Deploying v. Sphere Integrated Containers VIC 1. The. Humble. Lab. Update 42. 6 Ive revised the blog post to no longer connect to the appliance via SSH to deploy the VIC host instead providing instructions for installing the Docker Toolkit on Windows 1. This is the right way to do it. Using the appliance works but is not recommended. Sorry to interrupt. CSS Error. Refresh. Razo D. O. O. je preduzee koje se bavi prodajom elektromaterijala i pratee opreme kroz veleprodaju i maloprodaju. Nsx Ova' title='Nsx Ova' />In the original blog post we SSHd into the VIC appliance to perform the following tasks deploy VIC Host, call Docker API, etc. Originally I did this because it felt like the post flowed a bit better using the appliance we just deployed to do the work. Additionally, I was having issues getting Docker running correctly on my Windows 1. After chatting a bit internally, Its really not best practice to leverage the appliance this way. Trying to run the mighty NSX in a home lab can be challenging Forget about a single host, forget about 16GB per host, and if you want to have a bit of fun, you. VMware NSX is the SDDC technology of the future. What ESX was once for Servers, NSX is now for Networks. I highly encourage everyone to make yourselves familiar with. In the lab this is fine but lets coach to success here I Cant Even Contain MyselfhahaNow that Ive gotten a poor joke out of the way, lets jump into something pretty exciting. VMwares v. Sphere Integrated Containers version 1. GA on 41. 8 see blog post here. Containers are growing quickly in popularity, and are starting to see some production usecases. Ive been playing with them a little bit here and there in the lab but never with any sort of major goals in mind. That being said its time to step the game up. We are going to go on a magic carpet ride and deploy v. Sphere Integrated Containers in the Homelab today well, tonight, because its the only time I can do nerd thingsparentproblems. How are v. Sphere Integrated Containers VIC different from Dockerhint They arent, reallyWith a traditional Docker configuration, you have a system physical or virtual with the Docker binaries installed. You run your docker commands from the command line and access it directly. People run docker on workstations, on physical servers, on virtual machines, all over the place. Containers are portable, so generally, moving them between Docker installations is pretty straight forward and easy. Nsx Ova' title='Nsx Ova' />This is one of the big things that makes developing with containers so attractive. Develop on your desktop, push to registry, pull down, voila. How To Install Gta Sa Mods With Img Tool here. Thinking about the Docker host for a second, this is generally a Linux box of some flavor sitting in your datacenter Yes, i know Windows can do Containers too now. Speaking in generalities. This box needs to be managed by administrators, patched, monitored, all that typical stuff. This host can have hundreds of containers running on it potentially. If this is a VM, now you have  VM hosting many different types of services underneath it. This brings up all sorts of architecture woes that will need to be addressed. Sphere Integrated Containers allows you to remove the need of having a dedicated container host VM and instead allows you to leverage your ESXi instance as a container host directly. Once deploying your VIC host, you are presented with a simple Docker API gateway to run your Docker commands against. Containers are provisioned and treated as actual VMs by the infrastructure. The allows fun things like NSX and v. Realize Operations to identify the system and do their magic sauce against them. It allows us to easily integrate containers into v. Realize Automation. It opens up integration with v. SAN not to mention the wide range of administrative capabilities native to v. Center.  It gives your developers a direct API endpoint to work against remotely allowing you maintain some semblance of  administrative control over your environment while still granting your developer community the agility they need to do their jobs. Lets get started Prerequisites. Were going to need a couple things to get rolling in this example. Docker Toolbox for Windows. VIC bridge portgroup created. Since were using a Windows 1. Docker Toolkit. Head over to Docker and download the installer. Run said installer, and move through the screens. Visio Mind Map Stencil Download. When you reach the screen to select the components to install, you can either choose to keep the full docker environment including the Virtual. Box Installation or uncheck it. I set mine as the following You can launch a command prompt and run docker to confirm it is actually installed. Once thats done, well switch over to Power. CLI and add a new VDS port group called vic bridge to act as the Container bridge network. We use a simple command like below to do this I only have 1 VDS in my environment, so the command is easycreds get credential. Again, you should see the following result after the command is run. With these items complete were ready to move forward Deploying v. Sphere Integrated Containers 1. OVAStarting with version 1. VIC is handled through an OVA. This OVA has a number of functions Hosts the plugin installation scripts for VICHosts the current GA of the actual VIC Engine Binaries. Hosts VMwares Container Management interface Admiral Product, also a part of v. Realize AutomationHosts VMwares enterprise grade container registry Harbor ProductWell navigate to the VIC homepage to get started here, and follow the breadcrumbs to the downloader. Itll require you to sign in to download, but it doesnt cost you anything. Sign up, pull down the OVA. With the recent changes to Power. CLI joining the Powershell Gallery, I saw this as a great opportunity to remove the legacy Power. CLI and deploy the OVA from Powershell like a boss. Were going to use the Import v. App cmdlet to handle this, and Ive posted the snippet I used below connect viserver name hlsite. C userscodyddownloadsvic v. Get Ovf. Configuration ova. Password. 