1 00:00:00,060 --> 00:00:06,780 So let us try to understand how we utilize the intrepid washed up again, we'll be considering the washed 2 00:00:06,780 --> 00:00:08,850 up primer, which are private to our teeth. 3 00:00:09,060 --> 00:00:14,210 That is 32 bit washed off timer, OK, which we already discussed how to utilize it in a bowl. 4 00:00:14,560 --> 00:00:14,730 Right. 5 00:00:15,060 --> 00:00:20,100 So I blocked it and remain C. We do not need to do any changes because they are enabled by default, 6 00:00:20,130 --> 00:00:20,400 right? 7 00:00:21,090 --> 00:00:28,170 So now when we go to and see, OK, the first thing that we do is to include all the header plays that 8 00:00:28,170 --> 00:00:30,660 are required for a basic rate. 9 00:00:32,030 --> 00:00:39,110 So for a washed up, Pamela, we have WTT, right, so this could be easily found out by looking into 10 00:00:39,110 --> 00:00:42,200 the pool support package so that it does go ahead. 11 00:00:43,930 --> 00:00:45,450 So if you go to and Mrs. 12 00:00:45,840 --> 00:00:54,250 OK, so for our watchdog timer, we have an siu wtt for gender controller, we have, as you guys see, 13 00:00:54,340 --> 00:00:54,700 OK. 14 00:00:55,060 --> 00:00:58,110 And we only have this stupider pay rate. 15 00:00:58,120 --> 00:01:02,860 So for adding an exception, handlers, we also need to include selexipag. 16 00:01:03,000 --> 00:01:03,180 Right. 17 00:01:03,190 --> 00:01:04,390 So these are some of the many. 18 00:01:04,390 --> 00:01:09,700 Did you find that we, you know, when we go to the watchdog timer here to fight, right? 19 00:01:09,700 --> 00:01:14,620 So the first thing that we do is to declare a new structure will be one will be, for instance, which 20 00:01:14,620 --> 00:01:17,500 is WTT and then conflict structure. 21 00:01:17,530 --> 00:01:17,800 Right. 22 00:01:18,520 --> 00:01:19,610 So here if you are. 23 00:01:20,070 --> 00:01:24,760 We added the conflict structure as well as an instance structure for our watch DR. 24 00:01:24,970 --> 00:01:31,450 Similarly, we have added a config structure and an instance structure for our general interest rate. 25 00:01:32,380 --> 00:01:41,110 So if you look to check, the step one is to initialize all the time and so will first be initializing. 26 00:01:42,130 --> 00:01:48,270 And so far initializing, we created one function which is still. 27 00:01:49,150 --> 00:01:53,680 OK, we have a status variable which will be holding the value that is written by CFD. 28 00:01:53,680 --> 00:01:58,780 Initialize rate plus will generate a value for WTT config, OK, which is called VIX structure. 29 00:01:58,790 --> 00:02:00,820 So we'll just use lookup config function. 30 00:02:01,420 --> 00:02:09,610 Specify the watchdog timer device ID parameter dot so that we will be getting the values for WTT config. 31 00:02:09,880 --> 00:02:13,100 And this will then be utilized in a judicial case. 32 00:02:13,150 --> 00:02:13,480 OK. 33 00:02:13,900 --> 00:02:20,050 Where we specify the instance structure, which is WTT for us, the conflict structure and the basic 34 00:02:20,290 --> 00:02:22,940 rate, and this will return whether it is successful or not. 35 00:02:22,960 --> 00:02:29,580 So if status is equal to the status axis, we'll just be printing that wd d initialization is successful. 36 00:02:29,590 --> 00:02:33,050 LS else we could see that WD, right? 37 00:02:33,070 --> 00:02:38,230 So this are those steps that will be performing to initialize our WD similar step. 38 00:02:38,230 --> 00:02:40,740 We need to perform to initialize Argosy. 39 00:02:41,010 --> 00:02:48,010 OK, again, see this variable lookup config where we will be specifying gassy device aid from experiment 40 00:02:48,010 --> 00:02:50,590 code outage CFD initialize function. 41 00:02:50,920 --> 00:02:57,550 OK, again, the infrastructure config structure and the CPU, etc. So OK, and if he does, that is 42 00:02:57,550 --> 00:02:59,090 Sergey initialize ification. 43 00:02:59,140 --> 00:03:04,650 The access to success will be mentioning that you need to set this one else, right? 44 00:03:05,170 --> 00:03:11,500 So this two functions we are calling in a mean function that is the completion of our step, right? 45 00:03:11,500 --> 00:03:18,050 So we have a new platform that is used to initialize our UI, then to initialize our dimer. 