The amount of aliases in the likely-subtags dataset is quite large, so
this also needed to change the way the data is generated. Otherwise, the
compiler would complain about the size of the generated code.
Previously, a static method was generated that would effectively parse
the dataset into a HashMap of Unicode::LanguageID at runtime. We now
perform that parsing at generation-time, and instead generate an Array
of a structure similar to Unicode::LanguageID (we cannot use the same
structure because it contains String and Optional, which cannot be used
at compile-time).
The UnicodeLocale generator will need to parse canonicalized locale
strings, and will require using these methods. However, the generator
cannot depend on LibUnicode because Locale.cpp within LibUnicode already
depends on the generated file. Instead, defining the methods that the
generator needs inline allows the generator to use them without linking
against LibUnicode.
This makes calling value() on a temporary KResultOr be a compile-time
error. This exposed a number of missing error checks (fixed in the
preceding commits.)
This option is similar to the qgrub option, but instead of starting a
QEMU PIIX4 machine, it starts a QEMU Q35 machine, booting a grub image
disk within it.
There are a few places in the system where this could be useful,
such as PixelPaint and the MandelBrot demo. It seems general enough
that it is probably useful to have it as a system-wide cursor rather
than loading it manually each time.
This can be used immediately in PixelPaint (separate commit), but
I am adding this as a system-wide cursor since it may also be useful
for other applications that want to use it.
Every tool that has a slider now registers the primary/secondary
sliders and now uses the same keyboard shortcuts to modify the
primary and secondary properties. `[` and `]` for the primary,
`{` and `}` for the secondary.
There are quite a few tools that might want to change certain values
based on consistent keyboard shortcuts. This commit allows tools to
hook up a "primary" and "secondary" slider with the base `Tool`
class, which can then handle updating those sliders with the common
shortcuts.
Note that any derived classes that want to override the `on_keydown`
function will manually need to call `Tool::on_keydown()`.
Previously there was no way to draw rectangles with any specific
thickness, like we can do with ellises, for instance. This method
is just a simple wrapper around `draw_line()` several times. At
least for now, we don't need to do anything sophisticated since
this will only be used by PixelPaint.`
This new class will open and parse files (either images directly or .pp
project files) and one can get the parsed Image as well as other
information from it.
This patch removes a bunch of 'try_create_from..." methods from Image in
favor of using the ProjectLoader.
The only json_metadata that is available are Guides for now.
The ImageEditor knows more about the image than Image itself. So to save
a project with all the information known to the program about an image
it's logical that ImageEditor performs that task rather than the Image.
There isn't any additional data added yet, but now there's the
possibility to do so.
This avoids a value copy when calling value() or value_or() on a
temporary Optional. This is very common when using the HashMap::get()
API like this:
auto value = hash_map.get(key).value_or(fallback_value);
Our existing implementation did not check the element type of the other
pointer in the constructors and move assignment operators. This meant
that some operations that would require explicit casting on raw pointers
were done implicitly, such as:
- downcasting a base class to a derived class (e.g. `Kernel::Inode` =>
`Kernel::ProcFSDirectoryInode` in Kernel/ProcFS.cpp),
- casting to an unrelated type (e.g. `Promise<bool>` => `Promise<Empty>`
in LibIMAP/Client.cpp)
This, of course, allows gross violations of the type system, and makes
the need to type-check less obvious before downcasting. Luckily, while
adding the `static_ptr_cast`s, only two truly incorrect usages were
found; in the other instances, our casts just needed to be made
explicit.
This commit snuck into the tree via a PR for some sonar cloud fixes.
Some how I cross contaminated my branches.
Unfortunately the coverity workflow isn't ready for prime time yet,
so lets remove it until we have all the issues ironed out.
The matrix variables were left over from copy/pasting the contents
of the normal CI workflow. We also should always skip saving the
cache, as the normal CI pipeliens will refresh the toolchain and
we should just be reading the cache.
