Architectures/ARM/TrimSlicePRO
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=How to install Fedora on TrimSlice PRO= | =How to install Fedora on TrimSlice PRO= | ||
| − | + | The TrimSlice PRO developer kit comes delivered with a 32GB SSD containing another Linux distribution, but can boot from pretty much any media (SD. USB, MicroSD, SSD) and you are free to experiment without voiding warranty. | |
U-Boot is factory preprogrammed in internal flash. There is no need to reflash U-Boot as the default U-Boot version is very open and friendly configured. But you may do so if you wish, following instructions from TrimSlice. One very nice thing is that the device allows easy recovery using the SD slot if the boot flash gets corrupted, eleminating the need for JTAG in such cases. | U-Boot is factory preprogrammed in internal flash. There is no need to reflash U-Boot as the default U-Boot version is very open and friendly configured. But you may do so if you wish, following instructions from TrimSlice. One very nice thing is that the device allows easy recovery using the SD slot if the boot flash gets corrupted, eleminating the need for JTAG in such cases. | ||
| + | |||
| + | == Kernel & Initrd == | ||
| + | |||
| + | The kernel & initrd needs to be converted to U-Boot images. This is done by running | ||
| + | |||
| + | <code>mkimage -A arm -O linux -T kernel -C none -a 0x00008000 -e 0x00008000 -n 2.6.40.3-0.fc15.armv7hl -d ../boot/vmlinuz-2.6.40.3-0.fc15.armv7hl.tegra uImage</code> | ||
| + | |||
| + | <code>mkimage -A arm -O linux -T ramdisk -C none -n 2.6.40.3-0.fc15.armv7hl -d ../boot/initramfs-2.6.40.3-0.fc15.armv7hl.tegra.img uInitrd</code> | ||
== U-Boot behavior == | == U-Boot behavior == | ||
| Line 26: | Line 34: | ||
echo starting Fedora boot.scr | echo starting Fedora boot.scr | ||
| − | if test -z "${ | + | printenv |
| − | + | ||
| − | + | if test -z "${fs}" -o -z "${interface}" -o -z "${device}"; then | |
| + | echo Missing system parameters | ||
| + | exit 1 | ||
fi | fi | ||
| − | #if test -z "${kernel}" | + | if ${fs}load ${interface} ${device}${bootpart} ${loadaddr} kernel.scr; then |
| − | # kernelver | + | source ${loadaddr} |
| + | fi | ||
| + | |||
| + | if test -z "${rootpart}" -a -z "${rootuuid}" -a 1 = 1 ; then | ||
| + | echo Using default rootpart 4 | ||
| + | setenv rootpart 4 | ||
| + | #setenv rootuuid 3e6be9de-8139-11d1-9106-a43f08d823a6 | ||
| + | fi | ||
| + | |||
| + | #if test -z "${kernel}" -a -z "${kernelver}"; then | ||
| + | # setenv kernelver 2.6.40.3-0.fc15.armv7hl.tegra | ||
#fi | #fi | ||
| − | if test -z "${kernel}"; then | + | if test -z "${kernel}" -a 1 = 1 ; then |
| − | kernel | + | echo "Using default image names" |
| − | initrd | + | setenv kernel uImage |
| − | + | setenv initrd uInitrd | |
| − | + | fi | |
| − | + | if test -n "${kernelver}"; then | |
| − | + | setenv kernel ${kernel}-${kernelver} | |
| + | setenv initrd ${initrd}-${kernelver} | ||
fi | fi | ||
| − | if test -z "${console}"; then | + | if test -z "${console}" -a 1 = 1 ; then |
| − | console | + | setenv console ttyS0,115200n8 |
fi | fi | ||
setenv initrdaddr 1600000 | setenv initrdaddr 1600000 | ||
| + | |||
| + | echo Parameters set | ||
| + | |||
| + | printenv | ||
if test -n "${rootuuid}"; then | if test -n "${rootuuid}"; then | ||
echo booting with UUID selected root | echo booting with UUID selected root | ||
| − | rootfs | + | setenv rootfs ro root=UUID=${rootuuid} |
elif test "${interface}" = "mmc" && test "${bus}" = "1"; then | elif test "${interface}" = "mmc" && test "${bus}" = "1"; then | ||
echo booting from internal microSD | echo booting from internal microSD | ||
| − | + | setenv rootfs ro root=/dev/mmcblk0p${rootpart} | |
| − | + | ||
elif test "${interface}" = "mmc" && test "${bus}" = "0"; then | elif test "${interface}" = "mmc" && test "${bus}" = "0"; then | ||
echo booting from external SD | echo booting from external SD | ||
if mmc init 1; then | if mmc init 1; then | ||
| − | rootfs | + | setenv rootfs ro root=/dev/mmcblk1p${rootpart} |
else | else | ||
| − | rootfs | + | setenv rootfs ro root=/dev/mmcblk0p${rootpart} |
fi | fi | ||
mmc init 0 | mmc init 0 | ||
| Line 67: | Line 91: | ||
elif test "${interface}" = "usb" && test "${bus}" = "1"; then | elif test "${interface}" = "usb" && test "${bus}" = "1"; then | ||
echo booting from internal SSD | echo booting from internal SSD | ||
| − | rootfs | + | setenv rootfs ro root=/dev/sda${rootpart} nohdparm rootwait |
else | else | ||
echo booting from external USB | echo booting from external USB | ||
| − | rootfs | + | setenv rootfs ro root=/dev/sdb${rootpart} rootwait |
fi | fi | ||
| − | setenv bootargs ${console} ${rootfs} | + | setenv bootargs console=${console} ${rootfs} |
| + | setenv load_kernel ${fs}load ${interface} ${device}${bootpart} ${loadaddr} ${prefix}${kernel} | ||
| + | setenv load_initrd ${fs}load ${interface} ${device}${bootpart} ${initrdaddr} ${prefix}${initrd} | ||
| + | setenv bootcmd bootm ${loadaddr} ${initrdaddr} | ||
echo bootargs ${bootargs} | echo bootargs ${bootargs} | ||
| − | echo kernel ${ | + | echo kernel ${load_kernel} |
| − | echo initrd ${ | + | echo initrd ${load_initrd} |
| − | + | echo ${bootcmd} | |
| − | + | ||
| − | + | ||
| − | + | run load_kernel | |
| − | </pre> | + | run load_initrd |
| + | run bootcmd</pre> | ||
| + | ==[[Talk:Architectures/ARM/TrimSlicePRO|Testing Results]]== | ||
| + | *Boot from a SanDisk Ultra 64 GB SDXC Card | ||
Latest revision as of 11:44, 14 June 2012
.png){kind=small}
This page is a draft only
It is still under construction and content may change. Do not rely on the information on this page.
