Now provided in the tnftp package.
Change-Id: I862b1ff98586aa0e5a9418cf26e30b7136140249
Reviewed-on: https://review.haiku-os.org/c/1641
Reviewed-by: waddlesplash <waddlesplash@gmail.com>
* haiku_loader.u-boot doesn't fit in fat32 like haiku_loader.ub
* Adjust when writing. Update u-boot scripts to expect new filename
* Shrink loader partition to 32M, add our filesystem to end
Change-Id: I62936526a7dea2c41e26a7c0f9e05a368622a6a3
All of Barrett's individual reverts have been squashed into this
one commit, save a few actual bugfixes.
Change-Id: Ib0a7d0a841d3ac40b1fca7372c58b7f9229bd1f0
Just does what the name says
Change-Id: I6cf23f997ce544df83d4ef2f73a3b130dea8825c
Reviewed-on: https://review.haiku-os.org/c/1432
Reviewed-by: Stephan Aßmus <superstippi@gmx.de>
This one had an uncertain "freeware" license, and the code quality
is not so great. BeOS didn't have an 'uptime' command, so we can
replace this with the coreutils one without worry.
We don't include the wpa_supplicant on the minimum image, so
these aren't very useful (it seems one needs the wpa_supplicant
to connect even to an unsecured network, with our setup.)
Anyone who needs one of these and also has a reason to use the
minimum image can easily add them back via their UserBuildConfig.
This replaces the old Haiku-native driver that was removed in the last commit.
It should support all the same chips that one did, in addition to the SiS 7014,
and the DP83815 also.
I don't have this hardware, so for anyone who does, please test.
Fixes#1657.
* Move MMU image to a real image define vs being crammed into
the u-boot bootloader Jamfile
* ARM not working yet, but better!
* x86 still builds
Change-Id: I3fb873dbac06fe2db893915b667bf3ce1df44686
The lowest model number supported by this driver is "3160", but that's just
Intel's insanity: the 7260 was released the quarter before it. So following
our naming convention strictly, "7260" is the correct name for this driver.
The firmware situation for this one is also a little different. Unlike past
instances where Intel has released mostly nonsubstantial firmware updates,
allowing us to just copy a recent-ish version from the iwlwifi archives,
the firmware is more closely tied to the driver in this series. As a result,
some of this firmware is not even used by Linux yet (they're a few versions
behind it seems), so the firmware packages included here come from FreeBSD.
One major hardware feature - RX of multiple frames at a time - is disabled
in this commit, as it depends on mbuf reference-counting, according to the
FreeBSD developers I asked, which we do not implement yet. I'll hopefully
get to looking at that in the next few weeks.
And with that, I finally have WiFi on my primary laptop, my original reason
for setting out on this quest last year. This commit was pushed through it,
even :)
Per #10267, "Most (ported) third-party software should be removed
from the Haiku source repository."
Since HaikuPorts already has the ncompress package, this file
should no longer exist.
Signed-off-by: Augustin Cavalier <waddlesplash@gmail.com>
Original patch missed modifying the "minimum" definition and the
src/bin/Jamfile, so I took care of that.
I wrote this back in 2010 as my first driver project.
Reasons to remove it:
* The license is GPL
* Current WiMAX hardware is generally WIFI based.
* It controlled the hardware, but never worked
for network access since we need SSL certs and stuff
which vendors weren't too open with.
* WiMAX kind of died (at least in the US)
I left the wwan directory, it would be a nice spot
for CDMA / GSM dongle drivers.
* Hashing semantics for the new build repositories are different than
the old ones, so update those (if the x86 build was not broken before
it is now...)
* OptionalPackages has been updated slightly (removed libtool and git_cvs
from the default images, as they are rarely used nowadays and would pull
in a bunch of dependencies we don't really care for either)
* Removed lib:libqrencode from Haiku package requires (qrencode_kdl is a
static library, the userland libqrencode is not used anywhere in the tree,
as far as I can tell)
* Fix build of JPEG2000 translator after update
* Decouple fluidsynth build machinery and remove from image now that it
is no longer used
* Update repository URL in Repositories preflet
libmedia.so was used by at least 2 apps included in the minimum image,
Activity Monitor and Deskcalc which subsequently failed to load on minimum.
Deskcalc wasn't actually using libmedia.so so I managed to get it to link and
run on minimum, however, Activity Monitor is using libmedia.so so needed it
to be present.
To fix this I added libmedia.so to the minimum image, I hope this does not blow
its size budget. (adds 1.0MB)
* 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.
* 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.
This is separate to the VESA driver, as the VESA driver requires
using the VBE BIOS. Under UEFI, we don't have the VBE BIOS, nor
are we able to switch modes after leaving UEFI Boot Services, so
a dumb framebuffer driver seemed like the easier way to approach
the problem.
The framebuffer & vesa drivers now test for the presence of the
VESA_MODES_BOOT_INFO boot item to distinguish between which driver
to use. Also added check for the VESA mode count to determine
whether to add the VESA_MODES_BOOT_INFO item.
UEFI video updated to explicitly zero out the VESA and EDID
boot data.
- B_TRIM_DEVICE on a ram disk frees all requested pages. Reading from a
trimmed page returns all 0s. This can be used with fstrim to release
memory for the parts not used by the filesystem, without unregistering
then registering the device.
- Add icon and ioctl to get it.
- Add it to the image, because it works reasonably well and there is no
reason not to include it.
