Hello, I am trying to set up PPP on leased line; My end is PC with Debian 2.0, linux 2.0.35, pppd2.3.5; The other side is CISCO router. They're connected with 2 USR Couriers; I got it nearly (imo) to work but the connection is closed without reason; I only see "No network protocols running" is sent over line; I try to run it as pppd /dev/ttyS1 38400 modems are configured; I tried tyo set it up as leased-line howto says but I got the same result. I am sending options.ttyS1 and pppd syslog as attachments. Please help me. Thanks. -- Matus "fantomas" Uhlar, sysadmin at NETLAB+ Kosice, Slovakia BIC coord for *.sk; admin of netlab.irc.sk; co-admin of irc.felk.cvut.cz
Oct 19 22:36:22 home kernel: PPP: ppp line discipline successfully unregistered Oct 19 22:36:23 home kernel: PPP: version 2.2.0 (dynamic channel allocation) Oct 19 22:36:23 home kernel: PPP Dynamic channel allocation code copyright 1995 Caldera, Inc. Oct 19 22:36:23 home kernel: PPP line discipline registered. Oct 19 22:36:23 home kernel: registered device ppp0 Oct 19 22:36:23 home pppd[7382]: pppd 2.3.5 started by root, uid 0 Oct 19 22:36:44 home kernel: ppp_tty_ioctl: set flags to 70000 Oct 19 22:36:44 home pppd[7382]: Using interface ppp0 Oct 19 22:36:44 home pppd[7382]: Connect: ppp0 <--> /dev/ttyS1 Oct 19 22:36:44 home kernel: ppp_tty_ioctl: get flags: addr bffffb9c flags 0 Oct 19 22:36:44 home kernel: ppp_tty_ioctl: set flags to 70000 Oct 19 22:36:44 home kernel: ppp_tty_ioctl: set xasyncmap Oct 19 22:36:44 home kernel: ppp_tty_ioctl: set xmit asyncmap ffffffff Oct 19 22:36:44 home kernel: ppp_tty_ioctl: get flags: addr bffffb34 flags 0 Oct 19 22:36:44 home kernel: ppp_tty_ioctl: set flags to 70000 Oct 19 22:36:44 home kernel: ppp_tty_ioctl: set mru to 5dc Oct 19 22:36:44 home pppd[7382]: sent [LCP ConfReq id=0x1 <mru 296> <magic 0xffff8631> <accomp>] Oct 19 22:36:44 home kernel: ppp_tty_ioctl: set rcv asyncmap ffffffff Oct 19 22:36:44 home kernel: ppp_tty_ioctl: get flags: addr bffffb48 flags 0 Oct 19 22:36:44 home kernel: ppp_tty_ioctl: set flags to 70000 Oct 19 22:36:44 home kernel: ppp: write frame, count = 20 Oct 19 22:36:44 home kernel: FF 03 C0 21 01 01 00 10 ...!.... Oct 19 22:36:44 home kernel: 01 04 01 28 05 06 FF FF ...(.... Oct 19 22:36:44 home kernel: 86 31 08 02 .1.. Oct 19 22:36:44 home kernel: ppp_dev_xmit_lower: fcs is a0db Oct 19 22:36:44 home kernel: ppp_dev_xmit: writing 36 chars Oct 19 22:36:47 home kernel: ppp: receive frame, count = 24 Oct 19 22:36:47 home kernel: FF 03 C0 21 01 0F 00 14 ...!.... Oct 19 22:36:47 home kernel: 02 06 00 0A 00 00 05 06 ........ Oct 19 22:36:47 home kernel: CA 9C 71 3A 07 02 08 02 ..q:.... Oct 19 22:36:47 home kernel: ppp: successfully queued 22 bytes, flags = f070000 Oct 19 22:36:47 home pppd[7382]: rcvd [LCP ConfReq id=0xf <asyncmap 0xa0000> <magic 0xca9c713a> <pcomp> <accomp>] Oct 19 22:36:47 home pppd[7382]: sent [LCP ConfRej id=0xf <pcomp>] Oct 19 22:36:47 home kernel: ppp_tty_read: called buf=080645c0 nr=1504 Oct 19 22:36:47 home kernel: ppp_tty_read: len = 22 Oct 19 22:36:47 home kernel: ppp_tty_read: passing 24 bytes up Oct 19 22:36:47 home kernel: ppp: write frame, count = 10 Oct 19 22:36:47 home kernel: FF 03 C0 21 04 0F 00 06 ...!.... Oct 19 22:36:47 home kernel: 07 02 .. Oct 19 22:36:47 home kernel: ppp_dev_xmit_lower: fcs is 51f Oct 19 22:36:47 home kernel: ppp_dev_xmit: writing 23 chars Oct 19 22:36:47 home pppd[7382]: rcvd [LCP ConfReq id=0x10 <asyncmap 0xa0000> <magic 0xca9c713a> <accomp>] Oct 19 22:36:47 home pppd[7382]: sent [LCP ConfAck id=0x10 <asyncmap 0xa0000> <magic 0xca9c713a> <accomp>] Oct 19 22:36:47 home kernel: ppp: receive frame, count = 22 Oct 19 22:36:47 home kernel: FF 03 C0 21 01 10 00 12 ...!.... Oct 19 22:36:47 home kernel: 02 06 00 0A 00 00 05 06 ........ Oct 19 22:36:47 home kernel: CA 9C 71 3A 08 02 ..q:.. Oct 19 22:36:47 home kernel: ppp: successfully queued 20 bytes, flags = f070000 Oct 19 22:36:47 home kernel: ppp_tty_read: called buf=080645c0 nr=1504 Oct 19 22:36:47 home kernel: ppp_tty_read: len = 20 Oct 19 22:36:47 home kernel: ppp_tty_read: passing 22 bytes up Oct 19 22:36:47 home kernel: ppp: write frame, count = 22 Oct 19 22:36:47 home kernel: FF 03 C0 21 02 10 00 12 ...!.... Oct 19 22:36:47 home kernel: 02 06 00 0A 00 00 05 06 ........ Oct 19 22:36:47 home kernel: CA 9C 71 3A 08 02 ..q:.. Oct 19 22:36:47 home kernel: ppp_dev_xmit_lower: fcs is fc4c Oct 19 22:36:47 home kernel: ppp_dev_xmit: writing 41 chars Oct 19 22:36:49 home pppd[7382]: sent [LCP ConfReq id=0x1 <mru 296> <magic 0xffff8631> <accomp>] Oct 19 22:36:49 home kernel: ppp: write frame, count = 20 Oct 19 22:36:49 home kernel: FF 03 C0 21 01 01 00 10 ...!.... Oct 19 22:36:49 home kernel: 01 04 01 28 05 06 FF FF ...(.... Oct 19 22:36:49 home kernel: 86 31 08 02 .1.. Oct 19 22:36:49 home kernel: ppp_dev_xmit_lower: fcs is a0db Oct 19 22:36:49 home kernel: ppp_dev_xmit: writing 36 chars Oct 19 22:36:49 home kernel: ppp_tty_read: called buf=080645c0 nr=1504 Oct 19 22:36:49 home kernel: ppp_tty_read: no data (EAGAIN) Oct 19 22:36:49 home kernel: ppp: receive frame, count = 12 Oct 19 22:36:49 home kernel: FF 03 C0 21 03 01 00 08 ...!.... Oct 19 22:36:49 home kernel: 01 04 05 DC .... Oct 19 22:36:49 home kernel: ppp: successfully queued 10 bytes, flags = f070000 Oct 19 22:36:49 home pppd[7382]: rcvd [LCP ConfNak id=0x1 <mru 1500>] Oct 19 22:36:49 home pppd[7382]: sent [LCP ConfReq id=0x2 <magic 0xffff8631> <accomp>] Oct 19 22:36:49 home kernel: ppp_tty_read: called buf=080645c0 nr=1504 Oct 19 22:36:49 home kernel: ppp_tty_read: len = 10 Oct 19 22:36:49 home kernel: ppp_tty_read: passing 12 bytes up Oct 19 22:36:49 home kernel: ppp: write frame, count = 16 Oct 19 22:36:49 home kernel: FF 03 C0 21 01 02 00 0C ...!.... Oct 19 22:36:49 home kernel: 05 06 FF FF 86 31 08 02 .....1.. Oct 19 22:36:49 home kernel: ppp_dev_xmit_lower: fcs is 46a2 Oct 19 22:36:49 home kernel: ppp_dev_xmit: writing 29 chars Oct 19 22:36:49 home kernel: ppp: receive frame, count = 16 Oct 19 22:36:49 home kernel: FF 03 C0 21 02 02 00 0C ...!.... Oct 19 22:36:49 home kernel: 05 06 FF FF 86 31 08 02 .....1.. Oct 19 22:36:49 home kernel: ppp: successfully queued 14 bytes, flags = f070000 Oct 19 22:36:49 home kernel: ppp_tty_read: called buf=080645c0 nr=1504 Oct 19 22:36:49 home kernel: ppp_tty_read: len = 14 Oct 19 22:36:49 home kernel: ppp_tty_read: passing 16 bytes up Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set xmit asyncmap a0000 Oct 19 22:36:49 home pppd[7382]: rcvd [LCP ConfAck id=0x2 <magic 0xffff8631> <accomp>] Oct 19 22:36:49 home pppd[7382]: sent [LCP EchoReq id=0x0 magic=0xffff8631] Oct 19 22:36:49 home pppd[7382]: sent [LCP TermReq id=0x3 "No network protocols running"] Oct 19 22:36:49 home pppd[7382]: rcvd [IPCP ConfReq id=0x25 <compress VJ 0f 00> <addr 195.168.5.129>] Oct 19 22:36:50 home pppd[7382]: rcvd [LCP EchoRep id=0x0 magic=0xca9c713a] Oct 19 22:36:50 home pppd[7382]: rcvd [LCP TermAck id=0x3] Oct 19 22:36:50 home pppd[7382]: Connection terminated. Oct 19 22:36:49 home kernel: ppp: receive frame, count = 20 Oct 19 22:36:49 home kernel: FF 03 80 21 01 25 00 10 ...!.