1 00:00:00,330 --> 00:00:06,250 Strike one industry and how we work with them, ensuring and right only thing that you need to do and 2 00:00:06,250 --> 00:00:12,610 then we seek hardware design that we've been creating with the help of this console is to enable the 3 00:00:12,630 --> 00:00:14,530 timer Zulu that is D.D.S., right? 4 00:00:14,580 --> 00:00:20,310 So you go to an email or figuration, you have an application process unit and there you just need to 5 00:00:20,310 --> 00:00:21,900 enable time with you, right? 6 00:00:21,930 --> 00:00:28,290 This is the only step that you need to do, and the modification to our fundamental hybridizing with 7 00:00:28,290 --> 00:00:36,810 this modification will just be making a rapid have tended to stick to once between generation is satisfied, 8 00:00:37,050 --> 00:00:38,430 we will be exporting it. 9 00:00:38,430 --> 00:00:46,720 Hardware, including a bit and will launch an SD right now will go through an entire code where we initialize 10 00:00:46,740 --> 00:00:49,380 Argosy and utilize danger from it. 11 00:00:49,800 --> 00:00:50,050 Right. 12 00:00:50,400 --> 00:00:55,620 So step is to initialize both it and then go right. 13 00:00:55,630 --> 00:00:57,310 So here we have to pay for it. 14 00:00:57,330 --> 00:01:00,680 One of them is another one is right. 15 00:01:01,170 --> 00:01:06,270 So for the recommended driver is CPS rate. 16 00:01:06,270 --> 00:01:09,240 So you could see for if we have the DHCP. 17 00:01:09,460 --> 00:01:14,580 So that is what we included here, what we have assumed. 18 00:01:15,480 --> 00:01:15,780 OK. 19 00:01:16,080 --> 00:01:18,930 And to enable our work within two exceptions. 20 00:01:19,060 --> 00:01:21,480 OK, we include the exception. 21 00:01:22,440 --> 00:01:28,350 So for EDC, we include a conflict structure as well as an instance of the config. 22 00:01:28,350 --> 00:01:32,410 Structure is again a pointer and then incident structure for GC. 23 00:01:32,430 --> 00:01:36,420 Also, we have a config structure and then the instance structure, right? 24 00:01:36,730 --> 00:01:38,970 We proceed with UTC initialization. 25 00:01:39,230 --> 00:01:44,010 So here we declare the status variable, which will be holding a value of CFG initialize. 26 00:01:44,460 --> 00:01:48,840 We started to look up config, OK, and we specify that EDC device. 27 00:01:49,110 --> 00:01:55,400 So here we are utilizing PPC zero and then this will indeed the convict structure for us. 28 00:01:55,410 --> 00:02:01,710 And then that config structure, along with this address and structure will be feeding to capture initialize, 29 00:02:01,710 --> 00:02:01,950 right? 30 00:02:01,950 --> 00:02:03,840 And this will be generating the Stupa. 31 00:02:03,840 --> 00:02:07,980 So we'd just be checking where their status is equals to access distances. 32 00:02:07,980 --> 00:02:13,670 And if that is the case, we could see that you'd see in a successful LS, we'll just be printing that 33 00:02:13,680 --> 00:02:14,940 it's a Nixie, right? 34 00:02:15,300 --> 00:02:20,090 So this complete an entire process of initializing, I think is right. 35 00:02:20,350 --> 00:02:24,430 So similar steps will be falling for initializing are right. 36 00:02:24,750 --> 00:02:27,300 So we declared one more variable over here. 37 00:02:27,420 --> 00:02:31,070 Then look up on fig, where we will be specifying that C.I.D. 38 00:02:31,410 --> 00:02:31,710 OK. 39 00:02:31,710 --> 00:02:34,290 And this could be followed from X parameter Nottage. 40 00:02:34,590 --> 00:02:37,470 Then we will be utilizing CFG initialize. 