# 05-22-1999 # Release 2.0r5 # This is configuration used at K4CRB-9, 813878 # # 6 CHANNEL KISS # 1 CHANNEL AFT # # BUFFERS USED TO REMEMBER FRAMES. size=65500 # cmd=be of cmd=bc USERS #cmd=pt5 # R - UsePC clock (AT) # N TEST # C - # T - TRACE MODE # D - DEBUG MODE # K - PROCESS K COMMAND IN DED MODE # P - PANIC THEN BOOT # O - OPTIMIZATION OF MESSAGE BUFFERS # B - ENABLE CTRL+ALT TO STOP PROGRAM. TO SAVE MEMORY THE
PANIC LINE # SHOULD ALSO BE ADDED "PANIC=1". panic=1 option=O option=P option=B # # DEFINE THE LANGUAGE USED AT THIS NODE. # [ english, espanol, francais, deutsch, portuguese, italiano,
dansk, # svenska, suomea, ryski ...] langue=english # # Call sign of the console's operator (human operator!) mycall=K4CRB-11 # # location and frequency information for this node. This data is
used for the # APRS beacon, and for the information displayed with the $F, $P,
$p variables. lat=2759.03N lon=08229.53W frq=144.91 # # Default port for beacon and local operator testport=0 # # Beacon text definition balias= <Tampa Network access) # # Beacon time, each and every ... #each=3600 every=3600 # # Beacon via #via=TPA # # APRS port to beacon the special APRS position beacon. Beacon
rate is the # same as that of the beacon timer. #apr=0 (not yet implemented) # # 'min' specifies the minimum number of buffers per channel, # example : # min=1 will give 1 buffer per channel=>init
all channel present or not # min=0 will give 0 buffer => init only channels
specified within fpac.cfg min=0 # # Password, first digit is number of characters needed, followed
by password. # If the file FPAC.PWD exists, the password is taken from FPAC.PWD.
The PWD= # parameter is ignored. The format in FPAC.PWD is the same
but without pwd=. pwd=6SOMEFUNKYPASSWORD # # Mail statistics to associated BBS. The duration is in seconds. # Set up of the stat msg sent to a BBS net=tttt,xxxxxx V yyyyyyy
zzzzzz # tttt = rate to send message in seconds, 0000=once a day. # xxxxxx = destination call # yyyyyy = entry node call sign (must be an adjacent node) # zzzzzz = destination call node address net=0000,kp4djt V kp4djt-9 813626 snd=SP FPACST@KP4DJT #net=0000,K0ZXF V K0ZXF-9 813962 #snd=SP FPACST@K0ZXF # # fbb=1 (default value) the receiving BBS is assumed to be of FBB
type # fbb=0 the BBS is not FBB. In this case the system sends the command # >b to end the session fbb=1 # # window=n1,n2,n3 # n1= mode # 0 = _TEXTBW40,
8 = _HERCMONO, # 1 = _TEXTC40,
9 = _MRES16COLOR, # 2 = _TEXTBW80,
10= _HRES16COLOR, # 3 = _TEXTC80,
11= _ERESNOCOLOR, # 4 = _MRES4COLOR,
12= _ERESCOLOR, # 5 = _MRESNOCOLOR,
13= _VRES2COLOR, # 6 = _HRESBW,
14= _VRES16COLOR, # 7 = _TEXTMONO,
15= _MRES256COLOR, #
16= _ORESCOLOR # n2= screen lenght in number of lines #
[ 60, 50, 43, 30, 25 ] # n3= upper window (ALT+W) number of lines # standard values 3,25,18 for a color screen #
7,25,18 for a black and white screen # this command allows, as for an example, to set a 50 lines
display #window=3,25,18 # # 'his=n,n1,n1' # this command tells FPAC to save several editing lines in
upper and # lower windows (default to window in single window setup) # his=1 (set) # his=0 (does not save) # n1= 10000 = upper window's buffer size # n2= 40000 = lower window's buffer size # The sum of the two windows' buffer size should not exceed
60000. his=0 # # 'date' command, allows you to specify the date format. # i.e.; date=%m/%d/%Y. # By default the format used is %Y/%m/%d ( year/month/day ) # Caution: only the order can be modified. The use of a comma
or space is # forbidden. Special note, the "Y" must be upper case. date=%Y/%m/%d # # 'eol' ( end-of-line ), this is independant to what is sent on-line. # eol=0 ( default ) log file lines end with \r # eol=1 log file lines end with \r\n ( for DOS...) #eol=1 # # == handling of multiple 'info' messages. FPAC recognizes # "info.txt" file at init if command inf=n is
