NWSERVER/e1000e.lan 0000755 0000000 0000000 00000527225 11110571640 010621 0 ustar NetWare Loadable Module
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5 CoPyRiGhT=>Copyright 1998 - 2007 Intel Corporation. All Rights Reserved. MeSsAgEs LaStMoDi Tue Nov 18 16:56:50 2008
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dž t
EP4EEp4YMEG t : E; u| E Ex L$ EU;Ux t+iK % t EPuh j m x j j h j EPuh4 j j j hT j j j hh j j j h j j j h j j j h j j j hP j j j h j Ɔl +| V( e_^[]USVW0uE E̋ E} ta uPdž DE̋P E̋ E} t u
dž } udž dž q UЋ| EE E EEE;Er싆8 E̋| q x E D t ẺẺ Ẻ E EԃEU;q r Eċ Eȋ E} t u
dž t R4Eĉr4YMĉEȉP t Eȉ Eȉ E E; u| Eĉ Ex ? "| V( V ( ` q V( V( V E܃ t u
dž U܀X tM & & - t- t- t- t !E܉EM M M m vM V E܉ +| V( Ɔ VYe_^[]USVW] E} tqTvSYY t 2 x t u
ǃ ue_^[]USVW]P P E} t= j v S P P tP P u
ǃT ue_^[]US]S2CPh j S2C$Ph( j S(2 PhH j S,2 Phh j S02 Ph j S82 Ph j S 2 PhȊ j S 2$ Ph j S 2D Ph j S 2d Ph( j S 2 PhH j S ( 2 Phh j S ( 2 Ph j S( 2 Ph j S( 2$ Phȋ j S( 2D Ph j S( 2d Ph j S R 2H Ph( j S 2 PhH j S 2D Phh j S 8 2 Ph j S8 2 Ph j S8 2$ PhȌ j S8 2D Ph j S8 2d Ph j S V 2X Ph( j S @ 2 PhH j S@ 2$ Phh j S@ 2D Ph j S@ 2d Ph j S @ 2 Phȍ j S(@ 2 Ph j S0@ 2 Ph j S8@ 2 Ph( j S@@ 2 PhH j S$ 2D Phh j S$ 2d Ph j S4 2D Ph j S4 2d PhȎ j S 2 Ph j S2CdPh j S 2@ Ph( j S 2$@ PhH j S(( 2 Phh j e[]USVWUi U9s)1)ډUB9rߍe_^[]USVW9s)1)UB9rߍe_^[]USVWu} tfPu e_^[]USVW}u tu fe_^[]Uuu u 1USVWu u YYǍe_^[]USVu uu e^[]USVW]{ S u WS VSYYe_^[]USVuh^ 5M YY h^ 5M YY j VYY u j j h j fB fB S B B M S B B Yt8j j h8 j VYYdž 1e^[]USVuh^ 5M YY h_ 5M YY j VYY uj j hd fB fB S B B M S B B Yt'j j h j V Y1e^[]US] t$ Y SYYǃ ǃ e[]US] t$ Y SYYǃ ǃ e[]SV\$ |1S X 2% tS X 20^[SV\$ |_ uOS% u>S Y S X 2 S X 2SX ƃ^ 0^[USVWuE ^ VY u&V,Ytj j hȔ j fV'Yu0ZV j2{YV u3 |*V:ˀ VV: VEEe_^[]SV\$ tQS |$ u9S 2#h t"% tƃ\ \ 0^[SV\$ t`S |$ uHS 2#h t1S T$% tƃ\ \ 0^[SVt$ t^ h ^[USVWu E e j \ V VEVx EV E胾 ~ 1U 9uE% t2E% u&Vx ]VƆ Ɔ\ \ t.V u%VMYƆ\ \ tV YƆ\ V YV YM} tpV E} tfE% t1Ɔ u!* uV% uVz YE% tƆ\ \ } e_^[]USVWu E . 3 \ V VEVx EV E胾 ~ 1U 9uE% t2E% u&Vx ]VƆ Ɔ\ V YV YM} tpV E} tfE% t1Ɔ u!* uV% uV YE% tƆ\ \ } e_^[]USVW}E EP"J UE; v )UE@ % g E ` t&]苷 ET.]ET. ]ET. ]ET. EUE;P&rP&t E; u U EP"u P E} tP P u
LJT t EE E E j p W E}u E u r t s G u WP E} [} tP E} u Ƈ t uƇ e_^[]USVW0uE U E@ % ux V Y E E̋E@ % uE@
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Eԋx u _^[SVWUl$t$1FCG;|$ r]_^[SVW|$t$C; uFC> u _^[SVW|$t$17 a|z a|z 8}8~ C;\$r1_^[SVWUt$|$L$ ; u C % % $8 L g v ņ ʀ
SQfSC C C fC 0 C fC ʀSʀSQ ʀ
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ǀ M|H @& @" EPEEPxE ǀ EPUEPEH ʉUEPE; u E"E E E*E f} E % u(E % uE % X EPfEE% 0 8 EPEPEPxEPut{E} E% t % u E E% E E% % - = v-= v-tE
EEu|uN {E t ||E |E | Ef@juu E@ E E$ $ MAEm0E B"% t uYEE ; u9U UEf8ufAEe (Ef8u E E
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@
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tH Ex tDE$ t8E=t-tH @MfHE$ u
tH ET t T ||ET |ET T P | E + P8 Ex v EH$ Eu r t s E@ Eu PEƀ e_^[]USVW ƅ Dž Dž E ƅ( DžD M HH t ȉ u
ǀ MH @& @" EP0EPE T ǀ EPPH ʉ$EPE; u ƅ("Dž@ E ƅ(*Dž@ f$ E % u(E % uE % EPf % 0 Y PEP0P(Put,, E% t % uDž E% Dž E% % - = v-= v-tƅ(ƅ(ƅ(@uy {E t E E Ef@juu E@!
DžX E$ $ MATT0E B"% tTYTT ; uNT PPf8ufAXX 4Pf8u DžX DžX Mf$ XXLL<=t0H @ DžX E$ $ MATT0E B"% tTYTT ; uNT PPf8ufAXX 4Pf8u DžX DžX Mf$ XXLL<=t0H @ $ Q ( , R 0 4 8 ^ < @ & D H { L ڭ P T X ˮ \
` O d h + l [ p t x ` | z A Ѵ ʷ U ( Y G ' | A C y 8 m / $ ( , 0 $ 4 l 8 < @ D H > L j P T & X \ ` d ! h l p t x m | = L [ V . < Q % } /! , . B. &3 %6 7 D7 7 98 "; @ B C Y $ [ ( W[ , ^ 0 _ 4 "c 8 f < 0i @ l D mm H m L |t P t T t X )u \ ]u ` uu d u h u l u p 'w t The keyword '%s' is not supported by driver
Packet header size = %d (decimal).
Packet is too small to be IP.
Ethernet and IP header in separate fragments.
Ethernet and IP header in same fragment.
Protocol is not TCP or UDP.
IpBufferPtr = %.8xh, BufferPtr = %.8x
FragsNFlags = %4xh NoFragment = %xh MoreFragments Bit = %xh DatagramId = %.4x
Packet is fragmented by IP.
Packet has options which we cannot handle.
IP Header Length = %xh, Layer4Length = %xh
Protocol.Word = %xh, Layer4Length (byte swapped) = %xh
Src Addr Lo = %.4x, Src Addr Hi = %.4x
Dest Addr Lo = %.4x, Dest Addr Hi = %.4x
PseudoHdrChecksum = %xh
PseudoHdrChecksum AFTER carry logic = %xh
TCP
TcpBufferPtr = %.8xh, ChecksumOffset = %dd
UDP
UdpBufferPtr = %.8xh, ChecksumOffset = %dd
Overriding default: RxDescriptors set to %d (decimal).
Overriding default: TxDescriptors set to %d (decimal).
Overriding default: CoalesceBuffers set to %d (decimal).
Overriding default: Memory Write and Invalidate set to OFF.
Overriding default: Flow Control Highwater mark set to %xh.
Overriding default: Flow Control Lowwater mark set to %xh.
Overriding default: Flow Control Pause time set to %xh.
Overriding default: TX flow control is enabled.
Overriding default: Flow Control is completely disabled.
Flow control is disabled.
TX flow control is enabled.
Overriding default: Flow Control is completely disabled.
Overriding default: RX flow control is enabled.
Overriding default: TX flow control is enabled.
RX and TX (Symmetric) flow control is enabled.
Overriding default: EEPROM flow control configuration being used.
Overriding default: Transmit Interrupt Delay set to %d (decimal).
Overriding default: Receive Interrupt Delay set to %d (decimal).
Overriding default: Receive Absolute Timer set to %d (decimal).
Overriding default: Receive Small Packet Detect set to %d (decimal).
Overriding default: MulticastFilter set to %d (decimal).
Overriding default: CoalesceSize set to %d (decimal).
Overriding default: AppendSize set to %d (decimal).
Overriding default: CopySize set to %d (decimal).
Overriding default: PMEDisable set to %d (0=enabled 1=disabled).
Overriding default: PCI Hot-Plug persistency set to OFF.
Overriding default: PCI Hot-Plug persistency set to ON.
Jumbo option for this device is limited to 10500 bytes. Setting jumbo parameter to 10500.
Overriding default: Auto negotiation disabled. Line speed set to %d Mbps.
Overriding default: Link forced to full duplex operation.
WARNING: Auto negotiation is disabled. To ensure that link is established
correctly you MUST disable auto negotiation on the link partner
full and force it to %d Mbps %s duplex operation.
Overriding default: Link forced to half duplex operation.
WARNING: Auto negotiation is disabled. To ensure that link is established
correctly you MUST disable auto negotiation on the link partner
half and force it to %d Mbps %s duplex operation.
Overriding default: Auto negotiation disabled. Line speed set to %d Mbps.
Overriding default: Link forced to full duplex operation.
WARNING: Auto negotiation is disabled. To ensure that link is established
correctly you MUST disable auto negotiation on the link partner
full and force it to %d Mbps %s duplex operation.
Overriding default: Link forced to half duplex operation.
WARNING: Auto negotiation is disabled. To ensure that link is established
correctly you MUST disable auto negotiation on the link partner
half and force it to %d Mbps %s duplex operation.
Linespeed forced to 1000 Mbps to support Jumbo frames.
Overriding default: Auto negotiation disabled. Line speed set to %d Mbps.
Auto negotiation enabled.
Error: FORCEDUPLEX cannot be used unless SPEED is used also.
Using default settings.
Overriding default: Auto negotiation will advertise: 10H 10F 100H 100F 1000F
WARNING: Improper use of the AUTONEG keyword can prevent normal
link operation. Use this keyword with caution.
Overriding default: Not waiting for link during initialization.
Overriding default: Direct Data Pump mode enabled.
Overriding default: Adaptive TX Threshold enabled.
Overriding default: Early RX Threshold set to %d.
Overriding default: Adaptive IFS disabled.
Overriding default: Adaptive IFS enabled with user-specified values.
Error: To override Adaptive IFS parameters you must use all four keywords.
Parameter ignored.
