diff options
Diffstat (limited to 'perl-install/standalone/drakvpn')
| -rw-r--r-- | perl-install/standalone/drakvpn | 269 |
1 files changed, 218 insertions, 51 deletions
diff --git a/perl-install/standalone/drakvpn b/perl-install/standalone/drakvpn index f4c64e678..2367d87b4 100644 --- a/perl-install/standalone/drakvpn +++ b/perl-install/standalone/drakvpn @@ -743,29 +743,25 @@ Put your mouse over the certificate entry to obtain online help."), val => \$path_section->{1}[1], list => [ 'certificate', 'pre_shared_key', 'include' ], help => -N("Path Specification - path include path; - specifies a path to include a file. See File Inclusion. - Example: path include '/etc/racoon' - - path pre_shared_key file; - specifies a file containing pre-shared key(s) - for various ID(s). See Pre-shared key File. - Example: path pre_shared_key '/etc/racoon/psk.txt' ; - - path certificate path; - racoon(8) will search this directory if a certificate or - certificate request is received. - Example: path certificate '/etc/cert' ; - -File Inclusion - include file - other configuration files can be included. - -Pre-shared key File - Pre-shared key file defines a pair of the identifier and the - shared secret key which are used at Pre-shared key authentication - method in phase 1."), +N("path include path : specifies a path to include +a file. See File Inclusion. + Example: path include '/etc/racoon' + +path pre_shared_key file : specifies a file containing +pre-shared key(s) for various ID(s). See Pre-shared key File. + Example: path pre_shared_key '/etc/racoon/psk.txt' ; + +path certificate path : racoon(8) will search this directory +if a certificate or certificate request is received. + Example: path certificate '/etc/cert' ; + +File Inclusion : include file +other configuration files can be included. + Example: include \"remote.conf\" ; + +Pre-shared key File : Pre-shared key file defines a pair +of the identifier and the shared secret key which are used at +Pre-shared key authentication method in phase 1."), }, { label => N("real file"), val => \$path_section->{1}[2], type => 'entry' }, ] @@ -808,7 +804,7 @@ network::ipsec::add_section_racoon_conf($proposal_remote_section, $racoon); }; ask_info('', N("Make sure you already have the path sections -on the top of your %s file.\n +on the top of your %s file. You can now choose the sainfo settings. Choose continue or previous when you are done.\n", $racoon_conf), $sainfo_section) or goto step_configure_racoon_conf; @@ -848,7 +844,7 @@ N("Your %s file has several sections. You can now edit the sainfo section entries. -Choose continue when you are done to write the data.\n", $racoon_conf), $racoon->{$number}) or goto step_configure_racoon_conf; +Choose continue when you are done to write the data.", $racoon_conf), $racoon->{$number}) or goto step_configure_racoon_conf; } elsif ($choice =~ /^path/) { $in->ask_from('', @@ -920,39 +916,210 @@ sub quit_global { sub ask_info { my ($title, $text, $data) = @_; $in->ask_from($title, $text, - [ { label => N("sainfo_source_address"), val => \$data->{1}[2], type => 'entry' }, - { label => N("sainfo_source_proto"), val => \$data->{1}[3], type => 'entry' }, - { label => N("sainfo_dest_address"), val => \$data->{1}[5], type => 'entry' }, - { label => N("sainfo_dest_proto"), val => \$data->{1}[6], type => 'entry' }, + [ { label => N("Sainfo source address"), val => \$data->{1}[2], type => 'entry', + help => N("sainfo (source_id destination_id | anonymous) { statements } +defines the parameters of the IKE phase 2 +(IPsec-SA establishment). + +source_id and destination_id are constructed like: + + address address [/ prefix] [[port]] ul_proto + +Examples : \n +sainfo anonymous (accepts connections from anywhere) + leave blank this entry if you want anonymous + +sainfo address 203.178.141.209 any address 203.178.141.218 any + 203.178.141.209 is the source address + +sainfo address 172.16.1.0/24 any address 172.16.2.0/24 any + 172.16.1.0/24 is the source address") }, + { label => N("Sainfo source protocol"), val => \$data->{1}[3], type => 'entry', + help => N("sainfo (source_id destination_id | anonymous) { statements } +defines the parameters of the IKE phase 2 +(IPsec-SA establishment). + +source_id and destination_id are constructed like: + + address address [/ prefix] [[port]] ul_proto + +Examples : \n +sainfo anonymous (accepts connections from anywhere) + leave blank this entry if you want anonymous + +sainfo address 203.178.141.209 any address 203.178.141.218 any + the first 'any' allows any protocol for the source") }, + { label => N("Sainfo destination address"), val => \$data->{1}[5], type => 'entry', + help => N("sainfo (source_id destination_id | anonymous) { statements } +defines the parameters of the IKE phase 