Documentation, Support, and Training
Network Management Connector and Pins
USB Management Connector and Pins
Preparing to Install the Gateway
Suggested Tools for Installation
Antistatic Precautions for Installation
Verify Shipping Carton Contents
Assemble the Ethernet Splitter Data Cables
Install the Gateway in the Rack
Verifying the InfiniBand Fabric
Understanding Routing Through the Gateway
Understanding Administrative Commands
Administering the I4 Switch Chip
Controlling the I4 Switch Chip
Administering Gateway Resources
Installing Gateway Supportive Software
Creating VNICs Under Gateway Manual Mode
Creating VNICs Under Host Manual Mode
Controlling Gateway Ports and Parameters
Administering the InfiniBand Fabric
Monitoring the InfiniBand Fabric
Controlling the InfiniBand Fabric
Administering the Subnet Manager
Controlling the Subnet Manager
Understanding Oracle ILOM on the Gateway
Understanding Oracle ILOM Targets
Administering Oracle ILOM (CLI)
Accessing Oracle ILOM From the CLI
Switching Between the Oracle ILOM Shell and the Linux Shell
Monitoring Oracle ILOM Targets (CLI)
Controlling Oracle ILOM Targets (CLI)
Upgrading the Gateway Firmware Through Oracle ILOM (CLI)
Administering Oracle ILOM (Web)
Access Oracle ILOM From the Web Interface
Monitoring Oracle ILOM Targets (Web)
Controlling Oracle ILOM Targets (Web)
Upgrade the Gateway Firmware (Web)
Accessing the Rear Panel Diagram
Accessing Status Pane Information
Monitoring Parameters and Status
Administering Oracle ILOM (SNMP)
Monitoring Oracle ILOM Targets (SNMP)
Controlling Oracle ILOM Targets (SNMP)
Display the Sensor States (IPMI)
Display the Sensor Information (IPMI)
Display the System Event Log (IPMI)
Display FRU ID Information (IPMI)
Display Gateway Status LED States (IPMI)
Disable the Locator LED (IPMI)
Understanding Oracle ILOM Commands
Understanding Service Procedures
Antistatic Precautions for Service
Remove the Gateway From the Rack
Understanding Hardware Commands
Linux Shells for Hardware Commands
Understanding InfiniBand Commands
Linux Shells for InfiniBand Commands
Understanding the SUN-DCS-MIB MIB OIDs
Understanding the SUN-ILOM-CONTROL-MIB MIB OIDs
Understanding the SUN-PLATFORM-MIB MIB OIDs
Displays system status of an InfiniBand address.
ibsysstat [-d][-e][-G][-h][-s smlid][-v][-V][-C ca_name][-P ca_port][-t timeout][-o oui][-S] lid|guid [op]
where:
smlid is the Subnet Manager LID.
topology is the topology file.
ca_name is the channel adapter name.
ca_port is the channel adapter port.
timeout is the timeout in milliseconds.
oui is the OUI number.
lid is the local identifier.
guid is the global unique identifier.
op is the operation to perform on the node:
ping – Verify connectivity to the server.
host – Obtain host information from the server.
cpu – Obtain CPU information from the server.
This InfiniBand command uses vendor supplied management datagrams to validate connectivity between InfiniBand nodes and return other information about the node. The command is a client-server, in that a remote node is configured as a server, while a local node performs as a client.
The command is first run locally on the server. The command is then run again locally on the client, pointing to the LID of the server. The ping repeats every second on the server, until you type the Ctrl-C key combination to exit the command.
The following table describes the options to the ibsysstat command and their purposes:
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The following example shows how to retrieve system information about a remote node server from a local node client with the ibsysstat command. First configure the remote node server:
# ibsysstat -S <CTRL-C to exit server> #
Then run the command on the local node client:
# ibsysstat 15 ping sysstat ping succeeded # ibsysstat 15 host mnm105-100.mnm.sfbay.sun.com # ibsysstat 15 cpu cpu 0: model AMD Opteron(tm) Processor 848 MHZ 2189.680 cpu 1: model AMD Opteron(tm) Processor 848 MHZ 2189.680 cpu 2: model AMD Opteron(tm) Processor 848 MHZ 2189.680 cpu 3: model AMD Opteron(tm) Processor 848 MHZ 2189.680 #
ibsysstat man page