< s < s
( ( ( ( ( ( ( ( ( 2 2 2 2 2 2 2 < < < < < < < < < F F F F F F P P P P P P Z Z Z Z Z Z Z Z Z d d d d d d d d d d d d d d n n n n n n n n n n n n n n n n n n x x x x x x x x x x qqqqrrrr 2 P n
# & )
! % ) , 0 3 6 : = # ( , 1 5 9 = A D H K O R ( - 3 8 = B F K O S W [ ^ b e h < B H M R W \ ` d h l o r u w y S Y _ d i m q t w z | h m r v y | `1 ! REPORTTXEARLY=%d 1 ,2 B FORCEDUPLEX=%d =2 2 B
d SPEED=%d 2 ,3 3 PMEDISABLE=%d 53 3 B AUTONEG=%d 3 4 B WAITFORLINK=%d 4 4 B EARLYRX=%d 4 4 B EARLYTX=%d 5 p5 B ADAPTIVEIFS=%d {5 5 B SETATTENTIONSTATE=%d 5 Z6 B PERSIST=%d o6 6 B COPYSIZE=%d 6 J7 B APPENDSIZE=%d V7 7 B COALESCESIZE=%d 7 48 B DMAFAIRNESS=%d D8 8 B MULTICASTFILTER=%d 8 #9 B FLOWCONTROL=%d 69 9 B HIGHWM=%x 9 : ȩ B LOWWM=%x : : B PAUSETIME=%x : : B TXINTDELAY=%d ; m; ( B RXINTDELAY=%d {; ; B RXABSOLUTETIMER=%d ; Y< B ITR=%d l< < B RXSMALLPKTDETECT=%d < C= B MWI=%d W= = B MLT=%d = .> B COALESCEBUFFERS=%d 5> > ` B JUMBO=%d > ? ? B IFSTEST=%d !? ? ? B IFSMIN=%d ? ? @ B IFSMAX=%d @ n@ @ B IFSRATIO=%d x@ @ B IFSSTEP=%d @ TA d B TXDESCRIPTORS=%d _A A ` B RXDESCRIPTORS=%d A @B @ B TBIFIX=%d QB B B POLL=%d B +C B POLLLOOPCOUNT=%d 3C C B INTLOOPCOUNT=%d C D B TXSPEEDMODE=%d $D D B DDP=%d D E B TRANSMITMODE=%d rE B OEMLOAD=%d E B LOM=%04x ]F B RXCHECKSUM=%d F B TXCHECKSUM=%d DG B SENDXON=%d G B VLANTEST=%d -H p B SPURIOUS=%d H B DETECTLINK I MASTERSLAVE=%d I B CARDTYPE=%d I @ B EEPROM=%d sJ B SPD=%d J B DEBUG=%x TK B MINRXDESCRIPTORS=%d K B E1000E HSM_CSPEC_VERSION: 1.11 HW.PersistentDriverShutdown HW.PersistentDriverShutdownReply HW.PersistentDriverRestart HW.PersistentDriverRestartReply HW.SetAttentionState MANCAP pppppp HardwareDriverMLID H( AL M ) U{ Q |
% < /! 0{ Mz ( HL Intel(R) PRO/1000 PT Desktop Adapter
Intel(R) PRO/1000 PT Dual Port Network Connection
Intel(R) PRO/1000 PT Dual Port Server Connection
Intel(R) PRO/1000 PT Dual Port Server Adapter
HP NC360T PCIe DP Gigabit Server Adapter
Intel(R) PRO/1000 PF Dual Port Server Adapter
Intel(R) PRO/1000 PB Dual Port Server Connection
Intel(R) PRO/1000 PT Server Adapter
HP NC110T PCIe Gigabit Server Adapter
Intel(R) PRO/1000 PF Server Adapter
Intel(R) PRO/1000 PT Quad Port LP Server Adapter
HP NC364T PCIe Quad Port Gigabit Server Adapter
Intel(R) PRO/1000 EB1 Network Connection
Intel(R) PRO/1000 PF Quad Port Server Adapter
Intel(R) 82575EB Dual Port Gigabit Ethernet Riser Card
Intel(R) 82575EM Dual Port Gigabit Ethernet Backplane Connection
Intel(R) Gigabit ET Dual Port Server Adapter
HP NC362i Integrated DP Gigabit Server Adapter
HP NC360m Dual Port 1GbE BL-c Adapter
Intel(R) Gigabit CT Desktop Adapter
HP NC112T PCIe Gigabit Server Adapter
Intel(R) Gigabit PT Quad Port Server ExpressModule
HP NC364m Quad Port 1GbE BL-c Adapter
Intel(R) Gigabit EF Dual Port Server Adapter
Intel(R) Gigabit ET Quad Port Server Adapter
ZZ ON ZZON ZZON ^^vN ^^ N ^^N ^^N ^^N ^<Dp
O _Z 8O _Z 8O __8O __8O __8O ``hO `` hO }O }O ON ON <JpO ~O ~O P P <KpBP &tP 4tP P P P Q KQ <?2zQ <Q Q <P2Q !R <VR ~R ,R R Intel(R) PRO/1000 PM Network Connection
Intel(R) PRO/1000 PT Network Connection
Intel(R) PRO/1000 PT Mobile Connection
Intel(R) PRO/1000 PT IDE
Intel(R) PRO/1000 PT Serial
Intel(R) PRO/1000 PT IPMI/KCS
Intel(R) PRO/1000 PF Network Connection
Intel(R) PRO/1000 PB Server Connection
Intel(R) PRO/1000 PL Network Connection
Intel(R) PRO/1000 EB Network Connection
Intel(R) PRO/1000 EB Server Connection
Intel(R) PRO/1000 EB Backplane Connection
Intel(R) PRO/1000 IDE Redirection
Intel(R) PRO/1000 Serial over LAN
Intel(R) 82566DM Gigabit Network Connection
Intel(R) 82566DC Gigabit Network Connection
Intel(R) 82566MM Gigabit Network Connection
Intel(R) 82562V 10/100 Network Connection
Intel(R) 82566MC Gigabit Network Connection
Intel(R) 82562GT 10/100 Network Connection
Intel(R) 82562G 10/100 Network Connection
Intel(R) PRO/1000 EB1 Backplane Connection
Intel(R) Virtual 82566 Gigabit Network Connection
Intel(R) PRO/1000 PT Quad Port Server Adapter
Intel(R) 82575EB Gigabit Ethernet FPGA Controller
Intel(R) 82575EB Dual Port Gigabit Ethernet Network Connection
Intel(R) 82575EB Dual Port Gigabit Ethernet Backplane connection
Intel(R) 82575EM Dual Port Gigabit Ethernet Network Connection
Intel(R) Gigabit VT Quad Port Server Adapter
Intel(R) 82566DM-2 Gigabit Network Connection
Intel(R) 82574L Gigabit Network Connection
Intel(R) 82574L Network Connection
Intel(R) 82576 Gigabit Dual Port Network Connection
Intel(R) 82576 Gigabit Dual Port Server Network Connection
Intel(R) PRO/1000F 82576 Quad Port Network Connection
Intel(R) 82567LM-3 Gigabit Network Connection
Intel(R) 82567LF-3 Gigabit Network Connection
Intel(R) 82567LM-2 Gigabit Network Connection
Intel(R) 82567LF-2 Gigabit Network Connection
Intel(R) 82567V-2 Gigabit Network Connection
Intel(R) 82567LM-4 Gigabit Network Connection
Intel(R)82566DC-2 Gigabit Network Connection
T T Z T [ T ^ vN _ 8O ` hO a T b U c 7U } T ~ WU U U U U 'V U SV 'V UV yV SV SV SV SV J V K V I V L 'W M SW W W tP W X ;X P kX X X #Y Q dY dY Y Y Y Z Z KZ R Z Z Z [ P[ [ [ L) [ R Intel Copyright 1998, all rights reserved
PPPPPPIANSBDRXNESL_Service_Suspend NESL_Service_Resume NESL_MLID_Cable_Disconnect NESL_MLID_Cable_Reconnect E1000E & ^_`abc}~IJKLML) DriverInit
OEMLoad enabled
LOM = %04X
DetectLink Option enabled
MasterSlave Option %d was chosen by user.
Card Type set to 0x%02X.
*** Maximum Physical Packet Receive Buffers set too low ***
This driver requires the MAXIMUM PHYSICAL RECEIVE PACKET SIZE
to be >= 2048. To change this parameter either Edit your STARTUP.NCF or
Load MONITOR, select SERVER PARAMETERS, then select COMMUNICATIONS.
set MAXIMUM PHYSICAL RECEIVE PACKET SIZE >= 2048.
If you use jumbo frames, set this to 16400.
Restart NetWare to complete.
E1000E found in slot %d
E1000E Slot %d with active link
, already loaded.
E1000E Slot %d without active link
Error obtaining E1000E configuration information.
Error obtaining E1000E slot information.
No E1000E adapters found with link (DetectLink enabled).
Configuring for slot=%d
No E1000E adapters found.
Error Parsing Driver Parameters (1).
The specified slot does not contain a valid E1000E card.
Error obtaining E1000E HIN information.
Error obtaining E1000E configuration information.
The BIOS-assigned PCI Interrupt Line is invalid.
BAR%d = I/O addr 0x%x
The BIOS-assigned PCI Base Register Address is invalid.
Executing in client environment.
Could not identify device type %x rev %d.
ConfigTable->MLIDCFG_LinearMemory0 = %08X
ConfigTable->MLIDCFG_LinearMemory1 = %08X
DriverParameterBlock.DriverMaxMulticast = %08X
Adapter->e1000_hw.mac.mta_reg_count = %08X
The selected adapter does not support jumbo frames. Using 1514 byte frames.
Jumbo Frames are not supported on the 82544 in PCI-X mode.
Using 1514 byte frames.
PCI\VEN_%04X&DEV_%04X &SUBSYS_%04X%04X &REV_%02X
Eeprom[%d] = 0x%04X
Error Parsing Driver Parameters (2).
Disabled wake on PME assertion feature
Enabled wake on PME assertion feature
PCI Memory Access Enable bit was NOT set by the BIOS.
PCI Enable Master bit could NOT be set.
EEPROM is corrupt.
Using LOGICAL fragments with coalescing - DEBUG.
Using LOGICAL fragments with coalescing.
Using PHYSICAL fragments with no coalescing - DEBUG.
Using PHYSICAL fragments with no coalescing.
Overriding default: Master Latency Timer set to %xh.
Max Frame Size set to %d
Max Buffer Size set to %d
Adapter memory allocation failed.
Overriding default: IEEE VLANs enabled on VLAN ID %d.
Overriding default: ISL VLANs enabled on VLAN ID %d.
Unable to reset the adapter. This may indicate that you need a newer driver.
Please visit http://support.intel.com for the latest drivers.
Max Frame Size set to %d
Max Frame Size set to %d
Smart Power Down enabled.
PollOption.Parameter1.Max = %d
CMSMGetPollSupportLevel() >= 2
CMSMGetPollSupportLevel() < 2
PollOption.Parameter1.Max = %d
Polling is enabled with interrupt backup.
Driver configured in interrupt mode.
PollLoopCount = %d
IntLoopCount = %d
Spurious Interrupt reduction is enabled.
Spurious Interrupt reduction is disabled.
[Slot=%d Memory=%.8x Int=%x]
The indicated HIN (%.8xh) does not exist.
Unable to alloc memory for EventBlock.
Unable to alloc memory for EBP.
Error returned from NESLRegistration.
Error returned from NESLRegistration.
Unable to Register Suspend Event.
Unable to Register Resume Event.
Overriding default: Allow TCP Checksumming on Transmit set to ON.
Overriding default: Allow TCP Checksumming on Receive set to ON.
