Using F# on Azure

F# is a superb language for cloud programming and is frequently used to write web applications, cloud services, cloud-hosted microservices, and for scalable data processing.

In the following sections, you will find resources on how to use a range of Azure services with F#.

Note

If a particular Azure service isn't in this documentation set, please consult either the Azure Functions or .NET documentation for that service. Some Azure services are language-independent and require no language-specific documentation and are not listed here.

Using Azure Virtual Machines with F#

Azure supports a wide range of virtual machine (VM) configurations, see Linux and Azure Virtual Machines.

To install F# on a virtual machine for execution, compilation and/or scripting see Using F# on Linux and Using F# on Windows.

Using Azure Functions with F#

Azure Functions is a solution for easily running small pieces of code, or "functions," in the cloud. You can write just the code you need for the problem at hand, without worrying about a whole application or the infrastructure to run it. Your functions are connected to events in Azure storage and other cloud-hosted resources. Data flows into your F# functions via function arguments. You can use your development language of choice, trusting Azure to scale as needed.

Azure Functions support F# as a first-class language with efficient, reactive, scalable execution of F# code. See the Azure Functions F# Developer Reference for reference documentation on how to use F# with Azure Functions.

Other resources for using Azure Functions and F#:

Using Azure Storage with F#

Azure Storage is a base layer of storage services for modern applications that rely on durability, availability, and scalability to meet the needs of customers. F# programs can interact directly with Azure storage services, using the techinques described in the following articles.

Azure Storage can also be used in conjunction with Azure Functions through declarative configuration rather than explicit API calls. See Azure Functions triggers and bindings for Azure Storage which includes F# examples.

Using Azure App Service with F#

Azure App Service is a cloud platform to build powerful web and mobile apps that connect to data anywhere, in the cloud or on-premises.

Using Apache Spark with F# with Azure HDInsight

Apache Spark for Azure HDInsight is an open source processing framework that runs large-scale data analytics applications. Azure makes Apache Spark easy and cost effective to deploy. Develop your Spark application in F# using Mobius, a .NET API for Spark.

Using Azure DocumentDB with F#

Azure DocumentDB is a NoSQL service for highly available, globally distributed apps.

Azure DocumentDB can be used with F# in two ways:

  1. Through the creation of F# Azure Functions which react to or cause changes to DocumentDB collections. See Azure Function triggers for DocumentDB, or
  2. By using the .NET SDK for Azure. Note these examples are in C#.

Using Azure Event Hubs with F#

Azure Event Hubs provide cloud-scale telemetry ingestion from websites, apps, and devices.

Azure Event Hubs can be used with F# in two ways:

  1. Through the creation of F# Azure Functions which are triggered by events. See Azure Function triggers for Event Hubs, or
  2. By using the .NET SDK for Azure. Note these examples are in C#.

Using Azure Notification Hubs with F#

Azure Notification Hubs are multiplatform, scaled-out push infrastructure that enable you to send mobile push notifications from any backend (in the cloud or on-premises) to any mobile platform.

Azure Notification Hubs can be used with F# in two ways:

  1. Through the creation of F# Azure Functions which send results to a notification hub. See Azure Function output triggers for Notification Hubs, or
  2. By using the .NET SDK for Azure. Note these examples are in C#.

Implementing WebHooks on Azure with F#

A Webhook is a callback triggered via a web request. Webhooks are used by sites such as GitHub to signal events.

Webhooks can be implemented in F# and hosted on Azure via an Azure Function in F# with a Webhook Binding.

Using Webjobs with F#

Webjobs are programs you can run in your App Service web app in three ways: on demand, continuously, or on a schedule.

Example F# Webjob

Implementing Timers on Azure with F#

Timer triggers call functions based on a schedule, one time or recurring.

Timers can be implemented in F# and hosted on Azure via an Azure Function in F# with a Timer Trigger.

Deploying and Managing Azure Resources with F# Scripts

Azure VMs may be programmatically deployed and managed from F# scripts by using the Microsoft.Azure.Management packages and APIs. For example, see Get Started with the Management Libraries for .NET and Using Azure Resource Manager.

Likewise, other Azure resources may also be deployed and managed from F# scripts using the same components. For example, you can create storage accounts, deploy Azure Cloud Services, create Azure DocumentDB instances and manage Azure Notifcation Hubs programmatically from F# scripts.

Using F# scripts to deploy and manage resources is not normally necessary. For example, Azure resources may also be deployed directy from JSON template descriptions, which can be parameterized. See Azure Resource Manager Templates including examples such as the Azure Quickstart Templates.

Other resources