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ISDN発信者番号通知による相手認証と着信時のPPP（CHAP）認証を使用した例です。
＊ここでは、INFONET-RX20での設定例を挙げます。INFONET-RX10Hでの設定例はこちら。
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INFONET-RX20 Remote Router B V01.03 1998.04.15
WAN topology ( 6) 1998/07/01 13:26:09 ( 0 00:10:17) Super Mode
1. configuration display
2. configuration set (normal)
3. configuration set (expert)
4. operation
5. information
6. shift to super mode
7. exit from remote console or current mode
Select the number. : 2 ←基本設定を行います
*** Selecting PORT way ***
1 HSD, HSD
* 2 HSD, ISDN
3 FR, ISDN
Select the number. [2]:
：
：省略
：
*** Selecting WAN topology ***
<"L:" is load split, "B:" is backup, "L+B:" is load split and backup>
1 HSD
2 HSD ( B:ISDN#1)
3 HSD (L+B:ISDN#1)
4 HSD (L+B:ISDN#1,2)
5 HSD ( B:ISDN#1,2)
* 6 ISDN#1
7 ISDN#1 (L :ISDN#2)
8 HSD, ISDN#1
9 HSD, ISDN#1 (L :ISDN#2)
10 ISDN#1, ISDN#2
11 HSD ( B:ISDN#1),ISDN#2
12 HSD (L+B:ISDN#1),ISDN#2
13 HSD, ISDN#1, ISDN#2
Select the number. [6]: ←ISDN回線(1B)を使用します
*** Set multi target configuration ***
<multi target configuration parameter(s)>
multi target: not use
Do you change (y/n)? [n]:
*** Set ISDN remote address configuration ***
1. remote address data
2. remote address list
3. end
Select the number. [2]: 1
*** Set ISDN remote address data configuration ***
receive address check mode : off
check skip length : 0
PPP authentication at incoming call : off
PPP authentication at outgoing call : off
PPP authentication accept : all
Do you change (y/n)? [n]: y
receive address check mode (1:on 2:off) [2]: 1
←発信者番号チェックを行う
check skip length [0]:
PPP authentication at incoming call (1:on 2:off) [2]: 1
←着信時にPPP認証をします
PPP authentication at outgoing call (1:on 2:off) [2]:
PPP authentication accept (1:chap 2:pap 3:all 4:off) [3]:
ISDN remote address data parameter(s) are set to the following values.
receive address check mode : on
check skip length : 0
PPP authentication at incoming call : on
PPP authentication at outgoing call : off
PPP authentication accept : all
Set OK (y/n)? [y]:
*** Set ISDN remote address configuration ***
1. remote address data
2. remote address list
3. end
Select the number. [2]:
*** Set ISDN remote address list configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]: 3 ←targetの設定をします
<Add ISDN remote address list>
target [t-0000]: chiba
address []: 043123yyyy
subaddress []:
authen at incoming (1:chap 2:pap 3:off) [3]: 1
←着信時にchap認証をします
authen at outgoing (1:chap 2:pap 3:off) [3]:
password: pass2
my hostname []: tokyo
my password: pass1
ISDN remote address list:
no target
---+-----------------------------------------------------------------
1. chiba
address : 043123yyyy
subaddress :
authen at incoming : chap
authen at outgoing : off
password : pass2
my host name : tokyo
my passwd : pass1
Add OK ((y/n)? [y]:
*** Set ISDN remote address list configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]:
*** Set ISDN remote address configuration ***
1. remote address data
2. remote address list
3. end
Select the number. [3]:
*** Main: Set ISDN#1 configuration ***
<Main ISDN#1 parameter(s)>
local (ISDN address: subaddress: )
target index:
connection activate/deactivate: passive/passive
Do you change (y/n)? [n]: y
local ISDN address []: 031234xxxx ←自局の電話番号を設定します
subaddress []:
<Target index>
1. chiba
Select the number of target index []: 1 ←接続相手を選択します
<Select connection activate/deactivate mode>
activate deactivate | activate deactivate
------------------------------+----------------------------
1. time time |4. manual manual
2. traffic traffic |5. passive passive
3. time+traffic time+traffic |
Select the number. [5]: 2 ←接続契機を設定します
Main ISDN#1 parameter(s) are set to the following values.
