WEBVTT 00:05.110 --> 00:12.130 The very first tip before using Dubai is to flush an operating system on the SD card you have and do 00:12.130 --> 00:13.270 some configuration. 00:13.750 --> 00:19.330 In this lesson, I will show you how you can easily install the Raspberry Pi OS on your micro SD card, 00:19.540 --> 00:26.830 but also how to set up the Wi-Fi and an SSD connection so we can get access to the Raspberry Pi. 00:26.950 --> 00:34.330 So you can start by going on Google and just type Raspberry Pi and go to Raspberry Pi dot com. 00:34.840 --> 00:38.380 So Raspberry Pi dot com and then just go to software here. 00:38.950 --> 00:42.400 So you should have Raspberry Pi dot com slash software. 00:42.760 --> 00:48.400 And we are going to download and install the Raspberry Pi imager here. 00:48.760 --> 00:49.570 So what is this? 00:49.660 --> 00:54.880 This is actually software you can install on Windows, macOS and also Linux. 00:55.120 --> 00:59.110 And this will allow you to easily flush the operating system. 00:59.110 --> 01:03.010 So the Raspberry Pi operating system into your SD card. 01:03.310 --> 01:06.160 So click on whatever operating system you have right now. 01:06.190 --> 01:09.820 Okay, I am running windows, so I'm going to download it for Windows. 01:10.210 --> 01:12.430 Then you can wait a few seconds. 01:13.770 --> 01:17.040 And when you have the installer, you can just run the installer. 01:17.460 --> 01:20.460 Maybe it will ask you to confirm Sloan-Kettering. 01:20.460 --> 01:27.210 Yes, if you have a pop up on Windows and then well, that's installed the Raspberry Pi imager on the 01:27.210 --> 01:27.660 computer. 01:27.900 --> 01:30.810 So click on install and that's pretty much it. 01:30.810 --> 01:31.710 So now you wait a bit. 01:32.790 --> 01:33.150 Okay. 01:33.450 --> 01:36.450 And let's finish it so you can run it directly or not. 01:36.840 --> 01:38.220 So let's finish the installation. 01:39.330 --> 01:44.250 And if you want to run it well, you can just go on the windows button here. 01:44.270 --> 01:48.090 I'll just press the windows key and search for Raspberry Pi. 01:48.090 --> 01:52.380 And you will find a Raspberry Pi imager here on the applications. 01:52.770 --> 01:54.840 So if you have another popup, you click on yes. 01:55.260 --> 02:00.060 To allow the software to run on Windows and then you will get this software here. 02:00.480 --> 02:03.930 So make sure that here I have version 1.7. 02:04.180 --> 02:04.380 Okay. 02:04.410 --> 02:11.400 Make sure that you have at least 1.7 and can be a higher version, but no lower than 1.7. 02:11.400 --> 02:16.950 So if you already have this installed and it's not 1.7, just run the software and arrange to lead by 02:16.950 --> 02:18.780 downloading the latest version. 02:19.050 --> 02:25.530 Now what you can do is you can take your micro SD card and put the micro SD card on your computer. 02:26.190 --> 02:27.150 So I just did not. 02:27.150 --> 02:29.930 And well, maybe you will have some file manager that opens. 02:29.940 --> 02:36.930 You can just close everything and then you're going to hear click on Choose Operating System and you're 02:36.930 --> 02:40.020 going to choose the latest operating system here. 02:40.260 --> 02:48.240 So the first one and then you click on Choose Storage and it should automatically detect the SD card 02:48.510 --> 02:49.170 that you have. 02:49.170 --> 02:56.850 But so here I have a 16 gigabyte SD card, so I click on this and then well before you click on the 02:56.850 --> 03:00.630 right, what we're going to do is we're going to click on this settings button. 03:02.190 --> 03:10.260 And we are going to configure actually SSL and the Wi-Fi and few other things before we write the operating 03:10.260 --> 03:10.770 system. 03:11.010 --> 03:16.890 And these again, if you do not have this is because you maybe have a version that is not 1.7. 03:17.280 --> 03:17.520 Okay. 03:17.520 --> 03:23.280 So if you have an earlier version, please download the new one because you would not have this option, 03:23.280 --> 03:24.000 these settings. 03:24.240 --> 03:26.160 So what do we do on this menu? 03:26.400 --> 03:31.260 You're going to click on enable S, s, h and leave it like this. 03:31.560 --> 03:37.050 So I'm going to come back to say a bit later, basically it's this h will allow you to get access to 03:37.080 --> 03:41.370 the Raspberry Pi remotely without having to add an external monitor. 03:41.520 --> 03:41.760 Okay. 03:41.770 --> 03:46.350 We're going to use SS H to get access to the Raspberry Pi using the terminal. 03:46.350 --> 03:48.360 And I'm going to show you that just a bit later. 03:48.690 --> 03:53.760 And from this, we will be able to configure everything, for example, get access to the remote desktop, 03:53.760 --> 03:56.430 etc., so you can enable this message. 03:56.430 --> 04:01.470 And then you have set username and password so you can keep by. 04:01.830 --> 04:04.770 This is like the default username for Raspberry Pi. 04:04.770 --> 04:10.740 You can keep this or choose anything else, but I'm going to keep pi and then you set a password. 04:11.820 --> 04:18.900 So just any password you want, this is going to be the password for the user named by. 04:19.110 --> 04:23.100 So make sure that you of course type the correct password and that you'll remember it. 04:24.180 --> 04:26.610 And then you go down and you're going to configure. 04:27.890 --> 04:29.600 The White flight connection. 04:30.260 --> 04:31.080 And so he. 04:31.100 --> 04:32.870 Well, if you are already connected. 04:32.870 --> 04:34.340 So I'm going to check here. 04:34.940 --> 04:39.200 And you can see that my computer is already connected to a network. 04:39.200 --> 04:42.920 So a Wi-Fi network called your Wi-Fi network. 04:43.130 --> 04:48.800 So this is actually a hotspot I have made from my phone, and I have named it your Wi-Fi network. 04:48.800 --> 04:50.360 So it's easier for this. 04:50.360 --> 04:50.690 Listen. 04:50.930 --> 04:55.460 And if you look at Show Pass once, so it should automatically put the name. 04:55.640 --> 04:57.470 So it's a city and a password. 