دانلود کتاب Mastering C++ Network Automation: Run Automation across Configuration Management, Container Orchestration, Kubernetes, and Cloud Networking

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Preface Chapter 1: C++ Basics for Networks Capability of C++ for Networks Overview Why C++ for Networks? Data Types of C++ Boolean Data Type Character Data Type Integer Data Types Floating-Point Data Types Void Data Type Enumeration Data Type Pointer Data Type Array Data Type Structure Data Type Union Data Type C++ Loops For Loop While Loop Do-While Loop Loop Control Statements Nested Loops Functions in C++ Defining a Function Calling a Function Default Parameters Function Overloading Recursive Functions Passing Arrays to Functions Chapter 2: C++ Advanced for Networks C++ File Handling File I/O Operations Opening File Reading Data From File Appending To File Truncating a File Error Handling C++ Modules Overview What Are Modules? Creating Module Exporting Symbols Importing Module Compilation and Linking Advantages of Modules My First C++ Script Summary Chapter 3: Preparing Network Automation Setup Elements of Network Automation Lab Physical Infrastructure Network Automation Software Scripting Languages Test and Monitoring Tools Data Analysis and Visualization Tools Setting Up GNS3 Network Simulator Install Dependencies Install GNS3 Install Dynamips Install C++ Libraries Configure GNS3 Create Network Topology Configure C++ Support in Network Devices Test Network Topologies Installing and Configuring C++ Install C++ Compiler Create C++ Program Compile C++ Program Run C++ Program Incorporate C++ in Network Automation Lab Installing Eclipse IDE Download Eclipse IDE Install Eclipse IDE Run Eclipse IDE Install Required Plugins Create Project Write and Run Code Configure cpp-netlib, Boost, OpenSSL, and zlib Install Required Libraries Download cpp-netlib Extract cpp-netlib Build cpp-netlib Test cpp-netlib Configuring Ports Import Libraries Define Port Number and IP Address Open Connection Send Configuration Commands Receive Response Close Connection Configuring Hosts (Multiple) Import Libraries Define Host IP Address Open Connection Send Configuration Commands Receive Response Close Connection Configuring Servers Import Libraries Define Server IP Address and Port Create Server Object Accept Incoming Connections Receive Configuration Commands Process Command Send Response Close Connection Configuring Encryption for Networks Import Libraries Initialize OpenSSL Define SSL Context Load SSL Certificates Create SSL Socket Accept SSL Connection Receive Encrypted Data Decrypt Data Send Encrypted Data Close SSL Connection Testing Complete Automation Setup Testing Simulator Testing Installed Libraries Testing Ports Testing Hosts Testing Servers Summary Chapter 4: Script, Test, and Validate Network Automation Understanding Network Automation Scripts Overview Networking APIs and Libraries Data Structures and Algorithms Object-Oriented Programming Multithreading Error Handling C++ Network Automation Scripting Process Define Objective Plan and Design Script Choose Libraries and APIs Write Script Test Script Validate Script Document Script Define C++ Variables for Automation Open C++ IDE Create New C++ Project Define Variables Assign Values to Variables Use Variables in Script Run Script Writing C++ Automation Scripts Include Necessary Libraries Define Variables and Objects Perform Network Automation Tasks Handle Errors and Exceptions Close Network Connection Testing C++ Scripts in Test Environment Set Up a Test Environment Compile C++ Code Execute C++ Code Debugging Test Edge Cases Integration Testing Validation Testing Debugging Errors and Issues Reproduce Error Use Debugging Tools Analyze Error Messages Use Print Statements Modify Code Test Modified Code Repeat Process Validating Automation Scripts in Production Develop Validation Plan Create Test Environment Run Validation Test Cases Monitor and Analyze Results Troubleshoot any Issues Document Validation Results Deploy C++ Code Summary Chapter 5: Automating Configuration Management Understanding Configuration Management Overview Benefits of Managing Configurations New Server Provisioning with Ansible Install Ansible Create An Inventory File Create Playbook Run Playbook Verify Results Automate System Settings Define System Settings to Automate Import Necessary Libraries Define Variables Write Automation Code Test and Validate Automation Code Deploy Automation Code Modify Base Configurations with C++ Include Necessary Headers Define Configuration Files Open Configuration Files for Editing Write New Configurations to Files Modify Base Configurations With Ansible Install Ansible on Control Machine Create Ansible Playbook to Modify Configurations Run Ansible Playbook on Target Machine(S) Test Base Configurations with Google Test Automate System Identification Identify Systems using C++ Identify Systems using Ansible Automate System Patches and Updates Install Ansible Create Ansible Playbook Execute Ansible Playbook Automate Playbook with C++ Schedule C++ Script Identify Unstable/Non-Compliant Configurations Define Configuration Baseline Use Ansible or Puppet to Collect Configuration Data Parse Collected Data with C++ Generate Report Remediate Non-Compliant Configurations Sample Program Summary Chapter 6: Working with Docker and Containers Exploring Docker and Containers Overview Role of C++ in Containerization Benefits of C++ For Docker and Containers Types of Docker Networks Bridge Network Host Network Overlay Network Macvlan Network Install and Configure Docker Install Docker Test Docker Installation Configure Docker for C++ Test Docker Container Build Docker Images Create