<Main ISDN#1 parameter(s)>
local (ISDN address: 031234xxxx subaddress: )
target index: chiba
connection activate/deactivate: traffic/traffic
Set OK (y/n)? [y]:
*** Set basic configuration ***
<Basic configuration parameter(s)>
IP routing : use
IP filtering : not use
IPX routing : not use
AppleTalk routing: not use
bridging : not use
SNMP : use
Do you change (y/n)? [n]:
*** Set IP router configuration ***
<IP router configuration parameter(s)>
routing interface list
broadcast or
IP address subnetmask remote address interface type
-------+----------------+----------------+----------------+--------------
LAN 192.52.150.1 255.255.255.0 192.52.150.255 broadcast
ISDN#1 0.0.0.0 255.255.255.255 0.0.0.0 point to point
OSPF protocol: not use
Do you change (y/n)? [n]: y
LAN IP address [192.52.150.1]: 192.168.10.1
←LAN側のアドレスを設定します
subnetmask [255.255.255.0]:
broadcast [192.168.10.255]:
ISDN#1 interface type (1:broadcast 2:point to point) [2]:
IP address []:
remote IP address [0.0.0.0]: 192.168.20.1
←相手のLAN側のアドレスを設定します
remote subnetmask [255.255.255.0]:
OSPF protocol (1:use 2:not use) [2]:
IP router parameter(s) are set to the following values.
<IP router configuration parameter(s)>
routing interface list
broadcast or
IP address subnetmask remote address interface type
-------+----------------+----------------+----------------+--------------
LAN 192.168.10.1 255.255.255.0 192.168.10.255 broadcast
ISDN#1 ---.---.---.--- 255.255.255.0 192.168.20.1 point to point
OSPF protocol: not use
Set OK (y/n)? [y]:
*** Set RIP(IP) motion configuration ***
<RIP(IP) motion parameter(s)>
mode : supplier
default metric: 16
Do you change (y/n)? [n]:
*** Set RIP(IP) interface configuration ***
<RIP(IP) interface parameter(s)>
send recv metric pre- broad- interval ageout time
control control ference cast (sec) (sec)
------+-------+-------+------+-------+------+----------+------+----------
LAN RIP1 RIP1,2 0 0 - - - -
ISDN#1 RIP1 RIP1,2 0 0 off 30 off 180
<RIP2 password>
LAN : (not configured)
ISDN#1 : (not configured)
Do you change (y/n)? [n]: y
LAN RIP send control (1:RIP1 2:RIP2 3:RIP1,2 4:off) [1]:
recv control (1:RIP1 2:RIP2 3:RIP1,2 4:off) [3]:
password []:
metric [0]:
preference [0]:
ISDN#1 RIP send control (1:RIP1 2:RIP2 3:RIP1,2 4:off) [1]: 4
←RIPを使用しません
recv control (1:RIP1 2:RIP2 3:RIP1,2 4:off) [3]: 4
←RIPを使用しません
metric [0]:
preference [0]:
broadcast (1:on 2:off) [2]:
broadcast interval (sec) [30]:
RIP entry ageout (1:on 2:off) [2]:
ageout time (sec) [180]:
RIP(IP) interface parameter(s) are set to the following values.
<RIP(IP) interface parameter(s)>
send recv metric pre- broad- interval ageout time
control control ference cast (sec) (sec)
------+-------+-------+------+-------+------+----------+------+----------
LAN RIP1 RIP1,2 0 0 - - - -
ISDN#1 off off 0 0 off 30 off 180
<RIP2 password>
LAN : (not configured)
ISDN#1 :
Set OK (y/n)? [y]:
*** Set IP static routing configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]: 4
<IP static routing table (max 32 entries)>
no dst address mask metric preference
gateway
---+---------------+---------------+------+----------
1. 0.0.0.0 ---.---.---.--- 16 50
ISDN#1
*** Set IP static routing configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]: 2 ←必要でないスタティックルートを削除する
<Delete IP static routing data>
Select the entry number. : 1
Selected IP static routing data:
no dst address mask metric preference
gateway
---+---------------+---------------+------+----------
1. 0.0.0.0 ---.---.---.--- 16 50
ISDN#1
Delete OK (y/n)? [n]: y
*** Set IP static routing configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]: 3 ←スタティックルートを設定する
<Add IP static routing data>
destination address [0.0.0.0]: 192.168.20.0
mask [255.255.255.0]:
gateway type(1:IP address 2:Interface 3:Target index) [1]:
gateway [0.0.0.0]: 192.168.20.1
metric [16]:
preference [50]:
IP static routing data:
no dst address mask metric preference
gateway
---+---------------+---------------+------+----------
1. 192.168.20.0 255.255.255.0 16 50
192.168.20.1
Add OK (y/n)? [y]:
*** Set IP static routing configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]:
：
：省略
：
Now you have set all configurations!