Overriding default: Jumbo frames enabled with max size %d.
The Tx checksum option is not relevant for this kind of frame type.
The Rx checksum option is not relevant for this kind of frame type.
The Tx checksum option is not relevant for this kind of frame type.
The Rx checksum option is not relevant for this kind of frame type.
Overriding default: Allow TCP Checksumming on Transmit set to ON.
Overriding default: Allow TCP Checksumming on Receive set to ON.
Adapter->e1000_hw.bus.type = %d
Adapter->e1000_hw.bus.width = %d
Adapter->e1000_hw.bus.speed = %d
Phy Id = %08X
Phy Type = %08X
ERT = %d
DriverMulticastChange
mcTable:
%d: %02X
pmcTable:
%d: %02X
DriverPromiscuousChange
DriverShutdown: ShutdownType = %d; OperationScope = %d
Unable to DEREGISTER Consumer1. Error = %x
Unable to DEREGISTER Consumer2. Error = %x
Unable to DEREGISTER Producer1. Error = %x
Unable to DEREGISTER Producer2. Error = %x
Unable to DEREGISTER SetAttentionProducer. Error = %x
Unable to DEREGISTER Consumer1. Error = %x
Unable to DEREGISTER Consumer2. Error = %x
Unable to DEREGISTER Producer1. Error = %x
Unable to DEREGISTER Producer2. Error = %x
Unable to DEREGISTER SetAttentionProducer. Error = %x
Link is down.
Full Duplex Half Duplex Link is up. %d Mbs %s
DriverCallback - Unable to produce Producer1 event.
DriverCallback - Unable to produce Producer2 event.
DriverManagement
MCECB_CON_GET_CAPABILITIES returning %08X
Enabling Tx TCP Checksum Offload at NOS request.
Enabling Tx UDP Checksum Offload at NOS request.
Enabling Tx IPv4 Checksum Offload at NOS request.
Enabling Rx TCP Checksum Offload at NOS request.
Enabling Rx UDP Checksum Offload at NOS request.
Enabling Rx IPv4 Checksum Offload at NOS request.
Disabling Tx TCP Checksum Offload at NOS request.
Disabling Tx UDP Checksum Offload at NOS request.
Disabling Tx IPv4 Checksum Offload at NOS request.
Disabling Rx TCP Checksum Offload at NOS request.
Disabling Rx UDP Checksum Offload at NOS request.
Disabling Rx IPv4 Checksum Offload at NOS request.
Disabling all offload capabilities at NOS request.
TX checksumming enabled on frame Ethernet_II for types: TCP UDP IPv4
TX checksumming enabled on frame Ethernet_SNAP for types: TCP UDP IPv4
RX checksumming enabled on frame Ethernet_II for types: TCP UDP IPv4
RX checksumming enabled on frame Ethernet_SNAP for types: TCP UDP IPv4
Error returned from NESLRegistration.
Unable to alloc memory for Consumer1
Unable to register Consumer1 as a consumer
Unable to alloc memory for Consumer2
Unable to register Consumer2 as a consumer
Unable to alloc memory for Producer1
Unable to register Producer2
Unable to alloc memory for Producer2
Unable to register Producer2
Unable to alloc memory for SetAttentionProducer.
Unable to register SetAttentionProducer
Duplex Mode (1=Half, 2=Full) PCI Mode (0=PCI, 1=PCI-X, 2=PCI-EXPRESS) Bus Clock Rate (MHz) (0=Unavailable) PCIE Maximum Link Width (x) PCIE Negotiated Link Width (x) Flow Control (0=None, 1=Rx, 2=Tx, 3=Rx&Tx) Line Speed (Mbps) Network Link Status (0=Up, 1=Down) Configured Speed (Mbps; 0=Auto) Configured Duplex Mode (0=Auto, 1=Half, 2=Full) Link Status Change Count Rx Checksum Good Pkts Rx Checksum Error Pkts Rx CRC Error Count Alignment Errors Rx Symbol Error Count Rx Error Count Rx Missed Packets Count Tx Single Collision Count Tx Excessive Collisions Count Tx Multiple Collision Tx Late Collisions Count Tx Total Collisions Tx DMA Underruns Tx Threshold Tx Defer Count Tx With No CRS Rx Sequence Error Count Rx Carrier Extension Errors Rx Length Error Count Rx DMA Too Early XON Received Count XON Transmitted Count XOFF Received Count XOFF Transmitted Count Flow Control Received Unsupported Count 64 Byte Packets Received 65-127 Byte Packets Received 128-255 Byte Packets Received 256-511 Byte Packets Received 512-1023 Byte Packets Received >1024 Byte Packets Received Good Packets Received Count (Any Length) Broadcast Packets Received Count Multicast Packets Received Count Good Packets Transmitted Count (Any Length) Good Octets Received Count LO Good Octets Received Count HI Good Octets Transmitted Count LO Good Octets Transmitted Count HI Receive No Buffers Count Receive Undersize Count Receive Fragment Count Receive Oversize Count Receive Jabber Count Total Octets Received LO Total Octets Received HI Total Octets Transmitted LO Total Octets Transmitted HI Total Packets Received Total Packets Transmitted 64 Byte Packets Transmitted 65-127 Byte Packets Transmitted 128-255 Byte Packets Transmitted 256-511 Byte Packets Transmitted 512-1023 Byte Packets Transmitted >1024 Byte Packets Transmitted Multicast Packets Transmitted Count Broadcast Packets Transmitted Count Jumbo Frames Received Jumbo Frames Transmitted Current IFS Value Rx Descriptors Allocated Not Supported Error allocating memory for Transmit Structures.
Error allocating memory for Transmit Buffers.
Error allocating memory for Receive Packets.
Error allocating memory for Receive Structures.
Overriding default: Interrupt Throttle Rate set to dynamic.
Overriding default: Interrupt Throttle Rate set to %d (decimal).
ITR = %d
RxAbsoluteTimer = %d
RxIntDelay = %d
RxSmallPktDetect = %d
AllocateRCBs:: Requested: %d Allocated: %d
*** Unable to allocate the requested number of Packet Receive Buffers. ***
Requested: %d Allocated: %d
To correct this:
Load MONITOR, select SERVER PARAMETERS, then select COMMUNICATIONS.
Set MAXIMUM PACKET RECEIVE BUFFERS >= 2000,
set MINIMUM PACKET RECEIVE BUFFERS >= 500 and
set MAXIMUM PHYSICAL RECEIVE PACKET SIZE >= 2048.
If you use jumbo frames, set this to 16400.
Restart NetWare to complete.
Ctrl @ address = %.8x
Status @ address = %.8x
Facl @ address = %.8x
Fcah @ address = %.8x
FCT @ address = %.8x
VET @ address = %.8x
Icr @ address = %.8x
ICS @ address = %.8x
Ims @ address = %.8x
Imc @ address = %.8x
Rctl @ address = %.8x
RDTR @ address = %.8x
Rdbal @ address = %.8x
Rdbah @ address = %.8x
RDLEN @ address = %.8x
RDH @ address = %.8x
RDT @ address = %.8x
Mta @ address = %.8x
TCTL @ address = %.8x
Tipg @ address = %.8x
Tdbal @ address = %.8x
Tdbah @ address = %.8x
TDLEN @ address = %.8x
TDH @ address = %.8x
TDT @ address = %.8x
Vfta @ address = %.8x
Crcerrs @ address = %.8x
Symerrs @ address = %.8x
Mpc @ address = %.8x
Ecol @ address = %.8x
Latecol @ address = %.8x
COLC @ address = %.8x
Dc @ address = %.8x
Sec @ address = %.8x
Rlec @ address = %.8x
Rdfh @ address = %.8x
Rdft @ address = %.8x
Tdfh @ address = %.8x
Tdft @ address = %.8x
Pbm @ address = %.8x
Ctrl @ address %.8x = %.8x
Status @ address %.8x = %.8x
Facl @ address %.8x = %.8x
Fcah @ address %.8x = %.8x
FCT @ address %.8x = %.8x
VET @ address %.8x = %.8x
Icr @ address %.8x = %.8x
ICS @ address %.8x = %.8x
Ims @ address %.8x = %.8x
Imc @ address %.8x = %.8x
Rctl @ address %.8x = %.8x
RDTR @ address %.8x = %.8x
Rdbal @ address %.8x = %.8x
Rdbah @ address %.8x = %.8x
RDLEN @ address %.8x = %.8x
RDH @ address %.8x = %.8x
RDT @ address %.8x = %.8x
Mta @ address %.8x = %.8x
TCTL @ address %.8x = %.8x
Tipg @ address %.8x = %.8x
Tdbal @ address %.8x = %.8x
Tdbah @ address %.8x = %.8x
TDLEN @ address %.8x = %.8x
TDH @ address %.8x = %.8x
TDT @ address %.8x = %.8x
Vfta @ address %.8x = %.8x
Crcerrs @ address %.8x = %.8x
Symerrs @ address %.8x = %.8x
Mpc @ address %.8x = %.8x
Ecol @ address %.8x = %.8x
Latecol @ address %.8x = %.8x
COLC @ address %.8x = %.8x
Dc @ address %.8x = %.8x
Sec @ address %.8x = %.8x
Rlec @ address %.8x = %.8x
Rdfh @ address %.8x = %.8x
Rdft @ address %.8x = %.8x
Tdfh @ address %.8x = %.8x
Tdft @ address %.8x = %.8x
Pbm @ address %.8x = %.8x
CTRL_EXT@ address %.8x = %.8x
PBA @ address %.8x = %.8x
PBS @ address %.8x = %.8x
RXDCTL @ address %.8x = %.8x
****** ConfigTable address = %.8x ******
Signature = %.26s MajorVersion = %d (dec) MinorVersion = %d (dec)
MLIDCFG_NodeAddress = %.2x-%.2x- %.2x-%.2x- %.2x-%.2x ModeFlags = %x BoardNumber = %d
BoardInstance = %d MaxFrameSize = %d BestDataSize = %d WorstDataSize = %d
CardName = %s ShortName = %s
FrameTypeString = %s Reserved0 = %x FrameID = %x
TransportTime = %x SourceRouting = %x LineSpeed = %d LookAheadSize = %d
SGCount = %x Reserved1 = %x PrioritySup = %x Reserved2 = %x
DriverMajorVer = %d DriverMinorVer = %d MLIDCFG Flags = %x SendRetries = %x
DriverLink = %x SharingFlags = %x Slot = %x
IOPort0 = %x IORange0 = %x IOPort1 = %x IORange1 = %x
MemoryAddr0 = %x MemorySize0 = %x MemoryAddr1 = %x MemorySize1 = %x
Interrupt0 = %x Interrupt1 = %x DMALine0 = %x DMALine1 = %x
ResourceTag = %x Config = %x CommandString = %x
LogicalName = %s LinearMemory0 = %x LinearMemory1 = %x
ChannelNumber = %x DBusTag = %x IOConfigMajorVr = %x IOConfigMinorVr = %x
Unable to alloc memory for NESLSuspendProducerPtr
Unable to Register NESLSuspendProducerPtr
Unable to alloc memory for NESLResumeProducerPtr
Unable to register NESLResumeProducerPtr %x
Master Enable bit is set.
