[ViewVC] Diff of: cvs/gvpe/doc/gvpe.osdep.5.pod

Comparing gvpe/doc/gvpe.osdep.5.pod (file contents):
Revision 1.7 by pcg, Wed Mar 23 20:07:56 2005 UTC vs.
Revision 1.11 by pcg, Tue Jun 21 08:46:53 2005 UTC

…		…
5	=head1 DESCRIPTION	5	=head1 DESCRIPTION
6		6
7	This file tries to capture OS-dependent configuration or build issues,	7	This file tries to capture OS-dependent configuration or build issues,
8	quirks and platform limitations, as known.	8	quirks and platform limitations, as known.
9		9
10	=head2 TUN vs. TAP interface	10	=head1 TUN vs. TAP interface
11		11
12	Most operating systems nowadays support something called a	12	Most operating systems nowadays support something called a
13	I<tunnel>-device, which makes it possible to divert IPv4 (and often other	13	I<tunnel>-device, which makes it possible to divert IPv4 (and often other
14	protocols, too) into a userspace daemon like C<gvpe>. This is being	14	protocols, too) into a userspace daemon like C<gvpe>. This is being
15	referred to as a TUN-device.	15	referred to as a TUN-device.
…		…
28	found on a specific host, you will either need to hardwire the MAC address	28	found on a specific host, you will either need to hardwire the MAC address
29	for TUN-style hosts on all networks (and avoid ARP altogether, which is	29	for TUN-style hosts on all networks (and avoid ARP altogether, which is
30	possible), or you need to send a packet from these hosts into the vpn	30	possible), or you need to send a packet from these hosts into the vpn
31	network to tell gvpe the local interface address.	31	network to tell gvpe the local interface address.
32		32
		33	=head1 Interface Initialisation
		34
		35	Unless otherwise notes, the network interface will be initialized with the
		36	expected MAC address and correct MTU value. With most interface drivers,
		37	this is done by running C</sbin/ifconfig>, so make sure that this command
		38	exists.
		39
		40	=head1 Interface Types
		41
33	=head2 native/linux	42	=head2 native/linux
34		43
35	TAP-device; already part of the kernel (only 2.4+ supported, but see	44	TAP-device; already part of the kernel (only 2.4+ supported, but see
36	tincd/linux). This is the configuration tested best, as gvpe is being	45	tincd/linux). This is the configuration tested best, as gvpe is being
37	developed on this platform.	46	developed on this platform.
38		47
39	To configure the interface, use either iproute2:	48	C<ifname> should be set to the name of the network device.
40
41	ip set $IFNAME address $MAC mtu $MTU up
42	ip addr add $IFNAME 10.11.12.13
43	ip route add $IFNAME 10.11.12.13/8
44
45	Or C<ifconfig>:
46
47	ifconfig $IFNAME hw ether $MAC mtu $MTU
48	ifconfig $IFNAME 10.11.12.13 netmask 255.0.0.0
49		49
50	To hardwire ARP addresses, use iproute2 (C<arp> can do it, too):	50	To hardwire ARP addresses, use iproute2 (C<arp> can do it, too):
51		51
52	MAC=fe:fd:80:00:00:$(printf "%02x" $NODEID)	52	MAC=fe:fd:80:00:00:$(printf "%02x" $NODEID)
53	ip neighbour add 10.11.12.13 lladdr $MAC nud permanent dev $IFNAME	53	ip neighbour add 10.11.12.13 lladdr $MAC nud permanent dev $IFNAME
54		54
55	=head2 tincd/linux	55	=head2 tincd/linux
56		56
57	TAP-device; already part of the kernel (2.2+ supported). See	57	TAP-device; already part of the kernel (2.2 only). See
58	C<native/linux> for more info.	58	C<native/linux> for more info.
		59
		60	C<ifname> should be set to the path of a tap device,
		61	e.g. C</dev/tap0>. The interface will be named accordingly.
59		62
60	=head2 native/cygwin	63	=head2 native/cygwin
61		64
62	TAP-device; The TAP device to be used must either be the CIPE driver	65	TAP-device; The TAP device to be used must either be the CIPE driver
63	(C<http://cipe-win32.sourceforge.net/>), or (highly recommended) the newer	66	(C<http://cipe-win32.sourceforge.net/>), or (highly recommended) the newer
