pptpd при включении mppe-128 не открываются сайты

[Animator_8888]

Собственно, настроен сервер pptp на ubuntu server 8.04.4, подключаются виндовые клиенты. Пока не включено mppe-128 открываются все сайты, только вот некоторые странно себя ведут. А при влючении шифрования некоторые напрочь не хотят открываться, хотя пингуются. например google.com работает, а opennet.ru нет... Танцы с mtu не помогают.

pptpd-options:
name pptpd
refuse-pap
refuse-chap
refuse-mschap
require-mschap-v2
require-mppe-128
ms-dns 10.x.x.x
nodefaultroute
debug
dump
nobsdcomp
novj
nodeflate

pptpd.conf:
noipparam
logwtmp
localip 10.x.x.x


ковырял и iptables, даже некоторые следы остались (:
iptables

(Нажмите, чтобы показать/скрыть)

#!/bin/sh
# Local Settings
#

# sysctl location.  If set, it will use sysctl to adjust the kernel parameters.
# If this is set to the empty string (or is unset), the use of sysctl
# is disabled.

SYSCTL="/sbin/sysctl -w"

# To echo the value directly to the /proc file instead
# SYSCTL=""

# IPTables Location - adjust if needed

IPT="/sbin/iptables"
IPTS="/sbin/iptables-save"
IPTR="/sbin/iptables-restore"

# Internet Interface
INET_IF="ppp0"
EXT_IF="eth0"

# Local Interface Information
INT_IF="eth1"
HOMES_IP="10.24.12.139"
HOME_NET="10.24.12.0/24"
LOCAL_BCAST="10.24.12.255"

VFOR="30001:30001"   
SWFOR="30003:30003"   
SLFOR="30004:30004"   
S2FOR="30005:30005"   
AFOR="30002:30002"   
SERFOR="5730:5730"   

#------HOSTS------

VOVA="10.24.12.199"
SCOMPL="10.24.12.197"
SCOMPW="10.24.12.198"
SCOMP2="10.24.12.195"
ANTON="10.24.12.193"
SERG="10.24.12.18"

# Localhost Interface

LO_IFACE="lo"
LO_IP="127.0.0.1"


###############################################################################
#
# Load Modules
#

echo "Loading kernel modules ..."

# You should uncomment the line below and run it the first time just to
/sbin/modprobe ipt_MASQUERADE

/sbin/modprobe ip_tables
/sbin/modprobe ip_conntrack
/sbin/modprobe iptable_filter
/sbin/modprobe iptable_mangle
/sbin/modprobe iptable_nat
/sbin/modprobe ipt_LOG
/sbin/modprobe ipt_limit
/sbin/modprobe ipt_state
/sbin/modprobe ipt_REJECT
/sbin/modprobe ipt_MASQUERADE
/sbin/modprobe ip_gre
/sbin/modprobe ip_nat_pptp
/sbin/modprobe ip_conntrack_pptp

###############################################################################
#
# Kernel Parameter Configuration
#
echo "1" > /proc/sys/net/ipv4/ip_forward
echo "1" > /proc/sys/net/ipv4/ip_dynaddr
###############################################################################
#
# Flush Any Existing Rules or Chains
#

echo "Flushing Tables ..."

# Reset Default Policies
$IPT -P INPUT ACCEPT
$IPT -P FORWARD ACCEPT
$IPT -P OUTPUT ACCEPT
$IPT -t nat -P PREROUTING ACCEPT
$IPT -t nat -P POSTROUTING ACCEPT
$IPT -t nat -P OUTPUT ACCEPT
$IPT -t mangle -P PREROUTING ACCEPT
$IPT -t mangle -P OUTPUT ACCEPT

# Flush all rules
$IPT -F
$IPT -t nat -F
$IPT -t mangle -F

# Erase all non-default chains
$IPT -X
$IPT -t nat -X
$IPT -t mangle -X

if [ "$1" = "stop" ]
then
   echo "Firewall completely flushed!  Now running with no firewall."
   exit 0
fi

###############################################################################
#
# Rules Configuration
#

###############################################################################
#
# Filter Table
#
###############################################################################

# Set Policies

$IPT -P INPUT DROP
$IPT -P OUTPUT DROP
$IPT -P FORWARD ACCEPT

###############################################################################
#
# User-Specified Chains
#
# Create user chains to reduce the number of rules each packet
# must traverse.

echo "Create and populate custom rule chains ..."

