1 00:00:00,060 --> 00:00:03,330 So our bitstream agenda to successfully will go ahead. 2 00:00:03,360 --> 00:00:06,300 No, and will export down hard, right? 3 00:00:06,750 --> 00:00:08,630 And we'll also be including a bit soon. 4 00:00:08,740 --> 00:00:11,580 And we will be launching arrested. 5 00:00:12,510 --> 00:00:18,410 So the driver that we have for NASA is referred to as the next steamer seeker. 6 00:00:18,450 --> 00:00:24,480 So we'll just go ahead and we're just naming our application project as Steamer will again be considering 7 00:00:24,480 --> 00:00:29,550 in Halloway application template that we have with an right now. 8 00:00:29,550 --> 00:00:36,570 Once you have the daughter, Mrs. Value could see the driver that works with an exact time or steamer, 9 00:00:37,030 --> 00:00:37,300 right? 10 00:00:37,320 --> 00:00:42,950 So we'll go ahead and we'll be starting to work their own with the child, right? 11 00:00:44,010 --> 00:00:49,590 Will be meet predominantly considering the pool model here, so include. 12 00:00:50,620 --> 00:00:59,400 X parameters thought, OK, this is the first thing that we do, the next one is x DIMIA, S.T.A.R. 13 00:01:00,310 --> 00:01:02,710 daughter trait, the deceiver could. 14 00:01:04,810 --> 00:01:11,550 OK, so if you go inside the driver for our exit timer, OK, so there are two set of an operation that 15 00:01:11,570 --> 00:01:13,290 our exit timer do support, right? 16 00:01:13,300 --> 00:01:18,190 So we have a pull mode and interment is are the tool which we will be focusing, right? 17 00:01:18,610 --> 00:01:25,540 And now if you consider the EPA is that we have again, you'll be finding that we have the different 18 00:01:25,540 --> 00:01:26,310 options, right? 19 00:01:26,320 --> 00:01:30,730 So enable all the contract ones down count. 20 00:01:30,730 --> 00:01:31,990 The option is also there. 21 00:01:31,990 --> 00:01:35,650 We have an auto reload option available with this auto reload. 22 00:01:35,650 --> 00:01:41,090 We already discussed NSU timer, so similar thing will happen with any set time. 23 00:01:41,090 --> 00:01:41,940 We're also right. 24 00:01:42,520 --> 00:01:46,330 So these are all the macros that we have for setting up the different option. 25 00:01:46,590 --> 00:01:48,490 OK, then we can see the structure. 26 00:01:48,760 --> 00:01:57,880 So we do see the DMR seats to structure this day, but we just required the CTA and the config structure. 27 00:01:57,880 --> 00:01:59,800 OK, this do things we required. 28 00:02:00,130 --> 00:02:00,460 OK. 29 00:02:00,490 --> 00:02:03,190 So we'll just be copying them and adding them in. 30 00:02:03,190 --> 00:02:04,510 And I mean fight, right? 31 00:02:04,510 --> 00:02:10,970 So the config structure will just be naming this str. config and this should be the pointer, right? 32 00:02:11,560 --> 00:02:18,390 The next one is the instance structure, which is x DMART seguia, right? 33 00:02:18,760 --> 00:02:22,090 But it'll be going ahead and we'll be adding it over here, right? 34 00:02:22,110 --> 00:02:27,830 We'll just be naming this as Sigma White Dimer and it function, right? 35 00:02:28,480 --> 00:02:30,460 And here we'll be mentioning the logic, right? 36 00:02:30,760 --> 00:02:37,960 So if you just square, the first function that we have is to look up consecrate. 37 00:02:37,960 --> 00:02:39,640 So here we need to pass the device. 38 00:02:39,910 --> 00:02:43,510 So let's just copy this and connect this to to my. 39 00:02:44,660 --> 00:02:45,320 Conflict. 40 00:02:45,450 --> 00:02:50,740 OK, this should be quest to look up conflict and the device and will be finding from experimental advantage. 41 00:02:51,140 --> 00:02:54,920 We just need to look for telemetry, the research for equipment. 42 00:02:54,950 --> 00:03:02,060 You get all the definition for our team, so we'll just be copying a device, Heidi, and we'll be adding 43 00:03:02,060 --> 00:03:02,690 it to it here. 44 00:03:02,720 --> 00:03:09,830 We will also be requiring a status variable that will be holding whether initialization as well as self 45 00:03:09,830 --> 00:03:11,210 discharge, successful or not. 46 00:03:11,240 --> 00:03:11,440 Right. 