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Select /home/ubuntu/workspace as an Eclipse workspace: Select installation folder: /home/ubuntu/eclipse: # You must be in graphics mode for the installer to work: Wonder of wonders, the UI fills our monitor display: Start the XServer with command (or find it with the up arrow): The screen will be fixed now after a virtual image restart. Sudo mount -o loop /usr/share/virtualbox/VBoxGuestAdditions.iso /mnt/cdrom To paste, click the middle button of your mouse (i.e. In the graphical user interface, open a terminal:īefore going further, to copy and paste in this UTerm terminal, select the text and left click your mouse.
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I don’t know about you, but I myself refuse to code in Eclipse with a small resolution like that. This will bring up a nice small 800 x 600 graphical user interface:įix graphical user interface screen resolution issues in our virtual image with the Virtualbox client utilities In the 800×600 resolution VirtualBox window, login as user ubuntu:
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Sudo apt-get install virtualbox-guest-additions-iso Sudo echo “LC_CTYPE=en_US.UTF-8” > /etc/environment Sudo echo “LC_ALL=en_US.UTF-8” > /etc/environment Sudo echo “LANGUAGE=en_US.UTF-8” > /etc/environment Sudo echo “LANG=en_US.UTF-8” > /etc/environment Sudo echo “allowed_users=anybody” > /etc/X11/nfig Sudo apt-get install gnome-icon-theme-full tango-icon-theme Sudo apt-get install -y xfce4 virtualbox-guest-dkms virtualbox-guest-utils virtualbox-guest-x11 Now let’s install the XServer, the locales, etc as described in the blog post mentioned above by doing the following commands one by one: Install a lightweight XServer on our virtual image
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Let’s restart our virtual image with the extra mem we added in the Vagrantfile:įirst we will change the root (sudo) password as well as user ubuntu’s password which will be used to log in to the virtual image through Virtualbox: Go to the base folder of the virtual image:Ĭd /cygdrive/c/gocode/fabric_java_latest/fabric/devenv/ĭownload Eclipse Neon 64-bit in a folder that is synced between Windows and the Ubuntu virtual image: Right now, however, I’ve made backups and I’ll make my changes on the already built virtual image. It’s important to note as the blog points out that you could add the following commands to the vagrant provisioning script at C:\gocode\fabric_java_latest\fabric\devenv\setup.sh in order to be able to build the entire virtual image again from scratch in fully automated fashion. Next I will inspire myself from the excellent blog post at Vb.customize Īnd we will modify the following line to add lots of RAM to Linux:
We will add the following lines to view Virtualbox and to add some video memory: You can have two NotePad ++ window instances open at the same time if you add: I cheat here and use Notepad++ in Windows instead of vi in Cygwin.
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Modify the Vagrant configuration file to open VirtualBox on virtual image start and download Eclipseįirst, let’s edit our C:\gocode\fabric_java_latest\fabric\devenv\Vagrantfile
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You should have registered at IBM Bluemix for a free account. I assume you are not intimidated by a Linux command line. Import the fabric-sdk-java project into Eclipse.Install a WebSphere Application Server profile.Install the WebSphere Application Server V9.0 application server on our Linux virtual image.Download and install IBM Installation Manager.Install the WebSphereApplication Server V9.0 Tools to Eclipse.Add an Eclipse add-on ( IBM WebSphere Developer Tools Beta ) which will allow us to install server components for the IBM application servers.Install Firefox and a graphical text editor.Fix graphical user interface screen resolution issues in our virtual image with the Virtualbox client utilities.Install a lightweight XServer on our virtual image.Modify the Vagrant configuration file to open VirtualBox on virtual image start and download Eclipse.In addition, although this step is optional, we will install a Java application server because in the near future we will want to interact with Hyperledger from a Java application deployed as an Enterprise Archive. Now we want to be able to debug by stepping through the Java code line by line in Eclipse. In the last post, we built the fabric-sdk-java which can be found at and ran the end-to-end Java integrated tests on the Hyperledger Linux virtual image.