Mention that wxTE_RICH2 should be used instead of wxTE_RICH and that it
can now be turned out automatically if the initial text is too long.
See #19303.
Such thread names can be shown by some debuggers, and depending on
the OS and compiler versions used, they can be visible in process
lists and crash dumps.
Co-authored-by: PB <PBforDev@gmail.com>
Add a paragraph for keys where GetUnicodeKey and GetKeyCode both return
WXK_NONE, that GetRawKeyCode is platform specific, and that such keys
generate no wxEVT_CHAR event.
Add "since 3.1.0" for the constants introduced back in abd46cb99a (Add
support for multimedia keys to wxMSW and wxGTK, 2016-01-08) and also for
the new constants added in the previous commit.
Also document that WXK_LAUNCH_n keys are only generated by wxGTK.
X11 defines Xf86Launch[0-9a-f], which are then also defined as
GDK_KEY_Launch[0-9A-F].
Unfortunately, keys which are not mapped are just plain ignored and the
application is then not able to receive these keyboard events at all.
The original PR https://github.com/wxWidgets/wxWidgets/pull/157 mapped
only LaunchA/B to WXK_LAUNCH_APP1/2, this patch adds the whole range of
keys and keeps LAUNCH_A/B as aliases for WXK_LAUNCH_APP1/2
We need to be able to change the scale factor of the bitmaps returned by
wxBitmapBundle::GetBitmap(), so add a function allowing to do this.
Also add wxHAS_BITMAP_SCALE_FACTOR allowing to check whether this
function actually does something non-trivial and explain in the docs
that GetScaleFactor() always returns 1 on the platforms where this
symbol is not defined.
This function was defined in wxGTK and wxOSX, but not in wxMSW or the
other ports, but it can be useful there too, so make it public and
define it in common code.
Using bitmaps of preferred size avoids scaling and results in much
better appearance, so add methods allowing querying the bundle about the
bitmaps it supports and implement them in the various implementations.
This is not actually used anywhere yet, but will be soon.
Take wxBitmapBundle in wxButton::SetBitmapLabel() and related functions
in order to be able to associate several bitmaps to be used in different
resolutions with the button, instead of just a single bitmap.
Existing code may call functions taking wxBitmap with wxIcon, due to an
existing conversion from wxIcon to wxBitmap, so we need to provide a
similar conversion to wxBitmapBundle for compatibility.
The existing variants returning wxBitmap are insufficient for non-MSW
ports where the toolbar bitmap size is unavailable otherwise, as
GetToolBitmapSize() value doesn't really correspond to it (which is a
problem on its own, but there is not much that can be done about it by
now).
Having these functions allows to retrieve the actually used bitmap size
by using wxBitmapBundle::GetDefaultSize().
Pass wxSize by const reference instead of "const" value.
Note that passing wxSize by value might be not such a bad thing,
actually, but we use const reference for it everywhere else, so do it
here as well for consistency (and the original intention was to do it
like this, missing "&" was just a typo subsequently propagated through
copy-pasting).
No real changes.
Passing non-const data is inconvenient and error-prone, as data can't be
used again after it was modified by Nano SVG, which resulted in the
button using SVG bitmap not working any longer in the toolbar sample
after recreating the toolbar.
So make it easier to do the right thing, while still keeping the
overload taking non-const data for the situations when avoiding an extra
copy is worth it.
Add nanosvg submodule and use it in the generic implementation of this
function.
This is incomplete yet and, notably, doesn't cache the rasterized
images, but already shows that using SVG images works (at least in the
toolbar sample).
This first version provides only a generic implementation of
wxBitmapBundle using a collection of bitmaps and only supports using it
in wxToolBar in wxMSW and wxGTK.
More methods of creating wxBitmapBundle will be provided later and more
functions taking wxBitmap will be changed to take wxBitmapBundle later
too and, of course, all the other ports will be updated to use the new
API too.
Instead of just saying that Bind() is better, provide some points
illustrating why is it better.
Notable mention that Connect() can only be used with methods of the
classes publicly inheriting from wxEvtHandler, unlike Bind().
Closes#19266.
This function is currently used for relatively small icons in
wxArtProvider and wxSearchCtrl, so it shouldn't be a problem to use
wxIMAGE_QUALITY_HIGH from performance point of view and if it ever does
become a problem, the application could easily use wxImage::Rescale()
with a different option directly instead.
Define a single function and use it in both wxArtProvider and (the
generic implementation of) wxSearchCtrl instead of repeating the same
code elsewhere.
Note that another, but slightly different, version of RescaleBitmap()
still remains in wxPropertyGrid.
Deprecate undocumented wxArtProvider::RescaleBitmap() which is
completely useless now.
No real changes, this is just a refactoring.
Don't use GetVolumeSeparator() to combine UNC or GUID volumes with
paths, this doesn't work because this kind of paths doesn't contain
colons at all.
Update the documentation to mention this.
This comes at the price of breaking compatibility and returning
"\\share" rather than just "share" from wxFileName::GetVolume() for the
UNC paths. This breakage seems justified because it is required in order
to allow application code to distinguish between paths "x:\foo" and
"\\x\foo", which was previously impossible as GetVolume() returned just
"x" in both cases.
Document this change, adjust the existing checks for the new GetVolume()
semantics and add a new test which passes now, but didn't pass before.
Closes#19255.
This commit is best viewed ignoring whitespace-only changes.
Add wxComboCtrl::SetMainControl() which can be used to use some other
window instead of the default wxTextCtrl as the main window of the
combo control.
Update the sample and the documentation to show the new function.
This static function parses a subset of the language tags described in
BCP 47 (see https://www.rfc-editor.org/rfc/bcp/bcp47.txt).
Use the tag, as specified by this function, rather than the locale
identifiers components under MSW, where this should allow us to use even
locales that can't be described using just language-script-region.
