PPTP VPN победа сервера Ubuntu 14.04 7 клиентских проблем

Таким образом, я был googleing это в течение 2 недель, и я продолжаю перестать работать на этой проблеме. У меня есть сервер Ubuntu 14.04, выполняющий сервер VPN PPTP (я должен использовать PPTP, никакой выбор переместиться в другую VPN). Я пытаюсь подключить к нему с Победой 7 клиентов (брандмауэр, выключенный на клиенте) и продолжать иметь проблемы с ним. Я успешно соединился с VPN с клиентом Ubuntu 14.04, но не могу заставить Победу 7 работать вообще. Вот некоторые конфигурации, которые я использую:

/etc/pptpd.conf

###############################################################################
# $Id$
#
# Sample Poptop configuration file /etc/pptpd.conf
#
# Changes are effective when pptpd is restarted.
###############################################################################

# TAG: ppp
#   Path to the pppd program, default '/usr/sbin/pppd' on Linux
#
#ppp /usr/sbin/pppd

# TAG: option
#   Specifies the location of the PPP options file.
#   By default PPP looks in '/etc/ppp/options'
#
option /etc/ppp/pptpd-options

# TAG: debug
#   Turns on (more) debugging to syslog
#
debug

# TAG: stimeout
#   Specifies timeout (in seconds) on starting ctrl connection
#
# stimeout 10

# TAG: noipparam
#       Suppress the passing of the client's IP address to PPP, which is
#       done by default otherwise.
#
#noipparam

# TAG: logwtmp
#   Use wtmp(5) to record client connections and disconnections.
#
logwtmp

# TAG: bcrelay <if>
#   Turns on broadcast relay to clients from interface <if>
#
#bcrelay eth1

# TAG: delegate
#   Delegates the allocation of client IP addresses to pppd.
#
#       Without this option, which is the default, pptpd manages the list of
#       IP addresses for clients and passes the next free address to pppd.
#       With this option, pptpd does not pass an address, and so pppd may use
#       radius or chap-secrets to allocate an address.
#
#delegate

# TAG: connections
#       Limits the number of client connections that may be accepted.
#
#       If pptpd is allocating IP addresses (e.g. delegate is not
#       used) then the number of connections is also limited by the
#       remoteip option.  The default is 100.
connections 100

# TAG: localip
# TAG: remoteip
#   Specifies the local and remote IP address ranges.
#
#   These options are ignored if delegate option is set.
#
#       Any addresses work as long as the local machine takes care of the
#       routing.  But if you want to use MS-Windows networking, you should
#       use IP addresses out of the LAN address space and use the proxyarp
#       option in the pppd options file, or run bcrelay.
#
#   You can specify single IP addresses seperated by commas or you can
#   specify ranges, or both. For example:
#
#       192.168.0.234,192.168.0.245-249,192.168.0.254
#
#   IMPORTANT RESTRICTIONS:
#
#   1. No spaces are permitted between commas or within addresses.
#
#   2. If you give more IP addresses than the value of connections,
#      it will start at the beginning of the list and go until it
#      gets connections IPs.  Others will be ignored.
#
#   3. No shortcuts in ranges! ie. 234-8 does not mean 234 to 238,
#      you must type 234-238 if you mean this.
#
#   4. If you give a single localIP, that's ok - all local IPs will
#      be set to the given one. You MUST still give at least one remote
#      IP for each simultaneous client.
#
# (Recommended)
localip 10.100.100.1
remoteip 10.100.100.100-200
# or
#localip 192.168.0.234-238,192.168.0.245
#remoteip 192.168.1.234-238,192.168.1.245

/etc/ppp/options

# /etc/ppp/options
# 
# Originally created by Jim Knoble <jmknoble@mercury.interpath.net>
# Modified for Debian by alvar Bray <alvar@meiko.co.uk>
# Modified for PPP Server setup by Christoph Lameter <clameter@debian.org>
#
# To quickly see what options are active in this file, use this command:
#   egrep -v '#|^ *$' /etc/ppp/options

# Specify which DNS Servers the incoming Win95 or WinNT Connection should use
# Two Servers can be remotely configured
ms-dns 8.8.8.8
# ms-dns 192.168.1.2

# Specify which WINS Servers the incoming connection Win95 or WinNT should use
ms-wins 172.16.5.2
# 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
#noauth
# ... Unfortunately, fixing this properly in the peers file
# (/etc/ppp/peers/ppp0, typically) is apparently incompatible with the
# paradigm used by gnome-system-tools and system-tools-backend for
# managing the peers files.  So in Ubuntu Feisty we change the default.