Do you display the configurations (y/n)? [y]: n
(Warning): Some configurations are not updated unless you reset
1. Save new parameter(s) and reset 3. Configurations set again
2. Save new parameter(s) only 4. Quit (no save and no reset)
Select the number. : 1 ←リセットが行われ立ち上がり後、設定が有効です
INFONET-RX20 Remote Router B V01.03 1998.04.15
WAN topology ( 6) 1998/07/01 13:26:09 ( 0 00:10:17) Super Mode
1. configuration display
2. configuration set (normal)
3. configuration set (expert)
4. operation
5. information
6. shift to super mode
7. exit from remote console or current mode
Select the number. : 2 ←基本設定を行います
*** Selecting PORT way ***
1 HSD, HSD
* 2 HSD, ISDN
3 FR, ISDN
Select the number. [2]:
：
：省略
：
*** Selecting WAN topology ***
<"L:" is load split, "B:" is backup, "L+B:" is load split and backup>
1 HSD
2 HSD ( B:ISDN#1)
3 HSD (L+B:ISDN#1)
4 HSD (L+B:ISDN#1,2)
5 HSD ( B:ISDN#1,2)
* 6 ISDN#1
7 ISDN#1 (L :ISDN#2)
8 HSD, ISDN#1
9 HSD, ISDN#1 (L :ISDN#2)
10 ISDN#1, ISDN#2
11 HSD ( B:ISDN#1),ISDN#2
12 HSD (L+B:ISDN#1),ISDN#2
13 HSD, ISDN#1, ISDN#2
Select the number. [6]: ←ISDN回線(1B)を使用します
*** Set multi target configuration ***
<multi target configuration parameter(s)>
multi target: not use
Do you change (y/n)? [n]:
*** Set ISDN remote address configuration ***
1. remote address data
2. remote address list
3. end
Select the number. [2]: 1
*** Set ISDN remote address data configuration ***
receive address check mode : off
check skip length : 0
PPP authentication at incoming call : off
PPP authentication at outgoing call : off
PPP authentication accept : all
Do you change (y/n)? [n]: y
receive address check mode (1:on 2:off) [2]: 1
←発信者番号チェックを行う
check skip length [0]:
PPP authentication at incoming call (1:on 2:off) [2]: 1
←着信時にPPP認証をします
PPP authentication at outgoing call (1:on 2:off) [2]:
PPP authentication accept (1:chap 2:pap 3:all 4:off) [3]:
ISDN remote address data parameter(s) are set to the following values.
receive address check mode : on
check skip length : 0
PPP authentication at incoming call : on
PPP authentication at outgoing call : off
PPP authentication accept : all
Set OK (y/n)? [y]:
*** Set ISDN remote address configuration ***
1. remote address data
2. remote address list
3. end
Select the number. [2]:
*** Set ISDN remote address list configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]: 3 ←targetの設定をします
<Add ISDN remote address list>
target [t-0000]: tokyo
address []: 031234xxxx
subaddress []:
authen at incoming (1:chap 2:pap 3:off) [3]: 1
←着信時にchap認証をします
authen at outgoing (1:chap 2:pap 3:off) [3]:
password: pass1
my hostname []:chiba
my password:pass2
ISDN remote address list:
no target
---+-----------------------------------------------------------------
1. tokyo
address : 031234xxxx
subaddress :
authen at incoming : chap
authen at outgoing : off
password : pass1
my host name : chiba
my passwd : pass2
Add OK ((y/n)? [y]:
*** Set ISDN remote address list configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]:
*** Set ISDN remote address configuration ***
1. remote address data
2. remote address list
3. end
Select the number. [3]:
*** Main: Set ISDN#1 configuration ***
<Main ISDN#1 parameter(s)>
local (ISDN address: subaddress: )
target index:
connection activate/deactivate: passive/passive
Do you change (y/n)? [n]: y
local ISDN address []: 0431233yyyy ←自局の電話番号を設定します
subaddress []:
<Target index>
1. tokyo
Select the number of target index []: 1 ←接続相手を選択します
<Select connection activate/deactivate mode>
activate deactivate | activate deactivate
------------------------------+----------------------------
1. time time |4. manual manual
2. traffic traffic |5. passive passive
3. time+traffic time+traffic |
Select the number. [5]: 2 ←接続契機を設定します
Main ISDN#1 parameter(s) are set to the following values.