46 00:03:18,220 --> 00:03:23,560 OK, and then we have the integrated used to initialize Argus. 47 00:03:23,690 --> 00:03:28,100 OK, so this complete the step eight, where we initialize all the paper. 48 00:03:28,930 --> 00:03:32,400 Next step is to add an internal exception handler, right? 49 00:03:32,410 --> 00:03:34,810 So here we need to include init. 50 00:03:35,500 --> 00:03:42,610 Then we need to specify the type of an intro and along with that, which what will be the handler for 51 00:03:42,610 --> 00:03:47,140 adding OK, and then we need to enable it to just go to school? 52 00:03:47,290 --> 00:03:47,590 OK. 53 00:03:48,510 --> 00:03:56,150 Here we have added a logic for handling the exception for this to happen, we need to include the exception. 54 00:03:57,150 --> 00:04:02,010 First is the exception in it, so this does not prove than anything and this does not accept anything, 55 00:04:02,010 --> 00:04:02,220 right? 56 00:04:03,280 --> 00:04:08,070 Then we have this trailer where we specify the type of an income, which is IQ. 57 00:04:08,410 --> 00:04:12,290 OK, and then the handler for us will interrupt Handler. 58 00:04:12,760 --> 00:04:13,160 OK. 59 00:04:13,180 --> 00:04:16,780 And then the entropy instance Sochi, which is Gee. 60 00:04:18,350 --> 00:04:22,250 And we just need to enable our exception to this, complete our step. 61 00:04:22,490 --> 00:04:28,430 Finally, we need to specify a range of candidates, so we have declared a function WTT handler that 62 00:04:28,460 --> 00:04:31,340 will serve as an interest handler for SO. 63 00:04:32,770 --> 00:04:34,480 If you go to WD. 64 00:04:35,020 --> 00:04:36,670 OK, so we. 65 00:04:38,190 --> 00:04:44,340 Do not have anything related to an interest rate, so you really see we do not have anything related 66 00:04:44,340 --> 00:04:46,080 to an interest rate. 67 00:04:46,090 --> 00:04:53,920 So in such kind of scenario, we just need to specify whether that the logic that we want to go right 68 00:04:53,920 --> 00:04:58,950 to whenever you are playing anything related to an enabling shop didn't have a role. 69 00:04:59,070 --> 00:05:05,580 Drop down, disable and you see this, you just need to specify the logic an inhaler and then CPI will 70 00:05:05,580 --> 00:05:10,290 automatically handle an entire entire process in their system, right? 71 00:05:10,590 --> 00:05:14,840 So here you could clearly see when you go through and wash it off time or hide it, right? 72 00:05:14,880 --> 00:05:18,990 So we do not have anything as enable or disable interrupt. 73 00:05:19,020 --> 00:05:19,350 OK. 74 00:05:19,830 --> 00:05:26,940 We do have certain function to restart and hold the counter OK, but there is nothing they enable or 75 00:05:26,940 --> 00:05:27,690 disable interest. 76 00:05:27,960 --> 00:05:34,110 So in that case, we could simply out and that entire operation will be controlled by a CPA. 77 00:05:34,110 --> 00:05:37,710 So we do not need to worry about that right now here. 78 00:05:37,950 --> 00:05:40,770 You just need to specify the interrupt handler. 79 00:05:40,860 --> 00:05:49,620 OK, so for us to interrupt that in instances like, OK, the IED, the unique interrupt click would 80 00:05:49,620 --> 00:05:53,090 be found out from its parameters and this could be a start. 81 00:05:53,490 --> 00:05:59,700 So if you just go the experiment, go on edge and inside that you have experimented on this corpus, 82 00:05:59,700 --> 00:05:59,940 right? 83 00:05:59,970 --> 00:06:04,260 And here you be finding the device for our WD right. 84 00:06:05,040 --> 00:06:11,430 So this will be utilizing OK when we utilize gas connect and then we need to specify an interrupt time. 85 00:06:11,610 --> 00:06:14,550 So for us to handle it and you do not want to do. 86 00:06:14,890 --> 00:06:21,720 And so we'll just be adding zero in the place of call your all back right after this will just be enabling 87 00:06:21,720 --> 00:06:28,970 the input to Archie and other then that we do not have any function for and controlling and interrupt 88 00:06:28,980 --> 00:06:29,730 of the ability. 89 00:06:29,970 --> 00:06:33,120 So Sibiu will automatically control it for us. 90 00:06:33,420 --> 00:06:35,160 We do not need to specify anything. 91 00:06:35,160 --> 00:06:39,480 That's the only thing that is pending is to specify the logic for intra-Party. 