WEBVTT 1 00:00.000 --> 00:04.000 So friends in this particular video, what I want to do is to walk you through 2 00:04.000 --> 00:05.280 the installation 3 00:05.280 --> 00:10.000 of Ansible Automation Platform specifically so that we get access to the Ans 4 00:10.000 --> 00:11.040 ible Automation 5 00:11.040 --> 00:12.040 Controller. 6 00:12.040 --> 00:15.600 Now the automation controller is a newer concept than Ansible ultimately 7 00:15.600 --> 00:16.760 replaces what was known 8 00:16.760 --> 00:22.880 as Ansible Tower and effectively this gives us a nice graphical user interface 9 00:22.880 --> 00:23.440 to manage 10 00:23.440 --> 00:24.880 our Ansible Automation. 11 00:24.880 --> 00:28.070 So as opposed to just doing things directly via the Red Hat Enterprise Linux 12 00:28.070 --> 00:29.200 command line, 13 00:29.200 --> 00:33.180 we have this nice graphical user interface as well as the ability to interact WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 13 00:29.200 --> 00:33.180 we have this nice graphical user interface as well as the ability to interact 14 00:33.180 --> 00:33.760 with this 15 00:33.760 --> 00:35.760 controller utilizing APIs. 16 00:35.760 --> 00:39.510 Now we don't have to dig in to deep into all of the features within Ansible 17 00:39.510 --> 00:40.240 Automation 18 00:40.240 --> 00:42.240 Controller indeed instead. 19 00:42.240 --> 00:45.570 All I want to do is to give you some exposure to this particular utility 20 00:45.570 --> 00:46.400 because like I 21 00:46.400 --> 00:51.560 say, this is very very popular and widespread within the enterprise world. 22 00:51.560 --> 00:56.040 The simple being is because a graphical user interface is a nice easy way to 23 00:56.040 --> 00:57.200 handle automation 24 00:57.200 --> 01:01.650 and also gives us some nice additional benefits we actually can control who WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 24 00:57.200 --> 01:01.650 and also gives us some nice additional benefits we actually can control who 25 01:01.650 --> 01:02.800 accesses the controller 26 01:02.800 --> 01:06.460 via role based access control so we can create users and groups and assign 27 01:06.460 --> 01:07.800 particular permissions 28 01:07.800 --> 01:09.240 to those users and groups. 29 01:09.240 --> 01:12.660 We'll get to see how we can create completely different organizations which use 30 01:12.660 --> 01:13.200 different 31 01:13.200 --> 01:17.390 inventories that type of thing and also simplifies how we can schedule the 32 01:17.390 --> 01:18.480 execution of what 33 01:18.480 --> 01:20.720 are known as jobs within Ansible. 34 01:20.720 --> 01:25.590 So really this is a nice modern way of implementing Ansible Automation in a Dev 35 01:25.590 --> 01:27.080 Ops environment. 36 01:27.080 --> 01:30.560 So with that said, how about we go and begin walking through how we can WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 36 01:27.080 --> 01:30.560 So with that said, how about we go and begin walking through how we can 37 01:30.560 --> 01:31.480 actually get the 38 01:31.480 --> 01:34.480 Ansible Automation Controller up and running. 39 01:34.480 --> 01:37.680 So here is what I want to do on my actual control mode here. 40 01:37.680 --> 01:39.240 This is my regular Ansible control mode. 41 01:39.240 --> 01:42.440 I'm going to go to my browser, sort of type in Firefox. 42 01:42.440 --> 01:46.520 So if we just go to Google and we search for Red Hat login, what we're going to 43 01:46.520 --> 01:47.000 have to 44 01:47.000 --> 01:49.600 do is to log in to a Red Hat account. 45 01:49.600 --> 01:52.960 So let's click this top link here and all I will do is type in the email 46 01:52.960 --> 01:53.760 address, the 47 01:53.760 --> 01:57.980 very same one that I use when I happen to install Red Hat Enterprise Linux, you 48 01:57.980 --> 01:58.400 should just 49 01:58.400 --> 02:00.480 do the same thing for yourself too. