Metadata-Version: 1.1
Name: networking-midonet
Version: 3.0.0
Summary: OpenStack MidoNet Neutron Plugin
Home-page: http://docs.openstack.org/developer/networking-midonet
Author: OpenStack
Author-email: openstack-dev@lists.openstack.org
License: UNKNOWN
Description: ==================
        networking-midonet
        ==================
        
        This is the official Midonet Neutron plugin.
        
        The current set of supported versions of MidoNet are:
        
        - v2015.06
        - v5.x
        
        NOTE: MidoNet recently changed its versioning scheme.
        v5.0 is what used to be called v2015.09.
        
        
        How to Install
        --------------
        
        For productional deployments, we recommend to use a package for your
        distribution if available::
        
            http://builds.midonet.org/
        
        You can install the plugin from the source code by running the following
        command::
        
            $ sudo python setup.py install
        
        The plugin requires python-midonetclient package, which is usually available
        along with other midonet packages.  It's recommended to use the same version
        of python-midonetclient and midonet-cluster.  Alternatively, you can install
        python-midonetclient from source::
        
            $ sudo pip install -e 'git://github.com/midonet/midonet.git@master#egg=midonetclient&subdirectory=python-midonetclient'
        
        
        Core plugin and L3 service plugin
        ---------------------------------
        
        The following entry in ``/etc/neutron/neutron.conf`` enables MidoNet as the Neutron plugin.
        There are two plugins to choose from.
        
        Plugin v1, which is compatible with MidoNet v2015.06::
        
            [DEFAULT]
            core_plugin = midonet
        
        Plugin v2, which is compatible with MidoNet v5.0 and beyond.
        It works with a separate L3 plugin which you need to add to the list of
        service plugins::
        
            [DEFAULT]
            core_plugin = midonet_v2
            service_plugins = midonet_l3
        
        
        ML2 mechanism and type drivers
        ------------------------------
        
        ML2 mechanism driver and type drivers are available.
        They are compatible with MidoNet v5.0 and beyond::
        
            [DEFAULT]
            core_plugin = ml2
            service_plugins = midonet_l3
        
            [ml2]
            tenant_network_types = midonet
            type_drivers = midonet,uplink
            mechanism_drivers = midonet
        
        
        Interaction with Neutron agents
        -------------------------------
        
        For v2015.06, OpenStack deployment with MidoNet works with
        Neutron DHCP and Metadata agents.
        
        For MidoNet v5.0 and later, no Neutron agents are necessary.
        
        For details, please refer to MidoNet documentation::
        
            https://docs.midonet.org
        
        
        .. _interface-driver:
        
        Interface driver
        ~~~~~~~~~~~~~~~~
        
        Neutron agents use `interface driver` to connect themselves into the datapath.
        In case of MidoNet, they should be configured with the MidoNet interface
        driver.::
        
            [DEFAULT]
            interface_driver = midonet
        
        
        FWaaS
        -----
        
        Starting v5.0, MidoNet implements Neutron FWaaS extention API.
        
        To configure it, add the following service plugin to the `service_plugins` list
        in the DEFAULT section of ``/etc/neutron/neutron.conf``::
        
            [DEFAULT]
            service_plugins = midonet_firewall
        
        NOTE: No need to configure `Firewall Driver` at all.  It's irrelevant
        because this plugin does not use Neutron L3 agent.
        
        
        VPNaaS
        ------
        
        Starting v5.1, MidoNet implements Neutron VPNaaS extension API.
        
        MidoNet plugin implements VPNaaS as a service driver.  To configure it,
        add the following entries in the Neutron configuration file
        ``/etc/neutron/neutron.conf``::
        
            [DEFAULT]
            service_plugins = vpnaas
        
            [service_providers]
            service_provider=VPN:Midonet:midonet.neutron.services.vpn.service_drivers.midonet_ipsec.MidonetIPsecVPNDriver:default
        
        NOTE: This plugin does not use Neutron VPNaaS agent.
        
        
        Gateway Device Service
        ----------------------
        
        Starting v5.1, MidoNet implements Gateway Device Service vendor extension API.
        
