Drivers Open Interface Network & Wireless Cards

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See the release notes and the readme.txt file for installation instructions, supported hardware, what's new, bug fixes, and known issues.

Network Interface Naming Consistency. Network Interface Naming Using Explicit Driver Loading; Network Interface Naming Using udev; Configuring Network Devices with nmcli for RHEL. Configuring Network Devices with yast2 for SLES. 10/40/100 Gbit Ethernet; Client Configuration. Intel® Omni-Path Node Build; IB Node Build. Adding Static Routes. Determine driver for network interface. Driver being used by kernel. This site is not affiliated with Linus Torvalds or The Open Group in any way. Aug 31, 2015 The OpenLDV 5 Network Driver for Windows provides IzoT and LonWorks tools and applications with an open and unified Windows software interface for sending and receiving messages through LonTalk/IP and LON network interfaces. Microsoft® ODBC Driver 13.1 for SQL Server® - Windows, Linux, & macOS. The Microsoft ODBC Driver for SQL Server provides native connectivity from Windows, Linux, & macOS to Microsoft SQL Server and Microsoft Azure SQL Database. The OpenLDV Network Driver provides L ON W ORKS® tools and applications with an open and unified Windows ® software interface for sending and receiving messages through L ON W ORKS network interfaces. The OpenLDV driver supports network interfaces from Echelon, and also supports compatible network interfaces available from other manufacturers.

Overview Download efficient networks usb devices drivers.

This download installs base drivers, Intel® PROSet for Windows* Device Manager, and Intel® PROSet Adapter Configuration Utility for Intel® Network Adapters with Windows® 10.

Which file should you download?

Note:10-GbE adapters (those that support Windows 10) are only supported by 64-bit drivers.

  • PROWin32.zipfor 32-bit (x86) editions of Windows*
  • PROWinx64.zipfor 64-bit (x64) editions of Windows

How to use this download

Download the self-extracting archive and run it. It will extract the files to a temporary directory, run the installation wizard, and remove the temporary files when the installation is complete. All language files are embedded in this archive. You don't need to download an extra language pack.

Supported devices

This software may also apply to Intel® Ethernet Controllers. Support for built-in network connections is provided by the system or board manufacturer.

About Intel® drivers

The driver or software for your Intel® component might have been changed or replaced by the computer manufacturer. We recommend you work with your computer manufacturer before installing our driver so you don’t lose features or customizations.

See a list of manufacturers’ Support websites.

Include the URL of your launchpad blueprint:

We need a generic interface in which to create networking resources. This isto allow implementations that can support different networking infrastructuresthat accomplish frontend and backend connectivity.

Interface

Problem description¶

There is a need to define a generic interface for a networking service. AnOctavia controller should not know what networking infrastructure is being usedunderneath. It should only know an interface. This interface is needed tosupport differing networking infrastructures.

Proposed change¶

In order to make the network driver as genericly functional as possible, it isbroken down into methods that Octavia will need at a high level to accomplishfrontend and backend connectivity. The idea is that to implement these methodsit may require multiple requests to the networking service to accomplish theend result. The interface is meant to promote stateless implementations andsuffer no issues being run in parallel.

In the future we would like to create a common module that implementations ofthis interface can call to setup a taskflow engine to promote using a commontaskflow configuration. That however, can be left once this has had timeto mature.

Existing data model:

  • class VIP

    • load_balancer_id

    • ip_address

    • network_id - (neutron subnet)

    • port_id - (neutron port)

  • class Amphora

    • load_balancer_id

    • compute_id

    • lb_network_ip

    • status

    • vrrp_ip - if an active/passive topology, this is the ip where the vrrp

      communication between peers happens

    • ha_ip - this is the highly available IP. In an active/passive topology

      it most likely exists on the MASTER amphora and on failureit will be raised on the SLAVE amphora. In an active/activetopology it may exist on both amphorae. In the end, it is upto the amphora driver to decide how to use this.

Drivers Open Interface Network & Wireless Cards

New data models:

  • class Interface

    • id

    • network_id - (neutron subnet)

    • amphora_id

    • fixed_ips

  • class Delta

    • amphora_id

    • compute_id

    • add_nics

    • delete_nics

  • class Network

    • id

    • name

    • subnets - (list of subnet ids)

    • tenant_id

    • admin_state_up

    • provider_network_type

    • provider_physical_network

    • provider_segmentation_id

    • router_external

    • mtu

      Your motherboard has two different USB 3.0 controllers - the Intel controller and the ASMedia controller. They have separate drivers. This is because back in the day the Intel controller only supported a small number of ports so OEMs added a secondary controller to get some extra ports. ASMedia USB eXtensible Host Controller Drivers (ASM3142). If you want to manage the drivers (remove old/unused drivers for example) that you have in your Windows DriverStore Use Driver Store Explorer (Right click on 'Rapr.exe' Run as administrator). If you want better interrupts delivery latency. The driver version that you currently have is outdated. We recommend that you check for updates by following the steps in this article: Update drivers in Windows 10.If you are not able to update to the latest version of the driver by following the steps in that article, download the latest version of the driver from this page: Microsoft Update Catalog. Driver asmedia xhci controller. This package contains the driver for ASMedia USB3 eXtensible Host Controller Interface (xHCI). It is supported on Dell tablets, Dell XPS laptops, Dell software and peripherals, Latitude, and Precision systems that run Windows 7, Windows 8.1 and Windows 10 operating systems.

