Download here: http://gg.gg/oj7wi
Share Image of Project made by you after watching my Tutorial. Arduino RaspberryPi Robotics Electronics DIY Unboxing Review.
*04.robotics Phase 4mr. Mac’s Virtual Existence Date
*04.robotics Phase 4mr. Mac’s Virtual Existence Key
*04.robotics Phase 4mr. Mac’s Virtual Existence Model
*04.robotics Phase 4mr. Mac’s Virtual Existence Reality -->
Mr Huang’s supplementary submissions referred to submissions made by his counsel to the Arbitrator. The submissions were relied on to support the submission that based on the tendered payslips, Mr Huang’s post-injury earnings were $864 per week and not $1,095 as the Arbitrator found. In mathematics, a group is an algebraic structure consisting of a set together with an operation that combines any two of its elements to form a third element. To qualify as a group, the set and the operation must satisfy four conditions called the group axioms, namely closure, associativity, identity and invertibility. High school woodworking plans easel Heirloom Cradle with Storage Box, Woodworking Plans, Toys & Kids Furniture, WOOD Issue 178, September 2007, 2007, Intermediate. In this last phase we will be planning and building our own design. The goal is to go head to head with your classmates in a battle royal of lego robot carnage! The rules are simple: the goal is to either dismantle or incapacitate your opponents robot while staying within the confines of the arena. The arena will look like this.
Applies to: Azure Stack HCI, Windows Server 2019 Datacenter
In this quickstart, you’ll learn how to set up an Azure Kubernetes Service host using PowerShell. To instead use Windows Admin Center, see Set up with Windows Admin Center.Before you begin
Make sure you have one of the following:
*2-4 node Azure Stack HCI cluster
*Windows Server 2019 Datacenter failover cluster
*Single node Windows Server 2019 Datacenter
Before getting started, make sure you have satisfied all the prerequisites on the system requirements page.We recommend having a 2-4 node Azure Stack HCI cluster. If you don’t have any of the above, follow instructions on the Azure Stack HCI registration page.
Important
When removing Azure Kubernetes Service on Azure Stack HCI, see Remove Azure Kubernetes Service on Azure Stack HCI and carefully follow the instructions.Step 1: Download and install the AksHci PowerShell module
Download the AKS-HCI-Public-Preview-Dec-2020 from the Azure Kubernetes Service on Azure Stack HCI registration page. The zip file AksHci.Powershell.zip contains the PowerShell module.
If you have previously installed Azure Kubernetes Service on Azure Stack HCI using PowerShell or Windows Admin Center, there are two installation flows for the new PowerShell module:
*Perform a clean installation of the PowerShell module, so you start with a clean system and your previously deployed workloads are removed. To perform a clean installation, go to Step 1.1.
*Upgrade the PowerShell module if you want to keep your system and workloads in place. To upgrade the PowerShell module, go to Step 1.2.Step 1.1: Clean install of the AksHci PowerShell module
Run the following command before proceeding.
Close all PowerShell windows. Delete any existing directories for AksHci, AksHci.UI, MOC, and MSK8sDownloadAgent located in the path %systemdrive%program fileswindowspowershellmodules. Once the existing directories are deleted, you can extract the contents of the new zip file. Make sure to extract the zip file in the correct location (%systemdrive%program fileswindowspowershellmodules). Then, run the following commands.
Close all PowerShell windows again and reopen an administrative session and proceed to Step 1.3 - Validate upgraded PowerShell module.Step 1.2: Upgrade the AksHci PowerShell module
Close all PowerShell windows. Delete any existing directories for AksHci, AksHci.UI, MOC, and MSK8sDownloadAgent located in the path %systemdrive%program fileswindowspowershellmodules. Once these directories are removed, you can extract the contents of the new zip file. Make sure to extract the zip file in the correct location (%systemdrive%program fileswindowspowershellmodules). Then, run the following commands.
After running the above commands, close all PowerShell windows and reopen an administrative session to validate PowerShell module upgrade as detailed below and then run the Update-AksHci command as instructed later in the document.Step 1.3: Validate upgraded PowerShell module
Close all PowerShell windows and reopen a new administrative session to check if you have the latest version of the PowerShell module.
