1 00:00:00,060 --> 00:00:05,670 So I presume generation is successful, the next step is to export and hardware five. 2 00:00:05,730 --> 00:00:11,330 OK, so we go to a file export export part of it, and this will be including a bitstream. 3 00:00:11,610 --> 00:00:14,040 So once we select the correct project? 4 00:00:14,610 --> 00:00:20,840 OK, so here we will automatically choose the project that actually we have the related. 5 00:00:21,180 --> 00:00:23,670 OK, so click next and then finish. 6 00:00:25,510 --> 00:00:31,600 So once platform export is successful, we go to tools and we launch like this, Heidi. 7 00:00:33,580 --> 00:00:40,000 Here we need to choose the right project, and let's go forward, which will serve as the workspace 8 00:00:40,000 --> 00:00:42,400 for our why you decided, so we click on browse button. 9 00:00:42,870 --> 00:00:46,330 OK, and then we choose Project and Disco 40 right now. 10 00:00:46,330 --> 00:00:52,020 Remember why this ad, by default, choose the previous project directory. 11 00:00:52,100 --> 00:00:59,880 OK, so as soon as you create a new project, you need to choose the theme that we have every project 12 00:00:59,890 --> 00:01:02,040 right, then click Launch Button. 13 00:01:03,620 --> 00:01:09,620 So once I would like to say it is launch, we go ahead and select Create Platform Project this we be 14 00:01:09,620 --> 00:01:11,240 naming as a studio. 15 00:01:11,570 --> 00:01:11,950 OK? 16 00:01:11,990 --> 00:01:12,680 Click next. 17 00:01:13,320 --> 00:01:19,870 We click on Browse Button, OK, and then we need to go to a folder where we have our accessible date 18 00:01:19,880 --> 00:01:22,220 so it will be inside project and disco fortified. 19 00:01:24,010 --> 00:01:29,770 So once we successfully lead and harvest specification, we just need to choose that and click on finish. 20 00:01:31,010 --> 00:01:36,140 So once our platform project is ready, first thing that we do is to build a platform project, right? 21 00:01:36,830 --> 00:01:39,690 So now you will see the out of date status is gone. 22 00:01:39,710 --> 00:01:42,380 Now we select a black phone project, right click new. 23 00:01:42,980 --> 00:01:44,780 Then we have an application project. 24 00:01:45,260 --> 00:01:48,830 Next, we will be using the same platform project. 25 00:01:48,860 --> 00:01:49,210 OK. 26 00:01:49,460 --> 00:01:50,510 That is you. 27 00:01:50,510 --> 00:01:55,130 Click next and we will be naming this as you underscore S2. 28 00:01:55,310 --> 00:01:56,750 Right click next. 29 00:01:56,750 --> 00:02:02,960 And then we will be choosing in Hallowell, because that provides us a series of an API which could 30 00:02:02,960 --> 00:02:04,660 be used to interact with the council. 31 00:02:05,630 --> 00:02:08,210 So we seek to select Hallowell and click Finish. 32 00:02:09,200 --> 00:02:14,600 Right now we go to Assault-style where we have our Hallowell Darcy and then we start building up our 33 00:02:14,600 --> 00:02:15,350 application, right? 34 00:02:15,770 --> 00:02:21,140 First thing that you do as soon as your application project is ready, go to a GPO right where you have 35 00:02:21,410 --> 00:02:26,810 a BSB file and look for the driver, which are recommended for the respect to IP. 36 00:02:26,810 --> 00:02:33,320 Right to our IP instance name is the Excite UPI zero, and for it, the recommended trailer is Cupido. 37 00:02:33,350 --> 00:02:38,540 So we just need to add up graphics ASICs and that will give an access to the channel rate. 38 00:02:38,540 --> 00:02:39,650 So we go ahead. 39 00:02:41,480 --> 00:02:49,160 And include the driver for our exciting plan, right, so this will be harsh, include then we need 40 00:02:49,160 --> 00:02:52,830 to add x GPIO dot h. 41 00:02:52,850 --> 00:02:53,150 Right. 42 00:02:53,150 --> 00:02:55,270 So this will be the driver for Audi side. 43 00:02:55,620 --> 00:03:01,280 I hope that we have added in a block design one more driver that we require to get an access to all 44 00:03:01,280 --> 00:03:05,840 the hardware related information is x parameters done right. 