47 00:03:11,960 --> 00:03:15,860 The next function that we have is Jaenisch Lazaretto. 48 00:03:15,890 --> 00:03:19,700 This, unfortunately, do not return anything, right. 49 00:03:19,710 --> 00:03:25,100 So in this case, whenever this doesn't return anything, we do have another function, which is see 50 00:03:25,100 --> 00:03:26,590 if she initialized, right? 51 00:03:26,600 --> 00:03:29,060 So this could also be used to hayfever. 52 00:03:29,060 --> 00:03:31,460 The initialization is successful or not. 53 00:03:31,460 --> 00:03:33,880 And in fact, this doesn't require the config structure. 54 00:03:34,070 --> 00:03:41,120 So you just need to specify the dimer instance and the device, but let it just go ahead and copy this 55 00:03:41,510 --> 00:03:44,240 because anyway, we'll also be performing a self-destruct. 56 00:03:44,240 --> 00:03:51,580 So if we wouldn't be able to check the status over here, it doesn't affect us because when we perform 57 00:03:51,590 --> 00:03:55,500 a test day, we'll be verifying whether high rate configuration is successful or not. 58 00:03:55,520 --> 00:03:55,750 Right? 59 00:03:56,330 --> 00:04:01,850 So this requires first timer, instant structure, then the config structure. 60 00:04:03,340 --> 00:04:03,730 OK. 61 00:04:03,970 --> 00:04:11,220 And the last one is an address right to timer config and then we have an address, right? 62 00:04:12,150 --> 00:04:20,160 Now will proceed for a cell to so if you consider the function to we do have a safe district, so which 63 00:04:20,160 --> 00:04:24,690 required the instance pointer and second, when the timer counted. 64 00:04:24,690 --> 00:04:29,650 No, OK, so this simply equals to the number of times that you have added into an IP minus one. 65 00:04:29,700 --> 00:04:29,940 Right? 66 00:04:30,210 --> 00:04:31,380 This we already discussed. 67 00:04:31,400 --> 00:04:36,570 So let me just copy and add students to be equals to. 68 00:04:37,980 --> 00:04:44,180 Here we just need to pass the time, for instance, which is str. and the number of times that we enable 69 00:04:44,190 --> 00:04:46,830 a single one minus one, let's see. 70 00:04:47,580 --> 00:04:51,180 OK, so this is how we calculate the again, right? 71 00:04:51,930 --> 00:04:55,500 So this is a really, really niche laser timer, right? 72 00:04:55,500 --> 00:05:05,670 So when the initialization is successful here, we'll just be verifying the status do equals to existing 73 00:05:06,270 --> 00:05:07,240 success rate. 74 00:05:07,260 --> 00:05:13,320 If that is the case, we will be utilizing that printer and then we will be mentioning. 75 00:05:14,280 --> 00:05:15,750 Daimler net. 76 00:05:17,580 --> 00:05:18,120 Sexist. 77 00:05:18,450 --> 00:05:18,840 Right? 78 00:05:19,900 --> 00:05:22,270 And we will be adding. 79 00:05:23,590 --> 00:05:25,050 Timer in. 80 00:05:26,190 --> 00:05:28,560 Feeling great, so this is the step. 81 00:05:28,890 --> 00:05:32,340 That is how we will be initializing our time, right? 82 00:05:32,700 --> 00:05:37,520 So let me just go ahead and call the init function OK. 83 00:05:37,530 --> 00:05:44,010 So often in this platform, which will be used to initialize our you are just be calling timer in right. 84 00:05:44,050 --> 00:05:53,340 So this will help us to initialize I say timer now will be programming and verifying whether timer initialization 85 00:05:53,340 --> 00:05:54,900 is successful or great. 86 00:05:55,790 --> 00:05:57,980 So let me just go ahead and try to program and. 87 00:06:00,320 --> 00:06:04,370 And then we'll be connecting our SDK to come for. 88 00:06:05,420 --> 00:06:09,420 And then finally will be running on at hard, right? 89 00:06:10,430 --> 00:06:12,740 You can see the and it is successful. 