1 00:00:00,150 --> 00:00:06,360 The first thing that we could do is just wave over the device initialization is success, so we haven't 2 00:00:06,360 --> 00:00:10,500 changed the rate or the bar rate for any walk rate. 3 00:00:10,500 --> 00:00:15,060 So by default, whatever it is set in and we'll take you to the same rate, it will be working. 4 00:00:15,060 --> 00:00:17,210 That is one one five two zero zero, right? 5 00:00:17,720 --> 00:00:21,470 It will just go away and worse, try to program an effigy. 6 00:00:21,560 --> 00:00:21,870 Right. 7 00:00:21,900 --> 00:00:23,650 This is the first step that we follow. 8 00:00:23,670 --> 00:00:25,980 Once we complete development of an application. 9 00:00:26,870 --> 00:00:30,740 Now, what are we going to do is we will just be connecting and down. 10 00:00:30,980 --> 00:00:34,950 So I have my objection for and will be setting up the default. 11 00:00:35,450 --> 00:00:35,800 Great. 12 00:00:36,050 --> 00:00:39,840 That is one one five two zero then will proceed to execution. 13 00:00:40,300 --> 00:00:41,740 Now we are already calling. 14 00:00:41,750 --> 00:00:42,530 You are doing it. 15 00:00:42,860 --> 00:00:49,010 So this will initialize our Typekit and we are expecting to see what initialization Texas will message, 16 00:00:49,010 --> 00:00:49,280 right? 17 00:00:49,720 --> 00:00:53,690 They can see we are receiving you, what initialization successful. 18 00:00:53,990 --> 00:00:56,390 So this basically suggests that our. 19 00:00:57,290 --> 00:01:03,380 Initialization process is completed successfully right now, you could utilize the functions which we 20 00:01:03,380 --> 00:01:09,780 used in the past, such as in print to send the data to work on look, and that will also work fine. 21 00:01:09,800 --> 00:01:12,910 So we just go ahead and try to add a printer. 22 00:01:13,680 --> 00:01:14,390 OK, here. 23 00:01:14,630 --> 00:01:16,580 Let me just add hello. 24 00:01:17,740 --> 00:01:24,430 What right now, if you just see cool and try to again relaunch a simulation? 25 00:01:25,210 --> 00:01:27,730 This function will work similar. 26 00:01:28,690 --> 00:01:33,040 To our previous case, because we successfully able to initialize are you are right now, you could 27 00:01:33,040 --> 00:01:35,200 see be able to see hello. 28 00:01:35,620 --> 00:01:35,950 Right? 29 00:01:36,970 --> 00:01:45,880 Now, what we could do is we could just try to utilize the EPA that we have in a negative light just 30 00:01:45,880 --> 00:01:49,690 to explore the different things that we could do with you. 31 00:01:49,690 --> 00:01:50,590 Like this, right? 32 00:01:50,950 --> 00:01:52,900 So let it just go ahead and try to. 33 00:01:54,170 --> 00:01:56,820 Just go through with a different set. 34 00:01:56,840 --> 00:01:57,420 Yeah, right. 35 00:01:57,530 --> 00:02:03,560 We have something called a self-portrait that could be used to set a user specific body data again, 36 00:02:03,560 --> 00:02:08,490 going back to a blog design and changing the body will be a difficult process, right? 37 00:02:08,490 --> 00:02:12,440 So if you just remember when we reconfigure AP? 38 00:02:13,910 --> 00:02:20,890 Again, when we go to a PSP configuration, you have a gentle tap, so there you could see we have a 39 00:02:21,160 --> 00:02:25,430 great option for our, you know, here we could go and teach. 40 00:02:25,450 --> 00:02:28,990 This is of my local method that we have. 41 00:02:29,140 --> 00:02:35,440 But once we reconfigured it, we need to again perform all the process, and that will be an updated 42 00:02:35,740 --> 00:02:39,560 hardware specification that we will be working in in this right. 43 00:02:39,640 --> 00:02:41,920 That is the one of the process that we have with this. 44 00:02:43,270 --> 00:02:49,430 The next one could be, you know, we could utilize the EPA that we have so software and others to dynamically 45 00:02:49,440 --> 00:02:52,660 variable rate, and that is what we will be demonstrating. 46 00:02:52,660 --> 00:02:54,370 Plus, so let me just copy this code. 47 00:02:54,650 --> 00:02:55,510 Okay, go ahead. 48 00:02:56,170 --> 00:03:03,630 Now, just before and look OK, will just be utilizing board, right? 49 00:03:03,640 --> 00:03:05,350 So these are two arguments. 50 00:03:05,380 --> 00:03:10,720 First one is an instant structure and second one is a moderate OK, which is the value of water that 51 00:03:10,720 --> 00:03:11,830 we want to set, right? 52 00:03:13,080 --> 00:03:16,470 So for us and you, what instance the structure is you? 53 00:03:16,990 --> 00:03:17,280 Right? 