1 00:00:00,060 --> 00:00:04,650 So now what we're going to do is we'll try to understand how we receive the data, right, so we'll 2 00:00:04,650 --> 00:00:06,750 be adding some randomly donor console. 3 00:00:07,110 --> 00:00:08,430 And that will try to resume. 4 00:00:08,480 --> 00:00:08,660 Right. 5 00:00:08,670 --> 00:00:13,460 So first, let's see, just declared one before that will be used to sue the leader. 6 00:00:14,020 --> 00:00:14,270 Right. 7 00:00:14,280 --> 00:00:21,600 So we had you week because you'll be receiving the retail of by the named are both for data received, 8 00:00:21,660 --> 00:00:24,630 OK, and it will have a size of 11, right? 9 00:00:24,630 --> 00:00:29,790 So this allows the store and 11 bytes of data into this right. 10 00:00:29,800 --> 00:00:35,580 So we plan to send only 11 byte from and you what that will be storing over here, right? 11 00:00:35,580 --> 00:00:43,320 So if you explore the API that gives that, we have to receive the data, so we have it quite like received, 12 00:00:43,330 --> 00:00:43,620 right? 13 00:00:43,620 --> 00:00:44,240 So this. 14 00:00:45,570 --> 00:00:50,980 Again, operating to more pool mode or an instrument, it required an instance pointer. 15 00:00:51,000 --> 00:00:56,130 OK, then you wait the turbo four pointer and the number of bytes that we. 16 00:00:57,400 --> 00:00:58,280 Plan to receive. 17 00:00:58,360 --> 00:00:58,630 Right. 18 00:00:58,930 --> 00:01:01,060 And this basically returns the number of bytes. 19 00:01:01,510 --> 00:01:01,740 Right. 20 00:01:01,780 --> 00:01:06,130 So we go ahead and we try to utilize this function, right? 21 00:01:06,130 --> 00:01:07,300 So we call this function. 22 00:01:07,900 --> 00:01:08,620 We're here. 23 00:01:10,240 --> 00:01:10,600 OK. 24 00:01:10,870 --> 00:01:17,590 And then for this document is the just structure, which is you what the second argument is the pointer 25 00:01:17,590 --> 00:01:18,640 to are Rita buffer. 26 00:01:18,970 --> 00:01:20,650 So again, we will be utilizing. 27 00:01:21,970 --> 00:01:28,570 The dress so far date, all right, so we just need to specify the element of ready and that dress of 28 00:01:28,570 --> 00:01:31,630 that will store as the pointed right. 29 00:01:31,900 --> 00:01:35,080 And we plan to receive 11 bites of lead right now. 30 00:01:35,080 --> 00:01:39,700 What we're going to do is no, since this returns, the number of light, that issue will just be very 31 00:01:39,700 --> 00:01:40,690 plain whether. 32 00:01:41,650 --> 00:01:46,140 The literacy, OK, so we are saying this value to lyricism count. 33 00:01:46,870 --> 00:01:51,040 OK, and with each new bite we receive will be implementing the value of concrete. 34 00:01:51,040 --> 00:01:56,860 So whatever previous value that we have for account will be implementing with the number of bytes this 35 00:01:57,010 --> 00:01:57,300 right. 36 00:01:57,550 --> 00:02:06,040 So while count is not equal to 11, right, in that case, we'll just be waiting to receive all the 37 00:02:06,040 --> 00:02:08,350 data and as soon as we. 38 00:02:09,750 --> 00:02:15,570 As soon as our count becomes equal to one, that basically means we will receive all the details, right 39 00:02:15,900 --> 00:02:16,560 and here. 40 00:02:16,590 --> 00:02:18,540 Now remember, we want to. 41 00:02:19,990 --> 00:02:25,720 Stool each new bite into the element of far right, so this should not be zero. 42 00:02:26,050 --> 00:02:30,730 It should be equal to come with each new bite we received. 43 00:02:31,030 --> 00:02:33,100 The account value will be incrementing. 44 00:02:33,190 --> 00:02:39,290 OK, and that will basically increment address of the element that we have in another race. 45 00:02:39,310 --> 00:02:42,070 So we have 11 elements which are operated in an array. 46 00:02:42,310 --> 00:02:46,930 So as we increase the value of account, the number of elements, the. 47 00:02:48,280 --> 00:02:53,830 So here's what we're going to do is we have a count variable, which will be implemented as we receive 48 00:02:53,830 --> 00:02:54,430 a new byte. 49 00:02:54,850 --> 00:03:01,060 And since we specified this to be an address of an element where we want this to the leader who gets 50 00:03:01,090 --> 00:03:06,870 with each new value of account, we have a unique element of energy where we will be storing the lead, 51 00:03:07,000 --> 00:03:07,320 right? 52 00:03:08,110 --> 00:03:15,040 So after the transmission is complete, what we gonna do is we'll just be mentioning, we're here. 53 00:03:15,280 --> 00:03:17,200 OK, the transmission. 54 00:03:18,720 --> 00:03:19,890 Complete, right? 55 00:03:20,370 --> 00:03:24,190 And then we will be waiting for entire data to. 56 00:03:24,750 --> 00:03:27,070 Then will again be resetting our people. 57 00:03:27,330 --> 00:03:27,650 Right? 