# Create a chain to filter INVALID packets

$IPT -N bad_packets

# Create another chain to filter bad tcp packets

$IPT -N bad_tcp_packets

# Create separate chains for icmp, tcp (incoming and outgoing),
# and incoming udp packets.

$IPT -N icmp_packets

$IPT -N gre_packets

# Used for UDP packets inbound from the Internet
$IPT -N udp_inbound

# Used to block outbound UDP services from internal network
# Default to allow all
$IPT -N udp_outbound

# Used to allow inbound services if desired
# Default fail except for established sessions
$IPT -N tcp_inbound

# Used to block outbound services from internal network
# Default to allow all
$IPT -N tcp_outbound

###############################################################################
#
# Populate User Chains
#
# icmp_packets chain
#
# ICMP packets should fit in a Layer 2 frame, thus they should
# never be fragmented.  Fragmented ICMP packets are a typical sign
# of a denial of service attack.
# Echo - uncomment to allow your system to be pinged.
# Uncomment the LOG command if you also want to log PING attempts
#
# $IPT -A icmp_packets -p ICMP -s 0/0 --icmp-type 8 -j LOG \
#    --log-prefix "Ping detected: "
# $IPT -A icmp_packets -p ICMP -s 0/0 --icmp-type 8 -j ACCEPT

$IPT -A icmp_packets -p ICMP -s 0/0 --icmp-type 8 -j DROP

# Time Exceeded
$IPT -A icmp_packets -p ICMP -s 0/0 --icmp-type 11 -j ACCEPT

# Not matched, so return so it will be logged
#$IPT -A icmp_packets -p ICMP -j RETURN

# GRE
# gre_packets chain
#$IPT -A gre_packets --fragment -p GRE -j DROP
$IPT -A gre_packets -p GRE -s 0/0 -j ACCEPT
$IPT -A gre_packets -p GRE -j RETURN


# TCP & UDP
# udp_inbound chain
#
$IPT -A udp_inbound -p UDP -s 0/0 --destination-port 137 -j DROP
$IPT -A udp_inbound -p UDP -s 0/0 --destination-port 138 -j DROP
# Dynamic Address
# If DHCP, the initial request is a broadcast. The response
# doesn't exactly match the outbound packet.  This explicitly
# allow the DHCP ports to alleviate this problem.
# If you receive your dynamic address by a different means, you
# can probably comment this line.
$IPT -A udp_inbound -p UDP -s 0/0 --source-port 67 --destination-port 68 \
     -j ACCEPT

# User specified allowed UDP protocol
#$IPT -A udp_inbound -p UDP -s 0/0 --destination-port 1723:1723 -j ACCEPT


# Not matched, so return for logging
$IPT -A udp_inbound -p UDP -j RETURN

# udp_outbound chain
#
# This chain is used with a private network to prevent forwarding for
# UDP requests on specific protocols.  Applied to the FORWARD rule from
# the internal network.  Ends with an ACCEPT


# No match, so ACCEPT
$IPT -A udp_outbound -p UDP -s 0/0 -j ACCEPT

# tcp_inbound chain
#
# This chain is used to allow inbound connections to the
# system/gateway.  Use with care.  It defaults to none.
# It's applied on INPUT from the external or Internet interface.

# sshd
$IPT -A tcp_inbound -p TCP -s 0/0 --destination-port 22 -j ACCEPT
#$IPT -A tcp_inbound -p TCP -s 0/0 --destination-port 80 -j ACCEPT

# User specified allowed UDP protocol

#$IPT -A tcp_inbound -p TCP -s 0/0 --destination-port 1723:1723 -j ACCEPT


# Not matched, so return so it will be logged
$IPT -A tcp_inbound -p TCP -j RETURN

# tcp_outbound chain
#
# This chain is used with a private network to prevent forwarding for
# requests on specific protocols.  Applied to the FORWARD rule from
# the internal network.  Ends with an ACCEPT


# No match, so ACCEPT
$IPT -A tcp_outbound -p TCP -s 0/0 -j ACCEPT

###############################################################################
#
# INPUT Chain
#

echo "Process INPUT chain ..."

