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ibmfdx.nif
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INI File
|
1995-06-01
|
13KB
|
400 lines
[IBMFDX]
Type = NDIS
Title = "IBM FDDI-FI Adapter Device Driver"
Version = 3.00
DriverName = IBMFDX$
XPORTS = NETBEUI LANDD
COPYFILE = LTE.MSG, LTEH.MSG
[File]
Name = IBMFDX.OS2
Path = IBMCOM\MACS
;
; General MAC driver parameters
;
[NetAddress]
display = "Network adapter address"
type = HexString
StrLength = 12
Range = 000000000000 - FFFFFFFFFFFF
Optional = Yes
Editable = Yes
Virtual = No
Help = "To set a new address for the FDDI adapter, type in the address
you want to use. The local address must contain 12 hexadecimal characters
and be enclosed in double quotation marks.
NOTE: Do not assign the same local address to more than one adapter."
;
; Adapter parameters
;
[INTERRUPT]
display = "Interrupt number"
type = Decimal
Set = 3, 4, 5, 9, 10, 11, 12, 15
Optional = Yes
Editable = Yes
Virtual = No
Help = "This parameter defines the interrupt, the FDDI adapter uses."
[PORT]
display = "Port address"
type = HexNum
Set = 0100, 0120, 0180, 01A0, 0220, 0240, 0320, 0340
Optional = Yes
Editable = Yes
Virtual = No
Help = "This parameter defines the port, the FDDI adapter uses."
[DMA]
display = "DMA channel"
type = Decimal
Set = 3, 5, 6, 7
Optional = Yes
Editable = Yes
Virtual = No
Help = "This parameter defines the DMA channel, the FDDI adapter uses."
[Emulate]
display = "Emulate Topology "
type = String
Default = TokenRing
Set = TokenRing, Ethernet
StrLength = 32
Optional = No
Editable = Yes
Virtual = No
Help = "The Emulate parameter is comprised of a character string that
can be up to 32 characters long. The character string must be enclosed
in double quotation marks. The emulated topology could be TokenRing or
Ethernet."
[SrcRtg]
display = "IBM Source Routing Support "
type = String
Default = YES
Set = YES, NO
StrLength = 32
Optional = Yes
Editable = Yes
Virtual = No
Help = "If SRCRTG is set to NO, in all sent packets the IBM Source Routing
field is cut by the MAC Driver."
[TCPIP_802_5]
display = "TCPIP on Token Ring Support "
type = String
Default = NO
Set = YES, NO
StrLength = 32
Optional = Yes
Editable = Yes
Virtual = No
Help = "If TCPIP_802_5 is set to YES, in all IP and ARP packets, the IBM
Source Routing field is cut by the MAC Driver and in all ARP packets the
Sender HA and the Target HA are converted from noncanonical to canonical
during transmission. The Sender HA and the Target HA in a received
ARP packet are converted from canonical to noncanonical by the MAC Driver."
[RStatMask]
display = "Ring Status Mask"
type = HexNum
Range = 0 - ffff
Optional = Yes
Editable = Yes
Virtual = No
Help = "The RingStatus is masked using this value; if this value is zero,
no RingStatus is indicated by the MAC Driver."
;
; SMT Parameters
;
[PMFPASSWD]
display = "Password for PMF Requests"
type = HexString
StrLength = 16
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword defines the password that all remote PMF (Parameter
Management Frame) requests must provide to change FDDI attributes
within the adapter.
The value for PMFPASSWD is 8 ASCII characters long and not
case sensitive since lower case letters will be converted to upper cases.
Password protection can be disabled by setting this keyword
to all zeros (default), or by not specifying a PMFPASSWD."
[USERDATA]
display = "SMT User Data"
type = String
StrLength = 32
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword provides local write access to the User Data
attribute, registered as fddiSMT 17 in the SMT Standard.
The User Data must be an ASCII string for compliance
with the FDDI SMT Standard."
