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HP Moonshot Component Packs User's Manual

1. Power supply found in chassis at Dist Module Power supply found in chassis at Dist Module Power supply found in chassis at Dist Module Power supply in chassis at Dist Power supply in chassis at Dist Power supply in chassis at Dist Fan found in chassis at Dis Mod Fan found in chassis at Dis Mod Fan found in chassis at Dis Mod Fan found in chassis at Dis Mod Fan found in chassis at Dis Mod Fan found in chassis at Dis Mod Fan found in chassis at Dis Mod Fan found in chassis at Dis Mod Fan in chassis at Dist Module Fan in chassis at Dist Module Fan in chassis at Dist Module Fan in chassis at Dist Module Fan in chassis at Dis Module Fan in chassis at Dist Module Fan in chassis at Dist Module Fan in chassis at Dist Module Server found in chassis at Dist Server found in chassis at Dist Server found in chassis at Dist Server found in chassis at Dist Server found in chassis at Dist Server found in chassis at Dist Module 2 Module 2 Module 2 le 2 port le 2 port le 2 port le 2 port le 2 port le 2 port le 2 port le 2 port 24 POLE d 25 ROL 3 Zip DOS 3 2y poft 3 2 port 3 2 port 3 2r port 3 2 POLE 3y Module 2 Module 2 Module 2 Module 2 Module 2 Module 2 Logging 33 Nov 6 11 51 26 S
2. 1 3 2 257 n a 340 DC watts 1 3 3 242 n a 324 DC watts 1 3 4 232 n a 315 DC watts 1 3 5 265 n a 351 DC watts 1 3 6 259 n a 344 DC watts 1 3 7 240 n a 325 DC watts 1 3 8 258 n a 346 DC watts 1 3 Fans 20 DC watts 1 3 2036 Chassis total DC watts 1 3 2151 Chassis total AC watts 1 3 2247 Chassis cap AC watts 1 4 1 91 n a 188 DC watts 1 4 2 empty 1 4 3 115 n a 186 DC watts 1 4 4 empty 1 4 5 empty 1 4 6 empty 1 4 7 empty 1 4 8 empty 1 4 Fans 14 DC watts 1 4 221 Chassis total DC watts 1 4 266 Chassis total AC watts 1 4 852 Chassis cap AC watts 1 5 no SL enclosure present 1 6 no SL enclosure present 1 7 no SL enclosure present 1 8 no SL enclosure present 1 9 no SL enclosure present 1 10 no SL enclosure present 2 1 no SL enclosure present 2 2 no SL enclosure present 2 3 no SL enclosure present 2 4 no SL enclosure present 2 5 no SL enclosure present 2 6 no SL enclosure present 2 7 no SL enclosure present 2 8 no SL enclosure present 2 9 no SL enclosure present 2 10 no SL enclosure present 3 no Dist Module present 4 no Dist Module present 5 no Dist Module present 6 no Dist Module present 7 no Dist Module present 8 no Dist Module present Total servers 18 Total chassis 3 PDM Port Load ME 1 86 AC watts 1 2 151 AC watts 1 3 O AC watts 1 4 470 AC watts 1 5 11 A
3. M 16 Naming and numbering CONVE sesion possotuptise bius O a in 16 ARA 17 Automatic discovery cccccccesssecesececsseceeseeecssececseeeeeeecsseeeceseeessaeeesseeeceseeecsseeeeseesesseeecsseeeseesesseeesaneees 18 Installation and configuration rara oia 20 Prerequisites for installation cccccccsscccsssccesscccsseccesseecsececssecessseeesseeecsseceseeeessececsseeeseeecssececeseeestsesesseeessaes 20 Preparing for installation a ARA err errr tre 20 Configuring the HP APM for the first time cecceesceeseeenseeeseeeseeeseeceeceseecseeceeeeaeeeeeceeceseseeeenteeeseeeeeenteennees 20 Configuring the HP APM siiis i eere ear a Hd Aa 20 Serial port configuration sse eene nennen erre terne enne e nns 22 Network configuration rn 22 Duplicating the configuration nennen eene non rn erre en ree tenter enne 23 Command Buc m H H 24 Commond line conventions cosi Mn MEE MASA A 24 Accessing the HP APM command line interface eene eren 24 Accessing the HP APM through So nac 24 Accessing the HP APM through Telnet escocia nino ii ea cocina 24 Accessing the HP APM through the serial pr AAA 25 Saving eil oleo TS ATE e E T ER 25 A 25 A e E E ERRE E EE AEEA REEERE 25 Showing BUSY 16i PET T EE E AE a EREEREER E I EERE 28 Showing Topology eee aea URN ER E E E E E EE E E 28 OI O aa R E E E E E E E 29 Showing Ihe MAG TAC A saat dauedaubuseencubacuaniens 30 Feel BENT TT I TT 32
4. gt show power baseline All values listed are in AC watts APMPort DMPort Serial Number Min Cap Max Cap Set Cap Slots Populated 1 3 0000000000 2242 4744 0 8 12345678 1 4 845 4744 0 8 13 3087 9488 0 gt show power MDM Port Node Avg Min Max 1 1 no SL enclosure present 1 2 no SL enclosure present 1 3 1 255 n a 337 DC watts 1 3 2 256 n a 340 DC watts 1 3 3 245 n a 324 DC watts 1 3 4 235 n a 315 DC watts 1 3 5 267 n a 351 DC watts 1 3 6 263 n a 344 DC watts 1 3 7 237 n a 325 DC watts 1 3 8 256 n a 346 DC watts 1 3 Fans 21 DC watts 1 3 2042 Chassis total DC watts 1 3 2157 Chassis total AC watts 1 3 2247 Chassis cap AC watts 1 4 1 92 n a 188 DC watts 1 4 2 empty 1 4 3 115 n a 186 DC watts 1 4 4 empty f 4 5 empty 1 4 6 empty in 4 7 empty 1 4 8 empty 1 4 Fans 14 DC watts 1 4 223 Chassis total DC watts 1 4 268 Chassis total AC watts 1 4 852 Chassis cap AC watts 1 5 no SL enclosure present 1 6 no SL enclosure present 1 7 no SL enclosure present 1 8 no SL enclosure present 1 9 no SL enclosure present 1 10 no SL enclosure present 2 1 no SL enclosure present 2 2 no SL enclosure present 2 3 no SL enclosure present 2 4 no SL enclosure present 2 5 no SL enclosure present 2 6 no SL enclosure present 2 7 no SL enclosure present 2 8 no SL enclosure present 2 9 no SL enclosure pres
5. ccsccceseeesseeeseceseeeseeeseeenseeeseeceeenseeeaeeceecnseeneeeeeenseeeeeeeeseseseeeeneeeaees 70 Requesting rack topology eene nn rennen enne enne 70 Requesting rack information cccccssceesseesreeeseeeseeeneeceseceseeceeenseeeseeeeecnseceeeeneeenseeeeeeneeenseseeseneeenaees 70 Modifying compute node DOW sirenas casan Read AAA RARA 70 Requesting compute power node status ccesceesceesseeeseeeseeeeeceeeeeseeeseecaeeeaeeeseeceaeesaeeceeenteenseeeteeenteeeeeenteens 71 Resetting HP APM REM 7 aio mee 73 Upgrading the firmware EMINET M RR NOR AR TR CU TOC RMEO POKER COTES UNT 73 pi ee s ENTE T A 74 iier messages co o ERRORI ted 74 Devices n t discovered c oa o HR HO E E EU E M NIHU UM MEM HM MM EE 74 iE o OO T LOL LL io RSP NAMING MR CMT VS Oct IC rv In E We o ORAN OR AN 75 len Ecce RR te dt ap Re te rA RR Pa RUN RR Rn RR Rt rrt A 75 Clear I eaen iea ea cue as cog E E E E E A 75 A 75 a AA A A MIDI OIM GERNE UIN ND PM ME 75 Disable de EA A AE AA A E 76 A A O A need e Een os Moro lp Ra EAR RUE 76 A o E a R e A A A E E IE ERR 76 Aatel We rb M T 76 REMOVE Moles ec C ERE 76 A TET TT 76 Disable password ciet dito s teda dis is adden 77 Enable password cccccccssccesssceesseecsseeecsseeesseeecsseeeesseeesseeeesseeecsseeesseeecsseeecseeeeseeeesseeecsseeessesesseeecsseeeeesseeenss 77 Sel password accout sis seseocecsadeosnadadsucecdeavesendiece se qe
6. year hour minute where e month is the month e day is the day e year is the year e hour is the hour in 24 hour format For example enter 3 00 p m as 15 e minute is the minute HP APM does not automatically adjust for Daylight Savings Time The time remains on this setting until you issue the RESET FACTORY command Setting the session timeout To set the SSH and Telnet inactivity timeout enter SET TIMEOUT timeout value NONE where timeout value is the timeout value measured in seconds For example to set a 30 second timeout enter SET TIMEOUT 30 If you specify NONE then no timeouts are set For example enter SET TIMEOUT NONE The timeout values are in increments of 5 seconds The minimum timeout value is 15 seconds and the maximum timeout value is 21 600 seconds 6 hours Setting the UID LED To activate the UID LED enter SET UID ON To deactivate the UID LED enter SET UID OFF If there is a parameter specified such as lt PORT gt lt DMPORT gt the UID of the chassis is turned on off Showing information To show information enter SHOW INFO The following information appears e Manufacturer e Product Name e Part Number e Spare Part Number General commands 60 e Serial Number e FRU File ID The power manager is the bottom board and the connector module is the t
7. 1 Compute 2 Compute 3 Compute 4 Compute 5 Compute node node node node node active active active active Command Line Interface 25 2 E COO MATA UB C h2 6 7 8 Compute node Compute node Compute node Power supply slot Power supply slot Power supply slot Power s Fan slo Fan slo Fan slo Fan slo Fan slo Fan slo Fan slo Fan slo vacant vacant vacant vacant vacant vacant vacant vacant vacant Dist Module Aes SL enclosure GE Ck OP OOP SFE DEDI LA 1 00 10 0145 WN S 0000000800 catu ta ta ta ta ta ta ta TE re er CP Fr ee Y Product Name HP ProLiant s6500 Product SKU Serial Number UID off Status AIA OBWNHE Com Com Com Com Com Com Com Com Power s Power s Power s Power s Fan Fan Fan Fan Fan Fan Fan Fan SL enclosure slo slo slo slo slo slo slo slo Product Name HP ProLiant Product SKU Serial Number UID Soft Status E upply slot S 0000000 pute node pute node pute node pute node pute node pute node pute node pute node upply slot upply slot upply slot upply slot t 1 status t 2 status t 3 status t 4 status t 5 status t 6 status t 7 status t 8 status s6500 1 is 2 is 3 is 4 is good good good good good good good good active active active occupied occupied occupied empty
8. For example ADD ZONE my zone 1 5 Adds the chassis plugged into HP APM Distribution Module port 5 on HP APM port 1 to zone MY ZONE If MY ZONE did not already exist it will be created ADD ZONE my zone 1 all Adds all the chassis plugged into an HP APM Distribution Module on HP APM port 1 ADD ZONE my zone all Adds all chassis on the HP APM to zone MY ZONE ADD ZONE BLUE 1 ALL 2 ALL 3 1 You can also use ALL by itself instead of a PORT DMPORT pair For example ADD ZONE BLUE ALL Zones cannot overlap General commands 57 Removing zones To remove one or more chassis from a zone definition enter REMOVE ZONE lt zone name gt lt PORT gt lt DMPORT gt lt PORT gt ALL ALL where e zone name gt is the zone name e lt PORT gt is the port number e lt DMPORT gt is the distribution module port number e PORT ALL is the port number If no more chassis exist in the zone after the target chassis is removed then the zone is automatically deleted The syntax for indication which chassis is to be removed is identical to the ADD ZONE command For example REMOVE ZONE my zone ALL Removes all chassis from the zone MY ZONE This command also deletes the zone definition of MY ZONE because no chassis is associated with it REMOVE ZONE my zone 1 ALL Removes all chassis plugged into the HP APM Distributi
9. This command restores HP APM to factory settings including no password and Ethernet access and then performs a reboot N WARNING When you enter RESET FACTORY HP APM erases your entire configuration Before resetting factory defaults consider saving your configuration For more information on duplicating your configuration see Duplicating the configuration on page 23 NOTE This command can only be run from the serial console Working with accounts HP APM supports 11 login accounts including the built in Administrator account on a single HP APM board The account username must be between 2 to 32 characters Valid characters are uppercase letters lowercase letters numbers 0 9 underscores _ and dashes Adding an account To add an account enter ADD ACCOUNT For example enter myslapm add account MyLogin123 Password must be at least 8 characters Note password will not show Enter account MyLoginl123 password Enter account MyLoginl23 password again Saving password done General commands 55 Account MyLogin123 enabled myslapm gt The account name must be between2 32 characters If you attempt to use more than 32 characters you will receive an error message myslapm gt add account adkfjkisdjflsdjflsjflksdjfkljsdkljfklsdjfkljsdklfjsdljfklsdj Account name has invalid character or is reserved Account name must be 2 32 characters Valid characters are A Z a z 0 9
10. cpqRackEnclosureFanRemoved cpqRackEnclosureFanlnserted cpqRackEnclosureFanFailed cpqRackEnclosureFanOK cpqRackPowerSupplyFailed cpqRackPowerSupplyOK cpqRackPowerSupplyRemoved cpqRackPowerSupplylnserted cpqRackServerBladeRemoved CLI commands 91 cpqRackServerBladelnserted Enable XML Command ENABLE XML Description Turns on XML interface and makes XML queries available on the network using port 80 HTTP You can enable XML or enable XML secure but you cannot enable both concurrently Enable XML secure Disabl Command ENABLE XML SECURE Description Turns on XML interface and makes XML queries available on the network using port 443 HTTPS This command uses an encrypted secure socket connection You can enable XML or enable XML secure but you cannot enable both concurrently e XML Command DISABLE XML Description Turns off the XML interface This command turns off whichever interface non secured or secured is enabled Show keys Command SHOW KEYS Description Shows the SSL certificate Reset keys Command RESET KEYS Description Erases the currently defined DSA keys and RSA keys regenerates new keys using a random number and then generates a new SSL certificate CLI commands 92 Add RADIUS server Command ADD RADIUS SERVER ip address gt shared secret
11. 112 e Description Configure a single port or all serial ports CLI commands 95 XML commands Login Command LOGIN USER LOGIN username PASSWORD password gt lt LOGIN gt where USER_LOGIN is the login name of the user account This parameter is case sensitive and must never be blank PASSWORD is the password associated with the user Description This XML command provides the information used to authenticate the user Modify user Command lt SLAPMCL VERSION 2 00 gt LOGIN USER LOGIN Administrator PASSWORD password gt USER INFO MOD USER USER LOGIN Administrator PASSWORD VALUE newpassword MOD USER USER INFO lt LOGIN gt lt SLAPMCL gt where USER_LOGIN is the login name of the user account This parameter is case sensitive and must never be blank PASSWORD VALUE is the password associated with the user Description This command executed in XML enables you to modify an existing local user account The USER_LOGIN parameter must exist in the current user database For this command to parse correctly the command must appear within a USER INFO command block and USER INFO MODI must be set to write E This command only supports changing the administrator password Get firmware version Command XML commands 96 lt SLAPMCL VERSION 2 00 gt lt LOGIN USER L
12. e Description o Commits the defined zones and their member chassis to the on board EEPROM o You can define and save up to four zones These zones are automatically loaded from the EEPROM when the board is reset Show zones e Command SHOW ZONES Description Displays all the currently defined zones and their respective member chassis Remove zone e Command REMOVE ZONE zone name lt PORT gt lt DMPORT gt lt PORT gt ALL ALL where zone name is the zone name lt PORT gt is the port number lt DMPORT gt is the distribution module port number lt PORT ALL gt is the port number If no more chassis exist in the zone after the target chassis is removed then the zone is automatically deleted The syntax for indication which chassis is to be removed is identical to the ADD ZONE command e Description Removes one or more chassis from a zone definition Enable pollpower e Command ENABLE POLLPOWER e Description Enables background process that polls each server for power usage Disable pollpower e Command CLI commands 89 DISABLE POLLPOWER Description Disables background process that polls each server for power usage Enable SNMP Command ENABLE SNMP Description Turns on SNMP protocol and agent in HP APM Disapa SNMP Command DISABLE SNMP Description Turns off the SNMP protocol stack and
13. lt PORT gt lt DMPORT gt SHOW POWER PDM SHOW POWER ALL here w lt PORT gt refers to the HP APM PDM1 or PDM2 port numbers lt DMPORT gt refers to the HP APM Distribution Module port number or the HP Intelligent Modular PDU Extension Bar outlet number Description o o Shows the rack power status SHOW POWER ALL shows the HP Power Management Controller Utility hardware and firmware versions as well as the license status of all servers in the enclosures Show rack Command SHOW RACK SHOW RACK lt PORT gt SHOW RACK lt PORT gt lt DMPORT gt SHOW RACK ALL where PORT gt refers to the HP APM port lt DMPORT gt refers to the HP APM Distribution Module port Description o o Shows the contents of the rack SHOW RACK ALL shows the HP Power Management Controller Utility hardware and firmware versions as well as the license status of all servers in the enclosures CLI commands 85 Show servers Command SHOW SERVERS SHOW SERVERS lt PORT gt SHOW SERVERS lt PORT gt lt DMPORT gt where lt PORT gt refers to the HP APM port lt DMPORT gt refers to the HP APM port Description Shows the same information as the SHOW RACK and SHOW TOPOLOGY commands Show topology Command SHOW TOPOLOGY SHOW TOPOLOGY lt PORT gt SHOW TOPOLOGY lt PORT gt lt DMPORT gt SHOW TOPOLOGY ALL lt lt
14. 1 2 1 5 15 1 3 6 1 2 1 5 16 1 3 6 1 2 1 5 17 1 3 6 1 2 1 5 18 1 3 6 1 2 1 5 19 1 3 6 1 2 1 5 2 1 3 6 1 2 1 5 20 1 3 6 1 2 1 5 22 1 3 6 1 2 1 5 23 1 3 6 1 2 1 5 24 1 3 6 1 2 1 5 25 1 3 6 1 2 1 5 26 1 3 6 1 2 1 5 3 1 3 6 1 2 1 5 4 1 3 6 1 2 1 5 5 1 3 6 1 2 1 5 6 1 3 6 1 2 1 5 7 1 3 6 1 2 1 5 21 Supported MIB objects 107 Object name icmplnEchoReps tcpRtoAlgorithm tcplnSegs tcpOutSegs icpRetransSegs tcpConnTable tcpConnEntry tcpConnState tcpConnLocalAddress tcpConnLocalPort tcpConnRemAddress tcpConnRemPort tcpInErrs tcpOuiRsts tcpRtoMin tcpRtoMax tcpMaxConn tcpActiveOpens tcpPassiveOpens tcpAttemptFails tcpEstabResets tcpCurrEstab udplnDatagrams udplnErrors udpOutDatagrams udpTable udpEntry udplocalAddress udplocalPort Object identifier 1 3 6 1 2 1 5 9 1 3 6 1 2 1 6 1 3 6 1 2 1 6 1 1 3 6 1 2 1 6 10 1 3 6 1 2 1 6 11 1 3 6 1 2 1 6 12 1 3 6 1 2 1 6 13 1 1 3 6 1 2 1 6 13 1 1 1 3 6 1 2 1 6 13 1 3 1 3 6 1 2 1 6 13 1 4 1 3 6 1 2 1 6 13 1 5 1 3 6 1 2 1 6 14 1 3 6 1 2 1 6 15 1 3 6 1 2 1 6 2 1 3 6 1 2 1 6 4 1 3 6 1 2 1 6 5 1 3 6 1 2 1 6 6 1 3 6 1 2 1 6 7 1 3 6 1 2 1 6 8 1 3 6 1 2 1 6 9 1 3 6 1 2 1 7 1 3 6 1 2 1 7 1 1 3 6 1 2 1 7 2 1 3 6 1 2 1 7 3 1 3 6 1 2 1 7 4 1 3 6 1 2 1 7 5 1 3 6 1 2 1 7 5 1 1 3 6 1 2 1 7 5 1 1 1 3 6 1 2 1 7 5 1 2 Supported MIB objects 108 PDU identity table Two new tables are supported in the PDU section of the CPQ POWER MIB These two table
15. 1 3 6 1 2 1 4 21 1 13 ipRoutelflndex 1 3 6 1 2 1 4 21 1 2 pRouteMetric 1 1 3 6 1 2 1 4 21 1 3 ipRouteMetric2 1 3 6 1 2 1 4 21 1 4 ipRouteMetric3 1 3 6 1 2 1 4 21 1 5 ipRouteMetric4 1 3 6 1 2 1 4 21 1 6 ipRouteNextHop 1 3 6 1 2 1 4 21 1 7 ipRouteType 1 3 6 1 2 1 4 21 1 8 ipNetToMediaTable 1 3 6 1 2 1 4 22 1 3 6 1 2 1 4 22 1 ipNetToMedialfindex 1 3 6 1 2 1 4 22 1 1 ipNetToMediaPhysAddress 1 3 6 1 2 1 4 22 1 2 ipNetToMediaNetAddress 1 3 6 1 2 1 4 22 1 3 ipNetToMediaNetAddress 1 3 6 1 2 1 4 22 1 3 ipNetToMediaType 1 3 6 1 2 1 4 22 1 4 Supported MIB objects 106 Object name ipRoutingDiscards ipInReceives iplnHdrErrors iplnAddrErrors ipForwDatagrams ipInUnknownProtos iplnDiscards ipInDelivers icmp icmplnMsgs icmplnTimestamps icmplnTimestampReps icmplnAddrMasks icmplnAddrMaskReps icmpOutMsgs icmpOutErrors icmpOutDestUnreachs icmpOutTimeExcds icmpOutParmProbs icmpOutSrcQuenchs icmplnErrors icmpOutRedirects icmpOutEchos icmpOutEchoReps icmpOutTimestamps icmpOutTimestampReps icmpOutAddrMasks icmpOutAddrMaskReps icmplnDestUnreachs icmplnTimeExcds icmplnParmProbs icmplnSrcQuenchs icmplnRedirects icmplnEchos 1 3 6 1 2 1 5 8 Object identifier 1 3 6 1 2 1 4 23 1 3 6 1 2 1 4 3 1 3 6 1 2 1 4 4 1 3 6 1 2 1 4 5 1 3 6 1 2 1 4 6 1 3 6 1 2 1 4 7 1 3 6 1 2 1 4 8 1 3 6 1 2 1 4 9 1 3 6 1 2 1 5 1 3 6 1 2 1 5 1 1 3 6 1 2 1 5 10 1 3 6 1 2 1 5 11 1 3 6 1 2 1 5 12 1 3 6 1 2 1 5 13 1 3 6 1 2 1 5 14 1 3 6
16. 2 3 1 3 6 1 4 1 232 22 2 3 1 3 6 1 4 1 232 22 2 3 1 3 6 1 4 1 232 22 2 3 1 3 6 1 4 1 232 22 2 3 1 3 6 1 4 1 232 22 2 3 1 3 6 1 4 1 232 22 2 3 1 3 6 1 4 1 232 22 2 3 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 15 1 23 Always returns 1 Always returns 1 Always returns 1 Always returns 1 Always returns 1 Always returns 1 Always returns 1 Always returns 1 Supported MIB objects 100 Object name Object identifier cpqRackCommonEnclosureSerialNumPrev 3 6 1 4 1 232 22 2 3 1 cpqRackCommonEnclosureSerialNumNext 3 6 1 4 1 232 22 2 3 1 cpgRackCommonEnclosureAddress 3 6 1 4 1 232 22 2 3 1 cpgRackCommonEnclosureProductld 3 6 1 4 1 232 22 2 3 1 Always returns 1 1 27 Always returns an empty string cpgRackCommonEnclosureProductldPrev 3 6 1 4 1 232 22 2 3 1 1 1 28 Always returns an empty string cpqRackCommonEnclosureProductldNext 3 6 1 4 1 232 22 2 3 1 1 1 29 Always returns an empty string 1 1 1 1 1 1 1 1 coaRackCommonEnclosureModel 3 6 1 4 1 232 22 2 3 1 1 1 3 cpqRackCommonEnclosureUUID 3 6 1 4 1 232 22 2 3 1 1 1 30 Always returns an empty string cpgRackCommonEnclosureUUIDPrev 3 6 1 4 1 232 22 2 3 1 1 1 31 Always returns an empty string cpgRackCommonEnclosureUUIDNext 3 6 1 4 1 232 22 2 3 1 1 1 32 Always returns an empty string cpgRackCommonEnclosureFanWattage 3 6 1 4 1 232 22 2 3 1 1 1 34 cpgRackCommonEnclosureAss
