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-Introduction
-======================
-You have generated an MD-SAL module.
-
-* You should be able to successfully run ```mvn clean install``` on this project.
-
-Next Steps
-======================
-* Run a ```mvn clean install``` if you haven't already. This will generate some code from the yang models.
-* Modify the model yang 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.
-
-Generated Bundles
-======================
-* model
- - Provides the yang model for your application. This is your primary northbound interface.
-* provider
- - Provides a template implementation for a provider to respond to your yang model.
-* features
- - Defines 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.
-
-Usage
-======================
-## Purpose
-The purpose of this ODL feature is to support geo-redundancy through a series of ODL integrated health checks and tools.
-
-## Properties File
-On initialization gr-toolkit expects to find a file named ```gr-toolkit.properties``` located in the ```SDNC_CONFIG``` directory. The properties file should contain:
-- ```akka.conf.location```
- - The path to the akka.conf configuration file.
-- ```adm.useSsl```
- - true/false; Determines whether or not to use http or https when making requests to the Admin Portal.
-- ```adm.fqdn```
- - The FQDN or url of the site's Admin Portal.
-- ```adm.healthcheck```
- - The url path of the Admin Portal's health check page.
-- ```adm.port.http```
- - The HTTP port for the Admin Portal.
-- ```adm.port.ssl```
- - The HTTPS port for the Admin Portal.
-- ```controller.credentials```
- - username:password; The credentials used to make requests to the ODL controller.
-- ```controller.useSsl```
- - true/false; Determines whether or not to use http or https when making requests to the controller.
-- ```controller.port.http```
- - The HTTP port for the ODL Controller.
-- ```controller.port.ssl```
- - The HTTPS port for the ODL Controller.
-- ```controller.port.akka```
- - The port used for Akka communications on the ODL Controller.
-- ```mbean.cluster```
- - The Jolokia path for the Akka Cluster MBean.
-- ```mbean.shardManager```
- - The Jolokia path for the Akka ShardManager MBean.
-- ```mbean.shard.config```
- - The Jolokia path for the Akka Shard MBean. This should be templated to look like ```/jolokia/read/org.opendaylight.controller:Category=Shards,name=%s,type=DistributedConfigDatastore```. GR Toolkit will use this template with information pulled from the Akka ShardManager MBean.
-- ```site.identifier```
- - A unique identifier for the site the ODL Controller resides on.
-
-## Site Identifier
-Returns a unique site identifier of the site the ODL resides on.
-
-> ### Input: None
->
-> ### Output
-> ```json
-> {
-> "output": {
-> "id": "UNIQUE_IDENTIFIER_HERE",
-> "status": "200"
-> }
-> }
-> ```
-
-## Admin Health
-Returns HEALTHY/FAULTY based on whether or not a 200 response is received from the Admin Portal's health check page.
-
-> ### Input: None
->
-> ### Output
-> ```json
-> {
-> "output": {
-> "status": "200",
-> "health": "HEALTHY"
-> }
-> }
-> ```
-
-## Database Health
-Returns HEALTHY/FAULTY based on if DbLib can obtain a writeable connection from its pool.
-
-> ### Input: None
->
-> ### Output
-> ```json
-> {
-> "output": {
-> "status": "200",
-> "health": "HEALTHY"
-> }
-> }
-> ```
-
-## Cluster Health
-Uses Jolokia queries to determine shard health and voting status. In a 3 ODL node configuration, 2 FAULTY nodes constitutes a FAULTY site. In a 6 node configuration it is assumed that there are 2 sites consiting of 3 nodes each.
