WEBVTT 00:00.540 --> 00:07.560 All right, and now let's see how to write your fellows program and also debug your program directly 00:07.560 --> 00:09.030 with the simulation. 00:09.040 --> 00:15.120 So the online simulation, we think, OK, and make sure that you have watched the previous listens, 00:15.600 --> 00:18.240 because here I'm going to go a little bit more quickly. 00:18.460 --> 00:20.630 I'm not going to explain everything again. 00:21.060 --> 00:23.490 So I'm doing OK here on your dashboard. 00:23.700 --> 00:27.710 You can go on circuits and then you already have your test checkers here. 00:27.990 --> 00:29.580 You can create a new one. 00:32.720 --> 00:34.760 OK, and I'm going to name it. 00:36.340 --> 00:38.230 First program. 00:39.900 --> 00:48.240 So I'm going to add the undeniable of all such horrible but the horrible like here, and we don't need 00:48.240 --> 00:49.890 any other components right now. 00:50.730 --> 00:57.110 So that's good to see the code blocks, which is text, I assure, continue. 00:57.750 --> 01:03.040 And actually, when you start with an empty program on Tinka, well, the program is not empty. 01:03.390 --> 01:06.140 This is already the blink example. 01:06.360 --> 01:11.190 So this is what we have written for the first program. 01:11.220 --> 01:20.220 OK, so first we initialize the PIN 13 to output and then we were on the editing with digital right 01:20.220 --> 01:21.780 high on interring. 01:22.200 --> 01:30.720 We wait for one signal, we pull off the energy and we wait for another one signal and then the loop 01:30.720 --> 01:32.490 will continue to be executed. 01:33.100 --> 01:34.920 As you can see here, we have comments. 01:35.370 --> 01:39.150 So you don't necessarily need to put a comment on a new line. 01:39.570 --> 01:44.550 As soon as you put double slash, the rest of the line would be connected. 01:45.060 --> 01:49.050 So now all we need to do is to start the simulation. 01:49.050 --> 01:53.670 So let's click on Start Simulation and you can see here. 01:53.910 --> 01:55.680 So I'm going to zoom in a little bit. 01:56.280 --> 02:01.100 The energy here is blinking at one hand. 02:01.180 --> 02:06.390 So everyone singing that simulation and will. 02:07.990 --> 02:13.960 As you can see, it's not that hard to make it walk, and if you understood this program previously, 02:13.960 --> 02:16.620 then it should be quite easy at this point. 02:16.870 --> 02:22.270 And let's just shake what happens if, for example, we forget that semicolon here. 02:22.990 --> 02:32.380 Let's start simulation and you can see we have the expected semicolon before delay, so. 02:34.590 --> 02:41.700 We can add the semicolon and then it would work, so basically we have almost the same error code and 02:41.820 --> 02:43.560 for the original i.e.. 02:43.980 --> 02:44.350 All right. 02:44.350 --> 02:49.500 And now let's check how to use the same money to debug your program, because, yes, you can still 02:49.500 --> 02:52.450 debug your program even with the simulation. 02:52.920 --> 02:59.150 So here I'm going to just use that program that we have created here. 02:59.160 --> 03:02.830 So I'm going to copy paste this right here. 03:03.300 --> 03:06.270 So first we initialize the cell communication. 03:06.660 --> 03:14.910 We say a billion, we print Hello, Alvino, and then we print something in the loop every five hundred 03:14.910 --> 03:15.590 milliseconds. 03:16.320 --> 03:21.560 So this is a program we have just made and explained everything in a previous lesson. 03:22.020 --> 03:23.490 Let's start the simulation. 03:25.300 --> 03:32.590 OK, so not how to see what's happening, you can go on the same monitor here on the bottom and you 03:32.590 --> 03:38.350 can see we have Helena know and then in the loop. 03:39.760 --> 03:40.780 Well, actually. 03:42.580 --> 03:45.610 There is something that happened here with this text. 03:47.310 --> 03:50.550 So now it's working well, how do I know in the loop? 03:50.850 --> 03:59.700 So if you want to restart your program, well here you simply stop the simulation and start the simulation 03:59.700 --> 03:59.980 again. 04:00.870 --> 04:03.910 And here you can see we have the reset button. 04:04.200 --> 04:06.420 What happens if I click on the reset button? 04:07.710 --> 04:14.250 And as you can see, hello, I don't know, so when I click on this reset button while the program is 04:14.250 --> 04:21.480 running on the simulation, this will also restart the program so you can interact with what's happening 04:21.480 --> 04:24.750 in secret directly during the simulation. 04:26.510 --> 04:32.960 All right, so you have seen how to make a very simple program to bring in L.A. we dissimulation, how 04:32.960 --> 04:39.870 to use the cellular communication we decided we need to operate here and how to restart your own program. 04:39.890 --> 04:47.090 OK, on the simulation, you can stop and start simulation or you can also click on this reset button. 04:47.540 --> 04:47.860 All right. 04:47.870 --> 04:54.500 And for the following of discourse, I will not always show the results on Dinko Card, OK? 04:54.830 --> 05:03.140 Or maybe just at the end of a specific lesson, because as you could see, this is the same thing whether 05:03.140 --> 05:09.050 we use the Tinker Cat Interface, this is the same thing. 05:09.530 --> 05:17.480 So if you are using the simulation first, watch the listen using the ID and you can just write it instead 05:17.480 --> 05:18.560 of in the 80s. 05:18.710 --> 05:21.160 And now you know how to start the simulation. 05:21.170 --> 05:25.150 You know how to use the same monitor, how to restart your program, etc..