# Allow all on localhost interface
$IPT -A INPUT -p ALL -i $LO_IFACE -j ACCEPT

# Drop bad packets
#$IPT -A INPUT -p ALL -j bad_packets

# DOCSIS compliant cable modems
# Some DOCSIS compliant cable modems send IGMP multicasts to find
# connected PCs.  The multicast packets have the destination address
# 224.0.0.1.  You can accept them.  If you choose to do so,
# Uncomment the rule to ACCEPT them and comment the rule to DROP
# them  The firewall will drop them here by default to avoid
# cluttering the log.  The firewall will drop all multicasts
# to the entire subnet (224.0.0.1) by default.  To only affect
# IGMP multicasts, change '-p ALL' to '-p 2'.  Of course,
# if they aren't accepted elsewhere, it will only ensure that
# multicasts on other protocols are logged.
# Drop them without logging.
$IPT -A INPUT -p ALL -d 224.0.0.1 -j DROP
# The rule to accept the packets.
# $IPT -A INPUT -p ALL -d 224.0.0.1 -j ACCEPT

# Rules for the private network (accessing gateway system itself)
$IPT -A INPUT -p ALL -i $INT_IF -s $HOME_NET -j ACCEPT
$IPT -A INPUT -p ALL -i $INT_IF -d $LOCAL_BCAST -j ACCEPT

# Allow DHCP client request packets inbound from internal network
$IPT -A INPUT -p UDP -i $INT_IF --source-port 68 --destination-port 67 \
     -j ACCEPT


# Inbound Internet Packet Rules

# Accept Established Connections


$IPT -A INPUT -m tcp -p tcp --dport 1723 -j ACCEPT
$IPT -A INPUT -p gre -j ACCEPT

$IPT -A INPUT -p ALL -i $INET_IF -m state --state ESTABLISHED,RELATED \
     -j ACCEPT

# Route the rest to the appropriate user chain
$IPT -A INPUT -p TCP -i $INET_IF -j tcp_inbound
$IPT -A INPUT -p UDP -i $INET_IF -j udp_inbound
$IPT -A INPUT -p ICMP -i $INET_IF -j icmp_packets
#$IPT -A INPUT -p GRE -i $INET_IF -j gre_packets

$IPT -A INPUT -p ALL -i $EXT_IF -m state --state ESTABLISHED,RELATED \
     -j ACCEPT

# Route the rest to the appropriate user chain
$IPT -A INPUT -p TCP -i $EXT_IF -j tcp_inbound
$IPT -A INPUT -p UDP -i $EXT_IF -j udp_inbound
$IPT -A INPUT -p ICMP -i $EXT_IF -j icmp_packets
#$IPT -A INPUT -p GRE -i $EXT_IF -j gre_packets
# Drop without logging broadcasts that get this far.
# Cuts down on log clutter.
# Comment this line if testing new rules that impact
# broadcast protocols.
$IPT -A INPUT -m pkttype --pkt-type broadcast -j DROP

# Log packets that still don't match
###############################################################################
#
# FORWARD Chain
#

echo "Process FORWARD chain ..."

# Used if forwarding for a private network

# Drop bad packets
$IPT -A FORWARD -p ALL -j bad_packets

# Accept TCP packets we want to forward from internal sources
$IPT -A FORWARD -p tcp -i $INT_IF -j tcp_outbound

# Accept UDP packets we want to forward from internal sources
$IPT -A FORWARD -p udp -i $INT_IF -j udp_outbound

# If not blocked, accept any other packets from the internal interface
$IPT -A FORWARD -p ALL -i $INT_IF -j ACCEPT



# Deal with responses from the internet

$IPT -A FORWARD -m tcp -p tcp --dport 1723 -j ACCEPT

$IPT -A FORWARD -p gre -j ACCEPT

$IPT -A FORWARD -i $INET_IF -m state --state ESTABLISHED,RELATED \
     -j ACCEPT

# Port Forwarding is enabled, so accept forwarded traffic
$IPT -A FORWARD -p udp -i $INET_IF --destination-port $SWFOR \
     --destination $SCOMPW -j ACCEPT

$IPT -A FORWARD -p tcp -i $INET_IF --destination-port $SWFOR \
     --destination $SCOMPW -j ACCEPT

$IPT -A FORWARD -p udp -i $INET_IF --destination-port $SLFOR \
     --destination $SCOMPL -j ACCEPT

$IPT -A FORWARD -p tcp -i $INET_IF --destination-port $SLFOR \
     --destination $SCOMPL -j ACCEPT

