1 00:00:00,060 --> 00:00:01,990 You are presumed judicially successful. 2 00:00:02,040 --> 00:00:04,580 Now we proceed to first exporting hardware. 3 00:00:05,070 --> 00:00:11,510 So go to a file export part of it, and this will be including a bitstream right next. 4 00:00:11,520 --> 00:00:17,820 And then so once our file export is successful, we'll proceed to launch a site. 5 00:00:17,980 --> 00:00:18,270 Right. 6 00:00:18,270 --> 00:00:24,450 So we go ahead to tools and that weekly called launch, like you say now here will be choosing to see 7 00:00:24,450 --> 00:00:28,650 more space, which we have for our revised approach, right? 8 00:00:28,680 --> 00:00:33,330 So we know that every project is located in a directory project and the 52. 9 00:00:33,630 --> 00:00:39,780 So we'll just be clicking on this browse button, OK, and we will be choosing Project on this 52 to 10 00:00:39,780 --> 00:00:41,940 be done working directly for our right. 11 00:00:43,410 --> 00:00:44,780 So let's us proceed. 12 00:00:44,940 --> 00:00:50,380 Create a black law project to select the Black Vote project that it just named this SDMI. 13 00:00:51,030 --> 00:00:51,910 Click Next. 14 00:00:52,410 --> 00:00:53,520 Click on Browse Button. 15 00:00:54,820 --> 00:01:01,090 And then you need to look at an excessive rate, which is located in that project and it's 52 directory 16 00:01:01,420 --> 00:01:03,100 and click finish, right? 17 00:01:04,930 --> 00:01:10,520 So once our platform project is ready, we'll just be first building up on that phone project. 18 00:01:10,580 --> 00:01:15,190 OK, so this will remove the out of date status that we have on our platform project. 19 00:01:15,250 --> 00:01:15,500 Right? 20 00:01:15,760 --> 00:01:22,480 So once out of date, status is going to select the platform project, click new and now choose an application 21 00:01:22,480 --> 00:01:23,100 project, right? 22 00:01:23,500 --> 00:01:29,500 So we'll just be choosing the same platform project and then provide the name to an application project. 23 00:01:29,830 --> 00:01:37,210 OK, so let me just name this SDMI underscore instable, and then we will be choosing and oluwarotimi. 24 00:01:37,300 --> 00:01:37,600 Right? 25 00:01:37,690 --> 00:01:41,920 So select at Halloway and click Finish, right? 26 00:01:42,860 --> 00:01:48,080 So now we have our application project, which is ready, as well as the platform project right now, 27 00:01:48,080 --> 00:01:55,170 we go to the board support package and look for the driver, which is recommended for our site or accurate, 28 00:01:55,190 --> 00:01:58,910 so you could really notice the driver, which is recommended this year. 29 00:01:59,750 --> 00:02:00,020 Right. 30 00:02:00,320 --> 00:02:02,450 So we go to Aloul or see. 31 00:02:02,840 --> 00:02:05,390 So let us start adding a driver, right? 32 00:02:05,390 --> 00:02:06,200 So to you. 33 00:02:07,500 --> 00:02:10,250 XDR Mar CTI reportage. 34 00:02:10,300 --> 00:02:12,980 Right, so this is the driver for any say time. 35 00:02:13,000 --> 00:02:16,070 We also required an X parameter dot h. 36 00:02:16,360 --> 00:02:16,620 Right. 37 00:02:16,620 --> 00:02:18,640 So X barometers started. 38 00:02:19,140 --> 00:02:23,120 Right now we explore the TMR CPI drive, right? 39 00:02:23,130 --> 00:02:29,430 So if you go ahead, you'll be finding that Xilinx timer or counter support the following feature, 40 00:02:29,430 --> 00:02:29,640 right? 41 00:02:29,650 --> 00:02:36,120 So we need to work on a pull more interpretative and more AP operation or a cascade operation right 42 00:02:36,390 --> 00:02:42,930 where we cascade both 32 bit timers, which are available with an essay timer API and then can read 43 00:02:42,930 --> 00:02:48,670 the 64 bit timer right here in this specific video will be predominantly focusing on a full moon. 44 00:02:48,690 --> 00:02:53,730 Once we discuss fundamental offending took with there, we will be understanding how we use and inch 45 00:02:53,730 --> 00:03:00,200 up from the excitement there, and we'll also be covering how we use a in operation. 