1 00:00:00,060 --> 00:00:04,760 So in this specific section, we'll be predominantly dealing with the time, so when we consider doing 2 00:00:04,770 --> 00:00:10,260 processing system, we do have a multiple timer that counters which are present right, so we will be 3 00:00:10,260 --> 00:00:16,630 covering each of them in detail so that you could apply the same concept to another time, right? 4 00:00:16,650 --> 00:00:19,470 So we have a private timer for a CPU. 5 00:00:19,560 --> 00:00:22,650 OK, so we have a 32 bit timer, OK? 6 00:00:22,650 --> 00:00:24,840 And then 32 bit washed off timer. 7 00:00:24,840 --> 00:00:28,800 So these are the two private CPU timer available with us. 8 00:00:28,820 --> 00:00:31,470 The next one is the 64 bit global time. 9 00:00:31,470 --> 00:00:34,080 And now when we consider here a private CPU timer. 10 00:00:34,410 --> 00:00:36,150 OK, so that enabled by default. 11 00:00:36,150 --> 00:00:41,610 So we do not need to check or uncheck anything in any configuration window as we do with the battery, 12 00:00:41,630 --> 00:00:41,910 right? 13 00:00:41,920 --> 00:00:47,960 So those are enabled with by default and we will be covering both of them in a day. 14 00:00:47,970 --> 00:00:53,960 So we'll be covering how we utilize 32 bit timer and how we utilize that to bit washed off timer. 15 00:00:54,090 --> 00:01:01,380 So predominantly since we have not worked at with an interrupts yet, so we will be focusing more on 16 00:01:01,390 --> 00:01:01,530 it. 17 00:01:01,920 --> 00:01:04,460 So all of them could be utilizing two more. 18 00:01:04,470 --> 00:01:12,300 Either we could go ahead with the full mode, OK, or we could use an interpreter even more so we will 19 00:01:12,300 --> 00:01:14,250 be covering an interest related concept. 20 00:01:14,250 --> 00:01:19,470 Once we cover fundamental of interest rates will be going fundamental of both of them into details. 21 00:01:20,010 --> 00:01:22,370 Then we have a 64 bit of movable timer. 22 00:01:22,660 --> 00:01:25,170 OK, then something which we could enable. 23 00:01:25,200 --> 00:01:30,120 So these are privy to a CPU and does that an independent block that we have so we could enable them 24 00:01:30,330 --> 00:01:32,850 by checking in a configuration window, right? 25 00:01:32,850 --> 00:01:37,340 So we have in one system watchdog timer and then to triple timer count, right? 26 00:01:37,350 --> 00:01:39,200 So each with the three independent. 27 00:01:39,570 --> 00:01:47,260 So we will not be covering system work or paper, but we will be covering ditsy in this category. 28 00:01:47,790 --> 00:01:53,770 Then along with this, we also have an provision to add Peel APIs, right? 29 00:01:53,770 --> 00:01:55,770 So APIs that you have it and FPGA. 30 00:01:55,770 --> 00:01:59,370 So this include two popular APIs that is inside timer. 31 00:01:59,370 --> 00:02:01,610 Any time is washed up time. 32 00:02:01,620 --> 00:02:01,950 All right. 33 00:02:02,160 --> 00:02:03,870 So we'll be covering out of this. 34 00:02:03,910 --> 00:02:05,370 You will be covering this. 35 00:02:05,400 --> 00:02:05,760 OK. 36 00:02:06,240 --> 00:02:07,740 So these are series off. 37 00:02:08,970 --> 00:02:13,890 The things that we'll be covering in this section now here, we will be considering this to be an intermediate 38 00:02:13,890 --> 00:02:14,220 Typekit. 39 00:02:14,400 --> 00:02:17,620 This will be complicated as compared to what? 40 00:02:17,640 --> 00:02:18,270 Yes, right. 41 00:02:18,690 --> 00:02:21,930 But this will build up our foundation as we move ahead. 42 00:02:21,990 --> 00:02:22,260 Right. 43 00:02:22,710 --> 00:02:27,750 So we have various Tyne-Wear and counter option into the pricing system, which include the private 44 00:02:27,750 --> 00:02:34,350 CPU timer or counters a 64 bit global timer's something which could be configured as an independent 45 00:02:34,350 --> 00:02:34,570 block. 46 00:02:34,710 --> 00:02:41,190 We have a system watchdog timer to triple type of counter and then the old timer, which I say timer 47 00:02:41,190 --> 00:02:42,540 and watchdog time. 48 00:02:42,540 --> 00:02:45,270 This time this washtub time, right? 49 00:02:45,750 --> 00:02:48,600 We'll be covering 32 bit timer, 32 bit washed up time. 50 00:02:48,720 --> 00:02:51,240 Did I give it to you then? 51 00:02:51,240 --> 00:02:56,350 How we enable independent log with the zinc processing system and how we utilize them? 52 00:02:56,370 --> 00:02:58,110 That is how we go out of it. 53 00:02:58,110 --> 00:02:59,340 That tuple Typekit content. 54 00:02:59,400 --> 00:03:02,550 This will also be very and how we use APL. 55 00:03:03,540 --> 00:03:05,430 Eyepiece that is the exciting, right? 56 00:03:05,610 --> 00:03:12,950 It's the same concept could be utilized for as WD 60 for the global gamer and excite time based watchdog. 57 00:03:13,350 --> 00:03:13,660 Right? 58 00:03:13,710 --> 00:03:15,030 So let's get started.