17. 2 4 7 0 n a 72 DC watts 2 4 8 37 n a 86 DC watts 2 4 Fans 35 DC watts 2 4 203 Chassis total DC watts 2 4 236 Chassis total AC watts 2 5 1 empty 2 5 2 94 n a 94 DC watts 2 5 3 64 n a 179 DC watts 2 5 4 empty 2 5 5 74 n a 169 DC watts 2 5 6 empty 2 5 7 0 n a 0 DC watts 2 5 8 empty 2 5 Fans 235 DC watts 2 5 467 Chassis total DC watts 2 5 507 Chassis total AC watts 2 5 1500 Chassis cap AC watts 2 6 no SL enclosure present 2 7 no SL enclosure present 2 8 no SL enclosure present 2 9 no SL enclosure present 2 10 no SL enclosure present 3 no Dist Module present 4 no Dist Module present 5 no Dist Module present 6 no Dist Module present 7 no Dist Module present 8 no Dist Module present Setting power Power management enables you to turn on and off single or multiple nodes within the rack Power capping 51 To turn an SL server node on or off use the SET POWER command SET POWER ON OFF ENABLE DISABLE ALL lt PORT gt lt DMPORT gt lt NODE gt ALL where ALL is used when the command applies to all nodes You can also use ALL when the command applies to all the server nodes in a particular SL server enclosure lt PORT gt refers to the HP APM PDM1 or PDM2 port numbers lt DMPORT gt refers to the HP APM Distribution Module port number or the HP Intelligent Modular PDU Ex
18. 3 6 1 4 1 232 22 2 4 1 cpqRackServerBladeSerialNum 3 6 1 4 1 232 22 2 4 1 1 1 16 Always returns an empty string cpqRackServerBladeProductld 3 6 1 4 1 232 22 2 4 1 1 1 17 Always returns an empty string cpqRackServerBladeChassis 3 6 1 4 1 232 22 2 4 1 1 1 2 cpgRackServerBladelndex 3 6 1 4 1 232 22 2 4 1 1 1 3 3 6 1 4 1 232 22 2 4 1 1 1 4 Always returns an empty string 3 6 1 4 1 232 22 2 4 1 1 1 5 Always returns an empty string 3 6 1 4 1 232 22 2 4 1 1 1 6 Always returns an empty string 3 6 1 4 1 232 22 2 4 1 1 1 7 Always returns an empty string cpqRackServerBladePosition 1 3 6 1 4 1 232 22 2 4 1 1 1 8 cpgRackServerBladeHeight 1 3 1 4 42222224 1 119 cpgRackPolPower 13 6 14 1 232222420 _______ epgRackPower 13 614 12322225 1 3 6 1 4 1 23222 2 5 ER e cpqRackPowerSupplylable 1 3 6 14 123222251 1 J 1 336 141 282222 5 34 f 1 3 6 1 4 1 232 22 2 5 1 1 1 1 1 3 6 1 4 1 232 22 2 5 1 1 cpqRackPowerSupplyCondition 1 3 6 1 4 1 232 22 2 5 1 1 1 3 6 1 4 1 232 22 2 5 1 1 1 3 6 1 4 1 232 22 2 5 1 1 1 3 6 1 4 1 232 22 2 5 1 1 1 3 6 1 4 1 232 22 2 5 1 1 1 4 cpqRackNameChonged 1 3 6 1 4 1 2822200 cpqRackEncosureRemoved 1 9 6 1 4 1 232 22003 J __ cpqRackEnclosurelnserted gt 1 3 6 1 4 1 23222004 1 3 6 1 4 1 232 22008 Ex i cpaRackEnclosureFanOk 1 3 6 1 4 1 232 22010 cpqRackEnclosureFanRemoved 1 3 6 1 4 1 232 2
19. 87 SHOW ZONES 58 89 SNMP Simple Network Management Protocol 64 SNMP traps 65 91 SSH session 24 support 112 supported cpqHostOs MIB objects 100 103 supported cpqRack MIB objects 100 supported rfc1213 MIB items 100 103 supported servers 20 74 T technical support 112 telephone numbers 112 telnet session 24 topologies 25 28 troubleshooting 74 U using XML 67 W website HP 112 working with accounts 55 X XML commands 96 XML header 67 XML output file 67 XML overview 67 Z zone overview 47 56 Index 117
20. Nov por Nov Nov 3 Nov slo Nov slo Nov slo Nov slo Nov slo Nov slo Nov slo Nov slo Nov por Nov por Nov por Nov por Nov por Nov port 6 11 51 25 SLAPM system 0 Server found in chassis at Dist Module 2 t 3 slot 8 6 11 51 25 SLAPM system 0 port 3 slot 1 6 11 51 25 SLAPM system 0 port 3 slot 2 6 11 51 25 SLAPM system 0 port 3 slot 3 6 11 51 25 SLAPM system 0 t 3 slot 1 status is good 6 11 51 25 SLAPM system 0 t 3 slot 2 status is good 6 11 51 25 SLAPM system 0 t 3 slot 3 status is good 6 11 51 25 SLAPM system 0 slot 1 6 11 51 25 SLAPM system 0 slot 2 6 11 51 25 SLAPM system 0 slot 3 6 11 51 25 SLAPM system 0 slot 4 6 11 51 25 SLAPM system 0 slot 5 6 11 51 25 SLAPM system 0 slot 6 6 11 51 25 SLAPM system 0 slot 7 6 11 51 25 SLAPM system 0 slot 8 6 11 51 25 SLAPM system 0 t 1 status is OK 6 11 51 25 SLAPM system 0 t 2 status is OK 6 11 51 25 SLAPM system 0 t 3 status is OK 6 11 51 25 SLAPM system 0 t 4 status is OK 6 11 51 25 SLAPM system 0 t 5 status is OK 6 11 51 25 SLAPM system 0 t 6 status is OK 6 11 51 25 SLAPM system 0 t 7 status is OK 6 11 51 25 SLAPM system 0 t 8 status is OK 6 11 51 26 SLAPM system 0 t 6 slot 1 6 11 51 26 SLAPM system 0 t 6 slot 2 6 11 51 26 SLAPM system 0 t 6 slot 3 6 11 51 26 SLAPM system 0 t 6 slot 4 6 11 51 26 SLAPM system 0 t 6 slot 5 6 11 51 26 SLAPM system 0 6 slot 6
21. a new RSA key and generate a new SSL certificate enter RESET KEYS Logging in through XML The LOGIN command provides information used to authenticate the user whose permission level will be used when performing HP APM XML actions The user must have a valid account on the respective HP APM to execute commands For example LOGIN USER LOGIN username PASSWORD password gt lt LOGIN gt where USER_LOGIN is the login name of the user account This parameter is case sensitive and must never be blank PASSWORD is the password associated with the user This parameter is case sensitive and can be a combination of any printable characters Modifying the user account The MoD USER command enables you to modify an existing local user account The USER_LOGIN parameter must exist in the current user database For this command to parse correctly the command must appear within a USER_INFO command block Currently this command only supports changing the administrator password For example lt SLAPMCL VERSION 2 00 gt Using XML 69 LOGIN USER LOGIN Administrator PASSWORD password USER INFO MOD USER USER LOGIN Administrator PASSWORD VALUE newpassword MOD USER USER INFO lt LOGIN gt lt SLAPMCL gt Requesting information with XML commands You can request the firmware version rack topology and rack information wi
22. agent HP APM no longer responds to SNMP This state is the default i SNMP Command SHOW SNMP Description Displays all parameters related to SNMP including whether SNMP is enabled read only and read write community strings SNMP trap destinations and the contact name and location settings Set SNMP RO Command SET SNMP RO lt community string gt Description Sets the SNMP read only public string to the string specified as a parameter Set SNMP RW Command SET SNMP RW lt community string gt Description Sets the read write string CLI commands 90 Set SNMP contact e Command SET SNMP CONTACT lt sysContact gt e Description Sets the MIB Il sysContact field Set SNMP location e Command SET SNMP LOCATION sysLocation e Description Sets the MIB II sysLocation field Set SNMP trapdest Command SET SNMP TRAPDEST ip addresses gt NONE gt e Description o Sets the IP addresses where SNMP traps are sent You can set up to four SNMP trap destinations For example enter SET SNMP TRAPDEST X X X X y y y y Z Z Z Z a a a a If you specify NONE then no trap destinations are set For example enter SET SNMP TRAPDEST NONE o HP APM supports the following SNMP traps NOTE SNMP traps denoted by an are not supported on the HP ProLiant s6500 Chassis cpqRackNameChanged cpqRackEnclosureRemoved cpqRackEnclosurelnserted
23. amber LED which indicates activity to HP APM Distribution Module The HP Apollo a6000 Chassis connects directly to the Consolidated Management Ports RDM1 For more information see Naming and numbering conventions on page 16 HP Intelligent Modular PDU Managed Extension Bar The extension bar provides power management for external devices The extension bar when used with the HP cable part number SF672A and HP APM is not intended for power management of SL enclosures The total rating of the Intelligent Extension Bar is 16 A Ay TD AY LO e Description Row of green power indicators one for each outlet Row of blue UID indicators one for each outlet 2 4 m 8 f input power cord Five managed 10 A IEC 320 C13 outlets Blue UID indicator for the Intelligent Extension Bar Green power indicator for the Intelligent Extension Bar Reset button When you press the Reset button power to the managed outlets is maintained Management functionality is momentarily lost while the Intelligent Extension Bar resets allot js Introduction 15 Using RJ 45 connections You can have one HP APM per power network one CLI interface over an Ethernet One HP APM can connect up to two HP APM Rack Distribution Modules Each SL APM Rack Distribution Module can connect up to 10 SL chassis with an RJ 45 connection or an 8 pin standard connector that comes with the RDM Naming and nu
24. and After you enter this command with a valid new username a prompt asking for a password appears Enter the password The new account is available for system login If you do not specify a password and the username does not already exist then you are prompted for a password All user accounts have the same permissions NOTE Login accounts and passwords are stored separate from the board configuration A SHOW CONFIG command will not reveal any ADD ACCOUNT commands Removing an account To remove an account enter REMOVE ACCOUNT lt username gt where lt username gt is the account username This command removes the specified account from the system If the user does not exist then an error message appears The Administrator account cannot be deleted Showing accounts To show the existing defined accounts including the reserved Administrator account enter SHOW ACCOUNTS For example myslapm gt show accounts Administrator root mys lapm gt Working with zones HP APM enables the addition removal and showing of chassis to a zone and the saving of zones Adding zones To add one or more chassis to a zone enter General commands 56 ADD ZONE lt zone name gt lt PORT gt lt DMPORT gt lt PORT gt ALL ALL where e zone name gt is the zone name e lt PORT gt is the port number e lt DMPORT gt is the distribution module port number e lt PORT AL
25. data for all chassis that are connected to the HP APM on e Command SHOW V SHOW V ERSION ERSION ALL e Description o Displ APM ays HP APM firmware copyright version build date and hardware version Also displays HP Distribution Module hardware and firmware versions o SHOW VERSION ALL shows the HP Power Management Controller Utility hardware and firmware versions as well as the license status of all servers in the enclosures Upgrade image e Command o If using TFTP protocol for upgrading HP APM enter CLI commands 87 UPGRADE IMAGE TFTP lt ip address gt lt filename gt o If using FTP protocol for upgrading HP APM enter UPGRADE IMAGE FTP lt ip address gt lt username gt lt password gt lt filename gt Description o Updates HP APM firmware using the specified protocol Protocol can be either FTP or TFTP ip address refers to the IP address of a server that contains the file to be transferred and filename is the file to be transferred Following the transfer HP APM will be upgraded and reset to run the new image o The filename must be enclosed in quotes to preserve case Add zone Command ADD ZONE lt zone name gt lt PORT gt lt DMPORT gt lt PORT gt ALL ALL Description Adds one or more chassis to a zone named by lt zone_name gt If the zone does not already exist then it will be automatically created and the specified cha
26. e s d 84 SHOW SYSIOG os deca pU HUMO oe Dv een Dese loner LL ORDERED nn D nO UM elu DNO Diesen etn nee 84 SOW AGUNG eter oe AD E Oe a oO oa ape Re oT aD a ah ee a e at aan 85 SliGWADOWOF Tao TOR Bah Ta do RNA Jo X Kar Ti Rut TR KA TSA KA x et do a IA A A Rh Ro DR A IAA t tue 85 SOW rore MUR ms 85 Re 2 Ie TREE CEDE A ii 86 Show CII OEY Ya fst eS SN a a LR D a US O D a i a a a as M LU E 86 Showxdsselinto scies ted te C n ne teret A D ION C IL URL DN DN LIO TEE ace 86 Show MAC address toe te estem tes teet ette nde ee 87 NIME DE rT ds 87 Show power baseline REEEEEEMEMEMMEEMMMMMMMMMMMMMMMMMMMMEMS 87 SHOW A a rn a t OR AN CR OR AN CR OR AN CR AS OR AN ORAS A earnest 87 WG FC A o e IQ nae RU one BAe che UA HOOT BER RaRE RUM RE eRe SASS 87 VN lo hoo A O On rere ee 88 DOVE ZONES A A E E VERE UE EEH STR Rn 89 Show zonesuscescAtoesAseiAom eA A 89 Mus vin E mee 89 EnablexBollDOWGE a EE AC UE esee 89 Disable pollpower ooooocooocccooocccoonncconnconnoconnncoonnnconn nono nnnnon nennen nennen tren en rre enne enn erre enne eene nnns 89 Enable SNMP sten da n A A A ER eu eie SA 90 Disable SNMP eee tere tet reet re er etr re erre eder daten DR ER 90 SHoWSSISNIMPESS A leia 90 Sendo M 90 Ser SINMP RW iier trt tree re reb eder ede er ede et obe tento Ett Ert Er ree rea rra reden 90 Sanders MEME 9 Set SINMP loCGHOn alado 91 NN 91 Enable XME oos A E TR 92 Enable XML s
27. features ENABLE Turn on board features EXIT Exit CLI HELP Show help messages LOGOUT Exit CLI OPEN Open rack s doors QUIT Exit CLI PING Ping a remote host REBOOT Reboot firmware REMOVE Remove entity RESET Reset HP APM SAVE Save HP APM config or zone SET Set board configuration SHOW Display information TEST Test commands UPGRADE Pull in new firmware Each listing has its own listings For example when HELP CL HP APM gt help clear CLEAR Empty log entries FAULTS Empty the fault log LOG Empty system log SCREEN Clear the screen This listing shows the items that you can clear e To empty the fault log enter CLEAR FAULTS e To empty the system log enter CLEAR LOG e Toclear the screen enter CLEAR SCREEN Setting the name EAR is entered the following appears To set the name that appears in the log and syslog entries enter SET NAM SET NAME alphabravo E lt name gt For example System names can be up to 80 characters and can include uppercase letters lowercase letters underscores C dashes and numerical values between 0 9 Dashes are not supported as the first character To save General commands 59 the power manager name press Enter Naming the HP APM is optional This is the name that appears in log entries on the syslog server as well as the CLI prompt Setting the time To set the time enter SET TIME month day
28. for power capping for the enclosure is skipped HP APM and HP APM Distribution Module cabling All supported SL enclosures and servers that are wired to the HP APM through one or more HP APM Distribution Modules can participate in power capping and monitoring Separate power cap settings can be made for as many or as few of the enclosures as desired but the power baseline process must operate as a global process that interacts with every supported enclosure that the HP APM is connected to through the HP APM distribution modules Rack level power capping The rack level power cap is a power cap set at the HP APM level and despite the name can encompass a partial rack a rack or multiple racks These domains are established by the reach of the HP APM and distribution module connections to the support SL enclosures combined with any optional zone definitions that may have been created The term rack level power cap is used generically in this document to refer to any power cap that has been set at the HP APM level The power capping feature has two main processes to it The first process establishes a power baseline The second process sets a power cap against the previously established power baseline Power capping 40 Power baseline The power baseline is a calibration that indicates the range of how little power the chassis can consume at their maximum allowable power cap and how much power they can consume when completely uncapped The mi
29. installation preparation 20 internal logging 32 introduction 8 16 invalidating a power baseline 39 IP address viewing 22 L logging 32 LOGIN 69 96 LOGOUT 63 M MAC address viewing 30 MOD USER 69 96 MODIFY ALL COMPUTER NODE POWER 70 98 MODIFY COMPUTER NODE POWER 70 97 N naming and numbering conventions 16 network configuration 22 O overview 8 Index 116 P password settings 54 55 passwords 54 55 58 PDU identity table 109 PDU input table 109 phone numbers 112 power baseline 41 POWER BASELINE 39 43 83 power baselines and zones 49 power capping 39 43 power capping licensing 40 power capping overview 39 power capping requirements 39 power capping with zones 48 power management 15 49 prerequisites 20 product overview 8 protocol 23 Q QUIT 63 R rack chassis numbering 17 rack level power capping 40 RDM por 13 14 rear panel components 11 REBOOT Reboot utility 62 REBOOT CM 62 80 Reboot utility REBOOT 62 REMOVE ACCOUNT 56 76 REMOVE ZONE 58 89 requesting information with XML commands 70 requirements preinstallation 20 RESET HP APM 71 99 response definition 68 response definition MSG 69 response definition response 68 response definition status 68 RJ 45 connections 16 S SAVE CONFIG 25 80 SAVE ZONES 58 89 security 23 serial port 22 25 SET POWER CAP 43 48 83 SHOW ACCOUNTS 56 84 SHOW KEYS 69 92 SHOW POWER 50 SHOW POWER BASELINE 41
30. occupied occupied occupied empty status good status good status good status good status good status good Command Line Interface 26 00 100 1 O C PO ES Power supply Power supply Power supply Com Com Com Com Com Com Com Com Power s Fan Fan Fan Fan Fan Fan Fan Fan slo slo slo slo slo slo slo slo To show a particular rack enter SHOW RACK HP APM Distribution Module ports For example enter SHOW RACK 2 4 oO O O O O O O O ute ute ute ute ute ute ute ute 1 ZO OB UN eb CE Gr oer Mel E qu oe D upply S 00000000 node node node node node node node node slo slo slo slo ta ta ta ta ta ta ta ta ct ct ct ct ct ct ct ct as EZ Xs t3 is t4 is S good ANnNnA NN YN Q O O o occupied occupied occupied empty status good status good status good followed by either the HP APM port or both the HP APM and The following example uses the power distribution gt show rack pdm PDM Extension 9 10 PDM1 UID Model Serial Number Part Number Firmware Rev Hardware Rev off Monitored PDU 0 3 HW Switched Outlets Ts UI En Wa 2 UI En Wa Gu UI En Wa 4 UI En Wa 54 UI En Wa D abled ttage D abled ttage D abled ttage D abled ttage D B abled ttage off yes 092 off yes 139 off yes 0
31. sedens estes adu ias inicie adan de ss vedo ordeo cse e seg qus 77 dh e 78 adm A AAA a AA A A A ta 78 aj E 79 Kete OUTS mE H l 79 er da HM 79 Contents 5 peselibUddyo cec ot ont torcdhos uberes abes deos os enact o rer ciem 79 A RE RR RR REM E A AEE 79 eosdem 80 Reset factonyoe c Mek Mees Mee Nec Met Men a e e e Men ac het ce cachet ches e ee d DL II RUM IEEE 80 Bg ERE 80 o A or eU Pen dg cui de UR PUR pedo toe qaot A CUN PAURA 80 ene A EAE A NN 81 A A ae 81 Sef NAME cH ER Teeelegedeeavede develvie E uedenyseveleyelsesleaessealeuedseaeyes eau a a a a 81 SEL OWES oor ITIN AEN E T T TEE T T TE T T A T A E dit S eNotes ts 81 A e EE TIL LUAM 82 KT Ere NM P 82 Sebtime ss cis cele Debe pepe tute mieeie eae te 82 A A hoes 82 Set power baseline d d a dd 83 Sl e nata manana tato mato nao ana aaa 83 Sd A T MM 83 SIONA eae i D AS A EAE Nooo 84 SION Aelel le E e Duo D MH ue Prec E ad oa O Me duo D MO Sue d O A 84 Show ASIE A UL ARBRE 84 Showilhto co Sou dite Saye dos Dx lu Dacis Dern Dae Soe Tone dag Jou Joe ont cle DM n Tope das c Toe ona D To salsa atte gh LR cun 84 Show Ochi chin aes umb apum a eth Ry oR Se ee
32. supply slot 3 is occupied status good Power supply slot 4 is occupied status good Fan slot 1 status good Fan slot 2 status good Fan slot 3 status good Fan slot 4 status good Fan slot 5 status good Fan slot 6 status good Fan slot 7 status good Fan slot 8 status good This command also requests and shows any asset tags from the chassis and any 30 or 60 amp PDUs that are in the rack The asset tag information for 30 or 60 amp PDUs can be set through the SET ASSETINFO command For example the following text might appear gt show assetinfo pdm2 10 PDM2 HP 60A PDU Model STI Serial TrueRMS PDU Serial Number ADFV0000083 Asset Tag SCI Lab PDU Part Number QL192A Firmware Rev 1 0a Switched Outlets 1 enabled Command Line Interface 29 2 enabled 3 enabled 4 enabled 5 enabled 6 enabled Input Feeds lus Amps Drawn Infeed Status Infeed Load Status 21 Amps Drawn Infeed Status Infeed Load Status 35 Amps Drawn Infeed Status Infeed Load Status 4 Amps Drawn Infeed Status Infeed Load Status Showing the MAC address 0 860000 On Normal 0 870000 On Normal 0 830000 On Normal 2 590000 On Normal To show the MAC address enter SHOW MACADDR The MAC address appears The MAC address information appears following each module listing For example the following text might appear on screen HP APM gt show macaddr 1 Dist Module 1 SL enclos