BDRX IANSDriverSendPhysicalTCBDbg
FragCount = %d
Adapter->TxTcpChecksum = TRUE
ProtocolId = %.4x
Board EII
Board Snap
ChecksumStart = %.4x
TxChecksum on StackID = %.4x
XsumStatus is OK
XsumStatus is BAD
VlanId = %04X
MH TxDescriptor->upper.data = %08X
MH TxDescriptor->lower.data = %08X
Frag %d TxDescriptor->upper.data = %08X
Frag %d TxDescriptor->lower.data = %08X
Last TxDescriptor->lower.data = %08X
V TxDescriptor->upper.data = %08X
V TxDescriptor->lower.data = %08X
Tx Head - Tail: %8X - %8X
Adapter->JumboTxCount = %08X
DriverSendCoalesceLogicalTCBDbg
FragCount = %d
Adapter->TxTcpChecksum = TRUE
ProtocolId = %.4x
Board EII
Board Snap
ChecksumStart = %.4x
StackID = %.4x
XsumStatus is OK
XsumStatus is BAD
VlanId = %04X
CurrentBuffer = %.8x, Length = %d
CurrentFrag = %d, FragCount = %d
Fragment %d Address %.8x Length %d
Coalesce Current and Next Packet Fragments
%d bytes copied from CurrentBuffer
Coalesce virtual dest addr is %.8x
%d bytes copied from NextBuffer
Coalesce virtual dest addr is %.8x
Fragment %d Address %.8x Length %d
Append Current Packet buffer to open Coalesce Buffers
Copy Faster Lock case
%d bytes copied
Coalesce virtual dest addr is %.8x
Map the Fragment
Closing coalesce buffer
Coalesce buffer with size = %d
Using TxDesc %.8x
TxDescriptor pointed to phys address %.8x
TxDescriptor->upper.data = %08X
TxDescriptor->lower.data = %08X
Mapping this fragment
Mapping fragment with size = %d
TxDescriptor->upper.data = %08X
TxDescriptor->lower.data = %08X
Mapping fragment from list with size = %d
TxDescriptor->upper.data = %08X
TxDescriptor->lower.data = %08X
Closing coalesce buffer
Zero the %d bytes of padding data
Coalesce buffer with size = %d
Using Tx Descriptor = %.8x, phys address = %.8x
TxDescriptor->upper.data = %08X
TxDescriptor->lower.data = %08X
L TxDescriptor->upper.data = %08X
L TxDescriptor->lower.data = %08X
V TxDescriptor->upper.data = %08X
V TxDescriptor->lower.data = %08X
Packet Transmit Summary:
%d Fragment(s) in packet
%d Coalesce Buffers used
%d HW Descriptors Used
Tx Head - Tail: %8X - %8X
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NBIRequest 4[@ImportPublicSymbol Sw@;w@ v@v@CEtherTSMUpdateMulticast @CEtherTSMSendComplete A@͐@@2@@m@CEtherTSMRegisterHSM @CEtherTSMProcessGetRCB @CMSMWrtConfigSpace16 u@ @* @ @CMSMWrtConfigSpace8 ] @CMSMUpdateConfigTables 7@CMSMSuspendPolling 1@@CMSMShutdownMLID [ @CMSMSetHardwareInterrupt @CMSMServiceEvents I@Ր@ @:@,@@@@m@CMSMSearchAdapter @ @CMSMScheduleAES @CMSMScanBusInfo O @
CMSMReturnRCB @l@CMSMReturnDriverResources E @ @ @CMSMResumePolling B@
CMSMResetMLID 2@2@ @@@CMSMRegisterMLID @CMSMRegisterHardwareOptions @CMSMRdConfigSpace32 @CMSMRdConfigSpace16 Ku@ @F @ @ @CMSMRdConfigSpace8 y @CMSMPrintString# C@@@f@D@@@|@Y@@@@@c@
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CMSMInitAlloc @CMSMGetPollSupportLevel @CMSMGetPhysList L@H@CMSMGetPhysical E@@@h@k@Eg@7`@/^@\@CMSMGetMicroTimer t@t@t@t@ CMSMGetInstanceNumberMapping y @CMSMGetInstanceNumber @CMSMGetConfigInfo M @CMSMGetCardConfigInfo @@ @CMSMFree x@`x@w@_@u_@T_@,_@ _@@@@p@/@@@@@@@G@@@CMSMEnablePolling u @CMSMECBPhysToLogFrags @;@Z@CMSMDriverRemove @
CMSMCancelAES l@@CMSMAllocateRCB @f@ CMSMAlloc
cw@-v@^@]@S]@P\@[@16@U5@4@3@23@i @
E1000EDmiLink` NWSERVER/e1000e.ldi 0000755 0000000 0000000 00000112147 10607403150 010610 0 ustar
;DrIvEr DeScRiPtIoN
;VeRsIoN=1.11
;CoPyRiGhT=Copyright(c) 1998 - 2006 Intel Corporation. All Rights Reserved.
VER: 10.6
SYN: 1.00
;- File: E1000E.LDI
;- Intel(R) PRO/1000 Network PCI-E Connection Driver Installation Information File
DR E1000E
{
DES: $E1000E_1
HELP: $E1000E_2
PAR: 2.00
; 82571-based
PROD: PCI.8086.105E.*.*.*,
PCI.8086.105E.8086.005E.*,
PCI.8086.105E.8086.105E.*,
PCI.8086.105E.8086.115E.*,
PCI.8086.105E.8086.125E.*,
PCI.8086.105E.8086.135E.*,
PCI.8086.105F.*.*.*,
PCI.8086.105F.8086.005F.*,
PCI.8086.105F.8086.115F.*,
PCI.8086.105F.8086.125F.*,
PCI.8086.1060.*.*.*,
PCI.8086.1060.8086.0060.*,
PCI.8086.107D.*.*.*,
PCI.8086.107D.8086.1082.*,
PCI.8086.107D.8086.1084.*,
PCI.8086.107D.8086.1092.*,
PCI.8086.107E.*.*.*,
PCI.8086.107E.8086.1084.*,
PCI.8086.107E.8086.1085.*,
PCI.8086.107E.8086.1094.*,
PCI.8086.107F.*.*.*,
PCI.8086.109A.*.*.*,
PCI.8086.109A.1179.0001.*,
PCI.8086.109A.1179.FF00.*,
PCI.8086.10B9.*.*.*,
PCI.8086.10B9.8086.1083.*,
PCI.8086.10B9.8086.1093.*,
PCI.8086.10A4.*.*.*,
; 82573-based
PCI.8086.108B.*.*.*,
PCI.8086.108C.*.*.*,
PCI.8086.108C.1014.02F6.*,
PCI.8086.108C.1014.02F9.*,
PCI.8086.108C.1014.030E.*,
PCI.8086.108C.1179.0001.*,
PCI.8086.108C.1179.FF00.*,
; 80003-based
PCI.8086.1096.*.*.*,
PCI.8086.1098.*.*.*,
PCI.8086.10BA.*.*.*,
PCI.8086.10BB.*.*.*,
; ICH8
PCI.8086.104A.*.*.*,
PCI.8086.104B.*.*.*,
PCI.8086.104C.*.*.*,
PCI.8086.10C4.*.*.*,
PCI.8086.10C5.*.*.*,
; Kirkwood LP
PCI.8086.10BC.*.*.*,
; Bolton
PCI.8086.10A5.*.*.*,
; ICH9
PCI.8086.10BD.*.*.*
;@# Sprod: 'Intel~Intel(R) PRO/1000 PT Dual Port Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PT Dual Port Server Connection',
;@# 'Intel~Intel(R) PRO/1000 PT Dual Port Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PT Dual Port Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PT Dual Port Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PT Dual Port Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PF Dual Port Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PF Dual Port Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PF Dual Port Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PF Dual Port Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PB Dual Port Server Connection',
;@# 'Intel~Intel(R) PRO/1000 PB Dual Port Server Connection',
;@# 'Intel~Intel(R) PRO/1000 PT Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PT Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PT Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PT Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PF Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PF Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PF Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PF Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PB Server Connection',
;@# 'Intel~Intel(R) PRO/1000 PL Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PL Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PL Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PT Desktop Adapter',
;@# 'Intel~Intel(R) PRO/1000 PT Desktop Adapter',
;@# 'Intel~Intel(R) PRO/1000 PT Desktop Adapter',
;@# 'Intel~Intel(R) PRO/1000 PT Quad Port Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PM Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PM Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PM Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PM Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PM Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PM Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PM Network Connection',
;@# 'Intel~Intel(R) PRO/1000 EB Network Connection',
;@# 'Intel~Intel(R) PRO/1000 EB Backplane Connection',
;@# 'Intel~Intel(R) PRO/1000 EB1 Network Connection',
;@# 'Intel~Intel(R) PRO/1000 EB1 Backplane Connection',
;@# 'Intel~Intel(R) 82566DM Gigabit Platform LAN Connect',
;@# 'Intel~Intel(R) 82566DC Gigabit Platform LAN Connect',
;@# 'Intel~Intel(R) 82562V 10/100 Platform LAN Connect',
;@# 'Intel~Intel(R) 82562GT 10/100 Network Connection',
;@# 'Intel~Intel(R) 82562G 10/100 Network Connection',
;@# 'Intel~Intel(R) PRO/1000 PT Quad Port LP Server Adapter',
;@# 'Intel~Intel(R) PRO/1000 PF Quad Port Server Adapter',
;@# 'Intel~Intel(R) 82566DM-2 Gigabit Network Connection'
;@# Client: E1000E.LAN, CE1000.LAN
;@# Alias: E1000E.LAN, CE1000.LAN
FILE: E1000E.LAN
PR SLOT REQ
{
HELP: $E1000E_3
TYP: DEC (5)
VAL: 1 - 65535
DEF: UND
}
PR NODE OPT
{
HELP: $E1000E_4
TYP: HEX (12)
VAL: 000000000000-FFFFFFFFFFFF
DEF: UND
Out: 'NODE=%s'
}
FR FrameSelect
{
Help: $E1000E_5
CD: $E1000E_6
CH: 'Ethernet_802.2'
CD: $E1000E_7
CH: 'Ethernet_802.3'
CD: $E1000E_8
CH: 'Ethernet_SNAP'
CD: $E1000E_9
CH: 'Ethernet_II'
DEF: 1,2,3,4
}
PR RXBUFFERS OPT
{
DES: "RX BUFFERS"
TYP: DEC (3)
HELP: $E1000E_10
VAL: 8 - 128
DEF: 64
OUT: 'RXDESCRIPTORS=%s'
}
PR TXBUFFERS OPT
{
DES: "TX BUFFERS"
TYP: DEC (3)
HELP: $E1000E_11
VAL: 32 - 128
DEF: 96
OUT: 'TXDESCRIPTORS=%s'
}
PR SPEED OPT
{
DES: "SPEED"
TYP: DEC (3)
HELP: $E1000E_12
VAL: 0, 10, 100
DEF: 0
OUT: 'SPEED=%s'
}
PR FORCEDUPLEX OPT
{
DES: "FORCE DUPLEX"
HELP: $E1000E_13
TYP: DEC (1)
VAL: 0, 1, 2
DEF: 0
OUT: 'FORCEDUPLEX=%s'
}
PR FLOWCONTROL OPT
{
DES: "FLOW CONTROL"
HELP: $E1000E_14
TYP: DEC (1)
VAL: 0, 1, 2, 3
DEF: 3
OUT: 'FLOWCONTROL=%s'
}
PR PMEDISABLE OPT
{
DES: "PME DISABLE"
HELP: $E1000E_15
TYP: DEC (1)
VAL: 0, 1
DEF: 0
OUT: 'PMEDISABLE=%s'
}
PR COALESCEBUFFERS OPT
{
DES: "COALESCE BUFFERS"
HELP: $E1000E_16
TYP: DEC (3)
VAL: 32 - 128
DEF: 96
OUT: 'COALESCEBUFFERS=%s'
}
}
DLANG: 4
;English
$E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver"
$E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n"
$E1000E_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000E_4 = "Specifies the MAC address to be used by the board.\n"
$E1000E_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000E_6 = "E1000E 802.2"
$E1000E_7 = "E1000E 802.3"
$E1000E_8 = "E1000E SNAP"
$E1000E_9 = "E1000E E_II"
$E1000E_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000E_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000E_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000E_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000E_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000E_15 = "Enables/disables wake-up from APM power management."
