This really just takes the [App].Name config value and removes the
ampersands `&` from the name. These ampersands are hotkeys for the
system menu. Instead of typing them twice - error prone - use the
fact that name is just menu_name without the ampersand. Remove the
ampersand to use as the name and use it as is as the menu_name.
This was broken since c8f27d7cb8 introduced a new enum value in
between existing values. Since the Serenity platform support in SDL2
relied on a sequential array index, a lot of keys were now incorrectly
mapped.
This introduces a new way to map Serenity `KeyCode` to SDL2's scancode
constants that is less prone to breaking in the future.
All the data is passed using the `Metadata` object, which has a
`main_tags` method. This method should be used when displaying only a
few main tags, for example to fill the property window of a file
manager. Another method returning the entire list of tags will be
implemented later on.
Previously, any TableView column could be made visible through a
context menu shown by right clicking on the table header. This change
allows columns to be marked as non-selectable, so their visibility
cannot be toggled in this way.
When re-opening an existing file, we would reuse the document and
register a new Editor with it, but never unregister that Editor.
Previously, this would cause a crash if you opened a binary file, closed
its tab, then opened that binary file again. HackStudio would crash
while calling `HackStudio::EditorWrapper::update_title()` on an invalid
EditorWrapper. But now it doesn't!
Something still gets leaked each time, but we now don't crash at least.
Because of the way sockets are implemented, a local socket object inside
pflocal has little to do with the filesystem node that has an ifsock
translator sitting on it; and the latter doesn't even exist until you
bind() the socket.
So it's not possible to set the socket's mode using Unix-level APIs
(other than by temporarily changing umask). It's still possible to do
this with Mach-level APIs, essentially doing the same thing as glibc's
bind() implementation does, but supplying the desired mode instead of
0666, but let's not go there.
Previously, when calling `BigFraction::from_string()`, the fractional
part of the number was always treated as positive. This led to an
incorrect result if the input string was negative.
By default, a SpinBox's value should be unlimited, (or as close as we
can get to that,) and then the GML or code can impose a limit if
needed. This saves the developer from entering an arbitrary "big" max
value when they want the value to have no maximum.
I've audited the use of SpinBox and added `min: 0`, and removed a `max`,
where appropriate. All existing SpinBoxes constructed in code have a
range set explicitly as far as I can tell.
