When entered wxFloatProperty, wxIntProperty or wxUIntProperty is out of range then there is displayed a warning message presenting a valid range. Instead of displaying in this message numeric values in default (and fixed) format we should display values which are formatted based on to the current attributes of the property (like wxPG_UINT_PREFIX, wxPG_UINT_BASE, wxPG_FLOAT_PRECISION).
To do so, we shouldn't format respective values on our own in NumericValidation() but instead call wxPGProperty()::ValueToString() which returns value string formatted in line with attributes.
Closes#17601
In the edit mode property's value should be displayed in the pure numeric form without any textual prefixes because all non-numeric characters will raise a warning in wxNumericPropertyValidator.
Some coordinates of clipping regions given in device coordinates has to be slightly modified to avoid rounding errors in conversions from device to logical coordinates.
While setting a clipping region there is necessary to intersect it either with current clipping region location if such region exists or with wxDC surface extents if no clipping region is set. This way effective clipping box will be always inside the wxDC surface. Effective clipping box can be an empty region.
Clipping box parameters are calculated and stored in logical coordinates.
For compatibility with wxGCDC (Cairo and all native MSW renderers) current clipping region shouldn't be explicitly destroyed if empty clipping region is requested. It should be handled as any other region.
Rectangular clipping region with negative size is accepted by wxDC::SetClippingRegion() (for compatibility with wxGCDC and Cairo) but for internal calculations we need to have this box defined by (x,y) at top-left corner and having non-negative size so we need to recalculate box's parameters in wxWindowDCImpl::DoSetClippingRegion() if necessary.
GdkRectangle used to represent a rectangle region should have (x,y) parameters pointing to the top-left corner of the box with non-negative width and height so if a rectangle with negative values of the width or height is passed to wxRegion::InitRect() (what means that (x,y) doesn't represent top-left corner) we need to recalculate passed parameters to get rectangle with (x,y) at the top-left corner.
If empty wxRegion is passed to wxD2DContext::Clip() then ID2D1RectangleGeometry object representing geometric mask used by ID2D1Layer object (clipping layer) has to be created in a special way because wxRegionIterator doesn't extract empty rectangle.
ID2D1RectangleGeometry object representing geometric mask has to be maintained as long as corresponding clipping layer is in use so we have to store a reference to this object together with other layer data. Object is released when layer is destroyed.
Closes#17596
Because source wxRegion contains regions given in device coordinates and underlying wxGraphicsContext::Clip() function expects regions in logical coordinates so we have to convert device coordinates of all region components to source coordinates prior to calling this function.
Effective clipping box (always calculated in logical units) is the result of intersection of clipping box of the provided region with either clipping box of previously set clipping region (if set) or with wxGCDC surface extents if no clipping region is set. This way effective clipping box is always inside the wxGCDC surface.
Note: Effective clipping box can be an empty region.
See #17596
wxRegion uses CreateRectRgn() Win API which requires that its (x1,y1) parameters represent the top-left corner of the rectangle region so if a rectangle with negative values of the width or height is passed to wxRegion's ctor (what means that (x,y) doesn't represent top-left corner) we need to recalculate passed parameters to get rectangle with (x,y) at the top-left corner.
Tests of setting clipping region(s) with wxDC::SetDeviceClippingRegion() for transformed wxDC/wxGCDC (with changed device origin, logical origin and scale and with various renderers for wxGCDC) to check if all transformations are taken into account in the clipping box calculations.
See #17596
libc++ defines std::iter_swap() with a non-standard exception specification
incompatible with the other other standard libraries and not compiling with
our definition of swap() for wxUniCharRef anyhow, so disable iter_swap()
specialization until https://llvm.org/bugs/show_bug.cgi?id=28559 is fixed.
Specialize std::iter_swap() for wxString::iterator in C++11 mode as the
default implementation of it doesn't work for iterators using "reference" type
different from "value_type&" as is the case for wxString::iterator.
This notably allows the code using std::reverse() with wxString iterators to
compile in C++11 mode, which wasn't the case before.
Rewrite a complex expression in wxClassInfo::IsKindOf() as several statements
to avoid what looks like a gcc optimizer bug as it was dereferencing
m_baseInfo1 pointer even when it was null.
