InfoScale™ 9.0 Cluster Server Bundled Agents Reference Guide - Linux
- Introducing bundled agents
- Storage agents
- About the storage agents
- DiskGroup agent
- DiskGroupSnap agent
- Dependencies for DiskGroupSnap agent
- Agent functions for DiskGroupSnap agent
- State definitions for DiskGroupSnap agent
- Attributes for DiskGroupSnap agent
- Notes for DiskGroupSnap agent
- Resource type definition for DiskGroupSnap agent
- Sample configurations for DiskGroupSnap agent
- Debug log levels for DiskGroupSnap agent
- Volume agent
- VolumeSet agent
- Dependencies for VolumeSet agent
- Agent functions for VolumeSet agent
- State definitions for VolumeSet agent
- Attributes for VolumeSet agent
- Resource type definition for VolumeSet agent
- Sample configurations for VolumeSet agent
- Agent notes for VolumeSet agent
- Inaccessible volumes prevent the VolumeSet agent from coming online
- Debug log levels for VolumeSet agent
- LVMLogicalVolume agent
- LVMVolumeGroup agent
- Dependencies for LVMVolumeGroup agent
- Agent functions for LVMVolumeGroup agent
- State definitions for LVMVolumeGroup agent
- Attributes for LVMVolumeGroup agent
- Resource type definition for LVMVolumeGroup agent
- LVMVolumeGroup agent notes
- Sample configurations for LVMVolumeGroup agent
- Debug log levels for LVMVolumeGroup agent
- Mount agent
- IMF awareness
- Dependencies for Mount agent
- Agent functions for Mount agent
- State definitions for Mount agent
- Attributes for Mount agent
- Resource type definition for Mount agent
- Notes for Mount agent
- Support for spaces in directory names
- Support for multiple bindfs
- High availability fire drill
- VxFS file system lock
- IMF usage notes
- Enabling Level two monitoring for the Mount agent
- RHEL 7 and RHEL 8: NFS file system version
- RHEL 7 and RHEl 8: Configuring bind mounts
- Support for Amazon EFS
- Sample configurations for Mount agent
- Debug log levels for Mount agent
- Mount agent limitations
- VMwareDisks agent
- SFCache agent
- AWS EBSVol agent
- AzureDisk agent
- GoogleDisk agent
- Network agents
- About the network agents
- IP agent
- NIC agent
- Dependencies for NIC agent
- Bonded network interfaces for NIC agent
- Agent functions for NIC agent
- State definitions for NIC agent
- Attributes for NIC agent
- Resource type definition for NIC agent
- Notes for the NIC agent
- Case 1
- Case 2
- Case 3
- Sample configurations for NIC agent
- Debug log levels for NIC agent
- IPMultiNIC agent
- MultiNICA agent
- Dependencies for MultiNICA agent
- IP Conservation Mode (ICM) for MultiNICA agent
- Performance Mode (PM) for MultiNICA agent
- Agent function for MultiNICA agent
- Attributes for MultiNICA agent
- Resource type definition for MultiNICA agent
- Sample configurations for MultiNICA agent
- IPv6 configuration for MultiNICA agent
- Mixed mode configuration - IPv4 and IPv6 for MultiNICA agent
- Debug log levels for MultiNICA agent
- DNS agent
- Dependencies for DNS agent
- Agent functions for DNS agent
- State definitions for DNS agent
- Attributes for DNS agent
- Resource type definition for DNS agent
- Agent notes for DNS agent
- About using the VCS DNS agent on UNIX with a secure Windows DNS server
- High availability fire drill for DNS agent
- Monitor scenarios for DNS agent
- Sample Web server configuration for DNS agent
- Secure DNS update for BIND 9 for DNS agent
- Setting up secure updates using TSIG keys for BIND 9 for DNS agent
- Sample configurations for DNS agent
- Debug log levels for DNS agent
- AWSIP agent
- AWSRoute53 agent
- AzureIP agent
- AzureDNSZone agent
- GoogleIP agent
- OCIIP agent
- File share agents
- About the file service agents
- NFS agent
- NFSRestart agent
- Share agent
- About the Samba agents
- NetBios agent
- Service and application agents
- About the services and applications agents
- Apache HTTP server agent
- Application agent
- IMF awareness
- High availability fire drill for Application agent
- Dependencies for Application agent
- Agent functions
- State definitions for Application agent
- Attributes for Application agent
- Resource type definition for Application agent
- Notes for Application agent
- Using Application agent with IMF
- Level two monitoring through MonitorProgram
- Using Application agent with ProPCV
- Requirement for programs
- Requirement for default profile
- Support for cloned Application agent
- Application monitoring inside Docker container
- Using the hadockersetup utility
- Requirement for systemd support
- Sample configurations for Application agent
- Debug log levels for Application agent
- AppMonHB agent
- AzureAuth agent
- CoordPoint agent
- KVMGuest agent
- Dependencies for KVMGuest agent
- Agent functions for KVMGuest agent
- State definitions for KVMGuest agent