<Main ISDN#1 parameter(s)>
local (ISDN address: 031234xxxx subaddress: )
target index: tokyo
connection activate/deactivate: traffic/traffic
Set OK (y/n)? [y]:
*** Set basic configuration ***
<Basic configuration parameter(s)>
IP routing : use
IP filtering : not use
IPX routing : not use
AppleTalk routing: not use
bridging : not use
SNMP : use
Do you change (y/n)? [n]:
*** Set IP router configuration ***
<IP router configuration parameter(s)>
routing interface list
broadcast or
IP address subnetmask remote address interface type
-------+----------------+----------------+----------------+--------------
LAN 192.52.150.1 255.255.255.0 192.52.150.255 broadcast
ISDN#1 0.0.0.0 255.255.255.255 0.0.0.0 point to point
OSPF protocol: not use
Do you change (y/n)? [n]: y
LAN IP address [192.52.150.1]: 192.168.20.1
←LAN側のアドレスを設定します
subnetmask [255.255.255.0]:
broadcast [192.168.20.255]:
ISDN#1 interface type (1:broadcast 2:point to point) [2]:
IP address []:
remote IP address [0.0.0.0]: 192.168.10.1
←相手のLAN側のアドレスを設定します
remote subnetmask [255.255.255.0]:
OSPF protocol (1:use 2:not use) [2]:
IP router parameter(s) are set to the following values.
<IP router configuration parameter(s)>
routing interface list
broadcast or
IP address subnetmask remote address interface type
-------+----------------+----------------+----------------+--------------
LAN 192.168.20.1 255.255.255.0 192.168.20.255 broadcast
ISDN#1 ---.---.---.--- 255.255.255.0 192.168.10.1 point to point
OSPF protocol: not use
Set OK (y/n)? [y]:
*** Set RIP(IP) motion configuration ***
<RIP(IP) motion parameter(s)>
mode : supplier
default metric: 16
Do you change (y/n)? [n]:
*** Set RIP(IP) interface configuration ***
<RIP(IP) interface parameter(s)>
send recv metric pre- broad- interval ageout time
control control ference cast (sec) (sec)
------+-------+-------+------+-------+------+----------+------+----------
LAN RIP1 RIP1,2 0 0 - - - -
ISDN#1 RIP1 RIP1,2 0 0 off 30 off 180
<RIP2 password>
LAN : (not configured)
ISDN#1 : (not configured)
Do you change (y/n)? [n]: y
LAN RIP send control (1:RIP1 2:RIP2 3:RIP1,2 4:off) [1]:
recv control (1:RIP1 2:RIP2 3:RIP1,2 4:off) [3]:
password []:
metric [0]:
preference [0]:
ISDN#1 RIP send control (1:RIP1 2:RIP2 3:RIP1,2 4:off) [1]: 4
←RIPを使用しません
recv control (1:RIP1 2:RIP2 3:RIP1,2 4:off) [3]: 4
←RIPを使用しません
metric [0]:
preference [0]:
broadcast (1:on 2:off) [2]:
broadcast interval (sec) [30]:
RIP entry ageout (1:on 2:off) [2]:
ageout time (sec) [180]:
RIP(IP) interface parameter(s) are set to the following values.
<RIP(IP) interface parameter(s)>
send recv metric pre- broad- interval ageout time
control control ference cast (sec) (sec)
------+-------+-------+------+-------+------+----------+------+----------
LAN RIP1 RIP1,2 0 0 - - - -
ISDN#1 off off 0 0 off 30 off 180
<RIP2 password>
LAN : (not configured)
ISDN#1 :
Set OK (y/n)? [y]:
*** Set IP static routing configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]: 4
<IP static routing table (max 32 entries)>
no dst address mask metric preference
gateway
---+---------------+---------------+------+----------
1. 0.0.0.0 ---.---.---.--- 16 50
ISDN#1
*** Set IP static routing configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]: 2 ←必要でないスタティックルートを削除する
<Delete IP static routing data>
Select the entry number. : 1
Selected IP static routing data:
no dst address mask metric preference
gateway
---+---------------+---------------+------+----------
1. 0.0.0.0 ---.---.---.--- 16 50
ISDN#1
Delete OK (y/n)? [n]: y
*** Set IP static routing configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]: 3 ←スタティックルートを設定する
<Add IP static routing data>
destination address [0.0.0.0]: 192.168.10.0
mask [255.255.255.0]:
gateway type(1:IP address 2:Interface 3:Target index) [1]:
gateway [0.0.0.0]: 192.168.10.1
metric [16]:
preference [50]:
IP static routing data:
no dst address mask metric preference
gateway
---+---------------+---------------+------+----------
1. 192.168.10.0 255.255.255.0 16 50
192.168.10.1
Add OK (y/n)? [y]:
*** Set IP static routing configuration ***
1. change 2. delete 3. add 4. display 5. end
Select the number. [5]:
：
：省略
：
Now you have set all configurations!
Do you display the configurations (y/n)? [y]: n
(Warning): Some configurations are not updated unless you reset
1. Save new parameter(s) and reset 3. Configurations set again
2. Save new parameter(s) only 4. Quit (no save and no reset)
Select the number. : 1 ←リセットが行われ立ち上がり後、設定が有効です