$E1000E_16 = "Number of buffers available for transmits acceleration."
LANG: 6
;French
$E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver"
$E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n"
$E1000E_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000E_4 = "Specifies the MAC address to be used by the board.\n"
$E1000E_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000E_6 = "E1000E 802.2"
$E1000E_7 = "E1000E 802.3"
$E1000E_8 = "E1000E SNAP"
$E1000E_9 = "E1000E E_II"
$E1000E_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000E_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000E_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000E_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000E_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000E_15 = "Enables/disables wake-up from APM power management."
$E1000E_16 = "Number of buffers available for transmits acceleration."
LANG: 7
;German
$E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver"
$E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n"
$E1000E_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000E_4 = "Specifies the MAC address to be used by the board.\n"
$E1000E_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000E_6 = "E1000E 802.2"
$E1000E_7 = "E1000E 802.3"
$E1000E_8 = "E1000E SNAP"
$E1000E_9 = "E1000E E_II"
$E1000E_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000E_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000E_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000E_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000E_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000E_15 = "Enables/disables wake-up from APM power management."
$E1000E_16 = "Number of buffers available for transmits acceleration."
LANG: 8
;Italian
$E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver"
$E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n"
$E1000E_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000E_4 = "Specifies the MAC address to be used by the board.\n"
$E1000E_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000E_6 = "E1000E 802.2"
$E1000E_7 = "E1000E 802.3"
$E1000E_8 = "E1000E SNAP"
$E1000E_9 = "E1000E E_II"
$E1000E_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000E_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000E_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000E_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000E_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000E_15 = "Enables/disables wake-up from APM power management."
$E1000E_16 = "Number of buffers available for transmits acceleration."
LANG: 14
;Spanish
$E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver"
$E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n"
$E1000E_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000E_4 = "Specifies the MAC address to be used by the board.\n"
$E1000E_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000E_6 = "E1000E 802.2"
$E1000E_7 = "E1000E 802.3"
$E1000E_8 = "E1000E SNAP"
$E1000E_9 = "E1000E E_II"
$E1000E_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000E_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000E_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000E_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000E_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000E_15 = "Enables/disables wake-up from APM power management."
$E1000E_16 = "Number of buffers available for transmits acceleration."
LANG: 12
;Portugese
$E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver"
$E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n"
$E1000E_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000E_4 = "Specifies the MAC address to be used by the board.\n"
$E1000E_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000E_6 = "E1000E 802.2"
$E1000E_7 = "E1000E 802.3"
$E1000E_8 = "E1000E SNAP"
$E1000E_9 = "E1000E E_II"
$E1000E_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000E_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000E_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000E_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000E_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000E_15 = "Enables/disables wake-up from APM power management."
$E1000E_16 = "Number of buffers available for transmits acceleration."
LANG: 9
;Japanese
$E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver"
$E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n"
$E1000E_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000E_4 = "Specifies the MAC address to be used by the board.\n"
$E1000E_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000E_6 = "E1000E 802.2"
$E1000E_7 = "E1000E 802.3"
$E1000E_8 = "E1000E SNAP"
$E1000E_9 = "E1000E E_II"
$E1000E_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000E_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000E_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000E_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000E_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000E_15 = "Enables/disables wake-up from APM power management."
$E1000E_16 = "Number of buffers available for transmits acceleration."
LANG: 10
;Korean
$E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver"
$E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n"
$E1000E_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000E_4 = "Specifies the MAC address to be used by the board.\n"
$E1000E_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000E_6 = "E1000E 802.2"
$E1000E_7 = "E1000E 802.3"
$E1000E_8 = "E1000E SNAP"
$E1000E_9 = "E1000E E_II"
$E1000E_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000E_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000E_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000E_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000E_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000E_15 = "Enables/disables wake-up from APM power management."
$E1000E_16 = "Number of buffers available for transmits acceleration."
LANG: 1
;Chinese (S)
$E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver"
$E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n"
$E1000E_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000E_4 = "Specifies the MAC address to be used by the board.\n"
$E1000E_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000E_6 = "E1000E 802.2"
$E1000E_7 = "E1000E 802.3"
$E1000E_8 = "E1000E SNAP"
$E1000E_9 = "E1000E E_II"
$E1000E_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000E_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000E_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000E_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000E_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000E_15 = "Enables/disables wake-up from APM power management."
$E1000E_16 = "Number of buffers available for transmits acceleration."
LANG: 16
;Chinese (T)
$E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver"
$E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n"
$E1000E_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000E_4 = "Specifies the MAC address to be used by the board.\n"
$E1000E_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000E_6 = "E1000E 802.2"
$E1000E_7 = "E1000E 802.3"
$E1000E_8 = "E1000E SNAP"
$E1000E_9 = "E1000E E_II"
$E1000E_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000E_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000E_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000E_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000E_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000E_15 = "Enables/disables wake-up from APM power management."
$E1000E_16 = "Number of buffers available for transmits acceleration."
LANG: 13
;Russian
$E1000E_1 = "Intel(R) PRO/1000 PCI-E Network Connection Driver"
$E1000E_2 = "This driver supports Intel(R) PRO/1000 PCI-E Network Connections.\n\n"
$E1000E_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000E_4 = "Specifies the MAC address to be used by the board.\n"
$E1000E_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000E_6 = "E1000E 802.2"
$E1000E_7 = "E1000E 802.3"
$E1000E_8 = "E1000E SNAP"
$E1000E_9 = "E1000E E_II"
$E1000E_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000E_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000E_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000E_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000E_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000E_15 = "Enables/disables wake-up from APM power management."
$E1000E_16 = "Number of buffers available for transmits acceleration."
;DrIvEr DeScRiPtIoN EnD
NWSERVER/e1000q.lan 0000755 0000000 0000000 00000560122 11366270114 010633 0 ustar NetWare Loadable Module
E1000Q.LAN 0 Ҫ ۪ ^
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Packet header size = %d (decimal).
Packet is too small to be IP.
Ethernet and IP header in separate fragments.
Ethernet and IP header in same fragment.
Protocol is not TCP or UDP.
IpBufferPtr = %.8xh, BufferPtr = %.8x
FragsNFlags = %4xh NoFragment = %xh MoreFragments Bit = %xh DatagramId = %.4x
Packet is fragmented by IP.
Packet has options which we cannot handle.
IP Header Length = %xh, Layer4Length = %xh
Protocol.Word = %xh, Layer4Length (byte swapped) = %xh
Src Addr Lo = %.4x, Src Addr Hi = %.4x
Dest Addr Lo = %.4x, Dest Addr Hi = %.4x
PseudoHdrChecksum = %xh
PseudoHdrChecksum AFTER carry logic = %xh
TCP
TcpBufferPtr = %.8xh, ChecksumOffset = %dd
UDP
UdpBufferPtr = %.8xh, ChecksumOffset = %dd
Overriding default: RxDescriptors set to %d (decimal).
Overriding default: TxDescriptors set to %d (decimal).
Overriding default: CoalesceBuffers set to %d (decimal).
Overriding default: Memory Write and Invalidate set to OFF.
Overriding default: Flow Control Highwater mark set to %xh.
Overriding default: Flow Control Lowwater mark set to %xh.
Overriding default: Flow Control Pause time set to %xh.
Overriding default: TX flow control is enabled.
Overriding default: Flow Control is completely disabled.
Flow control is disabled.
TX flow control is enabled.
Overriding default: Flow Control is completely disabled.
Overriding default: RX flow control is enabled.
Overriding default: TX flow control is enabled.
RX and TX (Symmetric) flow control is enabled.
Overriding default: EEPROM flow control configuration being used.
Overriding default: Transmit Interrupt Delay set to %d (decimal).
Overriding default: Receive Interrupt Delay set to %d (decimal).
Overriding default: Receive Absolute Timer set to %d (decimal).
Overriding default: Receive Small Packet Detect set to %d (decimal).
Overriding default: MulticastFilter set to %d (decimal).
Overriding default: CoalesceSize set to %d (decimal).
Overriding default: AppendSize set to %d (decimal).
Overriding default: CopySize set to %d (decimal).
Overriding default: PMEDisable set to %d (0=enabled 1=disabled).
Overriding default: PCI Hot-Plug persistency set to OFF.
Overriding default: PCI Hot-Plug persistency set to ON.
Jumbo option for this device is limited to 10500 bytes. Setting jumbo parameter to 10500.
Overriding default: Auto negotiation disabled. Line speed set to %d Mbps.
Overriding default: Link forced to full duplex operation.
WARNING: Auto negotiation is disabled. To ensure that link is established
correctly you MUST disable auto negotiation on the link partner
full and force it to %d Mbps %s duplex operation.
Overriding default: Link forced to half duplex operation.
WARNING: Auto negotiation is disabled. To ensure that link is established
correctly you MUST disable auto negotiation on the link partner
half and force it to %d Mbps %s duplex operation.
Overriding default: Auto negotiation disabled. Line speed set to %d Mbps.
Overriding default: Link forced to full duplex operation.
WARNING: Auto negotiation is disabled. To ensure that link is established
correctly you MUST disable auto negotiation on the link partner
full and force it to %d Mbps %s duplex operation.
Overriding default: Link forced to half duplex operation.
WARNING: Auto negotiation is disabled. To ensure that link is established
correctly you MUST disable auto negotiation on the link partner
half and force it to %d Mbps %s duplex operation.
Linespeed forced to 1000 Mbps to support Jumbo frames.
Overriding default: Auto negotiation disabled. Line speed set to %d Mbps.
Auto negotiation enabled.
Error: FORCEDUPLEX cannot be used unless SPEED is used also.
Using default settings.
Overriding default: Auto negotiation will advertise: 10H 10F 100H 100F 1000F
WARNING: Improper use of the AUTONEG keyword can prevent normal
link operation. Use this keyword with caution.
Overriding default: Not waiting for link during initialization.
Overriding default: Direct Data Pump mode enabled.
Overriding default: Adaptive TX Threshold enabled.
Overriding default: Early RX Threshold set to %d.
Overriding default: Adaptive IFS disabled.
Overriding default: Adaptive IFS enabled with user-specified values.
Error: To override Adaptive IFS parameters you must use all four keywords.
Parameter ignored.
