==Mandatory packages==
* name of packages are different therefore use the lines hereafter instead (assuming sudo is configured to support root commands):
<pre class="host">
sudo urpmi gcc gcc-c++ make autoconf automake libtool bison flex gettext
sudo urpmi patch subversion texinfo wget git
sudo urpmi libncurses5 libncurses-devel
sudo urpmi zlib1-devel liblzo2_2 liblzo-devel
sudo urpmi libacl1 libacl-devel
sudo urpmi uuid-dev
sudo urpmi python-serial python-usb
sudo urpmi libssl-devel (to build u-boot 2014.04 mxsimage tool for the apf28)
</pre>

* If you get this error during compilation (module-init-tools):
<pre class="host">
/usr/bin/ld: cannot find -lc
</pre>
you should install the ''glibc-static'' package. This is because the module-init-tools build process wants to link statically against the C library.

==Optional packages==
* Not mandatory but useful to add some Buildroot packages:
<pre class="host">
sudo urpmi libglib2.0-devel
</pre>

===Java devt===
* To compile java jamvm and gnu-classpath:
<pre class="host">
sudo urpmi java-gcj-compat-dev
</pre>

Ubuntu/Debian installation prerequisites

2014-06-18T12:14:37Z

Jorasse: /* Mandatory packages */

==Mandatory packages==
* you can use the following commands (one at a time) to get them (assuming your userid is allowed to use ''sudo'' (execution of commands as root)):
<pre class="host">
sudo apt-get install -y build-essential gcc g++ autoconf automake libtool bison flex gettext
sudo apt-get install -y patch subversion texinfo wget git-core
sudo apt-get install -y libncurses5 libncurses5-dev
sudo apt-get install -y zlib1g-dev liblzo2-2 liblzo2-dev
sudo apt-get install -y libacl1 libacl1-dev gawk cvs curl lzma
sudo apt-get install -y uuid-dev mercurial unzip
sudo apt-get install -y python-serial python-usb (to use recover tool if board is bricked)
sudo apt-get install -y libssl-dev (to build u-boot 2014.04 mxsimage tool for the apf28)
</pre>

* if your distribution is localized in a language different of English, you will need to install "en_US" locale in order to compile the toolchain (by default our toolchain (uClibc) is configured to only support English). If not, you will get compilation errors like this one:
<pre class="host">
...
extra/locale/locale_mmap.h:46: error: '__LOCALE_DATA_WCctype_II_LEN' undeclared here (not in a function)
...
</pre>
To solve this, install en_US.UTF-8 locale with the following:
<pre class="host">
$ sudo dpkg-reconfigure locales
</pre>

==Optional packages==
Not mandatory but useful to add for compiling some Buildroot packages:
<pre class="host">
sudo apt-get -y install libglib2.0-dev
sudo apt-get -y install libnetpbm10-dev (for fbtest)
sudo apt-get -y install python-xcbgen (for Matchbox)
sudo apt-get -y install xutils-dev (for mesa)
</pre>

===Java devt===
====Ubuntu====

* To compile java jamvm and gnu-classpath:
<pre class="host">
sudo apt-get -y install gcj-jdk
</pre>

====Debian====
To compile java jamvm and gnu-classpath:
<pre class="host">
sudo apt-get -y install java-gcj-compat-dev default-jdk
</pre>

Ubuntu/Debian installation prerequisites

2014-06-18T12:14:18Z

Jorasse: /* Mandatory packages */

2014-05-12T15:26:09Z

Jorasse: New page: ==Status== TBD ==Features/Status== {| border="1" cellpadding="5" cellspacing="0" summary="Legend" |- style="background:#efefef;" | '''Status''' || '''Legend Color''' |---------------- | ...

