Mitel Voice Processing Solutions Instructions Manual

							Configuring the Network Node Table 
The Network Node Table entries for Seattle are: 
NODE NAME PROTO STRING 
HARDWARE ACCESS PARALLEL LINKS 
DELAY MAX 
1 San Jose TCP/IP 143.191.4.21 0 = ETHERNET 
Y 15 2 
2 Boston ASYNC 
5081112222 2 = CONCORD Y 15 1 
ayes Protocols in Access Codes 
All supported modems use the Hayes protocol. When a Hayes-compatible modem 
is using a dial-up telephone line, MESA-Net software must send the string “ATDT” 
before sending the phone number, to instruct the modem “use tone dialing to 
outdial the following characters.” 
The phone number must be followed by the 
ASCII character for a carriage return, to indicate that the string of outdial characters 
has ended. 
The ATDT string and the carriage return do not appear in the Network Node 
Tables shown in Examples 
1 and 2 because they are incorporated into the default 
Concord DialAccess 296 hardware type (and in the default hardware types for all 
other supported modems). When using a Hayes-compatible modem for which there 
is no default hardware we, be sure to program these steps into either the hardware 
type or the Network Node Table access code string. 
When the modem is connected to a PBX line, the Network Node table string must 
contain the access code (usually 9) 
f or an outside trunk, plus a suitable pause to give 
the PBX time to make the connection. Hayes protocol uses a comma to indicate a 2 
second pause; at least a 4 second pause is recommended. 
In Example 2, if San Jose 
were calling New York through a PBX, the Network Node Table string would be 
“9,,13128654321.” 
5-6  
						

							etw eel 
i Node Number 
I Node Name I 
I I 
1 
i TCP/IP Connection Y N I I 
I Hardware Type q 
IP Address 
String 
(access code) 
I - - 
I Parallel Link Delay 
L-l Maximum Links 
L-l 
1 Analog AMIS Connection Y N Access Y N 
I 
I 
I Node Number 
0 
I 
iTCP/lP Connection Y N 
I 
/ Hardware Type 
q 
I Parallel Link Delay q 
I 
i Analog AqIS Connection Y N 
Node Name 
IP Address 
String 
(access code) 
Maximum Links q 
Access Y N 
-.% 
I 
/Node Number 
q Node Name 
I r 
I 
ITCP/IP Connection Y N IP Address 
I Hardware Type q String 
[access code) 
.1 
I Parallel Link Delay q Maximum Links q 
iAnalog AMIS Connection Y N Access Y N  
						

							ist 
Page 1 of 1 
Release 6.OA 
Task Procedure 
et 
Create a New Network Node Table Entry ........................................... CP 5719 
Delete a Network Node Table Entry.. ...................................................... CP 5720 
View the Network Node Table ................................................................. Cl? 5721 
Modify a Network Node Table Entry ....................................................... CP 5722  
						

							-  
						

							Create a New Network Node Table Entry 
Page 1 of 2 
VoiceMemo Release 6.06.OA and later 
Use this procedure to create a new entry in the Network Node Table for both MESA- 
Net Async and MESA-Net TCP/IP. 
SteD Reference 
1. Fill out a Network Node Access Table worksheet. 
2. Reach the Network Node Access Table Maintenance menu. 
3. Identify the node number for which you want to create an entry. 
Select: (C) Create new node entry 
prompt: Node 
number: 
Response: The number of the new node entry. This number can be from 1 to 
8191. 
4. Enter the name of the node, for example, San]ose. 
Prompt: Node 
name: 
Response: The name of the new node. This name can be up to 
characters, including spaces. 12 alphanumeric 
5. .For all MESA-Net nodes, indicate that this is not an AMIS Analog connection. 
Prompt: 
Analog AMIS Connection (Y/N) : 
Response: N if you are not defining an AMIS Analog connection. 
6. Specify whether this is a MESA-Net TCP/IP connection. 
Prompt: 
TCP/IP Cfonnection (Y/NJ: 4s 
Response: Y if the node can be accessed using MESA-Net TCP/EP 
N if the node cannot be accessed using MESA-Net TCP/IP. 
7. If you answered yes to the TCP/IP connection prompt in Step 5, enter the IP 
address. 
prompt: IP Address: 
Response: 
II? address of the new node VIenu Map 13  
						