2 +(IPsec-SA establishment). + +source_id and destination_id are constructed like: + + address address [/ prefix] [[port]] ul_proto + +Examples : \n +sainfo anonymous (accepts connections from anywhere) + leave blank this entry if you want anonymous + +sainfo address 203.178.141.209 any address 203.178.141.218 any + 203.178.141.218 is the destination address + +sainfo address 172.16.1.0/24 any address 172.16.2.0/24 any + 172.16.2.0/24 is the destination address") }, + { label => N("Sainfo destination protocol"), val => \$data->{1}[6], type => 'entry', + help => N("sainfo (source_id destination_id | anonymous) { statements } +defines the parameters of the IKE phase 2 +(IPsec-SA establishment). + +source_id and destination_id are constructed like: + + address address [/ prefix] [[port]] ul_proto + +Examples : \n +sainfo anonymous (accepts connections from anywhere) + leave blank this entry if you want anonymous + +sainfo address 203.178.141.209 any address 203.178.141.218 any + the last 'any' allows any protocol for the destination") }, { label => N("PFS group"), val => \$data->{2}[1], - list => [ qw(modp768 modp1024 modp1536) ], }, - { label => N("Lifetime number"), val => \$data->{3}[2], type => 'entry' }, - { label => N("Lifetime unit"), val => \$data->{3}[3], type => 'entry' }, - { label => N("Encryption algorithm"), val => \$data->{4}[1], type => 'entry' }, - { label => N("Authentication algorithm"), val => \$data->{5}[1], type => 'entry' }, - { label => N("Compression algorithm"), val => \$data->{6}[1], type => 'entry' }, - ]); -} + list => [ qw(modp768 modp1024 modp1536 1 2 5) ], + help => N("define the group of Diffie-Hellman exponentiations. +If you do not require PFS then you can omit this directive. +Any proposal will be accepted if you do not specify one. +group is one of following: modp768, modp1024, modp1536. +Or you can define 1, 2, or 5 as the DH group number.") }, + { label => N("Lifetime number"), val => \$data->{3}[2], type => 'entry', + help => N("define a lifetime of a certain time which will be pro- +posed in the phase 1 negotiations. Any proposal will be +accepted, and the attribute(s) will be not proposed to +the peer if you do not specify it(them). They can be +individually specified in each proposal. + +Examples : \n + lifetime time 1 min; # sec,min,hour + lifetime time 1 min; # sec,min,hour + lifetime time 30 sec; + lifetime time 30 sec; + lifetime time 60 sec; + lifetime time 12 hour; + +So, here, the lifetime numbers are 1, 1, 30, 30, 60 and 12. +") }, + { label => N("Lifetime unit"), val => \$data->{3}[3], + list => [ qw(sec min hour) ], + help => N("define a lifetime of a certain time which will be pro- +posed in the phase 1 negotiations. Any proposal will be +accepted, and the attribute(s) will be not proposed to +the peer if you do not specify it(them). They can be +individually specified in each proposal. + +Examples : \n + lifetime time 1 min; # sec,min,hour + lifetime time 1 min; # sec,min,hour + lifetime time 30 sec; + lifetime time 30 sec; + lifetime time 60 sec; + lifetime time 12 hour ; + +So, here, the lifetime units are 'min', 'min', 'sec', 'sec', 'sec' and 'hour'. +") }, + { label => N("Encryption algorithm"), val => \$data->{4}[1], + list => [ qw(des 3des des_iv64 des_iv32 rc5 rc4 idea 3idea cast128 blowfish null_enc twofish rijndae) ] }, + { label => N("Authentication algorithm"), val => \$data->{5}[1], + list => [ qw(des 3des des_iv64 des_iv32 hmac_md5 hmac_sha1 non_auth) ] }, + { label => N("Compression algorithm"), val => \$data->{6}[1], + list => [ 'deflate' ], allow_empty_list => 1 } + +]) } sub ask_info2 { my ($title, $text, $main_remote_section, $proposal_remote_section) = @_; $in->ask_from($title, $text,, - [ { label => N("remote"), val => \$main_remote_section->{1}[1], type => 'entry' }, - { label => N("exchange_mode"), val => \$main_remote_section->{2}[1], type => 'entry' }, - { label => N("generate_policy"), val => \$main_remote_section->{3}[1], type => 'entry' }, - { label => N("passive"), val => \$main_remote_section->{4}[1], type => 'entry' }, - { label => N("certificate_type"), val => \$main_remote_section->{5}[1], type => 'entry' }, - { label => N("my_certfile"), val => \$main_remote_section->{5}[2], type => 'entry' }, - { label => N("my_private_key"), val => \$main_remote_section->{5}[3], type => 'entry' }, - { label => N("peers_certfile"), val => \$main_remote_section->{6}[1], type => 'entry' }, - { label => N("verify_cert"), val => \$main_remote_section->{7}[1], type => 'entry' }, - { label => N("my_identifier"), val => \$main_remote_section->{8}[1], type => 'entry' }, - { label => N("peers_identifier"), val => \$main_remote_section->{9}[1], type => 'entry' }, - { label => N("proposal"), val => \$proposal_remote_section->{1}[0], type => 'entry' }, - { label => N("Encryption algorithm"), val => \$proposal_remote_section->{2}[1], type => 'entry' }, + [ { label => N("Remote"), val => \$main_remote_section->{1}[1], type => 'entry', + help => N("remote (address | anonymous) [[port]] { statements } +specifies the parameters for IKE phase 1 for each remote node. +The default port is 500. If anonymous is specified, the state- +ments apply to all peers which do not match any other remote +directive.