U-Boot-2013.04 - Revision history

Jorasse: /* Features/Status */

2013-09-30T14:30:39Z

Features/Status

← Older revision		Revision as of 16:30, 30 September 2013
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	boot linux<br />to confirm nand integrity -> kernel should start		boot linux<br />to confirm nand integrity -> kernel should start
	\|----------------		\|----------------
	\|'''Env compatibility change''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| force a new environment version and check <br />the warning on next reboot:<br />setenv ~~env_version~~ 0<br />saveenv<br />reset<br />=> *** Warning - Environment version change suggests:<br />run flash_reset_env; reset		\|'''Env compatibility change''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| force a new environment version and check <br />the warning on next reboot:<br />setenv flash_env_version 0<br />saveenv<br />reset<br />=> *** Warning - Environment version change suggests:<br />run flash_reset_env; reset
	\|----------------		\|----------------
	\|'''FPGA control''' \|\| style="background:#00ff00;" \| blinking_led_<br />apf9328_200k.bit \|\| Not Applicable \|\| style="background:#00ff00;" \| blinking_led_<br />apf27_200k.bit \|\| style="background:#00ff00;" \| blinking_led_<br />apf51_lx9.bin \|\| the command "fpga info 0" should indicate<br /> the presence of the spartan 3 <br />Test FPGA download with the blinking_led bit file of your board:<br />tftpboot ${loadaddr} blinking_led_apfxxxx_xxxk.bit<br />fpga load 0 ${loadaddr} ${filesize}<br /> should make the LED blinking without error		\|'''FPGA control''' \|\| style="background:#00ff00;" \| blinking_led_<br />apf9328_200k.bit \|\| Not Applicable \|\| style="background:#00ff00;" \| blinking_led_<br />apf27_200k.bit \|\| style="background:#00ff00;" \| blinking_led_<br />apf51_lx9.bin \|\| the command "fpga info 0" should indicate<br /> the presence of the spartan 3 <br />Test FPGA download with the blinking_led bit file of your board:<br />tftpboot ${loadaddr} blinking_led_apfxxxx_xxxk.bit<br />fpga load 0 ${loadaddr} ${filesize}<br /> should make the LED blinking without error

Jorasse: /* Status */

2013-09-30T08:53:53Z

Status

← Older revision		Revision as of 10:53, 30 September 2013
Line 9:		Line 9:
	** APF51 patch 2.1 use the U-Boot binary format "u-boot-with-nand-spl.imx" that replace the "u-boot-nand.bin"		** APF51 patch 2.1 use the U-Boot binary format "u-boot-with-nand-spl.imx" that replace the "u-boot-nand.bin"
	** migration to U-Boot 2013.04 for the APF51 is transparent even for the new binary file format as soon as you reload apf51 buidlroot config: make apf51_defconfig		** migration to U-Boot 2013.04 for the APF51 is transparent even for the new binary file format as soon as you reload apf51 buidlroot config: make apf51_defconfig
	* ~~Extra~~ environment variables ~~are now externalized~~ and ~~downloaded~~ at run time from ${board_name}-u-boot-env.txt		* Support environment variables customization to be downloaded and updated at run time from ${board_name}-u-boot-env.txt
	** This change is requested by U-Boot project in order to integrate the APF boards in U-Boot
	** Few scripts help to manage the environment variable: download_env, flash_env, update_env, flash_reset_env and check_env
	** You can customize your environment variable from BuildRoot: make menuconfig -> boot loaders -> U-Boot -> Environment image -> source file.. -> $(ARMADEUS_PATH)/u-boot-env-2013.04.txt		** You can customize your environment variable from BuildRoot: make menuconfig -> boot loaders -> U-Boot -> Environment image -> source file.. -> $(ARMADEUS_PATH)/u-boot-env-2013.04.txt
			** Few scripts help to manage the environment variable customization: download_env, flash_env, update_env
	* FPGA improvement:		* FPGA improvement:
	** APF51 now supports .bit files from U-Boot through the command: fpga loadb. .bit files can also be used for autoload purpose: setenv firmware_autoload 1; saveenv		** APF51 now supports .bit files from U-Boot through the command: fpga loadb. .bit files can also be used for autoload purpose: setenv firmware_autoload 1; saveenv

Jorasse: /* Status */

2013-08-19T07:29:49Z

Status

@@ Line 9: / Line 9: @@
 ** APF51 patch 2.1 use the U-Boot binary format "u-boot-with-nand-spl.imx" that replace the "u-boot-nand.bin"
 ** migration to U-Boot 2013.04 for the APF51 is transparent even for the new binary file format as soon as you reload apf51 buidlroot config: make apf51_defconfig
 ==Features/Status==

