1 00:00:00,060 --> 00:00:07,230 Lobbied condition is successful, will just go ahead and try to exploded into doing so will be programming 2 00:00:07,260 --> 00:00:08,910 Ibeju from instigates. 3 00:00:08,910 --> 00:00:12,630 It will go to an export and then will choose export. 4 00:00:12,630 --> 00:00:16,560 Typekit will also be including a bit and then will to. 5 00:00:17,580 --> 00:00:21,380 The next step is to again go to a fight and launch in history, right? 6 00:00:21,390 --> 00:00:25,080 So we'll be using the Space Deploy to approach it. 7 00:00:25,380 --> 00:00:27,490 Then we'll proceed with stick. 8 00:00:28,620 --> 00:00:34,920 OK, so we already have our high risk specification that now the next thing is to create a new application 9 00:00:34,920 --> 00:00:43,170 project, so go to file new application project and will you just be naming this as GPO EMI, right? 10 00:00:43,560 --> 00:00:47,100 And then the template that will be utilizing is again, an halloway. 11 00:00:47,910 --> 00:00:53,430 So once you create a new application project, you get this and this file open by default, and this 12 00:00:53,430 --> 00:01:00,560 is really helpful to know the specific driver that we want to utilize for the GPI that we have added, 13 00:01:00,590 --> 00:01:00,780 right? 14 00:01:00,790 --> 00:01:06,560 So if you just schooland an analyst, yes, seven GPI zero. 15 00:01:06,570 --> 00:01:11,280 So the specific set of four driver that we need to utilizes GPI. 16 00:01:11,520 --> 00:01:12,270 Yes, right. 17 00:01:12,600 --> 00:01:18,000 So what we need to do is you need to just add an X and then that will give us an access to a drive say 18 00:01:18,050 --> 00:01:18,290 so. 19 00:01:18,300 --> 00:01:22,140 Let it just go ahead and try to open our Halliwell Dot C. 20 00:01:23,640 --> 00:01:27,060 OK here will proceed with asking. 21 00:01:27,100 --> 00:01:32,320 Look, we already know that the driver that we require this x GPIO. 22 00:01:32,970 --> 00:01:33,570 Yes. 23 00:01:34,500 --> 00:01:43,350 So once you do this, just see code and try to see whether you whether it's able to invoke this library. 24 00:01:43,650 --> 00:01:50,190 So if you do not find any error and be successful, that this basically represent that this driver is 25 00:01:50,190 --> 00:01:51,180 present in an. 26 00:01:51,690 --> 00:01:51,960 Right. 27 00:01:52,260 --> 00:01:57,210 So we'll just click F3 to explore the content of a library, right? 28 00:01:57,420 --> 00:02:01,460 Again, this will follow the same procedure that we have for other Typekit, right? 29 00:02:01,470 --> 00:02:02,790 So we'll first. 30 00:02:04,190 --> 00:02:05,760 Look up for our device. 31 00:02:05,780 --> 00:02:09,620 OK, from our configuration table by utilizing look up config. 32 00:02:09,800 --> 00:02:16,060 OK, and then we'll be utilizing CMG initialize OK to initialize GPI. 33 00:02:16,070 --> 00:02:20,850 And then we have been specific APIs over here, right? 34 00:02:20,870 --> 00:02:24,770 So we'll just be performing them when we work with the API. 35 00:02:24,860 --> 00:02:25,610 Yes, OK. 36 00:02:25,910 --> 00:02:28,400 So you need to set the direction. 37 00:02:28,440 --> 00:02:28,820 OK. 38 00:02:28,850 --> 00:02:31,400 This is one of an epidemic of utilizing. 39 00:02:31,640 --> 00:02:34,790 And then you have to set an output rate. 40 00:02:34,790 --> 00:02:41,840 So when we working around with an LCD, we do need to specify the duration and we need to enable an 41 00:02:41,840 --> 00:02:42,070 output. 42 00:02:42,200 --> 00:02:43,970 Is that the two things that we need to do? 43 00:02:44,360 --> 00:02:48,200 And then we could ride the value that we want utilizing the right. 44 00:02:48,380 --> 00:02:48,650 Right. 