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148 lines
8.5 KiB
Markdown
148 lines
8.5 KiB
Markdown
nodediscover(8) -- List or manage confluent node discovery
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=========================================================
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## SYNOPSIS
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`nodediscover rescan`
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`nodediscover [options] list`
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`nodediscover [options] assign`
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`nodediscover [options] rescan`
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`nodediscover [options] clear`
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## DESCRIPTION
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**nodediscover** provides streamlined access to the confluent discovery data
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and assignment. Nodes are detected through either an active scan (as occurs
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at service startup and on request by nodediscover rescan) or through passive
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detection (as a target comes online, it may attempt to register with the
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network).
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**nodediscover list** provides the currently known data in tabular format. The
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data may be filtered by various parameters, as denoted in the options below.
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**nodediscover assign** performs manual discovery, assigning an entry to a node
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identity or, using `-i`, using a csv file to assign nodes all at once. For
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example, a spreadsheet of serial numbers to desired node names could be used.
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Note that if you see that the host is unreachable, it may be due to the IP
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address on the endpoint having changed since last detected. In such a case, it
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may help to **clear** and try **assign** again.
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**nodediscover rescan** requests the server to do an active sweep for new
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devices. Generally every effort is made to passively detect devices as they
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become available (as they boot or are plugged in), however sometimes an active
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scan is the best approach to catch something that appears to be missing.
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**nodedsicover clear** requests the server forget about a selection of
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detected device. It takes the same arguments as **nodediscover list**.
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## CSV FORMAT
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The CSV format used by nodediscover consists of one header describing the
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columns followed by the data. The available columns are:
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* node: The name desired for the node in confluent
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* groups: A comma delimited list of groups to put the node into (using normal CSV escape rules for the commas)
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* mac: The mac address of the node
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* serial: The serial number of the node
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* uuid: The uuid of the node
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* bmc: The name or ip address that should be assigned to the BMC, regardless of current address
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* bmc_gateway: IP address of gateway, if desired
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* bmcuser: The desired username for the BMC to have as administrator
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* bmcpass: The desired password for the BMC to require
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Note that node is the only mandatory field. To identify the systems, one of
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mac, serial, or uuid should be specified, it is pointless to provide more than
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one of these columns. Other attributes if not provided may be defined through
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nodeattrib or group inherited. It is possible to define nodes without ever
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providing a BMC ip, in which case IPv6 will be used automatically if possible.
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One example of a valid CSV file would be:
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node,serial,bmc,bmcuser,bmcpass
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n1,06DPMDF,172.30.204.1,admin,Passw0rd12
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n2,J30002HG,172.30.204.2,admin,Passw0rd12
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Which would use the serial number to assign the name and other three values to
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the nodes.
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## OPTIONS
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* `-m MODEL`, `--model=MODEL`:
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Operate with nodes matching the specified model number
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* `-s SERIAL`, `--serial=SERIAL`:
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Operate against the system matching the specified
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serial number
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* `-u UUID`, `--uuid=UUID`:
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Operate against the system matching the specified UUID
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* `-n NODE`, `--node=NODE`:
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Operate with the given nodename
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* `-e MAC`, `--ethaddr=MAC`:
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Operate against the system with the specified MAC
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address
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* `-f FIELDS`, `--fields=FIELDS`:
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Request a custom set of fields. The available fields are:
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Node: The node name if a correlation has been identified
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Model: The model number
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Serial: The serial number
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UUID: The UUID as it should appear in DMI
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Type: Device type (e.g. lenovo-xcc, pxe-client, etc)
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IP: The confirmed working IP addresses associated with the record
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Mac: Mac address of the relevant network interface
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Switch: The nearest detected switch to the entry
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Port: Port of the switch that most closely connects to the network interface
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Advertised IP: IP addresses that may not have been confirmed, but are advertised
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* `-o ORDER`, `--order=ORDER`:
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Order output by given field. Field names are the same as documented in the -f argument.
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* `-t TYPE`, `--type=TYPE`:
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Operate against the system of the specified type
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* `-c`, `--csv`:
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Use CSV formatted output
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* `-i IMPORT.CSV`, `--import=IMPORT.CSV`:
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Import bulk assignment data from given CSV file
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* `-d STATE`, `--discoverystate=STATE`:
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Indicate devices with a particular state. The states are listed below
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* discovered: The device has been identified and has also had discovery
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activities performed, including any relevant certificate
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exchanges and deploying user and network configuration.
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* identified: The device has been identified as to what node it is
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supposed to be, however no active changes to the attributes
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or device configuration has been performed. This is
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generally discovery awaiting approval due to
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discovery.policy specifying a strict security model.
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* unidentified: A device has been sensed, but no node identity has been
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established at all. It provides data that can be used
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for nodediscover assign, as well as current IP addresses
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that can be used for manual efforts as possible.
