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doc:dev_setupfirmware

OOBD-Firmware Development Environment

Kubuntu for VirtualBox with IDE Eclipse and Sourcery ARM Toolchain

  • The OOBD-Firmware Build process is based on Eclipse.
  • The Development environment is running within a virtual machine based on VirtualBox.
  • The used Guest OS itself is the Linux distribution Kubuntu.

Download software

Virtualbox installation on Windows Host

Start “Virtual - box” on Windows host: Start ⇒ Oracle VM VirtualBox ⇒ Oracle VM VirtualBox

  1. Create new virtual machine:
    New or Ctrl-N

    Press “Next”
  2. Memory size (here: 1024MB)

    Press “Next”
  3. Create a virtual hard drive now

    Press “Create”
  4. Hard drive file type (here: VDI – VirtualBox Disc Image)

    Press “Next”
  5. Storage on physical hard drive (here: Dynamically allocated)

    Press “Next”
  6. Select file location and size (here: 8GB Disc Image)

    Press “Create”
  7. New created virtual machine is ready for initial start now

    Highlight “Kubuntu” and double mouse click now to start new virtual machine “Kubuntu”!
  8. Insert Kubuntu 13.04 CD in CD-ROM of Laptop/PC

    Press “Start”
  9. Kubuntu Start-Screen after booting Virtualmachine from CD

    Select language and Press “Install Kubuntu”
  10. Start installation
    Select “Install this third-party software” and “Download updates while installing”

    Press “continue”
  11. Choose installation type (here: use entire disk)

    Press “Install now”
  12. Confirm Timezone during installation process

    Press “Continue”
  13. Select you Keyboard layout (here: German)

    Press “Continue”
  14. Fill-In user data

    Press “Continue”
  15. After finishing installation restart Virtual machine by pressing “Restart Now”

    Hint:
    CD is ejected automatically after shutting down and restart!
  16. After restart and login the KDE desktop is shown:

Install Eclipse-CDT with Muon Package Manager

  1. KDE ⇒ Applications ⇒ System ⇒ Muon Package Manager

    Press “Installation”
    Hint:
    “Mark Addition changes?” ⇒ Press “OK”
    Press “Apply Changes” on the top and enter your user password
    Hint:
    A working Internet connection is necessary now otherwise the installation will fail.
  2. Install Subversion with Muon Package Manager
    • KDE ⇒ Applications ⇒ System ⇒ Muon Package Manager
    • Type Subversion in search bar
    • Highlight subversion and right click on subversion ⇒ Mark for installation ⇒ Apply changes

Installation procedure of Sourcery G++ Lite Edition for ARM EABI

  1. Start Webbrowser (i.e. Firefox from KDE ⇒ All Applications ⇒ Internet) and get Sourcery CodeBench Lite Edition for ARM EABI – ARM crosscompiler
    Please download the latest Sourcery G++ Lite version and NOT any “CodeBench” version, i.e.:
    Release Date 2011-05-02 - Sourcery G++ Lite 2011.03-42
    https://sourcery.mentor.com/GNUToolchain/release1802
    Release Date 2010-11-10 - Sourcery G++ Lite 2010.09-51
    https://sourcery.mentor.com/GNUToolchain/release1592
    Hint:
    Don’t use the newer CodeBench version as they won’t work out of the box, i.e.:
    Release Date 2013-05-07 - Sourcery CodeBench Lite 2013.05-23
    https://sourcery.mentor.com/GNUToolchain/release2449
    Release Date 2011-12-19 - Sourcery CodeBench Lite 2011.09-69
    https://sourcery.mentor.com/GNUToolchain/release2032
    Hint:
    Target OS
    EABI ⇒ IA32 GNU/Linux Installer
    … and NOT…
    GNU/Linux
  2. Install Sourcery CodeBench Lite Edition for ARM EABI by start Terminal
    KDE ⇒ All applications ⇒ System ⇒ Terminal
    <hostname>:~$ cd Downloads/
    <hostname>:~/Downloads$ chmod 755 arm-2011.03-42-arm-none-eabi.bin
    <hostname>:~/Downloads$ sudo dpkg-reconfigure –plow dash
    Configuring dash ⇒ Select “No”
    <hostname>:~/Downloads$ sudo ./arm-2011.03-42-arm-none-eabi.bin