45 00:02:48,860 --> 00:02:51,650 So when we consider an e-mail to the spin. 46 00:02:53,390 --> 00:02:59,780 Act 50, four eight zero two five three, we have an email and the first bin is at 54, so you're required 47 00:02:59,780 --> 00:03:01,430 to specify that on, right? 48 00:03:01,670 --> 00:03:07,760 Remember, the first bin for your mail will always start at 50, so let's just go ahead and try to develop 49 00:03:07,760 --> 00:03:08,430 an application. 50 00:03:08,460 --> 00:03:08,810 All right. 51 00:03:08,820 --> 00:03:11,110 So we already included the driver that we required. 52 00:03:11,750 --> 00:03:14,690 So very quick to point to structures over here. 53 00:03:14,690 --> 00:03:17,150 First one will be the. 54 00:03:18,400 --> 00:03:21,030 The Triber instance data, which is ex. 55 00:03:21,890 --> 00:03:23,150 Yes, so we'll just copy it. 56 00:03:23,480 --> 00:03:23,800 OK. 57 00:03:24,100 --> 00:03:27,570 And then we'll be adding it to work here so this will not be appointed. 58 00:03:27,650 --> 00:03:29,860 OK, will just be adding this as. 59 00:03:31,240 --> 00:03:31,570 OK. 60 00:03:31,960 --> 00:03:34,810 The second one is the config structure. 61 00:03:34,820 --> 00:03:37,180 So here we have on fixed structure. 62 00:03:37,480 --> 00:03:39,850 We'll just copy and this will be pointed, right? 63 00:03:40,870 --> 00:03:43,900 So this will be winter and this will do led. 64 00:03:45,150 --> 00:03:45,860 Conflict. 65 00:03:47,830 --> 00:03:48,060 OK. 66 00:03:49,240 --> 00:03:54,760 So we added the first Dubai, for instance, structure and then conflict such right? 67 00:03:54,790 --> 00:03:56,440 These are the two things that we need to do. 68 00:03:56,740 --> 00:04:02,070 We start with an innate function that will be helpful in initializing are very friendly. 69 00:04:02,080 --> 00:04:04,960 So White will just be naming it as in it. 70 00:04:05,060 --> 00:04:05,410 OK. 71 00:04:05,770 --> 00:04:11,230 And then first thing for initialization of devices to look for our device. 72 00:04:11,540 --> 00:04:11,800 Right. 73 00:04:11,800 --> 00:04:14,260 So the function or API that we have is. 74 00:04:15,530 --> 00:04:22,610 Look up conflicts, so we'll just cop it, and then this will be connected to alleged conflict. 75 00:04:23,000 --> 00:04:23,300 Right. 76 00:04:23,600 --> 00:04:31,370 This week was to the conflict and you need to specify the device so how you find a device IED. 77 00:04:31,760 --> 00:04:35,330 Just go ahead and try to include x parameters. 78 00:04:37,070 --> 00:04:43,760 Daughter trait, this gives an access to and tied information related to the petty theft, and so just 79 00:04:43,760 --> 00:04:45,040 go ahead and click SD. 80 00:04:45,770 --> 00:04:53,310 So here if you just search for pill, so this will take us to the GP, B.S. institutes, right? 81 00:04:53,330 --> 00:04:55,220 And this is the device that we have. 82 00:04:55,220 --> 00:04:59,930 So we'll just copy this will go back to our code and will add this over here. 83 00:05:00,160 --> 00:05:07,170 Right now, this will give us an access to up reset rate, which is required for the GPI Owens's that 84 00:05:07,210 --> 00:05:08,090 we created, right? 85 00:05:08,630 --> 00:05:13,460 The next thing that we will do is to utilize CFD initialize, right? 86 00:05:13,460 --> 00:05:15,350 So this is the function that we have. 87 00:05:15,620 --> 00:05:17,240 It requires three arguments again. 88 00:05:17,300 --> 00:05:19,220 First, one is an instance. 89 00:05:19,520 --> 00:05:22,690 Second one is the conflict pointer. 90 00:05:22,910 --> 00:05:24,620 And then the last one is, Hemby said. 91 00:05:24,860 --> 00:05:24,990 So. 92 00:05:25,200 --> 00:05:31,770 So we said, does this president configured set or you could copy the state for my next parameter darknet. 