46 00:03:00,300 --> 00:03:00,430 Right. 47 00:03:00,450 --> 00:03:09,660 So let us proceed, OK, and then try to understand an EPA that are present in our tribe, right? 48 00:03:09,660 --> 00:03:13,140 So again, we have a config structure and the. 49 00:03:14,440 --> 00:03:17,020 Instance, the Cherokee was just present in our driver. 50 00:03:17,440 --> 00:03:20,110 Then we have a sea of initialize function, which is present. 51 00:03:20,140 --> 00:03:22,930 We also have an initialize function available. 52 00:03:23,230 --> 00:03:23,590 OK. 53 00:03:23,710 --> 00:03:27,610 And then we have a lookup config all semantic, right? 54 00:03:27,820 --> 00:03:30,010 So we could follow any of the method that you want. 55 00:03:30,010 --> 00:03:34,360 So let us proceed with and initialize because this just required an instance structure. 56 00:03:34,690 --> 00:03:38,230 So we just need to declare an instance actor in Halloway, right? 57 00:03:38,230 --> 00:03:43,750 So we had a DMA CTA that it just needed this SDMI right? 58 00:03:44,020 --> 00:03:51,070 And then we will be adding one function, which is GMR init and that will be performing an initialization 59 00:03:51,070 --> 00:03:52,300 of what he said. 60 00:03:52,520 --> 00:03:53,110 Right, right. 61 00:03:53,110 --> 00:03:56,180 So we plan to utilize DMA initialize, right? 62 00:03:56,210 --> 00:04:00,040 This just required an instance structure structuring the device, right. 63 00:04:00,040 --> 00:04:04,390 So we call this function and then this again and the status of initialization, right? 64 00:04:04,400 --> 00:04:10,180 So the value which is written by pmrc de initializes of interstate great. 65 00:04:10,180 --> 00:04:14,290 So we'll just be declaring it for the student variable. 66 00:04:15,220 --> 00:04:22,640 OK, DMA initialize the first argument is an instance structure, which we declared over here as DMA. 67 00:04:22,700 --> 00:04:31,160 So since this is expecting a pointer, so we just add an ampersand and DMA right the next it requires 68 00:04:31,160 --> 00:04:32,020 the device. 69 00:04:32,310 --> 00:04:34,690 So if we go to our next parameter file. 70 00:04:35,730 --> 00:04:36,850 And look for the. 71 00:04:37,650 --> 00:04:43,800 OK, so here you have a timer device, so we just copy this and we add it over here, right? 72 00:04:44,370 --> 00:04:48,300 So this is the only thing that we need to do when we work around with an initial laser. 73 00:04:48,450 --> 00:04:55,680 So long after we complete the process of an initialization, we'll just be verifying whether the status 74 00:04:55,680 --> 00:04:58,110 of initialization is successful. 75 00:04:59,070 --> 00:05:05,970 All right, 660 success rate, then in that case, the printer. 76 00:05:07,210 --> 00:05:08,560 This will be with Stu. 77 00:05:09,370 --> 00:05:12,340 So we'll just be mentioning that GMA and it. 78 00:05:13,240 --> 00:05:14,230 Successful. 79 00:05:15,300 --> 00:05:15,700 OK. 80 00:05:15,720 --> 00:05:17,310 Else we could just add. 81 00:05:18,800 --> 00:05:20,060 DMAA in it. 82 00:05:21,360 --> 00:05:27,180 Feel right, this makes it so this completes the process of an initialization now when we go to our 83 00:05:27,180 --> 00:05:27,750 main goal. 84 00:05:27,780 --> 00:05:35,070 The first thing that we're going to do is to call this time we're really in our mean right now we start 85 00:05:35,850 --> 00:05:39,000 exploring the other APIs which are available, right, so. 86 00:05:40,170 --> 00:05:46,170 We could also perform a test just within a day or so to do that, we do have information. 87 00:05:46,410 --> 00:05:53,400 So this required the instant structure and the team at City had no right to let it just click through 88 00:05:53,400 --> 00:05:54,480 to explore. 