							cl? 5719 
Page 2 of 2 
Release 6.OA and later 
Step 
8. If you answered N to the TCP/IP connection prompt in Step 5, enter the string for 
the new node. 
Prmnpt: 
String: 
Response: The string of alphanumeric characters required to access the new node. 
(This is usually the phone number of the answer modem on the node.) 
This string can be up to 
16 alphanumeric characters. If required, use 
 
for CR (carriage return) and 
 for CR/LF. 
9. Specify whether the new node can be accessed by local node. 
1 
.Prompt: Access (Y/N): 
Response: Y for almost all remote nodes. 
N for the local node, and any remote nodes that you do not want 
accessed from the local node. 
0. If you have installed the Parallel Links optional feature, set the length of time that 
the existing connection or connections must be open before a parallel connection is 
established., 
prompt: Parallel link delay [15] 
Response: The number of minutes a link must be open before a new link is _ 
established. If you enter 0, a new link is created as soon as the previous 
link succeeds. 
11 . If you have installed the Parallel Links optional feature, set the maximum number of 
parallel links that can be open between the local nodemd the remote node. 
Prompt: Maximum parallel links [l]: 
Response: The number, 1-8, of parallel links that the node can establish with 
another node. Do not exceed the 
number of physical links that both 
nodes can support. 
MESA-Net displays a message that the entry for the node has been created. 
12. Repeat steps 3 through 11 to create more node entries, or press Enter to indicate that 
you have finished creating node entries. 
13. List the Network Node Table on screen to check your work. 
Select: 
(L) List the node table Reference  
						

							Use this procedure to delete nodes from the Network Node Table. 
SteD 
1. Reach the Network Node Access Table Maintenance menu. 
2. Delete a node from the Network Node Table. 
Select: (D) Delete node entry 
Prompt: Node number: 
Response: The number or a range of numbers of the node or nodes to delete. 
PTOW,TP~: 
Node = number Name = node name 
Delete (y/n) 
Response: y to delete the node(s), or n to cancel the delete operation. 
3. Press Enter to return to the Network Node Access Table Maintenance Menu. Reference 
tienu Map 
13  
						

							Page 1 of 1 
View the Network Node Table VoiceMemo Release 6.06.OA and later 
Use this procedure to display all or part of the Network Node Table. 
Step 
1. Reach the Network Node Access Table Maintenance menu. 
nge of Entries 
2. Request information about a node. 
Select: (I) Inquire about node entry 
prompt: Node number: 
Response: The number or a range of numbers of the node or nodes for which you 
want information. 
The server presents a display similar to the following. 
NETWORK NODE TABLE 
Tue Dee 5 22:02:59 1995 
NODE NAME PROTO STRING HARDWARE ACCESS PARALLEL LINKS 
33 Chicago BASIC 1223456789 1 = CONCORD 
1 Node found 
3. Press Enter to finish inquiring, or enter another node number. 
@D View The Entire etwork Node Table 
DELAY MAX 
Y 15 1 
4. Select to view the entire table. m 
Select: (L) List the node table 
The server presents a display similar to the following. 
NODE ACCESS TABLE REPORT 
Tue Dee 5 21:58:11 1995 
NODE NAME 
33 Chicago 
105 Seattle 
234 Gorman PROTO STRING HARDWARE ACCESS PARALLEL LINKS 
DELAY MAX 
BASIC 1223456789 1 = CONCORD Y 15 1 
TCP 123.1.23.45 0 = ETHERNET Y 
AAMIS 17196875734 Y 
3 Nodes found 
Reference 
Jlenu Map 
13