# 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

# Don't show the passwords when logging the contents of PAP packets.
# This is the default.
#hide-password

# When logging the contents of PAP packets, this option causes pppd to
# show the password string in the log message.
show-password

# 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 1400

# Set the interface netmask to <n>, a 32 bit netmask in "decimal dot"
# notation (e.g. 255.255.255.0).
netmask 255.255.255.0

# 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 IPCP negotiation and IP communication. This option should
# only be required if the peer is buggy and gets confused by requests
# from pppd for IPCP negotiation.
#noip

# 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

# 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 <d>

# 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 4

# the kernel networking code send data packets of no more than n bytes
# through the PPP network interface.
#mtu <n>

# Set the name of the local system for authentication purposes to <n>.
# This is a privileged option. With this option, pppd will use lines in the
# secrets files which have <n> as the second field when looking for a
# secret to use in authenticating the peer. In addition, unless overridden
# with the user option, <n> will be used as the name to send to the peer
# when authenticating the local system to the peer. (Note that pppd does
# not append the domain name to <n>.)
name pptpd

# Enforce the use of the hostname as the name of the local system for
# authentication purposes (overrides the name option).
#usehostname

# Set the assumed name of the remote system for authentication purposes
# to <n>.
#remotename <n>

# 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. 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 30

# 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 4

# Set the LCP restart interval (retransmission timeout) to <n> seconds
# (default 3).
#lcp-restart <n>

# 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 <n>

# Set the maximum number of IPCP terminate-request transmissions to <n>
# (default 3).
#ipcp-max-terminate <n>

# 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 maximum time that pppd will wait for the peer to authenticate
# itself with PAP to <n> seconds (0 means no limit).
#pap-timeout <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

# Exit once a connection has been made and terminated. This is the default,
# unless the `persist' or `demand' option has been specified.
#nopersist

# Do not exit after a connection is terminated; instead try to reopen
# the connection.
#persist

# Terminate after n consecutive failed connection attempts.
# A value of 0 means no limit. The default value is 10.
#maxfail <n>

# Initiate the link only on demand, i.e. when data traffic is present. 
# With this option, the remote IP address must be specified by the user on
# the command line or in an options file.  Pppd will initially configure
# the interface and enable it for IP traffic without connecting to the peer. 
# When traffic is available, pppd will connect to the peer and perform
# negotiation, authentication, etc.  When this is completed, pppd will
# commence passing data packets (i.e., IP packets) across the link.
#demand

# Specifies that pppd should disconnect if the link is idle for <n> seconds.
# The link is idle when no data packets (i.e. IP packets) are being sent or
# received.  Note: it is not advisable to use this option with the persist
# option without the demand option.  If the active-filter option is given,
# data packets which are rejected by the specified activity filter also
# count as the link being idle.
#idle <n>

# Specifies how many seconds to wait before re-initiating the link after
# it terminates.  This option only has any effect if the persist or demand
# option is used.  The holdoff period is not applied if the link was
# terminated because it was idle.
#holdoff <n>

# Wait for up n milliseconds after the connect script finishes for a valid
# PPP packet from the peer.  At the end of this time, or when a valid PPP
# packet is received from the peer, pppd will commence negotiation by
# sending its first LCP packet.  The default value is 1000 (1 second).
# This wait period only applies if the connect or pty option is used.
#connect-delay <n>

# Packet filtering: for more information, see pppd(8)
# Any packets matching the filter expression will be interpreted as link
# activity, and will cause a "demand" connection to be activated, and reset
# the idle connection timer. (idle option)
# The filter expression is akin to that of tcpdump(1)
#active-filter <filter-expression>

