Getting Start With Azure

I want to do a video of IT tutorial, can you arrange the text content of the video tutorial for me according to the content of the website. Let’s start with the AZure tutorial, and you start by giving me a list of things to cover.

Sure, here are some topics you might consider covering in your Azure video tutorials:

1. Overview and basics of Azure, such as the benefits, components, architecture, and common services of Azure.
2. Use of the Azure portal, such as sign-in, navigation, and resource manager.
3. Azure subscriptions and pricing, including different types of subscriptions, payment options, pricing models, and expense management.
4. Creation, configuration, and management of Azure virtual machines, including size, image, storage, and networking settings.
5. Overview and use of Azure Storage, such as Blob storage, Table storage, Queue storage, and File storage.
6. Overview and use of Azure Databases, such as Azure SQL Database, Cosmos DB, and Azure Database for MySQL.
7. Create and manage Azure web applications, including application services, container instances, and function applications.
8. Overview and use of Azure networking, such as virtual networks, network security groups, load balancers, and application gateways.
9. Azure monitoring, alerting, and logging, including Azure Monitor, application insights, log analytics, and alert rules.
10. Azure automation and deployment, such as Azure Resource Manager templates, PowerShell, and Azure CLI.

These are just some of the topics you can consider, you can choose the most suitable theme according to your needs and goals, and explain it at your own pace and way.

Explain Azure overview and basics in detail

Azure is a cloud computing platform developed and operated by Microsoft Corporation. It provides users with a range of cloud services that they can use to build, deploy, and manage a wide range of applications and services for high availability, scalability, and security. Here’s a more detailed overview and basics about Azure:

1. Advantages of Azure: Azure provides a highly available, flexible, scalable, and secure cloud platform, and users can choose different services and solutions according to their needs and business needs. Azure also provides support for multiple languages and tools, including Java, Python, . .net, etc., can help users quickly build and deploy applications.
2. Components of Azure: Azure consists of a series of cloud services, including compute, storage, database, networking, security, analytics, artificial intelligence and other services. These services are available on demand, and users only need to choose and configure them according to their needs.
3. Architecture of Azure: Azure is built on a globally distributed data center that covers the globe and provides users with highly available and low-latency services. Azure also employs a multi-layered security defense strategy, including network security, data security, authentication, and access control, to ensure the security of user data and applications.
4. Common services for Azure: Azure provides many common services, such as virtual machines, storage, databases, application services, networking, monitoring, logging, and automation. Users can choose and use these services according to their needs to meet different business needs.

In summary, Azure is a powerful cloud platform that provides users with highly available, flexible, scalable, and secure cloud services. Users can build, deploy, and manage a variety of applications and services by selecting and configuring various Azure services according to their needs.

Please explain in detail the use of the Azure portal

The Azure portal is a web-based dashboard for managing Azure subscriptions and resources. Here’s a detailed explanation of using the Azure portal:

1. Sign in: Users can sign in to the Azure portal using a Microsoft account or an Azure Active Directory account. After signing in, users can see the subscriptions and resources they access.
2. Navigation: The left panel of the Azure portal provides navigation menus for accessing different services and resources. Users can use this menu to find and manage their resources.
3. Resource Manager: The central area of the Azure portal is Resource Manager, where users can view and manage their Azure resources. Users can filter resources by resource type, resource group, or subscription.
4. Resource creation: Users can create new Azure resources using the Azure portal. Users can select the type of resource they want, and then provide the necessary information such as name, location, size, and so on, as required.
5. Monitoring and alerting: The Azure portal provides monitoring and alerting tools that help users monitor their Azure resources. Users can create custom monitoring and alerting rules to notify you when problems occur.
6. Access control: The Azure portal also provides access control and authentication capabilities that allow users to create and manage Azure AD users and groups to control access to Azure resources.

In summary, the Azure portal is a very powerful tool for managing Azure subscriptions and resources. Users can use the Azure portal to find, create, monitor, and manage their Azure resources to meet their business needs.