< s < s
( ( ( ( ( ( ( ( ( 2 2 2 2 2 2 2 < < < < < < < < < F F F F F F P P P P P P Z Z Z Z Z Z Z Z Z d d d d d d d d d d d d d d n n n n n n n n n n n n n n n n n n x x x x x x x x x x qqqqrrrr$ H # F 2 P n
# & )
! % ) , 0 3 6 : = # ( , 1 5 9 = A D H K O R ( - 3 8 = B F K O S W [ ^ b e h < B H M R W \ ` d h l o r u w y S Y _ d i m q t w z | h m r v y | 3 ! REPORTTXEARLY=%d ,4 4 B FORCEDUPLEX=%d 4
5 B
d SPEED=%d 5 5 5 PMEDISABLE=%d 5 6 B AUTONEG=%d 6 {6 B WAITFORLINK=%d 6 6 B EARLYRX=%d 6 e7 B EARLYTX=%d p7 7 B ADAPTIVEIFS=%d 7 K8 B SETATTENTIONSTATE=%d Z8 8 B PERSIST=%d 8 ?9 B COPYSIZE=%d J9 9 B APPENDSIZE=%d 9 &: B COALESCESIZE=%d 4: : B DMAFAIRNESS=%d : ; B MULTICASTFILTER=%d #; ; B FLOWCONTROL=%d ; < B HIGHWM=%x < }< ȩ B LOWWM=%x < < B PAUSETIME=%x < `= B TXINTDELAY=%d m= = ( B RXINTDELAY=%d = K> B RXABSOLUTETIMER=%d Y> > B ITR=%d > = 2048. To change this parameter either Edit your STARTUP.NCF or
Load MONITOR, select SERVER PARAMETERS, then select COMMUNICATIONS.
set MAXIMUM PHYSICAL RECEIVE PACKET SIZE >= 2048.
If you use jumbo frames, set this to 16400.
Restart NetWare to complete.
E1000Q found in slot %d
E1000Q Slot %d with active link
, already loaded.
E1000Q Slot %d without active link
Error obtaining E1000Q configuration information.
Error obtaining E1000Q slot information.
No E1000Q adapters found with link (DetectLink enabled).
Configuring for slot=%d
No E1000Q adapters found.
Error Parsing Driver Parameters (1).
The specified slot does not contain a valid E1000Q card.
Error obtaining E1000Q HIN information.
Error obtaining E1000Q configuration information.
The BIOS-assigned PCI Interrupt Line is invalid.
BAR%d = I/O addr 0x%x
The BIOS-assigned PCI Base Register Address is invalid.
Executing in client environment.
Could not identify device type %x rev %d.
ConfigTable->MLIDCFG_LinearMemory0 = %08X
ConfigTable->MLIDCFG_LinearMemory1 = %08X
DriverParameterBlock.DriverMaxMulticast = %08X
Adapter->e1000_hw.mac.mta_reg_count = %08X
The selected adapter does not support jumbo frames. Using 1514 byte frames.
Jumbo Frames are not supported on the 82544 in PCI-X mode.
Using 1514 byte frames.
PCI\VEN_%04X&DEV_%04X &SUBSYS_%04X%04X &REV_%02X
Eeprom[%d] = 0x%04X
Error Parsing Driver Parameters (2).
Disabled wake on PME assertion feature
Enabled wake on PME assertion feature
PCI Memory Access Enable bit was NOT set by the BIOS.
PCI Enable Master bit could NOT be set.
EEPROM is corrupt.
Using LOGICAL fragments with coalescing - DEBUG.
Using LOGICAL fragments with coalescing.
Using PHYSICAL fragments with no coalescing - DEBUG.
Using PHYSICAL fragments with no coalescing.
Overriding default: Master Latency Timer set to %xh.
Max Frame Size set to %d
Max Buffer Size set to %d
Adapter memory allocation failed.
Overriding default: IEEE VLANs enabled on VLAN ID %d.
Overriding default: ISL VLANs enabled on VLAN ID %d.
Unable to reset the adapter. This may indicate that you need a newer driver.
Please visit http://support.intel.com for the latest drivers.
Max Frame Size set to %d
Max Frame Size set to %d
Smart Power Down enabled.
PollOption.Parameter1.Max = %d
CMSMGetPollSupportLevel() >= 2
CMSMGetPollSupportLevel() < 2
PollOption.Parameter1.Max = %d
Polling is enabled with interrupt backup.
Driver configured in interrupt mode.
PollLoopCount = %d
IntLoopCount = %d
Spurious Interrupt reduction is enabled.
Spurious Interrupt reduction is disabled.
[Slot=%d Memory=%.8x Int=%x]
The indicated HIN (%.8xh) does not exist.
Unable to alloc memory for EventBlock.
Unable to alloc memory for EBP.
Error returned from NESLRegistration.
Error returned from NESLRegistration.
Unable to Register Suspend Event.
Unable to Register Resume Event.
Overriding default: Allow TCP Checksumming on Transmit set to ON.
Overriding default: Allow TCP Checksumming on Receive set to ON.
Overriding default: Jumbo frames enabled with max size %d.
The Tx checksum option is not relevant for this kind of frame type.
The Rx checksum option is not relevant for this kind of frame type.
The Tx checksum option is not relevant for this kind of frame type.
The Rx checksum option is not relevant for this kind of frame type.
Overriding default: Allow TCP Checksumming on Transmit set to ON.
Overriding default: Allow TCP Checksumming on Receive set to ON.
Adapter->e1000_hw.bus.type = %d
Adapter->e1000_hw.bus.width = %d
Adapter->e1000_hw.bus.speed = %d
Phy Id = %08X
Phy Type = %08X
ERT = %d
DriverMulticastChange
mcTable:
%d: %02X
pmcTable:
%d: %02X
DriverPromiscuousChange
DriverShutdown: ShutdownType = %d; OperationScope = %d
Unable to DEREGISTER Consumer1. Error = %x
Unable to DEREGISTER Consumer2. Error = %x
Unable to DEREGISTER Producer1. Error = %x
Unable to DEREGISTER Producer2. Error = %x
Unable to DEREGISTER SetAttentionProducer. Error = %x
Unable to DEREGISTER Consumer1. Error = %x
Unable to DEREGISTER Consumer2. Error = %x
Unable to DEREGISTER Producer1. Error = %x
Unable to DEREGISTER Producer2. Error = %x
Unable to DEREGISTER SetAttentionProducer. Error = %x
Link is down.
Full Duplex Half Duplex Link is up. %d Mbs %s
DriverCallback - Unable to produce Producer1 event.
DriverCallback - Unable to produce Producer2 event.
DriverManagement
MCECB_CON_GET_CAPABILITIES returning %08X
Enabling Tx TCP Checksum Offload at NOS request.
Enabling Tx UDP Checksum Offload at NOS request.
Enabling Tx IPv4 Checksum Offload at NOS request.
Enabling Rx TCP Checksum Offload at NOS request.
Enabling Rx UDP Checksum Offload at NOS request.
Enabling Rx IPv4 Checksum Offload at NOS request.
Disabling Tx TCP Checksum Offload at NOS request.
Disabling Tx UDP Checksum Offload at NOS request.
Disabling Tx IPv4 Checksum Offload at NOS request.
Disabling Rx TCP Checksum Offload at NOS request.
Disabling Rx UDP Checksum Offload at NOS request.
Disabling Rx IPv4 Checksum Offload at NOS request.
Disabling all offload capabilities at NOS request.
TX checksumming enabled on frame Ethernet_II for types: TCP UDP IPv4
TX checksumming enabled on frame Ethernet_SNAP for types: TCP UDP IPv4
RX checksumming enabled on frame Ethernet_II for types: TCP UDP IPv4
RX checksumming enabled on frame Ethernet_SNAP for types: TCP UDP IPv4
Error returned from NESLRegistration.
Unable to alloc memory for Consumer1
Unable to register Consumer1 as a consumer
Unable to alloc memory for Consumer2
Unable to register Consumer2 as a consumer
Unable to alloc memory for Producer1
Unable to register Producer2
Unable to alloc memory for Producer2
Unable to register Producer2
Unable to alloc memory for SetAttentionProducer.
Unable to register SetAttentionProducer
Duplex Mode (1=Half, 2=Full) PCI Mode (0=PCI, 1=PCI-X, 2=PCI-EXPRESS) Bus Clock Rate (MHz) (0=Unavailable) PCIE Maximum Link Width (x) PCIE Negotiated Link Width (x) Flow Control (0=None, 1=Rx, 2=Tx, 3=Rx&Tx) Line Speed (Mbps) Network Link Status (0=Up, 1=Down) Configured Speed (Mbps; 0=Auto) Configured Duplex Mode (0=Auto, 1=Half, 2=Full) Link Status Change Count Rx Checksum Good Pkts Rx Checksum Error Pkts Rx CRC Error Count Alignment Errors Rx Symbol Error Count Rx Error Count Rx Missed Packets Count Tx Single Collision Count Tx Excessive Collisions Count Tx Multiple Collision Tx Late Collisions Count Tx Total Collisions Tx DMA Underruns Tx Threshold Tx Defer Count Tx With No CRS Rx Sequence Error Count Rx Carrier Extension Errors Rx Length Error Count Rx DMA Too Early XON Received Count XON Transmitted Count XOFF Received Count XOFF Transmitted Count Flow Control Received Unsupported Count 64 Byte Packets Received 65-127 Byte Packets Received 128-255 Byte Packets Received 256-511 Byte Packets Received 512-1023 Byte Packets Received >1024 Byte Packets Received Good Packets Received Count (Any Length) Broadcast Packets Received Count Multicast Packets Received Count Good Packets Transmitted Count (Any Length) Good Octets Received Count LO Good Octets Received Count HI Good Octets Transmitted Count LO Good Octets Transmitted Count HI Receive No Buffers Count Receive Undersize Count Receive Fragment Count Receive Oversize Count Receive Jabber Count Total Octets Received LO Total Octets Received HI Total Octets Transmitted LO Total Octets Transmitted HI Total Packets Received Total Packets Transmitted 64 Byte Packets Transmitted 65-127 Byte Packets Transmitted 128-255 Byte Packets Transmitted 256-511 Byte Packets Transmitted 512-1023 Byte Packets Transmitted >1024 Byte Packets Transmitted Multicast Packets Transmitted Count Broadcast Packets Transmitted Count Jumbo Frames Received Jumbo Frames Transmitted Current IFS Value Rx Descriptors Allocated Not Supported Error allocating memory for Transmit Structures.
Error allocating memory for Transmit Buffers.
Error allocating memory for Receive Packets.
Error allocating memory for Receive Structures.
Overriding default: Interrupt Throttle Rate set to dynamic.
Overriding default: Interrupt Throttle Rate set to %d (decimal).
ITR = %d
RxAbsoluteTimer = %d
RxIntDelay = %d
RxSmallPktDetect = %d
AllocateRCBs:: Requested: %d Allocated: %d
*** Unable to allocate the requested number of Packet Receive Buffers. ***
Requested: %d Allocated: %d
To correct this:
Load MONITOR, select SERVER PARAMETERS, then select COMMUNICATIONS.
Set MAXIMUM PACKET RECEIVE BUFFERS >= 2000,
set MINIMUM PACKET RECEIVE BUFFERS >= 500 and
set MAXIMUM PHYSICAL RECEIVE PACKET SIZE >= 2048.
If you use jumbo frames, set this to 16400.
Restart NetWare to complete.