[LERCUTOFFA]
display = "SMT LER Cutoff attribut Port A"
type = Decimal
Range = 4 - 15
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword provides local write access to the LER Cutoff
attributes, registered as fddiPORT 58 in the SMT Standard.
This attributes indentifies the excessive Link Error Rate that
removes Port A/B (or Port S).
This keyword is specified as absolute value of the base 10 logarithm
of the LER Cufoff value.
The valid range reaches from 1E-4 to 1E-15. If a value
is specified which lies outside the limits, the upper/lower
limit will be taken. If no value is specified,
the default value for LERCUTOFFA/LERCUTOFFB (1E-7) will be used."
[LERCUTOFFB]
display = "SMT LER Cutoff attribut Port B"
type = Decimal
Range = 4 - 15
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword provides local write access to the LER Cutoff
attributes, registered as fddiPORT 58 in the SMT Standard.
This attributes indentifies the excessive Link Error Rate that
removes Port A/B (or Port S).
This keyword is specified as absolute value of the base 10 logarithm
of the LER Cufoff value.
The valid range reaches from 1E-4 to 1E-15. If a value
is specified which lies outside the limits, the upper/lower
limit will be taken. If no value is specified,
the default value for LERCUTOFFA/LERCUTOFFB (1E-7) will be used."
[LERALARMA]
display = "SMT LER Alarm attribut Port A"
type = Decimal
Range = 4 - 15
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword provides local write access to the LER
Alarm attributes, registered as fddiPORT 59 in the SMT Standard.
This attributes identifies the excessive Link Error Rate
that siganls an alarm at Port A/B (or Port S).
This keywords are specified as absolute values of the base 10 logarithm
of the LER Alarm value.
The valid range reaches from 1E-4 to 1E-15 for both keywords. If a value
is specified which lies outside the limits, the upper/lower
limit will be taken. If no value is specified,
the default value for LERALARMA/LERALARMB (1E-8) will be used."
[LERALARMB]
display = "SMT LER Alarm attribut Port B"
type = Decimal
Range = 4 - 15
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword provides local write access to the LER
Alarm attribute, registered as fddiPORT 59 in the SMT Standard.
This attribute identifies the excessive Link Error Rate
that siganls an alarm at Port A/B (or Port S).
This keyword is specified as absolute value of the base 10 logarithm
of the LER Alarm value.
The valid range reaches from 1E-4 to 1E-15. If a value
is specified which lies outside the limits, the upper/lower
limit will be taken. If no value is specified,
the default value for LERALARMA/LERALARMB (1E-8) will be used."
[TMIN]
display = "SMT T-Min attribut"
type = Decimal
Range = 5 - 165
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword provides local write access to the 2's complement T-Min
attribute, registered as fddiMAC 55 in the SMT Standard.
The value for TMIN is specified in milliseconds.
The valid range reaches from 5 ms to 165 ms. If a value
is specified which lies outside the limits, the upper/lower
limit will be taken. If no value is specified,
the default value for TMIN (5 ms) will be used."
[TMAX]
display = "SMT T-Max attribut"
type = Decimal
Range = 5 - 165
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword provides local write access to the 2's complement T-Max
attribute, registered as fddiMAC 53 in the SMT Standard.
The value for TMAX is specified in milliseconds.
The valid range reaches from 5 ms to 165 ms. If a value
is specified which lies outside the limits, the upper/lower
limit will be taken. If no value is specified,
the default value for TMAX (165 ms) will be used."
[TREQ]
display = "SMT T-Req attribut"
type = Decimal
Range = 5 - 165
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword provides local write access to the 2's complement T-Req
attribute, registered as fddiMAC 51 in the SMT Standard.
The value for TREQ is specified in milliseconds.
The valid range reaches from 5 ms to 165 ms. If a value
is specified which lies outside the limits, the upper/lower
limit will be taken. If no value is specified,
the default value for TREQ (165 ms) will be used."
[TVX]
display = "SMT TVX attribut"
type = Decimal
Range = 2500 - 10000
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword provides local write access to the TVX attribute,
registered as fddiMAC 54 in the SMT Standard.
