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Folding@home 3D Viewer

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// repository documentation

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Folding@home 3D Viewer
=========

The Folding@home viewer allows you to visualize protein folding simulations
and monitor the status of the simulation work units as they run on your
computer.  Installing and running the viewer is not necessary to run
Folding@home.

For more information see: https://foldingathome.org/

# Building from Source
To build FAHViewer from source you must first build C!.  This section outlines
the recommended procedure.

## Install Git & Scons
If you don't already have them install both Git and SCons:

- http://git-scm.com/downloads
 - http://www.scons.org/download.php

Or in Debian Linux:

sudo apt-get install scons git

## Get the Source
First create a build directory then get all the source repositories from GitHub:

mkdir build
    cd build
    git clone https://github.com/CauldronDevelopmentLLC/cbang.git
    git clone https://github.com/FoldingAtHome/fah-client-version.git
    git clone https://github.com/FoldingAtHome/fah-viewer.git

## Get the Dependencies

You will need the `freetype` and `freeglut` libraries.

### Debian / Ubuntu

sudo apt install libfreetype6-dev freeglut3-dev pkg-config

### Windows

Fetch the pre-compiled `freetype` binaries for Windows from GitHub:

git clone https://github.com/ubawurinna/freetype-windows-binaries.git

#### 64-bit Windows

Download the pre-compiled `freeglut` binaries from
[MSYS2](https://packages.msys2.org/package/mingw-w64-x86_64-freeglut):

- http://repo.msys2.org/mingw/x86_64/mingw-w64-x86_64-freeglut-3.2.1-1-any.pkg.tar.xz

Extract `mingw-w64-x86_64-freeglut-3.2.1-1-any.pkg.tar.xz` and rename the
resulting `mingw64` folder to `freeglut`.

Finally, rename the `freeglut` libraries from the MinGW convention to the MSVC
convention, so that SCons will find them:

- Rename `freeglut\lib\libfreeglut.dll.a` to `freeglut\lib\glut32.lib`
- Rename `freeglut\lib\libfreeglut_static.a` to `freeglut\lib\freeglut_static.lib`

## Setup the Environment
In the *build* directory setup some environment variables which will allow
the build systems to find each other.

In Windows:

set BUILD_ROOT=%HOMEPATH%\path\to\build
    set CBANG_HOME=%BUILD_ROOT%\cbang
    set FAH_CLIENT_VERSION_HOME=%BUILD_ROOT%\fah-client-version
    set FAH_VIEWER_HOME=%BUILD_ROOT%\fah-viewer
    set FREETYPE2_INCLUDE=%BUILD_ROOT%\freetype-windows-binaries\include
    set FREETYPE2_LIBPATH=%BUILD_ROOT%\freetype-windows-binaries\win64
    set GLUT_INCLUDE=%BUILD_ROOT%\freeglut\include
    set GLUT_LIBPATH=%BUILD_ROOT%\freeglut\lib

Replace *%HOMEPATH%\path\to\build* with the correct path.

In Linux or OS-X:

BUILD_ROOT=$HOME/path/to/build
    export CBANG_HOME=$BUILD_ROOT/cbang
    export FAH_CLIENT_VERSION_HOME=$BUILD_ROOT/fah-client-version
    export FAH_VIEWER_HOME=$BUILD_ROOT/fah-viewer

Replace *$HOME/path/to/build* with the correct path.

It is often convenient to put these variables in a *env* file, or *env.bat* for
Windows.  Then you can reload the environment at any time with:

In Windows:

env.bat

In Linux or OS-X:

source ./env

## Build C!
See the link below for instructions:

https://github.com/CauldronDevelopmentLLC/cbang#prerequisites

Note that you do not require all the modules and dependencies from C! to build
FAHViewer. The following C! build options should work:

scons with_openssl=no disable_local=libevent

## Build FAHViewer
Once you've got the code, setup your environment and built C!:

scons -C $FAH_VIEWER_HOME

If all goes well this will produce *FAHViewer* (or *FAHViewer.exe* in Windows)
in *$FAH_VIEWER_HOME*.

## Debug Build
To build in debug mode add `debug=1 optimze=0` to all of the *scons* commands.

## Building the Package
To build a package for your system you can run:

scons -C $FAH_VIEWER_HOME package

## Troubleshooting
### Build Errors
If you encounter errors during the build process you can try bulding in
non-strict mode by adding `strict=0` to the *scons* commands.  This tells
the build system to not treat compile warnings as errors.

### SCons Configuration Errors
If a build fails, SCons will usually create a file called *config.log*.  If you
look towards the end of the file you can often see exactly what failed.  When
reporting build problems it is a good idea to include this file in the report.

### C! and 64-bit Windows
C! targets 32-bit Windows by default. You can confirm by checking the start of
the C! compiler output for the following lines (specifically the `Arch` line):

scons: Reading SConscript files ...
       Compiler: cl (msvc)
       Platform: win32
           Mode: msvc
           Arch: x86

To override `Arch`, set the following environment variable:

set TARGET_ARCH=amd64

and then recompile C!.

### Resetting SCons
Sometimes SCons get's messed up.  This can happen if it is interrupted during
the configuration process.  You can delete SCons' data and start again with
the following commands:

In Windows:

rd /S /Q .sconf_temp
    del .sconsign.dblite

In Linux or OS-X:

rm -rf .scons*

Then try your build again.

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