90 00:06:13,880 --> 00:06:18,800 This, in fact, we are checking whether self-test is successful that automatically mean ion utilization 91 00:06:18,800 --> 00:06:24,410 is also successful right now will be understanding the various EPA use that we have. 92 00:06:24,710 --> 00:06:28,700 OK, so we have a start stop function to start and stop. 93 00:06:28,700 --> 00:06:29,060 Okay? 94 00:06:29,690 --> 00:06:31,220 So we have a reset value. 95 00:06:31,640 --> 00:06:37,720 So as soon as we apply a reset, this will be the value that we lowered into our time, right? 96 00:06:38,160 --> 00:06:43,430 Then we also have a function which could be used to check whether timer is expired or not. 97 00:06:43,700 --> 00:06:46,010 OK, we could purposefully apply a reset. 98 00:06:46,910 --> 00:06:54,310 And then this is all related to beat up them, we also have an option to set up an option, right? 99 00:06:54,590 --> 00:06:58,370 So here we could specify different options. 100 00:06:59,360 --> 00:07:01,820 So let us proceed with an option. 101 00:07:03,030 --> 00:07:05,300 OK, so if you explore what is expected. 102 00:07:06,060 --> 00:07:13,000 So here we need to pass an instance structure that diversity had no number and then the option, right 103 00:07:13,050 --> 00:07:13,440 or. 104 00:07:14,400 --> 00:07:19,410 The various options that you have is over here, so we have a Cascade mode option and they will all 105 00:07:19,410 --> 00:07:27,810 option then down count option capture mode then or right, so will be predominantly working on down 106 00:07:28,020 --> 00:07:29,160 count option, right? 107 00:07:29,160 --> 00:07:29,520 So. 108 00:07:30,710 --> 00:07:32,510 The registrar see, nor here. 109 00:07:33,780 --> 00:07:36,240 OK, for an option, if you wouldn't consider. 110 00:07:37,240 --> 00:07:39,270 It it basically right, and you 32. 111 00:07:39,330 --> 00:07:44,980 OK, so what we could do here, here is first we'll be invoking the default option that we get. 112 00:07:45,410 --> 00:07:47,110 OK, then we'll be updating an option. 113 00:07:47,110 --> 00:07:53,890 This will always be a good strategy to work around when you are working with and data which is important 114 00:07:53,920 --> 00:07:56,350 or controlling an optician or for device rate. 115 00:07:56,620 --> 00:08:00,140 So we'll just declared and you thought you'd just be naming this as an option? 116 00:08:00,160 --> 00:08:05,280 OK, initialized to zero first, we'll try to receive the existing option that we get. 117 00:08:05,320 --> 00:08:08,540 OK, and then we'll just be updating an option. 118 00:08:08,560 --> 00:08:09,940 So get option function. 119 00:08:09,940 --> 00:08:14,930 Allow us to see all the existing options that we get by default with a timer, right? 120 00:08:14,950 --> 00:08:15,280 So. 121 00:08:16,900 --> 00:08:24,870 Option will basically be was to get the option, OK, and here we need to specify the intent, structure 122 00:08:24,880 --> 00:08:26,550 and the diversity at no. 123 00:08:27,100 --> 00:08:33,610 So instance structure for us is GMR, and then the CTA number is right. 124 00:08:33,940 --> 00:08:40,420 And once we receive an option, then we'll just be a bleeding option to be close to or with the option 125 00:08:40,420 --> 00:08:41,680 that we want to set, right? 126 00:08:42,010 --> 00:08:49,420 So we just need to set an option to be down great and we'll just be adding it to work here, right? 127 00:08:49,750 --> 00:08:56,020 And once we do this, we will be now utilizing a set option API to set the specific option rate. 128 00:08:56,920 --> 00:09:01,400 So this should be your strategy when you're working with something which controls an operation, so 129 00:09:01,400 --> 00:09:04,000 it will not be affecting an existing default setting. 