issues you can delete aws-node DaemonSet prior to installing Cilium. OpenShift To install Cilium on OpenShift [https://www.openshift.com/], perform the following steps: Default Configuration: Datapath CRD Requirements: OpenShift 4.x Install Cilium: Cilium is a Certified OpenShift CNI Plugin [https://access.redhat.com/articles/5436171] and is best installed when an OpenShift cluster is created using using the OpenShift installer. Please refer to Installation on OpenShift OKD for more information. RKE To install Cilium on Rancher Kubernetes Engine (RKE) [https://rancher.com/docs/rke/latest/en/],

etcd Installation with external etcd Installation on Microsoft Azure Cloud (beta) Installation on OpenShift OKD Quick Installation This guides takes you through the quick installation procedure. The default to the backends. Installation on OpenShift OKD OpenShift Requirements 1. Choose preferred cloud provider. This guide was tested in AWS, Azure & GCP. 2. Read OpenShift documentation [https://docs.okd. prerequisites. 3. Get OpenShift Installer [https://github.com/openshift/okd#getting-started]. Note It’s highly recommended to read the docs, unless you have installed OpenShift in the past. Here are

issues you can delete aws-node DaemonSet prior to installing Cilium. OpenShift To install Cilium on OpenShift [https://www.openshift.com/], perform the following steps: Default Configuration: Datapath CRD Requirements: OpenShift 4.x Install Cilium: Cilium is a Certified OpenShift CNI Plugin [https://access.redhat.com/articles/5436171] and is best installed when an OpenShift cluster is created using using the OpenShift installer. Please refer to Installation on OpenShift OKD for more information. RKE To install Cilium on Rancher Kubernetes Engine (RKE) [https://rancher.com/docs/rke/latest/en/],

Quick Installation Installation with managed etcd Installation with external etcd Installation on OpenShift OKD Quick Installation This guides takes you through the quick installation procedure. The default Observability section. Installation on OpenShift OKD OpenShift Requirements 1. Choose preferred cloud provider. This guide was tested in AWS, Azure & GCP. 2. Read OpenShift documentation [https://docs.okd. prerequisites. 3. Get OpenShift Installer [https://github.com/openshift/okd#getting-started]. Note It’s highly recommended to read the docs, unless you have installed OpenShift in the past. Here are

Spring Boot Applications 59. Deploying to the Cloud Cloud Foundry Binding to Services Heroku OpenShift Amazon Web Services (AWS) AWS Elastic Beanstalk Using the Tomcat Platform Using the Java SE Platform %clr(%5p) The following table describes the mapping of log levels to colors: Level Color FATAL Red ERROR Red Level Color WARN Yellow INFO Green DEBUG Green TRACE Green Alternatively, you can specify HH:mm:ss.SSS}){yellow} The following colors and styles are supported: blue cyan faint green magenta red yellow File Output By default, Spring Boot logs only to the console and does not write log files

Spring Boot Applications 59. Deploying to the Cloud Cloud Foundry Binding to Services Heroku OpenShift Amazon Web Services (AWS) AWS Elastic Beanstalk Using the Tomcat Platform Using the Java SE Platform following example: %clr(%5p) The mapping of log level to a color is as follows: Level Color FATAL Red ERROR Red WARN Yellow Level Color INFO Green DEBUG Green TRACE Green Alternatively, you can specify HH:mm:ss.SSS}){yellow} The following colors and styles are supported: blue cyan faint green magenta red yellow File Output By default, Spring Boot logs only to the console and does not write log files

Spring Boot Applications 61. Deploying to the Cloud Cloud Foundry Binding to Services Heroku OpenShift Amazon Web Services (AWS) AWS Elastic Beanstalk Using the Tomcat Platform Using the Java SE Platform %clr(%5p) The following table describes the mapping of log levels to colors: Level Color FATAL Red ERROR Red Level Color WARN Yellow INFO Green DEBUG Green TRACE Green Alternatively, you can specify HH:mm:ss.SSS}){yellow} The following colors and styles are supported: blue cyan faint green magenta red yellow File Output By default, Spring Boot logs only to the console and does not write log files

Spring Boot Applications 60. Deploying to the Cloud Cloud Foundry Binding to Services Heroku OpenShift Amazon Web Services (AWS) AWS Elastic Beanstalk Using the Tomcat Platform Using the Java SE Platform %clr(%5p) The following table describes the mapping of log levels to colors: Level Color FATAL Red ERROR Red Level Color WARN Yellow INFO Green DEBUG Green TRACE Green Alternatively, you can specify HH:mm:ss.SSS}){yellow} The following colors and styles are supported: blue cyan faint green magenta red yellow File Output By default, Spring Boot logs only to the console and does not write log files

Spring Boot Applications 60. Deploying to the Cloud Cloud Foundry Binding to Services Heroku OpenShift Amazon Web Services (AWS) AWS Elastic Beanstalk Using the Tomcat Platform Using the Java SE Platform %clr(%5p) The following table describes the mapping of log levels to colors: Level Color FATAL Red ERROR Red Level Color WARN Yellow INFO Green DEBUG Green TRACE Green Alternatively, you can specify HH:mm:ss.SSS}){yellow} The following colors and styles are supported: blue cyan faint green magenta red yellow File Output By default, Spring Boot logs only to the console and does not write log files

Spring Boot Applications 62. Deploying to the Cloud Cloud Foundry Binding to Services Heroku OpenShift Amazon Web Services (AWS) AWS Elastic Beanstalk Using the Tomcat Platform Using the Java SE Platform %clr(%5p) The following table describes the mapping of log levels to colors: Level Color FATAL Red ERROR Red Level Color WARN Yellow INFO Green DEBUG Green TRACE Green Alternatively, you can specify HH:mm:ss.SSS}){yellow} The following colors and styles are supported: blue cyan faint green magenta red yellow File Output By default, Spring Boot logs only to the console and does not write log files