Difference between revisions of "IoTGateway/BSP/Linux/Quark/FAQ"

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{{DISPLAYTITLE:Frequently Asked Questions for Quark series}}
 
{{DISPLAYTITLE:Frequently Asked Questions for Quark series}}
 +
 
{| align="right"
 
{| align="right"
−
| __TOC__
+
|-
−
|}
+
| __TOC__
 +
|}
 
<!--
 
<!--
 
-->
 
-->
 +
== Compiling ==
 +
 +
=== GRUB ===
  
−
==Compiling==
 
−
===GRUB===
 
 
Please refer to the following sections for details
 
Please refer to the following sections for details
  
−
* Getting Started / Build Instructions / To build grub individually <sub>([[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#To_build_grub_individually|LBV2]])</sub>
+
*Getting Started / Build Instructions / To build grub individually <sub>([[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#To_build_grub_individually|LBV2]])</sub>
 +
 
 +
=== Kernel ===
  
−
===Kernel===
 
 
Please refer to the following sections for details
 
Please refer to the following sections for details
  
−
* Getting Started / Build Instructions / To build linux kernel individually <sub>([[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#To_build_linux_kernel_individually|LBV2]])</sub>
+
*Getting Started / Build Instructions / To build linux kernel individually <sub>([[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#To_build_linux_kernel_individually|LBV2]])</sub>
 +
 
 +
== Application ==
 +
 
 +
=== Static busybox ===
  
−
==Application==
 
−
===Static busybox===
 
 
The following steps demonstrate how to build the static busybox.
 
The following steps demonstrate how to build the static busybox.
−
* Install cross tool chain
+
 
−
# [[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#To_build_all_image_files|To build all image files]]
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*Install cross tool chain
−
# [[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#To_build_toolchain_installer|To build toolchain installer]]
+
 
−
# [[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#Setting_up_SDK|Setting up SDK]]
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#[[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#To_build_all_image_files|To build all image files]]
−
# [[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#Setting_up_cross_compiling_environment|Setting up cross compiling environment]]
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#[[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#To_build_toolchain_installer|To build toolchain installer]]
−
* Install static linked libraries for cross compiling
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#[[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#Setting_up_SDK|Setting up SDK]]
−
: (Because the static linked libraries contained in cross toolchain installer are not full enough as contained in the yocto building environment.)
+
#[[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#Setting_up_cross_compiling_environment|Setting up cross compiling environment]]
−
: <tt>$ pushd <span style="color:purple">'''${BSP_HOME}'''</span>/<span style="color:purple">'''${BDIR}'''</span>/tmp/sysroots/quark && tar zcvf ~/static_lib.tgz `find ./ -name "*.a"` && popd</tt>
+
 
−
: (Copy ~/static_lib.tgz from docker container to home directory in local file system if needed)
+
*Install static linked libraries for cross compiling
−
: <tt>$ sudo tar xvf ~/static_lib.tgz -C /opt/iot-devkit/<span style="color:purple">'''${POKY}'''</span>/sysroots/i586-poky-linux --no-same-owner</tt>
+
 
−
* Unpack busybox tarball
+
:(Because the static linked libraries contained in cross toolchain installer are not full enough as contained in the yocto building environment.)
−
: <tt>$ mkdir -p ~/code/test_quark</tt>
+
:<tt>$ pushd <span style="color:purple">'''${BSP_HOME}'''</span>/<span style="color:purple">'''${BDIR}'''</span>/tmp/sysroots/quark && tar zcvf ~/static_lib.tgz `find ./ -name "*.a"` && popd</tt>
−
: <tt>$ tar xvf busybox-1.22.1.tar.bz2 -C ~/code/test_quark</tt>
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:(Copy ~/static_lib.tgz from docker container to home directory in local file system if needed)
−
: <tt>$ cd ~/code/test_quark/busybox-1.22.1</tt>
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:<tt>$ sudo tar xvf ~/static_lib.tgz -C /opt/iot-devkit/<span style="color:purple">'''${POKY}'''</span>/sysroots/i586-poky-linux --no-same-owner</tt>
−
* Select the option, <tt>"Busybox Settings ---> Build Options---> <b>[*] Build BusyBox as a static binary (no shared libs)</b>"</tt>
+
 
−
: <tt>$ make menuconfig</tt>
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*Unpack busybox tarball
−
: Exit and Save
+
 
−
* do compiling
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:<tt>$ mkdir -p ~/code/test_quark</tt>
−
: <tt>$ make</tt>
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:<tt>$ tar xvf busybox-1.22.1.tar.bz2 -C ~/code/test_quark</tt>
−
: Eventually, the two files, busybox and busybox_unstripped, are built and located in directory <tt>"~/code/test_quark/busybox-1.22.1"</tt>.
+
:<tt>$ cd ~/code/test_quark/busybox-1.22.1</tt>
 +
 
 +
*Select the option, <tt>"Busybox Settings ---> Build Options---> '''[*] Build BusyBox as a static binary (no shared libs)'''"</tt>
 +
 
 +
:<tt>$ make menuconfig</tt>
 +
:Exit and Save
 +
 
 +
*do compiling
 +
 
 +
:<tt>$ make</tt>
 +
:Eventually, the two files, busybox and busybox_unstripped, are built and located in directory <tt>"~/code/test_quark/busybox-1.22.1"</tt>.
  