04:57.860 --> 05:02.600 So I have set your Wi-Fi network as the name and your password as the password. 05:03.230 --> 05:08.540 So, of course, make sure that you use the correct Wi-Fi name and the correct password, because that's 05:08.540 --> 05:10.160 not going to be the same for you. 05:10.550 --> 05:10.760 Okay. 05:10.760 --> 05:14.930 So make sure you use the one, the same one that your computer is connected to. 05:14.930 --> 05:19.860 That's super, super important, because if your computer and your Raspberry Pi are not connected to 05:19.860 --> 05:23.570 the same Wi-Fi network, then they won't be able to find each other. 05:23.750 --> 05:24.050 Okay. 05:24.620 --> 05:33.260 So once you have configured the Wi-Fi, you go down and then you can also do this set local settings 05:33.740 --> 05:35.360 and so you can choose your timezone. 05:35.360 --> 05:39.860 So for me, it's Europe, Paris for France and then and keyboard layout. 05:39.860 --> 05:43.220 So if you have a crafty keyboard, you keep us. 05:43.580 --> 05:46.010 But for me, I'm going to go to. 05:48.370 --> 05:51.030 If because I have a French keyboard. 05:51.040 --> 05:55.360 So make sure that you use a keyboard layout that corresponds to your actual keyboard. 05:55.870 --> 05:57.010 And then that's pretty much it. 05:57.040 --> 06:03.520 So to recap, we have enabled each set username and password we have just on password he and username 06:03.520 --> 06:06.370 pay and then click on setup. 06:06.370 --> 06:13.330 So configure Wi-Fi got the correct name and password are the same as your computer is connected to and 06:13.330 --> 06:20.410 then sit look out when the time zone and Kimberly you can click on save and then all you need to do 06:20.410 --> 06:23.170 is click on right and you have a pop up here. 06:23.380 --> 06:25.930 All existing data will be erased. 06:26.140 --> 06:30.100 Okay, so make sure that what you had previously on the SD card is not something you want to keep because 06:30.100 --> 06:34.990 that's going to be completely erased and the operating system is going to take all the space on the 06:34.990 --> 06:35.500 SD card. 06:35.860 --> 06:37.330 So are you sure you want to continue? 06:37.570 --> 06:38.170 Yes. 06:38.860 --> 06:39.880 And then you can wait. 06:39.880 --> 06:41.620 So that's going to take a few minutes. 06:41.620 --> 06:41.860 Okay. 06:41.860 --> 06:44.980 To write the operating system on the SD card. 06:46.490 --> 06:46.790 Okay. 06:46.820 --> 06:49.880 And after a few minutes, you should see this pop up. 06:50.150 --> 06:50.570 Right. 06:50.600 --> 06:51.440 Successful. 06:51.710 --> 06:57.230 Which means that the Raspberry Pi operating system has been downloaded, has been written to your SD 06:57.230 --> 06:59.630 card, and everything worked correctly. 06:59.900 --> 07:02.150 So you can click on Continue and no. 07:02.150 --> 07:03.170 Well, congratulations. 07:03.170 --> 07:07.280 You have installed Raspberry Pi operating system on the SD card. 07:12.490 --> 07:18.430 With the configuration from the last step on boot, your Raspberry Pi should automatically try to connect 07:18.430 --> 07:24.850 to the Wi-Fi network you've provided and also SSL will be automatically enabled, which will help us 07:24.850 --> 07:25.990 in the next step. 07:26.560 --> 07:29.680 So now what we are going to do is to boot the Raspberry Pi. 07:29.980 --> 07:36.220 And before you do that, make sure that the Raspberry Pi is powered off and that nothing's connected 07:36.220 --> 07:36.640 to it. 07:36.940 --> 07:38.380 No cable, nothing. 07:38.650 --> 07:39.790 This is very important. 07:40.240 --> 07:47.650 So you can take the SD card out of your computer and just plug it to the SD card slot of the Raspberry 07:47.650 --> 07:49.930 Pi, just like you see on the photo. 07:50.230 --> 07:54.940 Then once the SD card is correctly plugged, you can pour it on. 07:55.270 --> 07:55.490 Okay. 07:55.510 --> 08:02.230 And to power on the Raspberry Pi, make sure that you use a good power supply with at least five volt 08:02.230 --> 08:03.250 and two amps. 08:03.550 --> 08:08.830 Okay, you can use an official Raspberry Pi adapter or even a recent phone charger. 08:09.430 --> 08:14.020 One thing to make sure is don't pull your Raspberry Pi from the laptop directly. 08:14.300 --> 08:14.470 Okay. 08:14.470 --> 08:18.670 The current may be too low and you will have some problems later on. 08:19.090 --> 08:25.360 So when you boot the Raspberry Pi, you will see first read Energy Proton, and then the green energy 08:25.360 --> 08:26.830 should blink randomly. 08:27.010 --> 08:30.430 If the blink energy blinks randomly, this is actually a good sign. 08:30.670 --> 08:37.960 It means that the Raspberry Pi is booting and after a few seconds, maybe one hour to stop, the Raspberry 08:37.960 --> 08:41.020 Pi should be connected to your Wi-Fi network. 08:41.200 --> 08:47.200 And this is where we're going to go to the next step and find the Raspberry Pi IP address on the network 08:47.440 --> 08:52.840 and not hear that all the instructions you're going to see next are if you don't have an external monitor 08:52.840 --> 08:57.040 or even if you have one, but you are too lazy to use it like I am. 08:57.580 --> 09:03.190 But if you've already plugged your Raspberry Pi to an external monitor, we've HDMI and also but the 09:03.190 --> 09:04.120 keyboard and mouse. 09:04.390 --> 09:07.480 Then you can go directly to the last configuration steps. 09:07.660 --> 09:07.990 Okay. 09:08.110 --> 09:14.470 But for this course and for the following lessons, I'm going to show you how to actually set up a remote 09:14.470 --> 09:20.320 desktop so you can take control of the Raspberry Pi desktop directly from your own computer that you 09:20.320 --> 09:22.480 are using right now to follow the course. 09:27.670 --> 09:32.770 In this lesson, I will show you how to find a Raspberry Pi IP address on the network. 