Jorasse: /* Features/Status */

2013-07-28T21:38:38Z

Features/Status

← Older revision		Revision as of 23:38, 28 July 2013
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	\|'''NFS boot (rootfs)''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=Nfs#Boot_from_NFS <br /> the command "run nfsboot" should start linux using <br />rootfs over a NFS shared drive on <br />your host server ${serverip}		\|'''NFS boot (rootfs)''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=Nfs#Boot_from_NFS <br /> the command "run nfsboot" should start linux using <br />rootfs over a NFS shared drive on <br />your host server ${serverip}
	\|----------------		\|----------------
	\|''' rootfs on SD/MMC''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| http://www.armadeus.com/wiki/index.php?title=MultiMediaCard#Booting_from_MMC.2FSD <br /> the command "run mmcboot" should start linux using <br />a rootfs on your sd/mmc memory card		\|''' rootfs on SD/MMC''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=MultiMediaCard#Booting_from_MMC.2FSD <br /> the command "run mmcboot" should start linux using <br />a rootfs on your sd/mmc memory card
	\|----------------		\|----------------
	\|'''Flash lock/unlock''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| For APF9328: <br />protect on all<br />erase nor0,1 <br />-> - Warning: 1 protected sectors will not be erased!<br />protect off all<br />erase nor0,1 <br />-> no warning - erase done<br /> other apf boards:<br />nand lock; nand erase.part kernel<br />Should not erase the kernel partion<br />(error message, system hang or no message)<br />		\|'''Flash lock/unlock''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| For APF9328: <br />protect on all<br />erase nor0,1 <br />-> - Warning: 1 protected sectors will not be erased!<br />protect off all<br />erase nor0,1 <br />-> no warning - erase done<br /> other apf boards:<br />nand lock; nand erase.part kernel<br />Should not erase the kernel partion<br />(error message, system hang or no message)<br />
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	\|'''PAR cleared''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| run unlock_regs; boot<br />once logged on linux try the command<br />imxregs CSR<br />should display imx register value instead of any error like "Unhandled fault"		\|'''PAR cleared''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| run unlock_regs; boot<br />once logged on linux try the command<br />imxregs CSR<br />should display imx register value instead of any error like "Unhandled fault"
	\|----------------		\|----------------
	\|'''SD/MMC driver''' \|\| not supported \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| The command "mmcinfo" should display the SD/MMC card information		\|'''SD/MMC driver''' \|\| not supported \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| The command "mmcinfo" should display the SD/MMC card information
	\|----------------		\|----------------
	\|'''NETCONSOLE''' \|\| not supported \|\| not supported \|\| not supported \|\| not supported \|\| [[Ethernet_console]]		\|'''NETCONSOLE''' \|\| not supported \|\| not supported \|\| not supported \|\| not supported \|\| [[Ethernet_console]]

Jorasse: /* Features/Status */

2013-07-28T18:26:59Z

Features/Status

← Older revision		Revision as of 20:26, 28 July 2013
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	\|'''NFS boot (rootfs)''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=Nfs#Boot_from_NFS <br /> the command "run nfsboot" should start linux using <br />rootfs over a NFS shared drive on <br />your host server ${serverip}		\|'''NFS boot (rootfs)''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=Nfs#Boot_from_NFS <br /> the command "run nfsboot" should start linux using <br />rootfs over a NFS shared drive on <br />your host server ${serverip}
	\|----------------		\|----------------
	\|''' rootfs on SD/MMC''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~00ff00~~;" \| \|\| http://www.armadeus.com/wiki/index.php?title=MultiMediaCard#Booting_from_MMC.2FSD <br /> the command "run mmcboot" should start linux using <br />a rootfs on your sd/mmc memory card		\|''' rootfs on SD/MMC''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#ffff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=MultiMediaCard#Booting_from_MMC.2FSD <br /> the command "run mmcboot" should start linux using <br />a rootfs on your sd/mmc memory card
	\|----------------		\|----------------
	\|'''Flash lock/unlock''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| For APF9328: <br />protect on all<br />erase nor0,1 <br />-> - Warning: 1 protected sectors will not be erased!<br />protect off all<br />erase nor0,1 <br />-> no warning - erase done<br /> other apf boards:<br />nand lock; nand erase.part kernel<br />Should not erase the kernel partion<br />(error message, system hang or no message)<br />		\|'''Flash lock/unlock''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| For APF9328: <br />protect on all<br />erase nor0,1 <br />-> - Warning: 1 protected sectors will not be erased!<br />protect off all<br />erase nor0,1 <br />-> no warning - erase done<br /> other apf boards:<br />nand lock; nand erase.part kernel<br />Should not erase the kernel partion<br />(error message, system hang or no message)<br />
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	\|'''PAR cleared''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| run unlock_regs; boot<br />once logged on linux try the command<br />imxregs CSR<br />should display imx register value instead of any error like "Unhandled fault"		\|'''PAR cleared''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| run unlock_regs; boot<br />once logged on linux try the command<br />imxregs CSR<br />should display imx register value instead of any error like "Unhandled fault"
	\|----------------		\|----------------
	\|'''SD/MMC driver''' \|\| not supported \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~00ff00~~;" \| \|\| The command "mmcinfo" should display the SD/MMC card information		\|'''SD/MMC driver''' \|\| not supported \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#ffff00;" \| \|\| The command "mmcinfo" should display the SD/MMC card information
	\|----------------		\|----------------
	\|'''NETCONSOLE''' \|\| not supported \|\| not supported \|\| not supported \|\| not supported \|\| [[Ethernet_console]]		\|'''NETCONSOLE''' \|\| not supported \|\| not supported \|\| not supported \|\| not supported \|\| [[Ethernet_console]]