        To configure it, add the following service plugin to the `service_plugins` list
        in the DEFAULT section of `/etc/neutron/neutron.conf`::
        
            [DEFAULT]
            service_plugins = midonet_gwdevice
        
        
        L2 Gateway Service
        ------------------
        
        Starting v5.1, MidoNet implements Neutron L2 Gateway Service extension API.
        The implementation differs slightly from upstream.
        Please check the following spec to see the differences:
        
            http://docs.openstack.org/developer/networking-midonet/specs/mitaka/border_gw.html
        
        MidoNet plugin implements L2 Gateway Service as a service driver.
        To configure it, add the following service plugin to the `service_plugins` list
        in the DEFAULT section of `/etc/neutron/neutron.conf`::
        
            [DEFAULT]
            service_plugins = midonet_l2gw
        
        In addition, configure the service provider in the 'service_providers' section of
        L2 Gateway plugin configuration file `/etc/neutron/l2gw_plugin.ini`::
        
            [service_providers]
            service_provider = L2GW:Midonet:midonet.neutron.services.l2gateway.service_drivers.l2gw_midonet.MidonetL2gwDriver:default
        
        
        Magnum
        ------
        
        Starting v5.2, MidoNet can be used for Magnum deployment with the
        following workaround.
        
        Note: MidoNet doesn't provide LBaaS v2 functionality.  You may need
        to disable it in your template.
        
        
        BGP dynamic routing service
        ---------------------------
        
        Starting v5.2, MidoNet implements Neutron BGP dynamic routing service extension API.
        The implementation differs from upstream as follows:
        
        - Router that is treated as bgp-speaker can be specified explicitly.
        - Bgp-peer can relate to only one bgp-speaker.
        - Binding network to bgp-speaker must be done before associating peers.
        - Removing network from bgp-speaker must be done after all peers are
          disassociated from the bgp-speaker.
        - Only one network can be associated with a bgp-speaker.
        - Advertise_floating_ip_host_routes and advertise_tenant_networks are ignored.
        - Attached network to the router and destination network in extra routes on the
          router are showed as advertised routes.
        
        To configure it, add the following service plugin to the `service_plugins` list
        in the DEFAULT section of `/etc/neutron/neutron.conf`::
        
            [DEFAULT]
            service_plugins = midonet_bgp
        
        
        Logging Resource Service
        ------------------------
        
        Starting v5.2, MidoNet implements Neutron Logging Resource Service extension API.
        
        To configure it, add the following service plugin to the `service_plugins` list
        in the DEFAULT section of `/etc/neutron/neutron.conf`::
        
            [DEFAULT]
            service_plugins = midonet_logging_resource
        
        Firewall log is managed by Quota.
        Default value of firewall log is 10 that is same number as firewall.
        Basically, both Quota value for firewall and firewall log should be aligned.
        To tune it, change value of `quota_firewall_log` in the quotas section of
        `/etc/neutron/neutron.conf`.
        
        
        Tap-as-a-Service
        ----------------
        
        Starting v5.2, MidoNet implements Tap-as-a-Service extension API.
        
        MidoNet plugin implements TaaS as a service driver.  To configure it,
        add the following entries in the Neutron configuration file
        `/etc/neutron/neutron.conf`::
        
            [DEFAULT]
            service_plugins = taas
        
        In addition, configure the service provider in the 'service_providers' section of
        TaaS plugin configuration file `/etc/neutron/taas_plugin.ini`::
        
            [service_providers]
            service_provider = TAAS:Midonet:midonet.neutron.services.taas.service_drivers.taas_midonet.MidonetTaasDriver:default
        
        
        QoS
        ---
        
        With the latest development version of MidoNet,
        ML2 plugin with MidoNet mechansim driver supports Neutron QoS extension.
        
        Note: MidoNet monolithic plugins (either v1 or v2) do not support QoS
        core resource extension.
        
        QoS service plugin
        ~~~~~~~~~~~~~~~~~~
        
        QoS service plugin can be configured in the Neutron server configuration
        file `/etc/neutron/neutron.conf`::
        
            [DEFAULT]
            service_plugins = qos
        
            [qos]
            notification_drivers = midonet
        
        QoS core resource extension
        ~~~~~~~~~~~~~~~~~~~~~~~~~~~
        
        QoS core resource extension for ML2 plugin can be configured in the
        Neutron server configuration file `/etc/neutron/neutron.conf`::
        
            [ml2]
            extension_drivers = qos
        
        
        Horizon
        -------
        
        Starting with Newton, Horizon has built-in support for MidoNet network types.
        
        To enable it, add the following configuration to the
        `OPENSTACK_NEUTRON_NETWORK` dict in `local_settings.py`::
        
            'supported_provider_types': ['midonet', 'uplink'],
        
        
Platform: UNKNOWN
Classifier: Environment :: OpenStack
Classifier: Intended Audience :: Information Technology
Classifier: Intended Audience :: System Administrators
Classifier: License :: OSI Approved :: Apache Software License
Classifier: Operating System :: POSIX :: Linux
Classifier: Programming Language :: Python
Classifier: Programming Language :: Python :: 2
Classifier: Programming Language :: Python :: 2.7
Classifier: Programming Language :: Python :: 3
Classifier: Programming Language :: Python :: 3.4
Classifier: Programming Language :: Python :: 3.5
