communication between the router and the switch. Each request sent from the router to the
switch is noted as MySeq, and the counter is incremented by 1 with each request. LMIs sent
from the switch to the router by the telco are noted as Yourseen and also are incremented by 1
with each request. As long as both numbers are greater than 0, the router should be happy and
functioning normally at Layers 1 and 3. (Layer 3 connectivity is up to the administrator doing
the configuration.) You should also watch the "DTE up" note at the end of the outbound LMI
status lines.
created. They can be static or dynamic and are noted as such in the command output.
Example 9-7 shows the output from this command.
Frame Relay LMI debugging is on
Displaying all Frame Relay LMI data
1d18h: Serial1(in): StEnq, myseq 85
1d18h: RT IE 1, length 1, type 1
1d18h: KA IE 3, length 2, yourseq 86, myseq 85
1d18h: Serial1(out): Status, myseq 86, yourseen 86, DTE up
1d18h: Serial0(out): StEnq, myseq 162, yourseen 161, DTE up
1d18h: datagramstart = 0x3001754, datagramsize = 13
1d18h: FR encap = 0xFCF10309
1d18h: 00 75 01 01 01 03 02 A2 A1
1d18h:
1d18h: Serial0(in): Status, myseq 162
1d18h: RT IE 1, length 1, type 1
1d18h: KA IE 3, length 2, yourseq 162, myseq 162
1d18h: Serial1(in): StEnq, myseq 86
1d18h: RT IE 1, length 1, type 1
1d18h: KA IE 3, length 2, yourseq 87, myseq 86
1d18h: Serial1(out): Status, myseq 87, yourseen 87, DTE up
1d18h: Serial0(out): StEnq, myseq 163, yourseen 162, DTE up
1d18h: datagramstart = 0x34D25B4, datagramsize = 13
1d18h: FR encap = 0xFCF10309
1d18h: 00 75 01 01 00 03 02 A3 A2
Serial0.1 (up): point-to-point dlci, dlci 16(0x10,0x400), broadcast
status defined, active
Serial0.2 (up): point-to-point dlci, dlci 17(0x0A,0x401), broadcast
status defined, active
Serial0.3 (up): point-to-point dlci, dlci 18(0x0B,0x402), broadcast
status defined, active