WEBVTT 00:00.090 --> 00:07.290 So now we'll start understanding how we can use illegal inside to say, OK, yes, we will consider 00:07.290 --> 00:08.300 a simple example. 00:08.670 --> 00:14.040 That is we have implemented a foubert counter and we understand the fundamental things that you need 00:14.040 --> 00:21.930 to follow to attach an illegal inside your design and to successfully trigger or receive the signal 00:21.930 --> 00:23.640 from the gate. 00:23.920 --> 00:29.940 We will proceed with every project, will click next, will stick with the default project name as well 00:29.940 --> 00:36.960 as a directory, and then will select an ideal project, will choose the target language as we used 00:36.960 --> 00:38.940 in the simulators. 00:38.960 --> 00:42.690 Languages mixed will create a file and we'll just name this as. 00:48.320 --> 00:52.880 Right now will not be adding any constraint, what we'll do is we'll just click next. 00:53.810 --> 00:59.060 OK, we'll go to a vote at the board that will be choosing his unsuccessful diable. 00:59.930 --> 01:04.700 So here to really use an aisle, you need to have in half. 01:04.720 --> 01:10.010 OK, but even though if you do not have an hardware, you at least go through an entire procedure and 01:10.010 --> 01:16.340 later on in the future, when you find a requirement, you are always having a reference in your heart 01:16.340 --> 01:16.530 rate. 01:17.000 --> 01:25.550 So here the input that we require is a clock reset, OK, and an output that it just Numata stealed 01:26.030 --> 01:30.710 and will be using this to year output with the size of. 01:32.060 --> 01:32.510 Three. 01:33.850 --> 01:40.180 Don't do indicating that it is full, but what will automatically create a template for us and then 01:40.180 --> 01:42.910 we'll start writing articles for our counter. 01:44.760 --> 01:46.350 OK, so we assume that. 01:47.700 --> 01:56.640 Our reset is Synchronoss reset will proceed with the process, OK, and then we'll make it sensitive 01:56.640 --> 02:00.040 to a clock since we are targeting only on synchronously. 02:00.990 --> 02:12.330 So if reset is one, OK, in that case, we want to have to be close to zero, so we need to use a deal. 02:12.900 --> 02:18.170 So when will be writing a question for a count so they'll be all right. 02:18.540 --> 02:21.580 And we know that the put in our video. 02:21.610 --> 02:27.180 So for that reason, what we'll do is we'll work around with the signal and then at a later stage we'll 02:27.180 --> 02:31.780 be assigning that signal to the operational signal team. 02:31.830 --> 02:34.820 And it will have an exact the same day today. 02:34.920 --> 02:41.290 That is standard and the school logic and character and team size, which we want for our Diondre. 02:41.400 --> 02:41.730 So. 02:44.190 --> 02:52.200 Three down to zero, and in fact, we will be initializing it was so full of Zeitels, hence we have 02:52.200 --> 02:55.220 utilized that right now will proceed. 02:55.260 --> 03:04.320 So if reset is one first, we need to sense the clock when we are implementing a synchronous reset. 03:04.350 --> 03:08.160 So when we have a rising gauge of a clock. 03:09.110 --> 03:10.340 OK, then. 03:11.360 --> 03:14.400 Will be sensing the reset reset as well. 03:15.280 --> 03:21.210 OK, in that case, what will be doing this term should be close to zero. 03:22.090 --> 03:23.900 OK, else. 03:25.090 --> 03:31.380 And you'll be commenting on so time should be close to Templar's, right? 03:31.690 --> 03:35.070 So this completes the logic that we want to have inside account. 03:35.260 --> 03:39.790 We'll just end first and then we'll also end our second. 03:39.830 --> 03:41.740 Finally, we need to end our. 03:43.350 --> 03:43.550 Right. 03:44.770 --> 03:45.220 No. 03:46.490 --> 03:53.690 Here you'll be finding that we get an error because to utilize the automatic operator with the standard 03:53.690 --> 03:58.670 and the skill logic on this correctly today we need to include two libraries, right. 03:58.700 --> 04:03.440 So we need to include use iSuppli numeric. 04:04.390 --> 04:13.840 Senator Dodd, not OK, and second one is U.S. Tripoli dropped standard and this whole logic and this 04:13.850 --> 04:14.920 one say. 04:16.040 --> 04:17.040 OK, daughter. 