58 00:03:28,140 --> 00:03:33,870 Then we will be sending this all data that we have in a need to receive buffer to the concentrate. 59 00:03:33,870 --> 00:03:36,750 So we do that is we again call the death. 60 00:03:37,900 --> 00:03:38,260 OK. 61 00:03:38,650 --> 00:03:45,790 And here we will be utilizing the format specified to be person zero C and the data that we are going 62 00:03:45,790 --> 00:03:48,910 to send is present inside the literacy rate. 63 00:03:49,330 --> 00:03:51,940 With each new iteration, we want the same reader. 64 00:03:51,970 --> 00:03:56,530 So let me just use four called OK equals to zero. 65 00:03:56,890 --> 00:04:02,650 Now what we are doing here is we are using account because as soon as we come out of this, do I look 66 00:04:02,650 --> 00:04:05,350 around will again be reusable, right? 67 00:04:05,380 --> 00:04:12,670 So will again be making count of equals to zero and count is less than equal to 11 in that case will 68 00:04:12,670 --> 00:04:13,780 just be incrementing. 69 00:04:13,780 --> 00:04:14,620 I'll come right. 70 00:04:15,800 --> 00:04:18,530 And in that case, with each new value of a. 71 00:04:19,770 --> 00:04:23,160 Well, will be sending the data on two weapons, so this. 72 00:04:24,260 --> 00:04:25,920 Makes it today to what we are doing. 73 00:04:26,570 --> 00:04:31,190 First, we declared the only way we could store 11 bytes of data. 74 00:04:31,430 --> 00:04:34,220 OK, we are calling and you are initialization function. 75 00:04:34,490 --> 00:04:37,970 Then we are waiting for all the 11 bytes to transmit. 76 00:04:38,070 --> 00:04:42,350 OK, so this function returns the number of byte that is actually sent, right? 77 00:04:42,350 --> 00:04:49,520 So with each new byte we sent will get our count value will be implemented and simultaneously the new 78 00:04:49,520 --> 00:04:51,970 element will be chosen from memory. 79 00:04:52,050 --> 00:04:53,720 We will be storing added right. 80 00:04:53,900 --> 00:04:56,900 So after our transmission completes, OK, we are just. 81 00:04:57,940 --> 00:04:58,840 Here it should be. 82 00:04:59,080 --> 00:05:06,160 Reception company, great to be able to receive all the 11 bytes of data, then to send this string 83 00:05:06,160 --> 00:05:06,610 again. 84 00:05:06,670 --> 00:05:09,730 We are waiting for an entire string to be sent. 85 00:05:09,760 --> 00:05:12,100 When you are, then we are gearing up. 86 00:05:13,180 --> 00:05:15,760 OK, and then we are calling the four look. 87 00:05:15,910 --> 00:05:22,050 OK, where we are waiting for an 11 version because we have an 11 bytes of data presenting our received 88 00:05:22,060 --> 00:05:22,450 buffer. 89 00:05:22,450 --> 00:05:27,180 And with each new iteration, OK, you could clearly see we are sending data to come great. 90 00:05:27,190 --> 00:05:33,790 So with each new value for loop, our count will be changing and that will be sending the new D down 91 00:05:33,790 --> 00:05:35,370 to the console. 92 00:05:35,710 --> 00:05:37,930 So with this, let it just build up our code. 93 00:05:38,960 --> 00:05:43,970 OK, by betting control, and once it is successful, we will have our yearly fight. 94 00:05:44,240 --> 00:05:45,350 OK, so we go ahead. 95 00:05:45,440 --> 00:05:50,470 Select an application project debug as launch one, right? 96 00:05:51,350 --> 00:05:54,740 So this will be automatically relaunching the debug session. 97 00:05:55,130 --> 00:05:57,990 OK, and then we have our right system, right? 98 00:05:58,010 --> 00:06:01,760 So what we're going to do is we'll just be clicking on this resume button. 99 00:06:01,940 --> 00:06:06,270 OK, so you want and it will be successful and you are self this just this. 100 00:06:06,890 --> 00:06:13,670 I goal will be simply waiting for a user to add it, either because we added it while look and we will 101 00:06:13,670 --> 00:06:17,180 be coming out of I look only when we receive a by great. 102 00:06:17,480 --> 00:06:19,760 So here we will be adding an 11 byte. 103 00:06:19,760 --> 00:06:21,530 So hello, I'm space. 104 00:06:23,390 --> 00:06:27,580 So this represent the 11 byte of data that will just be hitting on enter. 105 00:06:27,910 --> 00:06:28,280 OK? 106 00:06:28,330 --> 00:06:34,960 As you see, as we complete receiving 11 might, so we first get reception, got complete message. 107 00:06:36,340 --> 00:06:44,000 And then be able to sing again, and Hallelujah, which is the leader that we have in received, right? 108 00:06:44,050 --> 00:06:50,180 So this is how you then received EPA that we have it, then you would like to receive the regional what 109 00:06:50,180 --> 00:06:51,270 are we going to do next? 110 00:06:51,270 --> 00:06:54,340 You will be utilizing the multiple instance of a new work. 111 00:06:54,520 --> 00:06:59,980 So that helps us understand how we handle the multiple instances of and you are.