* Remove the target-board system.
* From now on, we target generic non-x86 architectures
while leveraging fdt when needed.
* ARM mmc images will likely need some post-processing to make
them bootable on individual hardware. (This is actually how
distros like Fedora handle ARM now. The image 'writer' application
is told what hardware the image is for and adds a vendor bootloader
/ SPL / u-boot / etc)
* Eventually BoardSetups and target boards will go away.
* Include all known fdt's in the mmc image
* This gets us closer to target board-less arm
* Changing hardware is as simple as plugging a new fdt
into u-boot's startup script.
* Drop my original rpi1 work. We're targetting ARMv7
minimum.
- hub: had an annoying problem preventing to run the script directly.
Now uses a proper "shebang" so it finds ruby.
- mako, setuptools: needed to build Mesa.
- neonlights: my favorite screensaver.
- python 3.6.
- advancemame, for arcade gaming on Haiku.
- sox and gnuplot, for various experiments.
* Hasn't been used for quite some time
* Everything was ported over to a new ATA stack
some time ago.
* No huge regressions were seen from the new ATA
stack.
* built in non-strict mode: dovecot, qupzilla, r
* build failed: intltool (dep of gcab and transmission), python_html2text, vlc,
cython (dep of pyenet)
* not built because of an unsafe source: qutim
* removed compatibility packages for giflib, icu, tiff, libpng, libwebp, libbluray,
libpcre, libvpx, ncurses, readline.
* built in non-strict mode: dovecot, qupzilla, r
* build failed: intltool (dep of gcab and transmission), python_html2text, vlc,
cython (dep of pyenet)
* not built because of an unsafe source: qutim
* removed compatibility packages for giflib, icu, tiff, libpng, libwebp, libbluray,
libpcre, libvpx, ncurses, readline.
* built in non-strict mode: dovecot, qupzilla, r
* build failed: intltool (dep of gcab and transmission), python_html2text, vlc,
cython (dep of pyenet)
* not built because of an unsafe source: qutim
* removed compatibility packages for giflib, icu, tiff, libpng, libwebp, libbluray,
libpcre, libvpx, ncurses, readline.
* built in non-strict mode: dovecot, qupzilla, r
* build failed: intltool (dep of gcab and transmission), python_html2text, vlc,
cython (dep of pyenet)
* not built because of an unsafe source: qutim
* removed compatibility packages for giflib, icu, tiff, libpng, libwebp, libbluray,
libpcre, libvpx, ncurses, readline.
* The app_server isn't designed to support two fallback drivers, so
on systems using UEFI to boot, the framebuffer driver will often
win when other drivers would likely work on those systems.
* Enables us to add an optional EFI filesystem
to the anyboot image.
* All existing anyboot behaviour is preserved.
* We still need to figure out how to build bios
and EFI loaders at the same time on x86.
* The tiny "fake ISO" still needs el-torito
alt-boot for the EFI loader to work when burned
to a CD. This makes the EFI loader work when
written to a hard disk / flash drive.
* Favorites can now be drag & dropped on apps that accept a program,
like LaunchBox - or in fact the ignore list of the Setup window.
* Favorites cannot be moved any longer in a result list, only in the
favorites list.
* When opening an app's containing folder, scroll to and select the
app.
* Fix crash due to a race condition.
* Closes issues: #14, #13, #12
BFont::Blocks is now implemented in ServerFont, via a call through the
app_server. It uses fontconfig to iterate through a charset of a font
and stores the defined blocks in a bitmap.
A new API was added, BFont::IncludesBlock, that will allow for arbitrary
testing of a given Unicode block. Since nothing is cached, searching
through an entire charset for a series of Unicode blocks can be quite
slow. In a given block there may be only 1 or 2 characters actually
defined so every character within a block needs to be checked until one
is found, which in a degenerate case will mean the entire block is
checked.
Signed-off-by: Axel Dörfler <axeld@pinc-software.de>