04:17.090 --> 04:22.280 The school libraries are mandated, and once you add this to libraries, you'll be finding that there 04:22.280 --> 04:22.850 will be. 04:24.780 --> 04:30.780 Right now, we can practically see a green indicator over here indicating that everything is fine, 04:31.110 --> 04:31.350 right? 04:31.400 --> 04:37.770 So we have a current with the final step is have to be have and then process to connect the two. 04:38.250 --> 04:42.570 And remember that the temp is a signal to have a global stall. 04:42.990 --> 04:43.320 Right. 04:43.330 --> 04:47.820 So we can actually use it outside the process once. 04:48.540 --> 04:52.410 And for that reason, the safest way that we always follow is to panic. 04:53.560 --> 05:00.590 The output was signal once we complete our process, so so this is the standard method that we follow. 05:00.610 --> 05:05.010 So once we are in process, go ahead and connect the signal to the output. 05:05.260 --> 05:05.520 Right. 05:05.950 --> 05:07.780 So now this concludes our call. 05:08.130 --> 05:09.840 OK, so this is the first step. 05:10.150 --> 05:17.920 Then we'll see Waku and you'll be performing a Beeville simulation just to verify that the code is working 05:17.920 --> 05:18.180 fine. 05:18.190 --> 05:18.450 Right. 05:18.780 --> 05:21.310 We will proceed to perform a behavior simulation. 05:23.850 --> 05:28.980 So we just need to apply and trigger a reset and analyze. 05:29.430 --> 05:36.810 So once we will do a fight, whether it is working fine or not, OK, we can then just proceed to the 05:36.810 --> 05:37.520 next week. 05:37.590 --> 05:42.090 So we'll just add a clock, one to zero hundred nine a second. 05:42.470 --> 05:43.980 First, we'll just reset. 05:44.060 --> 05:47.360 OK, so false constant one and try to execute. 05:48.640 --> 05:58.720 And we finally still get out 2.0, then we will force reset to zero and we will flip on, Sunset said. 05:59.110 --> 06:04.600 OK, so we'll be noticing that we are going to counter is working fine now. 06:04.600 --> 06:06.970 We'll just lose our behavioral simulation. 06:08.240 --> 06:13.500 And then once you verify that it is the school is working functionally, correct? 06:13.560 --> 06:16.670 OK, what we'll do is we'll perform a synthesis. 06:18.050 --> 06:25.280 OK, so we'll wait till syntheses get complete and then we'll proceed to understand the procedure for 06:25.280 --> 06:26.060 tonight, OK? 06:26.090 --> 06:31.320 So it becomes mandatory that you perform a synthesis first and then you start adding. 06:31.320 --> 06:32.450 And I write. 06:33.530 --> 06:39.590 So I think this is complete now, what we can do is we can just open our eyes and this is to say, OK, 06:39.590 --> 06:41.880 so are required to specify the pool. 06:42.140 --> 06:45.550 So once your synthesis is ready, you specify the pool. 06:45.630 --> 06:53.180 OK, so the difference that you'll be finding between VIU and and Ķiģelis foreign value, we do not 06:53.180 --> 06:56.710 need to specify the pools which we want to trigger. 06:56.720 --> 07:03.380 And that is an advantage is some sometime or sometime it may be difficult and in fact for analyzing 07:03.380 --> 07:04.370 a pool in real time. 07:04.370 --> 07:11.290 Also, we do not need to specify the pool when we connect an output of a design to an input and we OK, 07:11.930 --> 07:18.190 that is sometime advantages, but sometimes it may not be possible to analyze an entire scenario in 07:18.200 --> 07:18.690 real time. 07:18.710 --> 07:23.840 So what we do is we store our sample and then we analyze sample by sample. 07:23.840 --> 07:27.560 So be able to debug the design in more. 07:28.540 --> 07:29.490 Effective manner. 07:30.070 --> 07:37.570 So for an idea, we need to specify the importance of so will assume that we are connecting the output 07:37.570 --> 07:41.360 to an entity we already have up on screen fighting with us. 07:41.360 --> 07:44.020 So we'll just go ahead and choose. 07:44.020 --> 07:47.920 And so for us, the pain is at seventeen fifty. 07:48.160 --> 07:54.980 OK, so we will first choose the level until we see more certainty. 07:55.330 --> 07:55.680 OK. 07:56.850 --> 07:57.390 And then. 07:58.530 --> 08:13.530 We will select the package, so we have it 70, we have G 15, then we have 13 at 17, G 15, G 13 and 08:13.530 --> 08:14.000 14. 