WEBVTT 1 00:00.000 --> 00:05.280 All right, so hopefully we had some time to log into this lab environment and 2 00:05.280 --> 00:05.840 definitely 3 00:05.840 --> 00:08.710 take advantage of the opportunity to just poke around and see what 4 00:08.710 --> 00:10.440 configurations exist, 5 00:10.440 --> 00:15.040 knowing that we're going to continue to explore the full set of options around 6 00:15.040 --> 00:15.720 our policy 7 00:15.720 --> 00:19.260 maps here coming up, especially as it regards to shaping, policing, and 8 00:19.260 --> 00:21.040 bandwidth reservation. 9 00:21.040 --> 00:24.620 But either way, we have access to a router and we're going to jump onto router 10 00:24.620 --> 00:25.080 one and 11 00:25.080 --> 00:27.080 perform this lab challenge. 12 00:27.080 --> 00:30.000 So we were told to configure class maps to start with. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 13 00:30.000 --> 00:33.920 So we're going to do a config T and we'll do class maps. 14 00:33.920 --> 00:38.160 And again, we were told to make class maps around different queues. 15 00:38.160 --> 00:40.200 Now we were not told what names to use. 16 00:40.200 --> 00:43.680 I'm going to stick with the convention that I've been using, which is DSCP 17 00:43.680 --> 00:44.360 underscore 18 00:44.360 --> 00:46.760 and then the tag all in caps. 19 00:46.760 --> 00:49.080 And so class map EF. 20 00:49.080 --> 00:51.720 And now I'm going to create a priority queue. 21 00:51.720 --> 00:56.160 But keep in mind that I can't actually specify that as part of the class map. 22 00:56.160 --> 01:01.400 Instead, my only job at this point is to match the SCP of the F. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 22 00:56.160 --> 01:01.400 Instead, my only job at this point is to match the SCP of the F. 23 01:01.400 --> 01:04.400 From here, I have to create three similar looking queues. 24 01:04.400 --> 01:08.120 It's going to be a DSCP AF for X. 25 01:08.120 --> 01:10.600 Again, that's just the naming convention that I'm using at this point. 26 01:10.600 --> 01:12.160 So match DSCP. 27 01:12.160 --> 01:16.240 And this is where again, I can match up to three different tags. 28 01:16.240 --> 01:21.400 But what is the problem with performing configuration this way? 29 01:21.400 --> 01:25.480 Well, it's going to use match all instead of match any. 30 01:25.480 --> 01:31.160 And so I actually need to specify this as a class map match any. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 30 01:25.480 --> 01:31.160 And so I actually need to specify this as a class map match any. 31 01:31.160 --> 01:34.600 That's going to be very important here as part of our configuration. 32 01:34.600 --> 01:38.040 So pay attention to that solution script to make sure that you entered that in. 33 01:38.040 --> 01:39.600 So let's go and do it correctly. 34 01:39.600 --> 01:43.840 From the get go for the rest of these, we'll just do match any DSCP AF. 35 01:43.840 --> 01:47.620 And now we were told to do looks like we're going to skip over threes and we're 36 01:47.620 --> 01:48.040 going 37 01:48.040 --> 01:50.560 to do a two X here. 38 01:50.560 --> 01:53.520 Just sort of making sure we're paying attention, I guess. 39 01:53.520 --> 02:00.920 Like I didn't make it, but either way, AF 21, AF 22 and AF 23. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 39 01:53.520 --> 02:00.920 Like I didn't make it, but either way, AF 21, AF 22 and AF 23. 40 02:00.920 --> 02:05.600 And then three X. 41 02:05.600 --> 02:08.720 And then we'll do, oh, what we said we weren't doing three X. 42 02:08.720 --> 02:10.400 Never mind, one X. 43 02:10.400 --> 02:11.720 There we go. 44 02:11.720 --> 02:18.400 And then match DSCP AF 11, AF 12, AF 13. 45 02:18.400 --> 02:23.160 And just to prevent confusion, we'll go ahead and say no class map for the one 46 02:23.160 --> 02:23.280 that 47 02:23.280 --> 02:24.280 actually created. 48 02:24.280 --> 02:31.680 So if I do a show class map command set, we should see that I've got AF 4X with WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 48 02:24.280 --> 02:31.680 So if I do a show class map command set, we should see that I've got AF 4X with 49 02:31.680 --> 02:32.600 the right 50 02:32.600 --> 02:37.280 tags, 1X with the right tags, 2X with the right tags, a class default and EF at 51 02:37.280 --> 02:37.680 this 52 02:37.680 --> 02:38.680 point. 53 02:38.680 --> 02:41.080 Remember the class default is there by default. 