It is still under construction and content may change. Do not rely on the information on this page.
Contents |
[edit] How to install Fedora on TrimSlice PRO
The TrimSlice PRO developer kit comes delivered with a 32GB SSD containing another Linux distribution, but can boot from pretty much any media (SD. USB, MicroSD, SSD) and you are free to experiment without voiding warranty.
U-Boot is factory preprogrammed in internal flash. There is no need to reflash U-Boot as the default U-Boot version is very open and friendly configured. But you may do so if you wish, following instructions from TrimSlice. One very nice thing is that the device allows easy recovery using the SD slot if the boot flash gets corrupted, eleminating the need for JTAG in such cases.
[edit] Kernel & Initrd
The kernel & initrd needs to be converted to U-Boot images. This is done by running
mkimage -A arm -O linux -T kernel -C none -a 0x00008000 -e 0x00008000 -n 2.6.40.3-0.fc15.armv7hl -d ../boot/vmlinuz-2.6.40.3-0.fc15.armv7hl.tegra uImage
mkimage -A arm -O linux -T ramdisk -C none -n 2.6.40.3-0.fc15.armv7hl -d ../boot/initramfs-2.6.40.3-0.fc15.armv7hl.tegra.img uInitrd
[edit] U-Boot behavior
The TrimSlice U-Boot automatically tries to boot from the first partition of any of the above boot sources and expects a boot.scr u-boot script file in / or /boot on the boot device.
When starting boot.scr the following variables are set for convenience
fs filesystem type (ext2 or fat) interface u-boot interface type (mmc or usb) bus bus number of the interface prefix boot prefix (/ or /boot)
enabling a generic boot.scr script to be used to boot from any of the possible boot devices. (see below)
[edit] Fedora boot script
Save this as boot.cmd in /boot and convert it to a uboot image by using
mkimage -A arm -O linux -T script -C none -d boot.cmd boot.scr
echo starting Fedora boot.scr
printenv
if test -z "${fs}" -o -z "${interface}" -o -z "${device}"; then
echo Missing system parameters
exit 1
fi
if ${fs}load ${interface} ${device}${bootpart} ${loadaddr} kernel.scr; then
source ${loadaddr}
fi
if test -z "${rootpart}" -a -z "${rootuuid}" -a 1 = 1 ; then
echo Using default rootpart 4
setenv rootpart 4
#setenv rootuuid 3e6be9de-8139-11d1-9106-a43f08d823a6
fi
#if test -z "${kernel}" -a -z "${kernelver}"; then
# setenv kernelver 2.6.40.3-0.fc15.armv7hl.tegra
#fi
if test -z "${kernel}" -a 1 = 1 ; then
echo "Using default image names"
setenv kernel uImage
setenv initrd uInitrd
fi
if test -n "${kernelver}"; then
setenv kernel ${kernel}-${kernelver}
setenv initrd ${initrd}-${kernelver}
fi
if test -z "${console}" -a 1 = 1 ; then
setenv console ttyS0,115200n8
fi
setenv initrdaddr 1600000
echo Parameters set
printenv
if test -n "${rootuuid}"; then
echo booting with UUID selected root
setenv rootfs ro root=UUID=${rootuuid}
elif test "${interface}" = "mmc" && test "${bus}" = "1"; then
echo booting from internal microSD
setenv rootfs ro root=/dev/mmcblk0p${rootpart}
elif test "${interface}" = "mmc" && test "${bus}" = "0"; then
echo booting from external SD
if mmc init 1; then
setenv rootfs ro root=/dev/mmcblk1p${rootpart}
else
setenv rootfs ro root=/dev/mmcblk0p${rootpart}
fi
mmc init 0
elif test "${interface}" = "usb" && test "${bus}" = "1"; then
echo booting from internal SSD
setenv rootfs ro root=/dev/sda${rootpart} nohdparm rootwait
else
echo booting from external USB
setenv rootfs ro root=/dev/sdb${rootpart} rootwait
fi
setenv bootargs console=${console} ${rootfs}
setenv load_kernel ${fs}load ${interface} ${device}${bootpart} ${loadaddr} ${prefix}${kernel}
setenv load_initrd ${fs}load ${interface} ${device}${bootpart} ${initrdaddr} ${prefix}${initrd}
setenv bootcmd bootm ${loadaddr} ${initrdaddr}
echo bootargs ${bootargs}
echo kernel ${load_kernel}
echo initrd ${load_initrd}
echo ${bootcmd}
run load_kernel
run load_initrd
run bootcmd
[edit] Testing Results
- Boot from a SanDisk Ultra 64 GB SDXC Card