Output:Step 2: Prepare your machine(s) for deployment
Run checks on every physical node to see if all the requirements are satisfied to install Azure Kubernetes Service on Azure Stack HCI.
Open PowerShell as an administrator and run the following command.
When the checks are finished, you’ll see ’Done’ displayed in green text.Step 3: Configure your deployment
Set the configuration settings for the Azure Kubernetes Service host. If you’re deploying on a 2-4 node Azure Stack HCI cluster or a Windows Server 2019 Datacenter failover cluster, you must specify the imageDir and cloudConfigLocation parameters. For a single node Windows Server 2019 Datacenter, all parameters are optional and set to their default values. However, for optimal performance, we recommend using a 2-4 node Azure Stack HCI cluster deployment.
Configure your deployment with the following command.Example
To deploy on a 2-4 node cluster with DHCP networking:
To deploy with a virtual IP pool:
To deploy with stacked_kube_vip load balancer:
To deploy with a proxy server:Optional parameters
-imageDir
The path to the directory where Azure Kubernetes Service on Azure Stack HCI will store its VHD images. Defaults to %systemdrive%AksHciImageStore for single node deployments. For multi-node deployments, this parameter must be specified. The path must point to a shared storage path such as C:ClusterStorageVolume2ImageStore or an SMB share such as FileShareImageStore.
-cloudConfigLocation
The location where the cloud agent will store its configuration. Defaults to %systemdrive%wssdcloudagent for single node deployments. The location can be the same as the path of -imageDir above. For multi-node deployments, this parameter must be specified. The path must point to a shared storage path such as C:ClusterStorageVolume2ImageStore or an SMB share such as FileShareImageStore. The location needs to be on a highly available share so that the storage will always be accessible.
-nodeConfigLocation
The location where the node agents will store their configuration. Every node has a node agent, so its configuration is local to it. This location must be a local path. Defaults to %systemdrive%programdatawssdagent for all deployments.
-vnetName
The name of the virtual switch to connect the virtual machines to. If you already have an external switch on the host, you should pass the name of the switch here. The switch will be created if it does not exist. Defaults to “External” name.
-controlPlaneVmSize
The size of the VM to create for the control plane. To get a list of available VM sizes, run Get-AksHciVmSize.
-loadBalancerVmSize
The size of the VM to create for the Load Balancer VMs. To get a list of available VM sizes, run Get-AksHciVmSize.
-sshPublicKey
Path to an SSH public key file. Using this public key, you will be able to log in to any of the VMs created by the Azure Kubernetes Service on Azure Stack HCI deployment. If you have your own SSH public key, you will pass its location here. If no key is provided, we will look for one under %systemdrive%akshci.sshakshci_rsa.pub. If the file does not exist, an SSH key pair in the above location will be generated and used.
-vipPoolStartIp
When using VIP pools for your deployment, this parameter specifies the network start of the pool. You should use VIP pools for long-lived deployments to guarantee that a pool of IP addresses remain consistent. This is useful when you have workloads that always need to be reachable. Default is none.
-vipPoolEndIp
When using VIP pools for your deployment, this parameter specifies the network end of the pool. You should use VIP pools for long-lived deployments to guarantee that a pool of IP addresses remain consistent. This is useful when you have workloads that always need to be reachable. Default is none.
-macPoolStart
This is used to specify the start of the MAC address of the MAC pool that you wish to use for the Azure Kubernetes Service host VM. The syntax for the MAC address requires that the least significant bit of the first byte should always be 0, and the first byte should always be an even number (that is, 00, 02, 04, 06...). A typical MAC address can look like: 02:1E:2B:78:00:00. Use MAC pools for long-lived deployments so that MAC addresses assigned are consistent. This is useful if you have a requirement that the VMs have specific MAC addresses. Default is none.
-macPoolEnd
This is used to specify the end of the MAC address of the MAC pool that you wish to use for the Azure Kubernetes Service host VM. The syntax for the MAC address requires that the least significant bit of the first byte should always be 0, and the first byte should always be an even number (that is, 00, 02, 04, 06...). The first byte of the address passed as the -macPoolEnd should be the same as the first byte of the address passed as the -macPoolStart. Use MAC pools for long-lived deployments so that MAC addresses assigned are consistent. This is useful if you have a requirement that the VMs have specific MAC addresses. Default is none.
