Specifications

Sample Scenarios 117
groups. For simplicity you may want to make the route table entry number the
same as the circuit group number.
Step 1: Define Call Match Rule.
Step 2: Define Call Route Rule.
Step 3: Define Call Output Rule.
Step 4: Define Call Translation Rule.
Table 46. Meaning of Call Trans 0 0 Mod 1 2 1 1 3
Configuration Steps for Circuit Group
Step 1: Create Circuit Group 1 between 9783 Tokyo and 2212 Yokohama.
Step 2: Define the max speed.
Value Meaning
0 Translation table number (usually 0)
0 Translation table case number
1 Source addr match rule table entry
2 Destination addr match rule table entry
1 Route table entry
1 Source addr match table entry
3 Destination addr output rule entry
Local> call match 2 {40}{$$$}
Local:MATCH-RULE> OK
Local> call match 3 {50}{$$$}
Local:MATCH-RULE> OK
Local> call route 1 1
Local:ROUTE-RULE> OK
Local> call route 2 2
Local:ROUTE-RULE> OK
Local> call output 1 {D1}
Local> call output 2 {S1}
Local> call output 3 {D2}
Local> call trans 0 0 mod 1 2 1 1 3
Local:TRANS-RULE> OK
Local> call trans 0 1 mod 1 3 2 1 3
Local:TRANS-RULE> OK
Local> cir 1 create
Local:CIR-GRP-CREATE> OK.
Local> cir 1 max 64000
Local:CIR-GRP-CIR> OK