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 49 01:58.400 --> 02:00.480 do the same thing for yourself too. 50 02:00.480 --> 02:04.680 Okay, so all I did was provide the username and corresponding password. 51 02:04.680 --> 02:08.080 And with that now done, what I'm going to do is I'm going to go to download 52 02:08.080 --> 02:08.640 here. 53 02:08.640 --> 02:10.040 So let me click this link here. 54 02:10.040 --> 02:11.040 Perfect. 55 02:11.040 --> 02:13.470 So this now takes me to the product downloads, all the things that I 56 02:13.470 --> 02:14.400 effectively have access 57 02:14.400 --> 02:15.400 to. 58 02:15.400 --> 02:19.030 So if I just scroll on down a little bit, we can actually see here I have this 59 02:19.030 --> 02:19.720 particular 60 02:19.720 --> 02:22.960 link for Red Hat Ansible automation platform. 61 02:22.960 --> 02:24.320 This is what we want to click on. 62 02:24.320 --> 02:26.600 Okay, so let's go here and just click this. 63 02:26.600 --> 02:27.600 Okay, perfect. 64 02:27.600 --> 02:31.260 So now what we actually have here is the link that we need for the installation WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 64 02:27.600 --> 02:31.260 So now what we actually have here is the link that we need for the installation 65 02:31.260 --> 02:31.520 . 66 02:31.520 --> 02:35.820 Now bear in mind, contingent upon whatever platform you happen to be using, you 67 02:35.820 --> 02:36.120 want 68 02:36.120 --> 02:37.520 to install the correct version. 69 02:37.520 --> 02:41.560 Remember, in my case, I happen to be using a MacBook, which is running Red Hat 70 02:41.560 --> 02:42.280 Enterprise 71 02:42.280 --> 02:44.080 Linux on a virtual machine. 72 02:44.080 --> 02:48.120 So because my MacBook happens to use the ARM architecture, I want to get the 73 02:48.120 --> 02:49.040 correct version 74 02:49.040 --> 02:51.080 that's going to run within my virtual machine. 75 02:51.080 --> 02:54.880 So again, if you're using a newer MacBook, you would do the same type of thing. 76 02:54.880 --> 02:58.900 If you're using Windows or just regular Linux, then you can choose a different 77 02:58.900 --> 02:59.920 architecture. 78 02:59.920 --> 03:01.000 So check this out. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 78 02:59.920 --> 03:01.000 So check this out. 79 03:01.000 --> 03:05.120 In my case here, I'm just going to go with the latest version and specify the 80 03:05.120 --> 03:06.000 architecture 81 03:06.000 --> 03:09.800 for me is going to be arch 64 for the ARM architecture. 82 03:09.800 --> 03:13.300 Now if I scroll on down, we can see we actually have different installers 83 03:13.300 --> 03:14.360 available to us. 84 03:14.360 --> 03:19.800 Now what I want to do in my case here is I want to download the setup bundle. 85 03:19.800 --> 03:21.560 This is the one I'm going to be using. 86 03:21.560 --> 03:25.620 Now notice here that this is going to require almost a two gig download in 87 03:25.620 --> 03:26.800 terms of storage. 88 03:26.800 --> 03:29.610 So ensure that you actually have this storage space available within your 89 03:29.610 --> 03:30.440 virtual machine. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 89 03:29.610 --> 03:30.440 virtual machine. 90 03:30.440 --> 03:31.440 Okay. 91 03:31.440 --> 03:33.560 So let's go and click download now. 92 03:33.560 --> 03:36.880 And what it's going to do is going to download this particular package. 93 03:36.880 --> 03:39.650 So for now, all I will do is I will pause this and I will come back when the 94 03:39.650 --> 03:40.320 demo has 95 03:40.320 --> 03:41.320 completed. 96 03:41.320 --> 03:42.320 Okay. 97 03:42.320 --> 03:45.620 So the package has downloaded what I want to do is I want to effectively 98 03:45.620 --> 03:46.560 extract this. 99 03:46.560 --> 03:51.170 So what I will do is if I just right click this and I say show in folder and if 100 03:51.170 --> 03:51.720 I just 101 03:51.720 --> 03:55.220 right click on this and I look at the properties, I can actually see where 102 03:55.220 --> 03:56.520 abouts in the directory 103 03:56.520 --> 03:59.200 structure where this particular file exists. 