This fixes the problem with wrong standard bitmaps size when using high
DPI for the main monitor with wxMSW, as GetScaledSize() used here since
31f2892200 (Avoid bitmap scaling in wxArtProvider::GetBitmapBundle(),
2021-12-17) was not the right function to use there.
Closes#19331.
Now wxMSW also stores the scale factor, even if it doesn't use it in its
GetScaledXXX(), so it doesn't seem useful to have this symbol for
distinguishing the platforms with and without bitmap scale factor
support, when we can just use wxHAS_DPI_INDEPENDENT_PIXELS instead in
the only place where this was used.
And as this symbol was added quite recently, in 2c1f4c002d (Add
wxBitmap::SetScaleFactor(), 2021-10-23), we can hopefully just remove it
without breaking any existing code, if we do it right now.
wxBitmap::GetScaledXXX() functions are useful for obtaining the
coordinates in logical pixels, so they should only divide by the scaling
factor on the platforms where logical pixels are actually different from
the physical ones, i.e. those using DPI-independent pixels.
This ensures that their behaviour under MSW remains unchanged even after
a1e4dca067 (Store scale factor in wxMSW bitmaps too, 2021-12-16), which
is the correct way to avoid breaking wxAUI (and other) drawing.
Using wxHAS_ prefix is more consistent with all the other similar
symbols, using wxHAVE_ was a mistake, that we have to pay for by
preserving the old name now (as it is actually already used in some code
outside of the library).
The fact that it's used also shows that it's better to document this
symbol, even if just to explain that it normally shouldn't be used, as
we can't really hide it anyhow.
Instead of immediately constructing the bitmap with the requested size,
possibly by downscaling a higher-resolution bitmap, and then potentially
having to upscale it if we actually need a bitmap of a bigger size, just
retrieve the bitmap in the actually needed size from wxArtProvider when
needed.
This makes bitmaps obtained from wxArtProvider::GetBitmapBundle() look
good, rather than fuzzy and ugly, in high DPI if they're actually
available in the appropriate size.
::LoadIcon() selects the icon of scaled size in the DPI-aware programs,
which is nice, but only works right if we actually set the scale factor
for the icon correctly.
Even though it's not really used by MSW code itself, the scale factor is
still needed to determine the correct default bitmap bundle size, for
example: it should be possible to create a bundle with just a single
64x64 bitmap and use it unscaled in 200% DPI, for example, rather than
scaling it up to 128x128 bitmap.
This used to work, at least in wxMSW, but stopped working after the
(perfectly valid, on their own) changes of 2508efdd6e (Initialize
wxMemoryDC with a default font, 2019-08-13), as this resulted in calling
wxApp::GetTopWindow() that can only be called from the GUI code.
Fix this by adding wxApp::GetGUIInstance() and using it in
GetMainTopWindow(), so that we only call GetTopWindow() if we actually
have a GUI wxApp object on which to call it.
Implement this in terms of a new virtual IsGUI() which seems slightly
better than, although roughly equivalent to, using wxDynamicCast().
Closes https://github.com/wxWidgets/wxWidgets/pull/2617Closes#19343.
It seems like this function will need to be used in every implementation
of EVT_LIST_COL_CLICK handler when using sorting, so it makes sense to
provide it in the library itself.
The old API seems unnecessarily complex, it is simpler to just let the
application call ShowSortIndicator() itself from its
wxEVT_LIST_COL_CLICK handler, which needs to be defined anyhow in order
to actually sort the items, rather than require it to enable sort
indicator, explicitly set it initially and then remember to not set it
any longer in response to the column clicks.
Also make RemoveSortIndicator() non-virtual and implement it simply as
ShowSortIndicator(-1) because this actually simplifies the code too.
It doesn't seem right for ShowSortIndicator() to silently do nothing if
EnableSortIndicator() hadn't been called before, so make it enable the
sort indicators if they hadn't been enabled yet.
The alternative would be to assert in this function, but this seems less
useful.
Also add some comments to wxMSW version.
Don't use "const int" or "const bool" for parameter types, the "const"
here is ignored and using it is inconsistent with all the rest of the
library.
No real changes.
wxBitmapBundle-related changes introduced a bug when wxStaticBitmap
could be using an invalid handle (which manifested itself in not showing
any image on screen) if it was using wxBitmapBundle whose GetBitmap()
returned a wxBitmap that wasn't cached inside wxBitmapBundle itself.
