* As the OpenGL kit is assumed by most ports (and BeOS apps)
to "exist", lets make mesa_devel present by default until
post R1
* mesa_swrast ensures we always have the basic swrast renderer
To play with mesa_swpipe (gallium llvmpipe, gcc4) uninstall
mesa_swrast and install mesa_swpipe. (you can install both,
but it's first renderer found, first used atm)
* Fix issue where mesa_devel attempted to lay
a symlink over a directory causing instability
installing mesa_devel
* Add mesa_swpipe to repos (LLVM enabled Gallium softpipe)
- In the case of DWARF4's DW_OP_implicit_value, respective handling in
Value{Piece}Location wasn't entirely correct, which would lead to double
frees in various cases, in particular when copying such objects on the stack.
As such, introduce an explicit Copy() member to handle replicating the stored
implicit data to avoid that issue. Furthermore, the use of Array<> in
ValueLocation wasn't really suitable anymore since ValuePieceLocation now
needs its constructor/destructor to be executed, while Array is intended for
POD types; consequently, replace that with std::vector and adjust handling
code accordingly.
* Fix off-by-one issue in Draw() and GetPreferredSize(). The label was
too close to the knob.
* GetPreferredSize(): Remove empty space to the right, when no label
and no icon was specified. Like with BCheckBox there's still two rows
of empty pixels above and below the knob.
* Draw(), GetPreferredSize(): Add icon support.
* Draw(): Remove the non-BControlLook code.
* GetPreferredSize(): Implement based on _ValidatePreferredSize() to
avoid code duplication.
* Draw(): Fix off-by-one error. The label was too close to the box.
* Draw(), _ValidatePreferredSize(): Add icon support.
_ValidatePreferredSize() is now actually aligned with what Draw()
expects. The preferred width is now a tight fit; there were three or
four pixels of empty space before.
Due to the fixed check box position the layout isn't that nice in
some situations (particularly with an icon larger than the text),
IMHO.
* BFont::TruncateString() expects a pixel count (as opposed to a pixel
distance). That would cause a tightly fitting string to be truncated.
* Round the result of StringWidth() to avoid drawing at a non-integer
location.
The icon is meant as an addition to or replacement of the label. Icon
bitmaps for various states of the control (off, on, partially on, each
enabled or disabled, plus up to 125 custom states) can be set
individually via SetIconBitmap() (getter IconBitmap()).
The convenience method SetIcon() can be used to set the bitmaps for the
standard states from a single bitmap; it also supports cropping the
icon to its non-transparent area. Code borrowed from BIconButton.
* Update the previously unused frame_type and background_type enums.
* Add methods GetFrameInsets(), GetBackgroundInsets(), GetInsets() to
get the insets for a given frame type, background type, or both
respectively.
There was a mixup of using the baudrate value (eg 115200), constant
(B_115200_BPS = 17) and position in the menu (18), leading to the
baudrate setting not being saved and restored properly.
The baudrate constant for MIDI speed was after all the others in BeOS,
and we have to keep them with the same values for things to work.
Moreover, the constants in SerialPort.h were not changed, so everything
was out of sync and all apps using BSerialPort ended up using the wrong
speed.
Add a comment in termios.h to make sure this doesn't happen again.
* Add possible control state B_CONTROL_PARTIALLY_ON and support it in
BCheckBox and BControlLook.
* BCheckBox: Add partialStateToOff property defining whether the
partial state should transition to off. Defaults to false (i.e.
partial to on).
In the Draw() method check to make sure that the view is valid, is
connected to the window, that the window is locked, that the screen
is valid and that the BBitmap buffer is valid. This (hopefully) fixes the
last of the bugs experienced due to #4260.
It is not sufficient to just check that the view is valid to prevent the crash,
you must also check that it is connected to a window via Window() and
that the window is locked.
* This is primarily a service method for ports of widget tool kits
that require single-threaded GUI. DispatchExternalMessage() calls
DispatchMessage(), but also sets fLastMessage, so that
[Detach]CurrentMessage() work correctly. This allows to detach a
message in DispatchMessage() when called from the window thread,
add it to a global queue, and later process the queued messages in
a different thread that calls DispatchExternalMessage().
* BLooper/BWindow: Make sure fLastMessage is accessed only when locked.
