The graphics directory is a more suitable home for game assets.
Also, move card backs into their own subfolder in preparation for a
themes subfolder for card fronts.
`Length::resolved(Node&)` transforms infinite values to "auto".
Following transformations:
Infinite (Length) -> "auto" -> 0 (px)
cause border-box width to be resolved in zero when it should be inf px.
Removing `Length::resolved(Node&)` makes it work right:
Infinite (Length) -> Infinite (px)
Fixes#18649
Previously we were starting the variable expansions before the starting
'$' and calculating the wrong length, this commit makes it so we
calculate the right range for them.
We previously did not notify the listener about entering the root node,
which caused the following snippet to produce the wrong output:
a = new DOMParser
a.parseFromString("<x/>", "text/xml").documentElement // != null
This makes Piano exactly as usable as when I started the large refactor
some years ago, which *sounds* like I'm a terrible person but now it (1)
looks nicer and (2) has a flexible backend that can already deal with
aribtrary kinds of processors on any track.
These were part of the postcreate script previously, but with the new
powers of sed, we can text-replace the library name and make changing
them much more convenient.
Namely, the window title and size are carried over, since a larger
window with a more readable "Example Application" title is better to
understand. I also took the opportunity to add a missing trailing
newline to the generated CMake file.
Our current `peek_bits` function allows retrieving more bits than we can
actually provide, so whenever someone discards the requested bit count
afterwards we were underflowing the value instead.
The actual cause for the "missing bits" is currently unknown, and this
test case doesn't actually start obviously breaking yet unless we start
reporting errors about missing bits. However, since we are touching the
BitStream implementation already, let's add the test early to make extra
sure that we aren't breaking anything.
This follows on from the SVG linear gradients. It supports the same
features (xlink:href, gradientUnits, gradientTransform).
With this commit I have now implemented all web gradients :^)
(Though we are still missing a few parameters for SVG gradients,
e.g. spreadMethod).
This also slightly refactors things to share more implementation with
the SVG linear gradients, and improve accuracy (which fixes some banding
issues).
Since this FIXME was added the SVGFormattingContext has got a fair bit
more spec compliant. The other more specific FIXMEs in this file should
be more useful.