In this case, this wxBitmap wasn't referenced anywhere after being
associated with wxStaticBitmap and so was destroyed, invalidating the
HBITMAP used by the native static control.
Fix this by keeping a copy of the bitmap in wxStaticBitmap itself. This
is not the most efficient, but is the simplest, solution.
The layout of the toolbar depends on the size of its bitmaps, which
changes when the DPI does, so call Realize() again when this happens.
This fixes the layout of the toolbars in the aui sample when moving it
between screens using different DPI.
Using this ctor is more convenient than using the default ctor and then
calling SetMin() and SetMax().
Document the new ctor and add tests showing that minimum and maximum
values are actually respected.
Closes https://github.com/wxWidgets/wxWidgets/pull/2610
wxDEPRECATED must be used for the entire declaration to really work,
but this wasn't the case for a few functions (and one typedef) guarded
by WXWIN_COMPATIBILITY_2_8, resulting in gcc -Wattributes warning about
the attribute being ignored and the declaration not being really marked
as deprecated.
Fix this by applying the deprecation macro to the entire declaration,
which works well for gcc and should hopefully work for MSVC too.
It turns out that region being added to DC with enabled RTL layout needs
to be defined using mirrored device x-coordinates.
So if we have DC with RTL layout we need to create a temporary mirrored
region and pass it to the DC instead of the original one.
Closes#19325.
Update the language database from the canonical sources:
- It now includes most locales supported by Windows 10.
- It now also has the following attributes for each entry:
- BCP 47-like locale tag.
- Reference to canonical name for generic language entries.
- Language name in this language itself.
- Also add data file with list of language script identifiers and
aliases based on ISO 15924.
- And update genlang.py to handle all the new attributes and data.
Also move database-related methods of wxLocale to wxUILocale and
just redirect wxLocale methods to the new wxUILocale ones (they are
still preserved for compatibility).
Closes https://github.com/wxWidgets/wxWidgets/pull/2594
Re-introduce OpenSavePanelDelegate for filtering when wildcard is provided (Spotlight search field was not working correctly, if extension was not known)
(and on macOS 10.11 allow programmatically showing the extra panel)
see http://www.github.com/wxWidgets/wxWidgets/pull/2592 and https://trac.wxwidgets.org/ticket/19324
co-authered-by: Jeff Young <jeff at rokeby dot ie>
Allow using vectors of bitmap bundles instead of wxImageList in the most
common controls using the latter: wxBookCtrl-derived classes (including
wxNotebook), wxListCtrl and wxTreeCtrl.
Also update more parts of wxAUI to use wxBitmapBundle.
See https://github.com/wxWidgets/wxWidgets/pull/2574
These accelerators are not shown in wxMenuItem label, but still will
work.
Implement support for them in all major ports and XRC.
Co-Authored-By: Vadim Zeitlin <vadim@wxwidgets.org>
Previously, wxMediaCtrl would always automatically resize itself
whenever a video was loaded. If a wide video was loaded, this could
cause wxMediaCtrl to take up the entire space, hiding any other
widget(s) that might exist within the same sizer. Allow avoiding this
behavior by adding a new style, wxMC_NO_AUTORESIZE, which disables this
automatic resize behavior and allows handling the resize behavior
manually.
Take wxBitmapBundle instead of just wxBitmap in various public functions
and select the bitmap appropriate for the current DPI scaling when we
need to use it.
Note that this removes wxAuiScaleBitmap() which used custom scaling
logic that might be better than the generic approach used by
wxBitmapBundle, and so could result in a temporary regression in the
icons appearance in high DPI, but they will hopefully be replaced with
SVG versions soon, so that this shouldn't matter.
We need a valid window pointer to use the correct DPI scaling factor for
anything sizing-related, but this function didn't have any, so add one
to it now.
Unfortunately we need to have a default value for the new parameter for
backwards-compatibility purposes, but document that this parameter is
not really optional and must always be specified.
Also add wxWindow parameter to wxAuiTabContainer::SetRect(), which needs
it in order to pass it to this function.
Currently this window is only used for converting logical pixels to
physical ones, but it will also be used for selecting the correct bitmap
size in the upcoming commits.