09:33.070 --> 09:35.230 Because what is the current state now? 09:35.530 --> 09:39.610 You have this computer right here that is connected to the Wi-Fi network. 09:39.610 --> 09:45.790 So if it's your Wi-Fi network, then you have also the Raspberry Pi, which has boot and is connected 09:45.790 --> 09:46.750 to the Wi-Fi network. 09:46.960 --> 09:52.990 But to be able to connect to it, you need to know what is the Raspberry Pi IP address? 09:53.440 --> 09:57.010 So first, how to find the Raspberry Pi IP address. 09:57.250 --> 10:03.760 So there are many ways to do this, but one way is to use a software that's going to scan the network 10:03.760 --> 10:07.000 and find the IP addresses on the network. 10:07.330 --> 10:10.990 And the one I'm going to use here is angry IP scanner. 10:11.440 --> 10:12.430 And why use it? 10:12.430 --> 10:13.780 Because it's multiplatform. 10:13.780 --> 10:17.080 You can use it on Windows, Mac OS and also Linux. 10:17.440 --> 10:24.250 So you just type angry IP scanner and you go to hit angry IP dot org. 10:27.100 --> 10:28.990 You can go to download. 10:31.220 --> 10:36.200 And then you can see you have either the Windows version, the Mac OS Linux. 10:36.410 --> 10:42.500 So here of course among Windows, I'm going to click on Windows Installer, but before it's secretly 10:42.500 --> 10:43.670 on Mac OS. 10:43.940 --> 10:50.150 So if you're on Mac OS, you will need to install the angry apps kind of bundle here and then right 10:50.150 --> 10:50.960 click and open. 10:51.660 --> 10:51.840 Okay. 10:51.890 --> 10:58.250 And before that, you will make sure that you have Java installed and so you can click on Java here. 11:00.330 --> 11:03.720 And well, this is going to install John so he can click on download. 11:03.720 --> 11:04.200 No. 11:04.470 --> 11:06.870 And just select what division you have. 11:06.870 --> 11:09.850 So Neko Case, this is the same if you are using Linux. 11:09.910 --> 11:17.880 Okay, so you can just download with the term version, you have standard g the key and just download 11:17.880 --> 11:21.300 from here and install it and the same for Linux. 11:21.990 --> 11:23.340 And now that you have Java. 11:24.510 --> 11:27.750 You can click here on links. 11:27.750 --> 11:31.650 You can also download the package that you want to draw on. 11:31.650 --> 11:32.460 Windows. 11:32.790 --> 11:33.210 Windows. 11:33.210 --> 11:39.180 It's even better because the installer already includes Java runtime, so you don't even need to install 11:39.180 --> 11:40.500 Java on the site. 11:40.770 --> 11:43.380 So I'm going to click on Windows Installer. 11:45.720 --> 11:46.410 And then you wait. 11:47.010 --> 11:47.880 That's the Donald. 11:47.880 --> 11:48.390 It's finished. 11:50.200 --> 11:52.000 And you can click on the install. 11:53.950 --> 11:55.120 So maybe you have a pop up. 11:55.120 --> 11:55.600 You click on. 11:55.600 --> 11:55.960 Yes. 11:56.920 --> 11:58.330 Click on next. 11:58.510 --> 12:03.790 And then you just choose the path or you just leave it like this and click on install and just wait 12:03.790 --> 12:04.780 a few seconds. 12:05.410 --> 12:05.800 All right. 12:05.920 --> 12:12.910 Now you click on Finish and you can just search on the Windows Bar on the application menu for angry 12:12.910 --> 12:14.110 IP scanner. 12:14.110 --> 12:14.800 You launch it. 12:16.540 --> 12:17.600 And okay. 12:17.680 --> 12:18.100 You click on. 12:18.100 --> 12:18.670 Next. 12:18.910 --> 12:19.570 Next. 12:20.500 --> 12:21.190 Next. 12:21.620 --> 12:22.210 Next. 12:22.720 --> 12:23.380 And close. 12:23.770 --> 12:25.240 But that doesn't really matter. 12:26.830 --> 12:29.650 And so you will have this interface. 12:30.100 --> 12:35.980 And once again, before I even start to do anything here, go back to Wi-Fi settings and make sure that 12:36.010 --> 12:41.830 your computer is on the same Wi-Fi network that you have set for your Raspberry Pi. 12:42.100 --> 12:47.470 This is super, super important because if you are not on the same network, you just can't find a Raspberry 12:47.470 --> 12:47.740 Pi. 12:47.800 --> 12:53.050 And now let's see how to configure this so we can find the Raspberry Pi IP address. 12:53.500 --> 12:54.580 So what do we have here? 12:54.760 --> 13:01.150 What will you be able to scan when we click on the start button to scan Orange in the network, go into 13:01.150 --> 13:07.390 Wi-Fi network, and we're going to have different APIs being hostname, etc. So the IP address will 13:07.390 --> 13:09.040 be all the IP addresses that we try. 13:09.340 --> 13:15.250 And then if we find something, so if there is a host, if there is, for example, a laptop or a Raspberry 13:15.250 --> 13:20.800 Pi or anything else, we will find it and we will have a ping, which means like how long did it take 13:20.800 --> 13:23.800 to ping or to get access to the host? 13:24.160 --> 13:29.470 And then you have the hostname, so that can be Raspberry Pi, that can be your laptop name, etc.. 13:29.950 --> 13:36.250 The thing is that we've Raspberry Pi sometimes here with angry IP scanner you will not see hostname. 13:36.520 --> 13:45.910 So we will click on this icon here and on the right you will look for Mac vendor and click on the left 13:46.210 --> 13:48.880 button to add it and click on okay. 13:49.150 --> 13:50.860 So now we have a mac vendor. 13:51.130 --> 13:55.990 So that will allow us to know for sure that we have found the Raspberry Pi. 13:56.170 --> 14:02.020 Okay, so the next thing to do is so here we have hostname, you can see this is the hostname that corresponds 14:02.020 --> 14:03.670 to this computer right here. 14:03.970 --> 14:04.060 Okay. 14:04.120 --> 14:05.740 So for you, it's going to be different, of course. 14:06.010 --> 14:12.510 And then you click on IP here and while you may have just a few are a lot in depends for me. 14:12.540 --> 14:19.060 I have a lot of things because I have some virtual machines running, but you will find something like 14:19.060 --> 14:26.290 Wi-Fi, so maybe it's not the same thing, but find a line that looks like Wi-Fi and that has an address 14:26.530 --> 14:31.930 like this that starts by 192.168. 