WEBVTT 00:00.120 --> 00:07.350 So now we'll understand how we create a configuration IP and IP, which consists of some configuration 00:07.350 --> 00:12.870 parameter so that allow users to use an IP for a complex system. 00:12.910 --> 00:17.230 OK, so the example, again, that will be considering will be a foubert target. 00:17.250 --> 00:21.030 But in this case, user have a provision to increase the size. 00:21.060 --> 00:28.860 OK, so user requirement can configure are to have an higher size or lower size ASPO require. 00:29.460 --> 00:37.200 So in that case, we, what we've been doing from the beginning is we had an entity and then we are 00:37.200 --> 00:37.630 adding up. 00:37.800 --> 00:41.780 So whenever you required an IP to have a configuration parameter. 00:41.820 --> 00:43.850 OK, so you start that the generic. 00:44.570 --> 00:50.060 OK, so generic is there will be defining certain parameters which will be used to define the size of. 00:51.120 --> 00:58.500 So once you start with the generic then let's assume be declared one of a variable rate of integer type. 00:58.530 --> 01:00.870 An integer is the most common type that we fall. 01:01.110 --> 01:04.350 OK, and then we'll just initialize it to a full OK. 01:04.440 --> 01:06.570 So here also will follow the same rules. 01:06.600 --> 01:13.100 So if you have multiple parameters to specify, then you use semicolon to distinguish between them. 01:13.140 --> 01:18.530 And once you reach to your last configuration parameter, you simply ignore adding a semicolon. 01:18.830 --> 01:23.560 So we will assume that we only required a single configuration parameter, which is which. 01:23.890 --> 01:27.170 And this will be our last parameter. 01:27.210 --> 01:30.010 So we haven't added any semicolon. 01:30.330 --> 01:31.100 This makes sense. 01:31.410 --> 01:39.000 Now we'll proceed with the food, OK, A and B again on our two inputs and that will have a direction 01:39.030 --> 01:39.180 off. 01:39.230 --> 01:46.110 And then again, type will be standard unless you launch this it and no one will be specifying the size. 01:46.140 --> 01:50.930 OK, so four for Foubert exact size will be from three down to zero. 01:51.210 --> 01:54.890 But we have declared the vict which is having a value of food. 01:55.110 --> 01:59.400 So we just specify the size to be minus one down to zero. 01:59.700 --> 02:04.390 OK, so here with minus one basically indicate three down to zero. 02:05.160 --> 02:05.940 This makes sense. 02:06.300 --> 02:12.360 And then we have a Y which will have a direction result standard and the school logic on this whole 02:12.390 --> 02:12.960 vector. 02:13.680 --> 02:20.230 OK, and then again it size would be fit minus one down to see. 02:20.580 --> 02:20.900 Right. 02:21.120 --> 02:22.980 And so this is our last. 02:24.750 --> 02:28.230 But I'm not adding any semicolon, right, so. 02:29.760 --> 02:37.860 Here, it should be down to zero and here also it should be down to see right now, we'll be finding 02:37.860 --> 02:38.660 that it will be gone. 02:38.670 --> 02:42.060 So we whenever we want to have a customization parameter. 02:42.070 --> 02:47.990 So all the parameters that we want to have configured properly, you mentioned them inside the generic 02:48.300 --> 02:54.460 and then you define the behavior of your system utilizing that specific parameter. 02:54.490 --> 02:58.230 OK, so here we have chosen to have a very size. 02:58.260 --> 03:02.550 So we have declared all the pools utilizing the parameter. 03:02.610 --> 03:07.120 OK, now we can just go ahead and we can just declare the implementation. 03:07.140 --> 03:10.660 So it should be XOR with the date. 03:10.890 --> 03:17.250 So once we complete our implementation, we'll just go ahead and we'll click to to create and package 03:17.840 --> 03:23.490 the next little package are hyping the current project directory and we'll just finish. 03:26.060 --> 03:30.980 OK, now, if we just go to a customization parameter that we have of the. 03:32.610 --> 03:35.220 And the default value that is being chosen is for. 03:37.740 --> 03:46.860 OK, and now if you just go to a pool, turn into offices, we have E and B where the dependency is, 03:46.860 --> 03:50.280 that is there must be sizes depending on the victory. 03:50.460 --> 03:52.380 So here you will be finding an expression. 03:52.620 --> 03:56.470 And if you go to Adua, I'll be showing you something interesting. 03:56.490 --> 04:03.600 So here now, we have read one of the configuration parameters in the speech of our window. 04:04.030 --> 04:06.090 So here right now is defining the vectors. 