Clean all OpenStack related modules

Xtesting is only focused on the framework and entry points.

Change-Id: I1a4146ed8519438b13810a20ddf1140c35bb6ecd
Signed-off-by: Cédric Ollivier <cedric.ollivier@orange.com>

1 files changed, 0 insertions, 497 deletions

diff --git a/docs/testing/user/userguide/test_details.rst b/docs/testing/user/userguide/test_details.rst
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-.. This work is licensed under a Creative Commons Attribution 4.0 International License.
-.. http://creativecommons.org/licenses/by/4.0
-
-
-The different test cases are described in the remaining sections of this document.
-
-VIM (Virtualized Infrastructure Manager)
-----------------------------------------
-
-Healthcheck tests
-^^^^^^^^^^^^^^^^^
-Since Danube, healthcheck tests have been refactored and rely on SNAPS, an
-OPNFV middleware project.
-
-SNAPS stands for "SDN/NFV Application development Platform and Stack".
-SNAPS is an object-oriented OpenStack library packaged with tests that exercise
-OpenStack.
-More information on SNAPS can be found in  `[13]`_
-
-Three tests are declared as healthcheck tests and can be used for gating by the
-installer, they cover functionally the tests previously done by healthcheck
-test case.
-
-The tests are:
-
-
- * *connection_check*
- * *api_check*
- * *snaps_health_check*
-
-Connection_check consists in 9 test cases (test duration < 5s) checking the
-connectivity with Glance, Keystone, Neutron, Nova and the external network.
-
-Api_check verifies the retrieval of OpenStack clients: Keystone, Glance,
-Neutron and Nova and may perform some simple queries. When the config value of
-snaps.use_keystone is True, functest must have access to the cloud's private
-network. This suite consists in 49 tests (test duration < 2 minutes).
-
-Snaps_health_check creates a VM with a single port with an IPv4 address that
-is assigned by DHCP and then validates the expected IP with the actual.
-
-Self-obviously, successful completion of the 'healthcheck' testcase is a
-necessary pre-requisite for the execution of all other test Tiers.
-
-
-vPing_ssh
-^^^^^^^^^
-
-Given the script **ping.sh**::
-
-    #!/bin/sh
-    ping -c 1 $1 2>&1 >/dev/null
-    RES=$?
-    if [ "Z$RES" = "Z0" ] ; then
-        echo 'vPing OK'
-    else
-        echo 'vPing KO'
-    fi
-
-
-The goal of this test is to establish an SSH connection using a floating IP
-on the Public/External network and verify that 2 instances can talk over a Private
-Tenant network::
-
- vPing_ssh test case
- +-------------+                    +-------------+
- |             |                    |             |
- |             | Boot VM1 with IP1  |             |
- |             +------------------->|             |
- |   Tester    |                    |   System    |
- |             | Boot VM2           |    Under    |
- |             +------------------->|     Test    |
- |             |                    |             |
- |             | Create floating IP |             |
- |             +------------------->|             |
- |             |                    |             |
- |             | Assign floating IP |             |
- |             | to VM2             |             |
- |             +------------------->|             |
- |             |                    |             |
- |             | Establish SSH      |             |
- |             | connection to VM2  |             |
- |             | through floating IP|             |
- |             +------------------->|             |
- |             |                    |             |
- |             | SCP ping.sh to VM2 |             |
- |             +------------------->|             |
- |             |                    |             |
- |             | VM2 executes       |             |
- |             | ping.sh to VM1     |             |
- |             +------------------->|             |
- |             |                    |             |
- |             |    If ping:        |             |
- |             |      exit OK       |             |
- |             |    else (timeout): |             |
- |             |      exit Failed   |             |
- |             |                    |             |
- +-------------+                    +-------------+
-
-This test can be considered as an "Hello World" example.
-It is the first basic use case which **must** work on any deployment.
-
-vPing_userdata
-^^^^^^^^^^^^^^
-
-This test case is similar to vPing_ssh but without the use of Floating IPs
-and the Public/External network to transfer the ping script.
-Instead, it uses Nova metadata service to pass it to the instance at booting time.