104 03:59.200 --> 04:01.560 So it's in the home nugget user downloads directory. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 104 03:59.200 --> 04:01.560 So it's in the home nugget user downloads directory. 105 04:01.560 --> 04:03.080 So let me go to that just now. 106 04:03.080 --> 04:05.600 So right now at the moment, I happen to be the Ansible user. 107 04:05.600 --> 04:07.600 Let me just change into nugget user. 108 04:07.600 --> 04:11.090 Or type in the password or password one, which is the password for that 109 04:11.090 --> 04:12.520 particular account. 110 04:12.520 --> 04:15.810 If I now do a CD, I go to my home directory, do an LS, I can now go into the 111 04:15.810 --> 04:16.480 downloads 112 04:16.480 --> 04:17.480 directory. 113 04:17.480 --> 04:21.960 And if I say LS once again, we can actually see here this is the download right 114 04:21.960 --> 04:22.360 here. 115 04:22.360 --> 04:26.290 Now we actually see another one below that is because I had already demoed us 116 04:26.290 --> 04:26.880 up before 117 04:26.880 --> 04:27.880 to practice. 118 04:27.880 --> 04:28.880 So to make sure it works. 119 04:28.880 --> 04:31.480 But in your case here, you should just expect to see one. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 119 04:28.880 --> 04:31.480 But in your case here, you should just expect to see one. 120 04:31.480 --> 04:32.480 Okay. 121 04:32.480 --> 04:33.480 So this is all we have here. 122 04:33.480 --> 04:36.440 And what I now want to do is I want to effectively extract this. 123 04:36.440 --> 04:41.000 So right now this is a tar ball that happens to be utilizing Gzip compression. 124 04:41.000 --> 04:45.330 So once again, if I look at the tar page or the man page for tar and I scroll 125 04:45.330 --> 04:45.880 on down, 126 04:45.880 --> 04:49.200 if we keep on scrolling, we can actually see all of the different flags to 127 04:49.200 --> 04:49.800 specify the 128 04:49.800 --> 04:50.800 actual filter used. 129 04:50.800 --> 04:54.520 The dash J is for B zip to dash capital G is for X Z. 130 04:54.520 --> 04:59.750 If I press space bar again, we can actually see the dash Z allows me to extract 131 04:59.750 --> 05:00.360 the Gzip WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 131 04:59.750 --> 05:00.360 the Gzip 132 05:00.360 --> 05:01.360 based compression. 133 05:01.360 --> 05:02.360 So that is the one I'm going to be doing. 134 05:02.360 --> 05:03.960 So what I will say here is tar. 135 05:03.960 --> 05:07.800 And I'll say X to extract Z for the Gzip compression. 136 05:07.800 --> 05:11.880 And I'll specify the file that I want to extract is going to be simply the file 137 05:11.880 --> 05:12.240 that 138 05:12.240 --> 05:13.240 I just downloaded. 139 05:13.240 --> 05:16.920 So let's just enter here and just give it a moment to complete. 140 05:16.920 --> 05:17.920 Perfect. 141 05:17.920 --> 05:18.920 And now it's completed. 142 05:18.920 --> 05:22.720 If I now do an LS, we can see here what I actually have now is this directory 143 05:22.720 --> 05:23.520 structure. 144 05:23.520 --> 05:27.470 So if I see the end of this particular directory into an LS, here is what we 145 05:27.470 --> 05:28.480 actually have. 146 05:28.480 --> 05:33.200 Now what I want to do is I want to go into this particular file here in Vint WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 146 05:28.480 --> 05:33.200 Now what I want to do is I want to go into this particular file here in Vint 147 05:33.200 --> 05:33.920 oria care. 148 05:33.920 --> 05:37.210 Now before I do that, what you'll actually notice is that my host name here 149 05:37.210 --> 05:37.720 happens to 150 05:37.720 --> 05:40.960 be red box, which you can actually see in the cursor right here. 151 05:40.960 --> 05:46.300 And if I go back and I just say pseudo VIM, it's a hosts type in super user 152 05:46.300 --> 05:47.560 password. 