41 00:02:37,540 --> 00:02:44,580 Right here, we need to specify the instance structure, the OGI config structure and the CPU, etc. 42 00:02:44,580 --> 00:02:50,000 So they will just be verifying whether the initialization is successful. 43 00:02:50,010 --> 00:02:57,300 So if this is, it restricts us to set the record and it is successful as we will be seeing that next. 44 00:02:57,600 --> 00:02:57,870 Right. 45 00:02:58,200 --> 00:03:02,640 So these are the two mandatory step and this represent our step e right. 46 00:03:03,060 --> 00:03:10,650 Then we will be enabling our exception handler that we write for that all the API is you have inside 47 00:03:10,650 --> 00:03:11,940 the exception Docker. 48 00:03:12,030 --> 00:03:20,400 So this will be the head of why that would be, including the logic for enabling and you internal exceptions. 49 00:03:20,460 --> 00:03:20,850 OK. 50 00:03:20,910 --> 00:03:25,160 We will be writing in it in any function itself, right? 51 00:03:25,650 --> 00:03:28,520 So first, we need to init any tips. 52 00:03:28,920 --> 00:03:33,040 OK, then in a register handler, we need to specify the type of entropy. 53 00:03:33,060 --> 00:03:36,460 So it is IQ, OK and and in Japan. 54 00:03:36,620 --> 00:03:42,170 So this is GI C, my student handler, which will be handling an entire interpreter. 55 00:03:42,180 --> 00:03:49,840 So we just need to specify the master handler that we have in the end and we just need miss gi Joe. 56 00:03:49,900 --> 00:03:50,520 Hang in there, OK? 57 00:03:50,730 --> 00:03:55,620 Finally, we need to specify the instance of Cho for Idea GI. 58 00:03:56,070 --> 00:04:02,560 So this is the mandatory three argument that you need to specify, and then you need to enable an exception 59 00:04:02,580 --> 00:04:08,100 right to this complete step where we enable an internal exception handler for our CPU. 60 00:04:08,460 --> 00:04:08,760 OK? 61 00:04:09,060 --> 00:04:13,260 The Step C is to add the configuration for RJC. 62 00:04:13,270 --> 00:04:19,650 OK, so this include specifying the function, which act as an interrupt handler for us, then enabling 63 00:04:19,650 --> 00:04:21,740 both this which is for our internal right. 64 00:04:21,750 --> 00:04:23,040 So let me just go ahead. 65 00:04:24,040 --> 00:04:29,810 So to specify and interrupt Handler, we declare one function, which is event handler, right? 66 00:04:30,260 --> 00:04:30,670 So. 67 00:04:32,350 --> 00:04:37,270 We will be specifying an intrepid instance then the unique ID for outing. 68 00:04:37,540 --> 00:04:37,810 Right. 69 00:04:38,110 --> 00:04:40,390 So this will be finding an. 70 00:04:41,400 --> 00:04:46,110 Its parameters and the score be right here, if you just go. 71 00:04:46,820 --> 00:04:51,970 So here you have your CBS interrupted, so that is what you are utilizing. 72 00:04:53,420 --> 00:04:53,710 OK. 73 00:04:54,270 --> 00:05:00,350 And then you need to specify the function which will be acting as it into a pilot for us. 74 00:05:00,360 --> 00:05:02,100 So we named it as event. 75 00:05:02,820 --> 00:05:07,140 OK, and then we do not need to have any data, so we just specify zero. 76 00:05:07,410 --> 00:05:07,740 Right? 77 00:05:08,460 --> 00:05:15,060 Then we will be enabling the switch that will allow us to get an inch of energy. 78 00:05:15,930 --> 00:05:22,430 So to do that, we have seen every function where we need to specify and interrupt instance structure, 79 00:05:22,440 --> 00:05:26,610 and then you just need to specify the unique right. 