout tree node
in TreeBuilder. This allows us to move create_layout_node() from
DOM::Node to DOM::Element.
Under Debian `e2fsck` is found in `/sbin/` which does not match the
existing "version" the script currently uses (`/usr/sbin/e2fsck`
versus `/sbin/e2fsck`); therefore I added a simple `if` condition to
remedy the situation by verifying whether the original path exists or
not, so I can use the one Debian expects.
Special thanks goes to Tim Flynn a.k.a. `trflynn89` for his valuable
feedback.
ECMA-262 defines \s as:
Return the CharSet containing all characters corresponding to a code
point on the right-hand side of the WhiteSpace or LineTerminator
productions.
The LineTerminator production is simply: U+000A, U+000D, U+2028, or
U+2029. Unfortunately there isn't a Unicode property that covers just
those code points.
The WhiteSpace production is: U+0009, U+000B, U+000C, U+FEFF, or any
code point with the Space_Separator general category.
If the Unicode generators are disabled, this will fall back to ASCII
space code points.
Among other things, this lets you run flaky tests to check if they are
still flaky. :^)
This is done in two ways: It makes should_skip_test() always return
false; and skips reading and generating the skipped-tests lists since
we won't use them.