33. you want to test Installation and configuration 22 Security configuration The network interface is disabled when password protection is removed For more information about passwords see Working with passwords on page 54 Protocol configuration HP APM supports SSH and Telnet Working with SSH configuration To enable SSH access enter ENABLE SSH To disable SSH access enter DISABLE SSH Working with the Telnet configuration To enable Telnet access enter ENABLE TELNET To disable Telnet enter DISABLE TELNET Duplicating the configuration Duplicating a configuration enables you to ensure consistency in configuring HP APM while saving time in the configuration process You can use the output from SHOW CONFIG to capture the current configuration of a HP APM and used as input to configure another HP APM The password information is not duplicated because it is not part of the SHOW CONFIG output To duplicate the HP APM configuration 1 Enter SHOW CONFIG 2 To copy the configuration copy the output of the SHOW CONFIG command to a file on your system using whatever methods are available in your terminal program 3 To replicate the configuration using the methods that are available in your terminal program apply the previously saved SHOW CONFIG output as input to the new HP APM Installation and configuration 23 Command Line Interface Command line conventi
34. 1 2 2 1 11 iflnNUcastPkts 1 3 6 1 2 1 2 2 1 12 iflnDiscards 1 3 6 1 2 1 2 2 1 13 iflnUnknownProtos 1 3 6 1 2 1 2 2 1 15 ifOutOctets 1 3 6 1 2 1 2 2 1 16 1 3 6 1 2 1 2 2 1 17 ifOutNUcastPkts 1 3 6 1 2 1 2 2 1 18 ifOutDiscards 1 3 6 1 2 1 2 2 1 19 ifDescr 1 3 6 1 2 1 2 2 1 2 ifOutErrors 1 3 6 1 2 1 2 2 1 20 ifOutQLen 1 3 6 1 2 1 2 2 1 21 1 3 6 1 2 1 2 2 1 3 ifMtu 1 3 6 1 2 1 2 2 1 4 ifSpeed 1 3 6 1 2 1 2 2 1 5 ifPhysAddress 1 3 6 1 2 1 2 2 1 6 ifAdminStatus 1 3 6 1 2 1 2 2 1 7 ifOperStatus 1 3 6 1 2 1 2 2 1 8 ifLastChange 1 3 6 1 2 1 2 2 1 9 1 3 6 1 2 1 4 ipForwarding 1 3 6 1 2 1 4 1 ipOutRequests 1 3 6 1 2 1 4 10 ipOutDiscards 1 3 6 1 2 1 4 11 ipOutNoRoutes 1 3 6 1 2 1 4 12 ipReasmTimeout 1 3 6 1 2 1 4 13 ipReasmReqds 1 3 6 1 2 1 4 14 ipReasmOKs 1 3 6 1 2 1 4 15 Supported MIB objects 105 Object name Object identifier ipReasmFails 1 3 6 1 2 1 4 16 1 3 6 1 2 1 4 17 ipFragFails 1 3 6 1 2 1 4 18 ipFragCreates 1 3 6 1 2 1 4 19 ipDefaultTTL 1 3 6 1 2 1 4 2 ipAddrTable 1 3 6 1 2 1 4 20 ipAddrEntry 1 3 6 1 2 1 4 20 1 ipAdEntAddr 1 3 6 1 2 1 4 20 1 1 pAdEntlfindex 1 3 6 1 2 1 4 20 1 2 ipAdEntNetMask 1 3 6 1 2 1 4 20 1 3 ipAdEntBcastAddr 1 3 6 1 2 1 4 20 1 4 ipAdEntReasmMaxSize 1 3 6 1 2 1 4 20 1 5 ipRouteTable 1 3 6 1 2 1 4 21 ipRouteEntry 1 3 6 1 2 1 4 21 1 ipRouteDest 1 3 6 1 2 1 4 21 1 1 ipRouteAge 1 3 6 1 2 1 4 21 1 10 ipRouteMask 1 3 6 1 2 1 4 21 1 11 ipRouteMetric5 1 3 6 1 2 1 4 21 1 12 ipRoutelnfo
35. 11 off yes 219 off yes 050 PDM2 HP 60A PDU STI Serial TrueRMS PDU Model 5 PV2 2CJ9410002 AF529A module T in XU Bar Command Line Interface 27 Serial Number ADFV0000083 Asset Tag SCI Lab PDU Part Number QL192A Firmware Rev 1 0a Switched Outlets 1 enabled 2 enabled 3 enabled 4 enabled 5 enabled 6 enabled Input Feeds 1 Amps Drawn Infeed Status Infeed Load Status 2 Amps Drawn Infeed Status Infeed Load Status 33 Amps Drawn Infeed Status Infeed Load Status 4 Amps Drawn Infeed Status Infeed Load Status This command produces the same results as the SHOW S 0 840000 On Normal 0 860000 On Normal On Normal N A Normal 0 800000 2 530000 ERV ERS and SHOW T OPOLOGY commands If you must number the chassis in your rack or data center then HP APM can display the chassis numbering based on the HP Advanced Power Manager Distribution Module port connection For more information see Rack Chassis Numbering on page 7 To show all the chassis and other devices connected to the HP APM enter SHOW RACK ALL Showing the servers To show the servers enter SHOW SERVERS The server information appears This command produces the same results as the SHOW RACK and SHOW TOPOLOGY commands Showing topology To show the topology of everything that connects to the HP APM enter SHOW TOPOLOGY The topology ap
36. 115200 bits s no parity 8 data bits and one stop bit 115200 N 8 1 Configuring the HP APM When you boot up a LOGIN prompt appears Enter Administrator as the user account Login Administrator You can initially configure the HP APM in the following ways e Enter CONFIG to use the simplified configuration wizard The wizard provides you with a step by step process for configuring HP APM This procedure is for new users e Enter the commands manually This procedure is for advanced users who want more control over the configuration process Installation and configuration 20 Duplicate the configuration For more information see Duplicating the configuration on page 23 Using the configuration wizard When you enter CONFIG you are prompted to complete the following tasks m Set the onboard clock f you select Y you will be prompted for the following information o Month Enter a value between 1 to 12 Press Enter o Day Enter a value between 1 to 31 Press Enter o Year Enter the year value must be four digits Press Enter o Hour Enter a value between 0 23 Press Enter o Minutes Enter a value between 0 59 Press Enter Name the power manager f you select Y enter a name for the power manager System names can be up to 80 characters It can include uppercase letters lowercase letters underscores dashes and numerical values between 0 9 Dashes are not supported as the first characte
37. 2 00 Build time was Apr 21 2014 11 58 04 To show the HP Power Management Controller Utility hardware and firmware versions as well as the license status of all servers in the enclosures enter SHOW VERSION ALL Rebooting and resetting factory settings To reboot enter REBOOT Unsaved configuration settings are lost Rebooting the HP Moonshot 1500 Chassis CM module To reboot the HP Moonshot 1500 Chassis CM module enter REBOOT CM lt PORT gt lt DMPORT gt where lt PORT gt refers to the HP APM port lt DMPORT gt refers to the HP APM Distribution Module port Performing a reset To reset enter RESET Unsaved configuration settings are lost Performing a reset buddy To reset or reboot the other HP APM module the Buddy if connected enter RESET BUDDY For more information see the redundant reset in HP APM rear view on page 1 1 Clearing the screen To clear the session screen CLEAR SCREEN Resetting factory settings NOTE This command can only be run from the serial console To reset the factory settings enter RESET FACTORY General commands 62 All configuration and password settings will be lost Password access will be disabled Network access will be prevented due to disabled password Exiting logging out or quitting HP APM To exit enter one of the following EXIT LOGOUT enter QUIT Connecting and setting ports To
38. 2011 Supported with Supported MIB objects 102 exception of HP ProLiant s6500 Chassis cpqRackEnclosureFanInserted 1 3 6 1 4 1 232 22012 Supported with exception of HP ProLiant s6500 Chassis cpqRackPowerSupplyFailed 1 9 6 1 4 1 232 22013 cpqRackPowerSupplyOk 1 3 6 1 4 1 232 22015 1 3 6 14 1 232 22016 ERN cpgRackPowerSupplyinserted 1 3 6 1 4 1 232 22017 O cpgRockServerBladeRemoved 1 3 6 1 4 1 23222028 1 3 6 1 4 1 232 22029 CREE cpaRackServerBladePoweredOn 1361412322208 J cpqRackServerBladePoweredOff 1 3 6 1 4 1 232 22070 Supported cpqHostOs MIB objects Object name Obectidemtifier Notes compa O Aaa IpgHosOs 864123217 IcpgHoMibRev 1 61 4 123211 cpgRackMibRevMajo 1 31 4 1 232221 1 cpgRockMibRevMino 13 614 12322212 cpgRockMibCondition 1 3 51 4 1 282221 3 cpqHoSystemStatus 1 3 6 1 4 1 232 11 2 10 1 3 6 1 4 1 232 11 2 10 1 cpqHoGUID 1 3 6 1 4 1 232 11 2 10 3 Always returns an empty string cpqHoCodeServer 1 3 6 1 4 1 232 11 2 10 4 Always returns 1 cpqHoWebMgmtPort 1 3 6 1 4 1 232 11 2 10 5 Always returns 1 cpqHoGUlDCanonical 1 3 6 1 4 1 232 11 2 10 6 Always returns an empty string Supported rfc1213 MIB objects 13 61 21 1 3 6 1 2 1 1 lsysDeser 361211 sysObjectID 1 3 6 1 2 1 1 2 1 3 6 1 2 1 1 3 Supported MIB objects 103 Object name sysContact sysName sys
39. 4 3 or higher and the appropriate BIOS version has been flashed A reboot is also required anytime you add iLO Scale Out or iLO Advanced License to the node Upgrading to future versions of chassis firmware or HP APM firmware does not require a reboot of the node to support the power capping feature Power capping and measurement tolerance The average chassis power level displayed by HP APM will not exceed 5 above the chassis power cap NOTE The power baseline process is required for power capping functionality to work properly All servers must be powered on and running an expected typical workload before starting the power baseline process Because the baseline process will cap the servers briefly performance will be impacted while power is measured and the baseline established As with any measurement system variations in temperature input power and system loads will impact the accuracy of the power calculations All power reading displayed by this utility will have a 5 tolerance However meter errors can be both positive and negative so guardband for meter tolerance as a percentage of the cap can approach zero as the number of servers increases Invalidating a power baseline Since power baselines are global the HP APM monitors the domains for changes in server and power supply presence when a power baseline has been established If a change occurs for example if a new server is Power capping 39 installed then the HP A
40. 69 92 command SHOW LOG 32 84 command SHOW MACADDR 87 command SHOW NAME _ 61 85 command SHOW NTP POLL 95 command SHOW NTP SERVER 94 command SHOW POWER _ 50 85 command SHOW RACK 25 85 command SHOW RADIUS 38 93 command SHOW SERVERS 28 86 command SHOW SNMP 64 90 command SHOW SYSLOG 35 84 command SHOW TIME 61 87 command SHOW TOPOLOGY 86 command SHOW VERSION 61 87 command UPGRADE IMAGE 73 87 configuration 20 22 23 configuration saving 25 configuration showing 59 connection overview 1 contact information 112 contacting HP 112 contents 9 customer self repair CSR 112 D data types 67 device discovery 74 DISABLE KEYS 69 92 DISABLE NTP 95 DISABLE POLLPOWER 53 89 DISABLE XML 69 92 distribution hardware 14 downloading files 112 duplicating the configuration 23 ENABLE POLLPOWER 52 89 Enable XML 69 92 ENABLE XML SECURE 69 92 EXT 63 external logging 35 F factory settings restoring 55 62 fault messages 35 37 firmware 73 firmware upgrading 73 front panel components 10 G general commands 54 GET ALL COMPUTER NODE POWER 71 99 GET COMPUTER NODE 71 98 GET FIRMWARE VERSION 70 96 GET RACK INFORMATION 70 97 GET RACK TOPOLOGY 70 97 H help command 59 help resources 112 HP APM cpgHoSwRunningTable support 66 HP APM management requirements 39 HP contact information 112 HP technical support 112 HP website 112 HP contacting 112 installation 20
41. Administrator account is the default and cannot be deleted o All user accounts have the same permissions o Each user account has its own login credentials After a command is entered with a valid username you are prompted to enter a password for the new account After the completion of the password entry the new account is available for logging into the system Ifthe password field is not specified then the password appears after this command is entered and the username does not already exist o Login accounts and passwords are stored separately from the board configuration A SHOW CONFIG command does not reveal any ADD ACCOUNT commands Disable password Command DISABLE PASSWORD Description Disables the password protection feature Disabling password protection also disables SSH and Telnet network access Enable password Command ENABLE PASSWORD Description Enables the password protection feature SSH and Telnet access requires the password feature to be enabled Set password account Command SET PASSWORD SET PASSWORD password SET PASSWORD ACCOUNT lt user gt SET PASSWORD ACCOUNT lt user gt lt password gt CLI commands 77 Ping Exit Description o Configures the Administrator account password Until a password is set both Telnet and SSH are disabled The password must be between 8 and 40 characters and can include Uppercase letters Lower
42. C watts 2 no PDM Extension present Power capping 44 718 The following example uses the power distribution module gt show power pdm PDM port 1 PDM Port 1 1 1 2 1 3 1 4 1 5 PDM port 2 PDU Part Number Serial Number Asset tag Loa 9 14 T 22 5 52 Firmware rev Infeed Amps Number of Infeeds Switched Outlets Infeeds 01 02 03 04 Switched por 01 02 03 04 05 06 show power 1 3 MDM Port Node 1 3 1 1 3 2 1 3 3 1 3 4 1 3 5 1 3 6 1 3 7 1 3 8 1 3 Fans 1 3 1 3 1 3 watts Total servers 8 Total chassis 1 Total fan wattage Amps dr Amps dr Amps dr Amps dr ts Enabled Enabled Enabled Enabled Enabled Enabled 20 d 3 AC watts O AC watts 1 AC watts 8 AC watts O AC watts 2 STI Serial TrueRMS PDU QL192A ADFV0000083 SCI Lab PDU 1 0a 60 4 6 awn 0 850000 awn 0 880000 awn 0 820000 awn 2 560000 g Min 54 n a 55 n a 44 n a 33 n a 65 n a 58 n a 38 n a 59 n a 20 DC watts Status Status Status Status On On On Load Normal Load Normal Load Normal N A Load Normal DC DC DC DC DC DC DC DC DC watts watts watts watts watts watts watts watts watts 2033 Chassis total DC watts 2148 Chassis total AC watts 2247 Chassis cap AC Power capping 45 Total system wattage 2033 DC watts Total system wattage 2148 AC watts
43. Command ENABLE NTP Description Enables NTP operation At least one NTP server must be configured before operation Set NTP server Command SET NTP SERVER NONE lt ip address gt lt ip address gt Description Sets the NTP server to retrieve the time from using the configured polling cycle Set NTP poll Command SET NTP POLL poll time in minutes Description Sets the time in minutes to poll for time from the configured NTP server Show NTP server Command SHOW NTP SERVER NONE ip address ip address gt Description Indicates the NTP server to retrieve the time from using the configured polling cycle CLI commands 94 Show NTP poll e Command SHOW NTP POLL poll time in minutes e Description Indicates the time in minutes to poll for time from the configured NTP server Disable NTP e Command DISABLE NTP e Description Disables NTP operation No NTP request is sent out following the DISABLE NTP command Connect port e Command CONNECT PORT 1 13 FORCE ca e Description Connects the current CLI session to the specified serial port When FORCE is specified the current CLI console forcibly grabs control of the specified serial port This is useful when another CLI session is already connected Set port Command SET PORT ALL 1 13 9600 19200 38400 56700 115200 718 N E O
44. Description Specifies an initial or additional RADIUS server to HP APM s list of authentication servers The authentication proceeds in the same order that these servers were added to the configuration Enable RADIUS Command ENABLE RADIUS Description Enables HP APM as a RADIUS client Pais RADIUS Command DISABLE RADIUS Description Turns off RADIUS authentication on HP APM Authentication through RADIUS no longer takes place but password checking is still done against the local password if that is still enabled Does not clear out the configured RADIUS servers Remove RADIUS server Command REMOVE RADIUS SERVER index Description Removes a previously added RADIUS server that matches the index indicated with the SHOW RADIUS command d RADIUS Command SHOW RADIUS Description Shows the currently configured RADIUS servers Set RADIUS pollnum Command CLI commands 93 SET RADIUS POLLNUM Description Number of times HP APM polls each of the radius server indicated in the ADD RADIUS SERVER command This setting can only be set globally and cannot be applied to each individual RADIUS server Set RADIUS pollsec Command SET RADIUS POLLSEC Description Number of seconds HP APM waits for a reply from the RADIUS server This setting can only be set globally and cannot be applied to each individual radius server Enable NTP
45. ET ALL COMPUT LOGIN SLAPMCL IN Adminis ER E NOD Resetting HP APM To reset HP APM enter R I ES POW SET APM ER E NOD E POW ER trator PASSWORD password gt Using XML 71 For example lt SLAPMCL VERSION 2 00 gt LOGIN USER LOGIN Administrator PASSWORD password gt RESET APM lt LOGIN gt lt SLAPMCL gt I Using XML 72 Firmware Upgrading the firmware You can perform firmware upgrades using either FTP or TFTP To perform an upgrade 1 Place the firmware image file onto a system that provides an FTP or TFTP server and is accessible from the HP APM network 2 Log in to the HP APM CLI interface using a serial port Telnet or SSH connection 3 Depending on which protocol you choose enter either of the following commands o UPGRADE IMAGE FTP ip address login name password filename o UPGRADE IMAGE TFTP ip address lt filename gt where o ip address refers to the IP address of a server that contains the file to be transferred o lt login_name gt refers to the FTP user name on the server hosting the file o lt password gt refers to the password of the FTP user name o lt filename gt refers to the file to be transferred To preserve case enclose lt filename gt in quotes The login name
46. HP Advanced Power Manager User Guide Abstract This guide provides installation and operation guidance for the HP Advanced Power Manager This guide is for the person who installs administers and troubleshoots servers and storage systems Part Number 747697 001 June 2014 Edition 1 Copyright 2014 Hewlett Packard Development Company L P The information contained herein is subject to change without notice The only warranties for HP products and services are set forth in the express warranty statements accompanying such products and services Nothing herein should be construed as constituting an additional warranty HP shall not be liable for technical or editorial errors or omissions contained herein Confidential computer software Valid license from HP required for possession use or copying Consistent with FAR 12 211 and 12 212 Commercial Computer Software Computer Software Documentation and Technical Data for Commercial Items are licensed to the U S Government under vendor s standard commercial license Contents NONO d Mares MAN MD MI D M adu MN Rte ME 8 PARM WR mcr LU M A E T LT EU 8 HPAPM kit EA TERRENT Tm 9 HP APM front view ns es E 10 slg dc C m 11 ala a deer rsfe aep 11 HP SL Advanced Power Manager Distribution Module ssssee 14 HP Intelligent Modular PDU Managed Extension Bar esse eee 15 Using RIAD CONNECHONS m
47. L is the port number For example myslapm add zone red 1 2 Zone RED does not exist would you like to create it Y N Yes Note there currently is no physical chassis plugged into Power Manager port 1 Dist Module port 2 RED zone added Zone definition changed do you want to save this data to the EEPROM Y N No Note You can also save zone data to the EEPROM at any time with the SAVE ZONES command myslapm gt If the zone does not already exist then it will be automatically created and the specified chassis will be added You can create up to four zones The parameters enable the addition of all chassis on all HP APM ports all the chassis plugged into an HP APM port through a HP APM Distribution Module or a specific chassis on a specified HP APM port and HP APM Distribution Module port The syntax is similar to other HP APM commands such as SHOW POWER or SHOW RACK in how HP APM and HP APM Distribution Module ports are specified When adding a chassis to a zone the chassis does not have to be present and plugged into the HP APM The HP APM issues a message in such cases and therefore the chassis does not exist Zone definitions do not require the hardware to be actually present For HP APM operations that might use zones for example SET POWER BASELINE only those chassis that exist and are defined in the zone are considered for the operation