%.. Oct 19 22:36:49 home kernel: 02 06 00 2D 0F 00 03 06 ...-.... Oct 19 22:36:49 home kernel: C3 A8 05 81 .... Oct 19 22:36:49 home kernel: ppp: successfully queued 18 bytes, flags = f070000 Oct 19 22:36:49 home kernel: ppp_tty_ioctl: get flags: addr bffffac8 flags f000000 Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set flags to f070002 Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set mru to 5dc Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set rcv asyncmap ffffffff Oct 19 22:36:49 home kernel: ppp_tty_ioctl: get flags: addr bffffadc flags f000002 Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set flags to f070002 Oct 19 22:36:49 home kernel: ppp: write frame, count = 12 Oct 19 22:36:49 home kernel: FF 03 C0 21 09 00 00 08 ...!.... Oct 19 22:36:49 home kernel: FF FF 86 31 ...1 Oct 19 22:36:49 home kernel: ppp_dev_xmit_lower: fcs is 2725 Oct 19 22:36:49 home kernel: ppp_dev_xmit: writing 14 chars Oct 19 22:36:49 home kernel: ppp_tty_ioctl: get flags: addr bffffaa8 flags f000002 Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set flags to f070042 Oct 19 22:36:49 home kernel: ppp0: no compressor for [15 3 29], 3 Oct 19 22:36:49 home kernel: ppp0: no compressor for [1a 4 8], 4 Oct 19 22:36:49 home kernel: ppp0: no compressor for [18 4 8], 4 Oct 19 22:36:49 home kernel: ppp_tty_ioctl: get flags: addr bffffa48 flags f000042 Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set flags to f070002 Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set xmit asyncmap ffffffff Oct 19 22:36:49 home kernel: ppp_tty_ioctl: get flags: addr bffffa44 flags f000002 Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set flags to f070000 Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set mru to 5dc Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set rcv asyncmap ffffffff Oct 19 22:36:49 home kernel: ppp_tty_ioctl: get flags: addr bffffa58 flags f000000 Oct 19 22:36:49 home kernel: ppp_tty_ioctl: set flags to f070000 Oct 19 22:36:49 home kernel: ppp: write frame, count = 36 Oct 19 22:36:49 home kernel: FF 03 C0 21 05 03 00 20 ...!... Oct 19 22:36:49 home kernel: 4E 6F 20 6E 65 74 77 6F No netwo Oct 19 22:36:49 home kernel: 72 6B 20 70 72 6F 74 6F rk proto Oct 19 22:36:49 home kernel: 63 6F 6C 73 20 72 75 6E cols run Oct 19 22:36:49 home kernel: 6E 69 6E 67 ning Oct 19 22:36:49 home kernel: ppp_dev_xmit_lower: fcs is dd23 Oct 19 22:36:49 home kernel: ppp_dev_xmit: writing 44 chars Oct 19 22:36:49 home kernel: ppp_tty_read: called buf=080645c0 nr=1504 Oct 19 22:36:49 home kernel: ppp_tty_read: len = 18 Oct 19 22:36:49 home kernel: ppp_tty_read: passing 20 bytes up Oct 19 22:36:50 home kernel: ppp: receive frame, count = 12 Oct 19 22:36:50 home kernel: FF 03 C0 21 0A 00 00 08 ...!.... Oct 19 22:36:50 home kernel: CA 9C 71 3A ..q: Oct 19 22:36:50 home kernel: ppp: successfully queued 10 bytes, flags = f070000 Oct 19 22:36:50 home kernel: ppp_tty_read: called buf=080645c0 nr=1504 Oct 19 22:36:50 home kernel: ppp_tty_read: len = 10 Oct 19 22:36:50 home kernel: ppp_tty_read: passing 12 bytes up Oct 19 22:36:50 home kernel: ppp: receive frame, count = 8 Oct 19 22:36:50 home kernel: FF 03 C0 21 06 03 00 04 ...!.... Oct 19 22:36:50 home kernel: ppp: successfully queued 6 bytes, flags = f070000 Oct 19 22:36:50 home kernel: ppp_tty_read: called buf=080645c0 nr=1504 Oct 19 22:36:50 home kernel: ppp_tty_read: len = 6 Oct 19 22:36:50 home kernel: ppp_tty_read: passing 8 bytes up Oct 19 22:36:50 home kernel: ppp_tty_ioctl: get flags: addr bffffbb0 flags f000000 Oct 19 22:36:50 home kernel: ppp: channel ppp0 closing. Oct 19 22:37:03 home pppd[7382]: Terminating on signal 2. Oct 19 22:37:03 home pppd[7382]: Exit. Oct 19 22:39:08 home kernel: ppp_dev_stats called<6>ppp_dev_stats called<6>ppp_dev_stats called<6>ppp_dev_stats called<6>PPP: ppp line discipline successfully unregistered