Ctrl @ address = %.8x
Status @ address = %.8x
Facl @ address = %.8x
Fcah @ address = %.8x
FCT @ address = %.8x
VET @ address = %.8x
Icr @ address = %.8x
ICS @ address = %.8x
Ims @ address = %.8x
Imc @ address = %.8x
Rctl @ address = %.8x
RDTR @ address = %.8x
Rdbal @ address = %.8x
Rdbah @ address = %.8x
RDLEN @ address = %.8x
RDH @ address = %.8x
RDT @ address = %.8x
Mta @ address = %.8x
TCTL @ address = %.8x
Tipg @ address = %.8x
Tdbal @ address = %.8x
Tdbah @ address = %.8x
TDLEN @ address = %.8x
TDH @ address = %.8x
TDT @ address = %.8x
Vfta @ address = %.8x
Crcerrs @ address = %.8x
Symerrs @ address = %.8x
Mpc @ address = %.8x
Ecol @ address = %.8x
Latecol @ address = %.8x
COLC @ address = %.8x
Dc @ address = %.8x
Sec @ address = %.8x
Rlec @ address = %.8x
Rdfh @ address = %.8x
Rdft @ address = %.8x
Tdfh @ address = %.8x
Tdft @ address = %.8x
Pbm @ address = %.8x
Ctrl @ address %.8x = %.8x
Status @ address %.8x = %.8x
Facl @ address %.8x = %.8x
Fcah @ address %.8x = %.8x
FCT @ address %.8x = %.8x
VET @ address %.8x = %.8x
Icr @ address %.8x = %.8x
ICS @ address %.8x = %.8x
Ims @ address %.8x = %.8x
Imc @ address %.8x = %.8x
Rctl @ address %.8x = %.8x
RDTR @ address %.8x = %.8x
Rdbal @ address %.8x = %.8x
Rdbah @ address %.8x = %.8x
RDLEN @ address %.8x = %.8x
RDH @ address %.8x = %.8x
RDT @ address %.8x = %.8x
Mta @ address %.8x = %.8x
TCTL @ address %.8x = %.8x
Tipg @ address %.8x = %.8x
Tdbal @ address %.8x = %.8x
Tdbah @ address %.8x = %.8x
TDLEN @ address %.8x = %.8x
TDH @ address %.8x = %.8x
TDT @ address %.8x = %.8x
Vfta @ address %.8x = %.8x
Crcerrs @ address %.8x = %.8x
Symerrs @ address %.8x = %.8x
Mpc @ address %.8x = %.8x
Ecol @ address %.8x = %.8x
Latecol @ address %.8x = %.8x
COLC @ address %.8x = %.8x
Dc @ address %.8x = %.8x
Sec @ address %.8x = %.8x
Rlec @ address %.8x = %.8x
Rdfh @ address %.8x = %.8x
Rdft @ address %.8x = %.8x
Tdfh @ address %.8x = %.8x
Tdft @ address %.8x = %.8x
Pbm @ address %.8x = %.8x
CTRL_EXT@ address %.8x = %.8x
PBA @ address %.8x = %.8x
PBS @ address %.8x = %.8x
SRRCTL @ address %.8x = %.8x
RLPML @ address %.8x = %.8x
RXDCTL @ address %.8x = %.8x
****** ConfigTable address = %.8x ******
Signature = %.26s MajorVersion = %d (dec) MinorVersion = %d (dec)
MLIDCFG_NodeAddress = %.2x-%.2x- %.2x-%.2x- %.2x-%.2x ModeFlags = %x BoardNumber = %d
BoardInstance = %d MaxFrameSize = %d BestDataSize = %d WorstDataSize = %d
CardName = %s ShortName = %s
FrameTypeString = %s Reserved0 = %x FrameID = %x
TransportTime = %x SourceRouting = %x LineSpeed = %d LookAheadSize = %d
SGCount = %x Reserved1 = %x PrioritySup = %x Reserved2 = %x
DriverMajorVer = %d DriverMinorVer = %d MLIDCFG Flags = %x SendRetries = %x
DriverLink = %x SharingFlags = %x Slot = %x
IOPort0 = %x IORange0 = %x IOPort1 = %x IORange1 = %x
MemoryAddr0 = %x MemorySize0 = %x MemoryAddr1 = %x MemorySize1 = %x
Interrupt0 = %x Interrupt1 = %x DMALine0 = %x DMALine1 = %x
ResourceTag = %x Config = %x CommandString = %x
LogicalName = %s LinearMemory0 = %x LinearMemory1 = %x
ChannelNumber = %x DBusTag = %x IOConfigMajorVr = %x IOConfigMinorVr = %x
Unable to alloc memory for NESLSuspendProducerPtr
Unable to Register NESLSuspendProducerPtr
Unable to alloc memory for NESLResumeProducerPtr
Unable to register NESLResumeProducerPtr %x
Master Enable bit is set.
BDRX IANSDriverSendPhysicalTCBDbg
FragCount = %d
Adapter->TxTcpChecksum = TRUE
ProtocolId = %.4x
Board EII
Board Snap
ChecksumStart = %.4x
TxChecksum on StackID = %.4x
XsumStatus is OK
XsumStatus is BAD
VlanId = %04X
MH TxDescriptor->upper.data = %08X
MH TxDescriptor->lower.data = %08X
Frag %d TxDescriptor->upper.data = %08X
Frag %d TxDescriptor->lower.data = %08X
Last TxDescriptor->lower.data = %08X
V TxDescriptor->upper.data = %08X
V TxDescriptor->lower.data = %08X
Tx Head - Tail: %8X - %8X
Adapter->JumboTxCount = %08X
DriverSendCoalesceLogicalTCBDbg
FragCount = %d
Adapter->TxTcpChecksum = TRUE
ProtocolId = %.4x
Board EII
Board Snap
ChecksumStart = %.4x
StackID = %.4x
XsumStatus is OK
XsumStatus is BAD
VlanId = %04X
CurrentBuffer = %.8x, Length = %d
CurrentFrag = %d, FragCount = %d
Fragment %d Address %.8x Length %d
Coalesce Current and Next Packet Fragments
%d bytes copied from CurrentBuffer
Coalesce virtual dest addr is %.8x
%d bytes copied from NextBuffer
Coalesce virtual dest addr is %.8x
Fragment %d Address %.8x Length %d
Append Current Packet buffer to open Coalesce Buffers
Copy Faster Lock case
%d bytes copied
Coalesce virtual dest addr is %.8x
Map the Fragment
Closing coalesce buffer
Coalesce buffer with size = %d
Using TxDesc %.8x
TxDescriptor pointed to phys address %.8x
TxDescriptor->upper.data = %08X
TxDescriptor->lower.data = %08X
Mapping this fragment
Mapping fragment with size = %d
TxDescriptor->upper.data = %08X
TxDescriptor->lower.data = %08X
Mapping fragment from list with size = %d
TxDescriptor->upper.data = %08X
TxDescriptor->lower.data = %08X
Closing coalesce buffer
Zero the %d bytes of padding data
Coalesce buffer with size = %d
Using Tx Descriptor = %.8x, phys address = %.8x
TxDescriptor->upper.data = %08X
TxDescriptor->lower.data = %08X
L TxDescriptor->upper.data = %08X
L TxDescriptor->lower.data = %08X
V TxDescriptor->upper.data = %08X
V TxDescriptor->lower.data = %08X
Packet Transmit Summary:
%d Fragment(s) in packet
%d Coalesce Buffers used
%d HW Descriptors Used
Tx Head - Tail: %8X - %8X
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E1000QDmiLink@ NWSERVER/e1000q.ldi 0000755 0000000 0000000 00000104613 11366266574 010647 0 ustar
;DrIvEr DeScRiPtIoN
;VeRsIoN=1.11
;CoPyRiGhT=Copyright(c) 1998 - 2008 Intel Corporation. All Rights Reserved.
VER: 11.11
SYN: 1.00
;- File: E1000Q.LDI
;- Intel(R) PRO/1000 Network PCI-E Q Connection Driver Installation Information File
DR E1000Q
{
DES: $E1000Q_1
HELP: $E1000Q_2
PAR: 2.00
; Zoar
PROD: PCI.8086.10A7.*.*.*,
PCI.8086.10A7.8086.10A8.*,
PCI.8086.10A9.*.*.*,
PCI.8086.10D6.*.*.*,
PCI.8086.10E6.8086.A01F.*,
PCI.8086.10E7.*.*.*,
PCI.8086.10E8.8086.A02C.*,
PCI.8086.10CC.*.*.*,
PCI.8086.10CD.*.*.*,
PCI.8086.10CE.*.*.*,
PCI.8086.10DE.*.*.*,
PCI.8086.10DF.*.*.*,
PCI.8086.10D3.*.*.*,
PCI.8086.10D3.8086.A01F.*,
PCI.8086.10C9.*.*.*,
PCI.8086.10C9.8086.A01C.*,
PCI.8086.10F5.*.*.*,
PCI.8086.150A.*.*.*,
PCI.8086.1518.*.*.*,
PCI.8086.10F0.*.*.*,
PCI.8086.1526.8086.A05C.*,
PCI.8086.1526.8086.A06C.*
;@# Sprod: "Intel~Intel(R) 82575EB Gigabit Network Connection",
;@# "Intel~Intel(R) 82575EB Gigabit Riser Card",
;@# "Intel~Intel(R) 82575EB Gigabit Backplane Connection",
;@# "Intel~Intel(R) Gigabit VT Quad Port Server Adapter",
;@# "Intel~Intel(R) Gigabit EF Dual Port Server Adapter",
;@# "Intel~Intel(R) 82576 Gigabit Dual Port Server Network Connection",
;@# "Intel~Intel(R) Gigabit ET Quad Port Server Adapter",
;@# "Intel~Intel(R) 82567LM-2 Gigabit Network Connection",
;@# "Intel~Intel(R) 82567LF-2 Gigabit Network Connection",
;@# "Intel~Intel(R) 82567V-2 Gigabit Network Connection",
;@# "Intel~Intel(R) 82567LM-3 Gigabit Network Connection",
;@# "Intel~Intel(R) 82567LF-3 Gigabit Network Connection",
;@# "Intel~Intel(R) 82574L Gigabit Network Connection",
;@# "Intel~Intel(R) Gigabit CT Desktop Adapter",
;@# "Intel~Intel(R) 82576 Gigabit Dual Port Network Connection",
;@# "Intel~Intel(R) Gigabit ET Dual Port Server Adapter",
;@# "Intel~Intel(R) 82567LM Gigabit Network Connection",
;@# "Intel~Intel(R) 82576NS Gigabit Ethernet Controller",
;@# "Intel~Intel(R) 82576NS SerDes Gigabit Ethernet Controller",
;@# "Intel~Intel(R) 82578DC Gigabit Network Connection",
;@# "Intel~Intel(R) Gigabit ET2 Quad Port Server Adapter",
;@# "Intel~Intel(R) Gigabit ET2 Quad Port Server Adapter"
;@# Client: E1000Q.LAN
FILE: E1000Q.LAN
PR SLOT REQ
{
HELP: $E1000Q_3
TYP: DEC (5)
VAL: 1 - 65535
DEF: UND
}
PR NODE OPT
{
HELP: $E1000Q_4
TYP: HEX (12)
VAL: 000000000000-FFFFFFFFFFFF
DEF: UND
Out: 'NODE=%s'
}
FR FrameSelect
{
Help: $E1000Q_5
CD: $E1000Q_6
CH: 'Ethernet_802.2'
CD: $E1000Q_7
CH: 'Ethernet_802.3'
CD: $E1000Q_8
CH: 'Ethernet_SNAP'
CD: $E1000Q_9
CH: 'Ethernet_II'
DEF: 1,2,3,4
}
PR RXBUFFERS OPT
{
DES: "RX BUFFERS"
TYP: DEC (3)
HELP: $E1000Q_10
VAL: 8 - 128
DEF: 64
OUT: 'RXDESCRIPTORS=%s'
}
PR TXBUFFERS OPT
{
DES: "TX BUFFERS"
TYP: DEC (3)
HELP: $E1000Q_11
VAL: 32 - 128
DEF: 96
OUT: 'TXDESCRIPTORS=%s'
}
PR SPEED OPT
{
DES: "SPEED"
TYP: DEC (3)
HELP: $E1000Q_12
VAL: 0, 10, 100
DEF: 0
OUT: 'SPEED=%s'
}
PR FORCEDUPLEX OPT
{
DES: "FORCE DUPLEX"
HELP: $E1000Q_13
TYP: DEC (1)
VAL: 0, 1, 2
DEF: 0
OUT: 'FORCEDUPLEX=%s'
}
PR FLOWCONTROL OPT
{
DES: "FLOW CONTROL"
HELP: $E1000Q_14
TYP: DEC (1)
VAL: 0, 1, 2, 3
DEF: 3
OUT: 'FLOWCONTROL=%s'
}
PR PMEDISABLE OPT
{
DES: "PME DISABLE"
HELP: $E1000Q_15
TYP: DEC (1)
VAL: 0, 1
DEF: 0
OUT: 'PMEDISABLE=%s'
}
PR COALESCEBUFFERS OPT
{
DES: "COALESCE BUFFERS"
HELP: $E1000Q_16
TYP: DEC (3)
VAL: 32 - 128
DEF: 96
OUT: 'COALESCEBUFFERS=%s'
}
}
DLANG: 4
;English
$E1000Q_1 = "Intel(R) PRO/1000 PCI-E Q Network Connection Driver"
$E1000Q_2 = "This driver supports Intel(R) PRO/1000 PCI-E Q Network Connections.\n\n"
$E1000Q_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000Q_4 = "Specifies the MAC address to be used by the board.\n"
$E1000Q_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000Q_6 = "E1000Q 802.2"
$E1000Q_7 = "E1000Q 802.3"
$E1000Q_8 = "E1000Q SNAP"
$E1000Q_9 = "E1000Q E_II"
$E1000Q_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000Q_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000Q_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000Q_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000Q_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000Q_15 = "Enables/disables wake-up from APM power management."
