1 00:00:00,060 --> 00:00:05,640 So let's consider how we use and interpret any exciting American right to be already considered a upwardly 2 00:00:05,640 --> 00:00:07,170 mood of any excitement. 3 00:00:07,500 --> 00:00:11,910 And now we'll be understanding the entire mood of any excitement. 4 00:00:12,000 --> 00:00:12,210 Right. 5 00:00:12,240 --> 00:00:19,050 So we have just started and essay and again to connect to the slave and to face off any excitement we 6 00:00:19,050 --> 00:00:21,410 need to have on my story S.A.C. report. 7 00:00:21,420 --> 00:00:26,520 And along with that, we are also required to have a clock as well as research with this drug connection 8 00:00:26,520 --> 00:00:28,260 if you perform a connection or commission. 9 00:00:28,530 --> 00:00:33,270 This will automatically interface makes IGP zero two hours sleep. 10 00:00:33,270 --> 00:00:40,650 We seem to feel that we have on an X ID. The last thing that you going to do is to connect them to then 11 00:00:41,100 --> 00:00:46,260 OK, which is an output from any said time or two, and I had a couple of signal processing system. 12 00:00:46,500 --> 00:00:53,070 So with this, you need to perform a validation of design, then generation of RNA still wrapper and 13 00:00:53,070 --> 00:00:56,130 then finally, completion of a bitstream, right? 14 00:00:56,460 --> 00:01:01,350 So I have already generated a bitstream and export it and hardware file into an SD. 15 00:01:01,710 --> 00:01:04,620 So now we'll be going through an entire C application eight. 16 00:01:04,620 --> 00:01:08,880 So the step is for us is to initialize barefooted and right. 17 00:01:08,880 --> 00:01:16,340 So in this case, the base thread for us is the exciting OK and the recommended driver for it is this 18 00:01:16,350 --> 00:01:20,790 we already discussed right for enabling an internal exception handler. 19 00:01:20,790 --> 00:01:26,860 We required select option and then GC, which will be handling an entire process of initializing our 20 00:01:27,270 --> 00:01:29,420 general control right now. 21 00:01:29,430 --> 00:01:31,540 If you go to DMAA CDR. 22 00:01:31,810 --> 00:01:38,550 So the difficulty with utilizing cog initialize it it it doesn't return status, whether initialization 23 00:01:38,550 --> 00:01:39,960 is successful or not, right? 24 00:01:40,500 --> 00:01:45,840 So you could see as opposed to the previous scenarios here. 25 00:01:46,500 --> 00:01:49,260 Could you initialize do not read in anything? 26 00:01:49,260 --> 00:01:55,200 So what we will plan is we will be utilizing initialize instead of capture initialize, right? 27 00:01:55,210 --> 00:01:58,020 And this doesn't required a config structure. 28 00:01:58,020 --> 00:02:00,360 So we do not need to use lookup config. 29 00:02:00,360 --> 00:02:05,700 So we'll just required an instance structure for our time that will be adding We're here and the device 30 00:02:06,690 --> 00:02:07,610 will just go away. 31 00:02:07,650 --> 00:02:12,700 So I have declared the time of structure and will be utilizing both. 32 00:02:12,720 --> 00:02:16,320 That is the config structure as well as an integer structure right now. 33 00:02:16,320 --> 00:02:21,810 If you go to a timer unit, OK, here we declared one st this variable that will just be checking whether 34 00:02:21,810 --> 00:02:23,650 initialization is successful or not. 35 00:02:23,690 --> 00:02:23,940 Right? 36 00:02:24,420 --> 00:02:32,970 So we are utilizing EMR CTR initialize the timer instance, the stigma and the device idea, which could 37 00:02:32,970 --> 00:02:35,780 be easily found out from our experimenter. 38 00:02:35,790 --> 00:02:36,420 Not right. 39 00:02:36,420 --> 00:02:41,530 So if we just go to experimental nortec, just need to look for the EMR. 40 00:02:41,550 --> 00:02:47,000 So if you just search for PMA, you'll be finding all the data related to the timer. 41 00:02:47,010 --> 00:02:53,810 OK, so these include the unique ID that we have for our interest, OK? 42 00:02:53,820 --> 00:02:56,530 And along with that, you also find the device right? 43 00:02:56,580 --> 00:03:02,460 So this is what you need to add in here right now. 44 00:03:02,460 --> 00:03:07,770 This will return the this and then we will just be checking whether it is equals to existing success. 45 00:03:07,770 --> 00:03:13,830 So if that is the case, we will see the EMR need to successfully initialized and we'll just be mentioning 46 00:03:13,830 --> 00:03:16,020 that they are my anything right? 