Please explain your Azure subscription and pricing in detail

Azure subscriptions are one of the prerequisites for using Azure cloud services, and Azure pricing is one of the factors that affect the cost of using Azure. Here’s a detailed explanation of Azure subscriptions and pricing:

1. Azure subscription: An Azure subscription is a logical container that contains a user’s Azure resources, access, and billing information. Before using Azure services, users need to have an Azure subscription. Azure offers several types of subscriptions, such as free trial, paid, education, and more, and users can choose the one that best suits their needs.
2. Azure pricing: Azure’s pricing model is based on usage, and users pay only for the resources and services they actually use. Azure offers several pricing options, such as pay-as-you-go, prepaid, top-up, and more. For each Azure service, Azure offers different pricing scales, such as per hour, per time, per bandwidth, and so on. Azure also provides billing tools and reports that enable users to monitor and manage their usage costs.
3. Expense management: To avoid going over budget or unnecessary charges, Azure provides several expense management tools. For example, users can set budgets, create alert rules, limit usage, and more. Azure also provides a cost estimation tool that allows users to estimate usage costs before using Azure services to make decisions.

In summary, Azure subscriptions and pricing are fundamental to the use and management of Azure cloud services. Users can choose the subscription and pricing option that best suits their needs, and then use the expense management tool to monitor and manage their usage costs. These tools help users control costs, optimize resource usage, and improve efficiency and performance.

Explain in detail the creation, configuration, and management of Azure virtual machines, including size, images, storage, and network settings.

An Azure virtual machine is a cloud-based compute resource that runs in Azure and provides flexible, highly available, and secure computing power. The following is a detailed explanation of Azure virtual machine creation, configuration, and management:

1. Create: Users can create Azure virtual machines using the Azure portal, Azure CLI, or Azure PowerShell. When creating a virtual machine, the user needs to select the virtual machine’s size, operating system, image, storage, and network settings. The user also needs to set an administrator user name and password for the virtual machine.
2. Size: Azure offers a variety of virtual machine sizes, from Standard to High Performance series, to meet different compute needs. Users can choose the most suitable virtual machine size for their needs and budget.
3. Images: Azure offers a variety of operating system images, including Windows Server, Linux, and more. Users can choose the operating system image they need, or they can upload their own image file.
4. Storage: Azure offers several storage options, including Standard Storage and Premium Storage. Users can choose the storage option that suits their needs and budget.
5. Network settings: Azure virtual machines can be connected to a virtual network, and users can choose their own virtual network or create a new one. Users also need to set network settings such as public IP addresses, network security groups, load balancers, and so on for virtual machines.
6. Configuration: Users can configure settings such as CPU, memory, disk, network, and so on of virtual machines to meet their computing needs. Users can also install software, configure applications, manage users, and more.
7. Management: Azure provides several virtual machine management tools, such as the Azure portal, Azure CLI, Azure PowerShell, Azure Automation, and more. Users can use these tools to monitor, manage, and maintain their Azure virtual machines. For example, users can start, stop, restart, or back up and restore virtual machines.

In summary, Azure Virtual Machines are a powerful cloud computing resource that allows users to create their own virtual machines by choosing a virtual machine size, image, storage, and networking settings. Users can also configure virtual machine CPU, memory, disk, network, and other settings according to their needs and budget to meet different computing needs. Finally, users can use the virtual machine management tools provided by Azure to monitor, manage, and maintain their Azure virtual machines.

Explain in detail the overview and use of Azure Storage, such as Blob storage, Table storage, Queue storage, and File Storage.

Azure Storage is a cloud storage solution available in the Azure platform that offers a variety of storage options, including Blob storage, Table storage, Queue storage, and File storage. Here’s a detailed explanation of Azure Storage overview and usage:

1. Blob storage: Azure Blob storage is a cloud storage solution that can store any type of unstructured data, such as text, images, audio, video, and more. Users can use Azure Blob storage to store and manage their large files, media, and static websites.
2. Table Storage: Azure Table Storage is a NoSQL database solution that provides high availability, scalability, and flexibility. Users can use Azure Table Storage to store non-relational data, log and meter data, and more.
3. Queue storage: Azure Queue Storage is a cloud messaging service that stores and delivers asynchronous messages. Users can use Azure Queue Storage to enable loosely coupled communication between different applications and services.
4. File Storage: Azure Files is a cloud storage solution that provides shared file system services. Users can use Azure Files to store and access files, App Configuration, and other shared data.
5. Storage account: Azure Storage needs to create a storage account to store the data. Users can choose storage type, availability, access control, pricing options, and more when creating a storage account.
6. Storage client: Azure provides a variety of storage client tools, such as the Azure portal, Azure CLI, Azure PowerShell, Azure Storage Explorer, and more. Users can use these tools to create, manage, and maintain their Azure Storage resources.

In summary, Azure Storage offers a variety of storage options to meet different types of storage needs. Users can choose the storage type that works best for them, and then use storage client tools to create, manage, and maintain their Azure Storage resources.