14:32.380 --> 14:34.750 If you have this, then that's a good start. 14:34.990 --> 14:40.870 You may also have something that starts with 10.0 that's also valid. 14:40.870 --> 14:42.310 That's like a local network. 14:42.460 --> 14:47.020 And so I'll try to find a line that corresponds to what I have here on my computer. 14:47.800 --> 14:54.520 So I click on this and then you can see the IP range now is 192.160 14:54.520 --> 15:01.870 8.31.02 while the same first three numbers and 255. 15:02.170 --> 15:10.510 So if you don't have this, you just delete and you put zero at the end and here you put 255 okay. 15:10.510 --> 15:14.350 So this, the first three numbers actually correspond to the network. 15:14.380 --> 15:14.650 Okay? 15:14.920 --> 15:22.990 So the current network has a name but also has an IP address, which is 192.100 68.31 point. 15:23.200 --> 15:32.320 And then all the addresses here in the network and you have actually 256 possibilities from 0 to 255. 15:32.350 --> 15:39.700 Actually, this one is the network we finished with zero and 255 is called also the broadcast address. 15:39.910 --> 15:44.410 And so what is going to do is going to scan everything between the zero and 255. 15:44.410 --> 15:51.790 And the Raspberry Pi should of course, be somewhere between those two IP addresses in this network. 15:52.480 --> 15:57.460 So once you have this and of course, that the Raspberry Pi has already booked, so make sure that you 15:57.460 --> 16:02.200 have with the Raspberry Pi for at least one of 2 minutes for the first week, because it can take some 16:02.200 --> 16:05.680 time to connect to your Wi-Fi network. 16:06.130 --> 16:11.680 Then you can click on Start and you're going to wait for a few seconds. 16:14.590 --> 16:18.670 Okay if you have that kind of idea lets you click on Hulu Access. 16:18.970 --> 16:19.540 Of course. 16:20.690 --> 16:26.210 Again, you can see scanning completed in 37 seconds so it can take more or less time. 16:26.210 --> 16:26.770 Depends. 16:26.780 --> 16:33.200 Well, you click on close and then well so if it's red, it means that nothing has been found. 16:33.230 --> 16:35.270 If it's blue, something has been found. 16:35.510 --> 16:40.430 But let's actually click on pink and salt by pink of. 16:40.460 --> 16:41.990 And you can see that. 16:42.170 --> 16:44.060 Well, we have the Raspberry Pi here. 16:44.600 --> 16:48.470 So what happened here is that we found three IP addresses. 16:49.010 --> 16:51.560 This one corresponds to actually this computer. 16:51.570 --> 16:53.360 So of course, it's going to be found. 16:53.630 --> 16:56.270 And then we have something else here and something else here. 16:56.480 --> 17:01.970 And you can see we have a hostname, a Raspberry Pi dot local, and we also have Mac vendor Raspberry 17:01.970 --> 17:02.690 Pi training. 17:02.870 --> 17:06.530 So if you find one of those two, you know that you have found the Raspberry Pi. 17:06.680 --> 17:09.230 And what is the IP address of the Raspberry Pi? 17:09.350 --> 17:10.820 Well, this is the IP address here. 17:11.060 --> 17:17.720 So for me, it's 192.100 68.3 1.76. 17:17.990 --> 17:19.820 And of course, it's going to be different for you. 17:25.350 --> 17:25.790 Great. 17:25.800 --> 17:32.130 You have successfully installed a Raspberry Pi operating system configured into wi fi and you know the 17:32.160 --> 17:34.860 IP address of the Raspberry Pi in the network. 17:35.250 --> 17:41.790 What we can do now is to use this age to take control of the Raspberry Pi and really get access to it. 17:42.150 --> 17:48.360 This will provide you with command line access in a terminal, which we will just use in the next lesson 17:48.360 --> 17:52.500 to install the ANC and get access to the PI desktop. 17:52.950 --> 17:59.350 And the first thing you can do is open a fight manager and go to your users. 17:59.370 --> 18:02.250 I'm going to go to users and then my user. 18:02.430 --> 18:02.730 Okay. 18:03.170 --> 18:08.490 Here you may find a folder named Doc as a speech. 18:08.850 --> 18:14.880 So if you don't have all the dot folders, those are actually hidden folders. 18:15.120 --> 18:20.320 So you can go on View Show and then hidden items. 18:20.340 --> 18:25.100 Make sure that you check that box and so you can find a message. 18:25.290 --> 18:28.290 If you can still see all the other dot. 18:28.440 --> 18:35.250 So maybe not the same as me, but if you can find other hidden folders here, but not the SSA, then 18:35.250 --> 18:35.790 that's fine. 18:36.060 --> 18:41.910 You don't need to do anything, but if you see the dot ssa, you go here and you may have the non host 18:41.910 --> 18:42.270 fight. 18:42.870 --> 18:44.490 So maybe yes, maybe not. 18:44.760 --> 18:47.850 But if you have one, you're going to just delete it. 18:48.210 --> 18:48.450 Okay. 18:48.450 --> 18:51.900 That step is just in case we have some trouble connecting. 18:52.110 --> 18:57.060 And now whether you can close the file manager and you can open a terminal. 18:57.060 --> 18:58.290 So how to open a terminal? 18:58.650 --> 19:01.560 In other words, they come in line tool on windows. 19:01.560 --> 19:08.970 When you just open the Windows menu here and you can type C and D, for example, and you can open command 19:09.180 --> 19:12.060 prompt and you will get something like this. 19:13.140 --> 19:14.250 So we'll zoom in. 19:14.250 --> 19:17.110 We've control and the mouse here. 19:18.300 --> 19:18.690 Great. 19:19.570 --> 19:20.380 It's a bit more. 19:25.280 --> 19:28.610 And if you're on my quest, you can also search for command line. 19:28.910 --> 19:33.680 And if you're on Linux, what I probably get is that if you are an index, you know how to open a terminal. 19:33.920 --> 19:40.490 So once you have the terminal, whether it is Mac OS Linux or Windows, you have the S s h command. 19:40.940 --> 19:47.760 So if you just type S s 18 press enter, you should have something like this use age SS. 19:47.960 --> 19:54.770 So basically that's kind of a helpful stage if you don't have this, if you have specific command not 19:54.770 --> 19:56.720 found or something like that on Windows. 