  • class Subnet

    • id

    • name

    • network_id

    • tenant_id

    • gateway_ip

    • cidr

    • ip_version

  • class Port

    • id

    • name

    • device_id

    • device_owner

    • mac_address

    • network_id

    • status

    • tenant_id

    • admin_state_up

    • fixed_ips - list of FixedIP objects

  • FixedIP

    • subnet_id

    • ip_address

  • AmphoraNetworkConfig

    • amphora - Amphora object

    • vip_subnet - Subnet object

    • vip_port - Port object

    • vrrp_subnet - Subnet object

    • vrrp_port - Port object

    • ha_subnet - Subnet object

    • ha_port - Port object

New Exceptions defined in the octavia.network package:

  • NetworkException - Base Exception

  • PlugVIPException

  • UnplugVIPException

  • PluggedVIPNotFound

  • AllocateVIPException

  • DeallocateVIPException

  • PlugNetworkException

  • UnplugNetworkException

  • VIPInUse

  • PortNotFound

  • SubnetNotFound

  • NetworkNotFound

  • AmphoraNotFound

This class defines the methods for a fully functional network driver.Implementations of this interface can expect a rollback to occur if any ofthe non-nullipotent methods raise an exception.

class AbstractNetworkDriver

Interface Talent Agency

  • plug_vip(loadbalancer, vip)

    • Sets up the routing of traffic from the vip to the load balancer and itsamphorae.

    • loadbalancer - instance of data_models.LoadBalancer

      • this is to keep the parameters as generic as possible so differentimplementations can use different properties of a load balancer. Inthe future we may want to just take in a list of amphora computeids and the vip data model.

    • vip = instance of a VIP

    • returns list of Amphora

    • raises PlugVIPException, PortNotFound

  • unplug_vip(loadbalancer, vip)

    • Removes the routing of traffic from the vip to the load balancer and itsamphorae.

    • loadbalancer = instance of a data_models.LoadBalancer

    • vip = instance of a VIP

    • returns None

    • raises UnplugVIPException, PluggedVIPNotFound

  • allocate_vip(loadbalancer)

    • Allocates a virtual ip and reserves it for later use as the frontendconnection of a load balancer.

    • loadbalancer = instance of a data_models.LoadBalancer

    • returns VIP instance

    • raises AllocateVIPException, PortNotFound, SubnetNotFound

  • deallocate_vip(vip)

    • Removes any resources that reserved this virtual ip.

    • vip = VIP instance

    • returns None

    • raises DeallocateVIPException, VIPInUse

  • plug_network(compute_id, network_id, ip_address=None)

    • Connects an existing amphora to an existing network.

    • compute_id = id of an amphora in the compute service

    • network_id = id of the network to attach

    • ip_address = ip address to attempt to be assigned to interface

    • returns Interface instance

    • raises PlugNetworkException, AmphoraNotFound, NetworkNotFound

  • unplug_network(compute_id, network_id, ip_address=None)

    • Disconnects an existing amphora from an existing network. If ip_addressis not specified then all interfaces on that network will be unplugged.

    • compute_id = id of an amphora in the compute service to unplug

    • network_id = id of network to unplug amphora

    • ip_address = ip address of interface to unplug

    • returns None

    • raises UnplugNetworkException, AmphoraNotFound, NetworkNotFound,

      NetworkException

  • get_plugged_networks(compute_id):

    • Retrieves the current plugged networking configuration

    • compute_id = id of an amphora in the compute service

    • returns = list of Instance instances Drivers canopus.

  • update_vip(loadbalancer):

    • Hook for the driver to update the VIP information based on the stateof the passed in loadbalancer

    • loadbalancer: instance of a data_models.LoadBalancer

  • get_network(network_id):

    • Retrieves the network from network_id

    • network_id = id of an network to retrieve

    • returns = Network data model

    • raises NetworkException, NetworkNotFound

  • get_subnet(subnet_id):

    • Retrieves the subnet from subnet_id

    • subnet_id = id of a subnet to retrieve

    • returns = Subnet data model

    • raises NetworkException, SubnetNotFound

  • get_port(port_id):

    • Retrieves the port from port_id

    • port_id = id of a port to retrieve

    • returns = Port data model

    • raises NetworkException, PortNotFound

  • failover_preparation(amphora):

    • Prepare an amphora for failover

    • amphora = amphora data model

    • returns = None

    • raises PortNotFound

Alternatives¶

Drivers open interface network card

  • Straight Neutron Interface (networks, subnets, ports, floatingips)

  • Straight Nova-Network Interface (network, fixed_ips, floatingips)

Data model impact¶

  • The Interface data model defined above will just be a class. We may laterdecide that it needs to be stored in the database, but we can optimize onthat in a later review if needed.

Security impact¶

None

Other end user impact¶

None

Other deployer impact¶

Need a service account to own the resources these methods create.

Developer impact¶

This will be creating an interface in which other code will be creatingnetwork resources.

Implementation¶

Work Items¶

Drivers Open Interface Network & Wireless Cards Free

Define interface

Testing¶

None

References¶

None