set in fpac.cfg. # n is the total size of messages that are in
'info.txt'. # "info.txt" can hold 10 messages tagged from
M0 to M9. inf=9 # # Layer 2 and 3 parameters # # L# # | Channel # | | Frack # | | | Resptime # | | | | Check # | | | | | Retries # | | | | | | Maxframe # | | | | | | |
Framesize # | | | | | | |
| #
144.91 user channel ni2= 0 030 15 800 10 2 256 ni3= 0 030 15 800 8 4 256 # original
223.46 Trunk to APB #ni2= 1 030 15 800 20 7 256 #ni3= 1 030 15 800 20 7 256 # 8/14/98 #ni2= 1 010 05 800 20 1 128 #ni3= 1 005 05 800 20 1 128 # 8/16/98 #ni2= 1 020 05 800 20 1 256 #ni3= 1 020 05 800 20 1 256 # 8/18/98 ni2= 1 030 15 800 20 7 256 ni3= 1 030 15 800 20 7 256 #
431.025 Trunk to CLW ni2= 2 030 15 800 20 7 256 ni3= 2 010 05 800 20 7 256 #
438.100 Trunk to KO4KS ni2= 3 005 00 800 10 7 256 ni3= 3 005 00 800 16 7 256 #
440.975 Trunk to St. Leo ni2= 4 030 15 800 10 7 256 ni3= 4 020 10 800 16 7 256 #
927.55 Trunk to kp4djt ni2= 5 010 05 800 10 7 256 ni3= 5 010 05 800 10 7 256 #
COAXlan Trunk to 813000 ni2= 6 010 05 800 10 7 256 ni3= 6 010 05 800 10 7 256 #
Spare channel available. ni2= 7 030 15 800 10 7 256 ni3= 7 030 15 800 10 7 256 # UNUSED PORTS ni2= 8 040 15 3000 10 7 256 ni3= 8 040 15 6000 10 7 256 ni2= 9 040 15 3000 10 7 256 ni3= 9 040 15 6000 10 7 256 # ############################################################################# # # Types of cards and TNC's known by FPAC : # - DRSI and compatable TAPR2 # - SCC4 from ATEPRA # - SCCOPTO from PA0HZP # - BAYCOM 4 ou 8 ports # - Kantronics two port (in
KISS mode) # - COMx as IBM or clones standard # - pseudo-card, internal link
DWJ/DED, (on going development #
lost in the limbo) # DRSI and TAPR2 : 2 adjacent channels n and n+1 # # SSC4 (ATEPRA) et SCCOPTO are set identical in configuration: # they are made of 4 adjacent
channels : n, n+1, n+2, n+3 # # Each channel is configured by one command, thus one DRSI requires # 2 lines, one SCC will need four lines. # # The configuration command specify the type of card drsi, scc,
bay... # there after the parameters are separated by one or more spaces. # # DRSI/TAPR2 cards are defined by 'drs=' # SCC4 and SCCOPTO cards are defined by 'scc=' # BAYCOM card as 'bay=' # serial port as 'com=' # Multi port Kantronics as 'kam=' # NULL port as 'nul=' ############################################################################# # # 1 Channel number (0-9 to idenify 10 ports) # 2 data address port A of 8530 in hex (given the PAL 20L10
- 150 or 158) # for the KAM dual port, the second port has
the logical channel number # of the first port. # 3 control address port A of 8530 in hex (identical to above) # or, serial card 16550 interrupt trigger
level in hex. # # 16550 interrupt trigger
level in hex # 0 - 8250/16450, or 16550
in 8250 mode (interrupt every character) # 1 - 16550 trigger level # 4 - 16550 trigger level # 8 - 16550 trigger level # E - 16550 trigger level # # ex: #
0000 use 8250/16450, or 16550 interrupt every character #
0008 use 16550 trigger level 8 # # 4 8536 master control address in hex for the DRSI card,
or # interrupt control port for SCC cards with # PAL 150 or
158 : SCC150=168, # with PAL SCC158=160) # # serial card: # # FLAG1: WWWW XXXX YYYY ZZZZ # # WWWW XXXX YYYY ZZZZ # 1000 |||| |||| 0000 # | ||||
|||| # | ||||
|||| # | ||||
|||| # | ||||
||||___ use CTS (receiving flow control) # | ||||
|||____ use DSR (receiving flow control) # | ||||
||_____ (reserved) # | ||||
|______ use DCD (receiving flow control) # | |||| # | ||||__
use DTR (sending flow control) # | |||___
use RTS (sending flow control) # | ||____
(reserved) # | |_____
(reserved) # |_this parameter specifies
which modem signals are to be used for # flow control. # # ex: #
8280 use RTS/DCD default #