-As vPing_ssh, it checks that 2 instances can talk to
-each other on a Private Tenant network::
-
- vPing_userdata test case
- +-------------+                     +-------------+
- |             |                     |             |
- |             | Boot VM1 with IP1   |             |
- |             +-------------------->|             |
- |             |                     |             |
- |             | Boot VM2 with       |             |
- |             | ping.sh as userdata |             |
- |             | with IP1 as $1.     |             |
- |             +-------------------->|             |
- |   Tester    |                     |   System    |
- |             | VM2 executes ping.sh|    Under    |
- |             | (ping IP1)          |     Test    |
- |             +-------------------->|             |
- |             |                     |             |
- |             | Monitor nova        |             |
- |             |  console-log VM 2   |             |
- |             |    If ping:         |             |
- |             |      exit OK        |             |
- |             |    else (timeout)   |             |
- |             |      exit Failed    |             |
- |             |                     |             |
- +-------------+                     +-------------+
-
-When the second VM boots it will execute the script passed as userdata
-automatically. The ping will be detected by periodically capturing the output
-in the console-log of the second VM.
-
-
-Tempest
-^^^^^^^
-
-Tempest `[2]`_ is the reference OpenStack Integration test suite.
-It is a set of integration tests to be run against a live OpenStack cluster.
-Tempest has suites of tests for:
-
-  * OpenStack API validation
-  * Scenarios
-  * Other specific tests useful in validating an OpenStack deployment
-
-Functest uses Rally `[3]`_ to run the Tempest suite.
-Rally generates automatically the Tempest configuration file **tempest.conf**.
-Before running the actual test cases,
-Functest creates the needed resources (user, tenant) and
-updates the appropriate parameters into the configuration file.
-
-When the Tempest suite is executed, each test duration is measured and the full
-console output is stored to a *log* file for further analysis.
-
-The Tempest testcases are distributed across two
-Tiers:
-
-  * Smoke Tier - Test Case 'tempest_smoke_serial'
-  * Components Tier - Test case 'tempest_full_parallel'
-
-NOTE: Test case 'tempest_smoke_serial' executes a defined set of tempest smoke
-tests with a single thread (i.e. serial mode). Test case 'tempest_full_parallel'
-executes all defined Tempest tests using several concurrent threads
-(i.e. parallel mode). The number of threads activated corresponds to the number
-of available logical CPUs.
-
-The goal of the Tempest test suite is to check the basic functionalities of the
-different OpenStack components on an OPNFV fresh installation, using the
-corresponding REST API interfaces.
-
-
-Rally bench test suites
-^^^^^^^^^^^^^^^^^^^^^^^
-
-Rally `[3]`_ is a benchmarking tool that answers the question:
-
-*How does OpenStack work at scale?*
-
-The goal of this test suite is to benchmark all the different OpenStack modules and
-get significant figures that could help to define Telco Cloud KPIs.
-
-The OPNFV Rally scenarios are based on the collection of the actual Rally scenarios:
-
- * authenticate
- * cinder
- * glance
- * heat
- * keystone
- * neutron
- * nova
- * quotas
- * ceilometer
-
-A basic SLA (stop test on errors) has been implemented.
-
-The Rally testcases are distributed across two Tiers:
-
-  * Smoke Tier - Test Case 'rally_sanity'
-  * Components Tier - Test case 'rally_full'
-
-NOTE: Test case 'rally_sanity' executes a limited number of Rally smoke test
-cases. Test case 'rally_full' executes the full defined set of Rally tests.
-
-
-Refstack-client to run OpenStack interop testcases
---------------------------------------------------
-
-Refstack-client `[8]`_ is a command line utility that allows you to
-execute Tempest test runs based on configurations you specify.
-It is the official tool to run Openstack Interop (previously known as Defcore)
-testcases `[9]`_, which focus on testing interoperability between OpenStack
-clouds.
-
-Refstack-client is integrated in Functest, consumed by Dovetail, which
-intends to define and provide a set of OPNFV related validation criteria
-that will provide input for the evaluation of the use of OPNFV trademarks.
-This progress is under the guideline of Compliance Verification Program(CVP).
-
-Running methods
-^^^^^^^^^^^^^^^
-
-Two running methods are provided after refstack-client integrated into
-Functest, Functest command line and manually, respectively.
-
-By default, for Defcore test cases run by Functest command line,
-are run followed with automatically generated
-configuration file, i.e., refstack_tempest.conf. In some circumstances,
-the automatic configuration file may not quite satisfied with the SUT,
-Functest also inherits the refstack-client command line and provides a way
-for users to set its configuration file according to its own SUT manually.
-
-*command line*
-
-Inside the Functest container, first to prepare Functest environment:
-
-::
-
-  functest env prepare
-
-then to run default defcore testcases by using refstack-client:
-
-::
-
-  functest testcase run refstack_defcore
-
-In OPNFV Continuous Integration(CI) system, the command line method is used.