89 00:05:55,810 --> 00:05:57,910 What are no great? 90 00:05:58,870 --> 00:06:04,770 So first document is an instant structure, DMR City number is the timer counter of the device to read 91 00:06:04,780 --> 00:06:05,440 or write to. 92 00:06:05,440 --> 00:06:08,380 Each device may contain a multiple timer or counters. 93 00:06:08,740 --> 00:06:16,750 The timer number is zero based number, with the range from zero to the STC device timer count minus 94 00:06:16,750 --> 00:06:19,780 one rate considering they say timer AP Right. 95 00:06:19,780 --> 00:06:23,680 So if you just go to our blog design and double click on any exciting IP. 96 00:06:24,950 --> 00:06:28,910 OK, we'll be finding we have a two timers which are present, right? 97 00:06:29,150 --> 00:06:31,180 And by default, the email too is. 98 00:06:31,710 --> 00:06:33,800 So we have a two time was available, right? 99 00:06:34,220 --> 00:06:38,480 So time and time again to distinguish between timeline and time or two. 100 00:06:38,510 --> 00:06:40,280 We have this number, right? 101 00:06:40,280 --> 00:06:40,610 So. 102 00:06:41,060 --> 00:06:45,500 So this will have a range from zero to DMARC on minus one. 103 00:06:45,680 --> 00:06:49,880 So when we are considering two timer, so our first timer will have a value of zero. 104 00:06:50,120 --> 00:06:52,640 And the second timer will have a value of four, right? 105 00:06:52,640 --> 00:06:59,310 So this is how we calculate the range of the values for our democracy, getting them right. 106 00:06:59,330 --> 00:07:05,810 So we go ahead and then we call this said this to gain our hello leverage or see. 107 00:07:07,030 --> 00:07:12,130 OK, the first argument is an Insta structure, which is str., and then you need to prove it. 108 00:07:12,950 --> 00:07:13,540 No, right? 109 00:07:14,970 --> 00:07:17,160 So once you correctly specify. 110 00:07:18,190 --> 00:07:24,550 Intercept this parameter, be called out again, be checking whether status is equal to. 111 00:07:25,590 --> 00:07:28,740 Existing success rate in that case will just be mentioning. 112 00:07:29,940 --> 00:07:33,900 Self to successful are self test. 113 00:07:35,320 --> 00:07:41,710 Fee, right, so this is what you need to do to perform a service straight once this is done now will 114 00:07:41,710 --> 00:07:44,880 try to understand the different function that are available, right? 115 00:07:44,890 --> 00:07:46,750 So we have a function to set an option. 116 00:07:48,200 --> 00:07:53,480 OK, then we have an function to get the current value. 117 00:07:54,650 --> 00:07:59,060 So we have a great value function that will basically return the current value of our account. 118 00:07:59,270 --> 00:08:01,970 We have a function to start and stop our timer. 119 00:08:02,930 --> 00:08:03,200 Right. 120 00:08:03,210 --> 00:08:06,170 We also have a function to set the reset value, right? 121 00:08:06,470 --> 00:08:12,050 First thing that we do when we work with a timer or a counter is to forcefully stop our timer rate. 122 00:08:12,050 --> 00:08:13,670 So let me just call this function. 123 00:08:14,620 --> 00:08:15,010 OK. 124 00:08:15,490 --> 00:08:21,340 And then this required a first argument as an instance, structure and intimacy, a number of just zero 125 00:08:21,340 --> 00:08:22,200 energies, right? 126 00:08:23,250 --> 00:08:30,030 Then we proceed and calculate the recidivism rate, so research value is basically the value that we 127 00:08:30,030 --> 00:08:34,550 want to hold inside our counter, depending on the dealer that we plan to generate. 128 00:08:34,620 --> 00:08:39,450 So let's assume that we want to genndy the delay of five second rate. 129 00:08:39,450 --> 00:08:42,020 So we'll just be calling the reset value OK. 130 00:08:42,300 --> 00:08:49,740 And if you explore the functionality of the reset value, you could see it, except the value in a new 131 00:08:49,740 --> 00:08:50,850 32 format, right? 