$IPT -A FORWARD -p udp -i $INET_IF --destination-port $S2FOR \
     --destination $SCOMP2 -j ACCEPT

$IPT -A FORWARD -p tcp -i $INET_IF --destination-port $S2FOR \
     --destination $SCOMP2 -j ACCEPT

$IPT -A FORWARD -p udp -i $INET_IF --destination-port $VFOR \
     --destination $VOVA -j ACCEPT

$IPT -A FORWARD -p tcp -i $INET_IF --destination-port $VFOR \
     --destination $VOVA -j ACCEPT

$IPT -A FORWARD -p udp -i $INET_IF --destination-port $AFOR \
     --destination $ANTON -j ACCEPT

$IPT -A FORWARD -p tcp -i $INET_IF --destination-port $AFOR \
     --destination $ANTON -j ACCEPT

$IPT -A FORWARD -p udp -i $INET_IF --destination-port $SERFOR \
     --destination $SERG -j ACCEPT

$IPT -A FORWARD -p tcp -i $INET_IF --destination-port $SERFOR \
     --destination $SERG -j ACCEPT





$IPT -A FORWARD -i $EXT_IF -m state --state ESTABLISHED,RELATED \
     -j ACCEPT

# Port Forwarding is enabled, so accept forwarded traffic
$IPT -A FORWARD -p udp -i $EXT_IF --destination-port $SWFOR \
     --destination $SCOMPW -j ACCEPT

$IPT -A FORWARD -p tcp -i $EXT_IF --destination-port $SWFOR \
     --destination $SCOMPW -j ACCEPT

$IPT -A FORWARD -p udp -i $EXT_IF --destination-port $SLFOR \
     --destination $SCOMPL -j ACCEPT

$IPT -A FORWARD -p tcp -i $EXT_IF --destination-port $SLFOR \
     --destination $SCOMPL -j ACCEPT

$IPT -A FORWARD -p udp -i $EXT_IF --destination-port $S2FOR \
     --destination $SCOMP2 -j ACCEPT

$IPT -A FORWARD -p tcp -i $EXT_IF --destination-port $S2FOR \
     --destination $SCOMP2 -j ACCEPT

$IPT -A FORWARD -p udp -i $EXT_IF --destination-port $VFOR \
     --destination $VOVA -j ACCEPT

$IPT -A FORWARD -p tcp -i $EXT_IF --destination-port $VFOR \
     --destination $VOVA -j ACCEPT

$IPT -A FORWARD -p udp -i $EXT_IF --destination-port $AFOR \
     --destination $ANTON -j ACCEPT

$IPT -A FORWARD -p tcp -i $EXT_IF --destination-port $AFOR \
     --destination $ANTON -j ACCEPT

$IPT -A FORWARD -p ALL -s 10.11.12.0/24 -m state --state NEW -j ACCEPT
###############################################################################
#
# OUTPUT Chain
#

echo "Process OUTPUT chain ..."

# Generally trust the firewall on output

# However, invalid icmp packets need to be dropped
# to prevent a possible exploit.
$IPT -A OUTPUT -m state -p icmp --state INVALID -j DROP
#$IPT -A OUTPUT -p gre -j ACCEPT
# Localhost
$IPT -A OUTPUT -p ALL -s $LO_IP -j ACCEPT
$IPT -A OUTPUT -p ALL -o $LO_IFACE -j ACCEPT

# To internal network
$IPT -A OUTPUT -p ALL -s $HOMES_IP -j ACCEPT
$IPT -A OUTPUT -p ALL -o $INT_IF -j ACCEPT

# To internet
$IPT -A OUTPUT -p ALL -o $INET_IF -j ACCEPT
$IPT -A OUTPUT -p ALL -o $EXT_IF -j ACCEPT


###############################################################################
#
# nat table
#
###############################################################################

# The nat table is where network address translation occurs if there
# is a private network.  If the gateway is connected to the Internet
# with a static IP, snat is used.  If the gateway has a dynamic address,
# masquerade must be used instead.  There is more overhead associated
# with masquerade, so snat is better when it can be used.
# The nat table has a builtin chain, PREROUTING, for dnat and redirects.
# Another, POSTROUTING, handles snat and masquerade.

echo "Load rules for nat table ..."