93 00:05:32,170 --> 00:05:33,320 Both the methods are fine. 94 00:05:33,680 --> 00:05:35,180 We just added, We're here. 95 00:05:36,170 --> 00:05:36,500 OK. 96 00:05:36,530 --> 00:05:37,880 First document is to. 97 00:05:38,770 --> 00:05:39,890 GPA nonsense. 98 00:05:40,150 --> 00:05:45,970 So that is the point, is it will just specify an address, so this we do like design Goodson. 99 00:05:46,660 --> 00:05:47,020 OK. 100 00:05:47,200 --> 00:05:49,720 And then for us and Instance.new means right. 101 00:05:49,810 --> 00:05:53,250 Second one is the config pointer. 102 00:05:53,260 --> 00:05:55,600 So we just copied and pasted over here. 103 00:05:55,840 --> 00:05:57,580 The last one is to be said. 104 00:05:57,950 --> 00:06:00,730 We could just use our config. 105 00:06:01,750 --> 00:06:05,550 OK, and then in this, we do have these ideas. 106 00:06:06,040 --> 00:06:12,070 So this is one of the methods that we have right now, this will return whether initialization is successful 107 00:06:12,070 --> 00:06:12,430 or not. 108 00:06:13,030 --> 00:06:18,330 So to verify this, OK, what we could do is we could just declare one ready. 109 00:06:18,730 --> 00:06:21,250 We just need to see this, OK? 110 00:06:21,550 --> 00:06:29,920 And we'll be connecting this status to CFD initially, right? 111 00:06:29,920 --> 00:06:32,500 And then we'll just be verifying whether. 112 00:06:33,480 --> 00:06:40,660 We'll just be verifying whether it is successful or not, so we do have the macros for that if state 113 00:06:40,680 --> 00:06:44,040 as is equals to excess key. 114 00:06:45,150 --> 00:06:45,920 Sexist. 115 00:06:46,370 --> 00:06:51,420 OK, that is basically if it returns true, then our initialization is sexist for this, we already 116 00:06:51,430 --> 00:06:51,600 know. 117 00:06:52,320 --> 00:06:56,840 So in that case, we will be utilizing the if. 118 00:06:57,770 --> 00:06:58,130 OK. 119 00:06:58,580 --> 00:07:09,970 And then here we will be mentioning that device, and it is success rate else and it will just be adding 120 00:07:10,130 --> 00:07:11,600 in brain death. 121 00:07:12,460 --> 00:07:14,200 Device in it. 122 00:07:14,710 --> 00:07:21,820 We did help us really to understand where our is feeling, right, so if everything goes fine, really 123 00:07:21,820 --> 00:07:24,080 well to see this message right? 124 00:07:24,100 --> 00:07:25,450 So let me just see cool. 125 00:07:25,930 --> 00:07:26,890 The next thing is. 126 00:07:27,070 --> 00:07:28,880 So when we go to the mean. 127 00:07:28,900 --> 00:07:33,550 So this allows us to detect initialize what and that is what we require. 128 00:07:33,640 --> 00:07:33,930 Right. 129 00:07:33,940 --> 00:07:36,040 Then we'll just be calling in and it function. 130 00:07:36,050 --> 00:07:40,620 So that will also initialize the GPI so that we have right. 131 00:07:41,140 --> 00:07:43,420 Then we proceed with a call. 132 00:07:43,760 --> 00:07:48,890 So we'll set the direction, will enable an output and then continuously will be toggling all the bit. 133 00:07:48,910 --> 00:07:50,350 That is what we call right. 134 00:07:50,770 --> 00:07:51,670 We just go ahead. 135 00:07:51,940 --> 00:07:56,810 The functions that we have, the EPA is that we have for a pin number. 136 00:07:56,980 --> 00:08:02,920 So we already knew that the coup leader work around with the bank or with the pin. 137 00:08:02,920 --> 00:08:06,500 But here we know that EMI start acting number fifty four. 138 00:08:06,730 --> 00:08:08,620 So let it just focus on a pin rate. 139 00:08:08,620 --> 00:08:10,790 So you have an EPA is related to bank. 140 00:08:11,230 --> 00:08:13,930 And you also have an EPA related to PIN, right? 