Lambda:InvokeFunctionUrl permissions in their identity-based policy. In other words, a resource-based policy is optional if the user already has Policy, or have permissions granted to them in the function's If the principal making the request is in the same AWS account as the function URL, then the principal mustĮither have lambda:InvokeFunctionUrl permissions in their identity-based To grant this permission using a resource-based policy. Depending on who makes the invocation request, you may have If you choose the AWS_IAM auth type, users who need to invoke your Lambda function URL must have
AWS IAM AUTHENTICATOR HOW TO
For information on how to invoke yourįunction URL after you've set up permissions, see Invoking Lambda function URLs. Policies using the AddPermission API operation or the Lambda console. This page contains examples of resource-based policies for both auth types, and also how to create these To get started with IAM Access Analyzer, see Using AWS IAM Access Analyzer.
IAM Access Analyzer also monitors for new or updated permissions on your Lambdaįunctions to help you identify permissions that grant public and cross-account access. For more information, see Using resource-based policies for Lambda.įor additional insights into security, you can use AWS Identity and Access Management Access Analyzer to get a comprehensive analysis In addition to AuthType, you can also use resource-based policies to grant permissions to otherĪWS accounts to invoke your function. Choose this option to allow public, unauthenticated access to your function URL. Your function's resource-based policy is always in effect and must grant public access before your function URLĬan receive requests. Navigate to the URL in a supported browser and log in.NONE – Lambda doesn't perform any authentication before invoking your function. $(kubectl get serviceaccount spinnaker-service-account \
Optional: Configure Kubernetes roles (RBAC)Įxtract the secret token of the created spinnaker-service-account: TOKEN=$(kubectl get secret -context $CONTEXT \ Forīindings in addition to the service account, see Note that this requires an existing spinnaker namespace. Next, create a service account for the Amazon EKS cluster: kubectl apply -context $CONTEXT -f /downloads/kubernetes/service-account.ymlĪ minimal example for service-account.yaml looks like this:ĪpiVersion : v1 kind : ServiceAccount metadata : name : spinnaker-service-account namespace : spinnaker # Assign the Kubernetes context to CONTEXTĬONTEXT=$(kubectl config current-context) By default, kubectl uses parameters from the current context to communicate with the cluster. Each context has three parameters: cluster, namespace, and user. # Set the current kubectl context to the cluster for SpinnakerĪ context element in a kubeconfig file is used to group access parameters under a convenient name. For example, Spinnaker 1.19.x requires Halyard 1.32.0 or later.Įnable the Kubernetes provider for Spinnaker: # Enable the Kubernetes provider More recent versions of Spinnaker require a more recent version of Halyard. Retrieve Amazon EKS cluster kubectl contexts aws eks update-kubeconfig -name eks-spinnaker -region us-west-2 -alias eks-spinnaker This section walks you through the process of installing and configuring Spinnaker for use with Amazon EKS. Create the Amazon EKS cluster for Spinnaker eksctl create cluster -name=eks-spinnaker -nodes=2 -region=us-west-2 -write-kubeconfig=false
AWS IAM AUTHENTICATOR INSTALL
Install Halyard, which is used to install and manage Spinnaker: # Download and configure Halyard Install eksctl to manage EKS clusters from the command line: # Download and configure eksctlĬurl -silent -location "$(uname -s)_" | tar xz -C /tmp If the help for either tool does not get returned, verify that you have installed the tool.
The commands return the help information for kubectl and aws-iam-authenticator respectively. #Verify the installation of aws-iam-authenticator aws-iam-authenticator $HOME/bin/aws-iam-authenticator & export PATH=$HOME/bin:$PATHĮcho 'export PATH=$HOME/bin:$PATH' > ~/.bashrc
# Download and install aws-iam-authenticator Install kubectl to manage Kubernetes and aws-iam-authenticator to manage cluster authentication: # Download and install kubectlĬurl -LO $(curl -s )/bin/linux/amd64/kubectl The following steps describes how to the tools you need to install and manage Spinnaker and EKS. These instructions assume that you have AWS CLI Set up Spinnaker on AWS EKS using the Kubernetes-V2 providerīefore you proceed further with this setup, we strongly recommend that you familiarize yourself withįor the most up-to-date information on Amazon EKS regional availability.
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