fMinValue was getting set to INT32_MAX then set to INT32_MIN
fMaxValue was not getting set
now set fMinValue to INT32_MIN, fMaxValue to INT32_MAX
also in _InitObject()
... reverse this to avoid confusion, you'll see why in next commit.
No functional change intended in this commit, functional change is in the
next commit.
As discussed in 2008
(http://www.freelists.org/post/haiku-development/BString-on-GCC4,1),
this class was not efficient because of lack of inlining. Implement the
suggested solution of a SetCharAt method instead. Also add a CompareAt
which covers a specific use case in KeyboardLayout.cpp.
Adjust all places which were using this feature to safer APIs.
Also fixes a copypaste error in FormattingConventions.cpp.
* Whilst in WcharToMultibyte, we correctly convert our UTF-32
wchar characters to multibyte, the same wasn't done in
MultibyteToWchar. Now, if we detect a leading surrogate,
we'll re-read the multibyte sequence with space for a UTF-16
pair, which allows U16_GET to correctly convert the UTF-16
byte sequence into the needed UTF-32 codepoint.
Fixes#13184.
In the vector case we are creating a bitmap, in the non-vector
case we are grabbing the bitmap from a resource.
The vector case we have to create a bitmap to rasterize.
The non-vector case we just grab the bitmap pointer.
We have to create new bitmaps from the vector icon at
different sizes, when we do that we were leaking the memory
occupied by the previous icon.
So make and use SetIcon() setter method which deletes the old
bitmap before setting the new one. In the non-vector case this
means we need to make a copy of the bitmap we grab from the
resources that we can safely delete.
Also delete bitmap on destructor.
For all other TBarMenuTitle's (meaning the team menu item),
we are grabbing a bitmap from resource, so don't delete the
bitmap as it is owned by resource set, we just use the pointer.
Fixes#8505 restoring the aesthetic integrity of the cut-off leaf.
Add vertically & horizontally centered, whole vector icon to rdef.
Reformat BarMenuTitle.h rename header guard from BARMENUTITLEH to
BAR_MENU_TITLE_H.
Created TDeskbarMenuTitle subclass which deals with Deskbar menu
item stuff like getting the icon from vector data and pushing the
leaf down a few pixels to cut off the leaf (maintaining its aesthetic
integrity).
Made TBarMenuTitle methods virtual. Remove unused expando constructor
parameter and private variable.
Add a TODO to scale the bitmap if we can't find any vector icon data.
With non-vector bitmap it behaves same as before this commit in
horizontal mode.
Adjust kMinimumTrayWidth to restore Deskbar's minimum width to its
classic value since days of yore, 143px. This, perhaps not coincidently,
is exactly the amount fit 7 replicant icons. Update constants in the
code to reflect this reality. Adjustable width coming soon.
replace dynamic_cast<TBarApp*>(be_app) with a static_cast in 1 place.
* We don't have kernel/userspace access to UEFI at this point
either, and with some firmware, if we don't keep the
runtime memory identity mapped, then the loader dies. This
will fix booting on such machines, and shouldn't have any
impact on already working machines.
Also includes changes to HaikuDepot to change wording and add the menu item
to open the Repositories preflet.
Signed-off-by: Augustin Cavalier <waddlesplash@gmail.com>
Closes#13147.
- This is the native resolution of two of my displays here
- I am bored of manually setting it with screenmode -m
- Also fix the 1366x768 modeline which was 100Hz instead of the
advertised 60Hz.
* Maintain a list of all MESSAGING_DEVICE_PATH and
MEDIA_DEVICE_PATH handles, so we can avoid adding devices
multiple times.
* Split up platform_add_boot_device() into separate functions
for better readability (add_cd_devices, add_boot_device_for_image,
etc.).
* This is useful for UEFI, as we can then add the device that
contains the UEFI loader, as well as all CD devices. As a
result, if the device with the UEFI loader doesn't contain
a bootable BFS partition, it will then attempt the same for
CD devices.