# ---<End of File>---

# John's addition
#nopcomp
#noaccomp

/etc/ppp/pptpd-options

# Authentication

# Name of the local system for authentication purposes
# (must match the second field in /etc/ppp/chap-secrets entries)
name pptpd

# Optional: domain name to use for authentication
# domain mydomain.net

# Strip the domain prefix from the username before authentication.
# (applies if you use pppd with chapms-strip-domain patch)
#chapms-strip-domain


# Encryption
# (There have been multiple versions of PPP with encryption support,
# choose with of the following sections you will use.)


# BSD licensed ppp-2.4.2 upstream with MPPE only, kernel module ppp_mppe.o
# {{{
refuse-pap
refuse-chap
refuse-mschap
# Require the peer to authenticate itself using MS-CHAPv2 [Microsoft
# Challenge Handshake Authentication Protocol, Version 2] authentication.
require-mschap-v2
# Require MPPE 128-bit encryption
# (note that MPPE requires the use of MSCHAP-V2 during authentication)
require-mppe-128

mppe-stateful

# Network and Routing

# If pppd is acting as a server for Microsoft Windows clients, this
# option allows pppd to supply one or two DNS (Domain Name Server)
# addresses to the clients.  The first instance of this option
# specifies the primary DNS address; the second instance (if given)
# specifies the secondary DNS address.
# Attention! This information may not be taken into account by a Windows
# client. See KB311218 in Microsoft's knowledge base for more information.
ms-dns 8.8.8.8
ms-dns 8.8.4.4

# 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.  This will have the effect of making the peer appear to other
# systems to be on the local ethernet.
# (you do not need this if your PPTP server is responsible for routing
# packets to the clients -- James Cameron)
proxyarp

# Logging

# Enable connection debugging facilities.
# (see your syslog configuration for where pppd sends to)
debug

# Print out all the option values which have been set.
# (often requested by mailing list to verify options)
dump


# Create a UUCP-style lock file for the pseudo-tty to ensure exclusive
# access.
lock


nologfd

И вот дамп системного журнала, который я имею от него (включенная отладка)

