Before this, whenever encountering something other than dumb text
content in an inline flow, we assumed it had to be either a replaced
element, or an inline-block.
This removes the special-casing of inline-block so that IFC can size and
layout anything as long as it's inline on the outside.
There's no need to make the assumption that any inline-block box will
be represented by a BlockContainer. Nothing we do with the box here
requires that specific type anyway.
`mkstemps` generates a unique temporary file name from a pattern like
`prefixXXXXXXsuffix` where `prefix` and `suffix` can be any string with
only characters that are valid in a filename. The second parameter is
the length of the suffix.
`mkstemp` is `mkstemps` with suffix length 0, so to avoid code
duplication it calls `mkstemps`. It is unlikely this has any
significant performance impact on SerenityOS.
`generate_unique_filename` now takes the suffix length as a `size_t`.
The original behavior of this function is preserved when specifying a
suffix length of 0. All original uses of this function have been
adapted.
`mkstemps()` was added because it is required by version 4.6.3 of the
ccache port.
The implementation of `rev` found on Linux systems does not have this
behavior, however other utilities do offer this behavior and so there
really isn't too much of an argument to be made for *not* having this as
a feature.
This patch adds a non standard step pushing the realm execution context
of fetching client's settings object onto the execution context stack
before linking a module script. Without the realm execution context
there is no current settings object, leading to a crash in
HostResolveImportedModule.
This patch adds support for script elements with the type attribute set
to "module". As a first cut the changes are mainly focused around inline
scripts.
Co-authored-by: davidot <davidot@serenityos.org>
This patch adds support for the HostGetSupportedImportAssertions and
HostResolveImportedModule host hooks.
Co-authored-by: davidot <davidot@serenityos.org>
This patch adds various algorithms required to fetch and link module
scripts.
Some parts such as actually creating a request and error handling are
not implemented or use temporary non spec compliant code to get us
further.
Co-authored-by: davidot <davidot@serenityos.org>
This patchs adds the Web::HTML::Script subclass ModuleScript and
JavaScriptModuleScript as a type of ModuleScript as well as various
algorithms related to JavaScript module scripts.
Co-authored-by: davidot <davidot@serenityos.org>
This patch adds the ModuleMap class used to keep track of the type and
url of a module as well as the fetching state associated. Each
environment settings object now also has a module map.
Previously we would simply check the an input string against a list of
mime type essences, ignoring that the input might not be a valid mime
type or contain parameters.
This patch moves the helpers into the MimeSniff namespace and properly
parses an input string before comparing the essence.
This is a more correct check than !is_inline_block(), as it now enters
all elements that have inline behavior on the outside and flow behavior
on the inside.
These were totally ad-hoc before, is_inline() was based on a boolean
flag on Layout::Node that we set in various situations.
Meanwhile, is_inline_block() was a combination on is_inline() plus a
type check to see if the layout node inherited from BlockContainer.
This patch replaces the above mess with simple lookups of the CSS
display value. Note that layout nodes without their own style (i.e text
nodes) are automatically assumed to be inline and non-blocks. This has
to be special-cased since layout nodes without style will consult the
style of their parent, so without short-circuiting this would break.
This is one of many small steps towards being able to remove the ad-hoc
Layout::Node::is_inline() in favor of honoring the CSS display value
everywhere instead.
We always create a Layout::InitialContainingBlock for the ICB, but in a
future where we always honor the CSS::Display everywhere, we need to
make sure everyone has the right display values.
The mappings are exposed via `Unicode::code_point_decomposition(u32)`
and `Unicode::code_point_decompositions()`, the latter being useful for
reverse searching a code point from its decomposition.
The normalization code does not make use of `Quick_Check` props (https://www.unicode.org/reports/tr44/#Decompositions_and_Normalization),
meaning no quick check optimizations.
Currently the default is false, but this is not the best strategy
for most filters producing artifacts on the borders, and wrap-around
option ends up being better, producing less artifacts.
This prevents items from being put in the overflow menu, even though
there is still enough space for all items to be shown, because the
overflow button does not take up space when it is not needed.
By making proper use of the dynamic layout system, the Breadcrumbbar can
now shrink below its current (grown) size again, while still ensuring
that no icon gets cut off.
When items are sent to the overflow menu one by one, it can happen that
buttons that are heavily related, and don't make sense without one
another (either visually or logically) are separated.
This new option enables the developer to choose the "grouping"
behavior, of sending all items that are not separated to the overflow
menu together, as soon as one of them doesn't have enough space to be
displayed. (provided the toolbar is set as collapsible)
Previously if the user closed the last open tab in the last TabWidget
then the open file action would stop working until they explicitly
went to the View menu and added a new editor group.
Before this commit there was an attempt at preventing the user to
close the last open tab by hiding its close button, this didn't
account for the many other ways one could close it though.
Previously when trying to open a file from the tree view the file
would open in the currently selected tab, substituting the file
we were previously reading.
This change makes it so that clicking on a file from the tree view
opens it in a new tab, or selects the tab containing that file if
it's already open in the selected editor group.
This will allow Ladybird to use IPC::Connection without having an
actively running Core::EventLoop.
The abstraction here is not great, and we should think of something
nicer, but we have to start somewhere.
