Lines Matching full:will

87 will start with a value of 0 for
109 is trying to bring the link up will remain queued for a default of
160 will also ignore any configured chat scripts unless the
166 will use the
174 will behave slightly differently if descriptor 0 was created by
176 As pipes are not bi-directional, ppp will redirect all writes to descriptor
184 will always keep the device open and will ignore any configured
193 will bring the link back up any time it is dropped for any reason.
207 will read the
236 will act as a daemon and wait for a packet to be sent over the
245 However, it differs in that it will dial the remote site
255 will never voluntarily quit from dedicated mode - you must send it the
260 will force an LCP renegotiation, and a
262 will force it to exit.
280 successfully establishes the connection, it will become a daemon.
281 Otherwise, it will exit with an error.
299 is compiled with DES support, an appropriate MD4/DES response will be
316 will use it to make
348 will open a TCP or UDP connection for transporting data rather than using a
364 will attempt talk
424 will not run if the invoking user id is not zero.
556 as it is waiting for the CTS (clear to send) signal - which will never
563 description below too - you will probably need to
743 will update your default route accordingly.
864 portion of the prompt will change to
922 literals will automatically be updated when the values of these variables
940 numbers are specified, each phone number will be tried once.
1002 will perform the dialing action (chat script) and try to connect
1061 will keep trying until a connection is made.
1069 will attempt to connect 4 times for each outgoing packet that causes
1089 The next 14 pauses will also have a duration of one minute.
1137 longer than the remote timeout, the reconnect feature will always be
1141 carrier and will trigger a reconnect.
1151 the specified numbers will be tried.
1160 command will terminate the
1369 will look up the password database
1390 This will change the subsequent parsing of the
1402 the client will be called back on the given number.
1410 The value will be used in
1424 will open a TCP connection to the given machine on the given
1428 does not use the telnet protocol and will be unable to negotiate
1486 You will also need to create the following entry in
1520 Again, if you are enabling PAP, you will also need this in the
1534 The result will be an additional "route" on awfulhak to the
1550 If packets are lost, both levels will
1559 will operate in synchronous mode.
1589 means that you will not be able to also compress the traffic as MPPE is
1729 packet matches the current rule, the packet will next be matched against
1763 the filters will be updated any time the values change.
1808 If no rule in a defined set of rules matches a packet, that packet will
1810 If there are no rules in a given filter, the packet will be permitted.
1859 Another trigger packet will cause it to attempt to re-establish the link.
1865 will attempt to use (or be willing to accept) both compression protocols
1885 will use a window size of 15.
1958 This will not affect the
1968 I will first suggest that my IP address should be 0.0.0.0, but I
1969 will only accept an address of 192.244.177.38.
1972 address and will not permit the use of any IP address but 192.244.177.2.
1973 When the peer requests another IP address, I will always suggest that
1976 The routing table entry will have a netmask of 0xffffffff.
1995 I would like to use 192.244.177.38 as my address if it is possible, but I will
1998 I would like to make him use 192.244.177.2 as his own address, but I will also
2006 preferred IP address and will obey the remote peers selection.
2007 When using zero, no routing table entries will be made until a connection
2010 192.244.177.2/0 means that I will accept/permit any IP address but I will
2211 This will force your ISP to assign a number.
2212 (The third argument will
2223 In most cases, your ISP will also be your default router.
2245 change, the route will be updated accordingly.
2258 will provide whatever your ISP requires.
2278 will simply circumvent its use by entering some nameserver lines in
2411 level is special in that it will not be logged if it can be displayed
2420 This will cause
2436 Sockets that could not previously be opened will be retried.
2478 will attempt to negotiate a multi-link connection with the peer.
2488 This command will clone existing links, where all
2528 will show CCP configuration and statistics at the multi-link level, and
2530 will show the same information at the
2554 Usually, the link will be configured first, then cloned.
2608 negotiates multi-link mode, it will pass its open link to any
2612 will act as the master, creating the socket and listening for new
2632 means that the option will be ACK'd if the peer asks for it.
2634 means that the option will be NAK'd if the peer asks for it.
2636 means that the option will be requested by us.
2638 means that the option will not be requested by us.
2646 Non LCP packets will usually have an address
2690 was built on a machine with DES libraries available, it will respond
2691 to MS-CHAP authentication requests, but will never request them.
2695 compression will be used by the Compression Control Protocol (CCP).
2749 will request that the peer confirms the entries in
2758 will answer any DNS queries requested by the peer rather than rejecting
2792 This option decides if Link Quality Requests will be sent or accepted.
2804 If the peer agrees, both sides will
2811 will send
2823 will abruptly drop the connection if 5 unacknowledged packets have been
2872 will rechallenge the peer up to three times if it responds using the wrong
2918 compression will be used by the Compression Control Protocol (CCP).
2928 will request and accept requests for short
2934 This option determines if Van Jacobson header compression will be used.
2944 will send
2950 requests will supersede
2971 will examine UDP frames to see if they actually contain a
2974 If this is the case, all filters will operate on the payload rather
2984 will not be able to interpret it.
3014 will ignore the identifier field.
3027 will pass traffic for old interface addresses through the NAT
3038 will also disable
3064 will transfer the link to that process.
3068 will not exit, but will change its process name to
3096 will automatically loop back packets being sent
3102 will send the packet, probably resulting in an ICMP redirect from
3152 Enabling this option will tell the PAP authentication
3168 Enabling this option will tell
3173 will make an entry in the ARP table using
3187 Enabling this will tell
3215 Disabling this option will prevent the re-application of sticky routes,
3218 list will still be maintained.
3249 Disabling this option will tell
3309 then if the route already exists, it will be updated as with the
3434 If set to yes, this command will refuse all incoming packets where an
3548 will be used for punching firewall holes.
