WEBVTT 00:00.750 --> 00:04.170 Now here you have four different sorts of which are available, right? 00:04.500 --> 00:09.570 So design suits where you'll be finding all the suits finds are located. 00:10.710 --> 00:17.010 So what Considine means is so when you write a small work, you have certain books available in your 00:17.020 --> 00:17.340 design. 00:18.030 --> 00:22.180 Finally, you want to connect them to the actual height of it, right? 00:22.710 --> 00:31.280 So the mapping of your route to the highway is handled by the constraints, right? 00:31.650 --> 00:33.540 So we haven't specified this yet. 00:34.020 --> 00:35.560 Then the simulations. 00:35.760 --> 00:40.590 So to verify your design, you would be applying a random stimulus to your design. 00:40.830 --> 00:41.160 OK? 00:41.460 --> 00:48.120 And that random stimulus generation is handled by a separate flight, which we refer to as this pinch 00:48.120 --> 00:48.390 point. 00:48.420 --> 00:49.620 OK, it's all that is finished. 00:49.660 --> 00:51.950 Flight will be available in the simulation. 00:52.620 --> 00:59.370 And when we perform a different process, such as simulation synthesis implementations, all the information 00:59.380 --> 01:01.650 will be finding in this specific sources. 01:01.650 --> 01:02.610 That is utilities. 01:03.630 --> 01:07.800 So we'll just be going to a design source, double click on the source file. 01:08.070 --> 01:10.810 And now you could see with the input and output. 01:10.810 --> 01:11.850 Both specify. 01:12.980 --> 01:14.710 You get the complete right to. 01:14.840 --> 01:17.950 You do not need to do much in this template for a simple and. 01:19.120 --> 01:19.480 OK. 01:19.780 --> 01:20.770 They'll be going through. 01:21.740 --> 01:26.660 Decoding each and every construct or a statement that I read or hear right now. 01:27.480 --> 01:27.830 OK. 01:28.780 --> 01:34.090 We will simply be defining how angry we look, right? 01:34.490 --> 01:41.890 So why is an open book where you want to connect, why to be angry and to present a logical operator 01:41.920 --> 01:47.510 and the logical operator in that we still are as follows? 01:47.590 --> 01:52.130 So for I need you just need to mention EMV or not gate. 01:52.150 --> 01:55.150 You just need to mention who are for x y. 01:55.150 --> 01:59.210 You have X, Y or X and Y you have an X know and not right. 01:59.230 --> 02:06.310 So this is how you represent the logical operators in and which makes the difference that you find between 02:06.310 --> 02:07.180 see em used. 02:07.180 --> 02:11.470 It is for a C to assign a value to or an exception to a label. 02:11.470 --> 02:14.080 You just use an equal operating rate. 02:14.380 --> 02:16.800 But then we changed it. 02:16.870 --> 02:19.750 We have something referred to as an assignment operator, OK? 02:20.050 --> 02:25.320 So the second difference, so logical operator, if you remember C, they are like this. 02:25.350 --> 02:28.360 So for an ending, we have this rate. 02:29.390 --> 02:35.280 For an audience, we have this default, not only do we have this and so on and so forth. 02:35.960 --> 02:39.430 So in and we do they are represented like this. 02:40.160 --> 02:46.370 And if you consider and we do assign a value order and expression to output. 02:46.490 --> 02:50.130 So in Maryland, we have this as an assignment, right? 02:50.540 --> 02:53.240 That as in a seat, you simply use and equals two. 02:53.540 --> 02:55.480 Does that the two references that you will it. 02:55.700 --> 02:57.770 So us output is right. 02:58.380 --> 02:58.550 Right. 02:58.640 --> 02:59.650 Then we need to use. 02:59.660 --> 03:02.930 And that's saying Peter and the empathy. 03:03.290 --> 03:06.350 And because we want to implement an idea, right? 03:06.710 --> 03:10.280 So this completes a code and you also would be fine. 03:10.700 --> 03:11.420 You could be. 03:12.200 --> 03:17.050 You also able to know how you represent the comment in any version, right? 03:17.060 --> 03:22.750 So you add Dash to the military, the start adding a comma great. 03:22.760 --> 03:29.190 So to add a comment, you just need to add to this and then you're ready to go to add. 03:30.440 --> 03:36.470 So right now, we do not have anything else on Multi-lane Line Commander here in Virginia, so we just 03:36.470 --> 03:37.940 need to use. 03:39.010 --> 03:42.240 Do dashes in each line, OK, go ahead coming right? 03:43.270 --> 03:47.410 So let it just go ahead and try to see about another interesting. 03:48.670 --> 03:55.210 Feature that you get within a BYU is here, you could see the status of your right, so if you are cool. 03:55.570 --> 03:58.060 Follow all this index correctly. 03:58.450 --> 04:04.390 As mentioned in a language template, you'll be finding green option over this indicate that we have 04:04.390 --> 04:07.300 zero errors zero, one and zero. 04:08.230 --> 04:13.810 So if you just try to commit a mistake, something like this, this is not identified in relation to 04:13.820 --> 04:20.830 late as we used it in the C that you could clearly see that here you get a three year. 04:21.260 --> 04:27.820 So this is an innovative way of understanding easily that you are following a language template, right? 04:27.850 --> 04:29.230 So we're just trying to correct it. 04:29.710 --> 04:32.010 So here we have a three three status rate. 04:32.020 --> 04:38.620 So green indicate that we do not have any errors or a warning that really indicate that we do have a 04:38.620 --> 04:42.250 presence of some offense in dexterity knockout. 