Просмотр кода страницы Создание microSD-карты с образом/en

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==Recording the finished image on the card==


===Selecting the desired image===

*Go to the [https://github.com/contactless/wirenboard/releases finished images page in Github]  and select the desired image:
**for Wiren Board 4 - name ends as ''_wb4''
**for Wiren Board Smart Home 3.5 - ends as ''_wb3''
***if the serial number of your Wiren Board Smart Home 3.5 is more than 300 - use the image with ''newwifi'' in the title
**for WB rev. 2.8 - ends as ''_wb28''
*:The image will have an  .dd extension, either .DD.gz, or img.zipper .dd, or .dd.gz, or img.zip
*Unpack the archive
*Follow the instructions for your operating system


=== For Windows ===

* download a program to record images(for example, [http://netcologne.dl.sourceforge.net/project/win32diskimager/Archive/Win32DiskImager-0.9.5-install.exe Win32DiskImager])
* insert the microSD card into the reader
* find out the letter under which it appeared (for example "F:")
* ignore messages about the disk format before use, if such appear
* make sure no other programs are using this card
* in Win32DiskImager, select the unpacked map image, select the drive letter, and then click ''Write''


=== For Linux ===

*insert the microSD card into the reader
*find out the name of the device corresponding to the map. This is usually /dev/mmcblk0 or /dev/sdX (where X is the letter). This command can help  <pre>dmesg | tail</pre>
*:<b> Do not confuse the device name! Incorrectly specifying the name of the device, you will lose all data on your computer forever!</b>
*unmount the map partitions that Linux mounted automatically:
**if the device is called /dev/mmcblk0, the partitions are called /dev/mmcblk0p1, /dev/mmcblk0p2, etc.
**if the device is called /dev/sdb, the partitions are /dev/sdb1, /dev/sdb2, etc.
*An example of a command:<pre>umount /dev/mmcblk0p1</pre>
*flash the card:<pre>sudo dd if=sdcard.dd of=/dev/mmcblk0 bs=4M</pre>
,  where "sdcard.dd"  is path to the previously downloaded unzipped image file.

An example of the process:
<pre>
wget https://github.com/contactless/wirenboard/releases/download/0.6-20140614/sdcard_20140614.img.zip
unzip sdcard_20140614.img.zip
umount /dev/mmcblk0p2
umount /dev/mmcblk0p1
sudo dd if=sdcard_20140614.img of=/dev/mmcblk0 bs=4M conv=fdatasync
sync
</pre>


==Creating an image in parts==

'''Attention!''' This is a complex version of self-preparation of the image of the card. It is better to use the option described above.

'''Attention!''' On November 6, 2015 instruction below is also hopelessly outdated.

===Build together===

According to [http://eewiki.net/display/linuxonarm/iMX233-OLinuXino]

*split the flash drive into two sections
*boot u-boot to the first partition
*create a filesystem on the second partition
*copy the root filesystem to the second partition

First you need to find out the name of the device with the flash card. Use the search. You can, for example, try to run the program GParted and see it. Dev /dev/sdb, and may look like /dev/mmcblk0

When the device is found, we create a variable to facilitate the use of the following commands
<pre>
MYDISK="/dev/sdb"
</pre>
Between the quotes write the name of your device with a flash card.


===Partition table===

Before starting, make sure that the partitions on the card are not mounted.

Now we will create card partitions using the script. [2]
[https://github.com/contactless/wirenboard/blob/master/image/create_partitions.sh]

Download script:
<pre>
wget [https://raw.github.com/contactless/wirenboard/master/image/create_partitions.sh]
</pre>

Run the script and specify the name of the device with the flash card:
<pre>
sudo bash create_partitions.sh $MYDISK
</pre>


===Bootloader===

See [[Special:MyLanguage/Сборка U-Boot/en|Building U-Boot]].

An image loader to write to the partition: loader[https://github.com/contactless/wirenboard/tree/master/contrib/u-boot u-boot]

Download image
<pre>
wget "https://github.com/contactless/wirenboard/blob/master/contrib/u-boot/u-boot.sb.cl25?raw=true" -O u-boot.sb
</pre>

Find out the names of the partitions. The script  divided the card into partitions, we need to know the name of the first of them. If the device name for the microSD card was <b>/dev/sdX</b>, the first partition will have the device name <b>/dev/sdX1</b>. If the device was named <b>/dev/mmcblkX</b> , the first section is partition <b>/dev/mmcblkXp1</b> (note the <b>p</b> before the partition number).

Finding the name of the first section, enter it here:
<pre>
MYDISK1="/dev/sdb1"
</pre>

Now download the partition image to the card
<pre>
sudo dd if=u-boot.sb of=$MYDISK1 bs=512 seek=4
</pre>


===Creating FS===

Find the name of the second section on the flash drive and write it in a variable
<pre>
MYDISK2="/dev/sdb2"
</pre>

<b>rootfs</b> will become the name of this partition.

<pre>
sudo mkfs.ext4 $MYDISK2 -L rootfs
</pre>


===Copy image to partition===

Released image (including kernel, dtbs, modules and firmware): [https://github.com/contactless/wirenboard/releases releases]


See also [[Special:MyLanguage/Сборка образа/en|Image Building]]

<pre>
wget https://github.com/contactless/wirenboard/releases/download/0.1/rootfs.tar.gz
</pre>

Now we need to mount the file system we created earlier.'' How to do it in the terminal?''

By default in Ubuntu it is mounted in <b>/media/$USER/rootfs/</b>. Find where the system is mounted on your computer.

Unpack the image into a section:
<pre>
 sudo tar xfpz rootfs.tar.gz -C /media/$USER/rootfs/
</pre>


Unmount the file system:
<pre>
umount /media/user/rootfs
</pre>


==Example==

Ubuntu OS, SD card is connected to the built-in reader and defined as /dev/mmcblk0. 
[https://github.com/contactless/wirenboard/ The repository] is downloaded, we are in its root.

Image file rootfs.tar.gz is located inside the rootfs system folder.

<pre>
cd image
sudo umount /dev/mmcblk0p1
sudo ./create_partitions.sh  /dev/mmcblk0
sudo dd if=../contrib/u-boot/u-boot.sb  of=/dev/mmcblk0p1 bs=512 seek=4
sudo ./create_fs.sh /dev/mmcblk0p2


# Ubuntu automount:
udisksctl mount -b /dev/mmcblk0p2

#extract rootfs
sudo tar xfpz ../rootfs/rootfs.tar.gz -C /media/$USER/rootfs/

umount /dev/mmcblk0p2
</pre>



See [[Special:MyLanguage/Стандартный образ ФС/en|FS standart image]].