Explain in detail the overview and use of Azure Database, such as Azure SQL Database, Cosmos DB, and Azure Database for MySQL.

Azure Database is a cloud database solution provided by the Azure platform that provides a variety of database options, including Azure SQL Database, Cosmos DB, and Azure Database for MySQL. Here’s a detailed explanation of Azure Database overview and usage:

1. Azure SQL Database: Azure SQL Database is a relational database solution based on Microsoft SQL Server technology. It provides high availability, scalability, security, and flexibility, and users can use Azure SQL Database to store and manage their relational data.
2. Cosmos DB: Azure Cosmos DB is a multi-model database solution that stores and manages many types of data, such as documents, key-values, graphs, column families, and more. It also provides globally distributed database capabilities, multi-API support, and flexible consistency level settings.
3. Azure Database for MySQL: Azure Database for MySQL is a relational database solution based on MySQL technology. It provides high availability, scalability, and flexibility, and users can use Azure Database for MySQL to store and manage their relational data.
4. Database account: Azure Database needs to create a database account to store and manage data. Users can choose database type, availability, access control, pricing options, and more when they create a database account.
5. Database client: Azure provides a variety of database client tools, such as the Azure portal, Azure CLI, Azure PowerShell, Azure Data Studio, and more. Users can use these tools to create, manage, and maintain their Azure Database resources.

In summary, Azure Database provides a variety of database options to meet different types of data storage and management needs. Users can choose the database type that works best for them, and then use database client tools to create, manage, and maintain their Azure Database resources.

Explain in detail the creation and management of Azure web applications, including application services, container instances, and function applications.

Azure Web Apps is a cloud-based application solution that helps users quickly create, deploy, and manage their web applications. Here’s a detailed explanation of Azure web application creation and management:

1. Application Services: Azure Application Services is a managed platform-as-a-service (PaaS) solution that enables users to quickly create and deploy web applications. Users can choose to use multiple programming languages and frameworks, such as .NET, Java, Node.js and more.
2. Container Instances: Azure Container Instances is a container-as-a-service (CaaS) solution that enables users to quickly create and deploy containerized applications. Users can use Docker containers to package and deploy their applications, and then instantiate the containers as Azure web applications.
3. Function Applications: Azure Function Apps is a server-agnostic compute solution that lets users quickly create and deploy event-driven function applications. Users can use a variety of programming languages and frameworks, such as C#, JavaScript, Python, and many more.
4. Create: Users can create Azure web applications using the Azure portal, Azure CLI, or Azure PowerShell. When creating a web application, users select settings such as application type, programming language, framework, storage, networking, and security.
5. Management: Azure provides several web application management tools, such as the Azure portal, Azure CLI, Azure PowerShell, Azure DevOps, and more. Users can use these tools to monitor, manage, and maintain their Azure web applications. For example, users can start, stop, restart, or back up and restore a Web application.

In summary, Azure Web Apps provides a variety of solutions to help users quickly create, deploy, and manage their web applications. Users can choose the application type and solution that works best for them, and then use the management tools provided by Azure to monitor, manage, and maintain their Azure web applications.

Explain in detail the overview and use of Azure networking, such as virtual networks, network security groups, load balancers, and application gateways.

Azure networking is a cloud networking solution available in the Azure platform that provides a variety of networking options, including virtual networks, network security groups, load balancers, and application gateways. Here’s a detailed explanation of the Azure networking overview and usage:

1. Virtual network: Azure Virtual Network is a logical networking solution that deploys Azure resources into a manageable, controllable virtual network. Users can use Azure Virtual Network to isolate and protect their compute, storage, and network resources.
2. Network security groups: Azure network security groups are a network security solution that helps users protect the compute resources in their virtual networks. Users can use Azure network security groups to set inbound and outbound network traffic rules, apply network security policies, prevent denial-of-service attacks, and more.
3. Load Balancer: Azure Load Balancer is a load-balancing solution that distributes network traffic across multiple virtual machines or service instances to improve the availability and performance of your application. Users can use Azure Load Balancer to distribute traffic, monitor network performance, manage network traffic, and more.
4. Application Gateway: Azure Application Gateway is a web traffic management solution that distributes traffic across multiple web applications to improve the availability and performance of web applications. Users can use Azure Application Gateway to manage SSL/TLS encryption, route traffic, perform authentication and authorization, and more.
5. Create: Users can create Azure network resources using the Azure portal, Azure CLI, or Azure PowerShell. When creating a network resource, users select settings such as network type, subnet, IP address space, network security group, load balancer, and application gateway.
6. Management: Azure provides several network management tools, such as the Azure portal, Azure CLI, Azure PowerShell, Azure Monitor, and more. Users can use these tools to monitor, manage, and maintain their Azure networking resources.