48. LAPM system 0 Server found in chassis at Dist Module 2 port 6 slot 7 Nov 6 11 51 26 SLAPM system 0 Server found in chassis at Dist Module 2 port 6 slot 8 Nov 6 11 51 26 SLAPM system 0 Power supply found in chassis at Dist Module 2 port 6 slot 1 Nov 6 11 51 26 SLAPM system 0 Power supply found in chassis at Dist Module 2 port 6 slot 2 Nov 6 11 51 26 SLAPM system 0 Power supply found in chassis at Dist Module 2 port 6 slot 3 Nov 6 11 51 26 SLAPM system 0 Power supply in chassis at Dist Module 2 port 6 slot 1 status is good Nov 6 11 51 26 SLAPM system 0 Power supply in chassis at Dist Module 2 port 6 slot 2 status is good Nov 6 11 51 26 SLAPM system 0 Power supply in chassis at Dist Module 2 port 6 slot 3 status is good Nov 6 11 51 26 SLAPM system 0 Fan found in chassis at Dist Module 2 port 6 slot 1 Nov 6 11 51 26 SLAPM system 0 Fan found in chassis at Dist Module 2 port 6 5 slot 2 Nov 6 11 51 26 SLAPM system 0 Fan found in chassis at Dist Module 2 port 6 slot 3 Nov 6 11 51 26 SLAPM system 0 Fan found in chassis at Dist Module 2 port 6 slot 4 Nov 6 11 51 26 SLAPM system 0 Fan found in chassis at Dist Module 2 port 6 slot 5 Nov 6 11 51 26 SLAPM system 0 Fan found in chassis at Dist Module 2 port 6 slot 6 Nov 6 11 51 26 SLAPM syste
49. LOGIN Administrator PASSWORD password gt GET COMPUTE NODE POWER lt SLAPM PORT 1 DIST MODULE PORT 1 gt NODE PORT 1 XML commands 98 GET COMPUTE NODE POWER LOGIN lt SLAPMCL gt where ER USER_LOGIN is the login name of the user account This parameter is case sensitive and must never be blank PASSWORD is the password associated with the user Description This command executed in XML requests the power status of a node Get all compute node power Command lt SLAPMCL VERSION 2 00 gt LOGIN USER LOGIN Administrator PASSWORD password gt GET ALL COMPUTE NODES POWER lt LOGIN gt lt SLAPMCL gt where USER LOGIN is the login name of the user account This parameter is case sensitive and must never be blank PASSWORD is the password associated with the user Description This command executed in XML requests the power status of all nodes attached to HP APM Reset HP APM Command lt SLAPMCL VERSION 2 00 gt LOGIN USER LOGIN Administrator PASSWORD password gt RESET APM LOGIN lt SLAPMCL gt I where USER LOGIN is the login name of the user account This parameter is case sensitive and must never be blank PASSWORD is the password associated with the user Description This command ex
50. Location sysServices transmission snmplnPkts snmplnBadValues snmplnReadOnlys snmplnGenErrs snmplnTotalReqVars snmplnTotalSetVars snmplnGetRequests snmplnGetNexts snmplnSetRequests snmplnGetResponses snmplnTraps snmpOutPkts snmpOutTooBigs snmpOutNoSuchNames snmpOutBadValues snmpOutGenErrs 1 3 6 1 2 1 11 24 snmpOutGetRequests snmpOutGetNexts snmpOutSetRequests snmpOutGetResponses snmpOutTraps snmplnBadVersions snmpEnableAuthenTraps snmplnBadCommunityNames snmplnBadCommunityUses snmplnASNParseErrs snmplnTooBigs snmplnNoSuchNames interfaces Object identifier 1 3 6 1 2 1 1 4 1 3 6 1 2 1 1 5 1 3 6 1 2 1 1 6 1 3 6 1 2 1 1 7 1 3 6 1 2 1 10 1 3 6 1 2 1 11 1 3 6 1 2 1 11 1 1 3 6 1 2 1 11 10 1 3 6 1 2 1 11 11 1 3 6 1 2 1 11 12 1 3 6 1 2 1 11 13 1 3 6 1 2 1 11 14 1 3 6 1 2 1 11 15 1 3 6 1 2 1 11 16 1 3 6 1 2 1 11 17 1 3 6 1 2 1 11 18 1 3 6 1 2 1 11 19 1 3 6 1 2 1 11 2 1 3 6 1 2 1 11 20 1 3 6 1 2 1 11 21 1 3 6 1 2 1 11 24 1 3 6 1 2 1 11 25 1 3 6 1 2 1 11 26 1 3 6 1 2 1 11 27 1 3 6 1 2 1 11 28 1 3 6 1 2 1 11 29 1 3 6 1 2 1 11 3 1 3 6 1 2 1 11 30 1 3 6 1 2 1 11 4 1 3 6 1 2 1 11 5 1 3 6 1 2 1 11 6 1 3 6 1 2 1 11 8 1 3 6 1 2 1 11 9 1 3 6 1 2 1 2 Supported MIB objects 104 Object name Object identifier if Number 1 3 6 1 2 1 2 1 1 3 6 1 2 1 2 1 ifTable 1 3 6 1 2 1 2 2 ifEntry 1 3 6 1 2 1 2 2 1 iflndex 1 3 6 1 2 1 2 2 1 1 iflnOctets 1 3 6 1 2 1 2 2 1 10 iflnUcastP kts 1 3 6 1 2
51. MP support of coqHoSwRunningTable The first element of this SNMP table lists the HP APM base firmware itself under coqHoSwRunningName and cpqHoSwRunningDesc with coqHoSwRunningVersion listing the correct version of the HP APM firmware The following components are listed in the coqHoSwRunningTable e SNMP e SSH e syslogd e Telnet The table entry coqHoSWRunningState is set to either Running 2 or Stopped 3 to reflect whether that service is enabled or not The SNMP service is listed as Running when accessed through this MIB item All other items in this table are unsupported and will return their respective static return value for unknown The rows appear in this order e HP APM base firmware e Telnet e SSH e SNMP syslogd The following figure shows a sample table view of coqHoSwRunningTable 1 2 3 5 i 2 3 5 cpqhoSWRunningindex autos APM cpqhoSWRunningDesc pe ProLiant SL Advanced Power Manager Telnet server ssh daemon snmp agent isysiog daemon cpqHoSV Version ersion 1 20 cpaHoSy te cpaHoSV tor lother lother other other cpaHoSWRunningState ther started started started istopped cpaHoSWRunningCount ji E ia it 1 cpaHoSWRunnngCountMin fa fh E it E cpaHoSWRunningCountMax ji i ji fi ir ii cpaHoSWRunningEventTime cpaHoSWRunningStatus unknown urinon unknown unknown jurknown cpaoSWRunningConfigStatus n juninown unknown unknown jurknown cpghoSwWRunnngiden fier cpattoSWRunn
52. Management Power Manager port Controller at the named f Dist Module port location does not support HP i does not support APM the Power Manager Required action Verify network connectivity and then retry the firmware upgrade Message appears with other logs describing the actual issue Review logs to identify and then resolve issue Verify HP APM and HP APM Distribution Module cabling Verify HP APM and HP APM Distribution Module cabling Remove both HP APM controllers and then reinsert only one controller Update the SL Power Management Controller in that chassis If no update is available the SL Power Management Controller does not offer support for HP APM For messages not listed contact HP Support http www hp com support For more information see Support and other resources on page 12 Devices not discovered If devices are not discovered perform the following steps 1 Check the link and power LEDs 2 Check the cables 3 Reboot HP APM Troubleshooting 74 CLI commands Clear faults e Command CLEAR FAULTS e Description Clears the fault log to have O entries Clear log Command CLEAR LOG e Description Clears all previous event logs Clear screen e Command CLEAR SCREEN e Description Clears a VT100 ANSI compatible terminal of all characters Places cursor at position 1 1 Disable Ethernet NOTE This command can o
53. OGIN Administrator PASSWORD password gt GET FW VERSION LOGIN lt SLAPMCL gt where USER LOGIN is the login name of the user account This parameter is case sensitive and must never be blank PASSWORD is the password associated with the user e Description This command executed in XML requests firmware information Get rack topology e Command lt SLAPMCL VERSION 2 00 gt lt LOGIN USER LOGIN Administrator PASSWORD password GET RACK TOPOLOGY LOGIN lt SLAPMCL gt where USER_LOGIN is the login name of the user account This parameter is case sensitive and must never be blank PASSWORD is the password associated with the user e Description This command executed in XML requests a return of the current topology of a rack infrastructure Get rack information e Command lt SLAPMCL VERSION 2 00 gt lt LOGIN USER LOGIN Administrator PASSWORD password GET RACK INFO LOGIN SLAPMCL where USER LOGIN isthe login name of the user account This parameter is case sensitive and must never be blank PASSWORD is the password associated with the user e Description This command executed in XML requests information about a rack infrastructure Modify compute node power e Command XML commands 97 lt SLAPMCL VERSION 2 00 gt lt LOGIN USER LOGIN Administ
54. Overview of logging E 32 Internal IGG GING sisssssessssvesiassssssssahsbssioabdeaanbasibanssasdbasshssdanndentdealoaasatabisaaseababassbasaboadsasabasabardaaadessdeaasbensaisseden 32 Showing and clearing the event log ener 32 Showing and clearing the fault leg i ern a keen d e e Fr HR HE XR YHP Rides 35 ars aro Mee re Toe PIPER 35 NS Stt aS tts tEStESN ESSEEN ASEESSA SEESEESNESNEES EESE SEES NEES EEst ES Enna 35 XMLrelated fault messages rennen erinnern nere nnr nennen enn 37 Working with RADIUS servers an sina saaruanianieanaanaiaanaaaMaaaanaaiaNasa INE 37 Adding and removing a RADIUS server cccccescessseesseeeseeeseeeeeceeeceaeeeseeceeeeaeeeeesnseseeeeneeeneeeeeeneeens 37 Enabling and disabling a RADIUS server sss eene nennen nnne 37 Contents 3 Showing a RADIUS SBINOE auci Ie Ha SERIA IX EGATESUHSUUTUH REUS PGNS UN GNU VUL FUR EQ eye ssgnssbassonsnnassqnssatns 38 A 39 PONE CA II o O 39 l owercdppihng Teguiremeriss ooo ollas 39 Power capping and measurement O CS saca oo OO A A E OM D RU HO 39 Invalidating a power bese linc io b did dE MEE 39 Power capping o 40 HP APM and HP APM Distribution Module cable nando 40 Rack level power Capping eo WA nn o A T 40 Power Baseline uda Edd dM 41 Setting A TL MU eee a eee eee eee LUE 43 Power command Sengri neen 49 Displaying the rack power stilus oo 26 o6 ene ee eee gu MV 50 Setting DOWBEP aiio 51 Polling serve
55. P website http www hp com go ilo docs Onboard Administrator SHOW ALL report for HP BladeSystem products only For more information on obtaining the Onboard Administrator SHOW ALL report see the HP website http www hp com go OAlog Technical support registration number if applicable Product serial number Product model name and number Product identification number Applicable error messages Add on boards or hardware Third party hardware or software Operating system type and revision level HP contact information For United States and worldwide contact information see the Contact HP website http www hp com go assistance In the United States To contact HP by phone call 1 800 334 5144 For continuous quality improvement calls may be recorded or monitored If you have purchased a Care Pack service upgrade see the Support amp Drivers website http www8 hp com us en supportdrivers html If the problem cannot be resolved at the website call 1 800 633 3600 For more information about Care Packs see the HP website http pro aq sama houston hp com services cache 10950 0 0 225 121 html Support and other resources 112 Acronyms and abbreviations CM chassis management DHCP Dynamic Host Configuration Protocol FQDN Fully Qualified Domain Name LLDP Link Layer Discovery Protocol MIB management information base NTP network time protocol PDU power distribution unit
56. P APM After you have established a baseline for the configuration it is saved into the EEPROM on the HP APM and the configuration monitored for changes from the baseline configuration Examples of changes to the configuration would include the removal or installation of servers or chassis If HP APM is reset the baseline is re read from the EEPROM and compared to the discovered configuration after reset The baseline is computed for the entire configuration and is not applicable to zones When a power cap is set the baseline data establishes the minimum and maximum power values that can be used for the cap If you set a cap with a defined zone specified then only that baseline data that was established for the enclosures and are within that zone are used to establish the minimum and maximum for the cap to that zone Set power cap Command SET POWER CAP lt wattage gt NONE zone name Description o Establishes a power cap for all the eligible chassis that are connected to the HP APM The wattage value if provided represents the total wattage to be allocated among all the chassis that are part of the baseline or partial baseline if a zone if specified This value is divided by the total maximum wattage established by the baseline to come up with a percentage cap value This percentage is then multiplied against each chassis maximum wattage value to arrive at an appropriate cap value for that individual chassis o If you
57. PIPA fog st edi iu HP APM HP APM Distribution Module SL series enclosure Bay 4 of a 4U chassis SL6500 Scalable System enclosure with eight 1U half width nodes Displaying the rack power status Enter SHOW POWER and then optionally the specific HP APM port or both the HP APM and the HP APM Distribution Module ports For example SHOW POWER to show all power SHOW POWER 2 to show the power for the HP APM port number SHOW POWER 2 4 to show the power for the HP APM port number and the HP APM Distribution Module port number This command also displays e Fan power per chassis in DC watts e Chassis total in DC watts Chassis total in AC watts Chassis cap in AC watts if one is set e The total of the averages is shown as well as the average of averages that was already there e The average max power is shown as well as the total of the max column Power capping 50 e Atotal count of all the servers and chassis listed e Total fan wattage for the listing e Total system wattage in DC watts e Total system wattage in AC watts For example the following text might appear on screen MDM Port Node Avg Min Max 1 no Dist Module present 2 1 no SL enclosure present 2 2 no SL enclosure present 2 9 no SL enclosure present 2 4 1 67 n a 165 DC watts 2 4 2 empty 2 4 3 64 n a 242 DC watts 2 4 4 empty 2 4 5 empty 2 4 6 empty
58. PM detects this change and invalidates the current power baseline This invalidation prevents any new caps from being set but does not disable any existing caps that are set If a baseline has been invalidated due to changing hardware in the HP APM domain then several options are available e Ifthe change was caused by replacement of equipment for example a failed power supply was removed and a new one inserted then you could restore the old baseline by resetting the HP APM and forcing it to re read and re compare the existing power baseline from the resident EEPROM e Always use the SET POWER BASELINE command to establish a new power baseline when the domain configuration changes because of one or more of the following changes o SL Power Management Controller SL Chassis Firmware has been updated o Add or remove the power supply o Install or uninstall a new server or enclosure o Add or remove memory from the tray o Add or remove CPU from the tray o Add or remove GPU from the tray Power capping licensing All servers that are being power capped must have the iLO Scale Out or iLO Advanced License installed Before a power baseline can be established the HP APM verifies that all the servers housed in an SL enclosure have the advanced license pack installed If any resident servers in the enclosure do not have the iLO LO100 advanced license the power baseline process Power baseline on page 41 a prerequisite
59. RADIUS Remote Authentication Dial In User Service SSH Secure Shell TFTP Trivial File Transfer Protocol UID unit identification XML extensible markup language Acronyms and abbreviations 113 Documentation feedback HP is committed to providing documentation that meets your needs To help us improve the documentation send any errors suggestions or comments to Documentation Feedback mailto docsfeedback hp com Include the document title and part number version number or the URL when submitting your feedback Documentation feedback 114 Index A ADD ACCOUNT 76 ADD ZONE 56 88 alert messages 74 authorized reseller 112 automatic discovery 18 before you contact HP 112 C cabling 11 13 40 CLI commands 75 Command Line Interface CLI 24 command line syntax 24 command 70 97 command ADD RADIUS SERVER 37 93 command CLEAR FAULTS 35 75 command CLEAR LOG 32 75 command CLEAR SCREEN 62 75 command CONNECT PORT 63 95 command DISABLE ETHERNET 75 command DISABLE KEYS 69 92 command DISABLE NTP 95 command DISABLE PASSWORD 55 77 command DISABLE POLLPOWER 53 89 command DISABLE RADIUS 37 93 command DISABLE SNMP 64 90 command DISABLE SSH 23 76 command DISABLE TELNET 23 76 command DISABLE XML 69 92 command ENABLE ETHERNET 75 command ENABLE NTP 94 command ENABLE PASSWORD 77 command ENABLE POLLPOWER 52 89 command ENABLE RADIUS 37 93 command ENABLE SNMP 64 90 comman
60. S server The shared secret must be specified in quotes and must match the string that has been programmed into the RADIUS server when receiving authentication requests from HP APM To set the number of times HP APM polls each of the RADIUS server indicated in the ADD RADIUS SERVER command enter SET RADIUS POLLNUM To set the number of seconds HP APM waits for a reply from the RADIUS server enter SET RADIUS POLLSEC These settings can only be set globally and cannot be applied to each individual RADIUS server To remove a RADIUS server enter REMOVE RADIUS SERVER index This command removes a previously added RADIUS server that matches the index indicated with the SHOW RADIUS command RADIUS authentication is no longer attempted against this server Enabling and disabling a RADIUS server To enable HP APM as a RADIUS client enter ENABLE RADIUS All login attempts through SSH Telnet and the serial console are authenticated through the list of RADIUS servers that were indicated with the ADD RADIUS SERVER command Authentication is also verified against the local password if the RADIUS servers indicate no access To disable RADIUS authentication on HP APM enter DISABLE RADIUS Authentication through RADIUS no longer takes place but password checking is still done against the local password if that is still enabled This command does not clear out the configured RADI
61. US servers Logging 37 Showing a RADIUS server To show the currently configured RADIUS server enter SHOW RADIUS To show the currently configured RADIUS parameter use the SHOW CONFIG command Logging 38 Power capping Power capping overview HP Scalable System products including HP ProLiant SL Series HP Moonshot Series and HP Apollo Series provide a power capping feature that operates at the server enclosure level The capping feature can be activated using a stand alone utility called PPIC EXE that runs in the environment of one of the resident servers in the chassis to be power capped After a power cap is set for the enclosure all the resident servers in the enclosure will have the same uniform power cap applied to them until the cap is either modified or canceled With HP APM the enclosure level power capping feature can be expanded without the need to use the PPIC EXE utility A global power cap can be applied to all enclosures with one HP APM command or different caps can be applied to user defined groups by using flexible zones within the same rack NOTE HP recommends configuring the HP APM so that it controls only one rack Power capping requirements All nodes in the chassis must have iLO Scale Out or iLO Advanced License To support the HP APM power capping functionality all tray nodes in the chassis must be rebooted after the chassis firmware has been updated for the s6500 chassis the required version is v
62. atory information Safety and regulatory compliance For safety environmental and regulatory information see Safety and Compliance Information for Server Storage Power Networking and Rack Products available at the HP website http www hp com support Safety Compliance EnterpriseProducts Belarus Kazakhstan Russia marking EAL Manufacturer Hewlett Packard Company Address 3000 Hanover Street Palo Alto California 94304 U S Local representative information Russian e HP Russia 3AO Xeionerl lakkapg A O 125171 Poccns r Mockea Jlennurpanckoe wocce 16A crp 3 ren a c 7 495 797 35 00 7 495 287 89 05 e HP Belarus NOOO Xerionerr lakkapg ben 220030 benapyce r Munck yn Viureprauponanenas 36 1 opuc 722 723 ten 375 17 392 28 18 daxc 375 17 392 28 21 e HP Kazakhstan TOO XbronerrH lakkapg K 050040 Kasaxctan r Anwarei bocraunpikckun pa on yn Tumupssesa 28B 1 stax ren bakc 7 727 355 35 50 7 727 355 35 51 Local representative information Kazakh XKLLIC Xoronerr laxkapa K Kazakcran Anwarei K bocrauneiK aynaei Tumupazes ci 28B ren bakc 7 727 355 35 50 7 727 355 35 51 Manvfacturing date The manufacturing date is defined by the serial number HP serial number format for this product CCSYWWZZZZ Regulatory information 110 Valid date formats include the following e YWW where Y indicates the year counting from within each new de