- Attributes for KVMGuest agent
- Resource type definition for KVMGuest agent
- Notes for KVMGuest agent
- Support for guests created on RHEL 6, RHEL 7 (KVM environment), and SuSE Enterprise Linux 11 SP2 and SP3
- Storage and network configurations
- Guest live migration
- Managing virtual machines in RHEV environment
- Managing ISO image in SuSE KVM
- Using VCS to migrate virtual machines
- Configuring the KVMGuest agent for DR in a global cluster setup
- Configuring a non-admin user for RHEV-M that is using AD-based domain
- Virtual machine failover if host crashes
- KVMGuest agent requires curl and xpath commands in RHEV environment
- RHEV environment: If a node on which the VM is running panics or is forcefully shutdown, VCS is unable to start the VM on another node
- Sample configurations for KVMGuest environment
- Sample configurations for RHEV environment
- Sample Configuration for SuSE KVM
- Debug log levels for KVMGuest agent
- Process agent
- IMF awareness
- High availability fire drill for Process agent
- Dependencies for Process agent
- Agent functions for Process agent
- State definitions for Process agent
- Attributes for Process agent
- Resource type definition for Process agent
- Usage notes for Process agent
- Sample configurations for Process agent
- Debug log levels for Process agent
- ProcessOnOnly agent
- RestServer agent
- Infrastructure and support agents
- Testing agents
- Replication agents
- About the replication agents
- RVG agent
- RVGPrimary agent
- RVGSnapshot
- RVGShared agent
- RVGLogowner agent
- RVGSharedPri agent
- VFRJob agent
- Overview
- Dependencies for VFRJob agent
- High availability of scheduler and replicator daemons
- Agent functions for VFRJob agent
- State definitions for VFRJob agent
- Attributes for VFRJob agent
- Resource type definitions for VFRJob agent
- High availability of VFR daemons
- Configuration of VFRJob service groups on the source system
- Sample configuration of VFRJob agent on source system
- Configuration for VFRJob service groups on the target system
- Sample configuration of VFRJob agent on target system
- Changing file replication direction
- Notes for the VFRJob agent
Attributes for MultiNICA agent
While configuring the MultiNICA resource, in addition to the required attributes, you must also configure at least one set of attributes from the following:
For IPv4 configurations:
The Options attribute and the RouteOptions attribute, or
The IPv4RouteOptions attribute
For IPv6 configurations:
The IPv6RouteOptions attribute
Table: Required attributes
Required attribute | Description |
|---|---|
Device | List of devices and associated base IP addresses. This attribute must be specified separately for each system in the SystemList. You must specify the devices in the list in the order of priority. The first device that the agent determines as "up" becomes the active device, to which the agent assigns a corresponding IP address. For IP Conservation Mode (ICM): if all the NICs configured in the Device attribute are down, the MultiNICA agent faults the resource after a 2-3 minute interval. This delay occurs because the MultiNICA agent tests the failed NIC several times before it marks the resource offline. The engine log records messages that provide a detailed description of the failover events. Find the engine log in /var/VRTSvcs/log/engine_A.log. For each system you must localize the attribute with a separate base IP address. Type and dimension: string-association Examples:
You can use IPv4 or IPv6 base addresses in the Device attribute, but make sure all of the base addresses use a common IP version. |
One of the following attributes:
| |
NetMask | Specifies the netmask that is associated with the base IP address. The value must be specified in decimal (base 10). Configure this attribute if the IP address is an IPv4 address. Type and dimension: string-scalar Example: "255.255.252.0" |
PrefixLen | Specifies the prefix for the IPv6 address represented as the CIDR value. When you use the IPv6 protocol, you must configure a value for this attribute. Type-dimension: integer-scalar Range: 0 - 128 Default: 1000 Note: The default value is intentionally invalid for this attribute. You must set the value of this attribute to a range from 0 to 128 to activate this attribute. Example: 64 |
Table: Optional attributes
Optional attribute | Description |
|---|---|
DualDevice | The DualDevice attribute specifies the list of devices and associated IPv6 base addresses. Specify:
The first device that the agent determines as "up" becomes the active device, to which the agent assigns a corresponding IP address. NICs in Device and DualDevice attributes should be identical and in the same order. Use the DualDevice attribute only when configuring mixed IPv4/IPv6 stacks. In that case, use the Device attribute to configure the IPv4 stack and the DualDevice attribute to configure the IPv6 stack. Example: DualDevice@sys1={ eth1 = 2001::DB8, eth2 = 2001::DB9} DualDevice@sys2={ eth3 = 2001::DB10, eth4 = 2001::DB11} |
Failback | This attribute determines if the active NIC should be changed to a preferred NIC, even though the current NIC is healthy. If operating in the ICM mode, change the value to 0. Type and dimension: boolean-scalar Default: 1 |
IPv4AddrOptions | The extra options that are passed to the ip addr add command for IPv4 addresses.. The agent uses this attribute in tandem with the IPv4RouteOptions attribute. The ip addr add command generally resembles: "ip addr add ipv4addr/prefixlen IPv4AddrOptions dev device" Note: If you configure this attribute, the agent ignores the Options attribute and uses the ip command instead of ifconfig. Type and dimension: string-scalar Example:
|
IPv4RouteOptions | The extra options that are passed to the ip route add command for IPv4 addresses. The agent uses this attribute in tandem with the IPv4AddrOptions attribute. The ip route add command generally resembles: "ip route add IPv4RouteOptions dev device" Note: If Options attribute is configured, and none of IPv4AddrOptions and LinkOptions is configured, the agent ignores this attribute. Type and dimension: string-scalar Example:
|
IPv6AddrOptions | The extra options that are passed to the ip addr add command for IPv6 addresses. The agent uses this attribute in tandem with the IPv6RouteOptions attribute. The ip addr add command resembles: "ip addr add ipv6addr/ prefixlen IPv6AddrOptions dev device" Type and dimension: string-scalar Example: "scope link" |
IPv6RouteOptions | The extra options that are passed to the ip route add command for IPv6 addresses. The ip route add command generally resembles: "ip route add IPv6RouteOptions device dev" Type and dimension: string-scalar Examples:
|
LinkOptions | Specifies options for the ip link command, which can bring an interface up or down. The ip link command generally resembles: "ip link dev up LinkOptions" Note: If you configure this attribute, the agent ignores the Options attribute and uses the ip command instead of ifconfig. Type and dimension: string-scalar Example:
|
NetworkHosts | List of hosts on the network that receive pings to determine the state of the NICs. Specify the IP address of the host, not the host name. Include the hosts that all the NICs in the Device list can reach. If more than one network host is listed, monitor returns ONLINE if the ping test is successful with at least one of the hosts. You can use both IPv4 and IPv6 NetworkHost addresses, and you can configure both types of addresses in the same resource. Type and dimension: string-vector Example: NetworkHosts = { "2001::1", "192.123.10.129" } |
Options | The ifconfig options that you want to use when you assign the base IP address to the active device. You must configure either this Options attribute or both the IPv4AddrOptions and IPv4RouteOptions attributes. This attribute does not support IPv6. Note: If you configure any of the IPv4AddrOptions or LinkOptions attribute, the agent ignores Options attribute and uses ip command instead of ifconfig. Type and dimension: string-scalar Example: "broadcast 10.212.100.255" |
PingOptimize | Determines whether or not a broadcast ping is sent before checking network statistics, which are used to determine the state of the NIC (if MII is not supported and the ping to NetworkHosts does not confirm the NIC is up.) A value of 1 indicates a broadcast ping does not occur, a value of 0 indicates a broadcast ping occurs. Type and dimension: integer-scalar Default: 1 |
RouteOptions | Assignment of a base IP address to a device followed by a route add command. The command takes the options specified by this attribute. RouteOptions are applicable only when configuring the local host as the default gateway. No routes are added if this string is set to NULL. The RouteOptions attribute works in tandem with the Options attribute. You must configure the Options attribute when you use this attribute or the agent ignores this attribute. Type and dimension: string-scalar Example: "default gw 166.98.16.103"" |
Mii | Flag that defines whether the NIC maintains its connection status. If this flag is set to 1, the agent uses ethtool and MII hardware registers, instead of the ping and packet count method. The agent uses this method to determine the health of the network card. If the flag is set to 0, the agent does not use ethtool and Mii to monitor the status of the NIC. Type and dimension: boolean-scalar Default: 1 |