130 00:09:05,140 --> 00:09:11,760 Will only be updating an option right here, also, we need to specify TMR, which is an instance actually 131 00:09:11,770 --> 00:09:14,260 that EMR CTA number, which is zero. 132 00:09:14,560 --> 00:09:20,950 And then the option right to this complete the first setting that is setting up an option, then we 133 00:09:20,950 --> 00:09:23,270 proceed with a residual rate. 134 00:09:23,290 --> 00:09:30,490 So here we have a secretary said, Well, I remember when we considered and say, So if you remember 135 00:09:30,850 --> 00:09:33,550 this basically Genndy 32 bit. 136 00:09:34,550 --> 00:09:41,540 Counter, right, so we could max 32 bit value, and it operates at 100 megahertz rate, this two things 137 00:09:41,540 --> 00:09:42,650 should be kept in mind. 138 00:09:43,490 --> 00:09:50,770 Now here we need to specify an instance such a reduced EMI dirty marzouki number and finally around 139 00:09:50,780 --> 00:09:54,890 so that you may want to have a delay of a five second rate. 140 00:09:55,130 --> 00:10:01,950 So we are operating at we are operating at 100 megahertz, so our time period will be under. 141 00:10:02,970 --> 00:10:04,740 One divide by 10 this week. 142 00:10:05,070 --> 00:10:10,260 Now we want to achieve a delay of five second rate, so first to get you a delay of once again, we 143 00:10:10,260 --> 00:10:11,940 just need to multiply with this goal. 144 00:10:13,280 --> 00:10:15,740 And then further, we need to multiply it by five. 145 00:10:15,980 --> 00:10:19,010 This will give us a detailed five second rate. 146 00:10:19,250 --> 00:10:20,850 There will just be declaring you three. 147 00:10:21,320 --> 00:10:24,380 And this will be representing our count. 148 00:10:24,390 --> 00:10:26,510 Well, this should be close to. 149 00:10:27,410 --> 00:10:34,580 Hundred that is under me, so one, two, three, one, two three and then fight, right, so this will 150 00:10:34,580 --> 00:10:39,110 give us a fight second and then this will be fighting over here, right? 151 00:10:39,110 --> 00:10:43,370 So this will reset counter says that we will get you off. 152 00:10:44,360 --> 00:10:53,000 Five second rate and we already set up the download rate once we do this now, we also set up a value. 153 00:10:53,990 --> 00:10:57,410 First thing that we do before starting our operation is to call. 154 00:10:58,530 --> 00:11:05,130 The stop function here, also we need to specify the thing that is str., that is an industrial structure 155 00:11:05,460 --> 00:11:07,890 as well as the timer content, right? 156 00:11:08,850 --> 00:11:11,910 Now we will be calling function. 157 00:11:13,400 --> 00:11:18,110 OK, then we will just be waiting for our timer to expire. 158 00:11:18,380 --> 00:11:21,500 Right, so we do see the function, right? 159 00:11:21,500 --> 00:11:26,100 So this if you export returns to if timer expires. 160 00:11:26,120 --> 00:11:26,420 Right. 161 00:11:26,660 --> 00:11:28,100 So we'll just be waiting. 162 00:11:28,160 --> 00:11:30,410 Daylight timer expired while. 163 00:11:31,690 --> 00:11:34,800 You also might be having a function to get the value right. 164 00:11:34,840 --> 00:11:40,420 This basically returns the value and this could be utilized because we've been utilizing this logic 165 00:11:40,420 --> 00:11:41,230 from the beginning. 166 00:11:41,270 --> 00:11:41,550 All right. 167 00:11:41,560 --> 00:11:44,860 So we'll just be calling this function while. 168 00:11:46,240 --> 00:11:51,400 And since we are working in that element, so as soon as it reaches to a zero, we will be automatically 169 00:11:51,400 --> 00:11:53,830 coming out of this white right. 170 00:11:53,920 --> 00:11:59,700 So here we need to pass the instance structure and the smart card number right here. 171 00:11:59,710 --> 00:12:04,210 What we want to do is in a small interval will also be printing certain values. 172 00:12:04,400 --> 00:12:07,640 So that will be values that our time will have. 173 00:12:07,660 --> 00:12:10,810 So that will help us to compare the more in which it is operating, right? 174 00:12:11,170 --> 00:12:12,940 So let it just declared on. 175 00:12:13,240 --> 00:12:15,220 But you 32. 176 00:12:15,850 --> 00:12:17,950 And this will be count. 