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 # Introduction
 
-OFTest is a Python based OpenFlow switch test framework and collection of test cases. It is based on unittest, which is included in the standard Python distribution.
+OFTest is a Python based framework for OpenFlow switch testing.
 
-This document is meant to provide an introduction to the framework, discuss the basics of running tests and to provide examples of how to add tests.
+In this project we use OFTest to ensure OpenFlow conformance of the switches used to implement the network infrastructure of the OpenCord project.
 
-For information on writing new tests or making improvements to the test framework see the file [DEVELOPING](DEVELOPING.md).
+At this moment the switches supported are Accton switches. For more information abot that check the wiki page at wiki.opencord.org
+
+This code base was forked from [macauleycheng](github.com/macauleycheng/oftest) which was forked from [floodlight](github.com/floodlight/oftest). This documentationn aims to describe the specific test cases developed for OpenCord. To get started on the basics of OFTest please check their documentation.
 
 ---
 
-# How It Works
+## How it is organized
 
-OFTest is meant to exercise a candidate OpenFlow switch (henceforth the device under test (DUT) or switch under test (SUT)). Below is the "horseshoe" disagram for OFTest that demonstrates the interaction between OFTest and SUT.
+This codebase is organized by branches. Each OFDPA release correspond to a different branch. At this moment the following releases are available:
+ * i12_17 (master)
+ * i19
+ * i12
+ * ga2.0
+ * EA3
 
-![OFTest Architecture](docs/images/oftest_arch.png)
+The OFDPA release i12_17 is the current stable version utilized by the cord project and is the master branch.
+The test case collection for OpenCord are under the folder ofdpa. They are listed under the section Test case collection.
 
-As you can see, the SUT is in the middle. The test fixture, the OFTest server, connects to both the control plane and the data plane of the SUT. It coordinates OpenFlow commands with data plane stimulus and monitoring.
+## Installing OFTest
 
-Some additional info on OFTest:
+You can check out OFTest with git with the following commands:
 
- * OFTests starts with the very basics of OpenFlow, but provides a framework for development of more complicated tests.
- * It was used as the primary vehicle for validating OpenFlow 1.1 (see the `oft-1.1` branch in the Git repository).
- * A prototype implementation of an OpenFlow 1.1 switch, OFPS, was implemented in the same framework as OFTest (also in the `oft-1.1` branch).
+    sudo apt-get install python python-pip python-dev python-lxml -y
+    sudo pip install ncclient
+    sudo pip install scapy pycripto
+    sudo apt-get install python-ecdsa git
+    git clone git://github.com/opencord/fabric-oftest
 
----
-
-# Getting OFTest
-
-You can check out OFTest with git with the following command:
-
-    git clone git://github.com/floodlight/oftest
-
----
-
-# Quick Start
-
-You need to have Python and Scapy installed on your system. See 'Pre-requisites' below.
+## Quick Start
 
 Make sure your switch is running and trying to connect to a controller on the machine where you're running oft (normally port `6653`).
 
-    cd oftest
-    ./oft --list
-    sudo ./oft basic.Echo
-    sudo ./oft --verbose --log-file=""
-    sudo ./oft basic -i 1@veth1 -i 2@veth3
+    cd fabric-oftest
+    ./oft --list --test-dir=ofdpa flows
+    sudo ./oft -V1.3 --test-dir=ofdpa flows.PacketInArp -i 1@veth1 -i 2@veth3
+
+This command assumes you connected the switch port 1 to interface veth1 in the OFtest server and port 2 to veth3
 
 ---
 
-# Extending OFTest
+## Testing a different release
 
-We welcome any kind of patch. Send all patches as pull requests to `floodlight/oftest`. We recommend you check out the [CONTRIBUTING.md] document for ideas and requirements around patches.
+Don't forget to make sure your switch is attempting to establish a OpenFlow connection to the OFTest server.
+To test the ga2.0 release do the following:
 
----
+    cd fabric-oftest
+    git checkout ga2.0
+    sudo ./oft -V1.3 --test-dir=ofdpa flows -i 12@eth1 -i 24@eth2
 
-# Longer Start
+# Test Results
 
-## Configure Pre-requisites
+The following tests are implemented and these are their results.
 