-
-> ### Input: None
->
-> ### Output
-> ```json
-> {
-> "output": {
-> "site1-health": "HEALTHY",
-> "members": [
-> {
-> "address": "member-3.node",
-> "role": "member-3",
-> "unreachable": false,
-> "voting": true,
-> "up": true,
-> "replicas": [
-> {
-> "shard": "member-3-shard-default-config"
-> }
-> ]
-> },
-> {
-> "address": "member-1.node",
-> "role": "member-1",
-> "unreachable": false,
-> "voting": true,
-> "up": true,
-> "replicas": [
-> {
-> "shard": "member-1-shard-default-config"
-> }
-> ]
-> },
-> {
-> "address": "member-5.node",
-> "role": "member-5",
-> "unreachable": false,
-> "voting": false,
-> "up": true,
-> "replicas": [
-> {
-> "shard": "member-5-shard-default-config"
-> }
-> ]
-> },
-> {
-> "address": "member-2.node",
-> "role": "member-2",
-> "unreachable": false,
-> "leader": [
-> {
-> "shard": "member-2-shard-default-config"
-> }
-> ],
-> "commit-status": [
-> {
-> "shard": "member-5-shard-default-config",
-> "delta": 148727
-> },
-> {
-> "shard": "member-4-shard-default-config",
-> "delta": 148869
-> }
-> ],
-> "voting": true,
-> "up": true,
-> "replicas": [
-> {
-> "shard": "member-2-shard-default-config"
-> }
-> ]
-> },
-> {
-> "address": "member-4.node",
-> "role": "member-4",
-> "unreachable": false,
-> "voting": false,
-> "up": true,
-> "replicas": [
-> {
-> "shard": "member-4-shard-default-config"
-> }
-> ]
-> },
-> {
-> "address": "member-6.node",
-> "role": "member-6",
-> "unreachable": false,
-> "voting": false,
-> "up": true,
-> "replicas": [
-> {
-> "shard": "member-6-shard-default-config"
-> }
-> ]
-> }
-> ],
-> "status": "200",
-> "site2-health": "HEALTHY"
-> }
-> }
-> ```
-
-## Site Health
-Aggregates data from Admin Health, Database Health, and Cluster Health and returns a simplified payload containing the health of a site. A FAULTY Admin Portal or Database health status will constitute a FAULTY site; in a 3 ODL node configuration, 2 FAULTY nodes constitutes a FAULTY site. If any portion of the health check registers as FAULTY, the entire site will be designated as FAULTY. In a 6 node configuration these health checks are performed cross site as well.
-
-> ### Input: None
->
-> ### Output
-> ```json
-> {
-> "output": {
-> "sites": [
-> {
-> "id": "SITE_1",
-> "role": "ACTIVE",
-> "health": "HEALTHY"
-> },
-> {
-> "id": "SITE_2",
-> "role": "STANDBY",
-> "health": "FAULTY"
-> }
-> ],
-> "status": "200"
-> }
-> }
-> ```
-
-## Halt Akka Traffic
-Places rules in IP Tables to block Akka traffic to/from a specific node on a specified port.
-
-> ### Input:
-> ```json
-> {
-> "input": {
-> "node-info": [
-> {
-> "node": "your.odl.node",
-> "port": "2550"
-> }
-> ]
-> }
-> }
-> ```
->
-> ### Output
-> ```json
-> {
-> "output": {
-> "status": "200"
-> }
-> }
-> ```
-
-## Resume Akka Traffic
-Removes rules in IP Tables to allow Akka traffic to/from a specifc node on a specified port.
-
-> ### Input:
-> ```json
-> {
-> "input": {
-> "node-info": [
-> {
-> "node": "your.odl.node",
-> "port": "2550"
-> }
-> ]
-> }
-> }
-> ```
->
-> ### Output
-> ```json
-> {
-> "output": {
-> "status": "200"
-> }
-> }
-> ```
-
-## Failover
-Only usable in a 6 ODL node configuration. Determines which site is active/standby, switches voting to the standby site, and isolates the old active site. If backupData=true an MD-SAL export will be scheduled and backed up to a Nexus server (requires ccsdk.sli.northbound.daexim-offsite-backup feature).
-
-> ### Input:
-> ```json
-> {
-> "input": {
-> "backupData": "true"
-> }
-> }
-> ```
->
-> ### Output
-> ```json
-> {
-> "output": {
-> "status": "200",
-> "message": "Failover complete."
-> }
-> }
-> ``` \ No newline at end of file