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snmp_mib_archive/nsapci.cfg
Heston Snodgrass 89bf4b016e initial commit
2016-12-15 15:03:18 -07:00

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#-MIBFILE: nsapci.mib
HPNSAPCI-MIB DEFINITIONS ::= BEGIN
DisplayString ::=
OCTET STRING
PhysAddress ::=
OCTET STRING
hp OBJECT IDENTIFIER ::= { enterprises 11 }
nm OBJECT IDENTIFIER ::= { hp 2 }
hpnsa OBJECT IDENTIFIER ::= { nm 23 }
hpnsaPci OBJECT IDENTIFIER ::= { hpnsa 10 }
hpnsaPciMibRev OBJECT IDENTIFIER ::= { hpnsaPci 1 }
hpnsaPciAgent OBJECT IDENTIFIER ::= { hpnsaPci 2 }
hpnsaPciBios OBJECT IDENTIFIER ::= { hpnsaPci 3 }
hpnsaPciConfig OBJECT IDENTIFIER ::= { hpnsaPci 4 }
hpnsaPciMibRevMajor OBJECT-TYPE
SYNTAX INTEGER (1..65535)
ACCESS read-only
STATUS mandatory
DESCRIPTION "The major revision level of the MIB."
::= { hpnsaPciMibRev 1 }
hpnsaPciMibRevMinor OBJECT-TYPE
SYNTAX INTEGER (0..65535)
ACCESS read-only
STATUS mandatory
DESCRIPTION "The minor revision level of the MIB."
::= { hpnsaPciMibRev 2 }
hpnsaPciAgentTable OBJECT-TYPE
SYNTAX SEQUENCE OF HPnsaPciAgentEntry
ACCESS read-only
STATUS mandatory
DESCRIPTION "A table of SNMP agents that satisfy requests for this MIB."
::= { hpnsaPciAgent 1 }
hpnsaPciAgentEntry OBJECT-TYPE
SYNTAX HPnsaPciAgentEntry
ACCESS read-only
STATUS mandatory
DESCRIPTION "A description of the agent/agents that access PCI information."
INDEX { hpnsaPciAgentIndex }
::= { hpnsaPciAgentTable 1 }
hpnsaPciAgentEntry ::=
SEQUENCE {
hpnsaPciAgentIndex INTEGER,
hpnsaPciAgentName DisplayString,
hpnsaPciAgentVersion DisplayString,
hpnsaPciAgentDate OCTET STRING
}
hpnsaPciAgentIndex OBJECT-TYPE
SYNTAX INTEGER (0..255)
ACCESS read-only
STATUS mandatory
DESCRIPTION "A unique index for this agent."
::= { hpnsaPciAgentEntry 1 }
hpnsaPciAgentName OBJECT-TYPE
SYNTAX DisplayString (SIZE(0..255))
ACCESS read-only
STATUS mandatory
DESCRIPTION "Name of the agent/agents satisfying SNMP requests for this MIB."
::= { hpnsaPciAgentEntry 2 }
hpnsaPciAgentVersion OBJECT-TYPE
SYNTAX DisplayString (SIZE(0..10))
ACCESS read-only
STATUS mandatory
DESCRIPTION "Version number of the agent/agents satisfying SNMP requests for
this MIB."
::= { hpnsaPciAgentEntry 3 }
hpnsaPciAgentDate OBJECT-TYPE
SYNTAX OCTET STRING (SIZE(7))
ACCESS read-only
STATUS mandatory
DESCRIPTION "The date on which this agent was created.
field octets contents range
_________________________________________________
1 1 years since 1900 0..255
2 2 month 1..12
3 3 day 1..31
4 4 hour 0..23
5 5 minute 0..59
6 6 second 0..59"
::= { hpnsaPciAgentEntry 4 }
hpnsaPciBiosPresent OBJECT-TYPE
SYNTAX INTEGER {
notPresent(0),
present(1)
}
ACCESS read-only
STATUS mandatory
DESCRIPTION "Identifies whether PCI BIOS is present.
0 = not present, 1 = PCI BIOS present."
::= { hpnsaPciBios 1 }
hpnsaPciBiosVersion OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION "The PCI BIOS version number:
low byte = minor version, high byte = major version."