132 00:08:50,850 --> 00:08:56,700 So let it just go ahead and declare one variable of you that you like, and this will just be mentioning 133 00:08:56,700 --> 00:08:57,410 as great. 134 00:08:57,430 --> 00:09:04,080 So we already know that we are operating out the excitement at a frequency of 100 megahertz, right? 135 00:09:04,380 --> 00:09:10,260 So to get the delay of one second, we need to multiply by the factor of 10 this week, which basically 136 00:09:10,260 --> 00:09:13,080 represents straight so to zero. 137 00:09:13,560 --> 00:09:13,860 OK. 138 00:09:13,860 --> 00:09:18,030 And then one two three four five six and you get the delay of five. 139 00:09:18,040 --> 00:09:19,890 Second, we just need to multiply by five. 140 00:09:19,950 --> 00:09:20,130 Right. 141 00:09:20,130 --> 00:09:23,070 So this is the similar method that we followed in. 142 00:09:24,130 --> 00:09:30,640 While working with a 32 bit timer right now, we need to know this value in our count, right? 143 00:09:30,640 --> 00:09:36,400 So to do that, we have this function and the first argument is an instant structure. 144 00:09:36,430 --> 00:09:40,060 The second argument is that my CTA number and the reset value, right? 145 00:09:40,450 --> 00:09:48,490 So we proceed like this first argument instance structure, my city and number two zero and the value 146 00:09:48,490 --> 00:09:55,510 that we want to do this in a great then we want to set the option right to lie before our timer may 147 00:09:55,510 --> 00:09:57,180 be operating in, up or down. 148 00:09:57,350 --> 00:09:59,470 So if you just read the description. 149 00:10:01,090 --> 00:10:02,680 OK, so in either mood. 150 00:10:03,070 --> 00:10:06,100 So we have a two primary mode, compare more than a capture mode. 151 00:10:06,130 --> 00:10:10,660 You need them all the time to make a round up or down with up in the default rate. 152 00:10:10,690 --> 00:10:14,230 So this suggests that by default, counter working and upward. 153 00:10:14,230 --> 00:10:19,950 But we have calculated the delay considering the downward rate, so we must be having some E-Pace, 154 00:10:19,960 --> 00:10:22,090 which could be used to correctly set an option. 155 00:10:22,360 --> 00:10:28,650 So here we have a set of N values which could be used to set up the correct option Rachel down count 156 00:10:28,660 --> 00:10:29,020 option. 157 00:10:29,020 --> 00:10:32,740 Configure the timer or counter to count down from my start value. 158 00:10:32,980 --> 00:10:34,120 So this is what we want. 159 00:10:34,600 --> 00:10:35,590 And then. 160 00:10:36,940 --> 00:10:43,900 We also have the option to set up an inch or more to work in a capture mode and to use an artillery 161 00:10:43,900 --> 00:10:44,450 level, right? 162 00:10:44,470 --> 00:10:46,810 So right now we'll just be focusing on and down more. 163 00:10:47,080 --> 00:10:48,650 So we'll just be copying this. 164 00:10:48,700 --> 00:10:56,350 OK, now how you set up an option is for us to explore the API that we have for auction, right? 165 00:10:56,350 --> 00:10:59,380 So we have a two API first one asset option. 166 00:10:59,380 --> 00:11:01,230 The next one is in get option rate two. 167 00:11:01,390 --> 00:11:07,060 In most of the cases, whenever you are trying to update the option for a specific benefit, at first 168 00:11:07,060 --> 00:11:07,930 you try to. 169 00:11:08,910 --> 00:11:14,100 Received the default option, which are set right, so to do that, we just need to call this great 170 00:11:14,100 --> 00:11:15,960 option and desperate a new 30, right? 171 00:11:16,320 --> 00:11:18,300 So we go ahead in our main call. 172 00:11:19,280 --> 00:11:20,160 You 32. 173 00:11:20,180 --> 00:11:21,650 We just named this as an option. 