64	TAP-Win32 driver bundled with openvpn (http://openvpn.sf.net/). Just	67	TAP-Win32 driver bundled with openvpn (http://openvpn.sf.net/). Just
65	download and run the openvpn installer. The only option you need to select	68	download and run the openvpn installer. The only option you need to select
66	is the TAP driver.	69	is the TAP driver.
67		70
68	The MAC need not be set (and in fact I<cannot> be set). The MAC address	71	C<ifname> should be set to the name of the device, found in the registry
69	is dynamically being patched into packets and ARP-requests, so only IPv4	72	at (no kidding :):
70	works with ARP on this platform.	73
		74	HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\Network\{4D36E972-E325-11CE-BFC1-08002BE10318}\<adapterid>\Connection\Name
		75
		76	The MAC address is dynamically being patched into packets and
		77	ARP-requests, so only IPv4 works with ARP on this platform.
		78
		79	=head2 tincd/bsd
		80
		81	TAP-device, maybe; migth work for many bsd variants.
		82
		83	This driver is a newer version of the C<tincd/*bsd> drivers. It I<might>
		84	provide a TAP device, or might not work at all. You might try this
		85	interface type first, and, if it doesn't work, try one of the OS-specific
		86	drivers.
71		87
72	=head2 tincd/freebsd	88	=head2 tincd/freebsd
73		89
74	TAP-device; part of the kernel (since 4.x, maybe earlier). To initialize	90	TAP-device; part of the kernel (since 4.x, maybe earlier).
75	the interface, use this command:
76		91
77	ifconfig $IFNAME ether $MAC mtu $MTU up	92	C<ifname> should be set to the path of a tap device,
		93	e.g. C</dev/tap0>. The interface will be named accordingly.
78		94
79	These commands might be helpful examples:	95	These commands might be helpful examples:
80		96
81	ifconfig $IFNAME 10.0.0.$NODEID	97	ifconfig $IFNAME 10.0.0.$NODEID
82	route add -net 10.0.0.0 -netmask 255.255.255.0 -interface $IFNAME 10.0.0.$NODEID	98	route add -net 10.0.0.0 -netmask 255.255.255.0 -interface $IFNAME 10.0.0.$NODEID
83		99
84	=head2 tincd/netbsd	100	=head2 tincd/netbsd
85		101
86	TUN-device; The interface is a point to point-device. To initialize it,	102	TUN-device; The interface is a point-to-point device. To initialize it,
87	you currently need to configure it as such, giving it an address on your	103	you currently need to configure it as a point-to-point device, giving it
88	vpn (the exact address doesn't matter), like this:	104	an address on your vpn (the exact address doesn't matter), like this:
89		105
90	ifconfig $IFNAME mtu $MTU up	106	ifconfig $IFNAME mtu $MTU up
91	ifconfig $IFNAME 10.11.12.13 10.55.66.77	107	ifconfig $IFNAME 10.11.12.13 10.55.66.77
92	route add -net 10.0.0.0 10.55.66.77 255.0.0.0	108	route add -net 10.0.0.0 10.55.66.77 255.0.0.0
93	ping -c1 10.55.66.77 # ping once to tell gvpe your gw ip	109	ping -c1 10.55.66.77 # ping once to tell gvpe your gw ip
94		110
		111	The ping is required to tell the ARP emulator inside GVPE the local IP
		112	address.
		113
		114	C<ifname> should be set to the path of a tun device,
		115	e.g. C</dev/tun0>. The interface will be named accordingly.
		116
95	=head2 tincd/openbsd	117	=head2 tincd/openbsd
96		118
97	TUN-device; already part of the kernel. See C<tincd/netbsd> for more information.	119	TUN-device; already part of the kernel. See C<tincd/netbsd> for more information.
98		120
99	=head2 native/darwin	121	=head2 native/darwin
…		…
106		128
107	There are two drivers, the one to use is the "tap" driver. It driver must	129	There are two drivers, the one to use is the "tap" driver. It driver must
108	be loaded before use, read the docs on how to install it as a startup	130	be loaded before use, read the docs on how to install it as a startup
109	item.	131	item.
110		132
111	To initialize the interface, use this command:	133	C<ifname> should be set to the path of a tap device,
112		134	e.g. C</dev/tap0>. The interface will be named accordingly.