###############################################################################
#
# PREROUTING chain
#

# Port Forwarding
#
# Port forwarding forwards all traffic on a port or ports from
# the firewall to a computer on the internal LAN.  This can
# be required to support special situations.  For instance,
# this is the only way to support file transfers with an ICQ
# client on an internal computer.  It's also required if an internal
# system hosts a service such as a web server.  However, it's also
# a dangerous option.  It allows Internet computers access to
# your internal network.  Use it carefully and only if you're
# certain you know what you're doing.

$IPT -t nat -A PREROUTING -p udp -i $INET_IF --destination-port $SWFOR \
     -j DNAT --to-destination $SCOMPW

$IPT -t nat -A PREROUTING -p tcp -i $INET_IF --destination-port $SWFOR \
     -j DNAT --to-destination $SCOMPW

$IPT -t nat -A PREROUTING -p udp -i $INET_IF --destination-port $SLFOR \
     -j DNAT --to-destination $SCOMPL

$IPT -t nat -A PREROUTING -p tcp -i $INET_IF --destination-port $SLFOR \
     -j DNAT --to-destination $SCOMPL

$IPT -t nat -A PREROUTING -p udp -i $INET_IF --destination-port $S2FOR \
     -j DNAT --to-destination $SCOMP2

$IPT -t nat -A PREROUTING -p tcp -i $INET_IF --destination-port $S2FOR \
     -j DNAT --to-destination $SCOMP2

$IPT -t nat -A PREROUTING -p udp -i $INET_IF --destination-port $VFOR \
     -j DNAT --to-destination $VOVA

$IPT -t nat -A PREROUTING -p tcp -i $INET_IF --destination-port $VFOR \
     -j DNAT --to-destination $VOVA

$IPT -t nat -A PREROUTING -p udp -i $EXT_IF --destination-port $SWFOR \
     -j DNAT --to-destination $SCOMPW

$IPT -t nat -A PREROUTING -p tcp -i $EXT_IF --destination-port $SWFOR \
     -j DNAT --to-destination $SCOMPW

$IPT -t nat -A PREROUTING -p udp -i $EXT_IF --destination-port $SLFOR \
     -j DNAT --to-destination $SCOMPL

$IPT -t nat -A PREROUTING -p tcp -i $EXT_IF --destination-port $SLFOR \
     -j DNAT --to-destination $SCOMPL

$IPT -t nat -A PREROUTING -p udp -i $EXT_IF --destination-port $S2FOR \
     -j DNAT --to-destination $SCOMP2

$IPT -t nat -A PREROUTING -p tcp -i $EXT_IF --destination-port $S2FOR \
     -j DNAT --to-destination $SCOMP2

$IPT -t nat -A PREROUTING -p udp -i $EXT_IF --destination-port $VFOR \
     -j DNAT --to-destination $VOVA

$IPT -t nat -A PREROUTING -p tcp -i $EXT_IF --destination-port $VFOR \
     -j DNAT --to-destination $VOVA



###############################################################################
#
# POSTROUTING chain
#

$IPT -t nat -A POSTROUTING -o $INET_IF -j MASQUERADE
$IPT -t nat -A POSTROUTING -o $EXT_IF -j MASQUERADE

двойной маскарад для инета(его получаю тоже через pptp) и внутренних ресурсов, если не прав поправте..

Друзья помогите пожалуйста, ниче найти на эту тему не могу..

А вообще еще интересны идеи по поводу web интерфейса для мониторинга каналов, и фаервола. Может есть что на премете, не шарил инет еще на эту тему, но может кто так знает..

[AnrDaemon]

iptables-save показывай. Скрипты читать сложно и малоинформативно.

tracepath до не открывающихся сайтов делай - в конце будет рекомендация, какое окно MTU поставить.

[Animator_8888]

Сайты не открываются у pptp клиентов, при включении обязательного шифрования, без шифрования открывается вроде все, вот только как подтупливает все равно..
Сейчас правила фаервола вот такие:
iptables-save

(Нажмите, чтобы показать/скрыть)

