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Fix and enhance messages durring Colibri VF50/VF61 upgrade.
Fix missing run command
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Was Boot and arm
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We need libcryptopp only for a 32bit x86 target for tegrarcm.
However linking libcryptopp dynamically and using the distro supplied 32bit
compatibility libcryptopp raises an assertion:
tegrarcm: secblock.h:145: CryptoPP::NullAllocator<T>::pointer CryptoPP::NullAllocator<T>::allocate(CryptoPP::NullAllocator<T>::size_type, const void*) [with T = unsigned int; CryptoPP::NullAllocator<T>::pointer = unsigned int*; CryptoPP::NullAllocator<T>::size_type = unsigned int]: Assertion `false' failed.
Building only a static library with OE, (if native build forcing 32bit)
fixes the issue.
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Create the U-Boot scipts at image buildtime and remove the binary
script representation from version control.
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This fixes:
WARNING: QA Issue: tegrastats-gtk requires libpangocairo-1.0.so.0, libpango-1.0.so.0,
libcairo.so.2, libpangoft2-1.0.so.0, libgtk-x11-2.0.so.0, libgdk-x11-2.0.so.0,
but no providers in its RDEPENDS [file-rdeps]
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iMX6: Always do use a secondary argument for the 'mmc dev' command.
T30: Do rootfs update of eMMC in chunks as well. Requires pre-splitting
file in Ethernet case. As an advantage allows flashing rootfs bigger
than RAM plus avoids timeouts during flashing. Added wrapper flash_mmc
script as well for backwards compatibility reason.
While at it cleanup various whitespaces throughout the update scripts.
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While at it remove warning about stripped fw_printenv binary
when building u-boot-toradex-fsl-fw-utils.
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- rename flash_mmc script to flash_blk and adapt that it can also be used
from a USB drive.
- Add flash_mmc “proxy” script for the upgrade case
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Also deploy an additional device tree supporting a Colibri iMX6 with
Analog Camera Module.
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Since we use networkd now for RNDIS network interface setup now,
we can remove the custom part which starts up the RNDIS device and
sets up a DHCP server.
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Use new library libusbg with its automatic gadget configuration
service. Also enable a console on USB gadget serial port (CDC ACM)
which is ttyGS0 on device side.
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Since Connman is better suited for more advanced Wireless solutions,
we keep Connman for the main network configuration manager. However,
for the simple RNDIS debug/test configuration, Connman is not well
suited since Connman tries to maintain one connection only at any
given time.
This change enables networkd and adds a simple standard configuration
for USB/RNDIS network devices.
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When the link goes down, the DHCP service has been disabled, while
there is no corresponding functionality which enables the service
when the link goes up again. This fix is taken from systemd 217.
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Add updated version of USB gadget library. Also add a systemd start-
script which loads the default schema located at /etc/usbg/g1.schema.
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This removes the 3.0.15 based Kernel for Colibri VFxx.
Since some time now we use a more recent Kernel provided from the
linux-toradex-vf_3.18.bb recipe.
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Use the resize command to set the size of the terminal once upon
login. This is useful for serial console, where the default Unix
signal which takes care of resizing the console (SIGWINCH) is not
available.
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There are no more differences in fstab between machines, hence use
the same common file. The default profile has some differences,
however we can seperate them out and create a file which will be
installed in profile.d.
missing
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Connman gained support for USB gadget. The typical usecase is to use
USB gadget for tethering. In this use case the module would be the
device sharing the connection to the USB host connected to the module.
However, our typical use case in mind for RNDIS is a simple ethernet
connection between a development host and the module, hence no need
for tethering/routing. This however is not easily doable with connman,
since connman tries to have one connection online only. When enabling
USB gadget as a normal ethernet device, this typically leads to classic
ethernet not being configured since the USB RNDIS connection is already
up and running.
By blacklisting USB gadget, connman won't touch the device and we can
use other means of bringing up the network interface.
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eglibc has been superseded by glibc. Update the PREFERRED_PROVIDER
to use set the preferred provider of glibc.
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This enables the resize command in Busybox. The command is useful
when using the serial console and a non-standard terminal sizes.
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Unifing with imx6 update script pulled in a test that a device-tree
must be deployed. Apalis/Colibri T30 use a not device-tree enabled
Kernel. So remove the check that the device-tree actually exists.
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we don't want busybox syslog as we use the functionality of journalctl
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The migration to BSP V2.4 is somewhat more complex due to ECC level
change. The scripts detect whether we are on a new or old module by
checking the NAND driver type (which probably reflects best which
ECC level has been used). In case the NAND driver has the old name
(fsl_nfc), then the script assumes that migration is required:
The migration script runs in two stages:
- The first part updates U-Boot, erases the root file system and
loads the config block into memory (upgrade_part1).
- After reboot, the second stage runs with the new U-Boot version.
The script update the boot configuration block (BCB), restores the
config block from memory and U-Boot is written again using the
new ECC level. Then, the script erases the UBI partition (which
contains the root filesystem) and recreates it using the new ECC
level too (upgrade_part2).
Since we keep the config block temporarly in RAM, the whole update
process should not be interrupted! In case it did, the new U-Boot
version is able to restore the configuration block from command
line.
In contrast to older update scripts, the standard upgrade procedure
does not erase the whole UBI partition anymore. This makes sure that
wear-leveling information can be preserved.
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Those packages are not required or not absolutely necessary, hence
remove them for the Vybrid image to loose space constraints on
Colibri VF50 somewhat.
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In contrast to the full NTP implementation systemd-timesyncd only
supports the client side of the NTP protocol. In return, the systemd
implementation is ~250kBytes smaller. Since most embedded devices
require client side only, use systemd's timesyncd.
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Make the option -o mandatary, used to default to /media/KERNEL
While at it synchronize the files again.
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Update to latest version (SVN r671) of burnflash.
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Update to latest version (r663) of Vybrid flash scripts.
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PublicDomain is not known to OE
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PublicDomain is not known to OE
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Pull out common files of the module specific trees into the common library
directory and symlink the files.
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Drop the burnflash.tar.bz2 tarball and put the individual files under
version control.
Only create minimal set for colibri-t20 for now and move it with the
change to tegra-uboot-flasher.
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