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-<!-- Copyright 2018 Yahoo Holdings. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root. -->
-
-# Create C++ / Java dev environment on CentOS using VirtualBox and Vagrant
-
-## Prerequisites
-* [Install VirtualBox](https://www.virtualbox.org/wiki/Downloads)
-* [Install Vagrant](https://www.vagrantup.com/downloads.html)
-
-## Create dev environment
-
-#### 1. Change working directory to &lt;vespa-source&gt;/vagrant
-
- cd <vespa-source>/vagrant
-
-#### 2. Choose dev environment
-
-##### a. For a dev environment with plain centos/7 and no GUI:
-
- export VESPA_VAGRANT_VM_BOX=centos/7
- export VESPA_VAGRANT_DISABLE_GUI=true
-
-##### b. For a dev environment with GUI and CLion:
-
-Create centos7-desktop box:
-
-* Install packer by following guide at [packer.io](https://www.packer.io/intro/getting-started/install.html)
-
-* Clone boxcutter centos repo and build the box:
-```
-git clone https://github.com/boxcutter/centos.git
-./bin/box build centos7-desktop.json virtualbox
-```
-
-Example exports:
-
- export VESPA_VAGRANT_VM_BOX="centos7-desktop"
- export VESPA_VAGRANT_VM_BOX_URL="$HOME/git/boxcutter/centos/box/virtualbox/centos7-desktop-xx.yyyy.z.box"
-
-
-#### 3. Install Vagrant VirtualBox Guest Additions plugin
-This is required for mounting shared folders and get mouse pointer integration and seamless windows in the virtual CentOS desktop.
-
- vagrant plugin install vagrant-vbguest
-
-#### 4. Start and provision the environment
-
- vagrant up
-
-#### 5. Connect to machine via SSH
-SSH agent forwarding is enabled to ensure easy interaction with GitHub inside the machine.
-
- vagrant ssh
-
-#### 6. Checkout vespa source inside virtual machine
-This is needed in order to compile and run tests fast on the local file system inside the virtual machine.
-
- git clone git@github.com:vespa-engine/vespa.git
-
-## Build Java modules
-Please follow the build instructions described [here](../README.md#build-java-modules).
-
-
-## Build C++ modules
-Please follow the build instructions described [here](../README.md#build-c-modules).
-Skip these steps if doing development with CLion.
-
-
-## Build and Develop using CLion
-CLion is installed as part of the environment and is recommended for C++ development.
-
-#### 1. Bootstrap C++ building
-cd to the vespa/ directory created by git clone and execute:
-
- ./bootstrap.sh java
- ./bootstrap-cpp.sh . .
-
-#### 2. Start CLion
-Open a terminal inside the virtual CentOS desktop (password is "vagrant") and run:
-
- clion
-
-When prompted, configure toolchains as follows:
-
- CMake: /usr/bin/cmake3
- Make: /usr/bin/make
- C Compiler: /opt/rh/devtoolset-8/root/usr/bin/cc
- C++ Compiler: /opt/rh/devtoolset-8/root/usr/bin/c++
-
-#### 3. Open the Vespa Project
-Go to *File* -> *Open* and choose &lt;vespa-source>&gt;/CMakeLists.txt.
-
-#### 4. Set compiler threads
-Go to *File* -> *Settings* -> *Build, Execution, Deployment* -> *CMake*.
-Under *Build Options* specify "-j 4" and click *Apply*.
-
-#### 5. Run bootstrap again
-
- ./bootstrap-cpp.sh . .
-
-(Some of the changes made by it are undone by clion on the first startup.)
-
-#### 6. Build all modules
-Choose target **all_modules** from the set of build targets at the top right and click build.
-
-## Starting and stopping the Vagrant machine
-Use `vagrant suspend` to suspend the machine and then `vagrant resume` to resume it later on.
-Alternatively use `vagrant halt` + `vagrant up` to shutdown and reboot. Latter approach is slower but requires less disk space since RAM content is not persisted to host.