153 05:47.560 --> 05:51.080 Notice from earlier on within this course, I have already mapped the static IP 154 05:51.080 --> 05:51.680 addresses 155 05:51.680 --> 05:54.040 to the actual managed devices within my topologies. 156 05:54.040 --> 05:59.480 So the yellow box has the IP address of 192.168.160.135. 157 05:59.480 --> 06:01.520 And the blue box ends in dot 134. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 157 05:59.480 --> 06:01.520 And the blue box ends in dot 134. 158 06:01.520 --> 06:05.560 What I'm going to do right here is I'm just going to specify that I'm going to 159 06:05.560 --> 06:05.960 put in 160 06:05.960 --> 06:09.490 the IP address of my local machine right here, which if you can just see here, 161 06:09.490 --> 06:10.320 if I say IP 162 06:10.320 --> 06:16.560 adder, my IP address on the control node is 192.168.160.133. 163 06:16.560 --> 06:17.920 So let's go back in via them. 164 06:17.920 --> 06:21.040 And I'll just map that to the name of red box. 165 06:21.040 --> 06:24.460 And in fact, if I so wish, not that it's necessary, I can also add in just this 166 06:24.460 --> 06:25.360 fully qualified 167 06:25.360 --> 06:29.700 domain name example, just say example dot red box dot com and then have the 168 06:29.700 --> 06:30.640 shortcut. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 168 06:29.700 --> 06:30.640 shortcut. 169 06:30.640 --> 06:35.060 But it may be the point being is that if I happen to ping the word red box, it 170 06:35.060 --> 06:35.680 's going 171 06:35.680 --> 06:39.320 to resolve to this IP address right here because it's in the AC host fails. 172 06:39.320 --> 06:43.040 If I just now say ping red box right here, there we go right there. 173 06:43.040 --> 06:46.080 And as we can see here, that indeed is affected to the host name. 174 06:46.080 --> 06:49.160 Now, what is the reason why I'm doing any of this? 175 06:49.160 --> 06:53.200 Simply put, if we go back into that same directory that we were just in, so the 176 06:53.200 --> 06:53.480 download 177 06:53.480 --> 06:57.640 directory, CD, let's go back into the answer automation directory, we've now 178 06:57.640 --> 06:58.360 created to 179 06:58.360 --> 07:01.880 an LS, we have this inventory file right here. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 179 06:58.360 --> 07:01.880 an LS, we have this inventory file right here. 180 07:01.880 --> 07:06.870 So if I just say them and going to inventory right here, what I want to do is 181 07:06.870 --> 07:07.720 under this 182 07:07.720 --> 07:11.720 particular heading, Ansible controller, I'm going to specify that the 183 07:11.720 --> 07:12.760 controller is going 184 07:12.760 --> 07:17.430 to be my local machine pretty much the controller is going to exist on this 185 07:17.430 --> 07:18.920 device right here. 186 07:18.920 --> 07:19.920 Now, what is this device? 187 07:19.920 --> 07:20.920 How do we reach it? 188 07:20.920 --> 07:25.200 But if I just say red box, the domain name, that is going to be resolved to the 189 07:25.200 --> 07:25.960 IP address 190 07:25.960 --> 07:27.640 of this particular machine. 191 07:27.640 --> 07:31.850 So really at this stage here, what you want to do is you want to take your host WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 191 07:27.640 --> 07:31.850 So really at this stage here, what you want to do is you want to take your host 192 07:31.850 --> 07:32.360 name, 193 07:32.360 --> 07:37.040 map it to its IP address, and then just specify the host name here under this 194 07:37.040 --> 07:38.920 particular directive. 195 07:38.920 --> 07:42.750 Once you've done that, just add in a space, then you want to say Ansible 196 07:42.750 --> 07:44.600 underscore connection 197 07:44.600 --> 07:46.880 is equal to local. 198 07:46.880 --> 07:47.880 Now that is not all. 199 07:47.880 --> 07:50.360 We also want to add in some additional passwords. 