80 00:05:27,600 --> 00:05:29,640 Now this include or this. 81 00:05:30,740 --> 00:05:35,350 I'm very close to a switch that allows an inch of debate to buy gas. 82 00:05:35,720 --> 00:05:42,710 Now we need to look for the benefit of specific driver to find out whether we have any enabling functions 83 00:05:42,710 --> 00:05:43,640 present in that rate. 84 00:05:43,670 --> 00:05:51,320 And if you just analyze CTCP, yes, OK, we do have a function to enable and so we need to call this 85 00:05:51,320 --> 00:05:51,620 OK. 86 00:05:51,890 --> 00:05:57,530 And then only with the switches will be closed and we could receive danger from very, very little guys, 87 00:05:57,710 --> 00:05:57,980 right? 88 00:05:58,310 --> 00:06:06,260 So here you could clearly see we utilize after enabling the input to gas will just be enabling an output 89 00:06:06,260 --> 00:06:07,250 from our benefits. 90 00:06:07,340 --> 00:06:07,700 OK. 91 00:06:08,060 --> 00:06:08,810 And here. 92 00:06:09,440 --> 00:06:14,000 So if you just look for PTC, yes. 93 00:06:14,960 --> 00:06:18,320 OK, so we need to specify an interval Musk, right? 94 00:06:18,320 --> 00:06:26,800 So if we just go ahead and look for and entrap Musk, if we have anything in here, we do not have right. 95 00:06:27,290 --> 00:06:28,990 So similar to be repeated. 96 00:06:29,040 --> 00:06:32,600 And we also have an underscore hardware. 97 00:06:32,610 --> 00:06:36,020 So this will contain an extra hardware information, right? 98 00:06:36,030 --> 00:06:38,390 And here you could find out the Musk. 99 00:06:38,450 --> 00:06:38,740 Right. 100 00:06:39,500 --> 00:06:42,490 So here we are utilizing an interval mode. 101 00:06:42,510 --> 00:06:50,150 So we just need to look for that Musk rate and the value you could find out we do have any more internal 102 00:06:50,420 --> 00:06:51,190 interval mode. 103 00:06:51,990 --> 00:06:54,700 So that is what we going to ride over here, right? 104 00:06:54,710 --> 00:07:00,980 So this completes a process of GSC initialization as well as configuration, then we'll be writing a 105 00:07:01,000 --> 00:07:01,610 logic. 106 00:07:01,820 --> 00:07:03,980 OK, what will be happening when we have an interest? 107 00:07:04,010 --> 00:07:06,170 The first thing that we do is to disable entrap. 108 00:07:06,650 --> 00:07:13,540 OK, then we will not be receiving any further requests from then until we process the current requests. 109 00:07:13,550 --> 00:07:15,470 So this is the function. 110 00:07:15,500 --> 00:07:15,860 OK. 111 00:07:16,190 --> 00:07:22,580 Then we will just be checking whether we actually reach to a zero rate. 112 00:07:22,580 --> 00:07:25,010 So we what we are doing is we have added, right? 113 00:07:25,400 --> 00:07:32,030 OK, then get down to this basically rate and the current value of a counter and the instance structure. 114 00:07:32,030 --> 00:07:32,900 That is right. 115 00:07:33,140 --> 00:07:34,070 So that is zero. 116 00:07:34,850 --> 00:07:36,880 So void falls right. 117 00:07:36,890 --> 00:07:39,270 So will be coming out of this right? 118 00:07:39,530 --> 00:07:44,270 And we'll be reaching over here and they'll be just displaying that we have an interest then will be 119 00:07:44,270 --> 00:07:47,420 clearing and status and then finally enabling. 120 00:07:47,420 --> 00:07:53,300 And so this is the standard procedure that we've been following right now when we go to the main call. 121 00:07:53,330 --> 00:07:53,720 Right. 122 00:07:53,750 --> 00:08:01,250 So you already knew that for the renewal output frequency and from that, we calculate the interval 123 00:08:01,250 --> 00:08:02,540 as well as scalar. 124 00:08:02,840 --> 00:08:03,140 OK. 125 00:08:03,320 --> 00:08:08,840 And then that value we set right, we need to set the correct rate. 126 00:08:09,780 --> 00:08:15,840 So here we declare the YOU 32, which represent an output frequency, which is one Hertz x interval. 