Jorasse: /* Status */

2013-07-24T23:00:16Z

Status

← Older revision		Revision as of 01:00, 25 July 2013
Line 2:		Line 2:

	* APF27: Huge network transfert (20MB and more) may hang FEC driver by timeout when U-Boot is compiled with GCC4.4.x		* APF27: Huge network transfert (20MB and more) may hang FEC driver by timeout when U-Boot is compiled with GCC4.4.x
	** ~~workaround: use~~ GCC 4.6.x ~~or better use the latest armadeus~~ BSP from our GIT server ~~that use~~ GCC 4.7.3 by default		** fixed with GCC 4.6.x and higher: BSP from our GIT server uses GCC 4.7.3 by default.
	* APF28: Direct TFTP to NAND transfert may hang FEC driver by timeout when U-Boot is compiled with GCC4.4.x		* APF28: Direct TFTP to NAND transfert may hang FEC driver by timeout when U-Boot is compiled with GCC4.4.x
	** ~~workaround: use~~ GCC 4.6.x ~~or better use the latest armadeus~~ BSP from our GIT server ~~that use~~ GCC 4.7.3 by default		** fixed with GCC 4.6.x and higher: BSP from our GIT server uses GCC 4.7.3 by default.
	* APF51: ~~require~~ a true U-Boot SPL in order to bypass the 256KiB memory footprint limit - ~~next point in~~ the ~~TODO list~~		* APF51: new patchwork revision 2.1 adds a true U-Boot SPL in order to bypass the 256KiB memory footprint limit
			** APF51 patch 2.1 is now aligned on the regular features supported by the APF boards.
			** APF51 patch 2.1 use the U-Boot binary format "u-boot-with-nand-spl.imx" that replace the "u-boot-nand.bin"
			** migration to U-Boot 2013.04 for the APF51 is transparent even for the new binary file format as soon as you reload apf51 buidlroot config: make apf51_defconfig