200 07:50.360 --> 07:53.710 Now, I really should state here is that the configurations that we are looking 201 07:53.710 --> 07:54.280 at are really 202 07:54.280 --> 07:56.200 aimed at simplicity. 203 07:56.200 --> 07:59.480 You can make this much, much more convoluted and complex. 204 07:59.480 --> 08:02.680 You can have external databases, that type of thing. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 204 07:59.480 --> 08:02.680 You can have external databases, that type of thing. 205 08:02.680 --> 08:05.320 In the case here, we're just keeping it very, very stripped down. 206 08:05.320 --> 08:08.360 Everything is going to be running on this single node. 207 08:08.360 --> 08:11.700 It's not the most efficient way, but it is the simplest way just to learn the 208 08:11.700 --> 08:12.160 platform. 209 08:12.160 --> 08:13.160 Okay. 210 08:13.160 --> 08:16.630 So with that said, if I just scroll on down, what I want to do is I want to go 211 08:16.630 --> 08:17.200 down to this 212 08:17.200 --> 08:21.750 part here under all vars, and then you have this option for admin underscore 213 08:21.750 --> 08:22.600 password. 214 08:22.600 --> 08:25.400 I'm just going to populate a password value here. 215 08:25.400 --> 08:28.080 Now this is going to be affected by what I'm going to use to log in. 216 08:28.080 --> 08:32.080 So I'll just use the password of password one again, not a very good password, WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 216 08:28.080 --> 08:32.080 So I'll just use the password of password one again, not a very good password, 217 08:32.080 --> 08:32.480 but it 218 08:32.480 --> 08:34.880 is just a lab environment just to get as familiar. 219 08:34.880 --> 08:39.470 And again, scrolling on down a little bit further, you get to this one here 220 08:39.470 --> 08:40.960 saying PG underscore 221 08:40.960 --> 08:41.960 passwords. 222 08:41.960 --> 08:45.800 Again, I'm just going to make it the same as password one, keeping it very, 223 08:45.800 --> 08:46.680 very simple. 224 08:46.680 --> 08:50.040 So really all I've done is specify these login passwords. 225 08:50.040 --> 08:54.060 And like I said up at the very top here, I've just referenced my own local 226 08:54.060 --> 08:55.000 machine as the 227 08:55.000 --> 08:56.520 Ansible controller itself. 228 08:56.520 --> 09:01.020 With that now done, if I press escape colon wq to write and quit, we have now WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 228 08:56.520 --> 09:01.020 With that now done, if I press escape colon wq to write and quit, we have now 229 09:01.020 --> 09:01.640 updated 230 09:01.640 --> 09:04.400 the values within this inventory file. 231 09:04.400 --> 09:08.560 What I now want to do is I want to begin the setup dot s h script. 232 09:08.560 --> 09:12.690 Now what is going to happen in my case here is I'm actually going to get an 233 09:12.690 --> 09:13.320 error. 234 09:13.320 --> 09:16.660 And that is because the configurations by default is going to require that I'm 235 09:16.660 --> 09:17.000 going 236 09:17.000 --> 09:21.580 to need to have eight gig of RAM available on this particular virtual machine 237 09:21.580 --> 09:22.160 in order 238 09:22.160 --> 09:24.520 to run Ansible automation platform. 239 09:24.520 --> 09:28.580 Now this is a recommended minimum value, but again, we're not actually 240 09:28.580 --> 09:29.600 manipulating or 241 09:29.600 --> 09:31.720 managing an enterprise network. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 241 09:29.600 --> 09:31.720 managing an enterprise network. 242 09:31.720 --> 09:33.440 So I will show you how to modify this. 243 09:33.440 --> 09:36.410 But first, let me just show you what the error message will actually look like 244 09:36.410 --> 09:36.720 if you 245 09:36.720 --> 09:39.880 also have a machine which has limited resources. 