::= { hpnsaPciBios 2 }
hpnsaPciBuses OBJECT-TYPE
SYNTAX INTEGER (0..255)
ACCESS read-only
STATUS mandatory
DESCRIPTION "Number of PCI buses in the system"
::= { hpnsaPciBios 3 }
hpnsaPciTable OBJECT-TYPE
SYNTAX SEQUENCE OF HpnsaPciEntry
ACCESS read-only
STATUS mandatory
DESCRIPTION "A list of PCI device/functions entries."
::= { hpnsaPciConfig 1 }
hpnsaPciEntry OBJECT-TYPE
SYNTAX HpnsaPciEntry
ACCESS read-only
STATUS mandatory
DESCRIPTION "A description of an PCI device/function."
INDEX { hpnsaPciBusIndex , hpnsaPciDeviceIndex, hpnsaPciFunctionIndex }
::= { hpnsaPciTable 1 }
hpnsaPciEntry ::=
SEQUENCE {
hpnsaPciBusIndex INTEGER,
hpnsaPciDeviceIndex INTEGER,
hpnsaPciFunctionIndex INTEGER,
hpnsaPciVendorId INTEGER,
hpnsaPciDeviceId INTEGER,
hpnsaPciRevisionId INTEGER,
hpnsaPciHeaderType INTEGER,
hpnsaPciClassCode OCTET STRING,
hpnsaPciCommand INTEGER,
hpnsaPciStatus INTEGER,
hpnsaPciCacheLineSize INTEGER,
hpnsaPciLatencyTimer INTEGER,
hpnsaPciBist INTEGER,
hpnsaPciInterruptLine INTEGER,
hpnsaPciInterruptPin INTEGER,
hpnsaPciMaxLat INTEGER,
hpnsaPciMinGnt INTEGER,
hpnsaPciBaseAddrRegs OCTET STRING,
hpnsaPciExpRomBaseAddr OCTET STRING,
hpnsaPciDeviceSpecific OCTET STRING,
hpnsaPciBusIndex INTEGER
}
hpnsaPciBusIndex OBJECT-TYPE
SYNTAX INTEGER (0..255)
ACCESS read-only
STATUS mandatory
DESCRIPTION "The PCI Bus number that this entry describes."
::= { hpnsaPciEntry 1 }
hpnsaPciDeviceIndex OBJECT-TYPE
SYNTAX INTEGER (0..31)
ACCESS read-only
STATUS mandatory
DESCRIPTION "The PCI device or slot number that this entry describes."
::= { hpnsaPciEntry 2 }
hpnsaPciFunctionIndex OBJECT-TYPE
SYNTAX INTEGER (0..7)
ACCESS read-only
STATUS mandatory
DESCRIPTION "The PCI function that this entry describes."
::= { hpnsaPciEntry 3 }
hpnsaPciVendorId OBJECT-TYPE
SYNTAX INTEGER {
Compaq_Computer_Corp(3601),
Symbios_Inc(4096),
ATI_Technologies_Inc(4098),
Ulsi_Systems(4099),
VLSI_Technology_Inc(4100),
Avance_Logics_Inc(4101),
Reply_Group(4102),
Netframe_Systems_Inc(4103),
Epson(4104),
Phoenix_Technologies(4106),
National_Semiconductor(4107),
Tseng_Labs_Inc(4108),
AST_Research_Inc(4109),
Weitek(4110),
Video_Logic_Ltd(4112),
DEC(4113),
Micronics_Computers_Inc(4114),
Cirrus_Logic(4115),
IBM(4116),
ICL_Personal_Systems(4118),
Spea_Software_Ag(4119),
Unisys_Systems(4120),
Elitegroup_Computer_Sys(4121),
NCR(4122),
Vitesse_Semiconductor(4123),
Western_Digital(4124),
American_Megatrends(4126),
Picture_Tel(4127),
Hitachi_Computer_Products(4128),
Oki_Electric_Industry(4129),
Advanced_Micro_Devices(4130),
Trident_Microsystems(4131),
Zenith_Data_Systems(4132),
Acer_Incorporated(4133),
Dell_Computer_Corporation(4136),
Siemens_Nixdorf_IS_AG(4137),
Matrox(4139),
Chips_And_Technologies(4140),
Wyse_Technology(4141),
Olivetti_Advanced_Technology(4142),
Toshiba_America_Elect(4143),
TMC_Research(4144),
Miro_Computer_Products_AG(4145),
Compaq(4146),
NEC_Corporation(4147),
Burndy_Corporation(4148),
Comp_Comm_Resh_Lab(4149),
Future_Domain(4150),
Hitachi_Micro_Systems(4151),
AMP_Inc(4152),
Silicon_Integrated_System(4153),
Seiko_Epson_Corporation(4154),
Tatung_Co_Of_America(4155),
Hewlett-Packard(4156),
Solliday_Engineering(4158),
Logic_Modeling(4159),