47 00:03:17,040 --> 00:03:23,000 So this complete initialization of a peripheral that is the side timer the next is to initialize are 48 00:03:23,040 --> 00:03:23,960 GRC, right? 49 00:03:23,970 --> 00:03:26,700 So we again declared a status variable over here. 50 00:03:27,210 --> 00:03:29,880 Then we will be utilizing lookup config. 51 00:03:29,880 --> 00:03:33,690 So this will return the GRC config that is config structure. 52 00:03:33,990 --> 00:03:37,240 Then we will be utilizing it in and see if initialize. 53 00:03:37,260 --> 00:03:43,140 OK to initialize RJC and then will be checking whether Steet is written by C of G. 54 00:03:43,140 --> 00:03:45,340 Initialize is equals to existing success. 55 00:03:45,400 --> 00:03:51,960 So if that is the case, you'll just be mentioning that in a Texas full LS, we'll just be mentioning 56 00:03:51,960 --> 00:03:53,760 that Jack Nixie, right? 57 00:03:54,510 --> 00:04:00,570 So this complete step eight, where we initialize both Jack as well as the exact time of the next step, 58 00:04:00,570 --> 00:04:07,500 is to utilize the exception APIs to enable an exception. 59 00:04:07,860 --> 00:04:10,620 OK, so first we add and end it. 60 00:04:10,920 --> 00:04:14,310 OK, then registered handler, we will be specifying the type of entropy. 61 00:04:14,310 --> 00:04:16,270 So in this case, it is an IQ entropy. 62 00:04:16,680 --> 00:04:17,010 OK. 63 00:04:17,130 --> 00:04:23,160 And hang for it will be in short Handler, which is master handler for saying it's instances. 64 00:04:24,030 --> 00:04:27,330 This makes sense, and we just need to enable an exception. 65 00:04:27,420 --> 00:04:34,800 Right now, we need to specify and function, which will act as an inch of handler for us. 66 00:04:35,040 --> 00:04:44,070 So GC connect here the GC Instances 80 the unique I.D. This could be found out from its parameter page 67 00:04:44,370 --> 00:04:45,630 and a handler. 68 00:04:45,810 --> 00:04:48,900 Now, if you just analyze it as opposed to the GPIO. 69 00:04:49,170 --> 00:04:53,420 OK, so here we do see some of and in Japan law, right? 70 00:04:53,430 --> 00:04:56,430 So you have A.I.M. in Japan, right? 71 00:04:57,060 --> 00:04:59,400 So you need to mention this when? 72 00:04:59,460 --> 00:05:03,130 Be considered a Gocycle great. 73 00:05:03,150 --> 00:05:11,010 And then when we configure our climate, so dad will be mentioning the function, which will be acting 74 00:05:11,010 --> 00:05:12,840 as the intercept handler, right? 75 00:05:12,860 --> 00:05:19,620 So remember this trip whenever you have the specific interrupt handler and driver, so you need to mention 76 00:05:19,620 --> 00:05:20,890 them in an AC. 77 00:05:21,270 --> 00:05:25,910 And whenever you have this kind of scenario, you also have set handler. 78 00:05:25,920 --> 00:05:31,070 OK, so that will automatically configure the function, OK, which will act as an interpreter. 79 00:05:31,080 --> 00:05:34,740 So with GRC Connect, you just need to mention this in Japan. 80 00:05:35,220 --> 00:05:41,070 And utilizing, said Handler, when you configure a pet, if you need to mention the function, OK, 81 00:05:41,910 --> 00:05:44,370 which act is it in Japan? 82 00:05:44,400 --> 00:05:44,850 Of course? 83 00:05:44,880 --> 00:05:45,110 Right. 84 00:05:46,440 --> 00:05:48,660 So we'll be going ahead with this. 85 00:05:48,670 --> 00:05:52,490 So here we mention GMR, CTA, interrupt handler, right? 86 00:05:53,160 --> 00:05:56,280 And then we just need to enable it, right? 87 00:05:56,280 --> 00:05:57,610 So those are the two comments. 88 00:05:57,810 --> 00:06:01,350 Now you do not have anything else enable or disable danger. 89 00:06:01,420 --> 00:06:01,630 Right. 90 00:06:01,680 --> 00:06:03,570 So you do not have any such function. 91 00:06:03,960 --> 00:06:08,310 We do not need to enable any switch after this. 92 00:06:08,520 --> 00:06:10,110 So this completes an entire process. 93 00:06:10,140 --> 00:06:17,910 Now, if you analyze the function, which behave as an interrupt handler, so once we enter over here, 94 00:06:17,910 --> 00:06:20,580 we are just checking whether timer is expired. 95 00:06:20,580 --> 00:06:22,810 So if that is the case, we are printing and. 96 00:06:23,160 --> 00:06:29,940 And then since we do not have anything else, enable disable all clear, we do not require to mention 97 00:06:29,940 --> 00:06:30,360 anything. 