54 00:03:17,610 --> 00:03:20,700 And the bar that we want to see is 1962. 55 00:03:20,970 --> 00:03:22,740 This is the boundary that we want to set. 56 00:03:23,130 --> 00:03:26,980 OK, let me just see you are code and try to again relaunch a symbol you should know. 57 00:03:27,250 --> 00:03:32,610 It's terminal once you go to work at one one five two zero zero. 58 00:03:33,030 --> 00:03:33,980 So you do. 59 00:03:33,980 --> 00:03:36,950 We want to see it, which could not be taking place, right? 60 00:03:37,320 --> 00:03:42,990 Because it is operating at a different date and you are is configured to operate differently. 61 00:03:43,050 --> 00:03:43,300 Right. 62 00:03:43,320 --> 00:03:45,930 So we'll just be clearing up. 63 00:03:45,930 --> 00:03:52,440 The console will be disconnecting our is to get the go ahead to connect and instigate a minute and we'll 64 00:03:52,440 --> 00:03:56,460 just be changing the body to whatever body that you have specified. 65 00:03:56,670 --> 00:04:00,810 So once you do this modification and try to execute the code. 66 00:04:02,180 --> 00:04:05,540 So now you could see how the world is sprinting, correct, right? 67 00:04:05,540 --> 00:04:11,330 So this is allowing us to this step allowing us to dynamically variable. 68 00:04:11,810 --> 00:04:18,540 So this is that one day that we get when we work around with the EPA for the specific bathing. 69 00:04:18,830 --> 00:04:22,220 Now what are we going to do it instead of utilizing a digital print? 70 00:04:22,400 --> 00:04:29,330 Let it just explore the APIs that are available for sending and receiving data, because these are the 71 00:04:29,330 --> 00:04:32,860 two most frequent things that you will be doing with and you are. 72 00:04:33,080 --> 00:04:41,330 So instead of utilizing the abstract functions of the printer, we could always work around with this 73 00:04:41,420 --> 00:04:43,010 function that an average degree. 74 00:04:43,340 --> 00:04:51,290 So we have see what you're saying, which could be used to saying the data specified in a buffer to 75 00:04:51,560 --> 00:04:52,930 the console right now. 76 00:04:52,950 --> 00:04:59,090 Did the operator getting that to move so it there'd be a pool mode or an interruptible move since we 77 00:04:59,090 --> 00:05:05,870 have not disclosed anything related to an interest, not be understanding it right now, OK, instead 78 00:05:05,870 --> 00:05:07,070 of going to be utilizing a pool. 79 00:05:07,280 --> 00:05:11,630 So what we'll be doing in the pool more less will be specifying a buffer. 80 00:05:11,820 --> 00:05:18,200 OK, then we'll start transmission and then we've got to continuously check whether sending is complete 81 00:05:18,200 --> 00:05:18,890 or not, right? 82 00:05:19,220 --> 00:05:24,650 So whenever we need to wait for certain process to complete, that is what we refer to as a pool, right? 83 00:05:25,250 --> 00:05:27,800 And in an interview driven process. 84 00:05:28,160 --> 00:05:36,860 So as soon as our process of sending is completed, we will automatically getting a notification from 85 00:05:36,860 --> 00:05:39,290 an interrupt that our transmission is accomplished. 86 00:05:39,510 --> 00:05:45,440 So this will be the references that we have will be predominantly focusing on the pool mode right now 87 00:05:45,500 --> 00:05:48,530 because we haven't covered anything related to Intel, right? 88 00:05:48,800 --> 00:05:52,340 So let it just first, Jack and how we could send the letter right. 89 00:05:52,640 --> 00:05:58,920 And if you just click and F3 to explore what district and state, this again require three arguments. 90 00:05:58,920 --> 00:06:00,490 So we have an instant structure. 91 00:06:00,500 --> 00:06:03,140 You have both pointer, right? 92 00:06:03,140 --> 00:06:06,650 So this could be simply the name of our. 93 00:06:07,670 --> 00:06:10,280 How real the data that we're going to see, right? 94 00:06:10,310 --> 00:06:13,580 That could also serve as the pointer for our entire data. 95 00:06:14,060 --> 00:06:15,320 And then the number of white. 96 00:06:16,280 --> 00:06:18,560 So these are the three arguments that we have for us. 97 00:06:19,250 --> 00:06:22,780 And then this basically returns you 32 right to. 98 00:06:23,710 --> 00:06:28,810 And this reduced the number of bite actually set, right, so we will be specifying a bit. 99 00:06:29,020 --> 00:06:36,640 So this basically means that the bite that we specify, the number of bite that we specify for transmission 100 00:06:36,640 --> 00:06:43,000 may not be sending a single great or we need to do so in a pool mode. 101 00:06:43,000 --> 00:06:44,470 We need to continuously. 