The new version is not completely equivalent to the old one as it doesn't
check for info == NULL which is not really necessary, but this is just a side
effect and doesn't affect anything, the important change is avoiding doing
everything in a single expression.
Closes#17483.
All versions of MinGW seem to have this function, so use it to ensure that
wxGetCwd() returns the correct result even when the current directory contains
non-ASCII characters.
Closes https://github.com/wxWidgets/wxWidgets/pull/307
If wxPropertyGrid has wxPG_AUTO_SORT flag set then renaming the label of any property can change the order of displayed properties including this one which is currently selected. To be properly displayed in the new location this selected property has to be refreshed separately.
Current implementation suffers for two issues:
1. Because wxClientDC and wxWindowDC are not distinguished in wxMSWDCImpl::Clear and in both cases DC coordinates are obtained with GetClientRect() Win API what leads to this that for wxWindowDC the entire area is not cleared.
2. Translations like moving logical origin or scaling are not taken into account in wxMemoryDC coordinates calculations (only device origin is included) so for transformed DC calculated coordinates are invalid and finally the entire area is not cleared.
To fix these issues we can use GetClipBox() Win API to obtain actual logical coordinates of the clipping box (with all translations and scaling already included) and this way we can avoid using separate methods of retrieving coordinates for wxClientDC, wxWindowDC and wxMemoryDC.
In these tests clipping region is set for transformed wxDC/wxGCDC (with changed device origin, logical origin and scale) to check if all these transformations are taken into account in the clipping box calculations.
Because wxDC can be the subject of geometric transformations (like translation, scaling) so we cannot assume in the calculations of the clipping box that DC origin is always at (0,0) and its logical size is the same as physical size. To get correct result we have to use logical coordinates of wxDC area in all clipping box calculations.
Focus rectangle was still drawn around the label when it was empty with some
themes, so hide it completely to ensure this doesn't happen.
Closes#17443.
If there is requested to set/unset a single property (without recursion) as a read-only (wxPropertyGridInterface::SetPropertyReadOnly) or to hide/show it (wxPropertyGridInterface::HideProperty) then first check if property is already in the requested state and if so do nothing. This prevents from unneeded refreshing of the display.
When wxPGProperty's text or background colours are modified with dedicated wxPropertyGridInterface utility functions (SetPropertyBackgroundColour, SetPropertyTextColour, SetPropertyColoursToDefault) then it is enough to redraw the property with new colours because its internal state remains unmodified and full refreshing is not necessary.
Closes#17588
This doesn't make sense, these functions can only be ever used with a single
parameter ("cellpos" for the former and "cellspan" for the latter), so just
hard-code it inside the functions themselves.
No real changes, just make the code less confusing.
Introduce a new type for XRC values imaginatively called just "pair of
integers" which can be used for values not expressed in pixels and hence for
which it doesn't make sense to use dialog units nor to scale them by the DPI.
Use this new type for wxGridBagSizer position and span elements to prevent
them from being changed when using higher than normal DPI.
Closes#17592.
"position" argument is input/output and must point after the newly inserted
text on return, but we didn't do it when handling the insertion specially.
Closes#17591.
Flushing native Direct2D renderer (invoking wxGCDC::Flush() -> wxGraphicsContext::Flush() -> ID2D1RenderTarget::Flush()) is apparently not enough to update underlying DC (with selected in bitmap) and therefore we have to destroy the renderer (which in turn invokes ID2D1RenderTarget::EndDraw()) to do so.
ID2D1RenderTarget::PushAxisAlignedClip/PopAxisAlignedClip used to clip the region (with wxGraphicsRenderer::Clip) and ID2D1RenderTarget::PushLayer/PopLayer used to rendering to the transparent layer (with wxGraphicsRenderer::BeginLayer) are non independent but have to be used in the controlled sequences: "A PushAxisAlignedClip and PopAxisAlignedClip pair can occur around or within a PushLayer and PopLayer, but cannot overlap" (and of course finally each Push* call must have a matching Pop* call).
To control the sequence of access to the AxisAlignedClips and Layers there is implemented a wxStack data member holding Clips/Layers parameters which reflects a physical stack of respective Clips/Layers in ID2D1RenderTarget. This way we know in which order to pop and what to pop from ID2D1RenderTarget stack if there is a need to do so.
Closes#17590
