1 00:00:00,180 --> 00:00:05,160 So let us start understanding the LIBOR technique that we have, so will be understanding on the soccer 2 00:00:05,160 --> 00:00:08,790 debating technique, as well as in hardware development technique that we have. 3 00:00:08,810 --> 00:00:15,030 So for all of this video that will be doing in this section, you require to have an Hartmut that is 4 00:00:15,030 --> 00:00:15,630 mandatory. 5 00:00:15,990 --> 00:00:19,320 But if you do not have an hardware, just go through any procedure. 6 00:00:19,320 --> 00:00:25,560 And as and when you work on a project, you just need to replicate the entire thing and you are ready 7 00:00:25,560 --> 00:00:28,320 to go with debugging technique, right? 8 00:00:28,860 --> 00:00:35,490 So here first, the simplest one which we frequently utilize in the previous video, also is utilizing 9 00:00:35,490 --> 00:00:38,880 a kitchen window to analyze the value off of a right. 10 00:00:39,480 --> 00:00:45,480 So what we gonna do is we have created a fundamental block to say OK, utilizing ActionScript. 11 00:00:45,810 --> 00:00:49,140 Now remember to utilize CDO window. 12 00:00:49,170 --> 00:00:50,280 You need to enable. 13 00:00:50,280 --> 00:00:53,310 You think that is the only analogy you take that you need to do. 14 00:00:53,670 --> 00:00:59,840 OK, so once we create a block design, we do not add any peripherals such will just be proceeding for 15 00:00:59,850 --> 00:01:00,900 generation of objects. 16 00:01:01,410 --> 00:01:01,770 OK? 17 00:01:01,980 --> 00:01:05,790 And then we'll be exporting hardware file into an SD. 18 00:01:05,880 --> 00:01:10,290 OK, so let me just try to go ahead and create a simple variable. 19 00:01:10,500 --> 00:01:10,830 OK? 20 00:01:11,070 --> 00:01:16,380 And try to work on how this technique could be helpful in debugging the values of faith. 21 00:01:16,480 --> 00:01:16,740 Right? 22 00:01:17,250 --> 00:01:23,760 So here what we're going to do is we will be declaring to waive any platform is mandatory for our initialization 23 00:01:23,760 --> 00:01:24,420 of any what. 24 00:01:24,910 --> 00:01:31,960 OK, so we have an integer variably that it just declare it to some value. 25 00:01:32,130 --> 00:01:33,030 Well, OK. 26 00:01:33,030 --> 00:01:35,470 And we let seem to be fine, right? 27 00:01:36,150 --> 00:01:41,310 There is one more variable to see, OK, and we will be neutralizing it towards you, right? 28 00:01:41,340 --> 00:01:46,140 No see will be updated with a Class B, right? 29 00:01:46,860 --> 00:01:53,490 So this is an expression that we have added for already with C now we want to idealize the value of 30 00:01:53,490 --> 00:01:54,300 C right now. 31 00:01:54,540 --> 00:02:01,050 Remember, here we are working on an integer value so the apprentice could be utilized to replace the 32 00:02:01,050 --> 00:02:06,400 value of available on a console if you are working on a floating by no proceed with printer break. 33 00:02:06,810 --> 00:02:13,710 So value you all he will be printing in a similar format and. 34 00:02:14,910 --> 00:02:16,530 Be OK. 35 00:02:16,620 --> 00:02:18,840 And this reason. 36 00:02:20,080 --> 00:02:26,020 See, OK, which is also we'll be printing in a decimal format, right, so we want to bring the value 37 00:02:26,020 --> 00:02:28,670 of E B and see all the value, right. 38 00:02:28,690 --> 00:02:31,390 So this is the simple logic that we're going to write. 39 00:02:31,760 --> 00:02:33,990 So this is how you bring the values of labor. 40 00:02:34,060 --> 00:02:38,950 And along with that, you could also saying that this specific block is executing correctly or not. 41 00:02:39,200 --> 00:02:44,620 So when you finish an initialization, you will utilize this mechanism to understand that initialization 42 00:02:44,620 --> 00:02:45,990 is successful, right? 43 00:02:46,630 --> 00:02:52,330 So once you add your logic, the values of a variable that you want to dba. 44 00:02:52,390 --> 00:02:52,750 OK. 45 00:02:53,200 --> 00:02:56,320 So you just need to first program and you? 46 00:02:57,770 --> 00:03:05,710 So once you program and you connect and it's get OK and then you will be selecting your support, OK, 47 00:03:05,720 --> 00:03:10,010 and then run our application, so right click Run Launch on hide. 48 00:03:10,160 --> 00:03:13,110 This is the only thing that we need to do again. 49 00:03:13,130 --> 00:03:16,330 Then this will automatically add the values of you. 50 00:03:16,640 --> 00:03:18,950 Now you could see 25 60, right? 51 00:03:19,370 --> 00:03:25,280 So this is how you could utilize and it's Typekit terminal to debug the values of way. 52 00:03:25,460 --> 00:03:32,720 This is one thing that you could do, or we could just implement a logic, OK for, let's assume initialization 53 00:03:32,720 --> 00:03:33,620 of a benefit. 54 00:03:33,770 --> 00:03:38,760 And then you could utilize this method to check whether initialization is successful or. 55 00:03:38,990 --> 00:03:39,190 Right. 56 00:03:39,200 --> 00:03:41,510 So this we've been discussing from the beginning. 57 00:03:41,510 --> 00:03:48,560 So it will not be spending any time on understanding how we perform an initialization of that, right? 58 00:03:48,920 --> 00:03:55,160 So whenever you are in a situation where you want to analyze the value of a variable, add the specific 59 00:03:55,370 --> 00:04:02,310 point in the code, you could utilize the celebrity death or the reporting mechanism that we have with 60 00:04:02,330 --> 00:04:03,310 us right now. 61 00:04:03,320 --> 00:04:11,270 Remember, if you want to see the changes in the values of the label continuously, then utilizing. 62 00:04:12,240 --> 00:04:19,170 The serial window is not a good prison, so we prosecute the breakpoint, so as Henry Vinocur update, 63 00:04:19,350 --> 00:04:24,660 it will automatically be showing an update in the Med. So that is the next thing that will be considering, 64 00:04:24,810 --> 00:04:25,170 OK. 65 00:04:25,980 --> 00:04:27,020 Our second debugging.