246 09:39.880 --> 09:46.320 If I just say pseudo dot slash and then setup dot s h, if I hit enter here and 247 09:46.320 --> 09:47.080 then type 248 09:47.080 --> 09:50.760 in my super user password, it's going to begin the configuration. 249 09:50.760 --> 09:54.550 Now it might seem here that everything is a okay, but very, very soon we're 250 09:54.550 --> 09:55.040 going to 251 09:55.040 --> 09:56.520 run into this error. 252 09:56.520 --> 09:59.120 Now as we can see here, this is what we actually see. 253 09:59.120 --> 10:00.840 It says here we have a failure. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 253 09:59.120 --> 10:00.840 It says here we have a failure. 254 10:00.840 --> 10:06.160 Now it says the failure is this machine does not have sufficient RAM to run Ans 255 10:06.160 --> 10:07.120 ible automation 256 10:07.120 --> 10:08.120 platform. 257 10:08.120 --> 10:11.360 Like I say, my VM doesn't have a gig spare. 258 10:11.360 --> 10:15.510 So whilst it's not optimal, let's see how we can actually change this 259 10:15.510 --> 10:16.520 requirements. 260 10:16.520 --> 10:21.030 Again, where am I in the actual directory structure, I happen to be here and 261 10:21.030 --> 10:21.440 say that 262 10:21.440 --> 10:26.080 the directory whereby I extracted this and if I do an LS, notice I also have 263 10:26.080 --> 10:27.280 this collections 264 10:27.280 --> 10:28.280 folder. 265 10:28.280 --> 10:32.380 So the path I actually want to go into is if I see the inter collections, and WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 265 10:28.280 --> 10:32.380 So the path I actually want to go into is if I see the inter collections, and 266 10:32.380 --> 10:32.920 by the way, 267 10:32.920 --> 10:36.420 this is a pretty long path inside of there, there will be a directory called 268 10:36.420 --> 10:37.200 Ansible underscore 269 10:37.200 --> 10:41.570 collections, then another one called Ansible, then automation platform 270 10:41.570 --> 10:43.000 installer, then rolls 271 10:43.000 --> 10:47.180 then pre flights, and then a directory called default while I know that's 272 10:47.180 --> 10:47.960 pretty long. 273 10:47.960 --> 10:51.920 So if I see the entry here, do a PWD here is the entire path. 274 10:51.920 --> 10:56.160 But if I do an LS, notice we have this main dot YML file. 275 10:56.160 --> 11:00.060 This is the file I'm going to manipulate in order to change this particular WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 275 10:56.160 --> 11:00.060 This is the file I'm going to manipulate in order to change this particular 276 11:00.060 --> 11:01.640 requirements. 277 11:01.640 --> 11:06.420 So let's just go in and say them main dot YML notice right here, it says the 278 11:06.420 --> 11:07.160 required 279 11:07.160 --> 11:10.920 RAM is 7,400, pretty much is going to be eight gig. 280 11:10.920 --> 11:13.640 So let's just reduce this to let's maybe say, oh, I don't know, let's go with 281 11:13.640 --> 11:14.160 one gig. 282 11:14.160 --> 11:15.160 Let's go with 1000. 283 11:15.160 --> 11:16.920 Okay, I definitely have that space. 284 11:16.920 --> 11:21.990 So if I just save this and I just CD, let's go back into my downloads and again 285 11:21.990 --> 11:22.760 , go back 286 11:22.760 --> 11:25.440 into my Ansible automation platform directory. 287 11:25.440 --> 11:28.520 Now again, we're in the same directory once again, we still have the changes 288 11:28.520 --> 11:29.080 within the 289 11:29.080 --> 11:30.080 inventory file. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 289 11:29.080 --> 11:30.080 inventory file. 290 11:30.080 --> 11:32.400 Let's now try to run the setup script. 291 11:32.400 --> 11:37.770 So again, sudo dot slash setup dot SH and enter and hopefully we should 292 11:37.770 --> 11:38.640 actually get a 293 11:38.640 --> 11:39.800 better result. 294 11:39.800 --> 11:42.620 But again, this may take a few minutes, just be patient depending on how fast 295 11:42.620 --> 11:43.160 your system 296 11:43.160 --> 11:44.240 happens to be. 297 11:44.240 --> 11:47.600 All I'll do for now is pause the video and come back when it completes. 