This patch adds an eye-like button to the PasswordBox
which allows the user to reveal the typed password.
Whether or not the button is shown is controllable via
an additional property within the PasswordBox.
Multiply the cursor position by the current scaling mode multiplier when
getting the color under the cursor. Also multiply the screen rectangle
before checking if the cursor is within bounds.
Color picker would not account for scaling when getting the color under
the cursor.
Fixes#13906.
When parsing <ndash-dimension> <signless-integer>, we tried to parse
a new token from the stream instead of using the value we had already
extracted. This caused pages that used the syntax to crash.
Instead of first doubling the required size for the determined inode
count and then _also_ tripling the sum of that and the determined disk
size, let's be a bit more reasonable and just double the sum of inode
count * size and disk size.
This results in a 1.4GB _disk_image, instead of the 2GB from before
(for < 800MB worth of files).
By providing SERENITY_DISK_SIZE_BYTES as an environment variable, the
calculation of default value considered suitable for the size of files
and number of inodes that will be included can be sidestepped.
This commit adds draw_ellipse() and moves the shared code
for circles and ellipses to draw_ellipse_part().
draw_ellipse_part() can draw an entire circle in one call using
8-way symmetry and an ellipse in two calls using 4-way symmetry.
This method will center a group of window rects, within some
bounds, accounting for the properties of the currently selected theme
(i.e. border width, title height, etc).
This also makes us a bit more accurate, due to better rounding of
intermediate results.
This also gives us the flush-to-zero and denormals-are-zero SSE settings
for free! (Assuming UE is build with SSE)
This is only enabled for clang right now, because it does not seem to
work on GCC.
Also fixes the types of two intermediate results
Co-authored-by: kleines Filmröllchen <filmroellchen@serenityos.org>
This allows direct inlining and hides away some assembly and
bit-fiddling when manipulating the floating point environment.
This only implements the x87/SSE versions, as of now.
We were always calling llround[fd], even for floating point targets.
Also for rounding to integer, we don't need to have C99's rounding rules
and can just cast, assuming the standard rounding mode.