-vlanID
This can be used to specify a network VLAN ID. Azure Kubernetes Service host and Kubernetes cluster VM network adapters will be tagged with the provided VLAN ID. This should be used if there is a specific VLAN ID that needs to be tagged to get the right connectivity. Default is none.
-kvaLoadBalancerType
This takes in either unstacked_haproxy or stacked_kube_vip. unstacked_haproxy is the default where a separate load balancer VM is deployed with HAProxy as the Azure Kubernetes Service host’s API server endpoint. stacked_kube_vipis a load balancer solution, Kubevip, for the Azure Kubernetes Service host. It allows you to specify a static IP address in the host as a floating IP across the control plane nodes to keep the API server highly available through the IP. If this option is chosen, you must specify the static IP address in the kvaControlPlaneEndpoint parameter, and no separate load balancer VM is deployed.
stacked_kube_vip requires an IP address and is more resource friendly by saving memory, CPU, and deployment time. If you do not have an IP address to use as the floating IP, you should use unstacked_haproxy. The latter option requires a load balancer VM.
-kvaControlPlaneEndpoint
This specifies the static IP address to use as the Azure Kubernetes Service Host API server address when the kvaLoadBalancerType parameter is set to stacked_kube_vip. If stacked_kube_vip is used, this parameter must be specified.
-proxyServerHTTP
This provides a proxy server URI that should be used by all components that need to reach HTTP endpoints. The URI format includes the URI schema, server address, and port (that is, https://server.com:8888). Default is none.
-proxyServerHTTPS
This provides a proxy server URI that should be used by all components that need to reach HTTPS endpoints. The URI format includes the URI schema, server address, and port (that is, https://server.com:8888). Default is none.
-proxyServerNoProxy
This is a comma-delimited string of addresses that will be exempt from the proxy. Default value is localhost,127.0.0.1,.svc,10.96.0.0/12,10.244.0.0/16. This excludes the localhost traffic (localhost, 127.0.0.1), internal Kubernetes service traffic (.svc), the Kubernetes Service CIDR (10.96.0.0/12), and the Kubernetes POD CIDR (10.244.0.0/16) from the proxy server. You can use this parameter to add more subnet ranges or name exemptions. The settings for this parameter are very important because, if it’s not correctly configured, you may unexpectedly route internal Kubernetes cluster traffic to your proxy. This can cause various failures in network communication.
-proxyServerCredential
This provides the username and password to authenticate to your HTTP/HTTPS proxy servers. You can use Get-Credential to generate a PSCredential object to pass to this parameter. Default is none.
-cloudServiceCidr
This can be used to provide a static IP/network prefix to be assigned to the MOC CloudAgent service. This value should be provided using the CIDR format. (Example: 192.168.1.2/16). You may want to specify this to ensure that anything important on the network is always accessible because the IP address will not change. Default is none.
-workingDir
This is a working directory for the module to use for storing small files. Defaults to %PROGRAMFILES%AksHci and should not be changed for most deployments. We do not recommend changing the default.
-version
The version of Azure Kubernetes Service on Azure Stack HCI that you want to deploy. The default is the latest version. We do not recommend changing the default.
-vnetType
The type of virtual switch to connect to or create. This defaults to “External” switch type. We do not recommend changing the default.
-nodeAgentPort
The TCP/IP port number that node agents should listen on. Defaults to 45000. We do not recommend changing the default.
-nodeAgentAuthorizerPort
The TCP/IP port number that node agents should use for their authorization port. Defaults to 45001. We do not recommend changing the default.
-clusterRoleName
This specifies the name to use when creating cloud agent as a generic service within the cluster. This defaults to a unique name with a prefix of ca- and a guid suffix (for example: “ca-9e6eb299-bc0b-4f00-9fd7-942843820c26”). We do not recommend changing the default.
-cloudLocation
This parameter provides a custom Microsoft Operated Cloud location name. The default name is ’MocLocation’. We do not recommend changing the default.
