The following tables list all the SDR classes. You can specify these classes as targets in SDRxxxxx commands. The value in the Type column is the data type of the attribute: S=string, I=integer, F=floating point.
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| node_number | I | Relative node number |
|
| adapter_type | S | Adapter type as recorded in ODM (examples are en0, tr2, fi1, css0) | Set by customer using SMIT. |
| netaddr | S | ip address for this interface. | Set by customer using SMIT. |
| netmask | S | netmask for this interface. | Set by customer using SMIT. |
| tok_rate | S | Speed of token rate, (4 or 16 mb) |
|
| enet_rate | S | Ethernet adapter rate (10, 100, or auto) | 10Mb/s, 100Mb/s, or autosense |
| enet_type | S | bnc, dix, fiber, tp, or NA |
|
| duplex | S | Ethernet adapter duplex (full, half, or auto) | Full duplex, half duplex, or autosense |
| ucode_version | S | The file name of the microcode that is loaded |
|
| prog_logic_version | S | Programmable logic | Currently not used |
| other_addrs | S | Alias IP addresses | Used by HACMP |
| subnet | S | Subnet for the adapter |
|
| css_type | S | The switch adapter external name | Possible values:
SP_Switch_Adapter SP_Switch_MX_Adapter SP_Switch_MX2_Adapter RS/6000_SP_System_Attachment_Adapter SP_Switch2_Adapter SP_Switch2_PCI_Attachment_Adapter SP_Switch2_MX2_Adapter SP_Switch2_PCI-X_Attachment_Adapter |
| adapter_config_status | S | Status of the switch adapter in the node for SP Switch2 systems only. | Status can be one of css_ready, diag_fail, microcode_load_fail, or not_configured. Filled in during rc.switch processing. |
| physical_location | S | Physical location code for the adapter. | This can be determined by looking up the information in the hardware publications for the node, by manually traversing the firmware panels, or by running the spadaptr_loc command. If AIX is already installed and running on the node, the lscfg -v -l command can be used. |
| SPLAN | I | Indicates whether this adapter is connected to the SP administrative LAN (the SPLAN). | The value 1 means this is an SPLAN adapter, 0 means it is not. Only one adapter for each node can have this value set to 1. |
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| node_number | I | Relative node number of node that contains the adapters to be aggregated. |
|
| device_name | S | Alphameric device name associated with the aggregate IP address. | Set to ml0 when the spaggip command is run for a node. |
| ip_address | S | IP address associated with the value in the device_name attribute. | Can be set using the spaggip command. |
| netmask | S | The network mask associated with this IP address. | Can be set using the spaggip command. |
| agg_list | S | List of adapter names that are aggregated. | Like css0 and css1. Can be set using the spaggip command. |
| update_interval | I | Numeric time interval between aggregate network route table refreshes. | Like 3. Can be set using the spaggip command. |
| update_threshold | I | Numeric count of missed refresh updates before the network connection is to be terminated. | Like 10. Can be set using the spaggip command. |
|This class applies to SP Switch2 systems only.
|
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| css_type | S | The type of the CSS switch adapter for the SP Switch2. | Set by the SDR_init process. |
| num_ports | I | The number of available ports on the adapter. | Set by the SDR_init process. |
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| node_type | S | Node hardware type used by hardmon. | Set by the SDR_init process. |
| switch_type | S | The type of switch in the system. | SP_Switch or SP_Switch2. Set by the SDR_init process. |
| css_type | S | The default type of CSS switch adapter for this node_type and switch_type. | Set by the SDR_init process. |
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| node_number | I | Relative node number for the dependent node. | Set by the -r flag on the endefadapter command. |
| netaddr | S | IP address for this interface. | Set by the -a flag on the endefadapter command. |
| netmask | S | IP netmask for this interface. | Set by the -m flag on the endefadapter command. |
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| node_number | I | Represents the relative node number for the dependent node. | This is set by the -n flag of the endefnode command. |
| switch_node_number | I | Represents the switch port to which the dependent node is connected. |
|
| switch_chip_port | I | Represents the number of the switch chip port to which the dependent node is connected. |
|
| switch_chip | I | Represents the number of the switch chip to which the dependent node is connected. |
|
| switch_number | I | Represents the switch board to which the dependent node is connected. |
|
| switch_partition_number | I | Represents the number of the switch partition for this dependent node. |
|
| reliable_hostname | S | Represents the host name associated with the dependent nodes network interface on the administrative network. | This is specified by the -a flag on the endefnode command. |
| management_agent_hostname | S | Represents the host name of the dependent node's SNMP Agent that interacts with the SNMP Manager on the SP. This host name must resolve to an IP address. | This is specified by the -s flag of the endefnode
command.