04:06.390 --> 04:16.440 And for that reason, you can observe just two men are a bit so you have the ebb and visus ranging from 04:16.440 --> 04:19.160 three down to see if I just change this to attend. 04:19.560 --> 04:22.860 So automatically IP will be considered for a different size. 04:22.860 --> 04:23.090 Right. 04:23.150 --> 04:28.870 So here we have chosen to be 10 and a B and by automatically becomes nine down to C. 04:29.100 --> 04:29.330 Right. 04:29.760 --> 04:33.090 So that is how we use configuration parameter. 04:33.120 --> 04:36.650 Now here we have just demonstratively the single configuration parameter. 04:36.660 --> 04:39.120 In fact you can use or. 04:40.030 --> 04:45.870 The method that we are learning to add multiple configuration that is also possible will just go ahead 04:45.880 --> 04:48.460 with a given package and we'll just package. 04:48.880 --> 04:54.340 So once a package is complete, the name is Exciter, right. 04:54.440 --> 04:57.250 So we'll just go ahead and we'll create a block to say. 04:58.810 --> 05:04.870 Remember that the coup that we have written is for Foubert will lead to some differences and will verify 05:04.890 --> 05:07.540 whether we are getting the result, what we are expecting. 05:07.720 --> 05:09.300 OK, well, just go ahead. 05:09.360 --> 05:15.300 The irony, since we are using the same directory, so by default, our IP will be visible. 05:15.310 --> 05:15.590 Right. 05:16.060 --> 05:21.670 We just started our IP will double click on an IP and then we get a configuration parameter. 05:21.700 --> 05:27.650 OK, so we'll just add here to be legislative six, OK, and then we'll hit. 05:27.700 --> 05:32.380 OK, so once we are at six you'll be finding that it automatically turn out to be five down to see. 05:32.590 --> 05:33.880 OK, just right. 05:33.880 --> 05:38.020 Click on and then people will make external ok. 05:39.360 --> 05:43.630 So we'll be finding with a single goal also you can make all the port extended. 05:43.890 --> 05:45.060 So how do you do that? 05:45.060 --> 05:46.350 Is you selective block? 05:46.610 --> 05:48.950 OK, who I just show you again? 05:51.320 --> 05:56.300 So you just select the block, right, click on the poop, OK, and make extensible. 05:57.260 --> 05:57.930 Let me just. 05:58.340 --> 06:01.580 OK, so you select the block, right, click on the boot. 06:08.060 --> 06:14.180 You just select all the options and then right click and then you choose, make it look. 06:14.210 --> 06:18.170 So how you select it all depends by pressing a control button on your right. 06:18.500 --> 06:26.460 So this is a by which with a single goal, you can create external for multiple goals that we have on 06:26.460 --> 06:26.770 tonight. 06:27.200 --> 06:31.880 And then we lose a block property to change the name plate. 06:32.330 --> 06:40.450 We just choose a name to be born instead of zero zero and Y on this one to our design is ready. 06:40.460 --> 06:47.030 We just reach out and then we'll validate, say, once that validation is successful, will proceed 06:47.030 --> 06:48.830 and design and is still wrapper for. 06:50.460 --> 06:51.150 Doctors say. 06:53.930 --> 06:56.030 So I will check. 06:58.130 --> 07:03.830 So our apple is ready and it is by default set as a top model will similarly go to a simulation. 07:03.840 --> 07:07.470 So there also we have our design as a top model. 07:07.910 --> 07:12.050 So without worrying much, we'll just proceed to perform a behavioral simulation. 07:14.750 --> 07:21.040 OK, and then we'll try to fool some six people and we'll see whether we still get the characters to 07:21.050 --> 07:25.260 we previously have designed our next target for a Folbigg. 07:25.280 --> 07:27.410 Let us see what the configuration parameter works. 07:27.410 --> 07:28.440 Fine for Sofus. 07:28.460 --> 07:34.230 Constant binary religious values, one zero one zero one zero, OK. 07:34.730 --> 07:38.060 And four, we will choose the value to be. 07:39.150 --> 07:41.100 Zero one zero one zero. 07:41.370 --> 07:45.040 OK, this should be fine and we should get all wet. 07:45.070 --> 07:47.130 So let me just try to execute the code. 07:47.690 --> 07:53.610 OK, and if you just try to change the lyrics to a binary, you will be finding that you get all wet. 07:53.850 --> 07:56.430 OK, so our target is working fine. 07:56.580 --> 07:57.990 Now you understand how you. 07:59.250 --> 08:03.210 Use genetic to add a configuration parameter to a design. 08:03.510 --> 08:09.530 Now, what we will try to do is we will consider one complex design and then we'll try to use an IP 08:09.540 --> 08:11.160 integrator and build that system. 08:11.400 --> 08:16.950 OK, so you have an overall idea about whatever you need to know about an IP.