	==Features/Status==		==Features/Status==

Jorasse: /* Features/Status */

2013-07-24T22:48:57Z

Features/Status

← Older revision		Revision as of 00:48, 25 July 2013
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	\| \|\| \|\| \|\| \|\| \|\|		\| \|\| \|\| \|\| \|\| \|\|
	\|----------------		\|----------------
	\|'''U-Boot power on''' \|\| style="background:#00ff00;" \| U-Boot 2013.04...<br />I2C: ready<br />DRAM: 16 MiB<br />Flash: 8 MiB<br />In: serial<br />Out: serial<br />Err: serial<br />Net: dm9000 \|\| style="background:#00ff00;" \| U-Boot 2013.04... <br />CPU: Freescale i.MX28<br />BOOT: NAND, 3V3<br />DRAM: 128 MiB<br />NAND: 256 MiB<br />MMC: MXS MMC: 0<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC0 [PRIME]\|\| style="background:#00ff00;" \| U-Boot 2013.04..<br />CPU: Freescale i.MX27 at 399 MHz<br />Armadeus APF27<br />I2C: ready<br />DRAM: 64 MiB<br />NAND: 256 MiB <br />MMC: MXC MCI: 0<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC \|\| style="background:#00ff00;" \| U-Boot 2013.04...<br />I2C: ready<br />DRAM: 256-512 MiB<br />NAND: 512 MiB<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC		\|'''U-Boot power on''' \|\| style="background:#00ff00;" \| U-Boot 2013.04...<br />I2C: ready<br />DRAM: 16 MiB<br />Flash: 8 MiB<br />In: serial<br />Out: serial<br />Err: serial<br />Net: dm9000 \|\| style="background:#00ff00;" \| U-Boot 2013.04... <br />CPU: Freescale i.MX28<br />BOOT: NAND, 3V3<br />DRAM: 128 MiB<br />NAND: 256 MiB<br />MMC: MXS MMC: 0<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC0 [PRIME]\|\| style="background:#00ff00;" \| U-Boot 2013.04..<br />CPU: Freescale i.MX27 at 399 MHz<br />Armadeus APF27<br />I2C: ready<br />DRAM: 64 MiB<br />NAND: 256 MiB <br />MMC: MXC MCI: 0<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC \|\| style="background:#00ff00;" \| U-Boot 2013.04...<br />I2C: ready<br />DRAM: 256-512 MiB<br />NAND: 512 MiB<br />MMC: FSL_SDHC: 0<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC
	\|\| power on the board and check the boot log of the board		\|\| power on the board and check the boot log of the board
	\|----------------		\|----------------
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	\|'''I2C''' \|\| style="background:#00ff00;" \| 38 76 7F \|\| postponed \|\| style="background:#00ff00;" \| 38 68 \|\| style="background:#00ff00;" \| 1A 36 38 \|\| startup sceen shall display:<br />I2C: ready<br />the command "i2c probe" should return the list<br />of devices on the i2c bus of the board		\|'''I2C''' \|\| style="background:#00ff00;" \| 38 76 7F \|\| postponed \|\| style="background:#00ff00;" \| 38 68 \|\| style="background:#00ff00;" \| 1A 36 38 \|\| startup sceen shall display:<br />I2C: ready<br />the command "i2c probe" should return the list<br />of devices on the i2c bus of the board
	\|----------------		\|----------------
	\|'''TFTP reliability''' \|\| style="background:#00ff00;" \| 5MB\|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~00reff00~~;" \| \|\| Build a big rootfs (amount of mem minus 10MB) by adding a huge tar file<br > in the target root dir - the command "run update_rootfs" should <br > download the file and update the flash accordingly		\|'''TFTP reliability''' \|\| style="background:#00ff00;" \| 5MB\|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| Build a big rootfs (amount of mem minus 10MB) by adding a huge tar file<br > in the target root dir - the command "run update_rootfs" should <br > download the file and update the flash accordingly
	\|----------------		\|----------------
	\|'''TFTP NAND option''' \|\| style="background:#ffffff;" \| NA \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| Build a big rootfs (bigger then RAM SIZE) by adding a huge tar file<br > in the target root dir - the command "nand erase.part rootfs ; tftpboot ${rootfs_addr} ${board_name}-rootfs.ubi nand" should <br > download the file and update the flash accordingly		\|'''TFTP NAND option''' \|\| style="background:#ffffff;" \| NA \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| Build a big rootfs (bigger then RAM SIZE) by adding a huge tar file<br > in the target root dir - the command "nand erase.part rootfs ; tftpboot ${rootfs_addr} ${board_name}-rootfs.ubi nand" should <br > download the file and update the flash accordingly
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	\|''' rootfs on SD/MMC''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=MultiMediaCard#Booting_from_MMC.2FSD <br /> the command "run mmcboot" should start linux using <br />a rootfs on your sd/mmc memory card		\|''' rootfs on SD/MMC''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=MultiMediaCard#Booting_from_MMC.2FSD <br /> the command "run mmcboot" should start linux using <br />a rootfs on your sd/mmc memory card
	\|----------------		\|----------------
	\|'''Flash lock/unlock''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| style="background:#~~ff0000~~;" \| \|\| For APF9328: <br />protect on all<br />erase nor0,1 <br />-> - Warning: 1 protected sectors will not be erased!<br />protect off all<br />erase nor0,1 <br />-> no warning - erase done<br /> other apf boards:<br />nand lock; nand erase.part kernel<br />Should not erase the kernel partion<br />(error message, system hang or no message)<br />		\|'''Flash lock/unlock''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| For APF9328: <br />protect on all<br />erase nor0,1 <br />-> - Warning: 1 protected sectors will not be erased!<br />protect off all<br />erase nor0,1 <br />-> no warning - erase done<br /> other apf boards:<br />nand lock; nand erase.part kernel<br />Should not erase the kernel partion<br />(error message, system hang or no message)<br />