04:42.800 --> 04:52.170 Now, this doesn't detect logical error rate, but syntax that could be easily recognized by the appropriate 04:52.210 --> 04:52.780 indication. 04:53.140 --> 04:59.350 And the third indication that we have is an element so a low indicate that you have some warnings present 04:59.350 --> 04:59.710 in it. 05:00.670 --> 05:01.510 Design, right? 05:02.140 --> 05:03.820 So this completes step one. 05:03.820 --> 05:11.140 We'll just see by pressing controls will be going back to BYU, OK, and we will see why this? 05:11.680 --> 05:19.030 So once you see we these eight and a few able to see a green mark, OK, they basically indicate that 05:19.030 --> 05:22.710 now you are ready to perform the next step, right? 05:23.410 --> 05:29.230 Something interesting you'll be finding over here is the three tips that you get just next to the name 05:29.230 --> 05:29.950 of your source. 05:30.580 --> 05:36.610 So whatever name you give to us will say that is the same name you get to an empty. 05:37.080 --> 05:40.300 Remember this that is the same name you give to an entity. 05:40.600 --> 05:40.960 OK. 05:41.200 --> 05:44.170 And that is the same name you have here. 05:44.470 --> 05:44.830 OK. 05:44.950 --> 05:52.540 When you explore the design and just next to it, you'll be finding the three chips that indicate that 05:52.780 --> 05:57.360 the source file where you have this feature is the top Mordialloc. 05:57.520 --> 05:59.290 So in that flow, navigate. 05:59.390 --> 06:01.870 So these are all these tips that will be performing. 06:02.930 --> 06:08.050 This will be performed on the module where you have this three chips. 06:08.110 --> 06:08.350 OK. 06:08.590 --> 06:14.440 So what we're going to do is we'll just be trying to add a new source and then we'll try to understand 06:14.440 --> 06:15.790 the usage of this right? 06:16.180 --> 06:20.020 So let me just go ahead and try to add a source over here. 06:20.050 --> 06:22.270 OK, so to do that, you have multiple options. 06:22.270 --> 06:26.800 You can either click on this plus button or select the design source, right click. 06:27.010 --> 06:29.550 And there also you get an option to add a source, right? 06:29.570 --> 06:32.380 So we'll just be going ahead and clicking on this option. 06:32.980 --> 06:38.650 Now you get three options, so you whether you want to add a simulation source against in order designs 06:38.650 --> 06:40.870 or so we do want to add a design source. 06:41.350 --> 06:41.950 Click next. 06:42.220 --> 06:48.700 Again, you get the same window that we are getting when we are creating a project so that if you do 06:48.700 --> 06:56.830 not want day, if you do not have the source make you, it's a once you ready to project the project 06:56.830 --> 07:02.320 window, you could just click on the desired source and you will get the same window over here. 07:02.380 --> 07:02.610 Right. 07:02.620 --> 07:03.970 So let's just create the file. 07:04.240 --> 07:06.420 This will be naming as DIMM. 07:07.300 --> 07:11.740 OK, and then we will be clicking OK and hit finish. 07:12.730 --> 07:13.660 OK, here. 07:13.660 --> 07:19.030 Also read Just declared to be OK and then output a see. 07:19.330 --> 07:21.520 OK, we'll just be selecting this as an option. 07:21.860 --> 07:23.580 Now, once you do this? 07:23.620 --> 07:31.570 OK, so now you find to do that then, but only single source have this three to been assigned to it. 07:31.870 --> 07:38.410 This basically means when you perform the rest of the steps, this includes simulation analysis and 07:38.410 --> 07:41.080 this is an implementation program and debug. 07:41.350 --> 07:45.350 So all the steps will be performed on this source. 07:45.700 --> 07:47.010 That is good. 07:47.500 --> 07:49.540 OK, it will not be performed on it. 07:49.870 --> 07:54.790 So if you want to perform all of this step on this source code, you would just right click OK. 07:54.800 --> 07:59.610 Plus you select the source code writing and that you just need to set your desktop. 07:59.620 --> 08:08.110 So once you set your desktop now, you could see that Tim will have this notion OK, saying that basically 08:08.440 --> 08:15.790 all of this step will now be performed on a demo instead of an hour or so to delete the suicide. 08:16.000 --> 08:21.370 For us, it's very simple you could just click the lead on your keyboard or right click and then you 08:21.370 --> 08:23.410 have remote file from Project, right? 08:23.680 --> 08:28.780 You could also choose to build the project from your directory, and this is the normal thing that we 08:28.780 --> 08:29.030 do. 08:29.110 --> 08:35.880 OK, we'll just click OK, so as soon as you delete the fight, we will automatically update and hierarchy 08:35.900 --> 08:37.540 and then the rest of the module. 08:38.330 --> 08:45.160 Now here we have a single module, so you will be getting a notification whether we should automatically 08:45.160 --> 08:47.200 pick up a top model or you can just. 08:47.690 --> 08:51.650 Select this option and specify which models one basic test. 08:51.860 --> 08:53.770 Now here we have a single model. 08:54.140 --> 08:59.510 We just allow you to pick up the top model for us because we have a single model, so this will automatically 08:59.510 --> 09:02.670 be serving as the top model for us, right? 09:03.200 --> 09:07.880 So this completes the first year where we able to successfully create the source code. 09:08.240 --> 09:11.370 Now, as we approach this slide, there will be understanding. 09:11.390 --> 09:11.990 Step two.