Kubota_Pacific_Computer_Inc(4160),
Computrend(4161),
PC_Technology_Inc(4162),
Asustek_Computer_Inc(4163),
Distributed_Processing_Technology(4164),
OPTI(4165),
IPC_Corporation_Ltd(4166),
Genoa_Systems_Corp(4167),
Elsa_Gmbh(4168),
Fountain_Technology(4169),
Sgs_Thomson_Microelectric(4170),
Buslogic(4171),
Texas_Instruments(4172),
Sony_Corporation(4173),
Oak_Technology_Inc(4174),
Co-Time_Computer_Ltd(4175),
Winbond_Electronics_Corp(4176),
Anigma_Inc(4177),
Young_Micro_Systems(4178),
Hitachi_Ltd(4180),
Efar_Microsystems(4181),
ICL(4182),
Motorola_Computer(4183),
Electronics_Telec_Rsh(4184),
Teknor_Microsystems(4185),
Promise_Technology(4186),
Foxconn_International(4187),
Wipro_Infotech_Limited(4188),
Number_9_Computer_Company(4189),
VTECH_Computers_Limites(4190),
Infotronic_America_Inc(4191),
United_Microelectronics(4192),
ITT(4193),
Maspar_Computer_Corp(4194),
Ocean_Office_Automation(4195),
Alcatel_CIT(4196),
Texas_Microsystems(4197),
Picopower_Technology(4198),
Mitsubishi_Electronics(4199),
Diversified_Technology(4200),
Mylex_Corporation(4201),
Aten_Research_Inc(4202),
Apple_Computer_Inc(4203),
Hyundai_Electronics_Ameri(4204),
Sequent(4205),
DFI_Inc(4206),
City_Gate_Development_Ltd(4207),
Daewoo_Telecom_Ltd(4208),
Mitac(4209),
GIT_CO_LTD(4210),
Yamaha_Corporation(4211),
Nexgen_Microsysteme(4212),
Advanced_Integration_Res(4213),
Chaintech_Computer_Co_Ltd(4214),
Q_Logic(4215),
Cyrix_Corporation(4216),
I-BUS(4217),
Networth(4218),
Gateway_2000(4219),
Goldstar_Co_Ltd(4220),
Leadtek_Research_Inc(4221),
Interphase_Corporation(4222),
Data_Technology_Corporation(4223),
Contaq_Microsystems_Inc(4224),
Supermac_Technology_Inc(4225),
EFA_Corporation_Of_America(4226),
Forex_Computer_Corporation(4227),
Parador(4228),
Tulip_Computers_Int_BV(4229),
J_Bond_Computer_Systems(4230),
Cache_Computer(4231),
Microcomputer_Systems__M_SON(4232),
Data_General_Corporation(4233),
Bit3_Computer(4234),
Oakleigh_Systems_Inc(4236),
Olicom(4237),
Systemsoft_Corporation(4239),
Encore_Computer_Corporation(4240),
Intergraph_Corporation(4241),
Diamond_Computer_Systems(4242),
National_Instruments(4243),
First_Intl_Computers(4244),
Cmd_Technology_Inc(4245),
Alacron(4246),
Appian_Technology_Inc(4247),
Quantum_Designs_HK_Ltd(4248),
Samsung_Electronics_Co_Ltd(4249),
Packard_Bell(4250),
Gemlight_Computer_Ltd(4251),
Megachips_Corporation(4252),
Zida_Technologies_Ltd(4253),
Brooktree_Corporation(4254),
Trigem_Computer_Inc(4255),
Meidensha_Corporation(4256),
Juko_Electronics_Ind_Co_Ltd(4257),
Quantum_Corporation(4258),
Everex_Systems_Inc(4259),
Globe_Manufacturing_Sales(4260),
Racal_Interlan(4261),
Informtech_Industrial_Ltd(4262),
Benchmarq_Microelectronics(4263),
Sierra_Semiconductor(4264),
Silicon_Graphics(4265),
Acc_Microelectronics_Corp(4266),
Digicom(4267),
Honeywell_Iasd(4268),
Symphony_Labs(4269),
Cornerstone_Technology(4270),
Micro_Computer_Sysytems_Inc(4271),
Cardexpert_Technology(4272),
Cabletron_Systems_Inc(4273),
Raytheon_Company(4274),
Databook_Inc(4275),
Stb_Systems_Inc(4276),
Plx_Technology(4277),
The_3COM_Corporation(4279),
Standard_Microsystems_Corporation(4280),
Acer_Labs(4281),
Mitsubishi_Electronics_Corp(4282),
Dapha_Electronics_Corporation(4283),