-skipHostLimitChecks
Requests the script to skip any checks it does to confirm memory and disk space is available before allowing the deployment to proceed. We do not recommend using this setting.
-insecure
Deploys Azure Kubernetes Service on Azure Stack HCI components such as cloud agent and node agent(s) in insecure mode (no TLS secured connections). We do not recommend using insecure mode in production environments.
-skipUpdates
Use this flag if you want to skip any updates available. We do not recommend using this setting.
-forceDnsReplication
DNS replication can take up to an hour on some systems. This will cause the deployment to be slow. If you hit this issue, you’ll see that the Install-AksHci will be stuck in a loop. To get past this issue, try to use this flag. The -forceDnsReplication flag is not a guaranteed fix. If the logic behind the flag fails, the error will be hidden, and the command will carry on as if the flag was not provided.Reset the Azure Kubernetes Service on Azure Stack HCI configuration
To reset the Azure Kubernetes Service on Azure Stack HCI configuration, run the following commands. Running this command on its own will reset the configuration to default values.Step 4: Start a new deployment
After you’ve configured your deployment, you must start deployment. This will install the Azure Kubernetes Service on Azure Stack HCI agents/services and the Azure Kubernetes Service host.
To begin deployment, run the following command.Verify your deployed Azure Kubernetes Service host
To ensure that your Azure Kubernetes Service host was deployed, run the following command. You will also be able to get Kubernetes clusters using the same command after deploying them.
Output:Step 5: Access your clusters using kubectl
To access your Azure Kubernetes Service host or Kubernetes cluster using kubectl, run the following command. This will use the specified cluster’s kubeconfig file as the default kubeconfig file for kubectl.ExampleRequired Parameters
clusterName
The name of the cluster.Optional Parameters
outputLocation
The location where you want the kubeconfig downloaded. Default is %USERPROFILE%.kube.Get logs
To get logs from your all your pods, run the following command. This command will create an output zipped folder called akshcilogs in the path C:wssdakshcilogs.Update to the latest version of Azure Kubernetes Service on Azure Stack HCI
To update to the latest version of Azure Kubernetes Service on Azure Stack HCI, run the following command. The update command only works if you have installed the Oct release. It will not work for releases older than the October release. This update command updates the Azure Kubernetes Service host and the on-premise Microsoft operated cloud platform. For this preview release, the Kubernetes version and AKS host OS version still remain the same. This command does not upgrade any existing workload clusters. New workload clusters created after updating the AKS host will differ from existing workload clusters in terms of Windows node OS version and Kubernetes version.
We recommend updating workload clusters immediately after updating the management cluster to prevent running unsupported Windows Server OS versions in your Kubernetes clusters with Windows nodes. To update your workload cluster, visit update your workload cluster.Restart Azure Kubernetes Service on Azure Stack HCI
Restarting Azure Kubernetes Service on Azure Stack HCI will remove all of your Kubernetes clusters if any, and the Azure Kubernetes Service host. It will also uninstall the Azure Kubernetes Service on Azure Stack HCI agents and services from the nodes. It will then go back through the original install process steps until the host is recreated. The Azure Kubernetes Service on Azure Stack HCI configuration that you configured via Set-AksHciConfig and the downloaded VHDX images are preserved.
To restart Azure Kubernetes Service on Azure Stack HCI with the same configuration settings, run the following command.Reset configuration settings and reinstall Azure Kubernetes Service on Azure Stack HCI
To reinstall Azure Kubernetes Service on Azure Stack HCI with different configuration settings, run the following command first.
After running the above command, you can change the configuration settings with the following command. The parameters remain the same as described in Step 3. If you run this command with no specified parameters, the parameters will be reset to their default values.
After changing the configuration to your desired settings, run the following command to reinstall Azure Stack Kubernetes on Azure Stack HCI.Remove Azure Kubernetes Service on Azure Stack HCI
To remove Azure Kubernetes Service on Azure Stack HCI, run the following command. If you are using PowerShell to uninstall a Windows Admin Center deployment, you must run the command with the -Force f
https://diarynote-jp.indered.space
Share Image of Project made by you after watching my Tutorial. Arduino RaspberryPi Robotics Electronics DIY Unboxing Review.