In summary, Azure networking provides a variety of networking options to meet different types of networking needs. Users can choose the network type and solution that works best for them, and then use the management tools provided by Azure to monitor, manage, and maintain their Azure networking resources.

Explain Azure monitoring, alerting, and logging in detail, including Azure Monitor, Application Insights, Log Analytics, and Alert Rules.

Azure Monitoring, Alerting, and Logging is a monitoring solution available in the Azure platform that helps users monitor the status, performance, and security of their Azure resources. Here’s a detailed explanation of Azure monitoring, alerting, and logging:

1. Azure Monitor: Azure Monitor is a comprehensive monitoring solution that monitors the status, performance, and security of your Azure resources. Azure Monitor can collect and analyze many types of data, such as metrics, logs, traces, alerts, and more. Azure Monitor also provides several visualization tools and reports to help users better understand the status and performance of their Azure resources.
2. Application insights: Azure Application Insights is an application performance monitoring solution that helps users monitor and analyze the performance and availability of their applications. Azure Application Insights collects and analyzes data such as requests, responses, dependencies, exceptions, and more for your application, and provides multiple visualization tools and reports to help users better understand the performance and availability of their applications.
3. Log Analytics: Azure Log Analytics is a big data analytics solution that helps users analyze and understand their log data. Azure Log Analytics can collect and analyze many types of log data, such as application logs, operating system logs, security logs, and more, and provides a variety of visualization tools and reports to help users better understand their log data.
4. Alert rules: Azure alert rules are an automated alerting solution that helps users automatically trigger alerts when anomalies occur on Azure resources. Users can define a variety of alert rules, such as metric threshold alerts, log query alerts, application failure detection alerts, and so on. When an alert is triggered, Azure can send notifications such as email, SMS, phone call, and so on.

In summary, Azure monitoring, alerting, and logging provide a variety of monitoring solutions that help users monitor and manage their Azure resources. Users can use tools such as Azure Monitor, Application Insights, Log Analytics, and Alert Rules to collect, analyze, and report on their data, and trigger automated alerts when anomalies occur on Azure resources.

Explain Azure automation and deployment in detail, such as Azure Resource Manager templates, PowerShell, and Azure CLI.

Azure Automation and Deployment is an automated solution available in the Azure platform that helps users deploy and manage their Azure resources quickly, repeatably, and predictably. Here’s a detailed explanation of Azure Automation and deployment:

1. Azure Resource Manager template: An Azure Resource Manager template is a declarative JSON file that defines a set of Azure resources and the relationships between them. Users can use Azure Resource Manager templates to define their Azure resources, configure their properties, set their dependencies, and deploy their environments. Azure Resource Manager templates also provide features such as parameters, variables, loops, conditional statements, and more to help users better manage their Azure resources.
2. PowerShell: Azure PowerShell is a PowerShell-based command-line tool that helps users manage their Azure resources. Azure PowerShell can create, configure, manage, and deploy Azure resources through a command-line interface or script. Azure PowerShell also provides features such as automation, batch processing, testing, and more to help users better manage their Azure resources.
3. Azure CLI: The Azure CLI is a command-line-based tool that helps users manage their Azure resources. The Azure CLI can create, configure, manage, and deploy Azure resources through the command line interface or scripts. The Azure CLI also provides features such as automation, batch processing, testing, and more to help users better manage their Azure resources.
4. Automation and deployment processes: Users can use Azure Resource Manager templates, PowerShell, or the Azure CLI to automate and deploy their Azure resources. In the automation and deployment process, users need to define their Azure resources, configure their properties, set their dependencies, and deploy their environment. Azure provides several automation and deployment tools and services, such as Azure DevOps, GitHub Actions, Azure Automation, and many more, to help users better manage their Azure resources.

In summary, Azure Automation and Deployment provides a variety of automation solutions that help users deploy and manage their Azure resources quickly, repeatably, and predictably. Users can use Azure Resource Manager templates, PowerShell, or the Azure CLI to define, configure, manage, and deploy their Azure resources, and use the automation and deployment tools and services provided by Azure to better manage their Azure resources.