127 00:08:16,260 --> 00:08:18,870 OK, and then this is for a scalar. 128 00:08:19,110 --> 00:08:25,200 So we already know that we will be utilizing a calculating double from a frequency where we specify 129 00:08:25,200 --> 00:08:27,990 a frequency and then we'll be getting the interval as this. 130 00:08:27,990 --> 00:08:34,650 And so for that frequency will be getting this both value and then we'll be utilizing secondary scalar. 131 00:08:34,650 --> 00:08:37,020 And second, do it and say it is about right. 132 00:08:37,260 --> 00:08:38,320 And in an option. 133 00:08:38,400 --> 00:08:43,670 So we need to see what all the things you need to add for an interest rate. 134 00:08:43,680 --> 00:08:46,110 So we just need to enable. 135 00:08:47,430 --> 00:08:51,710 Guess we do not have anything related to an interest, so we just need to enable an. 136 00:08:52,890 --> 00:08:54,310 Right, that is what we're going to. 137 00:08:55,240 --> 00:09:01,540 So first, we will be getting an option related the existing option that we have for ICTSI. 138 00:09:01,870 --> 00:09:03,400 So to do that, we have a gate option. 139 00:09:03,410 --> 00:09:05,020 We just need to specify an instance. 140 00:09:05,020 --> 00:09:06,640 Structure will be updating and. 141 00:09:07,570 --> 00:09:11,770 OK, and then finally, we'll just be offering it with an intermodal more, right? 142 00:09:12,130 --> 00:09:16,960 So once we do this, we will be utilizing site option to say or respect the option, right? 143 00:09:16,960 --> 00:09:19,250 And here we are also calling that decision. 144 00:09:19,570 --> 00:09:25,840 And in Japan, right, so these are all the setting that we need to do and we just need to call our 145 00:09:25,840 --> 00:09:26,530 stock right. 146 00:09:26,560 --> 00:09:28,420 And here we are not doing anything. 147 00:09:28,420 --> 00:09:29,740 We just include the strip. 148 00:09:29,740 --> 00:09:34,870 In fact, what we could do is we could just be adding value, but right, we will not be doing anything 149 00:09:35,080 --> 00:09:37,370 or just be waiting for it to happen, right? 150 00:09:38,340 --> 00:09:44,460 So let me just go ahead and try to program and see whether we're able to receive an interest rate, 151 00:09:44,940 --> 00:09:48,390 so we will be clicking on Program FPGA. 152 00:09:50,030 --> 00:09:57,350 Then we will be proceeding for collection of minutes, we have bought a computer, right, and then. 153 00:09:58,460 --> 00:10:06,170 Right click run as launch on heart rate, so you could see that TDCi and it is successful. 154 00:10:06,770 --> 00:10:14,360 We also have seen it successful and we have an anxious OK, which are continuously generated with the 155 00:10:14,360 --> 00:10:17,150 logic that we have right now. 156 00:10:17,150 --> 00:10:23,270 What we could do is we could just change the frequency and see whether the frequency of this being an 157 00:10:23,270 --> 00:10:26,960 interruption district that it just choose an higher frequency. 158 00:10:26,980 --> 00:10:31,340 So something around something around 50 hertz. 159 00:10:32,310 --> 00:10:36,420 And then we'll just try to relaunch our application. 160 00:10:37,630 --> 00:10:42,730 So while working with CDC will be frequently finding this, OK, so if you find this in your face, 161 00:10:42,730 --> 00:10:48,730 just click on program and you say that you have on a OK again program, if you. 162 00:10:49,860 --> 00:10:54,090 And then you just need to run your application. 163 00:10:55,320 --> 00:11:01,020 So want to follow this process, you could see that now interests are running at agree to speak.