==Status==

TBD
==Features/Status==
{| border="1" cellpadding="5" cellspacing="0" summary="Legend"
|- style="background:#efefef;"
| '''Status''' || '''Legend Color'''
|----------------
| '''Test passed''' || style="background:#00ff00;" |
|----------------
| '''Compilation or runtime test failed''' || style="background:#ff0000;" |
|----------------
| '''To be tested''' || style="background:#ffff00;" |
|----------------
| '''Optional/not activated by default ''' || style="background:#00ffff;" |
|----------------
| '''NA/not supported''' ||
|----------------
|}

 

{| border="1" cellpadding="5" cellspacing="0"
|- style="background:#efefef;"
! '''Feature''' || colspan="4" | '''Status''' || '''Test case'''
|---------------- align="center"
|'''boards''' || apf9328 || apf28 || apf27 || apf51 ||
|----------------
| || || || || ||
|----------------
|'''U-Boot power on''' || style="background:#00ff00;" | U-Boot 2013.04... I2C: ready DRAM: 16 MiB Flash: 8 MiB In: serial Out: serial Err: serial Net: dm9000 || style="background:#00ff00;" | U-Boot 2013.04... CPU: Freescale i.MX28 BOOT: NAND, 3V3 DRAM: 128 MiB NAND: 256 MiB MMC: MXS MMC: 0 In: serial Out: serial Err: serial Net: FEC0 [PRIME]|| style="background:#00ff00;" | U-Boot 2013.04.. CPU: Freescale i.MX27 at 399 MHz Armadeus APF27 I2C: ready DRAM: 64 MiB NAND: 256 MiB MMC: MXC MCI: 0 In: serial Out: serial Err: serial Net: FEC || style="background:#00ff00;" | U-Boot 2013.04... I2C: ready DRAM: 256-512 MiB NAND: 512 MiB MMC: FSL_SDHC: 0 In: serial Out: serial Err: serial Net: FEC
|| 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:#00ff00;" | 512MiB-4GiB || startup sceen shall display: 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:#00ff00;" | 256-512MiB || startup sceen shall display: DRAM: xxx MiB
|----------------
|'''Ethernet driver''' || style="background:#ffff00;" | dm9000|| style="background:#ffff00;" | FEC0 || style="background:#ffff00;" | FEC || style="background:#ffff00;" | FEC || startup sceen shall display: Net: <DRIVER>
|----------------
|'''Ethernet MAC''' || style="background:#ffff00;" | dm9000 read 00000000: 1e00 00ac|| style="background:#ffff00;" | bdinfo ... ethaddr = 00:1e:ac:... || style="background:#ffff00;" | bdinfo ... ethaddr = 00:1e:ac:... || style="background:#ffff00;" | iim read fecmac FEC MAC address: 0x00:0x1e:0xac:...|| test the presence of the MAC address in EEPROM/fuses the command bdinfo should return a valid mac address
|----------------
|'''Default IP''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || the default IP variables should be: ipaddr=192.168.0.10 netmask=255.255.255.0 serverip=192.168.0.2 gatewayip=192.168.0.1 use the "flash_reset_env" script to restore the default environment variables
|----------------
|'''DHCP''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || the command "DHCP" should be able to update IP environment variables according to your network and DHCP server
|----------------
|'''Ping''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || set ipaddr & serverip according to your network. Test the connection to the server: ping ${serverip} should return the status "alive"
|----------------
|'''Board reset''' ||style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || command "reset" shall reset the board
|----------------
|'''TFTP''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || the command "run download_uboot" should UBoot from the host PC into the target RAM
|----------------
|'''NFS''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || the command "nfs ${loadaddr} ${serverip}:/tftpboot/${board_name}-linux.bin" should download linux kernel from the host PC into the target RAM
|----------------
|'''Board upgrade scripts''' ||style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || use the hereafter scripts to update the software of the board: run update_all reset run flash_reset_env
|----------------
|'''I2C''' || style="background:#ffff00;" | 38 76 7F || postponed || style="background:#ffff00;" | 38 68 || style="background:#ffff00;" | 1A 36 38 || startup sceen shall display: I2C: ready the command "i2c probe" should return the list of devices on the i2c bus of the board
|----------------