Advanced_Logic_Research_Inc(4284),
Surecom_Technology(4285),
Tsenglabs_International_Co(4286),
Most_Inc(4287),
Boca_Research_Inc(4288),
ICM_Co_Ltd(4289),
Auspex_Systems_Inc(4290),
Samsung_Semiconductors(4291),
Award_Software_Intl_Inc(4292),
Xerox_Corporation(4293),
Rambus_Inc(4294),
Media_Vision(4295),
Neomagic_Corporation(4296),
Dataexpert_Corporation(4297),
Fujitsu(4298),
Omron_Corporation(4299),
Mentor_Arc_Inc(4300),
Advanced_System_Products(4301),
Radius_Inc(4302),
Citicorp_TTI(4303),
Fujitsu_Limited(4304),
Future_Systems(4305),
Molex_Incorporated(4306),
Jabil_Circuit_Inc(4307),
Hualon_Microelectronics(4308),
Autologic_Inc(4309),
Cetia(4310),
Advanced_Peripherals_Labs(4312),
Macronix_International_Co_Ltd(4313),
Thomas-Conrad_Corporation(4314),
Rohm_Research(4315),
Cern_Ecp_Edu(4316),
Evans_Sutherland(4317),
Nvidia_Corporation(4318),
Emulex_Corporation(4319),
Integrated_Micro_Solutions_Inc(4320),
Tekram_Technology_Co_Ltd(4321),
Aptix_Corporation(4322),
Newbridge_Microsystems(4323),
Tandem_Computers(4324),
Micro_Industries_Corporation(4325),
Gainbery_Computer_Products_Inc(4326),
Vadem(4327),
Applied_Micro_Circuits_Corporation(4328),
Alps_Electric_Co_Ltd(4329),
Integraphics_Systems(4330),
Artists_Graphics(4331),
Realtek_Semiconductor_Co_Ltd(4332),
Ascii_Corporation(4333),
Xilinx_Corporation(4334),
Racore_Computer_Products_Inc(4335),
Peritek_Corporation(4336),
Tyan_Computer(4337),
Achme_Computer_Inc(4338),
Alaris_Inc(4339),
S-MOS_Systems(4340),
NKK_Corporation(4341),
Creative_Electronic_Systems_SA(4342),
Matsushita_Electric_Industrial_Co_Ltd(4343),
Altos_India_Ltd(4344),
PC_Direct(4345),
Truevision(4346),
Thesys_Ges_F_Mikroelektronik_MGH(4347),
I-O_Data_Device_Inc(4348),
Soyo_Technology_Co_Ltd(4349),
Fast_Electronic_GMBH(4350),
Ncube(4351),
Jazz_Multimedia(4352),
Initio_Corporation(4353),
Creative_Labs(4354),
Triones_Technologies_Inc(4355),
Rasterops(4356),
Sigma_Designs_Inc(4357),
Via_Technologies_Inc(4358),
Stratus_Computer(4359),
Proteon_Inc(4360),
Cogent_Data_Technologies(4361),
Xenon_Microsystems(4363),
Mini-Max_Technology_Inc(4364),
Znyx_Advanced_Systems(4365),
CPU_Technology(4366),
Ross_Technology(4367),
Powerhouse_Systems(4368),
Santa_Cruz_Operation(4369),
Rockwell_Network_Systems(4370),
Accton_Technology_Corporation(4371),
Atmel_Corp(4372),
The_3dLabs(4373),
Data_Translation(4374),
Datacube_Inc(4375),
Berg_Electronics(4376),
Vortex_Computersysteme_Gmbh(4377),
Efficent_Networks_Inc(4378),
Teledyne_Electronic_Systems(4379),
Tricord_Systems_Inc(4380),
Integrated_Device_Tech(4381),
Eldec_Corporaton(4382),
Prescision_Digital_Images(4383),
EMC_Corporation(4384),
Zilog(4385),
Multi-Tech_Systems_Inc(4386),
Leutron_Vision_Ag(4387),
Eurocore(4388),
Vigra(4389),
Firmworks(4393),
Hermes_Electronics_Co_Ltd(4394),
Linotype_Hell_AG(4395),
Ravicad(4397),
Infomedia_Microelectronics_Inc(4398),
Imaging_Technology_Inc(4399),
Computervision(4400),
Philips_Semiconductors(4401),
Mitel_Corp(4402),
Eicon_Technology_Corporation(4403),
Mercury_Computer_Systems_Inc(4404),
Fuji_Xerox_Co_Ltd(4405),
Momentum_Data_Systems(4406),
Cisco_Systems_Inc(4407),
Ziatech_Corporation(4408),
Dynamic_Pictures_Inc(4409),
