anchor.diff:  <<<
   == Jace JNI Proxies
   
  -Using Jace, we are able to create JNI proxy classes for GeoWave which can be used in C/C++ applications.
  -
  -=== Prepackaged RPM Setup
  -
  -Coming Soon...
  -
  -For a quick and easy setup, you can grab one of our prepackaged RPMs.
  -
  -
  -=== Manual Setup
  -
  -If you want to integrate with the latest version of GeoWave or perhaps a specific branch, you can build the Jace proxies yourself.
  -
  -==== Step 1 - Checkout GeoWave
  -
  -First, we need to clone GeoWave.
  -
  -[source, bash]
  -----
  +Using Jace, we are able to create JNI proxy classes for GeoWave which can be used in C/C++ applications.  
  +
  +Boost is required when using the Jace bindings.  
  +
  +=== Prepackaged Source and Binaries
  +
  +There is a public http://ngageoint.github.io/geowave/packages.html[GeoWave RPM Repo] where you can download a tarball for the GeoWave Jace bindings for your desired platform.  If your platform is not available, there is a source tarball which can be used in conjunction with CMake to build the GeoWave Jace bindings for your desired platform.  
  +
  +=== Generate Proxies and Build from Source
  +
  +If you want, you can generate and build the Jace proxies yourself.  
  +
  +==== Step 1 - Checkout Jace and GeoWave
  +
  +First, we need to clone Jace and GeoWave.
  +
  +[source, bash]
  +----
  +$ git clone git@github.com:jwomeara/jace.git
   $ git clone git@github.com:ngageoint/geowave.git
   ----
   
  -==== Step 2 - Build GeoWave
  -
  -In order to generate the Jace proxies, we need to build GeoWave using Maven.
  -
  -We will also specify two Maven profiles; one which specifies our target platform, and another to specify that we are building Jace proxies.
  +Note: We are using a non-standard Jace implementation.
  +
  +==== Step 2 - Install Jace
  +
  +First, we need to install Jace v1.3.0.  This is the software which is used to generate the C++ proxy classes.
  +
  +[source, bash]
  +----
  +$ cd jace
  +$ git checkout tags/v1.3.0
  +$ mvn clean install -Dsources
  +----
  +
  +==== Step 3 - Build GeoWave
  +
  +Here, we will specify two Maven profiles; one which specifies that we are building jace proxies, and another to specify our target platform.
   
   [source, bash]
   ----
  
positive.code: |
  
  |GEOWAVE_RUNTIME_JAR
  |/path/to/geowave/deploy/target/geowave-deploy-0.8.7-jace.jar
  |
  
  |JACE_RUNTIME_JAR
  |/path/to/geowave/deploy/target/dependency/jace-core-runtime-1.2.22.jar
  |
  
  |JACE_INCLUDE_DIR
  |/path/to/geowave/deploy/target/dependency/jace/include
  |
  
  |JACE_LIBRARY
  |/path/to/geowave/deploy/target/dependency/jace/libjace.so
  |
  
  |JAVA_AWT_INCLUDE_PATH
  
negative.code: |/usr/lib/jvm/java-7-oracle/jre/lib/amd64/server
  |===
  
  Note: As Boost is a Mapnik dependency, it should already be included.
  
  ==== Build Mapnik
  
  Once SCons is configured, you can proceed with your normal Mapnik build process.
  