This adds a storage tab which contains just a cookie viewer for now. In
the future, storage like Local Storage and Indexed DB can be added here
as well.
In this patch, the cookie table is read-only.
It's getting a bit unwieldy to maintain as an inlined string. Move it to
its own file so it can be edited with syntax highlighting and other IDE
features.
Choosing options from the `<select>` will load and display that style
sheet's source text, with some checks to make sure that the text that
just loaded is the one we currently want.
The UI is a little goofy when scrolling, as it uses `position: sticky`
which we don't implement yet. But that's just more motivation to
implement it! :^)
This adds the following behavior for the DOM node/attribute editor in
the Inspector:
* If the user double clicks on an attribute name, the name is selected.
* If the user double clicks on an attribute value, the value text (sans
the surrounding quotes) is selected.
* Otherwise, double clicks select the entire text range.
- Expose table from console object
- Add new Table log level
- Create a JS object that represents table rows and columns
- Print table as HTML using WebContentConsoleClient
When working on the Inspector's HTML, it's often kind of tricky to debug
when an element is styled / positioned incorrectly. We don't have a way
to inspect the Inspector itself.
This adds a button to the Inspector to export its HTML/CSS/JS contents
to the downloads directory. This allows for more easily testing changes,
especially by opening the exported HTML in another browser's dev tools.
We will ultimately likely remove this button (or make it hidden) by the
time we are production-ready. But it's quite useful for now.
After the refactor to use CSS variables for dark-mode colors in commit
ae25146b89, we had duplicated blocks for
some CSS rules. This patch just unites them into one block.
Currently, the feel of scrolling containers in the Inspector is a bit
awkward. We make the entire split-view container scrollable, then we
absolutely position the tab control buttons to force them to not scroll.
The result is that the scroll bar is painted over the tab controls, and
the tab content that we actually want to scroll has to scroll under the
tab controls. This never looked quite right.
It was basically:
<div tab-container> <!-- Scrollable -->
<div tab-controls /> <!-- Pinned to not be scrollable -->
<div tab-content /> <!-- The part we actually want to scroll -->
</div>
This patch moves the "scrollability" to just the tab content. We then
don't need to go out of our way to ensure only the content is actually
scrollable.
So we now have:
<div tab-container> <!-- Not scrollable -->
<div tab-controls /> <!-- Not pinned, uses normal layout -->
<div tab-content /> <!-- Scrollable -->
</div>
Previously, the legacy `-webkit-foo` properties would all be top of the
list, when they are generally not useful to inspect. Instead, put them
at the bottom, so that users can still see them if they want to, but
they're not in the way.
We currently display scroll bars for the JS console and its parent tab
container. We want the console output to be separately scrollable from
the tab content, but since both containers are scrollable, we end up
with nested scroll bars. This also makes actually scrolling feel pretty
awkward.
Prevent this by making the tab container non-scrollable when the JS
console is shown.
The previous character used, @, conflicted with CSS. % is used by other
templating engines, and doesn't conflict with language features (e.g.
media queries).
about:blank in most other browsers has a white background regardless of
dark mode. So rather than messing with that, remove the contents of the
NTP for now, and set a dark background-color in dark mode.
For SerenityOS, we parse emoji metadata from the UCD to learn emoji
groups, subgroups, names, etc. We used this information only in the
emoji picker dialog. It is entirely unused within Ladybird.
This removes our dependence on the UCD emoji file, as we no longer
need any of its information. All we need to know is the file path to
our custom emoji, which we get from Meta/emoji-file-list.txt.
As a preparation to introducing ldd as a symlink to /usr/lib/Loader.so
we rename the ldd utility to be elfdeps, at its sole purpose is to list
ELF object dependencies, and not how the dynamic loader loads them.
Nobody uses this functionality. I used this code on my old 2007 ICH7
test machine about a year ago, but bare metal is a small aspect of the
project, so it's safe to assume that nobody really tests this piece of
code.
Therefore, let's drop this for good and focus on more modern hardware.
Now both /bin/zcat and /bin/gunzip are symlinks to /bin/gzip, and we
essentially running it in decompression mode through these symlinks.
This ensures we don't maintain 2 versions of code to decompress Gzipped
data anymore, and handle the use case of gzipped-streaming input only
once in the codebase.