45 00:03:05,870 --> 00:03:08,540 So these are the two mandatory drivers, right? 46 00:03:08,870 --> 00:03:14,540 Then we exclude the content of a GPI is so just click F3 to get an access to a driver. 47 00:03:15,740 --> 00:03:23,210 Now here we will be utilizing the same fundamentals that we discussed in the start of the session, 48 00:03:23,340 --> 00:03:23,600 right? 49 00:03:23,610 --> 00:03:27,130 So here we have a conflict structure and an insurgent structure, right? 50 00:03:27,140 --> 00:03:29,210 So we will be copying this. 51 00:03:29,840 --> 00:03:32,800 Going back to our high level Darcy. 52 00:03:33,050 --> 00:03:37,580 OK, so conflict structure should be a pointer that they just need this as you. 53 00:03:38,600 --> 00:03:39,240 Config. 54 00:03:39,350 --> 00:03:39,620 Right. 55 00:03:39,980 --> 00:03:42,230 Then we required an instant structure. 56 00:03:42,350 --> 00:03:45,620 So this will be our instant structure, right? 57 00:03:45,950 --> 00:03:52,190 Then we declared one function, which could be used to initialize up any I right. 58 00:03:52,220 --> 00:03:54,110 We just named this as value in it. 59 00:03:55,030 --> 00:03:56,860 Now we go to a guy who had a fight. 60 00:03:57,310 --> 00:04:02,290 So you have a look up conflict and see of judicial leadership, so there are two ways by which you would 61 00:04:02,290 --> 00:04:04,630 provide the initialization. 62 00:04:04,660 --> 00:04:08,410 OK, so you will utilize to look up conflict that can lead to conflict structure. 63 00:04:08,410 --> 00:04:13,510 And then this conflict structure you will be utilizing in this year of initialize, along with an instance 64 00:04:13,510 --> 00:04:17,860 structure and the address to initialize or you could just utilize initialized. 65 00:04:18,000 --> 00:04:23,440 So this just required an instant structure, and the device attached to this doesn't require the. 66 00:04:25,010 --> 00:04:32,420 Config structure, in fact, this if you explore, OK, so if you go to GPI, you initialize OK, so 67 00:04:32,420 --> 00:04:36,200 there's in fact called lookup config and then see if initialized. 68 00:04:36,410 --> 00:04:37,880 So we could. 69 00:04:39,080 --> 00:04:45,380 We're all like this, so we could utilize CFD Initialise look up country for some time, we may also 70 00:04:45,380 --> 00:04:47,050 utilize Tupaea. 71 00:04:47,080 --> 00:04:50,210 You initialize if it exists, but so would the method will give us. 72 00:04:50,780 --> 00:04:50,900 Right. 73 00:04:50,900 --> 00:04:55,410 So let me just copy this and try to work around with this, right? 74 00:04:55,430 --> 00:04:55,790 So. 75 00:04:56,730 --> 00:04:58,350 We had this function over here. 76 00:04:58,650 --> 00:05:00,780 Now this only have two argument. 77 00:05:00,810 --> 00:05:02,420 First one is an instance structure. 78 00:05:02,640 --> 00:05:03,690 Just you. 79 00:05:04,080 --> 00:05:08,990 And the second argument that we have is U-16 device idea, right? 80 00:05:09,000 --> 00:05:10,230 So to find out the device. 81 00:05:10,830 --> 00:05:14,820 We just go to expert amateur doctor and look for GPI. 82 00:05:14,850 --> 00:05:15,180 Right? 83 00:05:15,660 --> 00:05:21,210 So here you have any sage, UPI or zero based address and then the device, right? 84 00:05:21,210 --> 00:05:22,360 So we just copy this. 85 00:05:22,380 --> 00:05:27,300 We go back to LULAC and this will be our second argument right now. 86 00:05:27,300 --> 00:05:30,390 This function return if you just analyze the. 87 00:05:31,570 --> 00:05:33,100 The description of dysfunction. 88 00:05:33,130 --> 00:05:38,080 OK, so this return makes this two successive initialization also sets us apart, right? 89 00:05:38,110 --> 00:05:41,410 So we just need to verify whether initialization is successful or not. 90 00:05:41,410 --> 00:05:47,140 So we will be storing this cheaters into an incredible now why we are utilizing an incredible because 91 00:05:47,140 --> 00:05:48,460 visited in the end, right? 