19:56.960 --> 20:02.180 Well, you can go on a web browser and you can search for putty. 20:02.180 --> 20:07.820 So p u t t y and here's an ss h client that you can download. 20:08.240 --> 20:09.320 So you can just download. 20:09.680 --> 20:09.890 Okay? 20:09.890 --> 20:15.710 So you don't load the installer here and you just install it and you can then use it to connect to the 20:15.710 --> 20:19.250 Raspberry Pi using a graphical interface. 20:19.520 --> 20:25.280 But this is just in case that SSA doesn't work on your windows. 20:25.730 --> 20:31.820 For example, if you have an old version of Windows that is lower than Windows ten, you will not have 20:31.820 --> 20:33.110 a by default. 20:33.350 --> 20:33.680 All right. 20:33.680 --> 20:37.190 So going back to the terminal, how do we get access to the Raspberry Pi? 20:37.400 --> 20:45.470 Well, you will put the s h command and in space, and then you need to provide the user name with which 20:45.470 --> 20:47.180 you want to connect to the PI. 20:47.630 --> 20:48.930 And so what is the username? 20:49.040 --> 20:54.590 Well, if you remember in the lesson, we actually flushed the operating system into the SD card. 20:54.800 --> 21:00.620 We had to specify your username and password, and the username I have specified was PI. 21:01.190 --> 21:05.540 So if you have provided a different username, make sure you use the different username here. 21:06.080 --> 21:06.410 Okay. 21:06.830 --> 21:11.570 So you put the username and then you put that and then we need to put the IP address. 21:11.900 --> 21:13.250 So what is the IP address? 21:13.280 --> 21:16.460 Well, the IP address is the one you have found here. 21:16.970 --> 21:18.590 We've angry IP scanner. 21:19.070 --> 21:25.400 So 192.260 8.31.726. 21:25.760 --> 21:26.570 So I put it here. 21:27.150 --> 21:33.560 192.100 68.3 1.76. 21:33.860 --> 21:38.150 Make sure that you double check that this is the same that you are using here. 21:38.660 --> 21:45.050 So once you have this SSA space username and IP address, you can press enter. 21:46.260 --> 21:47.400 And you will see this. 21:47.700 --> 21:49.680 So, are you sure you want to continue? 21:49.710 --> 21:50.140 Yes. 21:50.160 --> 21:50.450 No. 21:50.460 --> 21:51.660 So you just type? 21:51.960 --> 21:52.380 Yes. 21:52.380 --> 21:54.720 And you press enter and no. 21:54.750 --> 21:57.030 You can see that it's asking for the password. 21:57.480 --> 22:01.230 And so what is the password when the password is the one you have provided? 22:01.260 --> 22:07.680 Also, when you were flashing the operating system, so you had to provide a username which was pie 22:07.680 --> 22:09.840 or something else, and you had to provide a password. 22:10.050 --> 22:13.350 So here you're going to type the exact same password. 22:13.800 --> 22:14.870 And this is very important. 22:14.880 --> 22:21.210 If the password doesn't work here and you get a password denied or something like this, it's just because 22:21.210 --> 22:23.850 you have put the wrong password during the installation. 22:23.850 --> 22:26.000 So you need to go back to Flushing. 22:26.190 --> 22:29.400 There is the and make sure that you use a correct password. 22:29.610 --> 22:34.710 So I press enter that you should not see when you take the password you should not see anything. 22:34.710 --> 22:39.330 You just take the password and you press enter and no, you can see if you read the correct password. 22:39.480 --> 22:45.540 No, we are actually in the Raspberry Pi, so we are still in the terminal. 22:45.810 --> 22:52.890 But the terminal is now connected to the Raspberry Pi via SSA and we are actually inside of PI. 22:52.910 --> 22:55.410 So we have access to the Raspberry Pi. 22:55.500 --> 23:01.500 And you can see here we have the user pi and the host is also named Raspberry Pi. 23:06.720 --> 23:08.760 Let's now install and configure. 23:08.880 --> 23:15.870 The Vinci will simply allow you to use the Raspberry Pi desktop from your own computer. 23:16.230 --> 23:17.010 And this is great. 23:17.100 --> 23:22.290 So you don't need to only use the terminal with command lines and you also don't need to have a monitor 23:22.290 --> 23:23.520 plugged to your pi. 23:23.850 --> 23:29.460 Even if you have a monitor, you will see that it's much more convenient to work without it and to work 23:29.460 --> 23:33.000 just from your computer with a remote connection. 23:33.390 --> 23:39.600 And the reason why we have set the stage just before is simply because we need to access the Raspberry 23:39.600 --> 23:43.080 Pi through S-H so we can set up the NC. 23:43.290 --> 23:44.700 So how to set up the ANC? 23:44.700 --> 23:49.650 Well, first, make sure that you are connected to the Raspberry Pi so you should have something like 23:49.650 --> 23:52.110 this in the command line. 23:52.440 --> 23:57.390 Note that you can exit SSA by typing exit and press enter. 23:57.690 --> 24:03.870 And now you can see I am back to the terminal on windows so I will type the command again. 24:03.880 --> 24:05.790 SFH by at. 24:06.820 --> 24:14.320 The IP address I have from the 492.160 8.31.726. 24:14.620 --> 24:20.260 So make sure that use the same username during the installation and make sure you use the IP address 24:20.260 --> 24:21.450 that you have found before. 24:21.700 --> 24:27.850 Then I put the password and so make sure you've opened a password you have also put during the installation. 24:28.630 --> 24:28.960 All right. 24:28.960 --> 24:30.790 And I'm back to during the break. 24:30.790 --> 24:38.250 But you know, what I will do is I will do sudo space race by dash config. 24:38.770 --> 24:39.610 What does it mean? 24:39.850 --> 24:40.390 What it means. 24:40.390 --> 24:46.450 I'm going to open the configuration of the raspberry pi and sudo is here to get the admin right. 24:46.540 --> 24:48.340 So that means three or privileges. 24:48.520 --> 24:49.420 So you type this. 24:49.420 --> 24:49.960 Exactly. 