# Generated by iptables-save v1.3.8 on Fri Mar 19 21:31:57 2010
*nat
:PREROUTING ACCEPT [18:1662]
:POSTROUTING ACCEPT [11:609]
:OUTPUT ACCEPT [0:0]
-A POSTROUTING -o ppp0 -j MASQUERADE
-A POSTROUTING -o eth1 -j MASQUERADE
COMMIT
# Completed on Fri Mar 19 21:31:57 2010
# Generated by iptables-save v1.3.8 on Fri Mar 19 21:31:57 2010
*mangle
:PREROUTING ACCEPT [564:50343]
:INPUT ACCEPT [1899:156730]
:FORWARD ACCEPT [33:1906]
:OUTPUT ACCEPT [367:53831]
:POSTROUTING ACCEPT [1797:594611]
COMMIT
# Completed on Fri Mar 19 21:31:57 2010
# Generated by iptables-save v1.3.8 on Fri Mar 19 21:31:57 2010
*filter
:INPUT ACCEPT [531:48437]
:FORWARD ACCEPT [33:1906]
:OUTPUT ACCEPT [367:53831]
COMMIT
# Completed on Fri Mar 19 21:31:57 2010

tracepath mail.ru

(Нажмите, чтобы показать/скрыть)

1:  192.168.1.194 (192.168.1.194)                          0.883ms pmtu 1500
 1:  pfirewall.local (192.168.1.1)                  0.846ms
 1:  p-firewall.local (192.168.1.1)                  0.819ms
 2:  172.16.38.1 (172.16.38.1)                              1.698ms
 3:  br324.krsn.ru (217.187.188.78)                          40.320ms asymm  4
 4:  kyk1345.kyk25.transtelecom.net (217.143.143.238)         39.731ms
 5:  TTK-gw.Moscow.gldn.net (194.186.0.194)               206.838ms asymm  9
 6:  TTK-lgw.Moscow.gldn.net (194.186.0.193)               88.638ms asymm  9
 7:  cat01.Moscow.gldn.net (194.186.157.74)               289.718ms asymm 11
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     Too many hops: pmtu 1500
     Resume: pmtu 1500

[AnrDaemon]

Тогда трассировать надо с клиентов... раз у них проблемы.

[Mam(O)n]

pppd в сислог ругается?

[Animator_8888]

Тогда трассировать надо с клиентов... раз у них проблемы.

от клиентов трасерт останавливается на ubuntu
Пользователь решил продолжить мысль 19 Марта 2010, 13:19:41:

pppd в сислог ругается?

(Нажмите, чтобы показать/скрыть)

Mar 19 23:08:21 HPHS modprobe: WARNING: Not loading blacklisted module ipv6
Mar 19 23:08:52 HPHS pptpd[4531]: CTRL: Client 192.168.1.195 control connection started
Mar 19 23:08:52 HPHS pptpd[4531]: CTRL: Starting call (launching pppd, opening GRE)
Mar 19 23:08:52 HPHS pppd[4532]: Plugin /usr/lib/pptpd/pptpd-logwtmp.so loaded.
Mar 19 23:08:52 HPHS kernel: [ 1188.045662] PPP generic driver version 2.4.2
Mar 19 23:08:52 HPHS modprobe: WARNING: Not loading blacklisted module ipv6
Mar 19 23:08:52 HPHS pppd[4532]: pppd 2.4.4 started by root, uid 0
Mar 19 23:08:53 HPHS pppd[4532]: Using interface ppp0
Mar 19 23:08:53 HPHS pppd[4532]: Connect: ppp0 <--> /dev/pts/2
Mar 19 23:08:53 HPHS pptpd[4531]: GRE: Bad checksum from pppd.
Mar 19 23:08:54 HPHS pptpd[4531]: CTRL: Ignored a SET LINK INFO packet with real ACCMs!
Mar 19 23:08:54 HPHS pppd[4532]: Warning - secret file /etc/ppp/chap-secrets has world and/or group access
Mar 19 23:08:55 HPHS kernel: [ 1190.283090] padlock: VIA PadLock Hash Engine not detected.
Mar 19 23:08:55 HPHS modprobe: WARNING: Error inserting padlock_sha (/lib/modules/2.6.24-26-server/kernel/drivers/crypto/padlock-sha.ko): No such device
Mar 19 23:08:55 HPHS kernel: [ 1190.322131] PPP MPPE Compression module registered
Mar 19 23:08:55 HPHS pppd[4532]: MPPE 128-bit stateless compression enabled
Mar 19 23:08:57 HPHS pppd[4532]: local  IP address 10.24.12.139
Mar 19 23:08:57 HPHS pppd[4532]: remote IP address 10.24.12.17

Пользователь решил продолжить мысль 21 Марта 2010, 05:15:40:Поставил ubuntu server 9.10, проблема таже. В какую сторону копать?