@@ -17,6+17,28 @@ The docker containers described above are set up to be deployed on the same Virt
APP-C (structured as a Maven project) uses the Maven tool to help compile, build, and deploy APP-C Artifacts (usually made up of Java packages) into a Maven Repository. In order to compile and build APP-C, a `mvn clean install` is executed, which checks for any errors and Java exceptions during compilation process.
+##### Handling YANG Models
+* After running `mvn clean install`, this will generate some code from the yang models.
+* Modify the yang model file under the model project.
+* Follow the comments in the generated provider class to wire your new provider into the generated
+code.
+* Modify the generated provider model to respond to and handle the yang model. Depending on what
+you added to your model you may need to inherit additional interfaces or make other changes to
+the provider model.
+
+##### Structure of a ODL Karaf Feature in APP-C
+* model
+ - Provides the yang model for your application. This is your primary northbound interface.
+* provider
+ - This is where the JAVA code is implemented. This part will define what the Karaf Feature will accomplish and how it will respond to a yang model.
+* features
+ - Defines the contents of a Karaf Feature. If you add dependencies on third-party bundles, then you will need to
+ modify the features.xml to list out the dependencies.
+* installer
+ - Bundles all of the jars and third party dependencies (minus ODL dependencies) into a single
+ .zip file with the necessary configuration files in order to install the Karaf Feature by means of calling the Karaf Client (which will ultimately run "feature:install <FEATURE_NAME>") in order to install the feature.
+
+
# Deploying APP-C
In order to deploy APP-C, a Docker-ready machine needs to be available in order to deploy the APP-C Docker Containers. The following will help explain the requirements in order to run Docker to deploy these containers.
@@ -174,4+196,3 @@ Currently, there are two ways to change properties for APP-C Features:
# Additional Notes
- For more information on a current list of available properties for APP-C Features, please go to README.md located in the installation directory path of the APP-C Deployment Code.
-* Run 'mvn clean install' on this project in order to build and compile all artifacts contained in it.
-* The action above will produce a .zip file under the installer directory of each bundle, which can be installed during Docker Instantiation (Please see master README for more information on this).
-
-## Handling YANG Models
-* After running 'mvn clean install', this will generate some code from the yang models.
-* Modify the yang model file under the model project.
-* Follow the comments in the generated provider class to wire your new provider into the generated
-code.
-* Modify the generated provider model to respond to and handle the yang model. Depending on what
-you added to your model you may need to inherit additional interfaces or make other changes to
-the provider model.
-
-## Structure of a ODL Karaf Feature in APP-C
-* model
- - Provides the yang model for your application. This is your primary northbound interface.
-* provider
- - This is where the JAVA code is implemented. This part will define what the Karaf Feature will accomplish and how it will respond to a yang model.
-* features
- - Defines the contents of a Karaf Feature. If you add dependencies on third-party bundles, then you will need to
- modify the features.xml to list out the dependencies.
-* installer
- - Bundles all of the jars and third party dependencies (minus ODL dependencies) into a single
- .zip file with the necessary configuration files in order to install the Karaf Feature by means of calling the Karaf Client (which will ultimately run "feature:install <FEATURE_NAME>") in order to install the feature.