54 02:41.080 --> 02:42.560 So I didn't need to configure that. 55 02:42.560 --> 02:44.960 For me, we're going to configure our policy map. 56 02:44.960 --> 02:48.400 So policy map, I'll just still call it CBT. 57 02:48.400 --> 02:53.960 And now I specify the individual classes and we're told to map 100 kilobits per 58 02:53.960 --> 02:54.440 second 59 02:54.440 --> 02:55.440 here. 60 02:55.440 --> 02:59.100 So I'm just going to say priority 100 because that maps to 100 kilobits per 61 02:59.100 --> 02:59.600 second. 62 02:59.600 --> 03:01.600 And then we can enter the other classes from here. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 62 02:59.600 --> 03:01.600 And then we can enter the other classes from here. 63 03:01.600 --> 03:05.440 So DSCP AF 4X. 64 03:05.440 --> 03:08.120 And then we're told to do a bandwidth of 10 megabits per second. 65 03:08.120 --> 03:13.120 Now keep in mind, we have to specify this in kilobits per second. 66 03:13.120 --> 03:18.520 So here's the 10, but then I need 1000 in order to bump it from kilo to mega. 67 03:18.520 --> 03:21.740 And I'd need another 1000 if I were to go to giga, for example, but we'll just 68 03:21.740 --> 03:22.000 say 69 03:22.000 --> 03:24.080 bandwidth 10,000 for this. 70 03:24.080 --> 03:26.000 And then we should just be able to crank through these. 71 03:26.000 --> 03:32.320 We skip three and go to two, bandwidth 10,000, one bandwidth 10,000. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 71 03:26.000 --> 03:32.320 We skip three and go to two, bandwidth 10,000, one bandwidth 10,000. 72 03:32.320 --> 03:39.120 But don't forget, we do have to do class default. 73 03:39.120 --> 03:41.560 And then bandwidth 1000 as well. 74 03:41.560 --> 03:49.270 So now if we do a show do show policy map, we should see that my CBT policy map 75 03:49.270 --> 03:49.960 looks 76 03:49.960 --> 03:51.440 like we're in good shape here. 77 03:51.440 --> 03:54.960 I like that it reminds us that's kilobits per second. 78 03:54.960 --> 03:57.600 And yeah, everything looks like it's in good shape. 79 03:57.600 --> 03:58.600 All right. 80 03:58.600 --> 04:02.520 So from here, we're going to go ahead and apply this to an interface. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 80 03:58.600 --> 04:02.520 So from here, we're going to go ahead and apply this to an interface. 81 04:02.520 --> 04:07.080 We're told to specifically apply it to interface gig one zero and we apply it 82 04:07.080 --> 04:08.280 using the service 83 04:08.280 --> 04:09.640 policy command. 84 04:09.640 --> 04:12.920 We should apply this in the outbound direction using output. 85 04:12.920 --> 04:16.160 And then the name of the policy map, which is CBT. 86 04:16.160 --> 04:22.840 And lastly, we can do a show policy map interface on gig one zero. 87 04:22.840 --> 04:26.760 And that gives us a wonderful amount of data for us to pay attention to. 88 04:26.760 --> 04:30.970 And again, this is especially useful when we have real data actually flowing WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 88 04:26.760 --> 04:30.970 And again, this is especially useful when we have real data actually flowing 89 04:30.970 --> 04:31.480 through 90 04:31.480 --> 04:34.870 that interface and we can make sure that our packets are actually properly 91 04:34.870 --> 04:35.560 matching. 92 04:35.560 --> 04:43.080 So that is a foundational MQC very, very important, not only does apply to QOS, 93 04:43.080 --> 04:43.520 but 94 04:43.520 --> 04:46.640 again, Cisco has started using it in a lot of other areas. 95 04:46.640 --> 04:50.560 The basic basics at this point, we should understand before moving on 96 04:50.560 --> 04:51.600 foundationally 97 04:51.600 --> 04:55.780 what class maps are for what policy maps are for how we apply policy maps via 98 04:55.780 --> 04:56.400 service 99 04:56.400 --> 05:00.200 policies, as well as understanding that we're really focusing on matching with WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 99 04:56.400 --> 05:00.200 policies, as well as understanding that we're really focusing on matching with 100 05:00.200 --> 05:00.680 the class 101 05:00.680 --> 05:05.230 maps and policy maps are all about aggregating those cues together into one 102 05:05.230 --> 05:06.320 policy and then 103 05:06.320 --> 05:08.400 applying individual policies against them. 104 05:08.400 --> 05:11.320 I hope this has been informative for you and I'd like to thank you for viewing.