177 00:12:19,070 --> 00:12:24,710 OK, so here, let it just have to count to be close to again this entire function. 178 00:12:26,280 --> 00:12:26,630 OK. 179 00:12:26,880 --> 00:12:33,270 And we'll be adding some small dealing right to the delay of probably two hundred millisecond. 180 00:12:34,780 --> 00:12:35,070 OK. 181 00:12:36,160 --> 00:12:38,440 And then we'll just be printing the value. 182 00:12:40,130 --> 00:12:44,120 OK, and as soon as we come out of the villa, we'll just be mentioning. 183 00:12:44,750 --> 00:12:48,260 So this will be representing a delay of five second. 184 00:12:49,590 --> 00:12:55,340 So this completes an entire logic, right, so we are stopping our time, then we are calling the start. 185 00:12:55,360 --> 00:13:00,020 We are waiting for time to reach zero zero and then we are performing this right. 186 00:13:00,030 --> 00:13:02,010 So this is only a single execution. 187 00:13:03,360 --> 00:13:07,440 You could actually utilize a wild look if we want to get you a different logic. 188 00:13:07,720 --> 00:13:12,000 So let me just go ahead and try to relaunch our DBA section. 189 00:13:13,510 --> 00:13:20,710 So when it basically reaches to zero eight, it's a minus, and that is what is happening over here 190 00:13:21,010 --> 00:13:24,460 and hence will not be coming out of the way, look, that is. 191 00:13:25,650 --> 00:13:30,710 The difficulty that we have with this DMART city, I guess in the previous case, we used to get. 192 00:13:31,050 --> 00:13:32,610 But here it is returning minus. 193 00:13:32,730 --> 00:13:38,830 So what we gonna do is we'll just be utilizing the expired function, right? 194 00:13:38,850 --> 00:13:39,180 So. 195 00:13:40,450 --> 00:13:45,490 This will return to a four hour timer expires, right, so we'll just be utilizing it over here. 196 00:13:46,660 --> 00:13:47,800 In the case of. 197 00:13:48,800 --> 00:13:49,430 Great value. 198 00:13:49,790 --> 00:13:50,180 OK. 199 00:13:50,210 --> 00:13:58,010 Again, this must be requiring the tamer instance, as well as the DMA's you get no and we'll just be 200 00:13:58,010 --> 00:13:59,390 utilizing a not right. 201 00:13:59,840 --> 00:14:04,200 So this will be returning a false and the note of that will be true. 202 00:14:04,220 --> 00:14:07,830 So this will be continuously evaluating until the timer, right? 203 00:14:07,850 --> 00:14:09,170 So let's just see what could. 204 00:14:09,710 --> 00:14:15,910 This modification, and then we will be proceeding to see if it works as expected. 205 00:14:15,950 --> 00:14:16,250 Right? 206 00:14:17,860 --> 00:14:19,900 We will be relaunching live simulation again. 207 00:14:20,350 --> 00:14:22,840 In fact, we will be clearing out and sort. 208 00:14:23,840 --> 00:14:28,010 OK, so now you see a value of counter printing and then yeah. 209 00:14:28,580 --> 00:14:34,850 So the last values minus one and the five second rate to be able to deal reached in here. 210 00:14:34,880 --> 00:14:41,630 Now if you just calculate, we are calling this two hundred millisecond rate or five such instances 211 00:14:41,630 --> 00:14:43,010 will be there in one second. 212 00:14:43,250 --> 00:14:43,620 OK. 213 00:14:43,640 --> 00:14:48,140 And since we are working around for five second, let's see how many instances that we get. 214 00:14:48,150 --> 00:14:51,610 So one two three four five one second. 215 00:14:51,900 --> 00:14:55,250 One two three four five two Second delay. 216 00:14:55,760 --> 00:14:56,090 OK. 217 00:14:56,090 --> 00:14:59,780 One, two three four and five three second delay. 218 00:15:00,670 --> 00:15:05,870 OK, then we have one two, three, four and five second delay. 219 00:15:05,930 --> 00:15:09,720 One, two, three, four and five second. 220 00:15:10,190 --> 00:15:12,290 And then we are coming out of 08. 221 00:15:12,350 --> 00:15:14,420 So this is how you could use any excitement. 222 00:15:14,780 --> 00:15:21,230 And then here we discuss how we could use an APIs to get our exciting remote working right.