\n +Examples : \n +remote anonymous +remote ::1 [8000]") }, + { label => N("Exchange mode"), val => \$main_remote_section->{2}[1], + list => [ qw(main,agressive agressive,main) ], + help => N("defines the exchange mode for phase 1 when racoon is the +initiator. Also it means the acceptable exchange mode +when racoon is responder. More than one mode can be +specified by separating them with a comma. All of the +modes are acceptable. The first exchange mode is what +racoon uses when it is the initiator.\n") }, + { label => N("Generate policy"), val => \$main_remote_section->{3}[1], + list => [ 'off', 'on' ], + help => N("This directive is for the responder. Therefore you +should set passive on in order that racoon(8) only +becomes a responder. If the responder does not have any +policy in SPD during phase 2 negotiation, and the direc- +tive is set on, then racoon(8) will choice the first pro- +posal in the SA payload from the initiator, and generate +policy entries from the proposal. It is useful to nego- +tiate with the client which is allocated IP address +dynamically. Note that inappropriate policy might be +installed into the responder's SPD by the initiator. So +that other communication might fail if such policies +installed due to some policy mismatches between the ini- +tiator and the responder. This directive is ignored in +the initiator case. The default value is off.") }, + { label => N("Passive"), val => \$main_remote_section->{4}[1], + list => [ 'off', 'on' ], + help => N("If you do not want to initiate the negotiation, set this +to on. The default value is off. It is useful for a +server.") }, + { label => N("Certificate type"), val => \$main_remote_section->{5}[1], + list => [ 'x509' ], allow_empty_list => 1 }, + { label => N("My certfile"), val => \$main_remote_section->{5}[2], type => 'entry', + help => N("Name of the certificate") }, + { label => N("My private key"), val => \$main_remote_section->{5}[3], type => 'entry', + help => N("Name of the private key") }, + { label => N("Peers certfile"), val => \$main_remote_section->{6}[1], type => 'entry', + help => N("Name of the peers certificate") }, + { label => N("Verify cert"), val => \$main_remote_section->{7}[1], + list => [ 'off', 'on' ], + help => N("If you do not want to verify the peer's certificate for +some reason, set this to off. The default is on.") }, + { label => N("My identifier"), val => \$main_remote_section->{8}[1], type => 'entry', + help => N("specifies the identifier sent to the remote host and the +type to use in the phase 1 negotiation. address, fqdn, +user_fqdn, keyid and asn1dn can be used as an idtype. +they are used like: + my_identifier address [address]; + the type is the IP address. This is the default + type if you do not specify an identifier to use. + my_identifier user_fqdn string; + the type is a USER_FQDN (user fully-qualified + domain name). + my_identifier fqdn string; + the type is a FQDN (fully-qualified domain name). + my_identifier keyid file; + the type is a KEY_ID. + my_identifier asn1dn [string]; + the type is an ASN.1 distinguished name. If + string is omitted, racoon(8) will get DN from + Subject field in the certificate.\n +Examples : \n +my_identifier user_fqdn \"myemail\@mydomain.com\"") }, + { label => N("Peers identifier"), val => \$main_remote_section->{9}[1], type => 'entry' }, + { label => N("Proposal"), val => \$proposal_remote_section->{1}[0], list => [ 'proposal' ], allow_empty_list => 1 }, + { label => N("Encryption algorithm"), val => \$proposal_remote_section->{2}[1], list => [ qw(des 3des blowfish cast128) ], + help => N("specify the encryption algorithm used for the +phase 1 negotiation. This directive must be defined. +algorithm is one of following: + +des, 3des, blowfish, cast128 for oakley. + +For other transforms, this statement should not be used.") }, { label => N("Hash algorithm"), val => \$proposal_remote_section->{3}[1], type => 'entry' }, { label => N("Authentication method"), val => \$proposal_remote_section->{4}[1], type => 'entry' }, - { label => N("DH group"), val => \$proposal_remote_section->{5}[1], list => [ qw(modp768 modp1024 modp1536) ], }, + { label => N("DH group"), val => \$proposal_remote_section->{5}[1], list => [ qw(modp768 modp1024 modp1536 1 2 5) ], }, ]); } |