63. bles are attached to the RDM Power devices include a power shelf power distribution unit HP Intelligent Extension Bar or other power devices if installed Identifying the RDM1 ports For products using HP APM connect the chassis to one of the corresponding consolidated management ports RDM1 on the HP APM module RORORORQRORORQRO 4 FORORORQ 94999090 0 0 99 LQORORLOROS La SILO Introduction 13 Identifying the RDM2 and RDM3 ports Consolidated management ports RDM1 are used only for products designed to work with HP APM when a separate RDM is not required When connecting the HP APM module to an RDM always use either the RDM2 or RDM3 ports tem Description ROW por ROMS por HP SL Advanced Power Manager Distribution Module The distribution module includes a connector bay for the HP APM and cables for SL Scalable Series servers It is backwards compatible with SL APM The following servers and chassis require the use of the distribution module e HP Moonshot System e HP ProLiant SL2500 Scalable System e HP Proliant SL4500 Server Series e HP ProLiant SL6500 Scalable System For more information see the HP website http www hp com go scalable Introduction 14 Mem Description 1 Connector port to the RDM2 or RDM3 ports on HP APM SL Scalable Series server connectors Power green LED which indicates connection to port Activity
64. cade with 2000 as the starting point For example 238 2 for 2002 and 38 for the week of September 9 In addition 2010 is indicated by O 2011 by 1 2012 by 2 2013 by 3 and so forth e YYWW where YY indicates the year using a base year of 2000 For example 0238 02 for 2002 and 38 for the week of September 9 Turkey RoHS material content declaration T rkiye Cumhuriyeti EEE Y netmeligine Uygundur Ukraine RoHS material content declaration OonagqHaHHa Eiunosljgae BHMOTaM TexHiuHoro perJaMeHTy mozo OOM KeCHHA BHKODHCTaHH3 Ie3KHX HeOe3IleHHHX DeHOBHH E EJIeKTDHHHOMY Ta amp JIeKkTDOHHOMY 00 Ia IHaHHl 3aTEep DKeHOTO rnocraHoEBoro Ka inery Minictpis Yxpainn gia 3 rpyama 2008 Ne 1057 Warranty information HP ProLiant and X86 Servers and Options http www hp com support ProLiantServers Warranties HP Enterprise Servers http www hp com support EnterpriseServers Warranties HP Storage Products http www hp com support Storage Warranties HP Networking Products http www hp com support Networking Warranties Regulatory information 111 Support and other resources Before you contact HP Be sure to have the following information available before you call HP Active Health System log HP ProLiant Gen8 or later products Download and have available an Active Health System log for 3 days before the failure was detected For more information see the HP iLO 4 User Guide or HP Intelligent Provisioning User Guide on the H
65. case letters Underscores _ Dashes Atsigns Pound signs Carets Ampersands amp Exclamation points Plus symbols Equal symbols Tilde Numerical values between 0 9 NOTE Only the Administrator can add or remove an account You can change your own password but only the Administrator can change another user s password Command PING Description Verifies network connectivity Requires administrator access and has no restrictions As an example the following text might appear on screen gt ping X X X X Pinging X X X X X X X x with 64 bytes of data Reply from x x x x bytes 64 time 0ms ttl1 128 Reply from x x x x bytes 64 time 0ms ttl1 128 Reply from x x x x bytes 64 time 0ms ttl1 128 Reply from x x x x bytes 64 time 0ms ttl1 128 X X xX X ping statistics 4 packets transmitted 4 received 0 packet loss time 4000 ms rtt min avg max 0 0 0 ms Command EXIT Description CLI commands 78 Same as LOGOUT Command HELP e Description Displays a list of available commands e Command LOGOUT e Description Exits the CLI Exiting terminates SSH or Telnet network connections Exiting a connection through the serial port will return the user to the Login prompt e Command QUIT e Description Same as LOGOUT e Command RESET e Description Reboots HP APM Unsaved configuratio
66. chassis in your rack or data center then HP APM can display the chassis numbering based on the HP APM Distribution Module port connection DOONAN ARWN HP APM Distribution Module HP APM connection Introduction 17 LEN CON Connections to SL series enclosures The HP APM commands SHOW TOPOLOGY and SHOW RACK displays the SL chassis connected with number based on the HP APM port connection For example SHOW TOPOLOGY 1 SL enclosure Product Name HP ProLiant SL6500 Product SKU Serial Number UID off Status 1 Compute node active 2 Compute node active 3 Compute node active 4 Compute node active 5 Compute node active 6 Compute node active 7 Compute node active 8 Compute node active 2 SL enclosure Product Name HP ProLiant SL6500 Product SKU Serial Number UID off Status 1 Compute node active 2 Compute node active Kx 3 SL enclosure Product Name HP ProLiant SL6500 Product SKU Serial Number UID off Status 1 Compute node active KKKK Automatic discovery HP APM employs an automatic discovery process that identifies all SL series servers in the attached enclosures Introduction 18 The discovery process also has a simple fault detection mechanism If any node has faults detected for example power supply failure the discovery response data reports the fault For a list of alert messages see Alert messag
67. command can be used This causes all ports to be removed from the zone definition and the zone itself is deleted As with all zone mapping modifications to make it persistent across HP APM resets enter SAVE ZONES Power capping with zones If zones are defined as described above and assuming a power baseline has been established for the rack then the SET POW ER CAP command can accept a zone name as a parameter after the wattage value or NONE if a power cap is being removed For example gt show zones Zone BLUE Power Zone GREEN Power OW Power Zone YE Manager port 1 Dist Module port 2 Dist Module port 3 Manager port 2 all Dist Module ports included Manager port 3 Dist Module port 1 show power baseline Power capping 48 APMPort DMPort Serial Number Min Cap Max Cap Set Cap Slots Populated 1 1 0 0 O 8 1 2 CNK71600K4 585 2372 1500 8 235 7 585 2372 1500 gt set power cap 2000 blue New cap represents 84 percent of the max cap of eligible entities Apply cap Y N gt The above output sets a power cap only to those chassis that are in the zone defined as BLUE If all the caps must be removed from a zone then SET POWER CAP NONE can be used gt set power cap none blue Remove power cap s Y N gt The above command removes all power cap settings from the HP APM chassis that is resident in on the HP APM port 1 and d
68. connect the current CLI session to the specified serial port enter CONNECT PORT To configure a single or all serial ports enter SET PORT Ports 1 through 10 refer to the display ports and 11 and 12 refer to the serial ports This is an example of setting port to 115200 baud rate with 8NT myslapm gt set port 1 115200 8N1 Serial Port 1 set to 115200 bps 8N1 This is an example of setting all ports to 115200 baud rate with 8NT myslapm set port all 115200 8N1 Serial Port 1 set to 115200 bps 8N1 Serial Port 2 set to 115200 bps 8N1 Serial Port 3 set to 115200 bps 8N1 Serial Port 4 set to 115200 bps 8N1 Serial Port 5 set to 115200 bps 8N1 Serial Port 6 set to 115200 bps 8N1 Serial Port 7 set to 115200 bps 8N1 Serial Port 8 set to 115200 bps 8N1 Serial Port 9 set to 115200 bps 8N1 Serial Port 10 set to 115200 bps 8N Serial Port 11 set to 115200 bps 8N1 Serial Port 12 set to 115200 bps 8N1 General commands 63 Using SNMP SNMP overview The architectural model for SNMP contains these components At least one network management station with manager software A network management station is a host running an application that manages the network The network management applications request information from the agents put the information into a database and then translate messages into a readable format Network Agents Network agents are managed devices containing agent software Agents migh
69. curred General error 0x0002 Invalid or missing XML header Every XML must start with SLAMPCL 0x0003 Login failed Wrong username password 0x0004 Unknown unsupported Name Tag that is supported by the HP APM Mismatch Tag The hierarchy or syntax that HP APM might be incorrect Parsing error to invalid XML syntax error For example every begin tag must have an end tag End tags must not have duplicate attribute values For example the device is not present Device is already on Using XML 68 MSG This element contains a message describing the error that occurred If no error occurred the message No error appears Depending on the XML information sent the element might return more than one error For example giving an invalid XML and an incorrect username password generates two error messages Enabling XML To enable the XML interface and make XML queries available on the network using port 80 HTTP enter ENABLE XML To enable the XML interface and make XML queries available on the network using port 443 HTTPS enter ENABLE XML SECURE The ENABLE XML SECURE command uses the OpenSSL Library for encryption You can enable XML or enable XML secure but you cannot enable both concurrently To disable the XML interface enter DISABLE XML Showing and resetting keys To show the current SSL certificate enter SHOW KEYS To regenerate a new DSA key
70. d ENABLE SSH 23 76 command ENABLE TELNET 23 76 command ENABLE XML 69 92 command ENABLE XML SECURE 69 92 command EXIT 63 78 command GET ALL COMPUTER NODE POWER 71 99 command GET COMPUTER NODE 71 98 command GET FIRMWARE VERSION 70 96 command GET RACK TOPOLOGY 70 97 command HELP 59 79 command LOGIN 69 96 command LOGOUT 63 79 command MOD USER 69 96 command MODIFY ALL COMPUTER NODE POWER 70 98 command MODIFY COMPUTER NODE POWER 70 97 command PING 22 78 command QUIT 63 79 command REBOOT 62 79 command REBOOT CM 62 80 command REMOVE RADIUS SERVER 37 93 command RESET 62 79 command RESET FACTORY 80 command RESET HP APM 71 99 command SAVE 80 command SET ASSETINFO 29 83 command SET GATEWAY 22 81 command SETIP 22 81 command SET NAME 59 81 command SET NTP POLL 94 command SET NTP SERVER 94 command SET PASSWORD 54 77 command SET PORT 95 command SET POWER 51 81 command SET RADIUS POLLINUM 93 command SET RADIUS POLLSEC 94 command SET SERIAL 82 command SET SNMP CONTACT 65 91 command SET SNMP LOCATION 65 91 command SET SNMP RO 65 90 command SET SNMP RW _ 65 90 command SET SNMP TRAPDEST 65 91 command SET SYSLOG 35 82 command SET TIME 60 82 command SET TIMEOUT 82 command SET UID 60 command SHOW ASSETINFO 29 86 Index 115 command SHOW CONFIG 59 84 command SHOW FAULTS 32 35 84 command SHOW INFO 60 84 command SHOW KEYS
71. d separately Introduction 9 HP APM front view ET en i EE zn J 5 Description Consolidated Management Ports 1 through 10 RDM1 Power LED e pom oS Z s HEB oS ree Ethernet Management port aoe O 12 Serial console pot o NOTE HP recommends configuring the HP APM so that it controls only one rack HP APM has six power distribution ports on the front of the unit The HP APM has two RDM ports and each RDM port has 10 connections to SL Scalable System enclosures Introduction 10 HP APM rear view Description Power plugs 1 and 2 On Generator and AUX signals HP APM connections HP APM offers new rack level management solutions that consolidate IT control monitoring and console access to hosted server storage fabric and power resources to a single wire at the chassis level e 10 Consolidated Management Ports which include ethernet serial and hardware signaling ports connect to each SL chassis mounted rack e Six Power Distribution Module ports are used to interface directly to rack mounted power feed infrastructure e The Redundant Reset port is used to connects to another HP APM module Buddy The following figure shows the HP APM unit connected to 10 unique chassis through the Consolidated Management Ports RDM1 While RDM connectors are provided for backwards compatibility with existing HP ProLiant SL servers connecting through the Consolidated Manag
72. ecure sssseee eene I enne nennen enn n esee essen eere eade sese eren asses esee eee nna s snae esee nn 92 Disable MiS EN P ct Er PENNE UN NT EE 92 A scm m mim ue ute E E m eel uem UE Meli m ence Em E ue fade LU irt 92 Contents 6 Reset keys cccccsccccssscesssceessecesseeeeseeecseeeseeeceeeeesseeeeseeeesseeecsseeesseesesseeecseeeeseesesseeeesseeecseesessasesenseeessseeenas 92 Add RADIUS ee RR RR a A AAA a AAA AA 93 Enable RADIUS ccccccccccccssscessseecsececsseceeseeecsseeecsseeeeseeeesseeecssecesseeeesseeecseeesseeeesseeecssecesseesesseeeseeeeeesseeenss 93 NN 93 Remove RADIUS server RM 93 SRA INE 93 Set RADIUS pollnum c ccccccccsssccesccsesseceseseceseeeeeseeeeeeeeceneeeeeseeeeeeeeceseeesseeeesaeesenaeeseaeeseeaeecnaeecsaeesesaeesenaaeees 93 ECEZDUSDUI C MN 94 cupa fep MM MM e 94 A 94 A LU D MEUM Undue ML SUED sve 94 Sho INIT SONDERN RD nana E A E E AE REN ANA DIE 94 Show INR SOM aote tette A tae E 95 Diesel oe sa E DER D E MM RM LERNEN D E MC RUDI MEUM MM 95 pads EE 95 SIN lop ede x 1 1 d 1 95 A e o oC cta as dua E aM em ne See dU 96 login oce LL LLL n M ee RENE E 96 IMS DET TRE 96 Get firmware version ss eee Tee ee ee A P AFARA AREP rye RE ERE RR AERA EERS RASPE ric errr rere reer 96 CS 97 E ton staceteasdosetensdeseies testator baa ers 97 Modify compute node power ccsccccssssessececsseceesseeessececeseeeeeeeeesseeeceseeeseesesseeecssecesssesesseeecesecesseeeesee
73. ecuted in XML resets HP APM XML commands 99 Supported MIB objects Supported cpqRack MIB objects 1 3 6 1 4 1 232 ee cpqRacklnfo 1 3 6 1 4 1 232 22 cpqRackMibRev 1 3 6 1 4 1 232 22 1 E 1 3 6 1 4 1 232 22 1 1 E cpqRackMibRevMinor 1361412322212 cpqRackMibCondition 1 3 6 1 4 1 232 221 3 1 3 6 1 4 1 232 22 2 EM cpqRackAsset 1 3 6 1 4 1 232 22 2 2 cpgockAsseflable 13 614 128222221 gt O IcpgRocAsetEny L3 614 12322222 1 1 o cpgRackAssetlndex 1 3 6 1 4 1 232 22 2 2 1 1 1 1 3 6 1 4 1 232 22 2 2 1 1 2 cpgRackUid 1 3 6 1 4 1 232 22 2 2 1 1 3 cpgRackSerialNum 1 3 6 1 4 1 232 22 2 2 1 1 4 cpaRackTrapSequenceNum 1 3 6 1 4 1 232 22 2 2 1 1 5 cpqRackHeight 1 3 6 1 4 1 232 22 2 2 1 1 6 cpaRackDepth cpqRackWidth 1 3 6 1 4 1 232 22 2 2 1 1 7 1 3 6 1 4 1 232 22 2 2 1 1 8 Always returns 1 Always returns 1 Always returns 1 Always returns 1 cpgRackEnclosure 1 3 6 1 4 1 232 22 2 3 E cpgRackCommonEnclosure 1 3 6 1 4 1 232 22 2 3 1 C cpaRackCommonEnclosureTable 1 3 6 1 4 1 232 22 2 3 1 1 coaRackCommonEnclosureEntr 1 3 6 1 4 1 232 22 2 3 1 1 1 cpgRackCommonEnclosureHeight cpqRackCommonEnclosureTrapSequenceNum 3 6 1 4 1 232 22 2 3 1 1 1 1 3 6 1 4 1 232 22 2 3 1 3 6 1 4 1 232 22 2 3 1 3 6 1 4 1 232 22 2 3 1 3 6 1 4 1 232 22 2 3 1 3 6 1 4 1 232 22 2 3 1 3 6 1 4 1 232 22
74. ed and the baseline established After established and saved in the EEPROM the baseline data can be examined at any time using the SHOW POWER BASELINE command For example gt show power baseline APMPort DMPort Serial Number Min Cap Max Cap Set Cap Slots Populated 1 2 CNK71600K4 585 2372 1500 8 235 7 585 2372 1500 If an HP APM has baseline data in its EEPROM and it is reset HP APM re reads that baseline data back into memory as it boots back up After the subsequent device discovery HP APM compares the baseline data in the EEPROM to the actual rack contents to ensure that they did not change while it was offline or that it was not relocated to another rack The HP APM validates the following items from the saved baseline data in these instances e The chassis listed in the baseline is present e The chassis has the same populated server slots e fa power cap had been set than it is the power cap currently set on the chassis If any of these do not match after a reset then the HP APM logs an error to the log indicating the mismatch in the baseline data and the baseline data will be invalidated However it will not be erased from the EEPROM to provide you the chance to re install any chassis or servers that invalidated the baseline data Power capping 41 To remove baseline data from the EEPROM use the SET POWER BASELINE NONE command After this command is used the only way to re establish a power bas
75. eecssesessesesseeesseeeseesesseessecsasesenetaeetaes 64 Enabling SNM a an 64 Displaying SNMP pardimeters c0siecreensesncsanneensasatanacasennsasasosasaansasasgnennsannsavneeaasernsseadasasaeanqaosasnenseeneaes 64 Setting the SNMP read only community string essen eene 65 Setting the SNMP read write community string eene nennen ennt 65 Setting the SNMP GERBER ea me ee De se rt ase ene EM MR MEME IMEEM MM 65 Setting the SNMP Mor TIR TT T T T TT 65 Setting SNMP trap eios HOD a RRA AAA AAA AAA A AAA ASA DN 65 SNMP support of coq oS w RUNING T able T 66 A Pr onoenes edt HE IS UU un Mie 67 Puer CERES 67 A RN HU MU ME MM MEE 67 XMLOUIDUE e ve e 67 Boll ERREUR 67 Response definitions ccccccccccsssscsesseeeesscecsseeecseeeesseeecssececsseeeeseeecssecesssecesseesesseeecsseeecsesenseescnsesensaes 68 Enabling Meere 69 Showing and resetting keys essen nnne n rennen enr nennen rennen enn 69 logging in through XML iere rhetor erar rara rare Pa Po ear ea EE e ERE can XE PE RR E REEF E REN ERE SERERE RE EE ERE PA Rea ea EnEn Enna 69 Modifying the user account cceseeessesseeeeseeeseeeseecaeenseeeseeceeceaeeeseeceeseaeeeeeeseseseceeecnseseeesneesesesetesneeensees 69 Requesting information with XML commands cssssseseeeseeesseceseeeseeeseeceeseaeeeeeseeeesaeeceeeneeeneeeneeeneeeeseeeneeens 70 Requesting firmware version
76. eline is to use the SET POWER BASELINE command If a power cap is currently in place the SET POWER BASELINE NONE command cannot be used The power cap must first be removed SET POWER CAP NONE then the baseline can be removed If a power cap is currently in place and a SET POWER BASELINE command is issued then any current power caps are removed in the calibration New power caps can be established following the calibration process assuming the new baseline data is saved to the EEPROM The following text is an example output when an advanced license is installed on all chassis gt set power baselin Before running a baseline calibration ensure that your configuration has all machines turned on and are running processes that are typical of the type of workload you expect them to run in a production environment This process will briefly impact the performance of the servers that are being baseline calibrated as well as temporarily speed up the fans Are you sure you wish to set a new power baseline for this system Y N Q Yes Retrieving license information for chassis Power Manager port 1 Dist Module port 1 Verifying done Baselining power for servers located in chassis Power Manager port 1 Dist Module port 1 CalibfatIng eeceexue ee done Minimum cap value for this chassis is 777 Maximum cap value for this chassis is 3558 The followin
77. ement Ports is the preferred wiring solution for new SL servers Introduction 11 Depending on the product being connected to the HP APM the HP APM connects to the system components using various cables All cables required for connecting the HP APM to the system must be purchased separately ILJLILILILJ JQODO ess QODOO Tm edo NES Aag 3 OO E e Wore Bors Low Bows ot E ltem Component Connects To M HP Apollo a6000 Chassis The RDM1 connector on the HP APM HP Apollo 6000 Power Shelf The Power Distribution Module ports on CE HP APM s pm 4 Power Distribution Unit rro NE Role oo Power Distribution Module ports on the HP APM o Proliant SL Series Chassis Server pon on he ROM Ia PT Managed Extension Bar the HP APM 5 Froducion nework theret por one HF APM Introduction 12 Serial console port on the HP APM 11 RDM e RDM2 or RDM3 port on the HP APM e RDM HP APM port on the product chassis Some products may identify this as the SL APM port NOTE HP APM considers the10 Consolidated Management Ports as RDM1 Required connections Connection Required cables HP APM to chassis Consolidated Management cables HP APM to power device Micro DB9 to DB9 cable or Micro DB9 to Micro DB9 cable HP APM to management and Ethernet cable production networks HP APM to RDM RJ 45 cable included with the RDM RDM to chassis These ca