*04.robotics Phase 4mr. Mac’s Virtual Existence Date
*04.robotics Phase 4mr. Mac’s Virtual Existence Key
*04.robotics Phase 4mr. Mac’s Virtual Existence Model
*04.robotics Phase 4mr. Mac’s Virtual Existence Reality -->
Mr Huang’s supplementary submissions referred to submissions made by his counsel to the Arbitrator. The submissions were relied on to support the submission that based on the tendered payslips, Mr Huang’s post-injury earnings were $864 per week and not $1,095 as the Arbitrator found. In mathematics, a group is an algebraic structure consisting of a set together with an operation that combines any two of its elements to form a third element. To qualify as a group, the set and the operation must satisfy four conditions called the group axioms, namely closure, associativity, identity and invertibility. High school woodworking plans easel Heirloom Cradle with Storage Box, Woodworking Plans, Toys & Kids Furniture, WOOD Issue 178, September 2007, 2007, Intermediate. In this last phase we will be planning and building our own design. The goal is to go head to head with your classmates in a battle royal of lego robot carnage! The rules are simple: the goal is to either dismantle or incapacitate your opponents robot while staying within the confines of the arena. The arena will look like this.
Applies to: Azure Stack HCI, Windows Server 2019 Datacenter
In this quickstart, you’ll learn how to set up an Azure Kubernetes Service host using PowerShell. To instead use Windows Admin Center, see Set up with Windows Admin Center.Before you begin
Make sure you have one of the following:
*2-4 node Azure Stack HCI cluster
*Windows Server 2019 Datacenter failover cluster
*Single node Windows Server 2019 Datacenter
Before getting started, make sure you have satisfied all the prerequisites on the system requirements page.We recommend having a 2-4 node Azure Stack HCI cluster. If you don’t have any of the above, follow instructions on the Azure Stack HCI registration page.
Important
When removing Azure Kubernetes Service on Azure Stack HCI, see Remove Azure Kubernetes Service on Azure Stack HCI and carefully follow the instructions.Step 1: Download and install the AksHci PowerShell module
Download the AKS-HCI-Public-Preview-Dec-2020 from the Azure Kubernetes Service on Azure Stack HCI registration page. The zip file AksHci.Powershell.zip contains the PowerShell module.
If you have previously installed Azure Kubernetes Service on Azure Stack HCI using PowerShell or Windows Admin Center, there are two installation flows for the new PowerShell module:
*Perform a clean installation of the PowerShell module, so you start with a clean system and your previously deployed workloads are removed. To perform a clean installation, go to Step 1.1.
*Upgrade the PowerShell module if you want to keep your system and workloads in place. To upgrade the PowerShell module, go to Step 1.2.Step 1.1: Clean install of the AksHci PowerShell module
Run the following command before proceeding.
Close all PowerShell windows. Delete any existing directories for AksHci, AksHci.UI, MOC, and MSK8sDownloadAgent located in the path %systemdrive%program fileswindowspowershellmodules. Once the existing directories are deleted, you can extract the contents of the new zip file. Make sure to extract the zip file in the correct location (%systemdrive%program fileswindowspowershellmodules). Then, run the following commands.
Close all PowerShell windows again and reopen an administrative session and proceed to Step 1.3 - Validate upgraded PowerShell module.Step 1.2: Upgrade the AksHci PowerShell module
Close all PowerShell windows. Delete any existing directories for AksHci, AksHci.UI, MOC, and MSK8sDownloadAgent located in the path %systemdrive%program fileswindowspowershellmodules. Once these directories are removed, you can extract the contents of the new zip file. Make sure to extract the zip file in the correct location (%systemdrive%program fileswindowspowershellmodules). Then, run the following commands.
After running the above commands, close all PowerShell windows and reopen an administrative session to validate PowerShell module upgrade as detailed below and then run the Update-AksHci command as instructed later in the document.Step 1.3: Validate upgraded PowerShell module
Close all PowerShell windows and reopen a new administrative session to check if you have the latest version of the PowerShell module.