	boot linux<br />to confirm nand integrity -> kernel should start		boot linux<br />to confirm nand integrity -> kernel should start
	\|----------------		\|----------------
	\|'''Env compatibility change''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| force a new environment version and check <br />the warning on next reboot:<br />setenv env_version 0<br />saveenv<br />reset<br />=> *** Warning - Environment version change suggests:<br />run flash_reset_env; reset		\|'''Env compatibility change''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| force a new environment version and check <br />the warning on next reboot:<br />setenv env_version 0<br />saveenv<br />reset<br />=> *** Warning - Environment version change suggests:<br />run flash_reset_env; reset
	\|----------------		\|----------------
	\|'''FPGA control''' \|\| style="background:#00ff00;" \| blinking_led_<br />apf9328_200k.bit \|\| Not Applicable \|\| style="background:#00ff00;" \| blinking_led_<br />apf27_200k.bit \|\| style="background:#~~ffff00~~;" \| blinking_led_<br />apf51_lx9.bin \|\| the command "fpga info 0" should indicate<br /> the presence of the spartan 3 <br />Test FPGA download with the blinking_led bit file of your board:<br />tftpboot ${loadaddr} blinking_led_apfxxxx_xxxk.bit<br />fpga load 0 ${loadaddr} ${filesize}<br /> should make the LED blinking without error		\|'''FPGA control''' \|\| style="background:#00ff00;" \| blinking_led_<br />apf9328_200k.bit \|\| Not Applicable \|\| style="background:#00ff00;" \| blinking_led_<br />apf27_200k.bit \|\| style="background:#00ff00;" \| blinking_led_<br />apf51_lx9.bin \|\| the command "fpga info 0" should indicate<br /> the presence of the spartan 3 <br />Test FPGA download with the blinking_led bit file of your board:<br />tftpboot ${loadaddr} blinking_led_apfxxxx_xxxk.bit<br />fpga load 0 ${loadaddr} ${filesize}<br /> should make the LED blinking without error
	\|----------------		\|----------------
	\|'''Firmware autoload''' \|\| style="background:#00ff00;" \| \|\| Not Applicable\|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| run flash_firmware<br />setenv firmware_autoload 1<br />saveenv<br /><power off>/<power on> the board<br />LED should blink after a couple of seconds and<br />UBoot should continue countdown to boot linux		\|'''Firmware autoload''' \|\| style="background:#00ff00;" \| \|\| Not Applicable\|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| run flash_firmware<br />setenv firmware_autoload 1<br />saveenv<br /><power off>/<power on> the board<br />LED should blink after a couple of seconds and<br />UBoot should continue countdown to boot linux
	\|----------------		\|----------------
	\|'''imxfuse commands''' \|\| Not Applicable \|\| style="background:#00ffff;" \| ocotp \|\| style="background:#ffff00;" \| imxfuse mac... \|\| style="background:#ffff00;" \| iim blow fecmac... \|\| Use production tool to blow a MAC address		\|'''imxfuse commands''' \|\| Not Applicable \|\| style="background:#00ffff;" \| ocotp \|\| style="background:#ffff00;" \| imxfuse mac... \|\| style="background:#ffff00;" \| iim blow fecmac... \|\| Use production tool to blow a MAC address
	\|----------------		\|----------------
	\|'''Detect RAM SIze''' \|\| not supported \|\| style="background:#00ff00;" \| 128MiB \|\| style="background:#00ff00;" \| Board rev. 1 with 128 MiB \|\| style="background:#~~ffff00~~;" \| Board rev. 1 with 512MiB \|\| Using the default UBoot config test the given<br /> config is correct during boot		\|'''Detect RAM SIze''' \|\| not supported \|\| style="background:#00ff00;" \| 128MiB \|\| style="background:#00ff00;" \| Board rev. 1 with 128 MiB \|\| style="background:#00ff00;" \| Board rev. 1 with 512MiB \|\| Using the default UBoot config test the given<br /> config is correct during boot
	\|----------------		\|----------------
	\|'''PAR cleared''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| run unlock_regs; boot<br />once logged on linux try the command<br />imxregs CSR<br />should display imx register value instead of any error like "Unhandled fault"		\|'''PAR cleared''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| run unlock_regs; boot<br />once logged on linux try the command<br />imxregs CSR<br />should display imx register value instead of any error like "Unhandled fault"
	\|----------------		\|----------------
	\|'''SD/MMC driver''' \|\| not supported \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| ~~not supported~~ \|\| The command "mmcinfo" should display the SD/MMC card information		\|'''SD/MMC driver''' \|\| not supported \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| The command "mmcinfo" should display the SD/MMC card information
	\|----------------		\|----------------
	\|'''NETCONSOLE''' \|\| not supported \|\| not supported \|\| not supported \|\| not supported \|\| [[Ethernet_console]]		\|'''NETCONSOLE''' \|\| not supported \|\| not supported \|\| not supported \|\| not supported \|\| [[Ethernet_console]]