141 00:08:13,930 --> 00:08:16,930 So we'll proceed with an EPA is related to. 142 00:08:17,200 --> 00:08:17,440 Right. 143 00:08:17,800 --> 00:08:20,110 First thing is to set the direction rate. 144 00:08:20,110 --> 00:08:21,730 So if you just click on an F3. 145 00:08:22,990 --> 00:08:30,820 So this said, the direction of a specific thing, so I alluded that 54, 55, 56 and 57 because our 146 00:08:30,820 --> 00:08:32,530 e-mails start at 54, right? 147 00:08:32,950 --> 00:08:35,920 So this could be used to say to the election of a specified been. 148 00:08:36,360 --> 00:08:37,660 OK, and here. 149 00:08:39,070 --> 00:08:40,030 Direction. 150 00:08:41,180 --> 00:08:47,930 Of valid values are zero for an input direction and one for an output direction, and we want to control 151 00:08:47,940 --> 00:08:51,740 energy, so basically they behave as an output board, right? 152 00:08:51,890 --> 00:08:53,860 So we'll just be adding a value of what? 153 00:08:53,870 --> 00:08:55,760 So let it just copy this function. 154 00:08:56,060 --> 00:09:01,270 Now it required for us to achieve by instance, then the pin number and finally direction. 155 00:09:02,120 --> 00:09:02,960 You just go ahead. 156 00:09:03,800 --> 00:09:09,890 So first is that the GPI instance, which we named as an early OK, then the pin number, which is 54, 157 00:09:10,280 --> 00:09:12,830 and we want to set it as an output. 158 00:09:13,190 --> 00:09:13,430 OK. 159 00:09:14,030 --> 00:09:19,520 Similarly, we need to enable, right, so to enable it. 160 00:09:20,240 --> 00:09:25,100 We have a function which we need to set output in. 161 00:09:25,350 --> 00:09:26,600 So if you just explore it. 162 00:09:27,560 --> 00:09:35,300 So this is used to say to the label of the specified dates, you need to manually enable an output and 163 00:09:35,300 --> 00:09:38,900 then only you could see the valid values on an LCD three. 164 00:09:39,550 --> 00:09:44,780 So zero for the sibling output enable and this will be by default rate. 165 00:09:44,800 --> 00:09:46,510 So by default, it will be set at zero. 166 00:09:46,520 --> 00:09:53,620 So you won't be able to see anything unless you enable one for enabling an outbreak. 167 00:09:53,900 --> 00:09:54,770 They just copy this. 168 00:09:54,930 --> 00:09:58,730 They can required an instance, the pin number and the value, right? 169 00:09:59,940 --> 00:10:02,550 So for us, we'll just be adding. 170 00:10:04,170 --> 00:10:06,360 Plus, instance name is a lady. 171 00:10:06,690 --> 00:10:11,820 Then we have a pin number, which is 54, and then we want to enable you great. 172 00:10:11,820 --> 00:10:13,890 So this will enable our first lady. 173 00:10:14,390 --> 00:10:19,340 OK, the next one could just be copied like this. 174 00:10:19,340 --> 00:10:23,270 So we have a full release and the pin number will be implemented by one, right? 175 00:10:23,280 --> 00:10:27,150 So this will be 50 where we have the next EMI open. 176 00:10:27,450 --> 00:10:30,630 Then the next one is fifty six. 177 00:10:31,530 --> 00:10:36,170 OK, and the last thing that we have is fifty seven. 178 00:10:36,180 --> 00:10:41,910 And since all are and output think we do need to apply the same configuration setting, right? 179 00:10:41,910 --> 00:10:49,320 So here we are, initializing our driver and then we also set the data channel will to build them continuously, 180 00:10:49,320 --> 00:10:49,620 right? 181 00:10:49,620 --> 00:10:51,630 So we will just utilize the while one. 182 00:10:52,970 --> 00:10:53,330 OK. 183 00:10:54,900 --> 00:11:02,610 And then to send the values, we must be having an API so you have a right thing, which basically right 184 00:11:02,610 --> 00:11:08,810 the values to the specific number, right, so if you just explode, so this function is used to write 185 00:11:08,820 --> 00:11:14,280 the that was specified means so you just need to add an instance name, then the pin number and delete. 