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Deploy NetScaler ingress controller with OpenShift router sharding support
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Deploy NetScaler Ingress Controller using NetScaler Operator
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Deploy NetScaler Ingress Controller with CPX using NetScaler Operator
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Deploy NetScaler Observability Exporter using NetScaler Operator
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Deploy NetScaler CPX as an Ingress in Azure Kubernetes Engine
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Deploy NetScaler ingress controller in an Azure Kubernetes Service cluster with NetScaler VPX
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Deploy NetScaler ingress controller for NetScaler with admin partitions
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Multi-cloud and GSLB solution with Amazon EKS and Microsoft AKS clusters
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SSL certificate for services of type LoadBalancer through the Kubernetes secret resource
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BGP advertisement for type LoadBalancer services and Ingresses using NetScaler CPX
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NetScaler CPX integration with MetalLB in layer 2 mode for on-premises Kubernetes clusters
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Advanced content routing for Kubernetes Ingress using the HTTPRoute CRD
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IP address management using the NetScaler IPAM controller for Ingress resources
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Configure static route on NetScaler VPX or MPX
In a Kubernetes cluster, pods run on an overlay network such as Flannel, Calico, or Weave. The pods in the cluster are assigned an IP address from the overlay network, which is different from the host network.
NetScaler MPX or NetScaler VPX outside the Kubernetes cluster receives all the ingress traffic to the microservices deployed in the Kubernetes cluster. You need to establish network connectivity between NetScaler instance and the pods for the ingress traffic to reach the microservices.
One of the ways to achieve network connectivity between pods and NetScaler MPX or NetScaler VPX instance outside the Kubernetes cluster is to configure routes on NetScaler instance to the overlay network. You can either do this manually or NetScaler Ingress Controller provides an option to automatically configure the network.
Note
Ensure that NetScaler MPX or NetScaler VPX has SNIP configured on the host network. The host network is the network on which the Kubernetes nodes communicate with each other.
Manually configure a route on NetScaler
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On the master node in the Kubernetes cluster, get the podCIDR using the following command:
kubectl get nodes -o jsonpath="{range .items[*]}{'podNetwork: '}{.spec.podCIDR}{'\t'}{'gateway: '}{.status.addresses[0].address}{'\n'}{end}"
podNetwork: 10.244.0.0/24 gateway: 10.106.162.108 podNetwork: 10.244.2.0/24 gateway: 10.106.162.109 podNetwork: 10.244.1.0/24 gateway: 10.106.162.106
If you are using Calico CNI, use the following command to get the podCIDR:
kubectl get nodes -o jsonpath="{range .items[*]}{'podNetwork: '}{.metadata.annotations.projectcalico\.org/IPv4IPIPTunnelAddr}{'\tgateway: '}{.metadata.annotations.projectcalico\.org/IPv4Address}{'\n'}"
podNetwork: 192.168.109.0/24 gateway: 10.106.162.108 podNetwork: 192.168.174.0/24 gateway: 10.106.162.109 podNetwork: 192.168.76.128/24 gateway: 10.106.162.106
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Log on to NetScaler instance.
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Add a route on NetScaler using the podCIDR information. Use the following command:
add route <pod_network> <podCIDR_netmask> <gateway>
Examples:
add route 192.244.0.0 255.255.255.0 192.106.162.108
add route 192.244.2.0 255.255.255.0 192.106.162.109
add route 192.244.1.0 255.255.255.0 192.106.162.106
Automatically configure a route on NetScaler
In the NSIC deployment, you can use the parameter nodeWatch
to automatically configure a route on the associated NetScaler instance.
Specify the value of nodeWatch
as true
to enable automatic route configuration. For example:
helm install my-release netscaler/netscaler-ingress-controller --set nsIP=<NSIP>,license.accept=yes,adcCredentialSecret=<Secret-for-NetScaler-credentials>,nodeWatch=true
<!--NeedCopy-->
Note:
By default, the
nodeWatch
argument is set tofalse
; set the argument totrue
to enable the automatic route configuration.
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