92 00:06:39,570 --> 00:06:40,290 So here we are. 93 00:06:40,290 --> 00:06:42,590 Double checking where the timer is usually expire. 94 00:06:42,930 --> 00:06:46,890 So if it is expired in that case, we are printing that. 95 00:06:46,890 --> 00:06:48,180 We have an intro, OK? 96 00:06:48,240 --> 00:06:53,760 And then since we do not have anything to come out of an interrupt, it will automatically handle an 97 00:06:53,760 --> 00:06:54,500 entire process. 98 00:06:54,510 --> 00:06:57,940 So this is the simple logic that we have in mind ability to handle this. 99 00:06:58,480 --> 00:07:01,200 Now we need to specify an operation, right? 100 00:07:01,200 --> 00:07:01,500 So. 101 00:07:02,800 --> 00:07:06,880 First, when we work around with a timer, it's to stop its operation. 102 00:07:07,220 --> 00:07:07,540 OK. 103 00:07:07,810 --> 00:07:11,170 And then we have to move for WTT, right? 104 00:07:11,190 --> 00:07:16,220 So if you just go up, you'll be finding we have a washed up more. 105 00:07:16,500 --> 00:07:22,600 OK, where it is basically a down counter, so it will start decrement again as soon as we just do a 106 00:07:22,600 --> 00:07:24,640 08 with automatically reset, right? 107 00:07:25,180 --> 00:07:27,080 And then next, when we have a timer mode. 108 00:07:27,130 --> 00:07:32,170 So in a timer mode, OK, whenever the counter reaches zero again, you do sound counter. 109 00:07:32,440 --> 00:07:34,990 So we're into target 30 is set a spending day. 110 00:07:34,990 --> 00:07:36,830 So this will Genndy and interrupt. 111 00:07:36,850 --> 00:07:38,500 So this is the mode that we are targeting. 112 00:07:38,500 --> 00:07:39,850 So to set the mode. 113 00:07:40,180 --> 00:07:43,330 We have a function, right, so that we already discussed. 114 00:07:43,930 --> 00:07:44,710 So we're here. 115 00:07:44,710 --> 00:07:49,460 If you just go ahead, you have the function to set washed up more. 116 00:07:49,480 --> 00:07:51,950 You also have a function to set a timer mode. 117 00:07:51,970 --> 00:07:54,560 So this is what we were working on. 118 00:07:54,820 --> 00:07:57,580 So we are we have added that function. 119 00:07:57,790 --> 00:08:00,650 So this will set our washed up time at any time. 120 00:08:00,650 --> 00:08:02,830 But right, so we just need to pass an instance. 121 00:08:03,610 --> 00:08:06,030 Then later, you may want to have a delay of one second. 122 00:08:06,040 --> 00:08:09,790 So we have no data washed off timer with the count of three three three meters. 123 00:08:09,840 --> 00:08:10,030 No. 124 00:08:10,030 --> 00:08:17,140 This also runs at half off the clock frequency that we use for operating around right here. 125 00:08:17,140 --> 00:08:18,390 We have enabled an order. 126 00:08:18,880 --> 00:08:19,330 So what? 127 00:08:19,330 --> 00:08:25,090 This will do it as soon as our outer reaches to zero, it will automatically be reloading our counter 128 00:08:25,090 --> 00:08:26,980 to the value that we specified, right? 129 00:08:27,430 --> 00:08:29,410 And then we specify an operation right now. 130 00:08:29,410 --> 00:08:32,740 Here we need to enable and interrupt OK and. 131 00:08:33,870 --> 00:08:39,900 So if you just go to the various options that we have, so we have a specific. 132 00:08:41,060 --> 00:08:47,030 So this is what you need to apply in an option when you want to enable learning. 133 00:08:47,390 --> 00:08:47,720 OK? 134 00:08:47,960 --> 00:08:52,970 Similarly, when you want to perform in order to reload, you need to apply an end time or more. 135 00:08:53,130 --> 00:08:53,600 This. 136 00:08:54,950 --> 00:08:55,740 Value, right? 137 00:08:55,760 --> 00:09:01,700 So that is what we got to do, we're here first, we are extracting whatever the value that our option 138 00:09:01,700 --> 00:09:02,000 have. 139 00:09:02,070 --> 00:09:04,730 OK, so to do that, we have a great control function. 140 00:09:05,420 --> 00:09:10,640 Will be operating in an option, which is you that you do and then we will be simply offering it with 141 00:09:10,670 --> 00:09:11,780 the mood that we want. 142 00:09:11,780 --> 00:09:13,820 So we have a control lighting level mask. 143 00:09:14,180 --> 00:09:17,420 And this will basically allow us to working in our tourism, right? 144 00:09:17,780 --> 00:09:20,300 And in this operation, we need to sit right. 