1. vmhost Get VMHost. Ip. Assignment. Ip. Protocol. value IPv. DNS. value 1. 0. Network. Mapping. Network. LAN. Import VApp Source ova Ovf. Configuration ovacfg Name vic VMHost vmhost Datastore ds Disk. Storage. Format Thin. Start VM. Lets talk a little bit about whats going on here. Connect to v. Center. Define out the OVA variables where is it, what host, getting the ova properties, getting the storage, etcDefine out all the required ova properties. Import the v. App. Start the VMIf all is successful you should see a result similar to the below Give the appliance a bit to boot, once started, well navigate to https vicapplianceaddress 9. Assuming we didnt wreck the world with our simple OVA deployment, you should see something likeWere going to download the vic1. I recommend creating a directory specifically for VIC components, Im using C VIC. Once downloaded, use any of a hundred different tools to untar it I use 7zip Portable into that directory you should see something similar to the following. If we launch a command prompt from this window Shift Right Click Open command window here and run vic machine windows. Opening ESXi Firewall for VIC Communication. We need to create firewall rules to allow the communication VIC requires to function. The VIC team has made this super easy, and included a switch to configure the rules automatically using the vic machine platform command. Well use vic machine windows with the update firewall directive to make all of the firewall changes. I issue the following command, and voila firewalls are updated Note Youll need your v. Centers certificate thumbprint. The first time you issue the command it will likely fail. In the failure message youll see the the thumbprint. Run the command again, appending the thumbprint to the end and you should be good. L1k. 3Th. 1s. 1s. R31. 1y. 1T allow thumbprint4. Deploying OVAOVF to remote v. Center using OVFTool. I had recently come across the need to deploy an OVA file remotely and didnt want to have to upload the file over VPN to the destination v. Center, the solution is to install OVFTool on a server that has local access to the v. Center and deploy it using the following syntax ovftool. All. Eulas dsDATASTORE NAME HERE net NAME OF OVA NETWORKNAME OF PORT GROUP prop PROPNAMEValue pathtoappliance. Datacenter. NamehostCluster. Name. The easiest way to get a list of objects you must reference for net and prop values is by running in this example I am testing a v. Sphere Data Protection 5. You will receive an output similar to the below Download Size 4. GB. Deployment Sizes. Flat disks 1. 00. GB. Sparse disks 8. GB. Name Isolated Network. Description The Isolated Network network. Virtual Machines. Name v. Sphere. Data. Protection 0. TB. Operating System sles. Virtual Hardware. Families vmx 0. Number of CPUs 4. Cores per socket 1. Memory 4. 0. GB. Index 0. Instance ID 1. 1. Capacity 1. 00. GB. Disk Types SCSI lsilogic. Adapter Type Vmx. Net. 3. Connection Isolated Network. Class. Id vami. Key gateway. Instance. Id v. SphereDataProtection5. Category Networking Properties. Label Default Gateway. Type string. Description The default gateway address for this VM. Class. Id vami. Key DNS. Instance. Id v. SphereDataProtection5. Category Networking Properties. Label DNS. Type string. Description The domain name servers for this VM comma. Class. Id vami. Key ip. Instance. Id v. SphereDataProtection5. Category Networking Properties. Label Network 1 IP Address. Type string. Description The IP address for this interface. Class. Id vami. Key netmask. Instance. Id v. SphereDataProtection5. Category Networking Properties. Label Network 1 Netmask. Type string. Description The netmask or prefix for this interface. We are interested in a few key items from the above NICs. Adapter Type Vmx. Net. 3. onnection Isolated Network. Our net command would look like this for the above trigger net Isolated NetworkPort Group. Where Port Group is the name of your v. Switch Port Group you wish to assign the appliance to. From the Properties section in the output we can see there 4 prop triggers we are interested in our prop triggers would be constructed of 3 variables from each of the Properties sections each prop trigger is constructed like so prop Class. ID. Key. Instance. IDValue. If we take Default Gateway as an example it would be constructed like so prop vami. SphereDataProtection5. You will of course chain the prop triggers one after another in the command line. Given an example datacenter our fully constructed ovftool. All. Eulas dsdatastore. Isolated NetworkDMZ. SphereDataProtection5. DNS. v. SphereDataProtection5. SphereDataProtection5. SphereDataProtection5. VMWarev. Sphere. Data. Protection 5. Enter username and password in URL safe mode substitute special characters like or F or 2. Deploy will run and show progress in CLI and v.