Output:Step 2: Prepare your machine(s) for deployment
Run checks on every physical node to see if all the requirements are satisfied to install Azure Kubernetes Service on Azure Stack HCI.
Open PowerShell as an administrator and run the following command.
When the checks are finished, you’ll see ’Done’ displayed in green text.Step 3: Configure your deployment
Set the configuration settings for the Azure Kubernetes Service host. If you’re deploying on a 2-4 node Azure Stack HCI cluster or a Windows Server 2019 Datacenter failover cluster, you must specify the imageDir and cloudConfigLocation parameters. For a single node Windows Server 2019 Datacenter, all parameters are optional and set to their default values. However, for optimal performance, we recommend using a 2-4 node Azure Stack HCI cluster deployment.
Configure your deployment with the following command.Example
To deploy on a 2-4 node cluster with DHCP networking:
To deploy with a virtual IP pool:
To deploy with stacked_kube_vip load balancer:
To deploy with a proxy server:Optional parameters
-imageDir
The path to the directory where Azure Kubernetes Service on Azure Stack HCI will store its VHD images. Defaults to %systemdrive%AksHciImageStore for single node deployments. For multi-node deployments, this parameter must be specified. The path must point to a shared storage path such as C:ClusterStorageVolume2ImageStore or an SMB share such as FileShareImageStore.
-cloudConfigLocation
The location where the cloud agent will store its configuration. Defaults to %systemdrive%wssdcloudagent for single node deployments. The location can be the same as the path of -imageDir above. For multi-node deployments, this parameter must be specified. The path must point to a shared storage path such as C:ClusterStorageVolume2ImageStore or an SMB share such as FileShareImageStore. The location needs to be on a highly available share so that the storage will always be accessible.
-nodeConfigLocation
The location where the node agents will store their configuration. Every node has a node agent, so its configuration is local to it. This location must be a local path. Defaults to %systemdrive%programdatawssdagent for all deployments.
-vnetName
The name of the virtual switch to connect the virtual machines to. If you already have an external switch on the host, you should pass the name of the switch here. The switch will be created if it does not exist. Defaults to “External” name.
-controlPlaneVmSize
The size of the VM to create for the control plane. To get a list of available VM sizes, run Get-AksHciVmSize.
-loadBalancerVmSize
The size of the VM to create for the Load Balancer VMs. To get a list of available VM sizes, run Get-AksHciVmSize.
-sshPublicKey
Path to an SSH public key file. Using this public key, you will be able to log in to any of the VMs created by the Azure Kubernetes Service on Azure Stack HCI deployment. If you have your own SSH public key, you will pass its location here. If no key is provided, we will look for one under %systemdrive%akshci.sshakshci_rsa.pub. If the file does not exist, an SSH key pair in the above location will be generated and used.
-vipPoolStartIp
When using VIP pools for your deployment, this parameter specifies the network start of the pool. You should use VIP pools for long-lived deployments to guarantee that a pool of IP addresses remain consistent. This is useful when you have workloads that always need to be reachable. Default is none.
-vipPoolEndIp
When using VIP pools for your deployment, this parameter specifies the network end of the pool. You should use VIP pools for long-lived deployments to guarantee that a pool of IP addresses remain consistent. This is useful when you have workloads that always need to be reachable. Default is none.
-macPoolStart
This is used to specify the start of the MAC address of the MAC pool that you wish to use for the Azure Kubernetes Service host VM. The syntax for the MAC address requires that the least significant bit of the first byte should always be 0, and the first byte should always be an even number (that is, 00, 02, 04, 06...). A typical MAC address can look like: 02:1E:2B:78:00:00. Use MAC pools for long-lived deployments so that MAC addresses assigned are consistent. This is useful if you have a requirement that the VMs have specific MAC addresses. Default is none.
-macPoolEnd
This is used to specify the end of the MAC address of the MAC pool that you wish to use for the Azure Kubernetes Service host VM. The syntax for the MAC address requires that the least significant bit of the first byte should always be 0, and the first byte should always be an even number (that is, 00, 02, 04, 06...). The first byte of the address passed as the -macPoolEnd should be the same as the first byte of the address passed as the -macPoolStart. Use MAC pools for long-lived deployments so that MAC addresses assigned are consistent. This is useful if you have a requirement that the VMs have specific MAC addresses. Default is none.