Jan 13 10:50:24 idamvpn pptpd[2076]: MGR: Launching /usr/sbin/pptpctrl to handle client
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: local address = 10.100.100.1
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: remote address = 10.100.100.100
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: pppd options file = /etc/ppp/pptpd-options
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: Client 172.16.7.170 control connection started
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: Received PPTP Control Message (type: 1)
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: Made a START CTRL CONN RPLY packet
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: I wrote 156 bytes to the client.
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: Sent packet to client
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: Received PPTP Control Message (type: 7)
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: Set parameters to 100000000 maxbps, 64 window size
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: Made a OUT CALL RPLY packet
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: Starting call (launching pppd, opening GRE)
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: pty_fd = 6
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: tty_fd = 7
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: I wrote 32 bytes to the client.
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: Sent packet to client
Jan 13 10:50:24 idamvpn pptpd[2077]: CTRL (PPPD Launcher): program binary = /usr/sbin/pppd
Jan 13 10:50:24 idamvpn pptpd[2077]: CTRL (PPPD Launcher): local address = 10.100.100.1
Jan 13 10:50:24 idamvpn pptpd[2077]: CTRL (PPPD Launcher): remote address = 10.100.100.100
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: Received PPTP Control Message (type: 15)
Jan 13 10:50:24 idamvpn pptpd[2076]: CTRL: Got a SET LINK INFO packet with standard ACCMs
Jan 13 10:50:24 idamvpn pppd[2077]: Plugin /usr/lib/pptpd/pptpd-logwtmp.so loaded.
Jan 13 10:50:24 idamvpn pppd[2077]: pptpd-logwtmp: $Version$
Jan 13 10:50:24 idamvpn pppd[2077]: pppd options in effect:
Jan 13 10:50:24 idamvpn pppd[2077]: debug debug#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: kdebug 4#011#011# (from /etc/ppp/options)
Jan 13 10:50:24 idamvpn pppd[2077]: nologfd#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: dump#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: plugin /usr/lib/pptpd/pptpd-logwtmp.so#011#011# (from command line)
Jan 13 10:50:24 idamvpn pppd[2077]: require-mschap-v2#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: refuse-pap#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: refuse-chap#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: refuse-mschap#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: name pptpd#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: remotenumber 172.16.7.170#011#011# (from command line)
Jan 13 10:50:24 idamvpn pppd[2077]: pptpd-original-ip 172.16.7.170#011#011# (from command line)
Jan 13 10:50:24 idamvpn pppd[2077]: 115200#011#011# (from command line)
Jan 13 10:50:24 idamvpn pppd[2077]: lock#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: crtscts#011#011# (from /etc/ppp/options)
Jan 13 10:50:24 idamvpn pppd[2077]: local#011#011# (from command line)
Jan 13 10:50:24 idamvpn pppd[2077]: asyncmap 0#011#011# (from /etc/ppp/options)
Jan 13 10:50:24 idamvpn pppd[2077]: mru 1400#011#011# (from /etc/ppp/options)
Jan 13 10:50:24 idamvpn pppd[2077]: passive#011#011# (from /etc/ppp/options)
Jan 13 10:50:24 idamvpn pppd[2077]: lcp-echo-failure 4#011#011# (from /etc/ppp/options)
Jan 13 10:50:24 idamvpn pppd[2077]: lcp-echo-interval 30#011#011# (from /etc/ppp/options)
Jan 13 10:50:24 idamvpn pppd[2077]: show-password#011#011# (from /etc/ppp/options)
Jan 13 10:50:24 idamvpn pppd[2077]: ipparam 172.16.7.170#011#011# (from command line)
Jan 13 10:50:24 idamvpn pppd[2077]: ms-dns xxx # [don't know how to print value]#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: ms-wins xxx # [don't know how to print value]#011#011# (from /etc/ppp/options)
Jan 13 10:50:24 idamvpn pppd[2077]: proxyarp#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: netmask 255.255.255.0#011#011# (from /etc/ppp/options)