    Installation procedure:
    Select…
    “Next” ⇒
    “I accecpt the terms of the Licencse Agreement” ⇒ “Next” ⇒
    “Next” ⇒
    “Minimal” ⇒ “Next” ⇒
    “Choose Install Folder” ⇒ change prefix folder to “/opt/CodeSourcery/Sourcery_G++_Lite“ ⇒ “Next” ⇒
    “Modify PATH for current user” ⇒ “Next” ⇒
    “Choose Link Folder” ⇒ change prefix folder to “/opt/CodeSourcery/Sourcery_G++_Lite“ ⇒ “Next” ⇒
    “Install”
    Select “Next” ⇒ “Next”

    Installer will be closed automatically now.
  3. Set PATH in home directory ~/.profile
    sudo vi ~/.profile
    —add at the end of the file—
    # set PATH so it includes CodeSourcery bin if it exists
    if [ -d ”/opt/CodeSourcery/Sourcery_G++/bin” ] ; then
    PATH=”/opt/CodeSourcery/Sourcery_G++/bin:$PATH”
    fi

Install GNU Arm Eclipse - Manged build extension for GNU ARM Toolchains

http://gnuarmeclipse.livius.net/blog/

  1. Start Eclipse
    KDE ⇒ All applications ⇒ Development ⇒ Eclipse
  2. Add source to Available Software
    Eclipse menu: Help ⇒ Install software
    Work with: http://gnuarmeclipse.sourceforge.net/updates
    Press “Add”

    Add Name and Press “OK”
    Press “Select All”
    Press “Next”
    Press “Next”
    Select “I accept the terms of the license agreement”
    Press “Finish”
    “Security Warning” ⇒ Press “OK”
    After installation is finished ⇒ “Software Updates” ⇒ Press “Yes” ⇒ Eclipse will be restarted

Installation “VBoxGuestAdditions.iso”

  1. Right mouse click on CD symbol on tray right bottom corner
  2. Mark entry “VBoxGuestAdditions.iso”
  3. Press “Strg-Alt-F1” to leave KDE and start Terminal
  4. cd /media/<username>/VBOXADDITIONS_4.2.12_84980$
  5. sudo ./VBoxLinuxAdditions.run

    Restart Virtual machine to use the Guest Additions

Mount Shared Folder to Host OS (here: Windows)

  1. sudo mount –t vboxsf V_DRIVE /mnt

Start and Configuration of Eclipse

  1. Start Eclipse from the KDE-Menu and use/confirm the default workspace directory in your home directory
  2. Import OOBD firmware project
    File ⇒ Import

    General ⇒ Existing Projects into Workspace ⇒ Next

    Select Directory where the firmware is located (Hint: SVN checkout) ⇒ Finish
    After import of project is finished ⇒ Right click on project “DXM1_Firmware” ⇒ Build Configurations ⇒ Set Active ⇒ Release_STM32


    Right click on project “DXM1_Firmware” ⇒ Clean Project (before first build process)
    Right click on project “DXM1_Firmware” ⇒ Build Project
    If firmware is finished successfully you’ll get a result like:

    The “OOBD_Firmware_CRC.bin” file is located here…
    ..\trunk\interface\Designs\CORTEX\STM32F103C8_Eclipse_GCC\D2\app\Release_STM32\

…after the build process is finished.


Off Topic: What Eclipse files to check in with a new project

A small note, copied from http://digitaldumptruck.jotabout.com/?p=767

What Eclipse files to check in with a new project By Michael Portuesi | Published: November 17, 2010

This info is available elsewhere on the net, but I am including it here because I have to look it up every time and I’m tired of it. Check in

  • .project
  • .classpath
  • .settings Check in these files if you wish to share with the rest of the team:
    • .settings/org.eclipse.jdt.ui.prefs – it contains the settings for the import ordering
    • .settings/org.eclipse.jdt.core.prefs – it contains the settings for the compiler version

Do not check in

  • .metadata It contains a bunch of state information for your Eclipse workspace, which is changing all the time.

When setting up the project on the new machine use File > Import … > General > Existing Project Into Workspace.

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doc/dev_setupfirmware.txt · Last modified: 2014/03/01 09:27 by admin