Jorasse: /* Features/Status */

2013-07-24T16:23:46Z

Features/Status

← Older revision		Revision as of 18:23, 24 July 2013
Line 71:		Line 71:
	\|''' rootfs on SD/MMC''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=MultiMediaCard#Booting_from_MMC.2FSD <br /> the command "run mmcboot" should start linux using <br />a rootfs on your sd/mmc memory card		\|''' rootfs on SD/MMC''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=MultiMediaCard#Booting_from_MMC.2FSD <br /> the command "run mmcboot" should start linux using <br />a rootfs on your sd/mmc memory card
	\|----------------		\|----------------
	\|'''Flash lock/unlock''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| For APF9328: <br />protect on all<br />erase nor0,1 <br />-> - Warning: 1 protected sectors will not be erased!<br />protect off all<br />erase nor0,1 <br />-> no warning - erase done<br /> other apf boards:<br />nand lock; nand erase.part kernel<br />Should not erase the kernel partion<br />(error message, system hang or no message)<br />		\|'''Flash lock/unlock''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| style="background:#ff0000;" \| \|\| For APF9328: <br />protect on all<br />erase nor0,1 <br />-> - Warning: 1 protected sectors will not be erased!<br />protect off all<br />erase nor0,1 <br />-> no warning - erase done<br /> other apf boards:<br />nand lock; nand erase.part kernel<br />Should not erase the kernel partion<br />(error message, system hang or no message)<br />
	boot linux<br />to confirm nand integrity -> kernel should start		boot linux<br />to confirm nand integrity -> kernel should start
	\|----------------		\|----------------
	\|'''Env compatibility change''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| force a new environment version and check <br />the warning on next reboot:<br />setenv env_version 0<br />saveenv<br />reset<br />=> *** Warning - Environment version change suggests:<br />run flash_reset_env; reset		\|'''Env compatibility change''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| force a new environment version and check <br />the warning on next reboot:<br />setenv env_version 0<br />saveenv<br />reset<br />=> *** Warning - Environment version change suggests:<br />run flash_reset_env; reset
	\|----------------		\|----------------
	\|'''FPGA control''' \|\| style="background:#00ff00;" \| blinking_led_<br />apf9328_200k.bit \|\| Not Applicable \|\| style="background:#00ff00;" \| blinking_led_<br />apf27_200k.bit \|\| style="background:#ffff00;" \| blinking_led_<br />apf51_lx9.bin \|\| the command "fpga info 0" should indicate<br /> the presence of the spartan 3 <br />Test FPGA download with the blinking_led bit file of your board:<br />tftpboot ${loadaddr} blinking_led_apfxxxx_xxxk.bit<br />fpga load 0 ${loadaddr} ${filesize}<br /> should make the LED blinking without error		\|'''FPGA control''' \|\| style="background:#00ff00;" \| blinking_led_<br />apf9328_200k.bit \|\| Not Applicable \|\| style="background:#00ff00;" \| blinking_led_<br />apf27_200k.bit \|\| style="background:#ffff00;" \| blinking_led_<br />apf51_lx9.bin \|\| the command "fpga info 0" should indicate<br /> the presence of the spartan 3 <br />Test FPGA download with the blinking_led bit file of your board:<br />tftpboot ${loadaddr} blinking_led_apfxxxx_xxxk.bit<br />fpga load 0 ${loadaddr} ${filesize}<br /> should make the LED blinking without error