78. ent 2 10 no SL enclosure present Power capping 46 00 10Y Us CO Total Total Total Total Total PDM NRPRPRPRR no no no no no no Dist Dist Dist Dist Dist Dist SCIrvers chassi gs 10 2 fan wattage system wattage system wattage Port Oe WN ER no L PDM oad 87 150 0 464 11 712 Module Module Module Module Module Module AC 2265 2425 present present present present present present 35 DC watts watts watts watts watts watts Extension present DC watts AC watts In the following example the cap is set to 1500 AC watts This information is saved as part of the baseline data to the onboard HP APM EEPROM When multiple chassis are present and a valid rack level cap is given HP APM 1 Computes the total cap as a percentage against the sum of the eligible chassis max power values 2 For each chassis multiplies the percentage computed in step 1 against each chassis individual max power value 3 Programs the result into the chassis 4 Repeats steps 2 3 for each eligible chassis To remove a power cap use S the servers ET POW Creating HP APM power mappings ER CAP NON E This action removes all power cap settings from all Zones are collections of HP APM enclosures that can be given unique names that can be referred to for power cap
79. er Power Supply 1 is non operational May 5 01 42 20 APM D4C9EFCBO1CA system 0 Timeout waiting for Dist Module mutex on Power Manager port 3 May 6 03 51 16 APM DACOEFCBOICA system Failed login attempt with user Administrator from 192 168 1 1 To clear the fault log enter CLEAR FAULTS External logging To show the syslog server address configuration information enter SHOW SYSLOG To set the syslog server address configuration enter SET SYSLOG x x x x Using an existing syslog server provides e Redundant copy of events and logs e No limits to number of events that can be logged HP APM fault messages There was an error transferring the file Error occurred during firmware upgrade image upgrade not performed Error uparadina firmware imaae Firmware image not upgraded due to an error Distribution Module on Power Manager RS 485 port is having excessive errors and has failed port X has excessive errors and has been marked as failed Distribution Module port X on Power RS 485 port is having excessive errors and has failed Manager port Y has excessive errors and has been marked as failed Transmit failed to write Hardware error transmitting a packet Read error on UART Hardware error receiving a packet Power Manager Power supply 1 is non Power supply in slot 1 is not supplying power to the HP APM chassis operational There is a 20 second delay in detecting a power supply status change operational port X
80. es on page 74 Introduction 19 Installation and configuration Prerequisites for installation The HP APM can be administered through the serial console Initial configuration requires a serial terminal set to 115200 Preparing for installation 1 If you are not using a DHCP server have your necessary IP address information available that will be used to access the HP APM 2 Secure a serial terminal which is required for the initial setup of the HP APM 3 To use a remote logging server verify that a remote syslog server and the IP address for connecting to the remote syslog server are available Installation guidelines e The HP APM can be installed in the front of the rack or in the rear of the rack Always install the HP APM with the connectors facing the outside of the rack e lfatop oHhe rack switch is installed HP recommends that you install the HP APM behind the top of the rack switch For more information on installing the HP APM see the HP Advanced Power Manager Installation Instructions that accompany the option kit or see the HP website http www hp com go Apollo_6000 docs Configuring the HP APM for the first time Both the serial and Ethernet devices on the HP APM provide access to the CLI The CLI is the only mechanism provided for HP APM administration HP APM must be configured before SSH and Telnet administration is made available Initial configuration of the HP APM requires a terminal set to
81. essseeenes 97 Modify all compute node power sssssssssseeeeeneneen nennen enne eene e nnne eren innen enne nnne enn enn nnns 98 CRI do MEM 98 Get all compute node power eene eene nnne nennen rennen eerie erre enne e nnne ern enne nnn 99 NN 99 A A a ee me a ee 100 Supported cpqRack MIB objects cccccccsccecssececsseccssececeecessseecsseeessseeeeseeeesseeesseceseesesseeecseeeseeeesseeessseees 100 Supported cpqHostOs MIB objects ener nennen enne enne eren eene enne 103 Supported rfc1213 MIB objects nnne nennen nenne een enne erinnern eene enne 103 PDU identity Table eed tada 109 Ae AP RN 109 A A Nd DIM E EduM dI 110 Safety and regulatory compliant is 110 Belarus Kazakhstan Russia HRS 8 A AA AA NOM 110 Turkey RoHS material content declaration cccccccsscccssscessseccssececssecesseeeesseeecsseeecseeeesseeecsseeesseeeeseeesssesensaes 111 Ukraine RoHS material content declaration ssssssseeeeeeeeeen nennen enne enn nnns 111 Warranty information ce e ROTER O HERO ERR KEERE ERR ERE ORE RR HER RR ERE RR aa 111 MS AS a isis dro 112 Before you Contact HP ccccccccsssccssscecssscessseeeseeeesseeeseeeceseeecsseeesseeecsseeecsseeeeseesesseeesssesesseesenseeenssesenseeeees 112 miele Me oN ee DI NIU 112 noon and AA a 113 o AAA 114 e PORE qqE q A E TE NORUNT 115 Contents 7 Introduction HP APM overview HP APM is a rack level point of contact for HP ProLiant Scalable System and HP Apol
82. etTag 3 6 1 4 1 232 22 2 3 1 1 1 4 Always returns an empty string cpqRackCommonEnclosurePartNumber 3 6 1 4 1 232 22 2 3 1 1 1 5 Always returns an empty string cpgRackCommonEnclosureSparePartNumber 3 6 1 4 1 232 22 2 3 1 cpqRackCommonEnclosureSerialNum 3 6 1 4 1 232 22 2 3 1 cpqRackCommonEnclosureFWRev 3 6 1 4 1 232 22 2 3 1 1 1 1 comodo 3 6 1 4 1 232 22 2 3 1 1 1 9 cpgRackCommonEnclosureFanEnt 1 3 6 1 4 1 232 22 2 3 1 3 1 cpqRackCommonEnclosureFanChassis 1 3 6 1 4 1 232 22 2 3 1 6 C 1 3 6 1 4 1 232 22 2 3 1 6 1 PEN cpqRackCommonEnclosureManagerPresent 1 3 6 1 4 1 232 22 2 3 1 6 1 10 cpgRackCommonEnclosureManagerFWRev _ 1 3 6 1 4 1 232 22 2 3 1 6 1 15 agRodSemendoswefabe eaa 1 3 6 1 4 1 232 22 2 3 21 1 lepqRackServerEnclosureRack 1 3 6 1 4 1 2322223321 1 1 1 3 6 1 4 1 232 22 2 3 2 1 1 2 cpqRackServerEnclosureName 1 3 6 1 4 1 232 22 2 3 2 1 1 3 Always returns an empty string cpgRackServerEnclosureMaxNumBlades 1 3 6 1 4 1 232 22 2 3 2 1 1 4 C cpqRackServer 1 3 6 1 4 1 232 22 2 4 e Supported MIB objects 101 cpqRackServerBlade 1 3 6 1 4 1 232 22 2 4 1 cpgRackServerBladeRack 1 3 6 1 4 1 232 22 2 4 1 1 1 1 3 6 1 4 1 232 2224 11110 gt 3 6 1 4 1 232 22 2 4 1 1 3 6 1 4 1 232 22 2 4 1 1 EXPTE i i i cpqRackSystemTime 1 3 6 1 4 1 232 22 2 4 1 0 C cpgRackServerBladeEnclosureSerialNum 3 6 1 4 1 232 22 2 4 1 cpgRackServerBladeSlotsUsed
83. failed retry Y being attempted Module an error occurred Retry being attempted Firmware update to Distribution Module While upgrading the firmware on a Power Manager Distribution port X all retries failed giving up Module too many errors occurred and the operation has been terminated Logging 35 Fans Fans failed or removed Power Manager Fan 2 failed There is a 20 second delay in detecting a fan status change Both fans failed One or more Fan rotor s failed One or more Fan s failed One or more Fan health status improved User config corruption detected using The user configuration is corrupted and HP APM is using the backup backup copy copy Remove all accounts and then add a new account and password User config settings lost due to corruption The user configuration is corrupted and the backup is corrupted as please contact HP support well Remove all accounts and then add a new account and password Baseline config corruption detected using There was a corruption on baseline config and HP APM is using the backup copy backup copy Use CLI command Show power baseline to determine if it s still the correct baseline If it is not then remove the power cap and if needed use CLI command Set power baseline Baseline config settings lost due to There is no power baseline set corruption please contact HP support Use CLI command Set power baseline Key corruption detected using backup _ T
84. fferent serial baud rate enter SET SERIAL BAUD RATE where BAUD RATE is the baud rate setting to be used You must reboot before baud rate takes effect You must change the settings on your client to match the settings on the HP APM Network configuration The HP APM enclosure has two MAC address labels one for each slot The MAC address is slot specific You might need the MAC address when you configure the DHCP server to access HP APM To view the MAC address enter SHOW INFO For more information see Showing configurations on page 59 Setting a static IP address To set a static IP address and subnet mask enter SET IP ip address subnet mask where ip address is the IP address and subnet mask is the subnet mask To return to DHCP enter SET IP DHCP Setting the network default gateway To set the network default gateway enter SET GATEWAY ip address where ip address gt is the IP address HP APM always uses the IP address subnet mask and default gateway To clear the gateway enter SET GATEWAY NONE Showing the IP address To show the IP address enter SHOW IP The following information appears IP Address appears in x x x x format IP Mask appears in x x x x format Gateway appears in x x x x format Verifying network communication To verify the network communication is working enter PING IP address where IP address is the IP address
85. following example illustrates the Consolidated Management Ports 1 through 10 RDM1 and Power Distribution Module ports gt show power baseline APMPort DMPort Serial Number Min Cap Max Cap Set Cap Slots Populated 1 2 CNK71600K4 585 2372 1500 8 235 7 585 2372 1500 A power cap can be set between the minimum cap value of 585 and the maximum cap value of 2372 In this example the cap applies only to the chassis located at APM Port 1 DM Port 2 because that is the only chassis that met the necessary prerequisites for power capping Under circumstances with many chassis the allowable cap range would fall between the total minimum and total maximum values Under normal circumstances the average chassis power level might be up to 5 above the chassis power cap However the cap value might vary under extreme power usage situations When running the baseline calibration the target system all nodes in chassis must be running at the production level load The following example shows mixed Power Management Controller SL Chassis Firmware version 4 3 and earlier gt show power MDM Port Node Avg Min Max 1 d 78 n a 206 DC watts jJ ih 2 80 n a 203 DC watts 1 1 3 77 n a 208 DC watts 1 T 4 77 n a 206 DC watts 1 1 5 81 n a 207 DC watts 1 1 6 76 n a 210 DC watts 1 1 e 82 n a 225 DC watts 1 1 8 81 n a 225 DC watts 1 2 no SL enclosure present 1 3 1 255 n a 337 DC watts Power capping 43
86. g different power caps to different groups or single SL chassis Since HP APM zones are merely definitions of user defined HP APM group boundaries and by extension any chassis that are plugged into those ports they ignore the actual physical presence of enclosures as they are being defined in the HP APM CLI Empty HP APM ports can be included in a zone If an enclosure is plugged into that port later it automatically is part of that zone A reminder message will be printed if a zone is mapped to a HP APM port that currently has no SL enclosure plugged into it After zone mappings have been completed with the ADD ZONE and REMOVE ZONE commands the SHOW ZONES command can be used for example gt show zones Zone RED Power Zone BLUE Power Zone GREEN Power Zone YELLOW Power gt After a zone mapping has been completed it can be saved to the HP APM onboard EEPROM with the sav ZONES command reloads on reboot If a zone needs to Manager port 1 Dist Module port 1 Manager port 1 Dist Module port 2 Dist Module port 3 Manager port 2 all Dist Module ports included Manager port 3 Dist Module port 1 El This action makes the zone definitions persistent across HP APM resets lt automatically If SAVE ZONES is not used the zone data is lost if the HP APM is reset be deleted the REMOVE ZONE lt zone name gt ALL
87. g text is an example output when an advanced license was not installed on four chassis 1 1 1 6 1 7 and 1 10 gt set power baselin Before running a baseline calibration ensure that your configuration has all machines turned on and are running processes that are typical of the type of workload you expect them to run in a production environment This process will briefly impact the performance of the servers that are being baseline calibrated as well as temporarily speed up the fans Are you sure you wish to set a new power baseline for this system Y N Q gt Yes Retrieving license information for chassis Power Manager port 1 Dist Module port 1 Verifying done One or more servers located in chassis at Power Manager port 1 Dist Module port 1 is not licensed for the power capping feature This chassis will be skipped for baselining purposes Note All licensed servers should be booted up at least once so the BIOS ROM can write the relevant license information to the chassis controller Retrieving license information for chassis Power Manager port 1 Dist Module port 2 Verifying done Power capping 42 Setting power capping Use the SET POWER CAP command to specify a power cap The command takes an AC wattage range that must be between the minimum and maximum values that were set with the SET POWER BASELINE command and are shown with the SHOW POWER BASELINE command The
88. here is an key corruption and HP APM is using the backup copy copy Use CLI command Disable xml if it s enabled and shutdown all SSH sessions Use CLI command Reset keys Power cap config corruption detected The power cap is corrupted and HP APM is using the backup copy using backup copy Use CLI commands Show power cap and Show power baseline to verify that the power cap is in the set correctly If not use the CLI command Set power baseline and Set power cap Power cap config settings lost due to The power cap configuration is corrupted and the backup is corruption please contact HP support corrupted as well Use CLI commands Show power cap and Show power baseline to verify that the power cap is in the set correctly If not use the CLI command Set power baseline and Set power cap Config corruption detected using backup The configuration is corrupted and HP APM is using the backup copy Use CLI command Contig or set the individual config item and save again Config settings lost due to corruption The configuration is corrupted and the backup is corrupted as well please contact HP support Use CLI command Config or set the individual config item and save again Zone config corruption detected using The zone configuration is corrupted and HP APM is using the backup backup copy copy Use CLI command Show zones and verify if the backup copy is sufficie
89. hese parameters through the CLI o Valid baud rates are 300 1200 2400 4800 9600 14400 19200 and 115200 log Command SET SYSLOG lt ip_address gt NONE Description Sets or clears the sending of HP APM log messages to a remote syslog server Local logging is unaffected Set time Command SET TIME month day year hour minute where month is the month day is the day year is the year hour is the hour in 24 hour format For example enter 3 00 p m as 15 minute is the minute HP APM does not automatically adjust for Daylight Savings Time The time remains on this setting until you issue the RESET FACTORY command Description o Sets the system time on the battery backed clock o All five parameters must be present The hour parameter must be in 24 hour format Set timeout Command SET TIMEOUT timeout value NONE where timeout value is the session timeout value measured in seconds For example to set a 30 second session timeout enter CLI commands 82 SET TIMEOUT 30 f you specify NONE then no session timeouts are set For example enter SET TIMEOUT NONE Description Sets the SSH and Telnet inactivity timeout Set power baseline Command SET POWER BASELINE Description Baseline or calibrate all servers that are connected to the H
90. ident server returns the last polled value instead of requesting the real time values from the server at the time the request is made Power capping 52 Disabling the polling of servers for power values To disable the background process that is polling each server for power usage enter DISABLE POLLPOW ER The DISABLI E POLLPOWI ER setting is the default Power capping 53 General commands Working with passwords HP APM has a password recovery mechanism through the reset switch If you press the reset switch for more than 5 seconds the board reboots and proceeds in the password recovery mode In the password recovery mode the board boots up without asking for a password All network interface is disabled HP APM has only one login account This account is the Administrator account If a password is assigned to the administrator account the password is stored o another HP APM enclosure the password moves with Configuring Ethernet requires a password Setting HP APM passwords ET PASSWORD To set the password enter S1 n the HP APM controller If you move the controller to the controller You are prompted for a password when you access SSH Telnet or serial port access to the HP APM You can have only one password for HP APM The password must be between 8 and 40 characters e Uppercase letters e lowercase letters e Underscores _ e Dashes e Atsigns O e Po
91. ingRedundanc yMode junknown iurknown unknown unknown iurknown Using SNMP 66 Using XML XML overview XML scripting provides a standard programmatic means for data center tools to interact with the HP APM You can configure many of the same components available with the HP APM CLI only in a format that is more favorable to the many tools that use XML as a scripting medium In addition to configuration capabilities you can also draw information from the HP APM based on an XML query response paradigm such as querying a rack for all available power loads on that rack A username password combination located at the top of the XML query into HP APM enforces security XML headers The first line of the XML script is always the following lt xml version 1 0 encoding UTF 8 gt XML output XML output normalizes the attribute values and writes them to the output This output follows the W3C canonicalization specification hitp www w3 org TR xml c 4n Data types The following table lists the data types allowed in the parameter String Any text enclosed in quotes It can include spaces numbers or any printable character A string might start with either a double of single quote and it must end with the same type of quote The string might contain a quote if it is different from the string delimiter quotes For example if a string is started with a double quote a single quote can be used within the string and the string
92. ion Command Line EXIT Interface 24 Enter Administrator Enter commands for HP APM au B9 M LOGOUT or QUIT at the CLI command prompt Accessing the HP APM through the serial port Enter a valid password The CLI command prompt appears When prompted enter the assigned IP address or FADN name of HP APM To terminate the remote access Telnet session close the communication software or enter EXIT You can also access the HP APM through the serial port For more information see Serial Port Configuration on page 22 Saving configurations You must save your configurations Otherwise the configuration will be lost when you reset or reboot the HP APM To save a configuration enter SAVE Topology and inventory HP APM collects information from connected enclosures including e SLenclosure product names e SLenclosure product identifiers SKU e SLenclosure serial numbers e Node MAC addresses To show this information using the previous configuration image as an example use any of the following commands Showing the rack To show the contents of the rack enter SHOW RACK The rack information appears including the product name product SKU and product serial number of the chassis For example the following text might appear APM D4C9EFCBO1CA gt show rack 1 Display ports 1 SL enclosure Product Name HP ProLiant s6700 Product SKU Serial Number UID off Status