Jan 13 10:50:24 idamvpn pppd[2077]: 10.100.100.1:10.100.100.100#011#011# (from command line)
Jan 13 10:50:24 idamvpn pppd[2077]: mppe-stateful#011#011# (from /etc/ppp/pptpd-options)
Jan 13 10:50:24 idamvpn pppd[2077]: noipx#011#011# (from /etc/ppp/options)
Jan 13 10:50:24 idamvpn pppd[2077]: pppd 2.4.5 started by root, uid 0
Jan 13 10:50:24 idamvpn pppd[2077]: using channel 10
Jan 13 10:50:24 idamvpn pppd[2077]: Using interface ppp0
Jan 13 10:50:24 idamvpn pppd[2077]: Connect: ppp0 <--> /dev/pts/2
Jan 13 10:50:24 idamvpn pppd[2077]: sent [LCP ConfReq id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:24 idamvpn pptpd[2076]: GRE: accepting packet #0
Jan 13 10:50:24 idamvpn pppd[2077]: rcvd [LCP ConfReq id=0x0 <mru 1400> <magic 0x7fd3a38> <pcomp> <accomp> <callback CBCP>]
Jan 13 10:50:24 idamvpn pppd[2077]: sent [LCP ConfRej id=0x0 <callback CBCP>]
Jan 13 10:50:24 idamvpn pptpd[2076]: GRE: accepting packet #1
Jan 13 10:50:24 idamvpn pppd[2077]: rcvd [LCP ConfAck id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:26 idamvpn pptpd[2076]: GRE: accepting packet #2
Jan 13 10:50:26 idamvpn pppd[2077]: rcvd [LCP ConfReq id=0x1 <mru 1400> <magic 0x7fd3a38> <pcomp> <accomp> <callback CBCP>]
Jan 13 10:50:26 idamvpn pppd[2077]: sent [LCP ConfRej id=0x1 <callback CBCP>]
Jan 13 10:50:27 idamvpn pppd[2077]: sent [LCP ConfReq id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:27 idamvpn pptpd[2076]: GRE: accepting packet #3
Jan 13 10:50:27 idamvpn pppd[2077]: rcvd [LCP ConfAck id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:29 idamvpn pptpd[2076]: GRE: accepting packet #4
Jan 13 10:50:29 idamvpn pppd[2077]: rcvd [LCP ConfReq id=0x2 <mru 1400> <magic 0x7fd3a38> <pcomp> <accomp> <callback CBCP>]
Jan 13 10:50:29 idamvpn pppd[2077]: sent [LCP ConfRej id=0x2 <callback CBCP>]
Jan 13 10:50:30 idamvpn pppd[2077]: sent [LCP ConfReq id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:30 idamvpn pptpd[2076]: GRE: accepting packet #5
Jan 13 10:50:30 idamvpn pppd[2077]: rcvd [LCP ConfAck id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:33 idamvpn pppd[2077]: sent [LCP ConfReq id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:33 idamvpn pptpd[2076]: GRE: accepting packet #6
Jan 13 10:50:33 idamvpn pppd[2077]: rcvd [LCP ConfAck id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:33 idamvpn pptpd[2076]: GRE: accepting packet #7
Jan 13 10:50:33 idamvpn pppd[2077]: rcvd [LCP ConfReq id=0x3 <mru 1400> <magic 0x7fd3a38> <pcomp> <accomp> <callback CBCP>]
Jan 13 10:50:33 idamvpn pppd[2077]: sent [LCP ConfRej id=0x3 <callback CBCP>]
Jan 13 10:50:36 idamvpn pppd[2077]: sent [LCP ConfReq id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:36 idamvpn pptpd[2076]: GRE: accepting packet #8
Jan 13 10:50:36 idamvpn pppd[2077]: rcvd [LCP ConfAck id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:37 idamvpn pptpd[2076]: GRE: accepting packet #9
Jan 13 10:50:37 idamvpn pppd[2077]: rcvd [LCP TermReq id=0x4 07 fd 3a 38 00 3c cd 74 00 00 00 00]
Jan 13 10:50:37 idamvpn pppd[2077]: sent [LCP TermAck id=0x4]
Jan 13 10:50:39 idamvpn pppd[2077]: sent [LCP ConfReq id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:41 idamvpn pptpd[2076]: GRE: accepting packet #10
Jan 13 10:50:41 idamvpn pppd[2077]: rcvd [LCP TermReq id=0x5 07 fd 3a 38 00 3c cd 74 00 00 00 00]
Jan 13 10:50:41 idamvpn pppd[2077]: sent [LCP TermAck id=0x5]
Jan 13 10:50:42 idamvpn pppd[2077]: sent [LCP ConfReq id=0x1 <mru 1400> <asyncmap 0x0> <auth chap MS-v2> <magic 0xddbac897> <pcomp> <accomp>]
Jan 13 10:50:45 idamvpn pptpd[2076]: CTRL: Received PPTP Control Message (type: 12)
Jan 13 10:50:45 idamvpn pptpd[2076]: CTRL: Made a CALL DISCONNECT RPLY packet
Jan 13 10:50:45 idamvpn pptpd[2076]: CTRL: Received CALL CLR request (closing call)
Jan 13 10:50:45 idamvpn pptpd[2076]: CTRL: Reaping child PPP[2077]
Jan 13 10:50:45 idamvpn pppd[2077]: Hangup (SIGHUP)
Jan 13 10:50:45 idamvpn pppd[2077]: Modem hangup
Jan 13 10:50:45 idamvpn pppd[2077]: Connection terminated.
Jan 13 10:50:45 idamvpn pppd[2077]: Exit.
Jan 13 10:50:45 idamvpn pptpd[2076]: CTRL: Client 172.16.7.170 control connection finished
Jan 13 10:50:45 idamvpn pptpd[2076]: CTRL: Exiting now
Jan 13 10:50:45 idamvpn pptpd[2049]: MGR: Reaped child 2076