Microsoft help viewer ipv6 configuration scripts

Copilot is your AI companionAlways by your side, ready to support you whenever and wherever you need it.Microsoft SQL Server 2012 and Microsoft SQL Server 2014 supports systems running with only IPv6 enabled. The scripts in this download are used to enable Microsoft Help Viewer to work with only IPv6 enabled and to remove those settings if it is no longer necessary to run with only IPv6 enabled.Important! Selecting a language below will dynamically change the complete page content to that language.File Name:MicrosoftHelpViewerIPv6ConfigurationScripts.exeThe CreateHelpViewerIPv6Settings.ps1 PowerShell cmdlet creates the following registry entry and sets the ACL for the newly created registry entry.Registry entry:[HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Help\v1.0]"IPv6"=dword:00000001ACL: Reserved URL : User: \Everyone Listen: Yes Delegate: No SDDL: D:(A;;GX;;;WD)Supported Operating SystemsWindows 7 Service Pack 1, Windows Server 2008 R2 SP1, Windows Server 2008 Service Pack 2, Windows Vista Service Pack 2Windows Vista Service Pack 2, Windows Server 2008 Service Pack 2, Windows 7 Service Pack 1, Windows Server 2008 R2 SP11. Click the Download button on this page to start the download.2. Click Save to save the download to your computer for installation.3. Double click the self-extracting EXE to unpack the contents.4. Specify a location of your choice to extract the contents to.5. Double click the CreateHelpViewerIPv6Settings.ps1 PowerShell cmdlet to create the settings to enable Help Viewer for IPv6.NOTE: It may be necessary to run this script with Administrator privileges.6. To remove the settings created by the CreateHelpViewerIPv6Settings.ps1 PowerShell cmdlet, run the RemoveHelpViewerIPv6Settings.ps1.For more information on how to enable Microsoft Help Viewer in environments that run IPv6 exclusively see, SQL Server 2012 Release Notes.

(Never use this network for default route)By default any gateway we add for any ethernet connection will also be considered as default gateway, to turn off this directive use ipv4.never-default with nmcliBefore we make any change verify DEFROUTE directive in the eth2 configuration file# egrep '^DEFROUTE' /etc/sysconfig/network-scripts/ifcfg-eth2DEFROUTE=yesSo by default this directive is ON, we will disable the default gateway option for eth2. To turn off this directive we must select ipv4.never-default as "yes"# nmcli con mod eth2 ipv4.never-default yesNext verify the DEFROUTE directive for eth2# egrep '^DEFROUTE' /etc/sysconfig/network-scripts/ifcfg-eth2DEFROUTE=no18. Disable IPv6 Address for ethernet connection (IPV6INIT)By default both IPv4 and IPv6 connection type (IPV6INIT) is enabled for any ethernet connection type. To only use IPv4 and disable IPv6 using nmcliVerify the existing status of IPv6 connection type for eth2# egrep 'IPV6INIT' /etc/sysconfig/network-scripts/ifcfg-eth2IPV6INIT=yesSo this is enabled, we will disable IPv6 connection type using ipv6.method directive with nmcli# nmcli con mod eth2 ipv6.method ignoreHINT:Supported input arguments for ipv6.method are ignore, auto, dhcp, link-local, manual, shared. You can use the same options to enable/disable IPv4 using ipv4.methodNow re-verify the IPV6INIT directive from eth2 config file# egrep 'IPV6INIT' /etc/sysconfig/network-scripts/ifcfg-eth2IPV6INIT=no19. Change "Automatically Connect" DirectiveBy default any ethernet connection will be allowed to automatically connect, you can modify this using# nmcli con mod eth2 connection.autoconnect no20. Add or Modify DNS to existing connectionYou can use ipv4.dns to add DNS server to an new connection or modify any existing connection using nmcli.Currently there are no DNS server IP provided for eth1# egrep DNS /etc/sysconfig/network-scripts/ifcfg-eth1Next modify connection to add DNS Server IP Address# nmcli con mod eth1 ipv4.dns 8.8.8.8Verify the eth1 config file[root@rhel-8 ~]# egrep DNS /etc/sysconfig/network-scripts/ifcfg-eth1DNS1=8.8.8.821. Append single/multiple DNS Server to connectionUse + prefix with ipv4.dns to append new DNS IP Addresses to an existing connection using nmcli. In the previous example we added 8.8.8.8 as my DNS server for eth1. Now we will append 8.2.2.2 to the same connection# nmcli con mod eth1 +ipv4.dns 8.2.2.2Verify the eth1 configuration file# egrep DNS /etc/sysconfig/network-scripts/ifcfg-eth1DNS1=8.8.8.8DNS2=8.2.2.2HINT:You can also append single or multiple values from other multi-value (container) properties like ipv4.dns, ipv4.addresses, bond.options, etc22. Remove single/multiple DNS Server from connectionAs it is understood, with + we append so with - we remove single/multiple entries of DNS Server from the interface connection using nmcli.# nmcli con mod eth1 -ipv4.dns 8.2.2.2,8.8.8.8Verify the eth1 configuration file# egrep DNS /etc/sysconfig/network-scripts/ifcfg-eth1HINT:You can also remove single or multiple values from other multi-value (container) properties like ipv4.dns, ipv4.addresses, bond.options,

Model. For more details on NETCONF, see RFC 6241. In releases prior to Cisco IOS XE Fuji 16.8.1, an operational data manager (based on polling) was enabled separately. In Cisco IOS XE Fuji 16.8.1 and later releases, operational data works on platforms running NETCONF (similar to how configuration data works), and is enabled by default. For more information on the components that are enabled for operational data queries or streaming, see the GitHub respository, to view *-oper in the naming convention. NETCONF RESTCONF IPv6 Support Data model interfaces (DMIs) support the use of IPv6 protocol. DMI IPv6 support helps client applications to communicate with services that use IPv6 addresses. External facing interfaces will provide dual-stack support; both IPv4 and IPv6. DMIs are a set of services that facilitate the management of network elements. Application layer protocols such as, NETCONF and RESTCONF access these DMIs over a network. If IPv6 addresses are not configured, external-facing applications will continue to listen on IPv6 sockets; but these sockets will be unreachable. NETCONF Global Session Lock The NETCONF protocol provides a set of operations to manage device configurations and retrieve device state information. NETCONF supports a global lock, and the ability to kill non-responsive sessions are introduced in NETCONF. To ensure consistency and prevent conflicting configurations through multiple simultaneous sessions, the owner of the session can lock the NETCONF session. The NETCONF lock RPC locks the configuration parser and the running configuration database. All other NETCONF sessions (that do not own the lock) cannot perform edit operations; but can perform read operations. These locks are intended to be short-lived and allow the owner to make changes without interaction with other NETCONF clients, non-NETCONF clients (such as, SNMP and CLI scripts), and human users. A global lock held by an active session is revoked when the associated session is killed. The lock gives the session holding the lock exclusive write access to the configuration. When a configuration change is denied due to a global lock, the error message will specify that a NETCONF global lock is the reason the configuration change has been denied. The operation takes a mandatory parameter, that is the name of the configuration datastore that is to be locked. When a lock is active, the and operations are not allowed. If the clear configuration lock command is specified while a NETCONF global lock is being held, a full synchronization of the configuration is scheduled and a warning syslog message is produced. This command clears only the parser configuration lock. The following is a sample RPC that shows the operation: NETCONF Kill Session During a session conflict or client misuse of the global lock, NETCONF sessions can be monitored via the show