$E1000Q_16 = "Number of buffers available for transmits acceleration."
LANG: 6
;French
$E1000Q_1 = "Intel(R) PRO/1000 PCI-E Q Network Connection Driver"
$E1000Q_2 = "This driver supports Intel(R) PRO/1000 PCI-E Q Network Connections.\n\n"
$E1000Q_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000Q_4 = "Specifies the MAC address to be used by the board.\n"
$E1000Q_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000Q_6 = "E1000Q 802.2"
$E1000Q_7 = "E1000Q 802.3"
$E1000Q_8 = "E1000Q SNAP"
$E1000Q_9 = "E1000Q E_II"
$E1000Q_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000Q_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000Q_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000Q_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000Q_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000Q_15 = "Enables/disables wake-up from APM power management."
$E1000Q_16 = "Number of buffers available for transmits acceleration."
LANG: 7
;German
$E1000Q_1 = "Intel(R) PRO/1000 PCI-E Q Network Connection Driver"
$E1000Q_2 = "This driver supports Intel(R) PRO/1000 PCI-E Q Network Connections.\n\n"
$E1000Q_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000Q_4 = "Specifies the MAC address to be used by the board.\n"
$E1000Q_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000Q_6 = "E1000Q 802.2"
$E1000Q_7 = "E1000Q 802.3"
$E1000Q_8 = "E1000Q SNAP"
$E1000Q_9 = "E1000Q E_II"
$E1000Q_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000Q_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000Q_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000Q_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000Q_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000Q_15 = "Enables/disables wake-up from APM power management."
$E1000Q_16 = "Number of buffers available for transmits acceleration."
LANG: 8
;Italian
$E1000Q_1 = "Intel(R) PRO/1000 PCI-E Q Network Connection Driver"
$E1000Q_2 = "This driver supports Intel(R) PRO/1000 PCI-E Q Network Connections.\n\n"
$E1000Q_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000Q_4 = "Specifies the MAC address to be used by the board.\n"
$E1000Q_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000Q_6 = "E1000Q 802.2"
$E1000Q_7 = "E1000Q 802.3"
$E1000Q_8 = "E1000Q SNAP"
$E1000Q_9 = "E1000Q E_II"
$E1000Q_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000Q_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000Q_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000Q_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000Q_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000Q_15 = "Enables/disables wake-up from APM power management."
$E1000Q_16 = "Number of buffers available for transmits acceleration."
LANG: 14
;Spanish
$E1000Q_1 = "Intel(R) PRO/1000 PCI-E Q Network Connection Driver"
$E1000Q_2 = "This driver supports Intel(R) PRO/1000 PCI-E Q Network Connections.\n\n"
$E1000Q_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000Q_4 = "Specifies the MAC address to be used by the board.\n"
$E1000Q_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000Q_6 = "E1000Q 802.2"
$E1000Q_7 = "E1000Q 802.3"
$E1000Q_8 = "E1000Q SNAP"
$E1000Q_9 = "E1000Q E_II"
$E1000Q_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000Q_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000Q_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000Q_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000Q_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000Q_15 = "Enables/disables wake-up from APM power management."
$E1000Q_16 = "Number of buffers available for transmits acceleration."
LANG: 12
;Portugese
$E1000Q_1 = "Intel(R) PRO/1000 PCI-E Q Network Connection Driver"
$E1000Q_2 = "This driver supports Intel(R) PRO/1000 PCI-E Q Network Connections.\n\n"
$E1000Q_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000Q_4 = "Specifies the MAC address to be used by the board.\n"
$E1000Q_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000Q_6 = "E1000Q 802.2"
$E1000Q_7 = "E1000Q 802.3"
$E1000Q_8 = "E1000Q SNAP"
$E1000Q_9 = "E1000Q E_II"
$E1000Q_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000Q_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000Q_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000Q_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000Q_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000Q_15 = "Enables/disables wake-up from APM power management."
$E1000Q_16 = "Number of buffers available for transmits acceleration."
LANG: 9
;Japanese
$E1000Q_1 = "Intel(R) PRO/1000 PCI-E Q Network Connection Driver"
$E1000Q_2 = "This driver supports Intel(R) PRO/1000 PCI-E Q Network Connections.\n\n"
$E1000Q_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000Q_4 = "Specifies the MAC address to be used by the board.\n"
$E1000Q_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000Q_6 = "E1000Q 802.2"
$E1000Q_7 = "E1000Q 802.3"
$E1000Q_8 = "E1000Q SNAP"
$E1000Q_9 = "E1000Q E_II"
$E1000Q_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000Q_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000Q_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000Q_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000Q_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000Q_15 = "Enables/disables wake-up from APM power management."
$E1000Q_16 = "Number of buffers available for transmits acceleration."
LANG: 10
;Korean
$E1000Q_1 = "Intel(R) PRO/1000 PCI-E Q Network Connection Driver"
$E1000Q_2 = "This driver supports Intel(R) PRO/1000 PCI-E Q Network Connections.\n\n"
$E1000Q_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000Q_4 = "Specifies the MAC address to be used by the board.\n"
$E1000Q_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000Q_6 = "E1000Q 802.2"
$E1000Q_7 = "E1000Q 802.3"
$E1000Q_8 = "E1000Q SNAP"
$E1000Q_9 = "E1000Q E_II"
$E1000Q_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000Q_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000Q_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000Q_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000Q_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000Q_15 = "Enables/disables wake-up from APM power management."
$E1000Q_16 = "Number of buffers available for transmits acceleration."
LANG: 1
;Chinese (S)
$E1000Q_1 = "Intel(R) PRO/1000 PCI-E Q Network Connection Driver"
$E1000Q_2 = "This driver supports Intel(R) PRO/1000 PCI-E Q Network Connections.\n\n"
$E1000Q_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000Q_4 = "Specifies the MAC address to be used by the board.\n"
$E1000Q_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000Q_6 = "E1000Q 802.2"
$E1000Q_7 = "E1000Q 802.3"
$E1000Q_8 = "E1000Q SNAP"
$E1000Q_9 = "E1000Q E_II"
$E1000Q_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000Q_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000Q_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000Q_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000Q_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000Q_15 = "Enables/disables wake-up from APM power management."
$E1000Q_16 = "Number of buffers available for transmits acceleration."
LANG: 16
;Chinese (T)
$E1000Q_1 = "Intel(R) PRO/1000 PCI-E Q Network Connection Driver"
$E1000Q_2 = "This driver supports Intel(R) PRO/1000 PCI-E Q Network Connections.\n\n"
$E1000Q_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000Q_4 = "Specifies the MAC address to be used by the board.\n"
$E1000Q_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000Q_6 = "E1000Q 802.2"
$E1000Q_7 = "E1000Q 802.3"
$E1000Q_8 = "E1000Q SNAP"
$E1000Q_9 = "E1000Q E_II"
$E1000Q_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000Q_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000Q_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000Q_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000Q_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000Q_15 = "Enables/disables wake-up from APM power management."
$E1000Q_16 = "Number of buffers available for transmits acceleration."
LANG: 13
;Russian
$E1000Q_1 = "Intel(R) PRO/1000 PCI-E Q Network Connection Driver"
$E1000Q_2 = "This driver supports Intel(R) PRO/1000 PCI-E Q Network Connections.\n\n"
$E1000Q_3 = "Slot number for the adapter.\n
For PCI adapters, this refers to the Device Location."
$E1000Q_4 = "Specifies the MAC address to be used by the board.\n"
$E1000Q_5 = "The driver defaults to 802.2 frame format. You
may use this default to select from the other 3
options => 802.3, Ethernet II and Ethernet SNAP."
$E1000Q_6 = "E1000Q 802.2"
$E1000Q_7 = "E1000Q 802.3"
$E1000Q_8 = "E1000Q SNAP"
$E1000Q_9 = "E1000Q E_II"
$E1000Q_10 = "This is to pre-allocate receive adapter resources.\n
This value MUST BE in multiples of 8.\n
This setting may be affected by the Netware server
maximum/minimum packet receive buffer settings."
$E1000Q_11 = "TX descriptors are used to tell the hardware where the fragments
of a transmit packet are in host memory. A transmit packet can use 1
or more descriptors. Most transmits require 3 or 4 descriptors. Each
descriptor is 16 bytes."
$E1000Q_12 = "On copper-based adapters, forces the line speed to the specified
value in Mbps. If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link based on
link partner. Gig speed can only be achieved by auto-negotiation.\n
This setting has no effect on fiber adapters which are defined to be 1000 Mbps."
$E1000Q_13 = "On copper-based adapters, forces the duplex mode.\n
1 - indicates half duplex\n
2 - indicates full duplex\n
If this parameter is not specified, or is set to 0,
the adapter will auto-negotiate to the best possible link. If it cannot
auto-negotiate, it will default to half-duplex.\n
This setting has no effect on fiber adapters which are defined to be full duplex."
$E1000Q_14 = "Controls the ability of the adapter to advertise flow control
capabilities. Default is to allow both TX and RX flow control.\n
0 is off, 1 is RX, 2 is TX, 3 is both."
$E1000Q_15 = "Enables/disables wake-up from APM power management."
$E1000Q_16 = "Number of buffers available for transmits acceleration."
;DrIvEr DeScRiPtIoN EnD