Dockerfile Build Docker Image Run Docker Container Run Containers Automate Running Containers Install Docker SDK for C++ Include Docker SDK in C++ Project Write C++ Code to Start and Stop Containers Build and Run C++ Project Manage Container Networks Default Network Custom Network External Network Overlay Network Docker Network Commands How to Use Docker Commands Summary Chapter 7: Container Orchestration and Workload Automation Understanding Container Scheduling What is Service Discovery? DNS-Based Service Discovery Client-Side Service Discovery Server-Side Service Discovery Process of Service Discovery Automation Install and Configure Consul Create Service Register Service Discover Service Communicate With Service Using C++ to Automate Service Discovery Install Consul Register Services Query Services Sample Program to Query Registered Services using Boost.Asio Define Environment Variables Write Service Discovery Script Build Project Start Containers Test Service Discovery Clean Up Necessity of Load Balancers Working Principles Benefits of Load Balancing Automatng Load Balancing Management Add or Remove Servers from Load Balancer Install Necessary Libraries and Tools Define Variables Connect to Load Balancer API Retrieve Server Information Calculate Performance Metrics Check Performance Metrics Add or Remove Servers from Load Balancer Repeat Process Sample Program Configure Load Balancing Algorithms Automate Setting Up SSL Certificates Include The Necessary Headers Initialize Ssl Library Putting Function into Action Purpose of Container Storage Manage Container Storage Create Container with Data Volume Start Container Container Performance Methods Monitor Container Performance with Docker API Automate Rolling Updates Install Docker C++ SDK Implement Automation Script Step-By-Step Illustration of Program Summary Chapter 8: Kubernetes Automation Importance of Kubernetes Cluster Features of Kubernetes Applications of Kubernetes Procedure to Setup Kubernetes Cluster Choose Platform Install Kubernetes Configure Cluster Deploy Applications Monitor and Manage Cluster Using Kubectl to Setup Kubernetes Cluster Install Required Packages Initialize Kubernetes Master Node Configure kubectl Join Worker Nodes to Cluster Verify Cluster Setup Understanding Ingress Controllers Deploy Ingress Controllers Choose Ingress Controller Deploy Ingress Controller Create Service for Ingress Controller Define Ingress Resource Verify Ingress Resource Deploy Ngnix on Kubernetes Choose Nginx Deploy Nginx Create Service for Nginx Define Nginx Resource Verify Ngnix Resource Understanding Service Mesh Implement Service Mesh with C++ Install Istio Deploy Microservices Define Istio Gateway Define Istio Virtual Service Define Istio Destination Rule Configure Sidecar Proxy Test Service Mesh Kubernetes Integration Procedure to Integrate K8s with Existing Infrastructure Sample Program to Integrate Kubernetes with C++ Summary Chapter 9: Administering AWS Cloud Networking Explore AWS Networking Services Amazon VPC AWS Direct Connect Amazon Route 53 Elastic Load Balancing AWS Transit Gateway Amazon Elastic Network Interface Amazon Elastic File System Popularity of Amazon VPC Create Amazon VPC Sample Program to create VPC Using IPv6 in VPC Open Amazon VPC Console Enable IPv6 for VPC Configure Subnets Configure Network Interfaces Verify IPv6 Connectivity AWS Network Interfaces (ENI, ENA, EFA) Elastic Network Interface (ENI) Elastic Network Adapter (ENA) Elastic Fabric Adapter (EFA) Configure ENI for VPC Navigate to Amazon VPC Console Create a Subnet Create a Security Group Create ENI Attach ENI to Instance Configure ENI Configure ENA for VPC Configure EFA For VPC Connect AWS Services with Private Addresses Procedure Overview Using Squid Proxy Server Amazon Elastic Load Balancing Types of AWS ELB Putting AWS ELB into Use Creating Application Load Balancer using AWS CLI Setting Up the AWS CLI Install Python Install Pip Install the AWS CLI Verify the Installation Configure AWS CLI Using Amazon Cloudwatch Setting Up Cloud Monitoring Summary Chapter 10: Administering Google Cloud Networking Exploring GCP Networking Services Virtual Private Cloud (VPC) Cloud Load Balancing Cloud VPN Cloud Interconnect Network Security Network Monitoring Network Services Network Connectivity Setting Up VPC in Google Cloud Create Virtual Machine in VPC Create Load Balancer Create Cloud Storage Bucket Setting Up VPC Monitoring Create Subnets Subnets in Automate Mode Subnets in Custom Mode VPC Network Peering Set Up Connectivity between Two VPC Add Firewall Rules to VPC Connect On-Premise Data with Google Cloud Procedure Overview Creating Cloud VPN Gateway Creating Cloud VPN Tunnel Performing Observability Setting Up Stackdriver Google Cloud Load Balancers Overview Setting Up Load Balancers Sample Program to create HTTP Load Balancer Summary Chapter 11: Administering Azure Networking Exploring Azure Networking Services Virtual Network (VNet) VPN Gateway ExpressRoute Load Balancer Application Gateway Azure Firewall Network Security Groups (NSGs) Azure Bastion Azure DNS Traffic Manager Popularity of Azure Bastion Setting Up Remote Desktop Protocol Create VNet with Azure CLI Create Public IP Connect to VM using Azure CLI Connect to VM using Azure Portal Setting Up VPN Gateway Step-By-Step Procedure to Establish VPN Creating VPN using Azure CLI Configure Load Balancers Stages to Configure Azure Load Balancers Managing Load Balancers Create Load Balancers using Azure Portal Azure Firewall Manager Create an Azure Firewall Manager Instance Create a Firewall Policy Assign Policy to a Virtual Network Monitor and Manage Firewall Policy Azure Network Watcher for Network Issues Summary