;DrIvEr DeScRiPtIoN
VER: 1.11
SYN: 1.00
DR SKFMNW OPTIONAL
{
DES: $SKFMNW_DES
HELP: $SKFMNW_HLP
PAR: 2.00
PROD: MCA.0083
FILE: SKFMNW.LAN
TIME: 45
PR SLOT REQ
{
}
FR FrameSelect
{
CH: 'FDDI_802.2'
CH: 'FDDI_SNAP'
DEF: 1,2
}
PR NODE
{
}
; *****************************************************
;
; Custom Keywords
;
; *****************************************************
;
; Driver Parameters
;
LIST No_Multicast OPT
{
DES: "Send Multicast Packets as Broadcast"
HELP: "If the keyword NO_MULTICAST is used, all multicast
addresses will be converted to broadcast addresses
during transmission."
CD: 'NO'
CH: ''
CD: 'YES'
CH: 'NO_MULTICAST'
DEF: 1
OUT: '%s'
}
;
; SMT Parameters
;
PR PmfPasswd OPT
{
DES: "Password for PMF Requests"
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 case. Password protection can be
disabled by setting this keyword to all zeros
(default), or by not specifying a PMFPASSWD."
TYPE: String (8)
OUT: 'PMFPASSWD=%s'
}
PR UserData OPT
{
DES: "SMT User Data"
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."
TYPE: String (32)
OUT: 'USERDATA="%s"'
}
LIST LerCutOffA OPT
{
DES: "SMT LER Cutoff attribute Port A"
HELP: "This keyword provides local write access to the
LER Cutoff attribute, registered as fddiPORT 58 in
the SMT Standard. This attribute 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."
CD: '1E-4'
CH: 4
CD: '1E-5'
CH: 5
CD: '1E-6'
CH: 6
CD: '1E-7'
CH: 7
CD: '1E-8'
CH: 8
CD: '1E-9'
CH: 9
CD: '1E-10'
CH: 10
CD: '1E-11'
CH: 11
CD: '1E-12'
CH: 12
CD: '1E-13'
CH: 13
CD: '1E-14'
CH: 14
CD: '1E-15'
CH: 15
DEF: 4
OUT: 'LERCUTOFFA=%s'
}
LIST LerCutOffB OPT
{
DES: "SMT LER Cutoff attribute Port B"
HELP: "This keyword provides local write access to the
LER Cutoff attribute, registered as fddiPORT 58 in
the SMT Standard. This attribute 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."
CD: '1E-4'
CH: 4
CD: '1E-5'
CH: 5
CD: '1E-6'
CH: 6
CD: '1E-7'
CH: 7
CD: '1E-8'
CH: 8
CD: '1E-9'
CH: 9
CD: '1E-10'
CH: 10
CD: '1E-11'
CH: 11
CD: '1E-12'
CH: 12
CD: '1E-13'
CH: 13
CD: '1E-14'
CH: 14
CD: '1E-15'
CH: 15
DEF: 4
OUT: 'LERCUTOFFB=%s'
}
LIST LerAlarmA OPT
{
DES: "SMT LER Alarm attribute Port A"
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."
CD: '1E-4'
CH: 4
CD: '1E-5'
CH: 5
CD: '1E-6'
CH: 6
CD: '1E-7'
CH: 7
CD: '1E-8'
CH: 8
CD: '1E-9'
CH: 9
CD: '1E-10'
CH: 10
CD: '1E-11'
CH: 11
CD: '1E-12'
CH: 12
CD: '1E-13'
CH: 13
CD: '1E-14'
CH: 14
CD: '1E-15'
CH: 15
DEF: 5
OUT: 'LERALARMA=%s'
}
LIST LerAlarmB OPT
{
DES: "SMT LER Alarm attribute Port B"
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."
CD: '1E-4'
CH: 4
CD: '1E-5'
CH: 5
CD: '1E-6'
CH: 6
CD: '1E-7'
CH: 7
CD: '1E-8'
CH: 8
CD: '1E-9'
CH: 9
CD: '1E-10'
CH: 10
CD: '1E-11'
CH: 11
CD: '1E-12'
CH: 12
CD: '1E-13'
CH: 13
CD: '1E-14'
CH: 14
CD: '1E-15'
CH: 15
DEF: 5
OUT: 'LERALARMB=%s'
}
PR TMin OPT
{
DES: "SMT T-Min attribute"
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."