186 00:11:14,280 --> 00:11:17,520 All right, so let me just go ahead and. 187 00:11:18,700 --> 00:11:19,660 Had this right. 188 00:11:20,020 --> 00:11:26,860 So, for instance, you may say Lady PIN number is first one fifty four and we want to write when we 189 00:11:26,860 --> 00:11:31,900 start with one and then we'll wait for some time and then realized, See, right, this is what we're 190 00:11:31,900 --> 00:11:32,970 going to. 191 00:11:34,100 --> 00:11:39,610 So here we just need to change the pin number that is the next one that we have is fifty five. 192 00:11:39,650 --> 00:11:46,020 Then next, when it's fifty six and then fifty seven plus will be sending one to all the beans. 193 00:11:46,100 --> 00:11:53,210 OK, we'll just be waiting for one second, OK, and then we'll be turning all of them off, right? 194 00:11:53,210 --> 00:11:56,710 So let me just go ahead and try to turn them off, right? 195 00:11:56,720 --> 00:12:04,550 So pin number will remain C. We'll just be changing the value to you right again before turning them 196 00:12:04,550 --> 00:12:07,580 all will be waiting for details. 197 00:12:07,790 --> 00:12:07,980 Right. 198 00:12:08,000 --> 00:12:13,600 So this is the simple program that will be executing on and if right. 199 00:12:13,670 --> 00:12:20,150 So what we did was we initially said that you said, OK, then we said the direction and we enable and 200 00:12:20,150 --> 00:12:25,520 our great desire to the two to thing that we need to do because by default, output pen is disabled, 201 00:12:25,940 --> 00:12:28,820 then the next one is we are sending the value. 202 00:12:28,820 --> 00:12:31,600 So for that, you also have a specific EPA. 203 00:12:31,610 --> 00:12:37,700 So we are utilizing the right thing again that we are specifying a pin number instance and the value 204 00:12:37,710 --> 00:12:38,060 rate. 205 00:12:38,600 --> 00:12:43,990 We are waiting for one second and then we are turning them off, right? 206 00:12:44,000 --> 00:12:47,160 So this will give us a cooling effect on all their leads. 207 00:12:47,180 --> 00:12:51,500 That is what we are expecting to learn to see the whole. 208 00:12:51,530 --> 00:12:55,630 It will automatically be OK and this should be successful. 209 00:12:55,640 --> 00:12:59,030 So here you could see everything is understood by an SDK. 210 00:12:59,090 --> 00:13:02,540 The next thing is to turn on the bulb and then connect. 211 00:13:03,350 --> 00:13:10,720 They FPGA to the right, so first thing after this is to program it, so let it just program, and we've 212 00:13:10,730 --> 00:13:14,870 already included Bitstream into any institute data. 213 00:13:14,870 --> 00:13:17,750 This will allow us to program our BJU from an SDK. 214 00:13:18,050 --> 00:13:25,340 So once you see that done late, been all on an FPGA right, we will be running this on and if we do 215 00:13:25,340 --> 00:13:27,350 so, right click run as. 216 00:13:28,410 --> 00:13:34,290 Launch on Harvard and just to analyze the device and the initialization is successful or not, right? 217 00:13:35,580 --> 00:13:40,630 We just be first connecting and sticky, so let me just go click on this st. 218 00:13:41,070 --> 00:13:41,430 OK? 219 00:13:41,640 --> 00:13:47,220 Select Comfort and then click OK, so that you can't go disconnected. 220 00:13:48,090 --> 00:13:51,120 Go ahead and this launch on highway. 221 00:13:51,660 --> 00:13:58,050 So if everything is successful, OK, you could able to see device initialization a successful line 222 00:13:58,050 --> 00:14:01,750 on the board if you analyze you able to see the LCD. 223 00:14:01,770 --> 00:14:02,310 Totally.