145 00:09:20,300 --> 00:09:21,750 So we are reading over here. 146 00:09:21,770 --> 00:09:28,370 By utilizing a controlled wreck and then set control rig will allow or we'd set the time writing this 147 00:09:28,580 --> 00:09:30,630 right to this opt, we are applying. 148 00:09:31,010 --> 00:09:35,180 And finally, we're starting right now. 149 00:09:35,540 --> 00:09:40,180 Only logic that will be adding in our main function is just two weeks a white flight. 150 00:09:40,490 --> 00:09:43,640 So this will be continuously reading of this right now. 151 00:09:43,640 --> 00:09:44,450 What are we going to do? 152 00:09:44,450 --> 00:09:51,630 Is we will just be going ahead, saving our core right and try to force program freedom. 153 00:09:52,690 --> 00:09:59,530 So once programming is successful, we'll just be checking whether there are a sticky terminal is connected 154 00:09:59,770 --> 00:10:00,250 or not. 155 00:10:00,520 --> 00:10:06,250 So we'll just be collecting hours to get them to come forth and then we will be running our application 156 00:10:06,250 --> 00:10:06,940 on and hard. 157 00:10:07,270 --> 00:10:12,970 So let they just go ahead and try to see whether they can do and interrupt endangered, authentic right? 158 00:10:13,480 --> 00:10:17,290 So we see WTT and it is successful and it is successful. 159 00:10:17,290 --> 00:10:21,340 And then we are having an interest in that interval of one second, right? 160 00:10:22,890 --> 00:10:28,270 Now, Cincinnati Mahmood, we have an option to enable an auto reload. 161 00:10:28,290 --> 00:10:33,450 We actually do not require to add this function, as we did in my case of Baltimore great. 162 00:10:33,450 --> 00:10:41,420 So we could just be commenting this out because this is useful when we work in, then most stop all 163 00:10:42,070 --> 00:10:44,610 in a time of war, this itself will look fine. 164 00:10:44,850 --> 00:10:51,060 So with this modification, we'll just go ahead and try to again relaunch a simulation and let it just 165 00:10:51,060 --> 00:10:53,310 observe whether this is working as expected. 166 00:10:53,340 --> 00:10:57,630 Remember this Enable automobile release for Alberta Health and for time or more. 167 00:10:57,630 --> 00:11:03,930 We have this option right off analyze the console that's still able to see an inch in an interval of 168 00:11:03,930 --> 00:11:04,530 one second. 169 00:11:04,770 --> 00:11:10,740 So if I just clear console, you could clearly see me still able to automatically generate and interpret. 170 00:11:11,010 --> 00:11:16,440 So in the previous case, what we are doing is we are also purposefully restarting our time, right? 171 00:11:16,860 --> 00:11:21,930 So let's just go ahead and try to remove this auto reload mode from here. 172 00:11:22,210 --> 00:11:22,560 OK. 173 00:11:23,130 --> 00:11:30,680 So by default, now we do not have anything as an auto reload, so we could just go ahead to the watch 174 00:11:30,690 --> 00:11:35,760 dog handler and here we try to restart before we exit from an hang right? 175 00:11:36,210 --> 00:11:44,580 So if you just go ahead to the drivers of the bullet, we must be having the function which basically 176 00:11:44,580 --> 00:11:46,220 restart our time, right? 177 00:11:46,230 --> 00:11:46,560 So. 178 00:11:47,670 --> 00:11:50,910 So here we have restart WTT. 179 00:11:52,100 --> 00:12:00,230 OK, so let's try to utilize this function and add it to it here, so after we perform our execution 180 00:12:00,230 --> 00:12:07,910 of an algorithm, the logic that we want to perform in and interrupt handler just be specified that 181 00:12:07,910 --> 00:12:09,890 we want to restart our washed-up name. 182 00:12:10,010 --> 00:12:10,280 OK. 183 00:12:10,580 --> 00:12:15,980 So here we have not added an auto reload mode. 184 00:12:16,070 --> 00:12:23,120 OK, so let me just try to perform an execution of this code and try to see if this work as expected. 185 00:12:23,330 --> 00:12:26,000 So we'll just be clearing the previous. 186 00:12:26,360 --> 00:12:31,940 And you could still see that we are able to still work in a similar right. 187 00:12:31,950 --> 00:12:37,910 So these are the two ways which are eligible for both RSU timer also, as well as a washed off timer, 188 00:12:38,160 --> 00:12:38,390 right?