-vlanID
This can be used to specify a network VLAN ID. Azure Kubernetes Service host and Kubernetes cluster VM network adapters will be tagged with the provided VLAN ID. This should be used if there is a specific VLAN ID that needs to be tagged to get the right connectivity. Default is none.
-kvaLoadBalancerType
This takes in either unstacked_haproxy or stacked_kube_vip. unstacked_haproxy is the default where a separate load balancer VM is deployed with HAProxy as the Azure Kubernetes Service host’s API server endpoint. stacked_kube_vipis a load balancer solution, Kubevip, for the Azure Kubernetes Service host. It allows you to specify a static IP address in the host as a floating IP across the control plane nodes to keep the API server highly available through the IP. If this option is chosen, you must specify the static IP address in the kvaControlPlaneEndpoint parameter, and no separate load balancer VM is deployed.
stacked_kube_vip requires an IP address and is more resource friendly by saving memory, CPU, and deployment time. If you do not have an IP address to use as the floating IP, you should use unstacked_haproxy. The latter option requires a load balancer VM.
-kvaControlPlaneEndpoint
This specifies the static IP address to use as the Azure Kubernetes Service Host API server address when the kvaLoadBalancerType parameter is set to stacked_kube_vip. If stacked_kube_vip is used, this parameter must be specified.
-proxyServerHTTP
This provides a proxy server URI that should be used by all components that need to reach HTTP endpoints. The URI format includes the URI schema, server address, and port (that is, https://server.com:8888). Default is none.
-proxyServerHTTPS
This provides a proxy server URI that should be used by all components that need to reach HTTPS endpoints. The URI format includes the URI schema, server address, and port (that is, https://server.com:8888). Default is none.
-proxyServerNoProxy
This is a comma-delimited string of addresses that will be exempt from the proxy. Default value is localhost,127.0.0.1,.svc,10.96.0.0/12,10.244.0.0/16. This excludes the localhost traffic (localhost, 127.0.0.1), internal Kubernetes service traffic (.svc), the Kubernetes Service CIDR (10.96.0.0/12), and the Kubernetes POD CIDR (10.244.0.0/16) from the proxy server. You can use this parameter to add more subnet ranges or name exemptions. The settings for this parameter are very important because, if it’s not correctly configured, you may unexpectedly route internal Kubernetes cluster traffic to your proxy. This can cause various failures in network communication.
-proxyServerCredential
This provides the username and password to authenticate to your HTTP/HTTPS proxy servers. You can use Get-Credential to generate a PSCredential object to pass to this parameter. Default is none.
-cloudServiceCidr
This can be used to provide a static IP/network prefix to be assigned to the MOC CloudAgent service. This value should be provided using the CIDR format. (Example: 192.168.1.2/16). You may want to specify this to ensure that anything important on the network is always accessible because the IP address will not change. Default is none.
-workingDir
This is a working directory for the module to use for storing small files. Defaults to %PROGRAMFILES%AksHci and should not be changed for most deployments. We do not recommend changing the default.
-version
The version of Azure Kubernetes Service on Azure Stack HCI that you want to deploy. The default is the latest version. We do not recommend changing the default.
-vnetType
The type of virtual switch to connect to or create. This defaults to “External” switch type. We do not recommend changing the default.
-nodeAgentPort
The TCP/IP port number that node agents should listen on. Defaults to 45000. We do not recommend changing the default.
-nodeAgentAuthorizerPort
The TCP/IP port number that node agents should use for their authorization port. Defaults to 45001. We do not recommend changing the default.
-clusterRoleName
This specifies the name to use when creating cloud agent as a generic service within the cluster. This defaults to a unique name with a prefix of ca- and a guid suffix (for example: “ca-9e6eb299-bc0b-4f00-9fd7-942843820c26”). We do not recommend changing the default.
-cloudLocation
This parameter provides a custom Microsoft Operated Cloud location name. The default name is ’MocLocation’. We do not recommend changing the default.