|'''TFTP reliability''' || style="background:#ffff00;" | 5MB|| style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || Build a big rootfs (amount of mem minus 10MB) by adding a huge tar file in the target root dir - the command "run update_rootfs" should download the file and update the flash accordingly
|----------------
|'''TFTP NAND option''' || style="background:#ffffff;" | NA || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || Build a big rootfs (bigger then RAM SIZE) by adding a huge tar file in the target root dir - the command "nand erase.part rootfs ; tftpboot ${rootfs_addr} ${board_name}-rootfs.ubi nand" should download the file and update the flash accordingly
|----------------
|'''linux boot from flash''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || the command "boot" should start linux and rootfs from flash the linux login should be "armadeus login: "
|----------------
|'''NFS boot (rootfs)''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || http://www.armadeus.com/wiki/index.php?title=Nfs#Boot_from_NFS the command "run nfsboot" should start linux using rootfs over a NFS shared drive on your host server ${serverip}
|----------------
|''' rootfs on SD/MMC''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || http://www.armadeus.com/wiki/index.php?title=MultiMediaCard#Booting_from_MMC.2FSD the command "run mmcboot" should start linux using a rootfs on your sd/mmc memory card
|----------------
|'''Flash lock/unlock''' || style="background:#ffff00;" | || Not Applicable || style="background:#ffff00;" | || style="background:#ffff00;" | || For APF9328: protect on all erase nor0,1 -> - Warning: 1 protected sectors will not be erased! protect off all erase nor0,1 -> no warning - erase done other apf boards: nand lock; nand erase.part kernel Should not erase the kernel partion (error message, system hang or no message) 
boot linux to confirm nand integrity -> kernel should start
|----------------
|'''Env compatibility change''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || force a new environment version and check the warning on next reboot: setenv flash_env_version 0 saveenv reset => *** Warning - Environment version change suggests: run flash_reset_env; reset
|----------------
|'''FPGA control''' || style="background:#ffff00;" | blinking_led_ apf9328_200k.bit || Not Applicable || style="background:#ffff00;" | blinking_led_ apf27_200k.bit || style="background:#ffff00;" | blinking_led_ apf51_lx9.bin || the command "fpga info 0" should indicate the presence of the spartan 3 Test FPGA download with the blinking_led bit file of your board: tftpboot ${loadaddr} blinking_led_apfxxxx_xxxk.bit fpga load 0 ${loadaddr} ${filesize} should make the LED blinking without error
|----------------
|'''Firmware autoload''' || style="background:#ffff00;" | || Not Applicable|| style="background:#ffff00;" | || style="background:#ffff00;" | || run flash_firmware setenv firmware_autoload 1 saveenv <power off>/<power on> the board LED should blink after a couple of seconds and 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
|----------------
|'''Detect RAM SIze''' || not supported || style="background:#ffff00;" | 128MiB || style="background:#ffff00;" | Board rev. 1 with 128 MiB || style="background:#ffff00;" | Board rev. 1 with 512MiB || Using the default UBoot config test the given config is correct during boot
|----------------
|'''PAR cleared''' || style="background:#ffff00;" | || Not Applicable || style="background:#ffff00;" | || Not Applicable || run unlock_regs; boot once logged on linux try the command imxregs CSR should display imx register value instead of any error like "Unhandled fault"
|----------------
|'''SD/MMC driver''' || not supported || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffff00;" | || The command "mmcinfo" should display the SD/MMC card information
|----------------
|'''NETCONSOLE''' || not supported || not supported || not supported || not supported || [[Ethernet_console]]
|----------------
| '''LCD''' || not supported || not supported || not supported || not supported ||
|----------------
|'''SPI''' || not supported || not supported || not supported || not supported ||
|----------------
|'''USB''' || not supported || not supported || not supported || not supported ||
|----------------
|}