-
-*manually*
-
-Prepare the tempest configuration file and the testcases want to run with the SUT,
-run the testcases with:
-
-::
-
-  ./refstack-client test -c <Path of the tempest configuration file to use> -v --test-list <Path or URL of test list>
-
-using help for more information:
-
-::
-
-  ./refstack-client --help
-  ./refstack-client test --help
-
-Reference tempest configuration
-^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
-
-*command line method*
-
-When command line method is used, the default tempest configuration file
-is generated by Rally.
-
-*manually*
-
-When running manually is used, recommended way to generate tempest configuration
-file is:
-
-::
-
-  cd /usr/lib/python2.7/site-packages/functest/opnfv_tests/openstack/refstack_client
-  python tempest_conf.py
-
-a file called tempest.conf is stored in the current path by default, users can do
-some adjustment according to the SUT:
-
-::
-
-  vim refstack_tempest.conf
-
-a reference article can be used `[15]`_.
-
-
-snaps_smoke
-------------
-
-This test case contains tests that setup and destroy environments with VMs with
-and without Floating IPs with a newly created user and project. Set the config
-value snaps.use_floating_ips (True|False) to toggle this functionality.
-Please note that When the configuration value of snaps.use_keystone is True, Functest must have access
-the cloud's private network.
-This suite consists in 38 tests (test duration < 10 minutes)
-
-
-SDN Controllers
----------------
-
-OpenDaylight
-^^^^^^^^^^^^
-
-The OpenDaylight (ODL) test suite consists of a set of basic tests inherited
-from the ODL project using the Robot `[11]`_ framework.
-The suite verifies creation and deletion of networks, subnets and ports with
-OpenDaylight and Neutron.
-
-The list of tests can be described as follows:
-
- * Basic Restconf test cases
-   * Connect to Restconf URL
-   * Check the HTTP code status
-
- * Neutron Reachability test cases
-   * Get the complete list of neutron resources (networks, subnets, ports)
-
- * Neutron Network test cases
-   * Check OpenStack networks
-   * Check OpenDaylight networks
-   * Create a new network via OpenStack and check the HTTP status code returned by Neutron
-   * Check that the network has also been successfully created in OpenDaylight
-
- * Neutron Subnet test cases
-   * Check OpenStack subnets
-   * Check OpenDaylight subnets
-   * Create a new subnet via OpenStack and check the HTTP status code returned by Neutron
-   * Check that the subnet has also been successfully created in OpenDaylight
-
- * Neutron Port test cases
-   * Check OpenStack Neutron for known ports
-   * Check OpenDaylight ports
-   * Create a new port via OpenStack and check the HTTP status code returned by Neutron
-   * Check that the new port has also been successfully created in OpenDaylight
-
- * Delete operations
-   * Delete the port previously created via OpenStack
-   * Check that the port has been also successfully deleted in OpenDaylight
-   * Delete previously subnet created via OpenStack
-   * Check that the subnet has also been successfully deleted in OpenDaylight
-   * Delete the network created via OpenStack
-   * Check that the network has also been successfully deleted in OpenDaylight
-
-Note: the checks in OpenDaylight are based on the returned HTTP status
-code returned by OpenDaylight.
-
-
-Features
---------
-
-Functest has been supporting several feature projects since Brahpamutra:
-
-
-+-----------------+---------+----------+--------+-----------+
-| Test            | Brahma  | Colorado | Danube | Euphrates |
-+=================+=========+==========+========+===========+
-| barometer       |         |          |    X   |     X     |
-+-----------------+---------+----------+--------+-----------+
-| bgpvpn          |         |    X     |    X   |     X     |
-+-----------------+---------+----------+--------+-----------+
-| copper          |         |    X     |        |           |
-+-----------------+---------+----------+--------+-----------+
-| doctor          |    X    |    X     |    X   |     X     |
-+-----------------+---------+----------+--------+-----------+
-| domino          |         |    X     |    X   |     X     |
-+-----------------+---------+----------+--------+-----------+
-| fds             |         |          |    X   |     X     |
-+-----------------+---------+----------+--------+-----------+
-| moon            |         |    X     |        |           |
-+-----------------+---------+----------+--------+-----------+
-| multisite       |         |    X     |    X   |           |
-+-----------------+---------+----------+--------+-----------+
-| netready        |         |          |    X   |           |
-+-----------------+---------+----------+--------+-----------+
-| odl_sfc         |         |    X     |    X   |     X     |
-+-----------------+---------+----------+--------+-----------+
-| opera           |         |          |    X   |           |
-+-----------------+---------+----------+--------+-----------+
-| orchestra       |         |          |    X   |     X     |
-+-----------------+---------+----------+--------+-----------+
-| parser          |         |          |    X   |     X     |
-+-----------------+---------+----------+--------+-----------+
-| promise         |    X    |    X     |    X   |     X     |
-+-----------------+---------+----------+--------+-----------+
-| security_scan   |         |    X     |    X   |           |
-+-----------------+---------+----------+--------+-----------+
-
-Please refer to the dedicated feature user guides for details.