# /etc/ppp/options # # $Id: options,v 1.4 1996/05/01 18:57:04 alvar Exp $ # # Originally created by Jim Knoble <[EMAIL PROTECTED]> # Modified for Debian by alvar Bray <[EMAIL PROTECTED]> # Modified for PPP Server setup by Christoph Lameter <[EMAIL PROTECTED]> # # Use the command egrep -v '#|^ *$' /etc/ppp/options to quickly see what # options are active in this file. # Specify which DNS Servers the incoming Win95 or WinNT Connection should use # Two Servers can be remotely configured # ms-dns 192.168.1.1 # ms-dns 192.168.1.2 # Specify which WINS Servers the incoming connection Win95 or WinNT should use # ms-wins 192.168.1.50 # ms-wins 192.168.1.51 # Run the executable or shell command specified after pppd has # terminated the link. This script could, for example, issue commands # to the modem to cause it to hang up if hardware modem control signals # were not available. #disconnect "chat -- \d+++\d\c OK ath0 OK" # async character map -- 32-bit hex; each bit is a character # that needs to be escaped for pppd to receive it. 0x00000001 # represents '\x01', and 0x80000000 represents '\x1f'. #asyncmap 0 # Require the peer to authenticate itself before allowing network # packets to be sent or received. # Please do not disable this setting. It is expected to be standard in # future releases of pppd. Use the call option (see manpage) to disable # authentication for specific peers. #auth # Use hardware flow control (i.e. RTS/CTS) to control the flow of data # on the serial port. crtscts # Use software flow control (i.e. XON/XOFF) to control the flow of data # on the serial port. #xonxoff # Specifies that certain characters should be escaped on transmission # (regardless of whether the peer requests them to be escaped with its # async control character map). The characters to be escaped are # specified as a list of hex numbers separated by commas. Note that # almost any character can be specified for the escape option, unlike # the asyncmap option which only allows control characters to be # specified. The characters which may not be escaped are those with hex # values 0x20 - 0x3f or 0x5e. #escape 11,13,ff # Don't use the modem control lines. #local # Specifies that pppd should use a UUCP-style lock on the serial device # to ensure exclusive access to the device. lock # Use the modem control lines. On Ultrix, this option implies hardware # flow control, as for the crtscts option. (This option is not fully # implemented.) modem # Set the MRU [Maximum Receive Unit] value to <n> for negotiation. pppd # will ask the peer to send packets of no more than <n> bytes. The # minimum MRU value is 128. The default MRU value is 1500. A value of # 296 is recommended for slow links (40 bytes for TCP/IP header + 256 # bytes of data). #mru 296 # Set the interface netmask to <n>, a 32 bit netmask in "decimal dot" # notation (e.g. 255.255.255.0). #netmask 255.255.255.255 # Disables the default behaviour when no local IP address is specified, # which is to determine (if possible) the