102 00:06:45,480 --> 00:06:52,230 Sending up the data, OK, so the maximum capability that we get is we could send max as much data as 103 00:06:52,770 --> 00:06:54,240 people can before. 104 00:06:54,660 --> 00:06:56,730 This is the maximum capability that you get. 105 00:06:57,060 --> 00:07:03,720 Whatever the size that we have 40 people, that is the maximum data we could say, OK and then any data 106 00:07:03,720 --> 00:07:08,070 aggregated and that people say is we need to repetitively sandy, right? 107 00:07:08,730 --> 00:07:14,700 And then in a pool mode, we need to wait until the data transmission is completed that we already know 108 00:07:14,700 --> 00:07:16,350 when it went into more danger. 109 00:07:16,350 --> 00:07:21,030 Spangler will continue sending the data until they die before has been too great. 110 00:07:21,040 --> 00:07:23,640 So this is something different as compared to cold moderate. 111 00:07:23,650 --> 00:07:29,160 So here we need to take care of where there are already descend or not into know interviewed. 112 00:07:29,470 --> 00:07:34,260 The handler will continue sending that it will take care of our entire data. 113 00:07:34,350 --> 00:07:34,620 Right. 114 00:07:35,040 --> 00:07:36,060 So remember this fact? 115 00:07:37,110 --> 00:07:44,990 So first argument is the you are instance structure, the second one is the pointer to a buffer of data 116 00:07:45,030 --> 00:07:47,400 and third one is the number of high tech we want to. 117 00:07:47,910 --> 00:07:51,810 And that's basically written the number of bytes which are sent right. 118 00:07:52,150 --> 00:07:55,080 So let me just go to our mean application. 119 00:07:55,290 --> 00:07:55,590 OK. 120 00:07:56,130 --> 00:07:59,040 And here we will be declaring a zoom. 121 00:07:59,040 --> 00:08:06,480 One or three of you know, you could clearly see that we saying bye bye bye. 122 00:08:06,510 --> 00:08:06,790 Right? 123 00:08:07,170 --> 00:08:09,030 And that could be all like this. 124 00:08:09,030 --> 00:08:12,510 So here we are expecting a pointer of us Typekit. 125 00:08:12,900 --> 00:08:17,610 So this basically means we are sending the data, by the way, to declare clearly Wait. 126 00:08:18,120 --> 00:08:18,450 OK. 127 00:08:18,720 --> 00:08:21,900 Exactly the same time that our function is expecting from us. 128 00:08:22,290 --> 00:08:24,450 And we'll just be naming this as data. 129 00:08:24,450 --> 00:08:29,280 So we will not be specifying the size because we want to specify a static detail here. 130 00:08:29,670 --> 00:08:29,970 OK. 131 00:08:30,150 --> 00:08:32,820 So let me just call hello looking. 132 00:08:34,370 --> 00:08:34,730 OK. 133 00:08:36,230 --> 00:08:39,950 And then we'll be utilizing the plaintiff, no, right? 134 00:08:40,160 --> 00:08:41,990 So this is. 135 00:08:43,550 --> 00:08:50,630 An array of you where we say to the reader that we want to say right now will be counting the number 136 00:08:50,630 --> 00:08:53,290 of bytes that we require. 137 00:08:53,540 --> 00:09:01,190 So for each character we required a single by two one two three four fight space consist of one byte 138 00:09:01,220 --> 00:09:04,960 right two six, seven, eight, nine, 10 and 11 data. 139 00:09:04,970 --> 00:09:08,580 We have 210 11 byte that we are planning to send. 140 00:09:08,810 --> 00:09:14,840 So we already set up a body now will just be calling the send function that we have. 141 00:09:15,650 --> 00:09:20,270 The first thing that we specify is an instance, which is you are right. 142 00:09:20,540 --> 00:09:24,190 The second thing is the pointer to the top of it. 143 00:09:24,200 --> 00:09:29,570 So we could just be accessing it by specifying the name of body that is data. 144 00:09:29,840 --> 00:09:33,620 And then the number of byte that we are targeting, that is still right. 145 00:09:34,130 --> 00:09:39,170 So once you do this now, since we are working in a pool mode, we will not be getting automatically 146 00:09:39,560 --> 00:09:43,370 any indication, whether data is saying or not. 147 00:09:43,610 --> 00:09:45,950 So this function do returns. 148 00:09:46,520 --> 00:09:48,170 The number of bytes which are sent to. 149 00:09:48,170 --> 00:09:53,980 We could just be comparing whether all the database that is 11 bytes are saying or not. 150 00:09:53,990 --> 00:09:56,840 So as soon as our count reaches to 11. 