-skipHostLimitChecks
Requests the script to skip any checks it does to confirm memory and disk space is available before allowing the deployment to proceed. We do not recommend using this setting.
-insecure
Deploys Azure Kubernetes Service on Azure Stack HCI components such as cloud agent and node agent(s) in insecure mode (no TLS secured connections). We do not recommend using insecure mode in production environments.
-skipUpdates
Use this flag if you want to skip any updates available. We do not recommend using this setting.
-forceDnsReplication
DNS replication can take up to an hour on some systems. This will cause the deployment to be slow. If you hit this issue, you’ll see that the Install-AksHci will be stuck in a loop. To get past this issue, try to use this flag. The -forceDnsReplication flag is not a guaranteed fix. If the logic behind the flag fails, the error will be hidden, and the command will carry on as if the flag was not provided.Reset the Azure Kubernetes Service on Azure Stack HCI configuration
To reset the Azure Kubernetes Service on Azure Stack HCI configuration, run the following commands. Running this command on its own will reset the configuration to default values.Step 4: Start a new deployment
After you’ve configured your deployment, you must start deployment. This will install the Azure Kubernetes Service on Azure Stack HCI agents/services and the Azure Kubernetes Service host.
To begin deployment, run the following command.Verify your deployed Azure Kubernetes Service host
To ensure that your Azure Kubernetes Service host was deployed, run the following command. You will also be able to get Kubernetes clusters using the same command after deploying them.
Output:Step 5: Access your clusters using kubectl
To access your Azure Kubernetes Service host or Kubernetes cluster using kubectl, run the following command. This will use the specified cluster’s kubeconfig file as the default kubeconfig file for kubectl.ExampleRequired Parameters
clusterName
The name of the cluster.Optional Parameters
outputLocation
The location where you want the kubeconfig downloaded. Default is %USERPROFILE%.kube.Get logs
To get logs from your all your pods, run the following command. This command will create an output zipped folder called akshcilogs in the path C:wssdakshcilogs.Update to the latest version of Azure Kubernetes Service on Azure Stack HCI
To update to the latest version of Azure Kubernetes Service on Azure Stack HCI, run the following command. The update command only works if you have installed the Oct release. It will not work for releases older than the October release. This update command updates the Azure Kubernetes Service host and the on-premise Microsoft operated cloud platform. For this preview release, the Kubernetes version and AKS host OS version still remain the same. This command does not upgrade any existing workload clusters. New workload clusters created after updating the AKS host will differ from existing workload clusters in terms of Windows node OS version and Kubernetes version.
We recommend updating workload clusters immediately after updating the management cluster to prevent running unsupported Windows Server OS versions in your Kubernetes clusters with Windows nodes. To update your workload cluster, visit update your workload cluster.Restart Azure Kubernetes Service on Azure Stack HCI
Restarting Azure Kubernetes Service on Azure Stack HCI will remove all of your Kubernetes clusters if any, and the Azure Kubernetes Service host. It will also uninstall the Azure Kubernetes Service on Azure Stack HCI agents and services from the nodes. It will then go back through the original install process steps until the host is recreated. The Azure Kubernetes Service on Azure Stack HCI configuration that you configured via Set-AksHciConfig and the downloaded VHDX images are preserved.
To restart Azure Kubernetes Service on Azure Stack HCI with the same configuration settings, run the following command.Reset configuration settings and reinstall Azure Kubernetes Service on Azure Stack HCI
To reinstall Azure Kubernetes Service on Azure Stack HCI with different configuration settings, run the following command first.
After running the above command, you can change the configuration settings with the following command. The parameters remain the same as described in Step 3. If you run this command with no specified parameters, the parameters will be reset to their default values.
After changing the configuration to your desired settings, run the following command to reinstall Azure Stack Kubernetes on Azure Stack HCI.Remove Azure Kubernetes Service on Azure Stack HCI
To remove Azure Kubernetes Service on Azure Stack HCI, run the following command. If you are using PowerShell to uninstall a Windows Admin Center deployment, you must run the command with the -Force f
https://diarynote-jp.indered.space
コメント