May be the same as or different from the reliable_hostname, depending on the characteristics of the extension node. |
| extension_node_identifier | S | A unique identifier in the administrative environment of an extension node. For example, for the Ascend GRF switched IP router, the slot number of the SP Switch Router Adapter on the GRF. | This is set by the -i flag of the endefnode command. |
| snmp_community_name | S | Represents the SNMP community name for the authentication field in the SNMP messages exchanged between the SNMP Agent on the dependent node and the SNMP Manager on the SP | This is specified by the -c flag of the endefnode command. |
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| name | S | The name of this condition |
|
| variable | S | The resource variable name to which this condition applies |
|
| predicate | S | The condition |
|
| rearm | S | The rearm condition |
|
| specified | S | The specified resource ID elements |
|
| unspecified | S | The unspecified resource ID elements |
|
| description | S | A description of this condition |
|
| type | S | Indicates if this condition is a default condition.
default = default condition blank = a user-created condition |
|
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| frame_number | I | Frame number | Assigned with the spframe command. |
| tty | S | The tty port to be used for this frame (like /dev/tty1) | Assigned with the spframe command. Not used by servers with HMC hardware protocol. |
| frame_type | S | Frame types are switch, noswitch, allswitch, multinsb, or non-node. | From information returned by the hardware monitor. For an SP Expansion I/O Unit the value is non-node. For SP-attached servers, this value is undefined. For SP frames containing multiple node switch boards the value is multinsb and is set by the spframe -m command. For SP frames containing a switch in slot 17, the value is switch. For SP frames containing nodes, but not containing a switch in slot 17, the values is noswitch. For SP frames containing intermediate switch boards, the value is allswitch. |
| MACN | S | Stands for Monitor and Control Node. | Hostname of the machine that monitors this frame. |
| backup_MACN | S | The backup monitor and control node for hardware monitoring with High Availability Control Workstation Connectivity function. |
|
| slots | I | The number of slots in the frame. | A full-size frame is 79 inches (2.00 meters) and contains 16 slots. An SP Switch-8 frame is 49 inches (1.25 meters) and contains 8 slots. This value is 1 for all SP-attached server frames except servers with the HMC hardware protocol which have 16. |
| frame_in_config | I | Relative position of frame within expansion frame configuration (1,2,3,4). | Set for SP Switch systems only |
| snn_index | I | Internal attribute used to index to determine correct switch node numbers. | Set for SP Switch systems only |
| switch_config | I | Internal attribute used to determine switch configuration. | Set for SP Switch systems only |
| hardware_protocol | S | Type of hardware to be controlled:
| Assigned with the -p flag of the spframe command. The default is SP. |
| s1_tty | S | The tty port used for serial (s1term) communications. | For S70, S7A, S80, S85 (S85 is the p680) nodes assigned with the spframe command. They use the SAMI hardware protocol. It is undefined for SP frames and for servers with CSP or HMC hardware protocol. |
| control_ipaddrs | S | List of IP addresses used by Hardmon to establish a control connection. | A comma delimited list of HMC IP addresses in order in which connection will be attempted. Set by the spframe command. |
| domain_name | S | Identifier of the coherence domain in the HMC represented by this frame. | The system name assigned to the server through the HMC. It is the same for all HMCs that access the server. Set by the spframe command. |
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| node_1 | I | Global Mount uses this node as primary smart node. |
|
| node_2 | I | Global Mount uses this node as backup smart node. |
|
| node_3 | I | Global Mount uses this node as backup smart node. |
|
| node_4 | I | Global Mount uses this node as backup smart node. |
|
| node_5 | I | Global Mount uses this node as backup smart node. |
|
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| node_number | I | The node number |
|
| gs_release_level | I | The Group Services release that the node is running |
|
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| node_number | I | Relative node number | This attribute gets mapped to frame/slot to retrieve DE value |
| host_responds | I | 0 or 1 to indicate host is down or up. | This is really a query into the frame info written by the System Monitor. |
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| minor_number | I | Unique minor numbers |
|
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| minor_number | I | Unique minor numbers |
|
| stripe_size | I | Stripe width |
|
| num_vsds | I | Number of vsds in a hsd. |
|
| option | S | Whether the hsd will skip the first stripe on each underlying vsd in an hsd. | Value is protect_lvcb or not_protect_lvcb |
| HSD_name | S | Name of the hsd. |
|
| VSD_name | S | Name of the vsd. |
|
| size_in_MB | I | Size of table. |
|
| Attribute Name | T y p e | Description | Comments |
|---|---|---|---|
| networkName | S |
| Not currently filled. |
| networkType | S | The type of network. For example, FDDI, token ring, ATM, ethernet. | Not currently filled. |
| hbInterval | I | Heartbeat send frequency, in seconds, for this type of network. This overrides the value set in the TS_Tunable class. |
|
| hbTolerance | I | Number of heartbeats from the neighboring node that can be missed before the neighbor is declared inoperative. This overrides the value set in the TS_Tunable class. |
|
| hbEnable | I | Specified whether Topology Services should use this network for
heartbeating.
1 = network should be used 0 = network should not be used |
|