==PPS Test/Status==

{| border="1" cellpadding="5" cellspacing="0"
|- style="background:#efefef;"
! '''Feature''' || colspan="4" | '''Status''' || '''Test case'''
|---------------- align="center"
|'''boards''' || PPS (PPS2) || PPS51 || || ||
|----------------
| || || || || ||
|----------------
|'''U-Boot power on''' || style="background:#ffff00;" |U-Boot 2012.10.. CPU: Freescale i.MX27 at 399 MHz Armadeus APF27 DRAM: 64 MiB NAND: 256 MiB || style="background:#ffff00;" | U-Boot 2012.10... I2C: ready DRAM: 256-512 MiB NAND: 512 MiB In: serial Out: serial Err: serial Net: FEC || style="background:#ffffff;" | || style="background:#ffffff;" | || power on the board and check the boot log of the board
|----------------
|'''NOR/NAND flash''' || style="background:#ffff00;" | 256 MiB|| style="background:#ffff00;" | 512MiB || style="background:#ffffff;" | || style="background:#ffffff;" | || startup sceen shall display: Flash: xx MiB
|----------------
|'''RAM''' || style="background:#ffff00;" | 64-128MiB|| style="background:#ffff00;" | | 256-512MiB || style="background:#ffffff;" | || style="background:#ffffff;" | || startup sceen shall display: DRAM: xx MiB
|----------------
|'''Ethernet driver''' || style="background:#ffff00;" | FEC|| style="background:#ffff00;" | FEC || style="background:#ffffff;" | || style="background:#ffffff;" | || startup sceen shall display: Net: <DRIVER>
|----------------
|'''DHCP''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffffff;" | || style="background:#ffffff;" | || the command "DHCP" should be able to update IP environment variables according to your network and DHCP server
|----------------
|'''Ping''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffffff;" | || style="background:#ffffff;" | || set ipaddr & serverip according to your network. Test the connection to the server: ping ${serverip} should return the status "alive"
|----------------
|'''Board reset''' ||style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffffff;" | || style="background:#ffffff;" | || command "reset" shall reset the board
|----------------
|'''TFTP''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffffff;" | || style="background:#ffffff;" | || the command "run download_uboot" should UBoot from the host PC into the target RAM
|----------------
|'''Board upgrade scripts''' ||style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffffff;" | || style="background:#ffffff;" | || use the hereafter scripts to update the software of the board: run update_all run flash_reset_env
|----------------
|'''TFTP reliability''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffffff;" | || style="background:#ffffff;" | || Build a big rootfs (amount of mem minus 10MB) by adding a huge tar file in the target root dir - the command "run update_rootfs" should download the file and update the flash accordingly
|----------------
|'''linux boot from flash''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffffff;" | || style="background:#ffffff;" | || the command "boot" should start linux and rootfs from flash the linux login should be "armadeus login: "
|----------------
|'''Wifi test''' || style="background:#ffff00;" | || style="background:#ffff00;" | || style="background:#ffffff;" | || style="background:#ffffff;" | || boot linux and initiate a wifi connection : load drivers and scan wifi network
|----------------
|}

Project Management

2014-05-12T15:21:30Z

Jorasse: /* Software */

== Official Releases ==
* [[Releases]]

==Work in progress==
[[Wiki/Project_changes]]
===Software===
* [[Bugs| Known bugs and issues]]
* [[Fr:Integration ipkg | ipkg integration]] (French) -> contact JulienB / artemys
* Support for other build systems (like Scratchbox) -> contact JiBee
* [[EFL | Enlightment]] -> contact JulienN / jujun
* [[Armadeus Integration Test]] -> contact Jorasse
* [[Virtualbox 2.1.0 Ubuntu 8.04 guest Windows Host]]-> contact Alarm
* [[AsDevices|APF devices abstraction library (multi language)]] --> contact [[User:FabienM]]
* [[U-Boot-2014.04| U-Boot-2014.04 integration]] -> contact Jorasse
* [[Buildroot_Mainline_integration]] -> contact JulienB/artemys
* [[kernel-with-device-tree]]
* [[kernel-upstream-status|APF boards Linux "upstreaming" status]]

===Hardware===
* IR Receiver IP for FPGA -> contact benoit
* CMOS sensor integration -> contact JulienB
* [[APF Enclosure | APF Enclosure]] -> contact ssinyagin

===Wiki===
* [[new wiki architecture]]