 
== SDcard image ==
 
== SDcard image ==
Line 49: Line 65:
 
To build from BSP, please refer to the following sections for details.
 
To build from BSP, please refer to the following sections for details.
  
−
*Getting Started / Build Instructions / To build all image files <sub>([[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#To_build_all_image_files|LBV2]])</sub><sub></sub>
+
*Getting Started / Build Instructions / To build all image files <sub>([[IoTGateway/BSP/Linux/Quark/Yocto_LBV2_User_Guide#To_build_all_image_files|LBV2]])</sub>
 +
 
 +
<sub>To install image to SD Card .</sub>&nbsp;
 +
 
 +
*&nbsp; &nbsp; &nbsp;When you get the intel Quark image files.Unzip the image file , &nbsp;you will see the files list as below&nbsp;(ex. UBC-222)&nbsp;[[File:UBC-222 Image files.JPG|RTENOTITLE]]
 +
*Please format your SD card &nbsp;to FAT32&nbsp;
 +
*Please copy all files from the sdcard folder to your SD card &nbsp;.&nbsp;
 +
 
 +
&nbsp; &nbsp; &nbsp;&nbsp;[[File:Sdcard files list.JPG|RTENOTITLE]]
 +
 
 +
*When you have copied the all files to your SD card , you can use this SD card to boot up the UBC-222 Yocto system .&nbsp;
 +
 
 +
&nbsp; &nbsp; &nbsp;&nbsp;[[File:SD Card.JPG|RTENOTITLE]]
 +
 
 +
*Use debug cable via Terminal tool , you can see the debug massage &nbsp;as below .
 +
 
 +
[[File:UBC-222 boot up.JPG|RTENOTITLE]]
 +
 
 +
*Also you can use "ssh" to log into the Yocto system , but you need to know IP address of the Internet cable (ex . inet addr:172.22.16.154 ).&nbsp;
 +
*You can use "Putty" tool to log into the device .
 +
 
 +
&nbsp; &nbsp; &nbsp; &nbsp;[[File:Putty connection.JPG|RTENOTITLE]]
  
−
<sub></sub><sub>To install image to SD Card .</sub>
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&nbsp; &nbsp; &nbsp; &nbsp;&nbsp;[[File:Ssh.JPG|RTENOTITLE]]
  
−
==Mini-PCIe==
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== Mini-PCIe ==
  
−
==UART==
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== UART ==

Latest revision as of 03:58, 23 November 2016


Compiling

GRUB

Please refer to the following sections for details

  • Getting Started / Build Instructions / To build grub individually (LBV2)

Kernel

Please refer to the following sections for details

  • Getting Started / Build Instructions / To build linux kernel individually (LBV2)

Application

Static busybox

The following steps demonstrate how to build the static busybox.

  • Install cross tool chain
  1. To build all image files
  2. To build toolchain installer
  3. Setting up SDK
  4. Setting up cross compiling environment
  • Install static linked libraries for cross compiling
(Because the static linked libraries contained in cross toolchain installer are not full enough as contained in the yocto building environment.)
$ pushd ${BSP_HOME}/${BDIR}/tmp/sysroots/quark && tar zcvf ~/static_lib.tgz `find ./ -name "*.a"` && popd
(Copy ~/static_lib.tgz from docker container to home directory in local file system if needed)
$ sudo tar xvf ~/static_lib.tgz -C /opt/iot-devkit/${POKY}/sysroots/i586-poky-linux --no-same-owner
  • Unpack busybox tarball
$ mkdir -p ~/code/test_quark
$ tar xvf busybox-1.22.1.tar.bz2 -C ~/code/test_quark
$ cd ~/code/test_quark/busybox-1.22.1
  • Select the option, "Busybox Settings ---> Build Options---> [*] Build BusyBox as a static binary (no shared libs)"
$ make menuconfig
Exit and Save
  • do compiling
$ make
Eventually, the two files, busybox and busybox_unstripped, are built and located in directory "~/code/test_quark/busybox-1.22.1".

SDcard image

To build from prebuilt image, please refer to the following sections for details.

  • Getting Started / Introducing BSP / Prebuilt image (LBV2)

To build from BSP, please refer to the following sections for details.

  • Getting Started / Build Instructions / To build all image files (LBV2)

To install image to SD Card . 

  •      When you get the intel Quark image files.Unzip the image file ,  you will see the files list as below (ex. UBC-222) RTENOTITLE
  • Please format your SD card  to FAT32 
  • Please copy all files from the sdcard folder to your SD card  . 

      RTENOTITLE

  • When you have copied the all files to your SD card , you can use this SD card to boot up the UBC-222 Yocto system . 

      RTENOTITLE

  • Use debug cable via Terminal tool , you can see the debug massage  as below .

RTENOTITLE

  • Also you can use "ssh" to log into the Yocto system , but you need to know IP address of the Internet cable (ex . inet addr:172.22.16.154 ). 
  • You can use "Putty" tool to log into the device .

       RTENOTITLE

        RTENOTITLE

Mini-PCIe

UART

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