93. istribution module ports 2 and 3 or zone blue Since there is only a single chassis that matches that description the operation only affects that one chassis If a cap is set using a zone then the zone is removed the cap is unaffected A new zone may be created that includes some or all of the ports of the former zone and caps set against the new zone as well Zones are strictly a defined set of SL enclosures that can be used to specify which machines are being considered for a cap They are a vehicle for enabling multiple caps and or exclusion areas to be created within a single HP APM domain of enclosures with respect to power capping Power baselines and zones The power baseline cannot be created with respect to a zone The baseline is a singular separate entity that is saved into the HP APM EEPROM Zones can use portions of the established baseline when considering power caps but the baseline is established globally Power commands NOTE You must also have an HP ProLiant s6500 Chassis or later with BIOS support required The power commands use the HP APM port number the distribution module port number and server node port number as input parameters NOTE HP APM considers the10 Consolidated Management Ports as RDM1 Power capping 49 In the following figure the HP APM port 2 is connected to the HP APM Distribution Module port 4 The distribution module port is connected to the SL enclosure and server node 8 C eee
94. lo administration For a full description of HP APM features and support see the Quick Specs on the HP website http h1 8000 www1 hp com products quickspecs 14189_div 14189_div pdf HP APM enables e Discovery of server rack components by topology e Node level power monitoring and control e Support of logging through standard syslog servers e Support for power capping at the rack level NOTE The use of the term server represents nodes server trays server nodes and cartridges SL APM has been replaced by HP APM Though there is shared functionality the two products should be treated as mutually exclusive The content included in this document is specific to HP APM and is not applicable to SL APM e For more information on SL APM support see the HP ProLiant SL Advanced Power Manager User Guide on the HP website http www hp com support SLAPM UG en e For more information on HP APM support see the HP Advanced Power Manager User Guide on the HP website http www hp com support APM UG en Introduction 8 HP APM kit contents Mounting brackets 2 Terminal blocks 2 Power cords 2 Bracket mounting screws T 20 2 l6 Rack mounting screws 10 32 2 Cage ms 2 p dum Not shown The following cables are required to connect the HP APM to the system e Consolidated Management cable e Micro DB to DB9 cable or Micro DB9 to Micro DB9 cable e Ethernet cable All cables are sol
95. m 0 Fan found in chassis at Dist Module 2 port 6 slot 7 Nov 6 11 51 26 SLAPM system 0 Fan found in chassis at Dist Module 2 port 6 slot 8 Nov 6 11 51 26 SLAPM system 0 Fan in chassis at Dist Module 2 port 6 slot 1 status is OK Nov 6 11 51 26 SLAPM system 0 Fan in chassis at Dist Module 2 port 6 slot 2 status is OK Nov 6 11 51 26 SLAPM system 0 Fan in chassis at Dist Module 2 port 6 slot 3 status is OK Nov 6 11 51 26 SLAPM system 0 Fan in chassis at Dist Module 2 port 6 slot 4 status is OK Nov 6 11 51 26 SLAPM system 0 Fan in chassis at Dist Module 2 port 6 slot 5 status is OK Nov 6 11 51 26 SLAPM system 0 Fan in chassis at Dist Module 2 port 6 slot 6 status is OK Nov 6 11 51 26 SLAPM system 0 Fan in chassis at Dist Module 2 port 6 slot 7 status is OK Nov 6 11 51 26 SLAPM system 0 Fan in chassis at Dist Module 2 port 6 slot 8 status is OK Nov 6 11 51 27 SLAPM system Local user Administrator logged in Nov 6 07 46 51 SLAPM Administrator Ethernet interfac nabled Nov 6 07 47 00 SLAPM Administrator Telnet interfac nabled Nov 6 07 47 00 SLAPM Administrator ssh interfac nabled Nov 6 07 47 05 SLAPM Administrator Configuration was saved To clear the event log enter CLEAR LOG Logging 34 Showing and clearing the fault log To show the fault log enter SHOW FAULTS As an example the following text might appear on screen gt show faults May 4 19 43 43 APM D4C9EFCBO1CA system 0 Power Manag
96. mbering conventions The following figure shows an example of the basic HP APM configuration and node numbering convention ona scalable system enclosure The SL APM Distribution Module allows you to extend the functionality of the HP APM to more than one server For more information see the SL APM Distribution Module HP SL Advanced Power Manager Distribution Module on page 14 LILILILILIL I DO DUI s LLILI Ti k PES i O AS Y s II ESO n E E NI ef OS OTO OTSO a a e SS HP Apollo a6000 Chassis HP ProLiant SL Series Chassis Introduction 16 em eepin S O HP ProLiant SL Series Chassis 4 HP Moonshot 1500 Chassis Power Distribution Unit HP Intelligent Modular PDU Managed Extension Bar 7 SL APM Distribution Module When entering commands that require specific port and node numbers use the HP APM port number SL APM Distribution Module port number and the SL server node number For example to turn on the power for SL server node 3 that is connected to SL APM Distribution Module port 4 which is connected to HP APM port 2 enter the following SET POWER ON 2 4 3 where 2 is the HP APM port 4 is the SL APM Distribution Module port 3 is the SL server node Parameters must have spaces between them NOTE HP APM considers the10 Consolidated Management Ports as RDM1 Rack chassis numbering If you must number the
97. must be closed with a double quote Specific string A specific string must contain certain characters You have a choice of words that are accepted as correct syntax All other words produce an error Boolean string A boolean string is a specific string that specifies a yes or no condition These strings are not case sensitive Acceptable boolean strings are Using XML 67 Response definitions Every command sent to HP APM generates a response The response tells whether the command succeeded or failed Some commands generate additional information The additional information appears in execution sequence provided that no errors occurred For example a successful response might appear as follows lt RESPONSE STATUS 0x0000 MSG No Error gt lt RESPONSE gt A fail response might appear as follows RESPONSE STATUS 0x0001 MSG There has been an error gt lt RESPONSE gt Response The tag name indicates that the HP APM is sending a response to the previous commands back to the client application This response indicates the success or failure of the commands that have been sent to the HP APM If an error occurs the execution stops and the commands that follow it will not be executed Prior commands will have been executed up to the point where the error occurred Status The status parameter contains an error number The number 0x0000 indicates that no error oc
98. n settings are lost Reset buddy Command RESET BUDDY e Description Reboots the other Buddy connected to HP APM Reboot e Command REBOOT CLI commands 79 Description Same as RESET Reboot CM Command REBOOT CM lt PORT gt lt DMPORT gt where lt PORT gt refers to the HP APM port lt DMPORT gt refers to the HP APM Distribution Module port Description Reboots the HP Moonshot 1500 Chassis CM module Reset factory N WARNING When you enter RESET FACTORY HP APM erases your entire configuration Before resetting factory defaults consider saving your configuration For more information on duplicating your configuration see Duplicating the configuration on page 23 NOTE This command can only be run from the serial console Command RESET FACTORY Description Restores HP APM to factory settings including no password and Ethernet disabled and then reboots HP APM Command SAVE Description Saves the current configuration to non volatile memory Save contig Command SAVE CONFIG Description Functionality identical to the SAVE command CLI commands 80 Set IP e Command SET IP DHCP IP ADDRESS IP MASK gt Description Assigns static IP address and subnet mask or can be used to configure DHCP If setting IP address and subnet mask both must be specified Accepts the NONE
99. ng gt For example enter SET SNMP RO alphabravo Setting the SNMP read write community string To set the SNMP read write community string enter SET SNMP RW community string gt For example enter SET SNMP RW alphabravo Setting the SNMP contact To set the sysContact field enter SET SNMP CONTACT lt sysContact gt For example enter SET SNMP CONTACT alphabravo Setting the SNMP location To set the sysLocation field enter SET SNMP LOCATION lt sysLocation gt For example enter SET SNMP LOCATION alphabravo Setting SNMP trap destinations To set the IP address for SNMP traps enter SET SNMP TRAPDEST ip addresses gt NONE gt For example enter ET SNMP TRAPDEST NONE ET SNMP TRAPDEST x x x x You can set up to four SNMP traps at once For example enter ET SNMP TRAPDEST X X X X y y y y Z Z Z Z a a a a If you specify NONE then no traps are set For example enter HP APM supports the following SNMP traps cpqRackNameChanged cpqRackEnclosureRemoved cpqRackEnclosurelnserted cpqRackEnclosureFanRemoved cpqRackEnclosureFaninserted cpqRackEnclosureFanFailed cpqRackEnclosureFanOK cpqRackPowerSupplyFailed Using SNMP 65 e cpgRackPowerSupplyOK e cpqRackPowerSupplyRemoved e cpqRackPowerSupplylnserted e cpqRackServerBladeRemoved e cpqRackServerBladelnserted Not supported on HP ProLiant s6500 Chassis SN
100. nimum value is derived by capping the servers at their maximum internally allowable cap setting running the enclosure fans up to 90 of capacity and then measuring the power consumption of the chassis at the power supply level SL enclosures cannot be power calibrated by the HP APM if e All the servers that populate the chassis do not carry the iLO Scale Out or iLO Advanced license empty slots are permitted e The chassis is using incompatible SL Power Management SL Chassis enclosure firmware prior to version 4 3 e The server or enclosure hardware does not support the power capping feature If these checks are met HP APM verifies these conditions for each chassis then the power baseline process proceeds for that chassis The baseline calibration process is run against every enclosure connected to the HP APM with the exceptions listed previously Some enclosures might be baselined while others are not due to the previously listed reasons After a power baseline is established for all enclosures then the baseline is committed to the HP APM onboard EEPROM so that it becomes persistent when HP APM is reset during operation NOTE The power baseline process is required for power capping functionality to work properly All servers must be powered on and running an expected typical workload before starting the power baseline process Because the baseline process will cap the servers briefly performance will be impacted while power is measur
101. nly be run from the serial console e Command DISABLE ETHERNET e Description Disables network access including SSH and Telnet access and remote syslog support Enable Ethernet e Command ENABLE ETHERNET e Description CLI commands 75 Enables network access Requires a password to be set and enabled SSH and Telnet access must be enabled or disabled separately Also enables remote syslog support Disable telnet Command DISABLE TELNET Description Turns off telnet access to the HP APM board Existing sessions will not be logged out Enable telnet Command ENABLE TELNET Description Turns on Telnet access to the HP APM Disable SSH Command DISABLE SSH Description Turns off SSH access to the HP APM Enable SSH Command ENABLE SSH Description Turns on SSH access to the HP APM Remove account Command REMOVE ACCOUNT lt username gt Description o Removes the specified account from the system o If the user does not exist then an error message appears The Administrator account cannot be deleted Add account CLI commands 76 NOTE Only an Administrator can add or enable a new user account Command ADD ACCOUNT lt username gt Description o Adds a new user to the system o A single HP APM is capable of supporting up to 10 added accounts The built in
102. nt If not add the zones as needed Zone config settings lost due to The zone configuration is corrupted and the backup is corrupted as corruption please contact HP support well Use CLI command Show zones and verify if the backup copy is sufficient If not add the zones as needed Timeout waitina for chassis response The chassis failed to respond to the requested command logging 36 XML related fault messages The following XML related fault messages might appear in your fault log e Failed to allocate memory for XML parser Failed to create a XML Output File for writing Failed to create a XML Output e XML Rear Error To attempt to resolve these error messages first Disable XML and then Enable XML or Enable XML Secure Working with RADIUS servers The HP APM firmware supports the RADIUS authentication protocol When RADIUS is enabled it is used to verify login requests to HP APM through SSH telnet or the serial console Adding and removing a RADIUS server To add a RADIUS server enter ADD RADIUS SERVER ip address shared secret This command specifies an initial or additional RADIUS server to the HP APM list of authentication servers The authentication proceeds in the same order that these servers were added to the configuration Up to a total of five RADIUS servers can be added for authentication purposes Port 1812 is assumed The IP address must match the location of the RADIU
103. on Module on APM port 1 Showing zones To display all the currently defined zones and their respective member chassis enter SHOW ZONES For example myslapm show zones Zone BLUE Power Manager port 1 all Dist Module ports included Zone RED Power Manager port 1 Dist Module port 2 myslapm gt Saving zones To commit the defined zones and their member chassis to the on board EEPROM enter SAVE ZONES You can define and save up to four zones These zones are automatically loaded from the EEPROM when the board is reset Using password recovery HP APM has a password recovery mechanism through the reset switch If you press the reset switch for more than 5 seconds the board reboots and proceeds in the password recovery mode In the password recovery mode the board boots up without asking for a password All network interface is disabled General commands 58 Showing configurations To show the configuration enter SHOW CONFIG A list of commands representing the configuration of HP APM appears Using the help To access the help enter HELP The following listing appears S APM D4C9EFCBOOB4 gt help ADD Add entity CLEAR Empty log entries CLOSE Close rack s doors CONFIG Configure HP APM CONNECT Connect board peripherals CONTROLLER Rack controller controls DISABLE Turn off board
104. ons CLI input is case insensitive except when otherwise noted The CLI uses a simple case insensitive verb noun lt target gt syntax Each command follows the conventions listed in the following table Symbol Description lt lower Gs Denotes the variable within the symbols that must be substituted with a value such as a user name Symbols must be removed Used to separate input options Denotes a list of mandatory choices that you must make UPPE E Denotes input to be entered as shown Unless noted symbol is not case sensitive For example SET GATEWAY NONE ip address gt must be in the form of either of the following o SET GATEWAY NONE e SET GATEWAY ip address gt om Encloses command arguments that contain spaces Accessing the HP APM command line interface You can access the HP APM through SSH Telnet or the serial port Accessing the HP APM through SSH Using any SSH client application start a SSH session to HP APM When prompted enter the assigned IP address or FQDN of HP APM Enter Administrator Enter a valid password The CLI command prompt appears Enter commands for HP APM pe Be de e pa gt To terminate the remote access SSH session close the communication software or enter LOGOUT or QUIT at the CLI command prompt Accessing the HP APM through Telnet 1 Starta Telnet session to HP APM using any Telnet client applicat
105. op board that has all the display port connections For example the following text appears APM D4C9EFCBO1CA gt show info Power Manager Manufacturer Product Name Part Number Spare Part Number Serial Number Chassis Part Number Chassis Serial Number FRU File Id MAC Address 1 chassis MAC Address 2 chassis Connector Module Manufacturer Product Name Part Number Serial Number Chassis Part Number Chassis Serial Number Power Brick Part Number Fan Part Number FRU File Id Showing the name To show the name enter SHOW NAME The name appears For example the following text appears on the screen HP APM gt show name HP APM Showing the time To show the time enter SHOW TIM E The time appears For example the following text appears HP APM gt show time MON OCT 1 12 56 21 2012 Showing the version To show the version enter SHOW V HP HP RACK MANAGER 000000 000 735178 001 1234567890ABCD 730917 001 1234567890 05 29 13 D4 C9 EF CB 01 CA stored in D4 C9 EF CB 01 00 stored in HP HP APM BOARD 741191 B21 PDUUCX2TM5GOOT 739945 001 1234567890 747059 001 747410 001 09 03 13 ERSION The version information appears General commands 61 For example the following text appears APM D4C9EFCBOOB4 gt show version HP Advanced Power Manager c Copyright 2014 Hewlett Packard Development Company L P All rights reserved Version
106. password and filename must be in quotations For example UPGRADE IMAGE FTP x x x x username alphabravo filename bin Following the transfer the HP APM is automatically upgraded and reset to run the new image iy iy IMPORTANT lf an upgrade is performed using either a Telnet or a SSH the connection to the HP APM will be lost after the upgrade IMPORTANT If the firmware upgrade process is interrupted then HP APM reverts to the factory default image NOTE If you downgrade the firmware or a firmware recovery is performed syntax error messages might appear as the module initializes with its previously saved configuration You can ignore these messages Firmware 73 Troubleshooting Alert messages The following messages appear in HP APM Message Where this issue occurs There was an error Firmware upgrade transferring the file image upgrade not performed Error upgrading Firmware upgrade firmware image Dist Module on Power All modes of operation anager Chassis port lt gt has excessive errors and has been marked as failed Power Manager Chassis All modes of operation port lt gt on Dist Module lt gt has excessive errors and has been marked as failed Power Manager Chassis Redundant HP APM inserted rendered non into HP APM enclosure functional redundant Power Manager Chassis is not supported by this firmware version The SL enclosure on SL Power
107. pears ERS commands This command produces the same results as the SHOW RACK and SHOW SERV If you must number the chassis in your rack or data center then HP APM can display the chassis numbering based on the HP APM Distribution Module port connection For more information see Rack Chassis Numbering on page 17 To show all the chassis and other devices connected to the HP APM enter SHOW TOPOLOGY ALL Command Line Interface 28 Showing assetinfo To list all the chassis in the rack in a report format enter SHOW ASSETINFO For example the following text might appear slapm gt show assetinfo 1 7 1 Dist Module 7 SL enclosure Product Name HP ProLiant s6500 Product SKU 629235 B21 Serial Number USE119A2MM UID off Status 1 Compute node active Asset tag myserverl Serial USE119A2YW 2 Compute node active Asset tag myserver2 Serial f USE119A2YT 3 Compute node active Asset tag myserver3 Serial USE119A319 4 Compute node active Asset tag myserver4 Serial f USE119A31C 5 Compute node active Asset tag myserver5 Serial f USE119A2N8 6 Compute node active Asset tag myserver6 Serial USE119A2N3 7 Compute node active Asset tag myserver7 Serial USE119A2N4 8 Compute node active Asset tag myserver8 Serial USE121AJYH Power supply slot 1 is occupied status good Power supply slot 2 is occupied status good Power