92 00:05:48,790 --> 00:05:53,670 So and they just named this as status, right? 93 00:05:53,680 --> 00:05:58,090 And then we will be verifying whether statistics do say. 94 00:05:58,540 --> 00:05:59,050 So if? 95 00:06:00,010 --> 00:06:00,670 Status. 96 00:06:01,720 --> 00:06:12,250 As equals to rate access to success in that case, we will just be utilizing to win death and we will 97 00:06:12,250 --> 00:06:18,940 be launching mentioning device in it success for right. 98 00:06:20,090 --> 00:06:22,770 And sales vehicle, just add to the. 99 00:06:24,170 --> 00:06:24,540 OK. 100 00:06:24,920 --> 00:06:28,700 And then here we will be adding device in it. 101 00:06:29,820 --> 00:06:31,500 We think this makes sense. 102 00:06:31,890 --> 00:06:39,330 This is how we will be utilizing an initialize function, Rachel, wherever you find the driver consisting 103 00:06:39,330 --> 00:06:43,320 of both the method, you could prefer to choose any one. 104 00:06:43,390 --> 00:06:43,620 Right. 105 00:06:43,620 --> 00:06:49,370 So here we have utilized initialize in the previous example, we work around with a look config and 106 00:06:49,380 --> 00:06:50,150 see of change. 107 00:06:50,590 --> 00:06:52,740 So this complete the process of initialization. 108 00:06:53,010 --> 00:06:54,970 Now we go to our mean code. 109 00:06:54,990 --> 00:07:00,210 OK, and we will be removing this string, which are outdated by default since we are utilizing and 110 00:07:00,230 --> 00:07:01,050 Hallowell template. 111 00:07:01,510 --> 00:07:04,800 First thing that we do is to call that UPI unique function. 112 00:07:04,860 --> 00:07:07,170 Right now, we know that we are working with the GPI already. 113 00:07:07,740 --> 00:07:12,420 We need to set up the dedication and then we can start interacting with our pin today. 114 00:07:12,810 --> 00:07:19,860 So we go to our GPO driver file and find out whether we have an API to set the data protection right? 115 00:07:19,860 --> 00:07:24,630 So you could see we have an API to say the if you just read the description of it. 116 00:07:25,630 --> 00:07:33,130 So this set and input output direction for all the discrete signal of the specified rate, so those 117 00:07:33,130 --> 00:07:33,460 have. 118 00:07:35,080 --> 00:07:37,450 Three argument first one is an instant structure. 119 00:07:37,480 --> 00:07:45,190 Then the chain, all right, so if you observe the GPI, you IP, right click on in Dubai, you could 120 00:07:45,190 --> 00:07:49,780 see we have a toolchain, but since we have not enabled the second chain. 121 00:07:49,960 --> 00:07:53,250 OK, so we are predominantly working on a single channel, right? 122 00:07:53,260 --> 00:07:55,450 So as we progress further, we will be understanding. 123 00:07:56,940 --> 00:08:00,170 How we use a dual channel, the and UPI IP, right? 124 00:08:00,570 --> 00:08:06,180 So this confirms us that we are only utilizing a single channel, so here we just need to add a one. 125 00:08:07,720 --> 00:08:13,300 This function can be used to control the direction of Max 32bit right now we are utilizing only. 126 00:08:14,310 --> 00:08:19,650 Before I leave, so we just need to work with analysts before, right, so this could be used to control 127 00:08:19,650 --> 00:08:21,360 the direction of weather data, right? 128 00:08:21,660 --> 00:08:22,800 So just copied this. 129 00:08:23,160 --> 00:08:24,750 Go back to Anne Hallowell Darcy. 130 00:08:26,510 --> 00:08:33,230 So the first argument that we have is the Insta structure, which is GPO in this case. 131 00:08:34,510 --> 00:08:38,680 Then we need to specify the channel number. 132 00:08:38,730 --> 00:08:40,720 So here we are, utilizing a single channel. 133 00:08:40,750 --> 00:08:47,200 And since we are only utilizing the four areas we need to work on predominantly a list before, but 134 00:08:47,200 --> 00:08:53,380 right now we just need to know what you need to add if you want to take the bin as an output, right? 