local IP address from the # hostname. With this option, the peer will have to supply the local IP # address during IPCP negotiation (unless it specified explicitly on the # command line or in an options file). #noipdefault # Enables the "passive" option in the LCP. With this option, pppd will # attempt to initiate a connection; if no reply is received from the # peer, pppd will then just wait passively for a valid LCP packet from # the peer (instead of exiting, as it does without this option). passive # With this option, pppd will not transmit LCP packets to initiate a # connection until a valid LCP packet is received from the peer (as for # the "passive" option with old versions of pppd). #silent # Don't request or allow negotiation of any options for LCP and IPCP # (use default values). #-all # Disable Address/Control compression negotiation (use default, i.e. # address/control field disabled). #-ac # Disable asyncmap negotiation (use the default asyncmap, i.e. escape # all control characters). #-am # Don't fork to become a background process (otherwise pppd will do so # if a serial device is specified). -detach # Disable IP address negotiation (with this option, the remote IP # address must be specified with an option on the command line or in an # options file). -ip # Disable magic number negotiation. With this option, pppd cannot # detect a looped-back line. #-mn # Disable MRU [Maximum Receive Unit] negotiation (use default, i.e. # 1500). #-mru # Disable protocol field compression negotiation (use default, i.e. # protocol field compression disabled). -pc # Require the peer to authenticate itself using PAP. #+pap # Don't agree to authenticate using PAP. -pap # Require the peer to authenticate itself using CHAP [Cryptographic # Handshake Authentication Protocol] authentication. #+chap # Don't agree to authenticate using CHAP. -chap # Disable negotiation of Van Jacobson style IP header compression (use # default, i.e. no compression). -vj # Increase debugging level (same as -d). If this option is given, pppd # will log the contents of all control packets sent or received in a # readable form. The packets are logged through syslog with facility # daemon and level debug. This information can be directed to a file by # setting up /etc/syslog.conf appropriately (see syslog.conf(5)). (If # pppd is compiled with extra debugging enabled, it will log messages # using facility local2 instead of daemon). debug debug debug # Append the domain name <d> to the local host name for authentication # purposes. For example, if gethostname() returns the name porsche, # but the fully qualified domain name is porsche.Quotron.COM, you would # use the domain option to set the domain name to Quotron.COM. domain fantomas.sk # Enable debugging code in the kernel-level PPP driver. The argument n # is a number which is the sum of the following values: 1 to enable # general debug messages, 2 to request that the contents of received # packets be printed, and 4 to request that the contents of transmitted # packets be printed. kdebug 7 # Set the MTU [Maximum Transmit Unit] value to <n>. Unless the peer # requests a smaller value via MRU negotiation, pppd will request that # the kernel networking code send data packets of no more than n bytes # through the PPP network interface. #mtu 296 # Enforce the use of the hostname as the name of the local system for # authentication purposes (overrides the name option). #usehostname home # Set the assumed name of the