This attribute provides local control of the recovery time
from transient ring errors.
The value for TVX is specified in microseconds.
The valid range reaches from 2500 us to 10000 us. If a value
is specified which lies outside the limits, the upper/lower
limit will be taken. If no value is specified,
the default value for TVX (2700 us) will be used."
; SBA Parameter
;
[SbaCommand]
display = "SBA Command"
type = String
Default = STOP
Set = STOP, START
StrLength = 32
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword is an SBA local action to start or stop the SBA
application. The default value is 'STOP'. This keyword is an IBM
specific attribute. Note: There should be only one active SBA application
in the same ring."
[SbaAvailable]
display = "SbaAvailable attribut"
type = Decimal
Range = 0 - 100
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword defines the maximum synchronous bandwidth in
percent available for the primary path. The valid range reaches from
0 - 100 percent. The default value is 50 percent (6.25 MBytes/s).
If a value is specified which lies outside the limits, the upper/lower
limit will be taken. This value remains zero until the SBA application
is enabled and active."
; ESS Parameter
;
[SbaPayLoad]
display = "SbaPayLoad attribut"
type = Decimal
Range = 0 - 1562
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword defines the requested synchronous bandwidth for
manual static allocations. The valid range reaches from 0 - 1562
bytes per 125 microseconds. For example, if the required
bandwidth is 1 MBit/s (125,000 Bytes/s) the value of the payload is
125,000 * 125E-6 = 15.625 round up to 16. If a value is specified which
lies outside the limits, the upper/lower limit will be taken.
The default value is zero - no synchronous bandwidth is used.
The user is required to define the amount of bandwidth to be
able to send synchronous frames. If the keyword SbaPayLoad is not specified,
the keywords SbaOverHead, MaxTNeg, MinSegmentSize and SbaCategory
have no effect."
[SbaOverHead]
display = "SbaOverHead attribut"
type = Decimal
Range = 0 - 5000
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword defines the requested overhead for static allocations.
The valid range reaches from 0 to 5000 bytes. If a value is specified which
lies outside the limits, the upper/lower limit will be taken.
The default value is 50 bytes. This keyword has only an effect, if
the keyword SbaPayLoad is specified."
[MaxTNeg]
display = "MaxTNeg attribut"
type = Decimal
Range = 5 - 165
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword defines the maximum token rotation delay.
acceptable to the application(s) using synchronous bandwidth.
The valid range reaches from 5 ms to 165 ms. If a value is specified which
lies outside the limits, the upper/lower limit will be taken.
The default value is 25 ms. This keyword has only an effect, if
the keyword SbaPayLoad is specified."
[MinSegmentSize]
display = "MinSegmentSize attribut"
type = Decimal
Range = 1 - 4478
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword defines the minimum synchronous segmentation size.
This value corresponds to the amount of bytes to be transmitted
on a per token opportunity. The valid range reaches from 1 to 4478 bytes.
If a value is specified which lies outside the limits, the upper/lower
limit will be taken. This keyword has only an effect, if the keyword
SbaPayLoad is specified."
[SbaCategory]
display = "SbaCategory attribut"
type = Decimal
Range = 0 - 65535
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword defines the session ID of the SBA_Category for the
static allocation. The valid ranges reaches from 0 to 65535. If a
value is specified which lies outside the limits, the upper/lower
limit will be taken. This parameter has only an effect, if the keyword
SbaPayLoad is specified."
[SynchTxMode]
display = "SynchTxMode attribut"
type = String
Default = SPLIT
Set = SPLIT, ALL
StrLength = 32
Optional = Yes
Editable = Yes
Virtual = No
Help = "This keyword defines the synchronous transmission mode.
The default value is 'SPLIT', where only packets identified as
synchronous packets shall be transmitted by the synchronous queue.
The other value is 'ALL', where all LLC packets
received from upper layers are transmitted via the synchronous queue.
This keyword has only an effect, if the end station support was able
to get the required synchronous bandwidth from the SBA."