135 00:08:54,250 --> 00:08:55,780 So that action is. 136 00:08:56,840 --> 00:09:03,800 Bit set two zero hour output and set to one hour in great, so whenever you want to utilize any of the 137 00:09:03,800 --> 00:09:06,260 penis and output, we just need to add a seat, right? 138 00:09:07,380 --> 00:09:13,710 So we go ahead and we ate zero zero, this is basically equivalent to Anheuser December to direct. 139 00:09:13,740 --> 00:09:19,530 So if you convert this to a binary, this will be for binary zero two, and that will basically set 140 00:09:19,530 --> 00:09:22,620 the LSP for bit to a zero. 141 00:09:22,710 --> 00:09:23,280 So we. 142 00:09:24,240 --> 00:09:29,040 I will be having the four pins, which are set as an output. 143 00:09:29,550 --> 00:09:34,860 So once you correctly said that addiction, depending on the number of pins that you want to set, right, 144 00:09:35,100 --> 00:09:40,670 we go ahead and we find out anyplace that could be used to read and write the data right. 145 00:09:40,770 --> 00:09:45,990 We have a discreet right that could be used to write it down, but try to dig into quite an interesting 146 00:09:45,990 --> 00:09:49,980 structure, the China number and the data that we will be writing, Rachel. 147 00:09:51,640 --> 00:09:52,930 We just copy this. 148 00:09:52,960 --> 00:09:58,900 OK, so here we have first documented an instance structure China number handed right to a lady. 149 00:09:58,900 --> 00:10:02,200 Just go ahead and try to add this function. 150 00:10:02,320 --> 00:10:09,250 OK, first one is the GPIO, then the China number is one and the that we want to regulate this as you 151 00:10:09,250 --> 00:10:09,520 miss. 152 00:10:09,880 --> 00:10:11,980 First, we will be turning on all lady. 153 00:10:12,040 --> 00:10:15,940 Then we add one second, right? 154 00:10:16,030 --> 00:10:17,650 And then. 155 00:10:19,110 --> 00:10:24,000 We will be turning off, all right, so this could be done by. 156 00:10:25,260 --> 00:10:30,080 Writing zero to the likes of Zero, A., S. C. Wright. 157 00:10:31,270 --> 00:10:34,030 When this is, you will again be waiting for one second. 158 00:10:34,360 --> 00:10:38,440 This will be indeed the blinking effect similar to what we accurate, and I hope not. 159 00:10:38,580 --> 00:10:39,850 Right to this complete the goal. 160 00:10:40,180 --> 00:10:47,680 What we did is we utilize the GPIO in it to initialize our AGP IP, which is exactly similar to what 161 00:10:47,680 --> 00:10:48,430 we did with. 162 00:10:48,430 --> 00:10:50,530 And I hope, yes, also, right? 163 00:10:50,650 --> 00:10:54,400 We are calling upon this perform an initialization of our periphery. 164 00:10:54,430 --> 00:10:57,760 Then we set up the detection, OK to set the pin as an output. 165 00:10:57,760 --> 00:11:03,850 We need to apply C2 and then we are writing the detail by utilizing discrete red state so that it just 166 00:11:03,850 --> 00:11:05,620 killed our project, so press control. 167 00:11:06,100 --> 00:11:10,870 This will automatically start the process of building off project and was less finished. 168 00:11:12,420 --> 00:11:18,210 We go ahead, select our application project, Debug, as we launch on heart rate. 169 00:11:18,990 --> 00:11:21,810 This will open up the e-book perspective. 170 00:11:22,090 --> 00:11:22,410 OK. 171 00:11:24,160 --> 00:11:30,940 So let it go to a right click on this plus button, select the comfort gifts that help us to analyze 172 00:11:30,940 --> 00:11:35,490 whether device initialization is successful or not, and then click on Resume button, right? 173 00:11:35,490 --> 00:11:41,020 See here you could observe device and it is successful, and if you observe an LCD, you would actually 174 00:11:41,020 --> 00:11:45,010 see the LCD blinking at an interval of one second. 175 00:11:45,250 --> 00:11:47,970 So this is how we utilize any GPI.