Jorasse: /* Features/Status */

2013-07-24T16:06:25Z

Features/Status

← Older revision		Revision as of 18:06, 24 July 2013
Line 63:		Line 63:
	\|'''TFTP reliability''' \|\| style="background:#00ff00;" \| 5MB\|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00reff00;" \| \|\| Build a big rootfs (amount of mem minus 10MB) by adding a huge tar file<br > in the target root dir - the command "run update_rootfs" should <br > download the file and update the flash accordingly		\|'''TFTP reliability''' \|\| style="background:#00ff00;" \| 5MB\|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00reff00;" \| \|\| Build a big rootfs (amount of mem minus 10MB) by adding a huge tar file<br > in the target root dir - the command "run update_rootfs" should <br > download the file and update the flash accordingly
	\|----------------		\|----------------
	\|'''TFTP NAND option''' \|\| style="background:#ffffff;" \| NA \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| Build a big rootfs (bigger then RAM SIZE) by adding a huge tar file<br > in the target root dir - the command "nand erase.part rootfs ; tftpboot ${rootfs_addr} ${board_name}-rootfs.ubi nand" should <br > download the file and update the flash accordingly		\|'''TFTP NAND option''' \|\| style="background:#ffffff;" \| NA \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| Build a big rootfs (bigger then RAM SIZE) by adding a huge tar file<br > in the target root dir - the command "nand erase.part rootfs ; tftpboot ${rootfs_addr} ${board_name}-rootfs.ubi nand" should <br > download the file and update the flash accordingly
	\|----------------		\|----------------
	\|'''linux boot from flash''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| the command "boot" should start linux and rootfs from flash<br />the linux login should be "armadeus login: "		\|'''linux boot from flash''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| the command "boot" should start linux and rootfs from flash<br />the linux login should be "armadeus login: "
	\|----------------		\|----------------
	\|'''NFS boot (rootfs)''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| http://www.armadeus.com/wiki/index.php?title=Nfs#Boot_from_NFS <br /> the command "run nfsboot" should start linux using <br />rootfs over a NFS shared drive on <br />your host server ${serverip}		\|'''NFS boot (rootfs)''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=Nfs#Boot_from_NFS <br /> the command "run nfsboot" should start linux using <br />rootfs over a NFS shared drive on <br />your host server ${serverip}
	\|----------------		\|----------------
	\|''' rootfs on SD/MMC''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| http://www.armadeus.com/wiki/index.php?title=MultiMediaCard#Booting_from_MMC.2FSD <br /> the command "run mmcboot" should start linux using <br />a rootfs on your sd/mmc memory card		\|''' rootfs on SD/MMC''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| http://www.armadeus.com/wiki/index.php?title=MultiMediaCard#Booting_from_MMC.2FSD <br /> the command "run mmcboot" should start linux using <br />a rootfs on your sd/mmc memory card
	\|----------------		\|----------------
	\|'''Flash lock/unlock''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| style="background:#ffff00;" \| \|\| For APF9328: <br />protect on all<br />erase nor0,1 <br />-> - Warning: 1 protected sectors will not be erased!<br />protect off all<br />erase nor0,1 <br />-> no warning - erase done<br /> other apf boards:<br />nand lock; nand erase.part kernel<br />Should not erase the kernel partion<br />(error message, system hang or no message)<br />		\|'''Flash lock/unlock''' \|\| style="background:#00ff00;" \| \|\| Not Applicable \|\| style="background:#00ff00;" \| \|\| style="background:#ffff00;" \| \|\| For APF9328: <br />protect on all<br />erase nor0,1 <br />-> - Warning: 1 protected sectors will not be erased!<br />protect off all<br />erase nor0,1 <br />-> no warning - erase done<br /> other apf boards:<br />nand lock; nand erase.part kernel<br />Should not erase the kernel partion<br />(error message, system hang or no message)<br />