TYPE: DEC
VAL: 5 - 165
DEF: 5
OUT: 'TMIN=%s'
}
PR TMax OPT
{
DES: "SMT T-Max attribute"
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."
TYPE: DEC
VAL: 5 - 165
DEF: 165
OUT: 'TMAX=%s'
}
PR TReq OPT
{
DES: "SMT T-Req attribute"
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."
TYPE: DEC
VAL: 5 - 165
DEF: 165
OUT: 'TREQ=%s'
}
PR TVX OPT
{
DES: "SMT TVX attribute"
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."
TYPE: DEC
VAL: 2500 - 10000
DEF: 2700
OUT: 'TVX=%s'
}
;
; SBA Parameters
;
LIST SbaCommand OPT
{
DES: "SBA Command"
HELP: "This keyword is an SBA local action to start or stop
the SBA application. The default value is 'STOP'.
Note: There should be only one active SBA application
in the same ring."
CD: 'STOP'
CH: 'STOP'
CD: 'START'
CH: 'START'
DEF: 1
OUT: 'SBACOMMAND=%s'
}
PR SbaAvailable OPT
{
DES: "SbaAvailable attribute"
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."
TYPE: DEC
VAL: 0 - 100
DEF: 50
OUT: 'SBAAVAILABLE=%s'
}
;
; ESS Parameters
;
PR SbaPayLoad OPT
{
DES: "SbaPayLoad attribute"
HELP: "This keyword defines the requested synchronous
bandwidth for manual static allocations. The valid
range reaches from 0 to 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, rounded 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."
TYPE: DEC
VAL: 0 - 1562
DEF: 0
OUT: 'SBAPAYLOAD=%s'
}
PR SbaOverHead OPT
{
DES: "SbaOverHead attribute"
HELP: "This keyword defines the requested overhead for
static allocations. The valid range reaches from
50 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."
TYPE: DEC
VAL: 50 - 5000
DEF: 50
OUT: 'SBAOVERHEAD=%s'
}
PR MaxTNeg OPT
{
DES: "MaxTNeg attribute"
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."
TYPE: DEC
VAL: 5 - 165
DEF: 25
OUT: 'MAXTNEG=%s'
}
PR MinSegmentSize OPT
{
DES: "MinSegmentSize attribute"
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."
TYPE: DEC
VAL: 1 - 4478
OUT: 'MINSEGMENTSIZE=%s'
}
PR SbaCategory OPT
{
DES: "SbaCategory attribute"
HELP: "This keyword defines the session ID of the
SBA_Category for the static allocation. The valid
range 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."
TYPE: DEC
VAL: 0 - 65535
OUT: 'SBACATEGORY=%s'
}
LIST SynchTxMode OPT
{
DES: "SynchTxMode attribute"
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."
CD: 'SPLIT'
CH: 'SPLIT'
CD: 'ALL'
CH: 'ALL'
DEF: 1
OUT: 'SYNCHTXMODE=%s'
}
}
DLANG: 4
$YES = "Yes"
$NO = "No"
$SKFMNW_DES = "SK-NET FDDI MCA"
$SKFMNW_HLP = "This driver (SKFMNW.LAN) supports
SK-NET FDDI MCA network adapters installed in
a microchannel server."
LANG: 6
$YES = "Yes"
$NO = "No"
$SKFMNW_DES = "SK-NET FDDI MCA"
$SKFMNW_HLP = "This driver (SKFMNW.LAN) supports
SK-NET FDDI MCA network adapters installed in
a microchannel server."
LANG: 7
$YES = "Ja"
$NO = "Nein"
$SKFMNW_DES = "SK-NET FDDI MCA"
$SKFMNW_HLP = "Dieser Treiber (SKFMNW.LAN) unterstützt die
SK-NET FDDI MCA Netzwerkkarten in
Microchannel-Servern."
LANG: 8
$YES = "Yes"
$NO = "No"
$SKFMNW_DES = "SK-NET FDDI MCA"
$SKFMNW_HLP = "This driver (SKFMNW.LAN) supports
SK-NET FDDI MCA network adapters installed in
a microchannel server."
LANG: 14
$YES = "Yes"
$NO = "No"
$SKFMNW_DES = "SK-NET FDDI MCA"
$SKFMNW_HLP = "This driver (SKFMNW.LAN) supports
SK-NET FDDI MCA network adapters installed in
a microchannel server."
;DrIvEr DeScRiPtIoN EnD