98 00:06:30,600 --> 00:06:32,130 So this completes an entire code. 99 00:06:32,160 --> 00:06:38,460 Now, when we go to a mean, we are calling in it like this will initialize you at the same time within 100 00:06:38,460 --> 00:06:38,640 it. 101 00:06:38,670 --> 00:06:43,080 So this will be initializing a timer and guessing it. 102 00:06:43,230 --> 00:06:49,350 It will initialize AGC as well as configure it for handling and enter from a timer. 103 00:06:49,590 --> 00:06:54,710 OK, then we need to specify and function handler. 104 00:06:54,880 --> 00:06:59,550 So here we just specify that they interrupt. 105 00:07:01,310 --> 00:07:05,780 And there is this one, but utilizing a certain look, we will be specifying a function. 106 00:07:05,870 --> 00:07:06,170 Right? 107 00:07:06,530 --> 00:07:08,870 So for us, it is Daimler Handler. 108 00:07:09,050 --> 00:07:13,820 We just mentioned, said Handler Daimler Handler, which is a function. 109 00:07:14,090 --> 00:07:14,450 OK. 110 00:07:14,750 --> 00:07:17,750 And here we just need to mention the tamer instance. 111 00:07:17,750 --> 00:07:21,710 And here also we need to mention the Daimler instance right now. 112 00:07:21,950 --> 00:07:23,960 We need to set the correct more rate so far. 113 00:07:23,960 --> 00:07:33,110 And in more, we added this value OK, which will basically enable our interest, and we also selected 114 00:07:33,110 --> 00:07:33,650 an authority. 115 00:07:34,070 --> 00:07:34,910 So once our. 116 00:07:36,160 --> 00:07:38,360 Gounder reaches to a max value, OK? 117 00:07:38,530 --> 00:07:44,290 We basically will be resetting our counter to the value that you just specify, right? 118 00:07:44,800 --> 00:07:46,600 The next calculation of the value. 119 00:07:46,600 --> 00:07:51,660 So here we do not specify a download to our counter will be counting in an upgrade. 120 00:07:51,670 --> 00:07:56,740 So we selected and we say to be all 32 bit say that if you just. 121 00:07:58,150 --> 00:08:02,260 Reconfiguring any site where you could clearly see the weight that we choose in. 122 00:08:02,890 --> 00:08:03,120 Right. 123 00:08:03,820 --> 00:08:11,590 So I say is operating at 50 megahertz or if you just subtract this to that is to raise to 32, that 124 00:08:11,590 --> 00:08:13,450 is the maximum value that we could achieve. 125 00:08:13,840 --> 00:08:22,510 And if you subtract 50 Mega because we are operating at 50 megahertz, so ultimately this will be account 126 00:08:22,510 --> 00:08:27,150 which will be giving us the delay of one second rate. 127 00:08:27,160 --> 00:08:33,700 So this is the value that will be adding into a counter and then it will start counting uphill. 128 00:08:33,970 --> 00:08:43,510 So to reach a maximum colonnade basically cover 50 mega steps, and that will be basically giving us 129 00:08:43,510 --> 00:08:44,980 a one second rate. 130 00:08:45,280 --> 00:08:52,540 So with this value, we failing to decimal to hex converter and here you could see this is the value 131 00:08:52,540 --> 00:08:54,390 that we get in and hex format, right? 132 00:08:54,400 --> 00:08:57,430 And this is what we specify over here. 133 00:08:57,700 --> 00:09:02,470 So this will give us an idea of one ticket, then we just need to start our time, right? 134 00:09:04,240 --> 00:09:09,340 This completes an entire process, and then we just need to wait for an end. 135 00:09:09,480 --> 00:09:09,700 Right. 136 00:09:09,700 --> 00:09:15,220 So we'll just see what occurred and then we will be programming our FPGA. 137 00:09:15,310 --> 00:09:21,730 OK, so let me just go ahead and try to programmer FPGA to 1's programming is successful, will just 138 00:09:21,730 --> 00:09:29,410 be connecting our second terminal to the respective compute and then we'll start execution of an application 139 00:09:29,410 --> 00:09:30,840 on to it, right? 140 00:09:32,790 --> 00:09:38,490 So here you could clearly see that we have timer in, it's successful and it's successful. 141 00:09:38,790 --> 00:09:43,080 And then in an interval of one second, we have an interest rate. 142 00:09:43,350 --> 00:09:46,830 So this is how you utilize and interpret any say timer. 143 00:09:48,240 --> 00:09:52,140 The prices remain exactly similar to what we've been discussing from the beginning. 144 00:09:52,470 --> 00:09:57,930 Right now, what we're going to do is we will be understanding how we utilize an interest for the private 145 00:09:57,930 --> 00:10:04,450 resources that we have with and right that is as you are washed off Daimler and probably.