113	ifconfig $IFNAME ether $MAC mtu $MTU up
114		135
115	These commands might be helpful examples:	136	These commands might be helpful examples:
116		137
117	ifconfig $IFNAME 10.0.0.$NODEID	138	ifconfig $IFNAME 10.0.0.$NODEID
118	route add -net 10.0.0.0 -interface $IFNAME 255.255.255.0	139	route add -net 10.0.0.0 -interface $IFNAME 255.255.255.0
…		…
124		145
125	The necessary kernel extension can be found here:	146	The necessary kernel extension can be found here:
126		147
127	http://chrisp.de/en/projects/tunnel.html	148	http://chrisp.de/en/projects/tunnel.html
128		149
		150	C<ifname> should be set to the path of a tun device,
		151	e.g. C</dev/tun0>. The interface will be named accordingly.
		152
129	The driver must be loaded before use:	153	The driver must be loaded before use:
130		154
131	kmodload tunnel	155	kmodload tunnel
132		156
133	=head2 tincd/solaris	157	=head2 tincd/solaris
…		…
138		162
139	Some precompiled tun drivers might be available here:	163	Some precompiled tun drivers might be available here:
140		164
141	http://www.monkey.org/~dugsong/fragroute/	165	http://www.monkey.org/~dugsong/fragroute/
142		166
		167	The interface MAC and MTU are I<NOT> set up for you. Please try it out and
		168	send me an C<ifconfig> command invocation that does that.
		169
143	See C<tincd/netbsd> for more information.	170	See C<tincd/netbsd> for more information.
144		171
145	Completely unstested so far.	172	Completely unstested so far.
146		173
147	=head2 tincd/mingw	174	=head2 tincd/mingw
148		175
149	TAP-device; see C<native/cygwin> for more information.	176	TAP-device; see C<native/cygwin> for more information.
150		177
		178	The setup is likely to be similar to C<native/cygwin>.
		179
151	Completely untested so far.	180	Completely untested so far.
152		181
153	=head2 tincd/raw_socket	182	=head2 tincd/raw_socket
154		183
155	TAP-device; purpose unknown and untested, probably binds itself on an	184	TAP-device; purpose unknown and untested, probably binds itself on an
156	existing ethernet device (given by C<ifname>), which should probably not	185	existing ethernet device (given by C<ifname>). It must be down prior to
157	be configured in any way, except for setting it I<up>.	186	running the command, and GVPE will try to set it's MAC address and MTU to
		187	the "correct" values.
		188
		189	Completely untested so far.
158		190
159	=head2 tincd/uml_socket	191	=head2 tincd/uml_socket
160		192
161	TAP-device; purpose unknown and untested, probably creates a unix datagram	193	TAP-device; purpose unknown and untested, probably creates a unix datagram
162	socket (path given by C<ifname>) and reads and writes raw packets, so	194	socket (path given by C<ifname>) and reads and writes raw packets, so
163	might be useful in other than UML contexts.	195	might be useful in other than UML contexts.
164		196
		197	No network interface is created, and the MAC and MTU must be set as
		198	approriate on the other side of the socket. GVPE will exit if the MAC
		199	address doesn't match what it expects.
		200
		201	Completely untested so far.
		202
165	=head2 tincd/cygwin	203	=head2 tincd/cygwin
166		204
167	Known to be broken, use C<native/cygwin> instead.	205	Known to be broken, use C<native/cygwin> instead.
168		206
169	=head1 SEE ALSO	207	=head1 SEE ALSO
170		208
171	gvpe(5).	209	gvpe(5).
172		210
173	=head1 AUTHOR	211	=head1 AUTHOR
174		212
175	Marc Lehmann <gvpe@plan9.de>	213	Marc Lehmann <gvpe@schmorp.de>
176		214

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Comparing gvpe/doc/gvpe.osdep.5.pod (file contents): Revision 1.7 by pcg, Wed Mar 23 20:07:56 2005 UTC vs. Revision 1.11 by pcg, Tue Jun 21 08:46:53 2005 UTC

Diff Legend

Comparing gvpe/doc/gvpe.osdep.5.pod (file contents):
Revision 1.7 by pcg, Wed Mar 23 20:07:56 2005 UTC vs.
Revision 1.11 by pcg, Tue Jun 21 08:46:53 2005 UTC