Cloud Native Infrastructure with Azure

Spis treści książki

• Preface
  • Who Should Read This Book
  • Goals of This Book
  • Navigating This Book
  • Conventions Used in This Book
  • Using Code Examples
  • OReilly Online Learning
  • How to Contact Us
  • Acknowledgments
• 1. Introduction: Why Cloud Native?
  • The Journey to the Cloud
  • Challenges in the Cloud
  • Cloud Native Computing Foundation
  • Adopting a Cloud Native Infrastructure with Azure
  • Summary
• 2. Infrastructure as Code: Setting Up the Gateway
  • Infrastructure as Code and Its Importance in the Cloud Native World
  • Getting Started with Azure and Setting Up the Environment
    • Azure Fundamentals and Preparing Your Azure Environment
    • Creating an Azure Account
    • Installing the Azure CLI
  • Prominent IaC Tools
    • Terraform
      • Installing Terraform
      • Setting up Terraform access to a Microsoft Azure account
      • Basic usage and infrastructure setup with Terraform
      • Exploring the Azure infrastructure with Terraform
        • Creating Azure blob storage
        • Creating an Azure virtual network and instances.
      • Terraform and ARM templates
    • Packer
      • Installing Packer
      • Building a Linux image on Azure
    • Ansible
  • Azure DevOps and Infrastructure as Code
  • Summary
• 3. Containerizing Your Application: More Than Boxes
  • Why Containers?
    • Isolation
    • Security
    • Packaging and Deployment
  • Basic Container Primitives
    • Cgroups
    • Namespaces
    • Copy on Write
    • Capabilities
    • Seccomp-BPF
  • Components of Running a Container
    • Container Orchestrators
    • Container Software
    • Container Runtimes
      • Containerd
      • CRI-O
      • Docker
    • Containers
    • Operating System
  • Open Container Initiative (OCI) Specification
    • OCI Image Specification
    • OCI Runtime Specification
  • Docker
    • Building Your First Docker Image
    • Best Practices While Using Docker
  • Other Container Platforms
    • Kata Containers
    • LXC and LXD
  • Container Registries
    • Securely Storing Images with Harbor
      • Installing Harbor
      • Configuring Harbor for installation
      • Building a Packer image
    • Securely Storing Images with Azure Container Registry
      • Installing Azure Container Registry
  • Storing Docker Images in a Registry
  • Running Docker on Azure
    • Azure Container Instances
    • Deploying an Azure Container Instance
    • Running a Docker Container Engine
  • Summary
• 4. Kubernetes: The Grand Orchestrator
  • Kubernetes Components
    • Control Plane
      • kube-apiserver (API server)
      • Kube scheduler
      • Kube controller manager
      • etcd
    • Worker Nodes
      • Kubelet
      • Kube-proxy
  • Kubernetes API Server Objects
    • Pods
    • ReplicaSets
    • Deployments
    • Services
    • Namespaces
    • Labels and Selectors
    • Annotations
    • Ingress Controller
    • StatefulSets
    • DaemonSets
    • Jobs
  • Observe, Operate, and Manage Kubernetes Clusters with kubectl
    • General Cluster Information and Commands
    • Managing Pods
      • Health checks
        • Liveness probe
        • Readiness probe
        • Startup probe
      • Resource limits
      • Volumes
        • Persistent Volume Claim (PVC)
        • Persistent volumestatic
        • Storage classdynamic
    • Kubernetes in Production
      • ReplicaSets
      • Deployments
      • Horizontal Pod Autoscaler
      • Service
      • Ingress
      • DaemonSet
      • Jobs
  • Summary
• 5. Creating a Kubernetes Cluster in Azure
  • Creating a Kubernetes Cluster from Scratch
    • Creating the Resource Group
    • Creating the Machine Images for the Worker and Controller Machines
    • Creating a Storage Account Backend
    • Creating an Azure Virtual Network
    • Creating Public IPs for the Load Balancer
    • Creating Worker and Controller Instances
    • Using Ansible to Deploy and Configure the Kubernetes Controller Nodes
    • Using Ansible to Deploy and Configure the Kubernetes Worker Nodes
    • Setting Up Pod Networking and Routing
    • Generating the kubeconfig File for Remote Access and Cluster Validation
  • Azure Kubernetes Service
  • Deploying Applications and Services Using Helm: A Package Manager for Kubernetes
    • Helm Basics
    • Installing and Managing Helm
      • Searching Helm repositories
      • Installing a Helm chart on Kubernetes
      • Changing default chart values
    • Managing Helm Releases
      • Checking a release
      • Upgrading a release
      • Rolling back a release
      • Uninstalling a release
    • Creating Charts for Your Applications
      • Using Helm to create and manage charts
  • Summary
• 6. Observability: Following the Breadcrumbs
  • Introduction to Observability
    • Observability: More Than Three Pillars
      • Metrics
      • Logs
      • Traces
    • Observability: A Superset of Monitoring
    • Observability-Driven Development
  • Monitoring Metrics with Prometheus in a Cloud Native World
    • Prometheus Components and Architecture
    • Installing and Configuring Prometheus
    • node_exporter
    • Instrumentation of Applications
      • Counters
      • Gauges
      • Summary
      • Histograms
    • Finding Hosts
      • Using Ansible
      • Using Files
      • Using azure_sd_config
    • Prometheus on Kubernetes
      • The node role
      • The service role
      • The Pod role