FWB_Inc(4410),
Cyclone_Micro(4412),
Leading_Edge_Products_Inc(4413),
Sanyo_Electric_Co(4414),
Equinox_Systems(4415),
Intervoice_Inc(4416),
Crest_Microsystem_Inc(4417),
Alliance_Semiconductor_Corporation(4418),
Netpower_Inc(4419),
Cincinnati_Milacron(4420),
Workbit_Corp(4421),
Force_Computers(4422),
Interface_Corp(4423),
Schneider_Koch_Co(4424),
Win_System_Corporation(4425),
VMIC(4426),
Canopus_Co_Ltd(4427),
Annabooks(4428),
IC_Corporation(4429),
Nikon_Systems_Inc(4430),
Digi_International(4431),
Thinking_Machines_Corp(4432),
Jae_Electronics_Inc(4433),
Megatek(4434),
Land_Win_Electronic_Corp(4435),
Melco_Inc(4436),
Pine_Technology_Ltd(4437),
Periscope_Engineering(4438),
S3_Inc(21299),
Netpower(22272),
Intel(32902),
Adaptec(36868),
Ark_Logic_Inc(60888)
}
ACCESS read-only
STATUS mandatory
DESCRIPTION "Identifies the manufacturer of the device. 0xFFFF is an
invalid value for a vendor ID.
Vendor ID Manufacturer
--------- ------------
XXXX Hewlett-Packard Co."
::= { hpnsaPciEntry 4 }
hpnsaPciDeviceId OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION "Identifies the particular device. This identier is allocated
by the vendor.
Device ID Description
--------- ------------
XXXX Blah! Blah!"
::= { hpnsaPciEntry 5 }
hpnsaPciRevisionId OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION "Specifies a device specific revision identifier."
::= { hpnsaPciEntry 6 }
hpnsaPciHeaderType OBJECT-TYPE
SYNTAX INTEGER (0..255)
ACCESS read-only
STATUS mandatory
DESCRIPTION "Idendifies the layout of bytes 10h-3Fh in configuration
space and whether or not the device contains multiple
functions.
Bit 7: 1=multi-function device, 0=single function
Bit 6-0: Defines layout, 0 is only layout defined,
all other values are reserved."
::= { hpnsaPciEntry 7 }
hpnsaPciClassCode OBJECT-TYPE
SYNTAX OCTET STRING (SIZE(3))
ACCESS read-only
STATUS mandatory
DESCRIPTION "Identifies the generic function of the device.
Base Sub- Prog
Class Class If. Meaning
----- ----- ----- -------
00h Device built before Class Code
definitions were finalized.
00h 00h All currently implemented devices
except VGA compatible devices.
01h 00h VGA compatible device
01h Mass Storage controller
00h 00h SCSI bus controller
01h 00h IDE controller
02h 00h Floppy disk controller
03h 00h IPI bus controller
80h 00h Other mass storage controller
02h Network controller
00h 00h Ethernet controller
01h 00h Token Ring controller
02h 00h FDDI controller
80h 00h Other network controller
03h Display controller
00h 00h VGA compatible controller
01h 00h XGA controller
80h 00h Other display controller
04h Multimedia device
00h 00h Video
01h 00h Audio
80h 00h Other multimedia device
05h Memory controller
00h 00h RAM
01h 00h Flash
80h 00h Other memory controller
06h Bridge device
00h 00h Host bridge
01h 00h ISA bridge
02h 00h EISA bridge
03h 00h MC bridge
04h 00h PCI-to-PCI bridge
05h 00h PCMCIA bridge
80h 00h Other bridge device
07h-FEh Reserved
FFh Device does not fit in any
defined classes."
::= { hpnsaPciEntry 8 }
hpnsaPciCommand OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION "Provides course control over a device's ability to generate
and respond to PCI cylces.