24:49.960 --> 24:54.070 And then you press enter and you would have something like this. 24:54.070 --> 25:00.190 So you might have a menu that looks like this and so you can navigate in this menu using the arrows 25:00.190 --> 25:00.850 from the keyboard. 25:00.850 --> 25:05.410 Okay, up and down you can see and write to select and finish. 25:05.780 --> 25:13.930 Okay, left to come back here to the menu and we are going to go first on interface options and then 25:14.620 --> 25:15.770 on the ANC. 25:16.140 --> 25:23.440 So you find interface DNC, you press enter to validate and then you can see, would you like the DNC 25:23.440 --> 25:24.730 server to be enabled? 25:24.730 --> 25:25.660 So I'm going to go on. 25:25.660 --> 25:27.280 Yes, and press enter. 25:28.190 --> 25:36.760 Octavian Caesar is enabled by press enter and then I'm going to go with the right area to go to finish 25:36.770 --> 25:40.130 a press enter and now V and C is enabled. 25:40.550 --> 25:43.850 And what I'm going to do now is I'm going to reboot the Raspberry Pi. 25:44.150 --> 25:47.510 So I will do Zulu and in space reboot. 25:48.490 --> 25:49.900 And then I press enter. 25:50.860 --> 25:55.450 And when I do this, the Raspberry Pi is going around root and no if you can see if I press enter. 25:55.450 --> 25:58.200 Well, the command line is not answering. 25:58.210 --> 25:59.290 It is a bit stuck. 25:59.890 --> 26:04.060 So you will wait until the command line is not stuck anymore. 26:04.300 --> 26:08.710 It means that the Raspberry Pi has root and that you can connect to it again. 26:09.000 --> 26:09.180 Okay. 26:09.190 --> 26:13.540 So you can see now the connection has been or is it so maybe you need to wait a bit more. 26:13.540 --> 26:16.540 Let's see, 20 seconds to one minute. 26:16.960 --> 26:17.170 Okay. 26:17.170 --> 26:23.230 So if you can't connect back to the Raspberry Pi, wait a bit more, maybe it needs time to boot, connect 26:23.230 --> 26:26.890 to the Wi-Fi and be ready to accept an SSA connection. 26:27.160 --> 26:29.200 Okay, so now I think enough time has passed. 26:29.680 --> 26:32.170 What I'm going to do here, I'm not going to attempt to comment again. 26:32.170 --> 26:38.050 I'm just going to use the app URL to go back to the previous screen and I'm going to press enter. 26:39.260 --> 26:47.120 And when I put the password and I'm back to the Raspberry Pi, so I'm going to type again sudo Rus by 26:47.120 --> 26:47.630 config. 26:50.140 --> 26:54.040 With a dash here and then press enter and I am back to this menu. 26:54.730 --> 26:58.510 So enabling ANC is not the only thing we need to do. 26:58.870 --> 27:02.860 There are just a few more steps so that everything will work fine. 27:03.370 --> 27:05.530 So now you can go on system option. 27:05.530 --> 27:09.340 So you just press enter here, go to boot auto, log in. 27:10.270 --> 27:10.690 Enter. 27:12.130 --> 27:14.230 Go to desktop outlook. 27:14.380 --> 27:20.950 So by default maybe is going to be console login, which means you don't have the desktop enabled. 27:21.400 --> 27:26.590 You can choose desktop so that you can put on the graphical desktop because if you tried to get access 27:26.590 --> 27:31.300 to the desktop, we didn't see and the desktop is not enabled, well that's not going to work. 27:31.870 --> 27:37.270 So you can choose desktop or even desktop auto logging which will make sure that you directly get access 27:37.270 --> 27:37.930 to the desktop. 27:37.930 --> 27:42.280 You don't need to log in before and that's the one I'm going to choose here for simplicity. 27:42.520 --> 27:43.810 So you press enter here. 27:45.500 --> 27:45.970 Okay. 27:46.010 --> 27:48.740 And then you go right arrow finish. 27:49.430 --> 27:52.880 And you can see here, it's asking you directly, would you like to reboot now? 27:52.880 --> 27:57.380 So let's do yes again and let's wait a few months since. 27:59.040 --> 27:59.220 Okay. 27:59.310 --> 28:05.130 And if it still hangs here, okay, if it doesn't go back to this line, you can still try to press 28:05.130 --> 28:08.940 enter a few times until you have this connection. 28:08.940 --> 28:16.710 Or is it now the Raspberry Pi should have boots again, so let's just use the arrow to connect to it, 28:16.710 --> 28:18.420 to gain this bit, the password. 28:20.160 --> 28:25.830 And then in the Raspberry Pi, we can also use the row to get to the last command, which was to do 28:26.070 --> 28:27.000 raspberry coffee. 28:27.210 --> 28:30.360 If you use app, we can also use a robot. 28:30.360 --> 28:36.870 So we just go up until you find raspberry concrete command, you press enter and back to the menu. 28:37.140 --> 28:38.670 This is going to be the last step here. 28:39.090 --> 28:41.880 We are going to go to display options. 28:42.840 --> 28:44.550 And then a resolution. 28:44.580 --> 28:48.120 So either resolution or DNC resolution. 28:48.450 --> 28:51.030 So you find this, you press enter and. 28:51.060 --> 28:57.840 Well, the thing is that there is a default resolution that maybe will pose some problems and you will 28:57.840 --> 29:02.720 not be able to get access to the desktop for some reasons. 29:02.730 --> 29:03.030 Right. 29:03.270 --> 29:09.660 So basically what you need to do is to set up a resolution manually by yourself by choosing one of those 29:09.660 --> 29:10.320 resolutions. 29:10.560 --> 29:11.730 So which one could choose what? 29:11.730 --> 29:16.740 Actually, I would recommend to choose the resolution that is closer to the resolution you currently 29:16.740 --> 29:18.660 have on your computer screen. 29:18.990 --> 29:19.080 Okay. 29:19.090 --> 29:24.510 So for me, I have a full HD, so that's going to be 1080p. 29:24.870 --> 29:26.020 So I'm going to choose that one. 29:26.460 --> 29:27.600 So I press enter. 29:28.110 --> 29:28.520 Okay. 29:28.530 --> 29:32.940 So now the resolution is set to that and then go back to finish. 29:33.910 --> 29:35.800 And you need to reboot again soon. 29:35.800 --> 29:36.430 Its press. 29:36.730 --> 29:37.650 Yes, again. 29:37.660 --> 29:39.490 And let's wait a few more seconds. 