【Fedora 运行在全志在线 RISC-V D1哪吒开发板上(Fedora on Allwinner D1 Nezha Board)-哔哩哔哩】https://b23.tv/XuzJ2I

把楼上各位的回帖总结了一下， 总算在哪吒开发板跑起来了。

fedora_rocks!

大佬犀利，果然是没有复制叹号，fedora_rocks!

奇怪了， 并不行。

root 和 riscv 两个用户反复测试多次都登录不了。

烧到TF卡，能启动到shell，用户名和密码是多少呢？这就尴尬了，wiki里面没有写。

Tekkaman REPOs for Fedora Image
Firmware Build order

SPL(Boot0)
boot0 or SPL (Secondary Program Loader) which the first stage after BootROM, it is responsible for initializing DRAM and loading next stage firmware from storage(Flash or SD).

Using Smaeul SPL directly.

Build binary

git clone https://github.com/smaeul/sun20i_d1_spl
pushd sun20i_d1_spl
git checkout origin/mainline
make CROSS_COMPILE=riscv64-linux-gnu- p=sun20iw1p1 mmc
popd

Flash to SD card

pushd sun20i_d1_spl
sudo dd if=nboot/boot0_sdcard_sun20iw1p1.bin of=/dev/sdX bs=512 seek=16

OpenSBI
RISC-V Open Source Supervisor Binary Interface, like arm-TF

Using Smaeul's patches, but rebase to the latest upstream OpenSBI, and fix some issue.

Tekkaman's OpenSBI REPO

Build binary

git clone https://github.com/tekkamanninja/opensbi -b allwinner_d1
pushd opensbi
CROSS_COMPILE=riscv64-linux-gnu- PLATFORM=generic FW_PIC=y make
popd

The build/platform/generic/firmware/fw_dynamic.bin will be used to make u-boot.toc1 below.

U-boot
Using Smaeul's patches, but enable more features and add some default env for auto-booting into GRUB, and also rebase to the latest upstream U-boot.

Tekkaman's U-boot REPO

Build binary

git clone https://github.com/tekkamanninja/u-boot -b allwinner_d1
pushd u-boot
make CROSS_COMPILE=riscv64-linux-gnu- ARCH=riscv nezha_defconfig
make CROSS_COMPILE=riscv64-linux-gnu- ARCH=riscv menuconfig
make CROSS_COMPILE=riscv64-linux-gnu- ARCH=riscv u-boot.bin u-boot.dtb
popd

The u-boot.bin and u-boot.dtb will be used to make u-boot.toc1 below.

Build u-boot.toc1
toc1.cfg:

[opensbi]
file = fw_dynamic.bin
addr = 0x40000000
[dtb]
file = u-boot.dtb
addr = 0x44000000
[u-boot]
file = u-boot.bin
addr = 0x4a000000

build command:

pushd u-boot
cp ${PATH_TO_TOC1_CFG}/toc1.cfg ${PATH_TO_OPENSBI}/fw_dynamic.bin .
tools/mkimage -T sunxi_toc1 -d toc1.cfg  u-boot.toc1
popd

Flash u-boot.toc1 to SD card

pushd u-boot
sudo dd if=u-boot.toc1 of=/dev/sdX bs=512 seek=32800

GRUB for RISC-V
Please reference to this page: Architectures/RISC-V/GRUB2

You can build a grubriscv64.efi by following the page above. Then put it into the /EFI/ dir of the EFI partition of SD card.

Some example files in the boot partition:

/boot/uEnv.txt

bootcmd=load mmc 0:2 0x58000000 /EFI/fedora/grubriscv64.efi; bootefi 0x58000000
bootcmd_mmc0=devnum=0; run mmc_boot

/grub.cfg

set default=0
set timeout_style=menu
set timeout=3

set debug="linux,loader,mm"
set term="vt100"

menuentry 'Fedora vmlinux-5.15.0-rc1' {
        linux /vmlinuz-5.15.0-rc1 earlyprintk=sunxi-uart,0x02500000 console=ttyS0,115200 console=tty0 loglevel=8  root=/dev/mmcblk0p4 selinux=0 rhgb LANG=en_US.UTF-8
        devicetree /sun20i-d1-nezha.dtb
	initrd /initramfs-5.15.0-rc1.img
}

Linux kernel for Nezha D1 (WIP)
Using the patches from Smaeul/Ren Guo(T-HEAD)/Allwinner Engineers, enable almost all the features for Fedora,and also rebase to the latest upstream kernel master branch.