-
-
-VNF
----
-
-
-cloudify_ims
-^^^^^^^^^^^^
-The IP Multimedia Subsystem or IP Multimedia Core Network Subsystem (IMS) is an
-architectural framework for delivering IP multimedia services.
-
-vIMS has been integrated in Functest to demonstrate the capability to deploy a
-relatively complex NFV scenario on the OPNFV platform. The deployment of a complete
-functional VNF allows the test of most of the essential functions needed for a
-NFV platform.
-
-The goal of this test suite consists of:
-
- * deploy a VNF orchestrator (Cloudify)
- * deploy a Clearwater vIMS (IP Multimedia Subsystem) VNF from this
-   orchestrator based on a TOSCA blueprint defined in `[5]`_
- * run suite of signaling tests on top of this VNF
-
-The Clearwater architecture is described as follows:
-
-.. figure:: ../../../images/clearwater-architecture.png
-   :align: center
-   :alt: vIMS architecture
-
-
-cloudify_ims_perf
-^^^^^^^^^^^^^^^^^
-This testcase extends the cloudify_ims test case.
-The first part is similar but the testing part is different.
-The testing part consists in automating a realistic signaling load on the vIMS
-using an Ixia loader (proprietary tools)
- - You need to have access to an Ixia licence server defined in the configuration
-    file and have ixia image locally.
-
-This test case is available but not declared in testcases.yaml. The declaration
-of the testcase is simple, connect to your functest-vnf docker, add the following
-section in /usr/lib/python2.7/site-packacges/functest/ci/testcases.yaml::
-
-  -
-      case_name: cloudify_ims_perf
-      project_name: functest
-      criteria: 80
-      blocking: false
-      description: >-
-          Stress tests based on Cloudify. Ixia loader images and access to Ixia
-          server license.
-      dependencies:
-          installer: ''
-          scenario: 'os-nosdn-nofeature-ha'
-      run:
-          module: 'functest.opnfv_tests.vnf.ims.cloudify_ims_perf'
-          class: 'CloudifyImsPerf'
-
-orchestra_openims
-^^^^^^^^^^^^^^^^^
-Orchestra test case deals with the deployment of OpenIMS with OpenBaton
-orchestrator.
-
-orchestra_clearwaterims
-^^^^^^^^^^^^^^^^^^^^^^^
-Orchestra test case deals with the deployment of Clearwater vIMS with OpenBaton
-orchestrator.
-
-vyos-vrouter
-^^^^^^^^^^^^
-This test case deals with the deployment and the test of vyos vrouter with
-Cloudify orchestrator. The test case can do testing for interchangeability of
-BGP Protocol using vyos.
-
-The Workflow is as follows:
- * Deploy
-    Deploy VNF Testing topology by Cloudify using blueprint.
- * Configuration
-    Setting configuration to Target VNF and reference VNF using ssh
- * Run
-    Execution of test command for test item written YAML format  file.
-    Check VNF status and behavior.
- * Reporting
-    Output of report based on result using JSON format.
-
-The vyos-vrouter architecture is described in `[14]`_
-
-
-.. _`[2]`: http://docs.openstack.org/developer/tempest/overview.html
-.. _`[3]`: https://rally.readthedocs.org/en/latest/index.html
-.. _`[5]`: https://github.com/Orange-OpenSource/opnfv-cloudify-clearwater/blob/master/openstack-blueprint.yaml
-.. _`[8]`: https://github.com/openstack/refstack-client
-.. _`[10]`: https://github.com/openstack/interop/blob/master/2016.08/procedure.rst
-.. _`[11]`: http://robotframework.org/
-.. _`[12]`: http://docs.opnfv.org/en/latest/submodules/functest/docs/testing/user/userguide/index.html
-.. _`[13]`: https://wiki.opnfv.org/display/PROJ/SNAPS-OO
-.. _`[14]`: https://github.com/oolorg/opnfv-functest-vrouter
-.. _`[15]`: https://aptira.com/testing-openstack-tempest-part-1/