298 11:47.600 --> 11:52.210 Okay, so after about five, ten minutes, the setup process has completed 299 11:52.210 --> 11:53.400 successfully. 300 11:53.400 --> 11:57.840 What I now want to do is I want to log in to the automation controller web UI. 301 11:57.840 --> 12:02.370 So again, if I go back and just say IP adder, we can see the IP address of my WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 301 11:57.840 --> 12:02.370 So again, if I go back and just say IP adder, we can see the IP address of my 302 12:02.370 --> 12:03.200 particular 303 12:03.200 --> 12:04.200 machine. 304 12:04.200 --> 12:05.200 Let me just copy this right here. 305 12:05.200 --> 12:06.200 This is the controller. 306 12:06.200 --> 12:10.120 Now if I go to my browser and paste in this IP address and hit enter, what we 307 12:10.120 --> 12:10.640 actually 308 12:10.640 --> 12:12.880 see here is we get a warning. 309 12:12.880 --> 12:15.840 Now this is absolutely fine and expected. 310 12:15.840 --> 12:19.050 The reason being is that because we happen to be using a self-signed 311 12:19.050 --> 12:20.320 certificate, Firefox 312 12:20.320 --> 12:23.640 as a browser is detecting a potential security issue. 313 12:23.640 --> 12:25.360 But this is no problem for us. 314 12:25.360 --> 12:29.880 What I will do is go to advanced, scroll on down and I'll just click accept the 315 12:29.880 --> 12:30.280 risk WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 315 12:29.880 --> 12:30.280 risk 316 12:30.280 --> 12:31.480 and continue. 317 12:31.480 --> 12:35.760 So once I do this, we now come to the web page of the Ansible automation 318 12:35.760 --> 12:36.160 platform. 319 12:36.160 --> 12:40.040 Now in my case here, the login username is going to be admin. 320 12:40.040 --> 12:41.120 That is a default. 321 12:41.120 --> 12:45.480 And now here, remember the passwords I was putting into the inventory file. 322 12:45.480 --> 12:47.120 I wrote password one. 323 12:47.120 --> 12:49.000 This is the password I want to use right here. 324 12:49.000 --> 12:51.400 So again, I'll type in password one and hit enter. 325 12:51.400 --> 12:53.920 And now we come to this page right here. 326 12:53.920 --> 12:57.560 Effectively, we're going to have to use our Ansible automation subscription 327 12:57.560 --> 12:58.280 details. 328 12:58.280 --> 13:02.440 Recall, we do have a valid username and password for Red Hat. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 328 12:58.280 --> 13:02.440 Recall, we do have a valid username and password for Red Hat. 329 13:02.440 --> 13:04.000 This is what we want to use. 330 13:04.000 --> 13:08.000 If you so wish, you can go to the subscription allocations page on the Red Hat 331 13:08.000 --> 13:09.240 customer portal. 332 13:09.240 --> 13:12.560 This will allow you to effectively download and manifest file and you can 333 13:12.560 --> 13:13.240 upload that. 334 13:13.240 --> 13:16.970 But I find the easiest way to get this up and running is to click on username 335 13:16.970 --> 13:17.960 and password. 336 13:17.960 --> 13:22.870 And simply type in your Red Hat username and the corresponding Red Hat password 337 13:22.870 --> 13:22.920 and 338 13:22.920 --> 13:25.160 then select get subscription. 339 13:25.160 --> 13:29.440 And then just go through next and accept the user license agreements. 340 13:29.440 --> 13:33.050 So all we'll do is type in micro dentures and then follow that particular WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 340 13:29.440 --> 13:33.050 So all we'll do is type in micro dentures and then follow that particular 341 13:33.050 --> 13:33.720 process. 342 13:33.720 --> 13:38.150 So with that now done, you can see here I now have access to my graphical user 343 13:38.150 --> 13:38.600 interface 344 13:38.600 --> 13:42.920 dashboard for the Ansible automation platform automation controller.