29:40.880 --> 29:41.220 Okay. 29:41.240 --> 29:46.940 I know the Raspberry Pi has roots again, and we don't need the command line anymore. 29:46.940 --> 29:51.110 So we have set those three options in the rice by config menu. 29:51.410 --> 29:57.920 Now we can connect to the remote desktop and how to connect to the remote desktop with the AC when we 29:57.920 --> 30:01.490 will need a V and C client on our computer. 30:01.850 --> 30:07.460 So to do that, you will go to a web browser and you will just search for so you can search for that 30:07.520 --> 30:10.790 the NC via real VNC. 30:10.790 --> 30:12.770 So Real being C is the name. 30:13.430 --> 30:18.080 It's the name of the software we're going to use that way so you can go here. 30:18.110 --> 30:20.210 Download Vinci for Windows. 30:23.270 --> 30:23.500 Okay. 30:23.510 --> 30:27.230 So you can actually click on Windows, but you also have Mac and Linux. 30:28.840 --> 30:37.300 And so if she wants you, it's here real V.A. dot com slash yen slash connect slash download and then 30:37.300 --> 30:40.350 slash view your slash windows and here. 30:40.440 --> 30:42.310 Well so if you are on windows you click on windows. 30:42.310 --> 30:45.040 If you're on Marquis, you click on Mac OS. 30:46.520 --> 30:47.180 On Linux. 30:47.390 --> 30:51.740 And then you can see we have also a Raspberry Pi, but don't click on the Raspberry Pi. 30:51.740 --> 30:56.990 Don't download for Raspberry Pi because what we are going to do here is webinar install a client. 30:56.990 --> 30:59.840 So the client is from where we try to connect. 31:00.140 --> 31:00.430 Okay. 31:00.620 --> 31:04.460 Here, I'm trying to connect from windows to the Raspberry Pi. 31:04.970 --> 31:10.880 If I was to connect from another Raspberry Pi to this Raspberry Pi, I would choose the Raspberry Pi 31:10.880 --> 31:11.630 as a client. 31:11.840 --> 31:15.710 Okay, but now the client is actually the computer heat. 31:15.920 --> 31:18.200 So this computer we are using right now. 31:18.500 --> 31:23.780 So if you have windows, you click on windows and just don't know the and if you go so you wait a few 31:23.780 --> 31:27.410 seconds and then you can launch the executable. 31:28.910 --> 31:29.180 Okay. 31:29.180 --> 31:30.300 Select the language. 31:30.350 --> 31:31.010 Okay. 31:31.850 --> 31:32.420 Next. 31:33.340 --> 31:35.680 Exit licence next. 31:36.950 --> 31:38.780 Go to next and then install. 31:40.750 --> 31:42.460 Maybe you have a pop up you click on. 31:42.460 --> 31:42.820 Yes. 31:43.420 --> 31:45.370 And then the installation is finished. 31:45.730 --> 31:46.150 Okay. 31:46.780 --> 31:48.730 And back to the desktop. 31:48.910 --> 31:56.660 You can go to Windows Button on the application and search for the and see via here. 31:56.680 --> 31:59.470 You can click and open VMC view up. 32:00.740 --> 32:02.680 So that's remove that and no. 32:02.720 --> 32:03.770 Well, you can go on. 32:03.770 --> 32:04.340 Fine. 32:04.760 --> 32:05.660 New connection. 32:07.520 --> 32:10.910 And here you will need to put the IP address of the Raspberry Pi. 32:11.330 --> 32:16.730 And so once again, make sure that your computer is connected to the same wi fi as the Raspberry Pi 32:16.910 --> 32:19.310 can make sure you have not changed the Wi-Fi on the computer. 32:19.700 --> 32:26.900 And so the IP address for me was 192.100 68.3 1.76. 32:28.040 --> 32:28.970 I'm going to put the name. 32:29.300 --> 32:30.560 This doesn't really matter here. 32:30.560 --> 32:37.490 Just name them up with Raspberry Pi and then you can just leave everything on this, okay? 32:37.820 --> 32:39.740 And then you simply double click. 32:41.770 --> 32:42.060 Okay. 32:42.160 --> 32:45.820 It may ask you to confirm that you want to continue. 32:46.780 --> 32:49.780 And then you need to get a username and a password. 32:50.200 --> 32:56.290 So the username for me was by simple the same username as you've put before to connect to SSA and the 32:56.290 --> 32:57.130 same password. 32:58.300 --> 33:01.300 Then if you want, you can also click on Remember Password. 33:01.300 --> 33:03.400 So it's not going to ask you every time. 33:03.700 --> 33:09.700 And just if you ever modify the password on the Raspberry Pi, you will have an error trying to connect 33:09.700 --> 33:11.650 and you will need to provide a new password. 33:12.580 --> 33:13.090 So I click on. 33:14.580 --> 33:15.090 And. 33:15.090 --> 33:16.720 Well, what is this? 33:16.740 --> 33:18.300 That's the Raspberry Pi desktop. 33:18.690 --> 33:22.350 You are not connected to your Raspberry Pi and you have access to the desktop. 33:22.350 --> 33:28.680 So you can use the Raspberry Pi as a normal computer directly remotely from your own computer. 33:28.920 --> 33:30.060 That's great, isn't it? 33:35.490 --> 33:37.770 And now that you have access to your Raspberry Bay. 33:37.770 --> 33:41.670 So we've DNC here, so we have a remote access to the desktop. 33:42.030 --> 33:48.510 Or maybe you have just plugged a DMA cable and a keyboard and you have access to this on an external 33:48.510 --> 33:49.050 monitor. 33:49.350 --> 33:56.010 So we those two cases, you will get access to this desktop and we are going to finish the configuration. 33:56.010 --> 34:00.270 So just a few steps before you can use the Raspberry Pi key. 34:00.270 --> 34:03.480 I am on VMC and I'm going to continue with that for the whole course. 34:03.960 --> 34:10.530 So you can also go here and select full screen and now I am full screen on the reserving. 34:10.860 --> 34:17.250 What I am going to do is I'm going to click on the raspberry icon here and this will open the menu so 34:17.250 --> 34:20.910 you can see the menu bar is actually a top on windows. 34:20.910 --> 34:24.660 It's at the bottom, maybe on Ubuntu, it's on the left. 34:25.350 --> 34:26.690 Well here it's on top. 34:26.910 --> 34:32.160 You will go to preferences and then I'm going to go to appearance settings first. 