151 00:09:56,980 --> 00:10:03,950 OK, we will be coming out of low as we could just be waiting there or other option that we have is 152 00:10:03,960 --> 00:10:07,190 so what we could right over here is a. 153 00:10:08,560 --> 00:10:14,410 Ready to declare the winning OK, and that will basically be storing bite. 154 00:10:15,420 --> 00:10:16,470 S. Right. 155 00:10:17,280 --> 00:10:21,780 And this will be a Virgin Bush right to buy. 156 00:10:22,590 --> 00:10:23,820 So you might think. 157 00:10:24,990 --> 00:10:30,450 Is not equal to the living will just be sending the need to. 158 00:10:31,410 --> 00:10:31,770 OK. 159 00:10:32,340 --> 00:10:37,470 That basically means as soon as and equals to leaven it as soon as we say all the. 160 00:10:38,660 --> 00:10:42,340 Today, we will just be coming out of this, right? 161 00:10:43,440 --> 00:10:46,200 No white sand will be initializing towards you. 162 00:10:46,320 --> 00:10:53,100 OK, so let me just try to go it and see whether this is working at Lake, so we'll just be clearing 163 00:10:53,100 --> 00:10:56,280 up the council and now will again be relaunched. 164 00:10:56,290 --> 00:10:57,180 You got an application. 165 00:10:58,410 --> 00:11:03,690 So if you are analyzing and sticking with this logic, also equally able to sing then has the right 166 00:11:03,690 --> 00:11:10,850 to what is happening here is we are waiting in the body count reaches to 11, right? 167 00:11:11,160 --> 00:11:14,640 This is one of the methods that we have is that the method could be. 168 00:11:14,940 --> 00:11:20,880 Now this is again a pull method because we are waiting till bytes and reaches to a level, right? 169 00:11:21,510 --> 00:11:27,930 So we are not getting any direct notification from the pace at which you could get it inch. 170 00:11:28,170 --> 00:11:32,970 Right now, we will utilize the same logic, but here instead of. 171 00:11:34,280 --> 00:11:41,210 Utilizing this when we could just go ahead and try to look for an EPA, which could be helpful in this 172 00:11:41,390 --> 00:11:49,540 specific scenario, so we might be having an EPA that could be used to wait until you are completely 173 00:11:49,610 --> 00:11:51,110 sending it directly here. 174 00:11:51,110 --> 00:11:54,530 You really see we have you are obviously sending. 175 00:11:54,530 --> 00:11:56,480 So if you explored this function. 176 00:11:57,140 --> 00:12:01,810 No, this function reminded to specify you are just sending a data, right? 177 00:12:01,820 --> 00:12:03,410 So if you what is? 178 00:12:04,440 --> 00:12:08,250 Sending the data it will read and true as it will do it in the state. 179 00:12:08,280 --> 00:12:14,100 Now this function could be utilized to wait till we send the mentioned by straight white. 180 00:12:15,040 --> 00:12:22,810 We'll just be specifying dysfunction in this, just while the incidence rate, the instant structure 181 00:12:22,810 --> 00:12:31,090 is, you know, what will happen is if we act like this, we send the leader OK and this will be true, 182 00:12:31,780 --> 00:12:34,300 OK, until we are sending a data. 183 00:12:34,300 --> 00:12:42,130 So until we send an 11 bytes of data that you specified over here, this will be continuously returning 184 00:12:42,130 --> 00:12:48,280 us to and when, while it's true, it will be waiting with you, right? 185 00:12:48,280 --> 00:12:55,410 So as soon as we complete sending all the data, what will happen is this will return for what's right. 186 00:12:55,420 --> 00:12:58,840 So as soon as the region falls away, zero. 187 00:12:58,930 --> 00:13:05,250 This basically means also we'll be coming down right with here and then we'll just returning this year. 188 00:13:05,560 --> 00:13:07,630 This is an entire crew that we're going to work. 189 00:13:08,200 --> 00:13:13,510 So let me just clear our previous output and try to perform a simulation again. 190 00:13:13,510 --> 00:13:15,400 So this is the second we that we have. 191 00:13:15,400 --> 00:13:23,170 Again, we are meeting, but here we are utilizing the EPA that we have with, you know, again, you 192 00:13:23,170 --> 00:13:25,210 could see we are getting the same it, right? 193 00:13:25,540 --> 00:13:28,450 So here we understood how we could variable rate on the go. 194 00:13:28,720 --> 00:13:34,810 And the second thing is how we could send the data and the what we call a target next to use this data 195 00:13:34,810 --> 00:13:41,950 that we are sending, we try to rescue back the data and then we'll just be comparing weather data that 196 00:13:41,950 --> 00:13:47,950 we have is matching to the data that we are receiving, right, so that we we will be understanding 197 00:13:47,950 --> 00:13:50,050 how we could receive the data from where you are.