8180 use DTR/DCD # # 5 the divider value to select the speed. # # 8530 & DRSI
COM card's # ----------------
---------------- # 300 bps => 254
50 => 2304 # 1200 bps => 62
75 => 1536 # 2400 bps => 30
110 => 1047 # 4800 bps => 14
134 => 857 # 9600 bps => 6
150 => 786 # 19200 bps => 2
300 => 384 # 38400 bps => 0
600 => 192 #
1200 => 96 #
1800 => 64 #
2000 => 58 #
2400 => 48 #
3600 => 32 #
4800 => 24 #
7200 => 16 #
9600 => 12 #
19200 => 6 #
38400 => 3 #
115200 => 1 # # if the channel ( mandatory : port B of the 8530 )
is set to asynch, # (DED see parameter 10), values are identical to above. # # 6 dwait in decimal (n*10ms) # 7 txdelay in decimal (n*10ms) # 8 fwait in decimal (n*10ms), for full/duplex, PTT hold
time. # 9 Rx buffer numbers (0 = canal non utilise) # 10 IRQ number (1 to 15) only for the first channel of each card. # 11 FLAG : mode of operation : # two
octets in hex : # #
reserved #
| presence of dual port device #
| | L2 connections barred if = 1 #
| | | DCD is not taken into account on this port #
| | | | IRQ shared #
| | | | | sleep between frames #
| | | | | | MULTI_KISS #
| | | | | | | Beacon #
| | | | | | | | ASYNCHRONE #
| | | | | | | | | AFT #
| | | | | | | | | | DED #
| | | | | | | | | | | KISS #
| | | | | | | | | | | | (the following two lines are
for cross port UI) #
| | | | | | | | | | | | cross port UI #
| | | | | | | | | | | | | UI authorized (allows UI frames
to be handled) #
| | | | | | | | | | | | | | duplex #
| | | | | | | | | | | | | | | timer #
| | | | | | | | | | | | | | | | #
x x x x x x x x x x x x x x x x # # example: 0082 DED channel with
SCC4 card port B. # : 050C
cross band channel, cross UI's accepted #
rest time between frames and beacon # : 0001
channel reserved for internal timing generation. # # 12 = 0 or number of links authorized, that is to say the number
of L2 # connections. # # 13 ; KISS mode # # for a KISS port with a single TNC : # # 00 KISS
standard # 0B KISS_CA
secure mode ( checksum ) #
and synchronised ( ack of the TNC after frame is sent) # # for a KISS_RL ( several TNCs on one serial
COM ) # # xC x is
the TNC's address ( 0-8) # # for KAM dual port # # 10 for
the second defined port # ########################################################################## # # addr, or
16550 trigger level # |
int. control port, or FLAG1 # |
| baud rate # |
| | dwait # |
| | | txdelay # |
| | | | fwait # |
| | | | | nbr of buffers # Port | |
| | | | | IRQ
nbr of links max # | addr | | |
| | | | | FLAG | KISS mode (
protected... ) # | | | |
| | | | | | |
| | com=0 3F8 0008 0000 06 0 30 0 10
4 009C 0 0B # 144.910 (1200)(KISS) com=1 2F8 0008 0000 06 0 35 0 10
3 009C 0 0B # 223.460 (1200)(KISS) #drs=0 313 0312 0317 62 15 35 0 10 7
010C 0 0 # 145.01 USER PORT (DRSI) (sample of a working DRSI
configuration) #drs=1 311 0310 0317 62 15 35 0 10 0
0000 0 0 # 220 (DRSI) com=2 3E8 0008 0000 06 0 15 0 10
5 009C 0 0B # 431.025 (9600)(KISS) com=3 2E8 0008 0000 06 0 15 0 10
7 009C 0 0B # 438.100 (9600)(KISS) com=4 250 0008 0000 06 0 15 0 10
10 009C 0 0B # 440.975 (9600)(KISS) com=5 258 0008 0000 06 0 05 0 10
11 009C 0 0B # 927.550 (9600)(KISS) com=6 260 0008 8280 06 0 01 2 10
12 00C0 0 0 # COAX LAN (AFT) com=7 268 0008 0000 06 0 10 0 10
15 009C 0 0 # UNUSED nul=8 0 0000 0000 0 0 0
0 0 0 0 0 0 nul=9 0 0000 0000 0 0 0
0 0 0 0 0 0 # # A card can be left configured even if it is not present in the
machine # Meanwhile if a card is present it should be configured. # # Aliases definition ..,R specify a reverse effect (colocated BBS) alias=0;KP4DJT,813626 alias=1;NODE,813878 alias=2;w4dph,727442 #alias=3;ko4ks,813007 #alias=4; alias=5;info-1,813626 alias=6;CHAT,727548 # localadd=0,813878 # # 'CONF2 813878' generate FPAC.TXT # # End of FPAC.CFG file
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