A Comprehensive Guide to Azure Gem

Azure Gem is a cloud-based service that allows developers to build, deploy, and manage applications with ease. It provides a scalable and secure environment for applications to run in.

With Azure Gem, you can take advantage of a wide range of features, including automated scaling, load balancing, and monitoring. This means your applications can handle large amounts of traffic and provide a seamless user experience.

Azure Gem also supports a variety of programming languages and frameworks, making it a versatile choice for developers.

If you're looking to configure the Azure SDK, you'll need to know about the different deployment models available. Azure has two main deployment models: Resource Management (ARM) and Azure Service Management (ASM).

For ARM, you can use the Microsoft Azure SDK for Ruby - Resource Management (preview), which provides a Ruby package for ARM. This package is a preview, so be aware of that when using it.

To get started with the azure_sdk gem, you'll want to know that it's a rollup of all the supported gems in the Ruby SDK. This gem has two profiles: a Latest profile and a versioned profile V2017_03_09 profile built for Azure Stack.

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You can install the Azure SDK for Ruby using the rubygem packages, either directly or by adding them to your Gemfile. Be aware that the Azure Resource Manager Ruby SDK is in preview and may have breaking changes in upcoming releases.

To use the Azure SDK, you can install the azure_sdk rollup gem with the command: `gem install azure_sdk`.

The azure_sdk gem is a rollup of all the supported gems in the Ruby SDK and has two profiles: Latest and V2017_03_09, which is built for Azure Stack.

To start using the Azure SDK, you can use the azure_sdk gem with its two profiles, which support the latest version of all services and Azure Stack respectively.

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Authentication is a crucial step in using the Azure SDK. It involves setting up a service principal, which can be done using the command line with tools like Azure Resource Manager or Unattended Authentication.

You'll need to create a service principal to obtain the necessary information for authentication. For a more detailed explanation, see the Developer's guide to auth with Azure Resource Manager API.

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The service principal will give you three key pieces of information: a client ID (a unique GUID), a client secret (a string), and a tenant ID (a GUID or domain name). These are the credentials you'll use to authenticate with Azure.

Here are the specific pieces of information you'll need:

To use the Azure SDK, you need to authenticate and set permissions. This can be a bit tricky, especially if you're new to Azure.

First, you'll need to create a service principal, which involves generating a client ID, client secret, tenant ID, and subscription ID. These values are used to authenticate your application.

You can obtain these values by creating a service principal or by using environment variables. To set the values using environment variables, you can use the following names:

On Windows, you can set these environment variables using a command like the one shown in the Azure documentation.

To set the environment variables, you'll need to use the Azure Resource Manager API, which requires a more robust understanding of authentication. For a reference on setting up a service principal from the command line, see the Azure documentation.

You can set the values needed to initialize a profile client in several ways. The most common options include using an options hash, environment variables, or a combination of both.

To use an options hash, you can pass in the required values such as tenant_id, client_id, client_secret, subscription_id, active_directory_settings, and credentials. The active_directory_settings and credentials are optional.

When using environment variables, you can set the values for AZURE_TENANT_ID, AZURE_CLIENT_ID, AZURE_SUBSCRIPTION_ID, and AZURE_CLIENT_SECRET. This method is particularly useful for Windows users, who can use the command line to set the environment variables.

You can also use a combination of environment variables and options hash. In this case, the values in the options hash will take precedence over the environment variables. This flexibility allows you to choose the method that best suits your needs.

Here's a summary of the recommended options:

You can set the values needed for a profile client using an options hash. This hash includes tenant_id, client_id, client_secret, subscription_id, active_directory_settings, and credentials.

The credentials and active_directory_settings are optional, so you can choose to include them or not. If you do include credentials, you can use the following code to pass them in.

You can also set these values using a combination of environment variables and an options hash. The values in the options hash will take precedence over the environment variables.

Using an options hash can be a convenient way to set these values, especially if you're working in a team or need to reuse your code.

You can use individual profiles to access specific services or versions of services.

The Latest profile is recommended for using the latest versions of all services. It's like getting the latest and greatest features without having to worry about compatibility issues.

To use the Latest profile, you can install the individual gems using gem install, such as azure_mgmt_compute.

The V2017_03_09 profile is recommended for using services compatible with the Azure Stack.

If you want to use the latest api-version of a specific service, like the compute service, you can use the Latest profile of that specific gem.

Here are some options for using individual profiles:

You can also use specific api-versions defined inside a gem.