Millimeterwave_onos_app

A millimeterwave application based on onos

Prerequisites

Java 8 JDK (Oracle Java recommended; OpenJDK is not as thoroughly tested)
Apache Maven 3.3.9
git
bash (for packaging & testing)
Apache Karaf 3.0.5
ONOS (git clone https://gerrit.onosproject.org/onos)
——->More information you can find here

Installation

git clone https://github.com/DINGDAMU/millimeterwave-onos-app.git
cd millimeterwave-onos-app
mvn clean install
onos-app localhost reinstall! app/target/*.oar

Usage

This application can acquire the mininet’s topology from different subsystems via northbound APIs, such as HostService, LinkService and DeviceService.

Show all components by default

onos>showcomponets

Show only devices

onos>showcomponets -d

Show only links

onos>showcomponets -l

Show only hosts

onos>showcomponets -h

This application can also add addtional annotations on devices, links and ports by commands.

Add additional annotations on devices

onos>annotate-devices <deviceID> <key> <value>

Add additional annotations on links

onos>annotate-links <source-connectPoint> <destination-connectPoint> <key> <value>

Add additional annotations on ports

onos>annotate-ports <deviceID> <Port number> <Port state> <key> <value>

Get the K shortest paths with own custmized link weight

onos>mmwave-devices-paths <source DeviceId> <destination DeviceId>
onos>mmwave-hosts-path <source hostID> <source hostID>

In our case, the cost depends from the annotation value “probablity of success”.
total cost = fixed cost + dynamic cost
In Ethernet case, total cost = 100 + 1; (ps = 100)
In mm-wave case, total cost = 1 + 1/(ps/100);

Conditions before choosing the shortest path

All the switches are considered as indipendent, so the total packet loss = 1 - Ps1 Ps2 …. (All the switches in the path).
The total packet loss should be less than the constraint which is given via RESTful API.

onos>mmwave-hosts-path -f <source hostID> <source hostID>

Filter the K shortest paths with the packet loss constraint.

Add mm-wave intents

onos>mmwave-add-intents <hostId 1> <hostId 2>

Add the intent between host1 and host2, the path will be the shortest path which calculated by own cost instead of the default cost by add-host-intent command.

Use JSON files to annotate millimeterwave links and port

A JSON example

{
 "apps" : {
"org.onosproject.millimeterwavelink" : {
  "links" : [{
    "src":"of:000000000000000e/5",
    "dst":"of:000000000000000f/3",
    "length": "100",
    "capacity":"100",
    "technology":"mmwave",
    "ps":"86"
  }]
},
"org.onosproject.millimeterwaveport" : {
  "ports" : [{
    "technology":"mmwave",
    "deviceID": "of:000000000000000a",
    "portnumber":"1",
    "isEnabled":"true"
  }]
 },
"org.onosproject.millimeterwaveport" : {
  "hosts" : [{
         "hostid":"mmwave",
         "packetlossconstraint": 0.2,
         "maxpaths": 10
       }]
      }
}

Configuration

 onos>onos-netcfg <ONOS's address> <path to JSON>

MM-wave Topo overlay on WEB GUI

Start display mode: Highlight millimeter wave links in green color.
Cancel display mode: No more highlight millimeter wave links.
Show all related intents
Show previous related intent
Show next related intent
Monitor traffic of selected intent

In addition, the number of mm-wave and Ethernet links will be shown on the Summary panel.

License

Licensed under the Apache License, Version 2.0 (the “License”);
you may not use this file except in compliance with the License.
You may obtain a copy of the License at

http://www.apache.org/licenses/LICENSE-2.0

Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an “AS IS” BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.