34:32.940 --> 34:33.180 Okay. 34:33.180 --> 34:36.840 This is optional, but this will allow me to have. 34:37.680 --> 34:42.540 So if I go to taskbar I will get a larger taskbar here. 34:42.540 --> 34:45.060 You can see it's a bit bigger for you to see in the course. 34:45.390 --> 34:51.060 So if you want it to be bigger, you can just change the icons here or maybe put it smaller or as you 34:51.060 --> 34:54.060 wish, then you can open it at the bottom. 34:54.060 --> 34:55.500 I'm going to leave it at the top. 34:55.920 --> 34:59.460 I'm going to go to system and the font is actually 12. 34:59.850 --> 35:01.320 So you can change default if you want. 35:01.320 --> 35:09.420 I'm just going to put the font to 16 so you can easily read when I do stuff on the raspberry binding, 35:10.020 --> 35:15.330 but you can keep it like it was before and then that's pretty much it. 35:16.200 --> 35:23.880 I click on okay and now let's change the configuration so you could see you go to preferences and then 35:23.910 --> 35:25.620 Raspberry Pi configuration here. 35:27.980 --> 35:30.590 So a few things that you have to know. 35:30.950 --> 35:33.680 So you have first on system the password. 35:33.710 --> 35:33.920 Okay. 35:33.920 --> 35:35.780 So you can change the password if you want. 35:36.050 --> 35:39.650 You can change the password and then you will reboot. 35:39.830 --> 35:45.080 And when you reboot, we then see we need to provide, of course the new password and make sure that 35:45.080 --> 35:48.590 also to the boot to desktop is always check here. 35:48.860 --> 35:55.240 Then on display you can change the resolution of the interfaces. 35:55.250 --> 35:59.310 You can see that we have s, h and VMC that are already enabled. 35:59.630 --> 36:06.920 So we enable those from the terminal, but you can also enable and disable from the graphical interface. 36:07.100 --> 36:13.310 And here of course I recommend that you leave them enabled all the time and then you can go to localization 36:13.310 --> 36:19.430 and set the local if you don't have said the local before when flashing the operating system, the time 36:19.430 --> 36:20.570 zone and also the keyboard. 36:20.570 --> 36:26.240 So if you have noticed that the keyboard layout doesn't correspond to your current keyboard when set 36:26.240 --> 36:30.290 the new keyboard hit, then you click on okay and it's done. 36:30.470 --> 36:32.690 You can also now check the white face. 36:32.690 --> 36:39.470 So he I am connected to the Wi-Fi network named your Wi-Fi network, which is the one I used for this 36:39.470 --> 36:39.770 course. 36:40.040 --> 36:43.550 So if you click here, you can also choose a different network to connect to. 36:43.760 --> 36:48.500 And so note here that if you choose a different network to connect to, you would need to find the IP 36:48.500 --> 36:49.070 address again. 36:49.310 --> 36:53.360 So you would need to connect your computer to the same network as the Raspberry Pi. 36:53.660 --> 37:01.760 Go to angry IP scanner, find the IP address again and then connect back to the Raspberry Pi within 37:01.760 --> 37:03.740 C or even SSA if you want to. 37:04.190 --> 37:04.520 All right. 37:04.850 --> 37:09.740 And the last thing I am going to do here is I'm going to update the software. 37:10.100 --> 37:15.560 So Raspberry Pi is you have the operating system, but you have also a bunch of software and applications 37:15.560 --> 37:18.200 that are installed on top of the operating system. 37:18.710 --> 37:24.590 And even if you just install it now, maybe not everything is up to date and it's always good to have 37:24.830 --> 37:26.090 up to date software. 37:26.450 --> 37:31.190 So you can click on this icon here and install updates. 37:33.100 --> 37:40.450 Is going to what is going to fetch the new date, comparing the versions and then install the image. 37:41.110 --> 37:43.960 So this can take quite a long time. 37:43.960 --> 37:48.010 It depends on your Internet connection, speed or so, because it's going to download the new packages 37:48.340 --> 37:49.510 and install those. 37:49.510 --> 37:51.210 So you can wait a few minutes here. 37:53.320 --> 37:53.640 Okay. 37:53.650 --> 37:58.780 And when you see this, you can click on, okay, I just going to disappear and then great. 37:58.810 --> 38:02.920 You have no successfully installed a Raspberry Pi operating system. 38:03.310 --> 38:10.360 And not one very important thing before we finish this installation section is that how to actually 38:10.360 --> 38:12.010 pull off the Raspberry Pi? 38:12.400 --> 38:18.760 Well, like your computer, you don't just switch off the power on your computer. 38:18.760 --> 38:24.040 You first shut it down properly using the menu, and then you remove the poet. 38:24.310 --> 38:24.610 Okay. 38:24.880 --> 38:29.860 If you just remove the power like that on the Raspberry Pi, well, this may lead to some problems. 38:29.860 --> 38:35.140 For example, your SD card could be corrupted, and the next time you boot, it's not going to work. 38:35.680 --> 38:37.780 So how to power of the Raspberry Pi? 38:38.050 --> 38:41.980 You go on the menu and you click on shutdown, okay? 38:42.240 --> 38:44.020 And then you can click on Shut Down. 38:44.320 --> 38:48.490 After you click on Shut Down, the Raspberry Pi is going to shut down all let's do this. 38:49.300 --> 38:52.300 If you are on the ANC, you're going to lose the connection. 38:52.300 --> 38:59.980 You can see now we lost the connection and then you wait maybe half a minute, up to one minute, and 38:59.980 --> 39:02.560 the Raspberry Pi should be completely shut down. 39:02.770 --> 39:06.550 So the physical green light on the Raspberry Pi bolts would not blink anymore. 39:06.550 --> 39:09.370 And the red light, of course, is still on because that's the power. 39:09.760 --> 39:12.580 And now you can remove the power supply. 39:12.580 --> 39:18.160 And then when you want to boot the Raspberry Pi again, you make sure that you have the SD card connected 39:18.160 --> 39:24.220 first, and then you plug the power supply cable and well, great, you have not successfully installed 39:24.250 --> 39:26.110 a Raspberry Pi operating system.