      • The endpoints role
      • The ingress role
  • Logging in the Cloud Native World
    • Logging with Fluentd
      • source directive (where all the data is ingested)
      • match directive (what to do with the input data)
      • filter directive (the event processing pipeline)
      • system directive (sets system-wide configuration)
      • label directive (for output grouping and routing)
      • @include directive (to import config files)
    • Fluentd on Kubernetes
      • Sidecar container approach
      • Node-level logging agent approach
  • Distributed Tracing in the Cloud Native World
    • Tracing: Key Concepts
      • Spans
      • Traces
      • Context propagation
      • Sampling
    • General Tracing System Architecture and Trace Assembly
    • Tracing Standards, Tools, and Code Instrumentation
  • Azure Monitor
  • Summary
• 7. Service Discovery and Service Mesh: Finding New Territories and Crossing Borders
  • Service Discovery
    • Introduction to CoreDNS
    • Installing and Configuring CoreDNS
    • Kubernetes Service Discovery with CoreDNS
    • Azure DNS
  • The Service Mesh
    • Introduction to Istio
    • Installing Istio on Azure Kubernetes Service
      • Installing Istio using Helm
    • Automatically Injecting the Sidecar Proxy (Envoy Proxy)
    • Managing Istio Service Meshes Using Kiali
      • Exploring the Kiali dashboard
  • Summary
• 8. Networking and Policy Management: Behold the Gatekeepers
  • The Container Network Interface (CNI)
    • Why Would You Use a CNI?
    • How Does CNI Work with Azure?
    • Various CNI Projects
  • Calico
    • Why Would You Use Calico?
    • Basic Architecture
    • Deploying Calico
      • Deploying Calico via AKS installation
      • Installing Calico manually
      • Installing calicoctl
    • A Calico Deep Dive
      • Enabling eBPF
    • Implementing Calico Security Policy
      • GlobalNetworkPolicy: Allowing ICMP traffic
      • NetworkPolicy: Allowing traffic within a namespace between two labels
  • Cilium
    • Deploying Cilium
      • Self-managed Cilium installation
      • AKS Cilium installation
      • Installing Hubble
    • Integrating Cilium with Your Cloud
      • Host firewall
      • Observability
  • Flannel
    • Deploying Flannel
    • A Flannel Deep Dive
  • Azure Policy
    • Azure Policy Quickstart
    • Creating Your Own Azure Policy
    • Azure Policy for Kubernetes
  • Open Policy Agent
    • Deploying OPA on Kubernetes
    • Deploying Policy with OPA
  • Summary
• 9. Distributed Databases and Storage: The Central Bank
  • The Need for Distributed Databases in Cloud Native Architecture
    • Azure Storage and Database Options
  • Introduction to Vitess: Distributed and Sharded MySQL
    • Why Run Vitess?
    • The Vitess Architecture
    • Deploying Vitess on Kubernetes
  • Introduction to Rook: Storage Orchestrator for Kubernetes
    • The Rook Architecture
    • Deploying Rook on Kubernetes
  • Introduction to TiKV
    • Why Use TiKV?
    • The TiKV Architecture
    • Deploying TiKV on Kubernetes
  • More on etcd
    • Hardware Platform
    • Autoscaling and Auto-remediation
    • Availability and Security
      • etcd TLS
      • Role-based access control
  • Summary
• 10. Getting the Message
  • The Need for Messaging
  • A Sample Messaging Use Case: Log Ingestion and Analytics
    • Generation 1: Without Queues
    • Generation 2: With Cloud Queues and Object Storage
    • Generation 3: With Memory-Based Pub/Sub Queuing
  • The Basics of Messaging Platforms
    • Messaging Versus Streaming
  • Messaging Fundamentals
    • Producers and Consumers
    • Brokers and Clustering
    • Durability and Persistence
    • Message Delivery
    • Security
  • Common Messaging Patterns
    • Simple Queue
    • Publish and Subscribe
    • Durable Queue
  • An Overview of Popular Cloud Native Messaging Platforms
    • RabbitMQ
    • Apache Kafka
    • CNCF CloudEvents
  • Cloud Messaging Deep Dive with NATS
    • NATS Protocol Architecture
      • Clustering multiple NATS servers
      • Using the Docker NATS server
      • Monitoring NATS servers
    • NATS Persistence with JetStream
    • NATS Security
      • Nkey-based authentication
      • TLS authentication
    • Deploying NATS on Kubernetes
  • Azure Messaging Services
    • Azure Service Bus
      • Service Bus concepts
        • Namespaces
        • Queues, topics, and subscriptions
      • Managing Azure Service Bus with Terraform
      • Sending and receiving messages to a Service Bus queue in Python
    • Azure Event Hubs
      • Managing Azure Event Hubs with Terraform
    • Azure Event Grid
      • Deploying and using event grids
  • Summary
• 11. Serverless
  • Introduction to Serverless Computing
    • What Is Serverless?
    • What Is a Serverless Function?
    • The Serverless Landscape
    • Benefits of Serverless
    • Potential Downsides of Serverless
  • Azure Function Apps
    • Function App Architecture
    • Creating a Function App
  • Knative
    • Knative Architecture
    • Installing and Running Knative Serving on Kubernetes
    • Installing and Running Knative Eventing on Kubernetes
  • KEDA
    • KEDA Architecture
    • Installing KEDA on Kubernetes
  • OpenFaaS
    • OpenFaaS Architecture
    • Installing OpenFaaS
    • Writing Your First OpenFaaS Function
  • Summary
• 12. Conclusion
  • Whats Next?
• Index

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