3549 The range will be cleared when the
3565 When enabled, this command will tell the network address translation engine to
3581 in which case libalias will redirect all packets to the interface address.
3637 If nameservers are negotiated by IPCP, the values of these macros will change.
3761 If no arguments are given, the relevant protocol layers will be brought
3762 down and the link will be closed.
3767 will not bring the link offline.
3779 is used, the compression layer will remain in the closed state, otherwise
3780 it will re-enter the STOPPED state, waiting for the peer to initiate
3816 will not complain if the route does not already exist.
3946 will show a list of possible
4000 will not attempt to make an immediate connection.
4013 links - these will come up based on the
4019 argument is used while the LCP layer is already open, LCP will be
4025 any agreed authentication will also take place.
4030 Again, if it is already open, it will be renegotiated.
4034 argument is used, the link will be brought up as normal, but if
4035 IPCP is already open, it will be renegotiated and the network
4036 interface will be reconfigured.
4039 like this as it is possible that the peer will not behave correctly.
4065 ppp will exit after closing all connections.
4073 will exit despite the source of the command after closing all existing
4084 It will fail if
4117 will still attempt to negotiate nameservers with the peer, making the results
4145 This command will work even if the
4178 will fail.
4182 will automatically identify itself when it sends or receives a configure
4249 will feed the program three lines of input, each terminated by a newline
4303 link will be opened only when the current bundle throughput is at least
4314 link will be brought down as long as it is not the last active link.
4339 will request (or in
4341 mode, will accept) one of the given
4347 will request a different
4351 will terminate negotiations (unless
4357 will accept any of the given protocols - but the client
4416 will accept the fact and continue without callback rather than terminating
4429 command will result in
4440 will insist that the client uses one of these numbers, unless
4446 will attempt to use one of the given numbers (whichever it finds to
4451 will expect the peer to specify the number.
4470 As ptys do not support the TIOCMGET ioctl, the tty device will switch all
4481 Setting a carrier value will
4486 If this delay is not increased, this will result in
4505 will not check for carrier on the device, otherwise
4507 will not proceed to the login script until either carrier is detected
4512 assumes that the device will not set carrier.
4514 If no arguments are given, carrier settings will go back to their default
4522 will
4527 seconds, the link will be disconnected.
4531 will keep a choked output queue before dropping all pending output packets.
4544 will not read packets indefinitely.
4579 will insist that this window size is used and will not accept any other
4595 will talk to the given
4633 will attempt to create a
4643 will attempt to load it using
4653 If no provider is given, an empty value will be used.
4657 will place the name of the Access Concentrator in the environment variable
4672 will attempt to connect to the given
4690 will attempt to open each one in turn until it succeeds or runs out of
4693 This specifies the chat script that will be used to dial the other
4741 Note that two parsers will examine these escape sequences, so in order to
4757 and it will be treated as a single literal
4809 signs are escaped, otherwise this parser will see them as constituting
4841 will send the information to the peer using the LCP endpoint discriminator
4850 possible that the IPCP layer will subsequently change this value.
4860 interface, the command will fail.
4873 invocation will also use a different magic number and will therefore not
4892 It allows the user to specify a set of characters that will be
4947 filters it means that the packet will not reset the idle timer (even if
4954 filters it means that the packet will not trigger a dial.
4955 A packet failing to trigger a dial will be dropped rather than queued.
4961 This specifies the chat script that will be used to reset the device
4976 This command specifies the IP addresses that will be used during
4986 specifies how many bits of the address we will insist on.
5006 will only negotiate
5013 will grant the peers request.
5021 will suggest a random unused IP number from the range.
5030 range will be accepted.
5033 implementations that will not assign an IP number unless their peer
5041 will configure the interface immediately upon reading the
5061 will try to maintain the interface IP numbers so that any existing
5062 bound sockets will remain valid.
5066 will read from the tunnel interface while data cannot be sent to any of
5076 will read up to that value regardless.
5103 will wait before resending Finite State Machine (FSM) Request packets.
5129 In order to avoid negotiations with the peer that will never converge,
5131 will only send at most 3 times the configured number of
5146 script will be executed after the dial script.
5149 This specifies the chat script that will be used to logout
5187 This will allow
5200 will attempt to negotiate a stateful link with a 128 bit key, but
5201 will agree to whatever the peer requests (including no encryption
5206 will
5208 on using MPPE and will close the link if it is rejected by the peer (Note;
5244 will refuse to negotiate a higher value.
5264 will accept whatever MRU the peer requests (assuming it is
5268 will not accept MRU values less than
5280 will refuse to negotiate a higher value.
5297 will reject any such requests.
5307 will always initiate LCP/IPCP/CCP negotiation one second after the line
5337 will dial them according to these rules until a connection is made, retrying
5348 If not set the system default will be used.
5390 will do nothing.
5408 will request VJ compression during IPCP negotiations despite any
5414 will attempt to use it as an additional label to load from the
5419 The load will be attempted before (and in addition to) the normal
5541 will insist that MPPE encryption is used (even if no
5583 value will tell
5610 failure), a connection will be re-established after the given
5612 The line will be re-connected at most
5621 will result in a variable pause, somewhere between 1 and 30 seconds.
5662 will only be incremented at most
5670 delay will be effective, even after
5735 sequence found in the socket name will be replaced with the current
5768 Certain device types will know whether they should be specified as
5770 These devices will override incorrect
5775 will time out after the given FSM (Finite State Machine) has been in
5808 will never idle out before the link has been up for at least that number
5875 will try to negotiate with the peer when VJ compression is enabled (see the
5903 will not continue running until this process has exited.