remote system for authentication purposes # to <n>. #remotename gw-ke # Add an entry to this system's ARP [Address Resolution Protocol] # table with the IP address of the peer and the Ethernet address of this # system. # proxyarp # Use the system password database for authenticating the peer using # PAP. Note: mgetty already provides this option. If this is specified # then dialin from users using a script under Linux to fire up ppp wont work. # login # If this option is given, pppd will send an LCP echo-request frame to # the peer every n seconds. Under Linux, the echo-request is sent when # no packets have been received from the peer for n seconds. Normally # the peer should respond to the echo-request by sending an echo-reply. # This option can be used with the lcp-echo-failure option to detect # that the peer is no longer connected. lcp-echo-interval 20 # If this option is given, pppd will presume the peer to be dead if n # LCP echo-requests are sent without receiving a valid LCP echo-reply. # If this happens, pppd will terminate the connection. Use of this # option requires a non-zero value for the lcp-echo-interval parameter. # This option can be used to enable pppd to terminate after the physical # connection has been broken (e.g., the modem has hung up) in # situations where no hardware modem control lines are available. lcp-echo-failure 3 # Set the LCP restart interval (retransmission timeout) to <n> seconds # (default 3). lcp-restart 5 # Set the maximum number of LCP terminate-request transmissions to <n> # (default 3). #lcp-max-terminate <n> # Set the maximum number of LCP configure-request transmissions to <n> # (default 10). #lcp-max-configure <n> # Set the maximum number of LCP configure-NAKs returned before starting # to send configure-Rejects instead to <n> (default 10). #lcp-max-failure <n> # Set the IPCP restart interval (retransmission timeout) to <n> # seconds (default 3). ipcp-restart 5 # Set the maximum number of IPCP terminate-request transmissions to <n> # (default 3). #ipcp-max-terminate 3 # Set the maximum number of IPCP configure-request transmissions to <n> # (default 10). #ipcp-max-configure <n> # Set the maximum number of IPCP configure-NAKs returned before starting # to send configure-Rejects instead to <n> (default 10). #ipcp-max-failure <n> # Set the PAP restart interval (retransmission timeout) to <n> seconds # (default 3). #pap-restart <n> # Set the maximum number of PAP authenticate-request transmissions to # <n> (default 10). #pap-max-authreq <n> # Set the CHAP restart interval (retransmission timeout for # challenges) to <n> seconds (default 3). #chap-restart <n> # Set the maximum number of CHAP challenge transmissions to <n> # (default 10). #chap-max-challenge # If this option is given, pppd will rechallenge the peer every <n> # seconds. #chap-interval <n> # With this option, pppd will accept the peer's idea of our local IP # address, even if the local IP address was specified in an option. #ipcp-accept-local # With this option, pppd will accept the peer's idea of its (remote) IP # address, even if the remote IP address was specified in an option. #ipcp-accept-remote # Disable the IPXCP and IPX protocols. # To let pppd pass IPX packets comment this out --- you'll probably also # want to install ipxripd, and have the Internal IPX Network option enabled # in your kernel. /usr/doc/HOWTO/IPX-HOWTO.gz contains more info. noipx #don't quit when id breas persist #ip's home:gw-ke # ---<End of File>---
