Size and format information are the same for every implementation and do
not need to be virtual. This removes the need to reimplement them for
each driver.
We've also pulled out the default root path instead of folding it in
with the receiving variables, so that it's uniform across all options
with default values.
Now, there is nothing that can react to `set_...()` calls, so
offering this possibility can cause wrong assumptions as to what one
can do as soon as a WebServer instance has launched.
The main program can still decide whether to supply the optional
credentials or not, but this way, the configuration can become a Value
Object that won't change after initial creation.
Currently, the generated IPC decoders will default-construct the type to
be decoded, then pass that value by reference to the concrete decoder.
This, of course, requires that the type is default-constructible. This
was an issue for decoding Variants, which had to require the first type
in the Variant list is Empty, to ensure it is default constructible.
Further, this made it possible for values to become uninitialized in
user-defined decoders.
This patch makes the decoder interface such that the concrete decoders
themselves contruct the decoded type upon return from the decoder. To do
so, the default decoders in IPC::Decoder had to be moved to the IPC
namespace scope, as these decoders are now specializations instead of
overloaded methods (C++ requires specializations to be in a namespace
scope).
This allows callers to use the following semantics:
using MyVariant = Variant<Empty, int>;
template<typename T>
size_t size() { return TypeList<T>::size; }
auto s = size<MyVariant>();
This will be needed for an upcoming IPC change, which will result in us
knowing the Variant type, but not the underlying variadic types that the
Variant holds.
Both widgets now make use of their base class's scrolling timer and
now always accept drag selection updates on mousemove_event().
This guarantees much snappier feeling selections when actively moving
the mouse.
Renames on_automatic_scrolling_timer_fired() =>
automatic_scrolling_timer_did_fire()
The 'on_' prefix is usually reserved for AK::Function hooks.
Renames set_automatic_scrolling_{active,timer}() =>
set_automatic_scrolling_timer_active()
For consistency, accuracy, and header file A E S T H E T I C S
Previously, automatic cursor tracking widgets consumed all mouse
events but did not update their own hover state while active, meaning
Enter and Leave events were not being dispatched.
Fixes TextEditor's automatic selection scroll timer failing to stop
and start while autotracking. Its manual workaround in mousedown
is no longer needed.
Since our WebServer can already react to Basic Auth, now there is a way
to use that in SerenityOS :^)
This commit intentionally omits any Digest authentication.
NOTE: We specifically allow for empty credentials (just ':'), since
standard RFC7617 doesn't explicitly prohibit this.
There were a total of 20 fixmes that were removed. This required me to
create a `initialize_all()` function for the HackStudioWidget class
that could actually propagate the errors forward to the Serenity::Main
function for the HackStudio application.
All the fixmes dealt with loading icons for the various actions
possible.
This should not be a failure that keeps HackStudio from running, but
currently, if the icons cannot be loaded HackStudio fails to open.
This has been broken since the switch to the multiprocess architecture
(and even before then was very limited).
This restores the previous functionally and also implements the ability
to inspect individual elements (by selecting them in the tree view).
The inspector also now correctly updates when navigating between pages.
It's possible to construct a floating point value that when converted to
double is not larger than i64::max(), but when remaining a float is
larger. This patch avoids that edge case with some even less exciting if
constexpr branches to fix a float-cast-overflow UBSAN error on macOS
with llvm 15.0.6.
If a negative value ends up in one of the arguments for an invoked
function, we don't want to cast it from a floating point type to an
unsigned type. This fixes a float-cast-overflow UBSAN error on macOS
with llvm 15.0.6.
This means that Ladybird can be built with either Meta/Lagom or Ladybird
as the top-level source directory. This setup is a bit awkward, but will
preserve the packaging story for Ladybird until we come up with a more
permanent solution.
This allows us to use standard Serenity IPC infrastructure rather than
manually creating FD-passing sockets. This also lets us use Serenity's
WebDriver Session class, removing the copy previously used in Ladybird.
This ensures any changes to Session in the future will be picked up by
Ladybird for free.
Rather than manually launching the SQLServer process, use SQLClient's
new functionality to launch the server just once for all Ladybird
instances. Quit the SQLServer process when it no longer has any
connected clients.
When Ladybird exits, SQLServer can get stuck spinning at 100% CPU after
the socket connection is closed. This changes the client to quit the
event loop when that disconnect happens to ensure that SQLServer is
properly destroyed.
This adds a SQLServer binary for Ladybird to make use of Serenity's SQL
implementation. This has to use the same IPC socket handling that was
used to make WebContent and WebDriver work out-of-process.
Unlike Serenity, Ladybird creates a new SQLServer instance for each
Ladybird instance. In the future, we should try to make sure there is
only one SQLServer instance at a time, and allow multiple Ladybird
instances to communicate with it.
