INE WB Vol1 - 3.16 OER Measure Phase

My solution

key chain OER
 key 0
   key-string CISCO
oer master
 policy-rules ACTIVE
 logging
 !
 border 150.1.5.5 key-chain OER
  interface FastEthernet0/0 internal
  interface Serial0/0/0.1 internal
  interface Serial0/1/0 external
 !
 border 155.1.0.2 key-chain OER
  interface Serial0/0 internal
  interface Serial0/1 internal
  interface FastEthernet0/0 external
 !       
 border 155.1.0.3 key-chain OER
  interface FastEthernet0/0 external
  interface Serial1/2 external
  interface Serial1/3 internal
  interface Serial1/0 internal
 !       
 learn   
  throughput
  delay  
  protocol 1
  protocol tcp port 80
  protocol udp port range 16384 32767
  periodic-interval 5
  monitor-period 3
  prefixes 10
  aggregation-type bgp
 mode monitor passive
 !       
 active-probe tcp-conn 150.1.4.4 target-port 23
 active-probe tcp-conn 150.1.6.6 target-port 23
 active-probe tcp-conn 150.1.1.1 target-port 23
!        
oer border
 local Loopback0
 master 150.1.5.5 key-chain OER
!        
!        
oer-map ACTIVE 10
 match traffic-class prefix-list R4
 set mode monitor active
!

I think the I_NE solution is not 100% correct, the oer-map isn't attached to the oer master config in the workbook. and if i don't configure "mode monitor passive". R2,R3,R4 are active probed.

With "mode monitor passive"
Rack1R5#show oer master active-probes
        OER Master Controller active-probes
Border   = Border Router running this Probe
State    = Un/Assigned to a Prefix
Prefix   = Probe is assigned to this Prefix
Type     = Probe Type
Target   = Target Address
TPort    = Target Port
How      = Was the probe Learned or Configured
N - Not applicable

The following Probes exist:

State      Prefix             Type     Target          TPort   How     Codec
Assigned   150.1.4.0/24       tcp-conn 150.1.4.4          23  Cfgd         N
Assigned   150.1.6.0/24       tcp-conn 150.1.6.6          23  Cfgd         N
Assigned   150.1.1.0/24       tcp-conn 150.1.1.1          23  Cfgd         N
Assigned   150.1.6.0/24       echo     150.1.6.6           N  Lrnd         N
Assigned   150.1.1.0/24       echo     150.1.1.1           N  Lrnd         N

The following Probes are running:

Border          State    Prefix             Type     Target          TPort
155.1.0.3       ACTIVE   150.1.4.0/24       tcp-conn 150.1.4.4          23
150.1.5.5       ACTIVE   150.1.4.0/24       tcp-conn 150.1.4.4          23


Rack1R5#






Without "mode monitor passive"
Rack1R5#show oer master active-probes
        OER Master Controller active-probes
Border   = Border Router running this Probe
State    = Un/Assigned to a Prefix
Prefix   = Probe is assigned to this Prefix
Type     = Probe Type
Target   = Target Address
TPort    = Target Port
How      = Was the probe Learned or Configured
N - Not applicable

The following Probes exist:

State      Prefix             Type     Target          TPort   How     Codec
Assigned   150.1.4.0/24       tcp-conn 150.1.4.4          23  Cfgd         N
Assigned   150.1.6.0/24       tcp-conn 150.1.6.6          23  Cfgd         N
Assigned   150.1.1.0/24       tcp-conn 150.1.1.1          23  Cfgd         N
Assigned   150.1.6.0/24       echo     150.1.6.6           N  Lrnd         N
Assigned   150.1.1.0/24       echo     150.1.1.1           N  Lrnd         N

The following Probes are running:

Border          State    Prefix             Type     Target          TPort
155.1.0.3       ACTIVE   150.1.4.0/24       tcp-conn 150.1.4.4          23
150.1.5.5       ACTIVE   150.1.4.0/24       tcp-conn 150.1.4.4          23
155.1.0.3       ACTIVE   150.1.1.0/24       echo     150.1.1.1           N
150.1.5.5       ACTIVE   150.1.1.0/24       echo     150.1.1.1           N


Rack1R5#

What do you think ?

INE WB Vol1 - 3. IP Routing

Did all the tasks without a mistake :)

Now preparation for the OER (Optimized Edge Routing) Tasks

INE WB Vol1 - 2.15 Bridging over Frame Relay

Review
http://www.cisco.com/en/US/docs/ios/12_2/wan/command/reference/wrffr3.html#wp1028819

INE WB Vol1 - 2.10 Back-to-Back Frame Relay

R4:
interface Serial0/1
ip address 123.1.1.4 255.255.255.0
encapsulation frame-relay
no keepalive
frame-relay map ip 123.1.1.5 514 broadcast
R5:
interface Serial0/1
ip address 123.1.1.5 255.255.255.0
encapsulation frame-relay
no keepalive
clock rate 64000
frame-relay map ip 123.1.1.4 514 broadcast

INE Lab with 3550 limitations

Whats not possible with 3550s instead of 3560s
- Vol1 1.47 Private VLANs
- Vol1 9.2 IPv6 Unique Local Addressing (with tunnel/gre its possible)
- Vol1 9.5 IPv6 Auto-Configuration (with tunnel/gre its possible)
- Vol1 9.17 OSPFv3 - process doesn't come up on SW1-3550 (no solution yet)

INE WB Vol1 - 1.45 Flex Links

NOTE Spanning Tree Protocol is disabled on Flex Link interfaces

INE WB Vol1 - 1.43 IP Phone Trust and CoS Extend

Switchport priority extend 1

Rack1SW1(config-if)#switchport priority extend 1
Rack1SW1(config-if)#switchport priority ?
extend Set appliance 802.1p priority

Rack1SW1(config-if)#switchport priority e
Rack1SW1(config-if)#switchport priority extend ?
cos Override 802.1p priority of devices on appliance
trust Trust 802.1p priorities of devices on appliance

Rack1SW1(config-if)#switchport priority extend co
Rack1SW1(config-if)#switchport priority extend cos ?
<0-7> Priority for devices on appliance

Rack1SW1(config-if)#switchport priority extend cos 1
Rack1SW1(config-if)#