WEBVTT 00:06.570 --> 00:10.790 Now let's have a brief overview of install and then our server. 00:10.800 --> 00:17.200 As mentioned previously and then our server cannot be directly installed from the installation media. 00:17.220 --> 00:21.170 Your answer to their files are required for such an app. 00:21.370 --> 00:32.200 Nanosolar are located in a Nanosolar folder located on the Windows Server 2016 installation media Nanosolar 00:32.270 --> 00:40.440 residents told to use in one of three methods you could deploy is the image that will be hosted as a 00:40.440 --> 00:43.850 virtual machine on a Hyper-V host. 00:44.040 --> 00:52.470 You could deploy HD as a bootable drive on a physical computer and you could deploy an entire server 00:52.830 --> 00:55.860 VM file on a physical computer. 00:55.860 --> 00:59.240 The steps are similar for each option. 00:59.280 --> 01:07.680 The first step you should copy the Nano server image generator folder from the Nanosolar folder on the 01:07.680 --> 01:14.810 Windows Server 2016 installation media to a folder on your local machine. 01:14.820 --> 01:21.420 The second step you should start Windows for a shell as an administrator and change the directory to 01:21.420 --> 01:26.960 the Neno server image generator folder on your local drive. 01:27.150 --> 01:36.060 This step is to import the Nanosolar image generator module by using the following windows power shell 01:36.400 --> 01:46.740 import module command led and the fourth step is to create these to your VM by using the new Nano server 01:46.860 --> 01:53.720 image command left and by you then the following options such as Dushan. 01:53.910 --> 01:57.290 It could be either standard or data center. 01:57.450 --> 02:03.900 So its the vendors Saro 2016 edition the Nano server will be based on. 02:04.110 --> 02:12.270 You should specify a deployment type which is the type of deployment either host for WM or bootable 02:12.620 --> 02:18.420 video or guest for these days hosted in Hyper-V. 02:18.420 --> 02:27.060 You should specify media time path which is the path to the root of the vendor server 2016 installation 02:27.060 --> 02:28.050 media. 02:28.050 --> 02:37.530 Also you have to specify base path which is optional switch and is used to create in a VM file. 02:37.530 --> 02:46.170 So when creating a VM file the Nanosolar binary is real big carpet to this folder so that the new Nanosolar 02:46.200 --> 02:54.840 VM command left can be used to create a new image without specifying the media path which also you have 02:54.840 --> 03:04.080 to specify Targett path which is the path and file name include an extension of the Nanosolar image 03:04.430 --> 03:06.070 the file type. 03:06.060 --> 03:10.430 Great It depends on the file extension specified. 03:10.660 --> 03:21.360 Either these do for a generation of one virtual machine or Viji X for a generation virtual machine version 03:21.380 --> 03:24.810 2 and VM for a VM file. 03:24.810 --> 03:31.950 Another option you have to specify is computer name which is the name of the Targett Nanosolar computer 03:32.350 --> 03:39.590 Linux which you have to specify as packages the packages which is used to install certain Arolsen of 03:39.590 --> 03:49.860 features listed in the previous video such as DNS and so on multiple packages can be combined in a comma 03:49.860 --> 03:58.070 separated list and you can specify all the package switches because some packages are installed to use 03:58.070 --> 03:59.800 them their own switches. 04:00.000 --> 04:08.040 If you want to deploy an unknown soldier or to a physical machine be sure to use the OEM drivers switch 04:08.280 --> 04:15.560 to install the basic set of device drivers that are included in the standard traditional installation. 04:15.570 --> 04:21.720 Running a presenter live in those power shellscript prompts you for an administrator accountant boss 04:21.810 --> 04:24.060 for when it is around. 04:24.070 --> 04:30.210 Now let's take a look at different types of deployment of the Neno software. 04:30.280 --> 04:35.150 The first type is deployed the National surveys the in Hyper-V. 04:35.340 --> 04:43.410 So once you create is ready for Nanosolar the steps for deployment an end server in Hyper-V is similar 04:43.410 --> 04:46.470 to deploying and a virtual machine. 04:46.590 --> 04:53.520 You have to create a new virtual machine by using There is the in Hyper-V manager. 04:53.520 --> 05:00.130 Then you have to boot and connect to the virtual machine from Hyper-V manager. 05:00.180 --> 05:08.060 The next step is to log onto the Nano recover recovery console using the a straighter account and password 05:08.450 --> 05:16.370 and obtain their IP address for the virtual machine and connect to the Neno server by using the remote 05:16.370 --> 05:25.040 management tools to manage the server and other deployment type is deploying the Nano service on a physical 05:25.040 --> 05:26.180 computer. 05:26.180 --> 05:34.700 You can also run the Nanosolar on a physical computer by using the village that you created. 05:34.730 --> 05:43.310 As noted previously you must ensure that the OEM drivers for the most common hardware are installed 05:43.310 --> 05:51.100 by use of the OEM drivers which do your own version decryption the steps for deployment that is due 05:51.110 --> 05:54.160 to the physical computer are as follows. 05:54.230 --> 06:02.510 You have to sign into the physical computer as an administrator copy the HD to the local computer and 06:02.510 --> 06:07.160 configure the video to boot by using the following steps. 06:07.220 --> 06:10.220 You have to mount them in the wrong. 06:10.230 --> 06:14.620 The B C D boot command Targett in the village. 06:14.720 --> 06:21.510 For example if the vision is mounted to the IID drive you have to run the following command beside the 06:21.520 --> 06:28.120 boot equal on backslash windows and the final step is unmount them Viji. 06:28.190 --> 06:33.320 After that you have to boot the computer into the Nano surveys too. 06:33.560 --> 06:41.330 And this third deployment type is deployed and then server supreme create an anonymous server VM is 06:41.420 --> 06:49.760 as simple as specifying dot William as a file extension by providing the Targett path. 06:49.850 --> 06:58.560 Well you once the file is created you can deployed by using Wimpey with the following steps. 06:58.580 --> 07:06.740 First you have to ensure the file is accessible from VMP then boot into win win. 07:06.740 --> 07:09.420 Be on the local server. 07:09.620 --> 07:18.640 This third step is that you have to use Disk part don't exceed to repair the local hard drive. 07:18.680 --> 07:24.990 Then you have to apply the Nanosolar image by using Diesendorf to see command. 07:25.130 --> 07:33.350 And the final step is to remove the Wimpey media if equally applicable and reboot the system by using 07:33.350 --> 07:34.700 the following command. 07:34.910 --> 07:44.360 WP You still don't see a reboot after your Aboo than an old server or from whichever deployment method 07:44.810 --> 07:52.640 you used you can sign in to the Nanosolar recovery console by using the administrator account and parse 07:52.640 --> 07:58.160 for and appertained the IP address of the Nanosolar or computer. 07:58.340 --> 08:07.490 And to use the remote management tools or Windows shell to connect and manage the server please know 08:07.490 --> 08:16.220 that Microsoft has also created a tool the Nano server image builder which can create nano server images 08:16.310 --> 08:18.810 and bootable use drives. 08:18.920 --> 08:23.290 You can find the tool from the Microsoft download center.