Jorasse: /* Features/Status */

2013-07-24T14:20:18Z

Features/Status

← Older revision		Revision as of 16:20, 24 July 2013
Line 34:		Line 34:
	\| \|\| \|\| \|\| \|\| \|\|		\| \|\| \|\| \|\| \|\| \|\|
	\|----------------		\|----------------
	\|'''U-Boot power on''' \|\| style="background:#00ff00;" \| U-Boot 2013.04...<br />I2C: ready<br />DRAM: 16 MiB<br />Flash: 8 MiB<br />In: serial<br />Out: serial<br />Err: serial<br />Net: dm9000 \|\| style="background:#00ff00;" \| U-Boot 2013.04... <br />CPU: Freescale i.MX28<br />BOOT: NAND, 3V3<br />DRAM: 128 MiB<br />NAND: 256 MiB<br />MMC: MXS MMC: 0<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC0 [PRIME]\|\| style="background:#00ff00;" \| U-Boot 2013.04..<br />CPU: Freescale i.MX27 at 399 MHz<br />Armadeus APF27<br />I2C: ready<br />DRAM: 64 MiB<br />NAND: 256 MiB <br />MMC: MXC MCI: 0<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC \|\| style="background:#~~ffff00~~;" \| U-Boot 2013.04...<br />I2C: ready<br />DRAM: 256-512 MiB<br />NAND: 512 MiB<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC		\|'''U-Boot power on''' \|\| style="background:#00ff00;" \| U-Boot 2013.04...<br />I2C: ready<br />DRAM: 16 MiB<br />Flash: 8 MiB<br />In: serial<br />Out: serial<br />Err: serial<br />Net: dm9000 \|\| style="background:#00ff00;" \| U-Boot 2013.04... <br />CPU: Freescale i.MX28<br />BOOT: NAND, 3V3<br />DRAM: 128 MiB<br />NAND: 256 MiB<br />MMC: MXS MMC: 0<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC0 [PRIME]\|\| style="background:#00ff00;" \| U-Boot 2013.04..<br />CPU: Freescale i.MX27 at 399 MHz<br />Armadeus APF27<br />I2C: ready<br />DRAM: 64 MiB<br />NAND: 256 MiB <br />MMC: MXC MCI: 0<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC \|\| style="background:#00ff00;" \| U-Boot 2013.04...<br />I2C: ready<br />DRAM: 256-512 MiB<br />NAND: 512 MiB<br />In: serial<br />Out: serial<br />Err: serial<br />Net: FEC
	\|\| power on the board and check the boot log of the board		\|\| power on the board and check the boot log of the board
	\|----------------		\|----------------
	\|'''NOR/NAND flash''' \|\| style="background:#00ff00;" \| 8 MiB\|\| style="background:#00ff00;" \| 256MiB-2GiB \|\| style="background:#00ff00;" \| 256MiB \|\| style="background:#~~ffff00~~;" \| 512MiB-4GiB \|\| startup sceen shall display:<br />Flash: xx MiB		\|'''NOR/NAND flash''' \|\| style="background:#00ff00;" \| 8 MiB\|\| style="background:#00ff00;" \| 256MiB-2GiB \|\| style="background:#00ff00;" \| 256MiB \|\| style="background:#00ff00;" \| 512MiB-4GiB \|\| startup sceen shall display:<br />Flash: xx MiB or NAND: xxxMiB
	\|----------------		\|----------------
	\|'''RAM''' \|\| style="background:#00ff00;" \| 16/32 MiB\|\| style="background:#00ff00;" \| 128MiB-512MiB \|\| style="background:#00ff00;" \| 64-128MiB \|\| style="background:#~~ffff00~~;" \| 256-512MiB \|\| startup sceen shall display:<br />DRAM: xx MiB		\|'''RAM''' \|\| style="background:#00ff00;" \| 16/32 MiB\|\| style="background:#00ff00;" \| 128MiB-512MiB \|\| style="background:#00ff00;" \| 64-128MiB \|\| style="background:#00ff00;" \| 256-512MiB \|\| startup sceen shall display:<br />DRAM: xxx MiB
	\|----------------		\|----------------
	\|'''Ethernet driver''' \|\| style="background:#00ff00;" \| dm9000\|\| style="background:#00ff00;" \| FEC0 \|\| style="background:#00ff00;" \| FEC \|\| style="background:#~~ffff00~~;" \| FEC \|\| startup sceen shall display:<br />Net: <DRIVER>		\|'''Ethernet driver''' \|\| style="background:#00ff00;" \| dm9000\|\| style="background:#00ff00;" \| FEC0 \|\| style="background:#00ff00;" \| FEC \|\| style="background:#00ff00;" \| FEC \|\| startup sceen shall display:<br />Net: <DRIVER>
	\|----------------		\|----------------
	\|'''Ethernet MAC''' \|\| style="background:#00ff00;" \| dm9000 read<br />00000000: 1e00 00ac\|\| style="background:#00ff00;" \| bdinfo<br />...<br />ethaddr = 00:1e:ac:... \|\| style="background:#00ff00;" \| bdinfo<br />...<br />ethaddr = 00:1e:ac:... \|\| style="background:#~~ffff00~~;" \| iim read fecmac<br />FEC MAC address: 0x00:0x1e:0xac:...\|\| test the presence of the MAC address in EEPROM/fuses <br /> the command bdinfo should return a valid mac address		\|'''Ethernet MAC''' \|\| style="background:#00ff00;" \| dm9000 read<br />00000000: 1e00 00ac\|\| style="background:#00ff00;" \| bdinfo<br />...<br />ethaddr = 00:1e:ac:... \|\| style="background:#00ff00;" \| bdinfo<br />...<br />ethaddr = 00:1e:ac:... \|\| style="background:#00ff00;" \| iim read fecmac<br />FEC MAC address: 0x00:0x1e:0xac:...\|\| test the presence of the MAC address in EEPROM/fuses <br /> the command bdinfo should return a valid mac address
	\|----------------		\|----------------
	\|'''Default IP''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| the default IP variables should be:<br /> ipaddr=192.168.0.10<br /> netmask=255.255.255.0<br /> serverip=192.168.0.2<br /> gatewayip=192.168.0.1<br /> use the "flash_reset_env" script<br />to restore the default environment variables		\|'''Default IP''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| the default IP variables should be:<br /> ipaddr=192.168.0.10<br /> netmask=255.255.255.0<br /> serverip=192.168.0.2<br /> gatewayip=192.168.0.1<br /> use the "flash_reset_env" script<br />to restore the default environment variables
	\|----------------		\|----------------
	\|'''DHCP''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| the command "DHCP" should be able<br />to update IP environment variables according<br /> to your network and DHCP server		\|'''DHCP''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| the command "DHCP" should be able<br />to update IP environment variables according<br /> to your network and DHCP server
	\|----------------		\|----------------
	\|'''Ping''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| set ipaddr & serverip according to your network.<br />Test the connection to the server: <br />ping ${serverip} should return the status "alive"		\|'''Ping''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| set ipaddr & serverip according to your network.<br />Test the connection to the server: <br />ping ${serverip} should return the status "alive"
	\|----------------		\|----------------
	\|'''Board reset''' \|\|style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| command "reset" shall reset the board		\|'''Board reset''' \|\|style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| command "reset" shall reset the board
	\|----------------		\|----------------
	\|'''TFTP''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| the command "run download_uboot" should <br />UBoot from the host PC into the target RAM		\|'''TFTP''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| the command "run download_uboot" should <br />UBoot from the host PC into the target RAM
	\|----------------		\|----------------
	\|'''NFS''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| the command <br />"nfs ${loadaddr} ${serverip}:/tftpboot/${board_name}-linux.bin" should download<br />linux kernel from the host PC into the target RAM		\|'''NFS''' \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| the command <br />"nfs ${loadaddr} ${serverip}:/tftpboot/${board_name}-linux.bin" should download<br />linux kernel from the host PC into the target RAM
	\|----------------		\|----------------
	\|'''Board upgrade scripts''' \|\|style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| use the hereafter scripts to update the software of the board:<br /> run update_all<br /> reset<br />run flash_reset_env		\|'''Board upgrade scripts''' \|\|style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| use the hereafter scripts to update the software of the board:<br /> run update_all<br /> reset<br />run flash_reset_env
	\|----------------		\|----------------
	\|'''I2C''' \|\| style="background:#00ff00;" \| 38 76 7F \|\| postponed \|\| style="background:#00ff00;" \| 38 68 \|\| ~~not supported~~ : ~~unreliable - device detected randomly~~ \|\| startup sceen shall display:<br />I2C: ready<br />the command "i2c probe" should return the list<br />of devices on the i2c bus of the board		\|'''I2C''' \|\| style="background:#00ff00;" \| 38 76 7F \|\| postponed \|\| style="background:#00ff00;" \| 38 68 \|\| style="background:#00ff00;" \| 1A 36 38 \|\| startup sceen shall display:<br />I2C: ready<br />the command "i2c probe" should return the list<br />of devices on the i2c bus of the board
	\|----------------		\|----------------
	\|'''TFTP reliability''' \|\| style="background:#00ff00;" \| 5MB\|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#~~ffff00~~;" \| \|\| Build a big rootfs (amount of mem minus 10MB) by adding a huge tar file<br > in the target root dir - the command "run update_rootfs" should <br > download the file and update the flash accordingly		\|'''TFTP reliability''' \|\| style="background:#00ff00;" \| 5MB\|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#00reff00;" \| \|\| Build a big rootfs (amount of mem minus 10MB) by adding a huge tar file<br > in the target root dir - the command "run update_rootfs" should <br > download the file and update the flash accordingly
	\|----------------		\|----------------
	\|'''TFTP NAND option''' \|\| style="background:#ffffff;" \| NA \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#ffff00;" \| \|\| Build a big rootfs (bigger then RAM SIZE) by adding a huge tar file<br > in the target root dir - the command "nand erase.part rootfs ; tftpboot ${rootfs_addr} ${board_name}-rootfs.ubi nand" should <br > download the file and update the flash accordingly		\|'''TFTP NAND option''' \|\| style="background:#ffffff;" \| NA \|\| style="background:#00ff00;" \| \|\| style="background:#00ff00;" \| \|\| style="background:#ffff00;" \| \|\| Build a big rootfs (bigger then RAM SIZE) by adding a huge tar file<br > in the target root dir - the command "nand erase.part rootfs ; tftpboot ${rootfs_addr} ${board_name}-rootfs.ubi nand" should <br > download the file and update the flash accordingly