108. ping purposes Zones provide the HP APM user with the capability of distinguishing groups of enclosures as targets for power or management operations When zones are defined they are strictly a boundary definition that is kept within the HP APM for its purposes Zones can be added or removed with the ADD ZONE and REMOVE ZONE commands When the first ADD references a zone name that does not exist the zone is automatically created and the indicated ports are populated into the newly created zone Subsequent ADD ZONE commands that reference the same zone name cause the specified ports to be added to the existing zone No limit exists for the number of ports other than the maximum HP APM supports in hardware that can be added to a zone Multiple port listings can be used with a single ADD ZONI E command or multiple ADD ZONE commands can be used with each command adding new ports to the zone previously defined by the first ADD ZONE command To remove zone references to ports use the RE MOVE ZON E command When the last port is removed from a zone the zone is automatically deleted A zone cannot exist where no ports are assigned to it and zone port definitions cannot overlap that is the same SL chassis cannot exist in more than one zone Power capping 47 Defining zones is an optional function and is useful for applying power caps to some chassis while excluding others or applyin
109. r To save the power manager name press Enter Naming the HP APM is optional This is the name that appears in log entries on the syslog server as well as the CLI prompt Enable password protection HP APM has no default password If you select Y enter a password The password must be between 8 and 40 characters and can include o uppercase letters o lowercase letters o underscores _ o dashes o at signs O o pound signs o carets o ampersands amp o exclamation points o plus symbols o equal symbols o tilde o numerical values between 0 9 To save and enable the password press Enter For more information about working with passwords see Working with passwords on page 54 Configure the Ethernet port Use DHCP or static Enter an IP address if static If the static IP address is invalid DHCP is assumed Enter an IP address mask if static If the IP address mask is invalid DHCP is assumed Enable Telnet Enable SSH To review the enabled configuration before saving it select Y Save the new configuration To save the new configuration select Y All settings relating to the HP APM Ethernet and serial interfaces are persistent and stored in the HP APM Installation and configuration 21 Serial port configuration Verify that the client matches the following settings Baud rate 1 15200 Data bits 8 Stop bits 1 Parity None Flow controL None To set a di
110. rator PASSWORD password gt MOD COMPUTE NODE POWER lt SLAPM PORT 1 DIST MODULE PORT 1 NODE PORT 1 gt STATUS VALUE ON MOD COMPUTE NODE POWER LOGIN lt SLAPMCL gt where USER LOGIN is the login name of the user account This parameter is case sensitive and must never be blank PASSWORD is the password associated with the user e Description This command executed in XML requests SL Power Management Controller to turn a node on or off Modify all compute node power e Command lt SLAPMCL VERSION 2 00 LOGIN USER LOGIN Administrator PASSWORD password MOD ALL COMPUTE NODES POWER VALUE ON lt LOGIN gt lt SLAPMCL gt to turn on all nodes or lt SLAPMCL VERSION 2 00 gt LOGIN USER LOGIN Administrator PASSWORD password MOD ALL COMPUTE NODES POWER VALUE 0FF gt lt LOGIN gt lt SLAPMCL gt to turn off all nodes where USER_LOGIN is the login name of the user account This parameter is case sensitive and must never be blank PASSWORD is the password associated with the user e Description This command executed in XML requests SL Power Management Controller to turn all nodes attached to HP APMon or off Get compute node e Command lt SLAPMCL VERSION 2 00 gt LOGIN USER
111. rds internal errors These internal errors create alerts in which the red LED illuminates For a list of alert messages see Alert messages on page 74 You can issue commands for both internal and external logging Use an external syslog server for e Redundant copy of events and logs e Notlimiting the events list to only the last 500 events To ensure the correct time stamping in your logs use the SET TIME command For more information see Setting the time on page 60 Internal logging Internal logging tracks up to 100KB on the event log up to 16KB on the fault log and is persistent through reboot Showing and clearing the event log To show the event log enter SHOW LOG As an example the following text might appear on screen show log Nov 6 11 51 25 SLAPM system 0 Server found in chassis at Dist Module 2 port 3 slot 2 Nov 6 11 51 25 SLAPM system 0 Server found in chassis at Dist Module 2 port 3 slot 3 Nov 6 11 51 25 SLAPM system 0 Server found in chassis at Dist Module 2 port 3 slot 4 Nov 6 11 51 25 SLAPM system 0 Server found in chassis at Dist Module 2 port 3 slot 5 Nov 6 11 51 25 SLAPM system 0 Server found in chassis at Dist Module 2 port 3 slot 6 Nov 6 11 51 25 SLAPM system 0 Server found in chassis at Dist Module 2 port 3 slot 7 Logging 32 Nov por Nov 2 Nov 2 Nov 2 Nov por Nov por
112. rs dor power values 45 A A ee eee 52 Disabling the polling of servers for power values c S HOSHU HAMA AFER NH PUPA ERHHR ESO IE 53 E OMM di 54 Working with pase WORSE Uta HERRERA REN GRE A 54 Setting HP Pe A Ils O A A M ID ES MIS EIN RINT MM 54 Disabling HP APM passwords ed itu toa Hae na Hg aS PR UA O49 ad cb 55 Changing HP APM olo T A A 55 Resetting factory settings lor HP APM tania ai 55 o 55 A IA TETTE 55 Removing ANACO ii 56 Showing accounts par A ARA 56 Working WIA PP N 56 PM o EA A 56 O 58 A A Miu MEM E MIENNE MU 58 RO 58 Using password reCOVery RA nn E Tm 58 Showing CI a A a 59 A Fe Nico m Qm NC RN INDORE NO NEN 59 A 59 STIS M MILI RT OE TT P E QR AMNES 60 S ifing Ipse A RUN ea 60 o IIE EE P ASPEN UN NUN T nc 60 A 60 Showing he NaMe NN E n E NR E MID TET METUNEU NES 61 Showing ahe Time ERNEUT UE HET 61 A e o A NM 61 Rebooting and resetting factory settings cie ed sree MERE ROM MEN Se oe eu 62 Rebooting the HP Moonshot 1500 Chassis CM module 2599099900909 99m s0 0 oO a OUO 62 Performing di resetare rnn aE E 62 Performing a reset DUC eov resen ee eee 62 Clearing e Se perso UP E MIN HUMUM MEUM eae 62 AS 62 Exiting logging out or quitting HP APM a I EE ER ERE MEER EE 63 Connecting rd seting DOS RR ROM MU OMNI MP 63 II no S A 64 Contents 4 SNMP overvieW ccccceccceeccceececeeceseeccseececeeseseeeesuescseeseseeseseeseseeseseesess
113. s are supported for both the 30 and 60 amp PDUs but not for the HP Intelligent Modular PDU Managed Extension Bar The PDU identity table has general PDU information The table contains two rows that match the two PDM ports on the HP APM If a port is not populated with the PDU then that row in the SNMP table contains blanks or zeros depending on whether it is a string or a numeric value Hem Description S O PDU asset tag You can set this value through the CLI However you cannot set this value through SNMP even though the MIB defines this value as read writer oduModel Factory programmed 1 3 6 1 2 1 1 4 PDU input table The PDU input table is the second table supported in the PDU section of the CPQPOWER MIB This table contains two columns but eight rows The two columns are inputVoltage and inputCurrent The PDU does not support inputVoltage but it supports inputCurrent The PDU input is three phase power but each PDU will list four inputs The first three inputs are the three respective phases and the last input is the neutral wire The PDU input table has eight rows because the first four rows 1 to 4 correspond to a PDU plugged into HP APM port PDM1 and the last four rows 5 to 8 correspond to a PDU plugged into HP APM port PDM2 If a power distribution module port does not have a PDU plugged into it or another device those rows will return O for their input current values Supported MIB objects 109 Regul
114. specify NONE instead of a cap wattage value then HP APM removes all or those in the specified zone if desired of the power caps Set asset info Command SET ASSETINFO PDM1 PDM2 asset tag string Description o Enables HP APM to set an asset tag Supported only on the HP 60A PDU o The lt asset tag string can be up to 32 characters in length The string will be programmed into the PDU and can be retrieved with the SHOW ASSETINFO command CLI commands 83 Show accounts e Command SHOW ACCOUNTS e Description Shows the existing defined accounts including the reserved Administrator account Show config e Command SHOW CONFIG e Description Displays a re playable script to reproduce the current HP APM configuration Show faults e Command SHOW FAULTS e Description Shows the fault log entries Show info e Command SHOW INFO e Description Shows information pertaining to the HP APM and HP APM Distribution Module including MAC address model number and serial number Show log Command SHOW LOG Description Shows the event log Show syslog e Command SHOW SYSLOG e Description CLI commands 84 Shows the current syslog IP address configuration This command does not show the actual contents of the syslog Show name Command SHOW NAME Description Displays the rack name Show power Command SHOW POWER SHOW POWER lt PORT gt SHOW POWER
115. ssis will be added You can create up to four zones The parameters enable the addition of all chassis on all HP APM ports all the chassis plugged into an HP APM port through a HP APM Distribution Module or a specific chassis on a specified HP APM port and HP APM Distribution Module port The syntax is similar to other HP APM commands such as SHOW POWER or SHOW RACK in how HP APM and HP APM Distribution Module ports are specified When adding a chassis to a zone the chassis does not have to be present and plugged into the HP APM The HP APM issues a message in such cases and therefore the chassis does not exist Zone definitions do not require the hardware to be present For HP APM operations that might use zones for example SET POWER BASELINE only those chassis that exist and are defined in the zone are considered for the operation Examples ADD ZONE my zone 1 5 Adds the chassis plugged into HP APM Distribution Module port 5 on HP APM port 1 to zone MY ZONE If MY ZONE did not already exist it will be created ADD ZONE my zone 1 all Adds all the chassis plugged into an HP APM Distribution Module on HP APM port 1 ADD ZONE my zone all Adds all chassis on the HP APM to zone MY ZONE ADD ZONE BLUE 1 ALL 2 ALL 3 1 You can also use ALL by itself instead of a PORT DMPORT pair For example ADD ZONE BLUE ALL Zones cannot overlap CLI commands 88 Save zones e Command SAVE ZONES
116. t be hosts gateway systems or media devices such as bridges hubs or multiplexors These agents perform the network management functions requested by the network management stations Network management protocol SNMP enables network management stations to monitor and control network devices Stations and agents use SNMP to exchange management information SNMP describes how agents and managers communicate and defines the types of information that can be exchanged Enabling SNMP To enable the SNMP protocol stack and agent in HP APM enter ENABLE SNMP To disable the SNMP protocol stack and agent enter DISABLE SNMP When you enter DISABLE SNMP HP APM no longer responds to SNMP This state is the default Displaying SNMP parameters Enter SHOW SNMP As an example the following text might appear on screen gt show snmp SNMP agent is enabled SNMP Read only community string is public SNMP Read write community string is private SNMP traps are sent to 16 83 185 73 SNMP system group values SysDescription HP SL Advanced Power Manager sysUptime 33658723 sysContact sysName alphabravo sysLocation Chicago If you do not have a particular variable entered the space for that variable is left blank In this example no contact information has been entered Using SNMP 64 Setting the SNMP read only community string To set the SNMP read only community string enter SET SNMP RO lt community stri
117. tension Bar outlet number lt NODE gt refers to the SL server node For example to power on SL server node 3 enter SET POWER ON 2 4 3 To power off SL server node 3 enter SET POWER DISABLE 2 4 3 When you power on a particular SL server enclosure you must include either the node number or ALL in the command To power on the SL server nodes in the enclosure enter ET POWER ON 2 4 ALL S To power on all nodes connecting to the chassis on all HP APM Distribution Module ports enter ET POWER ON ALL S SNMP traps denoted by an asterisk are not supported on the HP ProLiant s6500 Chassis The SET POWER ON ALL and SET POWER OFF ALL commands are not supported on HP APM 1 54 on the HP Moonshot 1500 Chassis To power on the PDU ports enter SET POWER ON PDM To power off PDU ports enter SET POWER OFF PDM Polling servers for power values To enable a background process that polls each server for its average minimum and maximum power values enter ENABLE POLLPOWER Polling these values increases the performance of SNMP queries of these power values The poll cycle time varies depending on how many server chassis are plugged into the HP APM system The more chassis that are present the less frequently each server will be polled If POLLPOWER is enabled then an SNMP request for any of these values on any res
118. th XML commands Requesting firmware version To request the firmware information enter GET FW VERSION For example lt SLAPMCL VERSION 1 00 gt lt LOGIN USER LOGIN Administrator PASSWORD password GET FW VERSION lt LOGIN gt lt SLAPMCL gt F P F P Requesting rack topology To request a return of the current topology of a rack infrastructure enter GET RACK TOPOLOGY For example lt SLAPMCL VERSION 2 00 gt LOGIN USER LOGIN Administrator PASSWORD password gt GET RACK TOPOLOGY lt LOGIN gt lt SLAPMCL gt Requesting rack information To request information about a rack infrastructure enter GET RACK INFO For example lt SLAPMCL VERSION 1 00 gt lt LOGIN USER LOGIN Administrator PASSWORD password GET RACK INFO lt LOGIN gt lt SLAPMCL gt Modifying compute node power To request SL Power Management Controller or turn a node on or off enter MOD COMPUTE NODE POWER For example lt SLAPMCL VERSION 2 00 gt LOGIN USER LOGIN Administrator PASSWORD password Using XML 70 lt MOD_COMPUTE_NO DE POWER lt SLAPM PORT 1 gt DIST MODULE PORT 1 lt NODE PORT 1 lt STATUS VALUE gt ON gt lt MOD_COMPUTE_N lt LOGIN gt lt SLAPMCL gt ODE POWER To request SL Po
119. token to disable IPv4 access to HP APM Set gateway Command SET GATEWAY NONE lt IP ADDRESS gt e Description Assigns or removes gateway IP address Set name e Command SET NAME name e Description Assigns a name to HP APM that will appear in the log and syslog entries Name can be up to 80 characters in length Set power e Command SET POWER ON OFF ENABLE DISABLE ALL lt PORT gt lt DMPORT gt lt NODE gt ALL where ALL is used when the command applies to all nodes You can also use it when the command applies to all the server nodes in a particular SL server enclosure lt PORT gt refers to the HP APM PDM1 or PDM2 port numbers lt DMPORT gt refers to the HP APM Distribution Module port number or HP Intelligent Modular PDU Extension Bar outlet number lt NODE gt refers to the SL server node e Description o Turns power on and off to SL enclosures o SET POWER ALL shows the HP Power Management Controller Utility hardware and firmware versions as well as the license status of all servers in the enclosures CLI commands 81 Set serial Set sys Command SET SERIAL lt baud rate gt Description o Configure the serial console baud rate o Serial access to the CLI will be by default 115200 bits s no parity 8 data bits and one stop bit 115200 N 8 1 You can configure t
120. und signs 7 e Carets e Ampersands amp e Exclamation points e Plus symbols e Equal symbols e Tilde e Numerical values between 0 9 To save and enable the password press Enter and can include Alternatively you can set the password by entering Si the following S ET PASSWORD alphabravo ET PASSWORD password For example enter General commands 54 When entering a password in this manner you must include quotation marks around the password being set This form of command is useful for scripted setup Disabling HP APM passwords To disable the password enter DISABLE PASSWORD This command disables the password protection feature If the password is disabled all network interfaces are also disabled Changing HP APM passwords To change the password of the current user enter SET PASSWORD lt newpassword gt This command changes the password of the current user to lt newpassword gt To change the password of a specific user enter SET PASSWORD ACCOUNT lt user gt lt newpassword gt This command changes the password of the lt user gt to a lt newpassword gt NOTE Only the Administrator can add or remove an account You can change your own password but only the Administrator can change another user s password Resetting factory settings for HP APM To restore the HP APM to its factory default settings enter RES ET FACTORY
121. ure Product Name Product SKU Serial Number UID Status Off 00 1001 5 C0 Oo FS Com Com Com Com Com Com Com Com Power s Power s Power s Power s Fan Fan Fan Fan Fan Fan slo slo slo slo slo slo HP ProLiant s6500 node node node node node node ute node ute node upply slot upply slot upply slot upply slot 1 status status status status status status ute ute ute ute ute ute O S O O O O O O Fr ET 9 CF FE Fr Now WN ost MAC ost MAC ost MAC ost MAC ost MAC ost MAC ost MAC ost MAC pied sta pied sta pied sta pied sta D8 D3 85 AE E7 03 78 E7 D1 E4 6E 1E 78 E7 D1 E4 6E B9 78 E7 D1 E4 6E BD D4 85 64 6A 52 2D 1C C1 DE 18 AC F7 D4 85 64 6A 51 C3 D4 85 64 6A 52 6D tus good tus good tus good tus good Command Line Interface 30 Fan slot 7 status good Fan slot 8 status good To show a particular MAC address enter SHOW MACADDR and then the HP APM port or both the HP APM port and HP APM Distribution Module port For example enter SHOW MACADDR 2 4 Command Line Interface 31 Logging Overview of logging Logging enables you to see the following information in HP APM e Actions taken e Events e Time when the action was taken or event occurred HP APM has the following types of logs e Event logs where HP APM records events e Faultlogs where HP APM reco
122. wer Management Controller to turn on all nodes attached to HP APM enter MOD ALL COMPUTE NOD ES POW ER VALUE 0N gt For example to turn on all nodes lt SLAPMCL VERSION 2 00 gt LOGIN USER LOG MOD ALL COMPUT LOGIN SLAPMCL IN Adminis E NOD ES POW trator PASSWORD password gt ER VALUE 0N gt To request SL Power Management Controller to turn off all nodes attached to HP APM enter ES POW ER VALUE OFF MOD ALL COMPUTE NOD For example to turn off all nodes lt SLAPMCL VERSION 2 00 gt LOGIN USER LOG MOD ALL COMPUT LOGIN lt SLAPMCL gt IN Adminis E NOD ES POW trator PASSWORD password gt ER VALUE OFF Requesting compute power node status To request the power status of a node enter GET COMPUT For example lt SLAPMCL VERSION 2 00 gt LOGIN USER LOGIN Administrator PASSWORD password gt GET COMPUTE NO DE POWER lt SLAPM PORT 1 gt DIST MODULE PORT 1 NODE PORT 1 gt GET COMPUTE NODE POWER LOGIN SLAPMCL To request the power status of all nodes attached to HP APM enter GET ALL COMPUTE NOD For example ES POW lt SLAPMCL VERSION 2 00 gt LOGIN USER LOG G
123. where PORT gt refers to the HP APM port DMPORT gt refers to the HP APM Distribution Module port Description o o Shows the same information as the SHOW RACK and SHOW SERVERS commands SHOW TOPOLOGY ALL shows the HP Power Management Controller Utility hardware and firmware versions as well as the license status of all servers in the enclosures Show asset info Command SHOW ASSETINFO Ww lt SHOW ASSETINFO lt PORT gt SHOW ASSETINFO lt PORT gt lt DMPORT gt here PORT gt refers to the HP APM port lt DMPORT gt refers to the HP APM Distribution Module port Description o o Shows the chassis in a rack in a report format Also requests and shows any asset tags from the chassis and any HP sourced 60A PDUs that are in the rack CLI commands 86 Show MAC address e Command SHOW MACADDR SHOW MACADDR lt PORT gt SHOW MACADDR lt PORT gt lt DMPORT gt where lt PORT gt refers to the HP APM port lt DMPORT gt refers to the HP APM Distribution Module port e Description Shows the contents of the rack including the MAC addresses of the individual SL server nodes if available Show time e Command SHOW TIME e Description Displays the currently set system time Show power baseline e Command SHOW POWER BASELINE e Description Reports t Show versi he currently established baseline

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