08:14.280 --> 08:17.760 So G thirty nine, nine, 14 and G 13. 08:20.620 --> 08:21.520 And then. 08:23.000 --> 08:30.540 Forty here, it should be 50, so this is all about the way we want to conduct our deal. 08:30.920 --> 08:36.410 Similarly, we'll just go ahead and we'll see where we want to lock in. 08:37.040 --> 08:40.190 So far as the clock E three. 08:42.590 --> 08:46.270 So we'll just go ahead and we will connect to eat three. 09:04.470 --> 09:12.410 And will connect it to an off switch, so if we just analyze what a switch is, we have to just take 09:12.510 --> 09:13.270 that to. 09:13.980 --> 09:17.220 So we'll just try to 15 for you. 09:17.630 --> 09:19.350 OK, so we'll just see work on. 09:21.340 --> 09:21.810 OK. 09:22.780 --> 09:27.730 So see that you can see and in fact, we will she will be changing the. 09:29.580 --> 09:33.000 And we see more evidence, so we'll just have to wait and see. 09:33.780 --> 09:37.670 So we have performed a synthesis, we have specified the construct. 09:37.950 --> 09:39.090 In fact, we have changed. 09:39.090 --> 09:45.740 Our default will be able to see right now if you just go to a Netlist, OK? 09:45.810 --> 09:48.720 And what I'll do is I'll just open schematic also. 09:50.420 --> 09:52.370 So now we have our schematic here. 09:52.750 --> 09:56.210 OK, and you have a necklace here, so you just go to a net. 09:56.910 --> 10:01.460 OK, so when you see above and and above. 10:02.930 --> 10:09.590 OK, so this are the net where you can actually read, but so, for example, if you just selected out 10:09.590 --> 10:14.580 and try to fight equality, you will be finding you do not get any option as multiple. 10:14.690 --> 10:21.230 OK, but if you just go to the doctor above and dad, if you see just right click, you'll be finding 10:21.560 --> 10:22.890 an option to multiply. 10:23.450 --> 10:28.670 So will be analyzing our Delta similarly will be analyzing our research. 10:28.970 --> 10:35.150 OK, so as we chase the state of physics, we want to analyze whether counter is still working fine 10:35.150 --> 10:35.510 or not. 10:35.540 --> 10:38.040 OK, so we'll just try and mark deeper. 10:38.380 --> 10:38.540 Right. 10:38.870 --> 10:42.260 So you'll be finding wherever you have an above and above. 10:42.440 --> 10:45.530 So those are the nets where you can connect your. 10:47.020 --> 10:55.360 I guess once you choosing, although you will find out where you have connected what you have set the 10:55.390 --> 11:02.560 Ivanovo for Leba, then you click on the set up debug option that you see in the synthesis of who just 11:02.560 --> 11:03.350 click over there. 11:03.670 --> 11:10.060 You click next, and you'll be finding that all the nets for which you have chosen or debugging will 11:10.060 --> 11:11.260 be happier here. 11:11.780 --> 11:15.110 You can in fact verify if you just click here, OK? 11:15.730 --> 11:17.020 He will show us the clock. 11:17.380 --> 11:20.160 So here you'll be analyzing for us the clock minutes. 11:21.430 --> 11:24.310 It is the same clock that we have utilized inside our design. 11:24.850 --> 11:29.710 So once we are able to see all the discipled, we'll get, which we want to debug. 11:30.060 --> 11:31.150 Just click next. 11:31.330 --> 11:34.050 OK, and then you can choose the depth that you want. 11:34.060 --> 11:37.140 So we know that the depth range from one key to 131. 11:37.960 --> 11:44.350 So you can choose depending on the sample that you want to demonstrate and then we'll just click next. 11:44.620 --> 11:49.710 So this will automatically I danniella IP into our design, OK? 11:49.960 --> 11:54.800 And it will automatically connect it to the nets that we have selected. 11:54.850 --> 11:55.120 Right. 11:55.390 --> 12:01.450 So this is what will do is without worrying much, since we already have specified the consumer to just 12:01.450 --> 12:03.650 go ahead and do it right. 12:03.690 --> 12:07.090 So we'll just see what code and will generate a. 12:10.150 --> 12:11.530 Condition is completed. 12:11.560 --> 12:18.460 OK, so now see that you also reach to this and then we'll try to understand what is the next procedure 12:18.460 --> 12:19.350 that we need to for.