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## EXAMPLES
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* Listing all detected Lenovo IMMv2 systems on a local network:
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`# nodediscover list -t lenovo-imm2`
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` Node| Model| Serial| UUID| Mac Address| Type| Current IP Addresses`
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`---------------|---------------|---------------|------------------------------------|-----------------|------------|------------------------------------------------`
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` r2| 5463AC1| 06DPMDF|5f7133b8-c8cb-11e4-99a9-40f2e9b91018|40:f2:e9:b9:10:1d| lenovo-imm2| 172.30.204.1,fe80::42f2:e9ff:feb9:101d%eth1`
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` | 7906AC1| 06PBX15|e98d483d-2759-11e1-8ffd-5cf3fc11249c|5c:f3:fc:11:24:9f| lenovo-imm2| 172.30.3.12,fe80::5ef3:fcff:fe11:249f%eth1`
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` n1| 8737AC1| 23XXH41|14dd3ba6-5c38-11e1-931a-5cf3fc6e4680|5c:f3:fc:6e:13:e1| lenovo-imm2| 172.30.3.1,fe80::5ef3:fcff:fe6e:13e1%eth1`
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` n7| 8737AC1| 23XXH32|79d2ce28-5cd5-11e1-8c86-5cf3fc6e46b0|5c:f3:fc:6e:13:f9| lenovo-imm2| 172.30.3.7,fe80::5ef3:fcff:fe6e:13f9%eth1`
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` n8| 8737AC1| 23XXH49|551a8438-5cd5-11e1-8d6c-5cf3fc6e4708|5c:f3:fc:6e:14:25| lenovo-imm2| 172.30.3.8,fe80::5ef3:fcff:fe6e:1425%eth1`
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` n3| 8737AC1| 23XXH30|1dd7f7b3-5da5-11e1-baf0-5cf3fc6e4738|5c:f3:fc:6e:14:3d| lenovo-imm2| 172.30.3.3,fe80::5ef3:fcff:fe6e:143d%eth1`
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` n4| 8737AC1| 23XXH35|45b81dae-5d9b-11e1-8337-5cf3fc6e4858|5c:f3:fc:6e:14:cd| lenovo-imm2| 172.30.3.4,fe80::5ef3:fcff:fe6e:14cd%eth1`
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` n11| 8737AC1| 23XXH12|31d90128-5c37-11e1-bdb7-5cf3fc6e4920|5c:f3:fc:6e:15:31| lenovo-imm2| 172.30.3.11,fe80::5ef3:fcff:fe6e:1531%eth1`
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` n13| 8737AC1| 23XXH44|e23a138a-5cd3-11e1-8f3d-5cf3fc6e4950|5c:f3:fc:6e:15:49| lenovo-imm2| 172.30.3.13,fe80::5ef3:fcff:fe6e:1549%eth1`
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` | 8737AC1| 23XXH29|5cd1216b-5c37-11e1-ba0c-5cf3fc6e49c8|5c:f3:fc:6e:15:85| lenovo-imm2| 172.30.3.9,fe80::5ef3:fcff:fe6e:1585%eth1`
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` | 8737AC1| 23ZYT44|f4bf48ca-71f0-11e1-b274-5cf3fc6e4f10|5c:f3:fc:6e:18:29| lenovo-imm2| 172.30.3.10,fe80::5ef3:fcff:fe6e:1829%eth1`
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` hpcedr| 7915AC1| 06DRHL5|a64e3014-d7e3-11e1-8d21-6cae8b1dff32|6c:ae:8b:1d:ff:36| lenovo-imm2| 172.30.254.250,fe80::6eae:8bff:fe1d:ff36%eth1`
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` | 8737AC1| 06YRWC3|3af85a51-7efd-11e3-8599-000af7482e00|6c:ae:8b:32:cb:c5| lenovo-imm2| 172.30.3.6,fe80::6eae:8bff:fe32:cbc5%eth1`
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` | 8737AC1| 06YRWB7|b230f62e-7efd-11e3-9773-000af7482980|6c:ae:8b:32:cd:01| lenovo-imm2| 172.30.3.5,fe80::6eae:8bff:fe32:cd01%eth1`
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` | 8737AC1| 06YRWC7|09586005-7efe-11e3-9f03-000af7482df0|6c:ae:8b:32:cd:a5| lenovo-imm2| 172.30.3.2,fe80::6eae:8bff:fe32:cda5%eth1`
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* Manually assign a single node according to serial number:
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`[root@odin ~]# nodediscover assign -s 06PBX15 -n n12`
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`Assigned: n12`
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* Bulk execute discovery based on spreadsheet:
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`[root@odin ~]# nodediscover assign -i import.csv`
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`Defined r2`
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`Discovered r2`
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`Defined c1`
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`Discovered c1`
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