I don't think there are parameters you can apply to interface only or to DLCI 
only... Therefore I would say if all the DLCIs share the same parameters, apply 
a class on the interface, if a DLCI needs specific parameters apply a specific 
class for that DLCI... 

But more specifically, this Thursday, do what is requested by the question ;-)

Christophe

Le 28 Jun 2011 à 16:59, marc abel <[email protected]> a écrit :

> Thanks everyone, that is helpful.
> 
> Are there any policies that must be applied to the interface, or must
> be applied per DLCI?
> 
> On Tue, Jun 28, 2011 at 6:39 AM, Christophe Lemaire
> <[email protected]> wrote:
>> Marc,
>> 
>> To complete Steve and Diego's answers, do not forget sub-interfaces... :-)
>> 
>> DLCI will inherit map-class in this order :
>> 
>> 1) DLCI specific
>> 2) Sub-interface
>> 3) Physical interface
>> 
>> 
>> map-class frame-relay Phys
>>  frame-relay cir 64000
>> map-class frame-relay SubInt
>>  frame-relay cir 48000
>> map-class frame-relay DLCI
>>  frame-relay cir 32000
>> !
>> interface Serial1/0
>>  no ip address
>>  encapsulation frame-relay
>>  no fair-queue
>>  serial restart-delay 0
>>  frame-relay class Phys
>>  frame-relay traffic-shaping
>>  frame-relay interface-dlci 789
>> !
>> interface Serial1/0.1 multipoint
>>  frame-relay class SubInt
>>  frame-relay interface-dlci 123
>>  class DLCI
>>  frame-relay interface-dlci 456
>> !
>> interface Serial1/0.2 multipoint
>>  frame-relay interface-dlci 124
>> 
>> R1(config-subif)#do sh traf
>> 
>> Interface   Se1/0
>>       Access Target    Byte   Sustain   Excess    Interval  Increment Adapt
>> VC     List   Rate      Limit  bits/int  bits/int  (ms)      (bytes)   Active
>> 789           64000     1000   64000     0         125       1000
>> -        <--------- From Physical interface
>> 
>> Interface   Se1/0.1
>>       Access Target    Byte   Sustain   Excess    Interval  Increment Adapt
>> VC     List   Rate      Limit  bits/int  bits/int  (ms)      (bytes)   Active
>> 456           48000     750    48000     0         125       750
>> -        <--------- From Sub-interface
>> 123           32000     500    32000     0         125       500
>> -        <--------- From DLCI
>> 
>> Interface   Se1/0.2
>>       Access Target    Byte   Sustain   Excess    Interval  Increment Adapt
>> VC     List   Rate      Limit  bits/int  bits/int  (ms)      (bytes)   Active
>> 124           64000     1000   64000     0         125       1000
>> -        <--------- From Physical interface
>> 
>> 
>> Christophe
>> 
>> 
>> On Tue, Jun 28, 2011 at 7:58 AM, Diego Gonzalez <[email protected]> wrote:
>>> I agree with you.
>>> 
>>> Is your choice to apply the map-class to a specific DLCI or every DLCI
>>> active in the physical interface.
>>> 
>>> A good example of a mix of both methods is when you want to shape for
>>> instance at 128kbps traffic out to DLCI and at 192kbps traffic out to any
>>> other DLCI of the same interface:
>>> 
>>> map-class frame-relay DLCI_SPECIFIC
>>>  frame-relay cir 128000
>>>  frame-relay bc 1280
>>> !
>>> map-class frame-relay DLCI_OTHERS
>>>  frame-relay cir 192000
>>>  frame-relay bc 24000
>>> !
>>> interface Serial0/0
>>> frame-relay traffic-shaping
>>> frame-relay class DLCI_OTHERS
>>> frame-relay interface-dlci 201
>>>  class DLCI_SPECIFIC
>>> !
>>> !
>>> 
>>> Cheers
>>> Diego.
>>> 
>>> 
>>> 2011/6/28 marc abel <[email protected]>
>>> 
>>>> Can anyone explain the logic or give some advice around when to apply
>>>> frame-relay map-class under the interface or under the dlci?
>>>> 
>>>> For instance this would be under the DLCI:
>>>> 
>>>> interface Serial0/0/0
>>>>  bandwidth 64
>>>>  ip address 150.100.24.4 255.255.255.0
>>>>  encapsulation frame-relay
>>>>  ip ospf network point-to-point
>>>>  frame-relay traffic-shaping
>>>>  frame-relay map ip 150.100.24.2 402 broadcast
>>>>  frame-relay interface-dlci 402
>>>>  class QOS
>>>>  no frame-relay inverse-arp
>>>>  frame-relay lmi-type cisco
>>>> end
>>>> 
>>>> Under the interface:
>>>> 
>>>> interface Serial0/0/0
>>>>  bandwidth 64
>>>>  ip address 150.100.24.4 255.255.255.0
>>>>  encapsulation frame-relay
>>>>  ip ospf network point-to-point
>>>>  frame-relay class QOS
>>>>  frame-relay traffic-shaping
>>>>  frame-relay map ip 150.100.24.2 402 broadcast
>>>>  no frame-relay inverse-arp
>>>>  frame-relay lmi-type cisco
>>>> end
>>>> 
>>>> 
>>>> The first seems to shape just the DLCI in question per policy and all
>>>> others get a default policy, the second shapes all the DLCI's the
>>>> same.
>>>> 
>>>> Thank you,
>>>> 
>>>> Marc
>>>> _______________________________________________
>>>> For more information regarding industry leading CCIE Lab training, please
>>>> visit www.ipexpert.com
>>>> 
>>>> Are you a CCNP or CCIE and looking for a job? Check out
>>>> www.PlatinumPlacement.com
>>>> 
>>> _______________________________________________
>>> For more information regarding industry leading CCIE Lab training, please 
>>> visit www.ipexpert.com
>>> 
>>> Are you a CCNP or CCIE and looking for a job? Check out 
>>> www.PlatinumPlacement.com
>>> 
>> 
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