174 00:11:21,980 --> 00:11:23,390 OK, and then we call. 175 00:11:25,450 --> 00:11:29,920 Get option, OK, and this required two argument, first one, it's an instant structure, second one 176 00:11:29,920 --> 00:11:31,590 is a right. 177 00:11:31,620 --> 00:11:38,880 So get option and then first one is an instant structure, and the second one is that GMAC can no right. 178 00:11:38,890 --> 00:11:44,800 So this will give us an idea about end default option, which are set for our time, right? 179 00:11:44,800 --> 00:11:46,780 And then we need to update an option. 180 00:11:47,050 --> 00:11:48,880 So how do you update an option is? 181 00:11:49,920 --> 00:11:52,710 So we simply call the state option. 182 00:11:53,160 --> 00:11:53,530 OK? 183 00:11:53,560 --> 00:11:55,710 This again required three argument. 184 00:11:56,010 --> 00:12:00,310 The first one is an instance of the MRC DEA number and then the option that we want to set. 185 00:12:00,590 --> 00:12:06,810 So we'll just be calling this let it decide and first argument, which is an instance structure, MRC, 186 00:12:06,870 --> 00:12:08,070 DEA number and zero. 187 00:12:08,100 --> 00:12:14,570 Now we know that existing option is stored or loaded in an option, and then we just be utilizing another 188 00:12:14,610 --> 00:12:18,210 operator and then add the option that we want to set, right? 189 00:12:18,220 --> 00:12:20,520 So if you go ahead to the. 190 00:12:21,650 --> 00:12:22,460 Try ever again. 191 00:12:22,820 --> 00:12:29,900 OK, so the value that we want to add to set up the down option is or here, right, so we'll just be 192 00:12:29,900 --> 00:12:33,860 copying this and then we will be scoring it with an existing option. 193 00:12:33,860 --> 00:12:37,100 So this is how we will be setting up the new option, right? 194 00:12:37,100 --> 00:12:45,200 So do not try to override an option, just store an option in some awful way in any lieu of the variable. 195 00:12:45,230 --> 00:12:50,750 And then you try to alter or update an option that you want to have for a benefit rate. 196 00:12:50,750 --> 00:12:58,400 So once you set up the reset value and once you correctly set up an operation right, we go ahead and 197 00:12:58,400 --> 00:12:59,930 then we could just call. 198 00:13:00,880 --> 00:13:02,650 The start function, right? 199 00:13:04,040 --> 00:13:06,700 So here we have a start function, OK? 200 00:13:06,860 --> 00:13:12,580 We'll just be calling it over here, and this required again to argue right first one is an instance 201 00:13:12,590 --> 00:13:13,000 structure. 202 00:13:14,030 --> 00:13:21,200 Second one is DMAA City, and right now we'll wait for the time to LA Counter expired, and then we'll 203 00:13:21,200 --> 00:13:25,450 just be mentioning that we are able to get you this right. 204 00:13:25,460 --> 00:13:28,070 So we go ahead and we call this OK. 205 00:13:28,460 --> 00:13:35,090 So this is a function that could be used to check whether our timer is expired or right. 206 00:13:36,090 --> 00:13:41,700 So this return to if the timer has expired and falls at that rate, so we go ahead. 207 00:13:43,040 --> 00:13:45,540 So we need to wait till our timer expires. 208 00:13:45,560 --> 00:13:49,300 We just need to add a note operator because this will return false. 209 00:13:50,030 --> 00:13:55,430 As long as our timer is running, right, so we'll just be calling this this request to argument again. 210 00:13:55,490 --> 00:14:02,090 First one is an infrastructure and then dmaa CTA number, so will be waiting here for our timer to expire, 211 00:14:02,210 --> 00:14:02,410 right? 212 00:14:02,500 --> 00:14:05,180 So we'll just be again going through the description. 213 00:14:05,180 --> 00:14:07,400 So true, if timer has expired, right? 214 00:14:07,410 --> 00:14:12,980 So as long as our timer is running, it will be returning false and then not a false will be true. 215 00:14:12,980 --> 00:14:14,930 So we'll be simply waiting over here. 216 00:14:15,290 --> 00:14:19,340 And then as our timer expired, OK, this will be written in truth. 