-The following software is required to run OFTest:
+Test Results | i12_1.7 | ga2.0 | EA3
+------- | ------- | --- | ----- | ---
+/0Ucast | false | ok | ok
+/24UnicastTagged | ok | ok | ok
+/32UnicastTagged | ok | ok | ok
+/24ECMPL3 | ok | ok | ok
+/32ECMPL3 | ok | ok | ok
+/24ECMPVPN | ok | ok | ok
+/32ECMPVPN | ok | ok | ok
+/32VPN | ok | ok | ok
+/24VPN | ok | ok | ok
+EcmpGroupMod | ? | ? | ok
+PacketInArp | ok | ok | ok
+MTU1500 | ok | ok | ok
+MplsTermination | ok | ok | ok
+MplsFwd | ? | ok | ok
+L2FloodQinQ | ok | ok | ok
+L2UnicastTagged | ok | ok | ok
+L3McastToL3 | ok | ? | ?
+L3McastToL2 | ok | ? | ?
+FloodGroupMod | ? | ? | ok
+PacketInUDP | ok | ok | ok
+Unfiltered | ? | ok | ?
 
- * Python 2.7
- * Scapy
- * tcpdump (optional - Scapy will complain if it's missing)
- * Doxygen and doxypy (optional - for documentation generation)
- * PyLint (optional - for source checking)
-
-Most of these can be installed using your package manager. For example:
-
-    sudo yum install python  # for RHEL-based distros
-    sudo apt-get install scapy  # for Debian-based distros
-
-You will also need an OpenFlow-compliant switch instance to test. This switch must be running OpenFlow 1.0+ and attempting to connect to a controller on the machine running `oft`.
-
-Finally root/sudo privilege is required on the host, in order to run `oft`.
-
-## Start the Switch
-
-The switch must be running and actively attempting to connect to a controller on the test host at the port number used by oft (`6653` by default, or specified as `--port=<n>` as an argument to oft).
-
-If you're new to the test environment and want to check its sanity, you can do the following. This requires that your host kernel supports virtual Ethernet interfaces. This is best done in a window separate from where you will run oft.
-
- 1. Check out OpenFlow (preferably at the same level as oftest):
-
-        git clone git://openflowswitch.org/openflow.git
-
- 2. Build OpenFlow:
-
-        cd openflow
-        ./boot.sh
-        ./configure; make
-        cd ../oftest
-
- 4. Run the switch startup script:
-
-        sudo ./run_switch.py
-
-## Run OFTest
-
-Now you can run `oft` (see below). Use `--help` to see command line switches.
-
-    cd <oftest>
-    sudo ./oft --help
-
-If you use a port number other than the default, make sure you use the same one for the switch as for oft. For example, to run the `basic` collection of tests:
-
-    sudo ./oft basic -i 1@veth1 -i 2@veth3
-
-Once you're finished, use `Ctrl-C` to terminate the switch daemons. To clean up the virtual ethernet interfaces, use:
-
-    sudo rmmod veth
-
-New tools allow you to run an OVS instance as well. See `oftest/tools/ovs-ctl`. You will need to install a version of [Open vSwitch](http://openvswitch.org/) for this to work.
-
----
-
-# Configuring OFTest
-
-## Platforms
-
-The "platform" is a configuration file (written in Python) that tells OFTest how to send packets to and receive packets from the dataplane of the switch.
-
-### `eth`
-
-The default platform, `eth`, uses Linux Ethernet interfaces and is configured with the `-i` option (or `--interface`). Pass the option as `-i ofport@interface`, for example `-i 1@eth1`. If no `-i` options are given the the default configuration uses vEths for backwards-compatibility with the original OpenFlow reference switch.
-
-### `remote`
-
-Another common platform, `remote`, provides support for testing of switches on a different host. This can be useful for cases where interfaces are not available on one host (i.e. they're not bound to a Linux interface driver) or where OFTest cannot run on the same host (unsupported OS, missing software, etc.).
-
-This can be enable by modifying the `platforms/remote.py` file to point to 4 NICs on the host running OFTest, like so:
-
-    remote_port_map = {
-        23 : "eth2", # OpenFlow port 23 of the switch is connected to physical port on the server eth2
-        24 : "eth3", # OpenFlow port 24 of the switch is connected to physical port on the server eth3
-        25 : "eth4",
-        26 : "eth5"
-    }
-
-## Passing Parameters to Tests
-
-There is a facility for passing test-specific parameters into tests that works as follows. On the command line, give the parameter
-
-    --test-params="key1=17;key2=True"
-
-Currently the keys used control whether VLAN tagged packets are used and whether VLAN tag stripping should be included as an action. These parameters include:
-
-    vid=N: Use tagged packets with VLAN id of N
-    strip_vlan=bool: If True, add the strip VLAN tag action to the packet test
-
----