Important reference
Linux kernel source from T-Head
Allwinner Engineer's REPO
WIP for Fedora
Tekkaman's Linux kernel REPO

Note: We are still working on this for Fedora Image

Build Linux Kernel for D1
Checkout Source

git clone https://github.com/tekkamanninja/linux.git
pushd linux
git checkout origin/allwinner_nezha_d1_devel
popd

Config

pushd linux
make CROSS_COMPILE=riscv64-linux-gnu- ARCH=riscv nezha_fedora_defconfig
make CROSS_COMPILE=riscv64-linux-gnu- ARCH=riscv menuconfig
popd

Cross Build and install

# RISCV_ROOTFS_BOOT is the mount point of the boot partition in SD card 
# RISCV_ROOTFS_BOOT=/run/media/../boot
# RISCV_ROOTFS  is the mount point of the Fedora rootfs partition in SD card 
# RISCV_ROOTFS=/run/media/../rootfs
pushd linux
make CROSS_COMPILE=riscv64-linux-gnu- ARCH=riscv
make CROSS_COMPILE=riscv64-linux-gnu- ARCH=riscv INSTALL_PATH=${RISCV_ROOTFS_BOOT} zinstall
make CROSS_COMPILE=riscv64-linux-gnu- ARCH=riscv INSTALL_MOD_PATH=${RISCV_ROOTFS} modules_install
popd

How to Build RPM package for D1
using rpmbuild on QEMU
How to boot Fedora on QEMU, please reference Architectures/RISC-V/Build Bootable Image#Run_Fedora_on_QEMU

Boot into Fedora on QEMU, then:
prepare directory tree: Put spec file to /rpmbuild/SPECS and all source files to /rpmbuild/SOURCES
For building RPM package:

#From spec file
$ rpmbuild -ba ~/rpmbuild/SPECS/pakcage.spec

#'''OR''' to build from an existing SRPM file:
$ rpmbuild -ra package.src.rpm

Please reference to How to Create a GNU Hello World RPM Package for more RPM info.

using mock with Qemu usermod
We also can build riscv64 RPMS on x86_64 machine by mock and Qemu usermode.[WIP]

How to Build your own Fedora Remix Image
Please reference to RISC-V: Build Bootable Image

How to make D1 as a Koji Builder
If we have already deployed a koji hub(like openkoji and oepkg)，then we can add a Nezha D1 as koji builder.

For example:

oepkgs hosts
example build on D1 builder in oepkgs
Please follow the simple instruction below:

NEED: koji CA certificate and builder authentication certificate: They are provided by koji hub admin.
Install necessary packages

# dnf install koji-builder

Modifying /etc/kojid.conf
server=<koji hub XMLRPC server URL>
topurl=<koji HTT file share URL>
allowed_scms=<SCM repo rules>
cert=<builder certificate>
serverca=<koji CA certificate>
Trust koji hub's CA cert

cp koji_ca_cert.crt /etc/pki/ca-trust/source/anchors/
update-ca-trust

add host on koji hub (operated by koji hub admin)

koji add-host <hostname> riscv64
#The *hostname* should be same in authentication certificate.

Enable and start kojid

systemctl enable --now kojid

Verify koji builder online on koji hub (operated by koji hub admin):

koji list-hosts
# After initialization: The new added builder's status should be ready in the list.

NOTICE:* builder won't ready until free space on /var/lib/mock is greater than 8GiB, and /var/lib/mock on NFS is not supported. Thus, using a high capacity SD card for builder and resize root file system to adapt all free space on SD is necessary.