Bit Description
--- ------------
0 IO Space
1 Memory Space
2 Bus Master
3 Special Cycles
4 Memory Write and Invlaidate Enable
5 VGA Palette snoop
6 Parity Error Response
7 Wait cycle control
8 SERR# enable
9 Fast Back-to-Back Enable
10-15 Reserved"
::= { hpnsaPciEntry 9 }
hpnsaPciStatus OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION "Status information for PCI bus related events.
Bit Description
--- ------------
0-6 Reserved
7 Fast Back-to-Back Capable
8 Data Parity Detected
9-10 DEVSEL timing; 00=fast, 01=medium, 10=slow
11 Signal Target Abort
12 Received Target Abort
13 Received Master Abort
14 Signaled System Error
15 Detected Parity Error"
::= { hpnsaPciEntry 10 }
hpnsaPciCacheLineSize OBJECT-TYPE
SYNTAX INTEGER (0..255)
ACCESS read-only
STATUS mandatory
DESCRIPTION "Specifies the system cache line size in units of 32-bit words."
::= { hpnsaPciEntry 11 }
hpnsaPciLatencyTimer OBJECT-TYPE
SYNTAX INTEGER (0..255)
ACCESS read-only
STATUS mandatory
DESCRIPTION "Specifies, in units of PCI bus clocks, the value of the
Latency Timer for this PCI bus master."
::= { hpnsaPciEntry 12 }
hpnsaPciBist OBJECT-TYPE
SYNTAX INTEGER (0..255)
ACCESS read-only
STATUS mandatory
DESCRIPTION "This optional register is used for control and status
of Built-in Self Test. Devices that don't support BIST
must always return a value of 0.
Bit Description
--- ------------
7 0=BIST not supported, 1=BIST supported
6 Wrtie a 1 to invoke BIST. Devices resets the
bit when BIST is complet. Software should fail
device if BIST is not complete after 2 seconds.
5-4 Reserved
3-0 0=Device passed test, non-zero= device-specific
failure code."
::= { hpnsaPciEntry 13 }
hpnsaPciInterruptLine OBJECT-TYPE
SYNTAX INTEGER (0..255)
ACCESS read-only
STATUS mandatory
DESCRIPTION "Communicates interrupt line routing information. The value
in this register tells which input of the system interrupt
contoller(s) the device's interrupt pin is connected to."
::= { hpnsaPciEntry 14 }
hpnsaPciInterruptPin OBJECT-TYPE
SYNTAX INTEGER (0..255)
ACCESS read-only
STATUS mandatory
DESCRIPTION "Tells which interrupt pin the device uses."
::= { hpnsaPciEntry 15 }
hpnsaPciMaxLat OBJECT-TYPE
SYNTAX INTEGER (0..255)
ACCESS read-only
STATUS mandatory
DESCRIPTION "Specifies how often the device needs to gain access to
the PCI bus."
::= { hpnsaPciEntry 16 }
hpnsaPciMinGnt OBJECT-TYPE
SYNTAX INTEGER (0..255)
ACCESS read-only
STATUS mandatory
DESCRIPTION "Specifies how long a burst period the device needs assuming
a clock rate of 33MHz."
::= { hpnsaPciEntry 17 }
hpnsaPciBaseAddrRegs OBJECT-TYPE
SYNTAX OCTET STRING (SIZE(24))
ACCESS read-only
STATUS mandatory
DESCRIPTION "Base address mapping registers for memory and IO. Refer
to the PCI specification for the format."
::= { hpnsaPciEntry 18 }
hpnsaPciExpRomBaseAddr OBJECT-TYPE
SYNTAX OCTET STRING (SIZE(4))
ACCESS read-only
STATUS mandatory
DESCRIPTION "4-byte register is defined to handle the base address
and size information for an expansion ROM.
Bit Description
--- ------------
31-11 Expansion ROM Base Address (upper 21 bits)
10-1 Reserved
0 0 = address decoding is disabled and no access
to this space are allowed.
1 = address decoding enabled."
::= { hpnsaPciEntry 19 }
hpnsaPciDeviceSpecific OBJECT-TYPE
SYNTAX OCTET STRING (SIZE(192))
ACCESS read-only
STATUS mandatory
DESCRIPTION "Device specific configuration space."
::= { hpnsaPciEntry 20 }
hpnsaPciSlotNumber OBJECT-TYPE
SYNTAX INTEGER
ACCESS read-only
STATUS mandatory
DESCRIPTION "The physical PCI slot number"
::= { hpnsaPciEntry 21 }
END
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