* Realized we already had a function which iterates over
an fdt node and maps it's memory regs. Make it work for
physical mappings or identity mappings.
Change-Id: I0e3e323798bc2dfcead1accc1d403b30a8ab188f
* Consolidate all fdt code into fdt bus_manager
* Build boot and kernel static libraries
Change-Id: I2a69cd7e1f1276999a80734ff12918fd49b599e5
Reviewed-on: https://review.haiku-os.org/440
Reviewed-by: Alexander von Gluck IV <[email protected]>
* This fixes booting Haiku on Raspberry Pi and qemu (-M raspi2)
* Makes several assumptions which need corrected.
/axi is broadcom only
size is fixed
* The final solution will be "probing" each simple-bus device
from the fdt. A lot of fdt support code needs written though
for "finding" compatible devices and determining the full size
of the devices in memory.
Change-Id: Ifd5fbab7490c8456247115f5aada618909f1bb9e
We lost these tunings when I moved us away from board focused
builds. I feel like most of our ARM interest is around ARMv7+
Change-Id: Ie301d275a74d48ee3d0c4c7dc7d6cdd635288a7b
* gcc 7.x defines __arm__ and __ARM__ (and others)
* clang defines __arm__ and __arm
* cleanup a few related ifdef vs if macros
Change-Id: I5da4bafac590f6fa3e10e543688001c2449f840d
* GCC7's static analysis found this one and it still
took #gcc and me a while to spot. Nice work gcc7!
* Should help DisplayPort training issues :-)
Change-Id: I9b47f13c95e622a2c08ff329ec9c3fc7e3db493d
* This gives us a solid automatic entry point to u-boot
* A uEnv.txt specifies the fdt file name
* This should work on any modern u-boot for most architectures
* Non-mmc targets will likely need some work
Change-Id: I9a00316a213a15e85d3f2e18574d64920d9bdb76
* Show old page table location and provide more feedback
* 16 int32 * 0x10000000 > sizeof(int32), fix to uint32
Change-Id: Ib68c34f5d3c6bfa1da53241e6586c07e4e494750
* Seeing an issue on our builders where the toolchain directory
exists, but the gcc binaries do not.
* Check for the path, as well as the actual compiler binaries
to improve detection of need to rebuild toolchain.
Change-Id: I54fd5789e3255c8295136bb0614e72c5393718fe
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.
* The GPL license here was a relic from the past to help
control YellowTab's use of Haiku source code. The intent
at the time was to relicense MIT. Some GPL parts remained.
* This is going to get harder and harder to correct over time.
* This code makes Haiku *not* MIT. Lets correct that.
* I reached out to everyone who made changes to these files and
got personal approvals to relicense MIT.
* If I missed somebody, *and* you feel as though the MIT license
doesn't meet your needs, please contact Haiku, Inc. and we will
work to revert your changes.
Marcus Overhagen EMAIL - MIT OK 11/29/17
Stephan Aßmus EMAIL - MIT OK 11/28/17
Axel Dörfler IRC - MIT OK 11/29/17
Ryan Leavengood KEYBASE - MIT OK 11/28/17
Michael Lotz IRC - MIT OK 11/29/17
Adrien Destugues EMAIL - MIT OK 11/28/17
Joachim Seemer EMAIL - MIT OK 11/28/17
Jonas Sundström EMAIL - MIT OK 11/29/17
François Revol IRC - MIT OK 11/29/17
Jérôme Duval EMAIL - MIT OK 11/29/17
Oliver Tappe EMAIL - MIT OK 11/29/17
Dziadek EMAIL - MIT OK 11/29/17
Philippe Saint-Pierre EMAIL - MIT OK 12/6/17
Philippe Houdoin EMAIL - MIT OK 12/8/17
Dario Casalinuovo IRC - MIT OK 12/13/17
* Update repository file to hardlink_packages modified one.
* Add some basic process overview to directory.
* We don't normally document in paths, but this stuff is complex.
* Documentation improvements welcome.
* https://github.com/raspberrypi/firmware/issues/643
* Mimics what the RaspberryPi guys adjusted it to in
the firmware.
* Solves corrupted UART serial on the RaspberryPi 2
* I think linux live-probes this frequency via dt-bindings.
* Caching these values could result in missed
state changes.
* We may want to re-implement later.
* Highlights that all DP AUX communication is broken
during my testing.
* Bug fix around pll_external_set. We prepared all the args,
but never actually executed the AtomBIOS table.
* Add new AtomBIOS methods in Polaris to set external PLL
clock frequencies.
* Implement new 1.7 PLL set table on Polaris.
* 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.
* gcc will emit 64-bit (_8) atomic functions on 32-bit
powerpc architectures. This stubs them out for now
with a warning.
* We could do more here, but i'm just getting PPC
bootstrapped to get the nightly builds going again.
* We could also just completely drop PPC.. but it was
pretty close pre-pm... so I'd hate to lose that work.
