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New page: Our goal is to start the pppd daemon in a virtual machine. Then it is possible, for example, to connect to your DSL provider in a VM. ==Caveat== This feature is experimental. It currentl...
Our goal is to start the pppd daemon in a virtual machine. Then it is possible, for example, to connect to your DSL provider in a VM.
==Caveat==
This feature is experimental. It currently requires the latest [[Download/kernel/2.6.27/2.6.27-briullov.1|2.6.27-briullov]] kernel and a version of vzctl patched with [http://git.openvz.org/?p=vzctl;a=commitdiff;h=d78a7653d983269553763d536f69de0bb5109353 this patch].
==Howto==
* ppp modules need to be loaded in the HN :
HN # modprobe ppp_async
HN # modprobe ppp_deflate
HN # lsmod | grep ppp
ppp_deflate 9793 2
zlib_deflate 21977 1 ppp_deflate
ppp_async 15169 1
crc_ccitt 6337 1 ppp_async
ppp_generic 30165 6 ppp_deflate,ppp_async
slhc 10561 1 ppp_generic
* set "ppp" feature for stoppped VE:
HN # vzctl set [VEnumber] --features ppp:on --save
* start VE :
HN # vzctl start [VEnumber]
* Prepare /dev/ppp within VE:
HN # vzctl set [VEnumber] --devices c:108:0:rw --save
HN # vzctl exec [VEnumber] mknod /dev/ppp c 108 0
HN # vzctl exec [VEnumber] chmod 600 /dev/ppp
* See if it works (as root):
VE# /usr/sbin/pppd
You should see gibberish in the standard output like
~�}#�!}!}!} }4}"}&} } } } }%}&)Q�}4}'}"}(}"p})
If there is an error message instead, something went wrong.
* From that point, you can finish your setup as in a real hardware environment.
==See also==
* A complete test case for ppp virtualization : one VM as a client, one VM as a server. http://268.bugzilla.openvz.org/attachment.cgi?id=512
* The feature request and discussion in bugzilla : http://bugzilla.openvz.org/show_bug.cgi?id=268
==Caveat==
This feature is experimental. It currently requires the latest [[Download/kernel/2.6.27/2.6.27-briullov.1|2.6.27-briullov]] kernel and a version of vzctl patched with [http://git.openvz.org/?p=vzctl;a=commitdiff;h=d78a7653d983269553763d536f69de0bb5109353 this patch].
==Howto==
* ppp modules need to be loaded in the HN :
HN # modprobe ppp_async
HN # modprobe ppp_deflate
HN # lsmod | grep ppp
ppp_deflate 9793 2
zlib_deflate 21977 1 ppp_deflate
ppp_async 15169 1
crc_ccitt 6337 1 ppp_async
ppp_generic 30165 6 ppp_deflate,ppp_async
slhc 10561 1 ppp_generic
* set "ppp" feature for stoppped VE:
HN # vzctl set [VEnumber] --features ppp:on --save
* start VE :
HN # vzctl start [VEnumber]
* Prepare /dev/ppp within VE:
HN # vzctl set [VEnumber] --devices c:108:0:rw --save
HN # vzctl exec [VEnumber] mknod /dev/ppp c 108 0
HN # vzctl exec [VEnumber] chmod 600 /dev/ppp
* See if it works (as root):
VE# /usr/sbin/pppd
You should see gibberish in the standard output like
~�}#�!}!}!} }4}"}&} } } } }%}&)Q�}4}'}"}(}"p})
If there is an error message instead, something went wrong.
* From that point, you can finish your setup as in a real hardware environment.
==See also==
* A complete test case for ppp virtualization : one VM as a client, one VM as a server. http://268.bugzilla.openvz.org/attachment.cgi?id=512
* The feature request and discussion in bugzilla : http://bugzilla.openvz.org/show_bug.cgi?id=268