217 00:14:19,340 --> 00:14:22,050 So not of cruelty, false and will be coming out of light. 218 00:14:22,400 --> 00:14:27,590 So we'll just go ahead and we will be mentioning that. 219 00:14:28,700 --> 00:14:30,560 Dele, all. 220 00:14:32,000 --> 00:14:33,500 Ted, you write this makes sense. 221 00:14:34,370 --> 00:14:35,450 This is what we're going to do. 222 00:14:35,810 --> 00:14:40,850 One more thing we could do is since we set up a reset value, we could also call the reset. 223 00:14:41,410 --> 00:14:47,570 So this will make sure that we initialize our counter with a reset value that we specified, right? 224 00:14:47,580 --> 00:14:51,200 So this is a function that could be used to reset our time. 225 00:14:51,330 --> 00:14:51,490 Right. 226 00:14:51,500 --> 00:14:52,640 So let's just call it. 227 00:14:54,190 --> 00:15:00,220 After we set up the reset rate, so this required first document as an instance of structure, and the 228 00:15:00,220 --> 00:15:03,250 second argument will be dmaa can right? 229 00:15:03,280 --> 00:15:04,430 So this completes are code. 230 00:15:04,870 --> 00:15:08,830 What we did in this call is first we perform an initialization. 231 00:15:10,130 --> 00:15:15,490 So the function that are required for an initialization is insight timer and the score in it, right 232 00:15:15,530 --> 00:15:20,570 then we are forcefully stopping our timer, setting up the reset value to generate the delay of five 233 00:15:20,570 --> 00:15:21,170 second rate. 234 00:15:21,170 --> 00:15:28,400 So how we get this factor is because we are operating our exit timer API 10 hundred makeups rate, then 235 00:15:28,400 --> 00:15:30,730 we forcefully reset our time. 236 00:15:30,830 --> 00:15:33,800 This will make sure that we lower discount value into a timer. 237 00:15:34,130 --> 00:15:35,420 Then we set up an option, right? 238 00:15:35,420 --> 00:15:37,820 So we want to operate our time worrying and downward. 239 00:15:37,850 --> 00:15:42,330 So we just store the existing option within the town count option. 240 00:15:42,350 --> 00:15:42,710 OK. 241 00:15:43,010 --> 00:15:44,750 And then we are starting the timer, right? 242 00:15:44,750 --> 00:15:50,740 So we are waiting for timer to expire, and then we are mentioning the deed that we AQ out of this logic, 243 00:15:50,750 --> 00:15:50,990 right? 244 00:15:51,410 --> 00:15:55,010 So let it just go ahead and build an entire application project. 245 00:15:56,410 --> 00:16:02,740 So once Bill is finished, we'll just be using our application project, debug US launch on high, right. 246 00:16:03,580 --> 00:16:06,700 So this will change our perspective from design to debate. 247 00:16:07,710 --> 00:16:12,180 And then we just need to go to a just click on this plus button. 248 00:16:12,370 --> 00:16:16,290 OK, and then we will be choosing a call for. 249 00:16:16,370 --> 00:16:16,590 Right. 250 00:16:16,590 --> 00:16:20,340 So that is the complete where we have our budget and click, OK, right? 251 00:16:20,370 --> 00:16:24,390 So once this is done and once you observe this, you disconnected to come for. 252 00:16:25,080 --> 00:16:28,770 We just need to click the resume button right to a timer and successful timer. 253 00:16:28,770 --> 00:16:30,090 So this is successful. 254 00:16:30,090 --> 00:16:34,640 And then after a delay of five second, you leave a job, so a delay of five seconds. 255 00:16:34,920 --> 00:16:35,150 Right. 256 00:16:35,160 --> 00:16:41,080 So this suggests that we correctly able to configure the timer and evil to operate it in. 257 00:16:41,110 --> 00:16:42,030 It will work right. 258 00:16:42,060 --> 00:16:48,420 So some of the other fundamentals, such as how we use a dual timer hand in auto reload mode will be 259 00:16:48,420 --> 00:16:49,700 on sending Nic straight.