#JulyOT 15: .NET nanoFramework networking and Azure

• nanoFramework.Azure.Devices

  1 15 7.7 C#

  📦 .NET nanoFramework Azure IoT Devices SDK

  

Connecting to Azure IoT is easy with library support for Device Provisioning Services (DPS), SAS token and certificate authentication, Cloud to Device (C2D) messages, Device to Cloud (D2C) messages, remote function calls, twins, for clients and modules! There is also full support for IoT Plug & Play.

• amqpnetlite

  1 2 3.3 C#

  :package: nanoFramework AMQP 1.0 .NET Library

  

AMQP,

• InfluxDB

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  Power Real-Time Data Analytics at Scale. Get real-time insights from all types of time series data with InfluxDB. Ingest, query, and analyze billions of data points in real-time with unbounded cardinality.

  

• System.Net.Sockets.TcpClient

  1 4 6.3 C#

  :package: System.Net.Sockets.TcpClient for .NET nanoFramework

  

TcpClient,

• System.Net.Sockets.UdpClient

  1 3 6.8 C#

  📦 System.Net.Sockets.UdpClient library for .NET nanoFramework

  

and UdpClient.

• Samples

  1 333 8.2 C#

  🍬 Code samples from the nanoFramework team used in testing, proof of concepts and other explorational endeavours (by nanoframework)

  

TLS and secure HTTP is supported. You will find examples in the sample repository. The samples demonstrate how to use WebRequest, HttpListener as well as how to make low-level REST calls to Azure services.

• System.Net.Http

  1 15 7.5 C#

  :package: nanoFramework System.Net.Http class library

  

HttpClient is fully implemented and is a very convenient way to call REST services. HttpClient works just like the full .NET implementation. You'll find the source in the .NET nanoFramework System.Net.Http repository.

• nanoFramework.Json

  1 6 6.2 C#

  :package: .NET nanoFramework Json serealizer/deserializer library

  

Worth noting that the JSON content above it's presented as a simple string to simplify the code. There is a json library available to help with serializing and deserializing from/to C# classes, even the most complex ones.

• SaaSHub

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  SaaSHub - Software Alternatives and Reviews. SaaSHub helps you find the best software and product alternatives

  

• nanoFramework.WebServer

  1 30 8.1 C#

  :package: Web server for nanoFramework packed with features: REST api using attributes, multithread requests, parameters in query URL, static files serving.

  

The title is correct, we kept the core ideas of the full ASP.NET framework. We shrink everything possible, but kept the controller, security authentication, and attribute decoration concepts. You'll find the source in the .NET nanoFramework WebServer repository. Features include:

• lib-nanoFramework.System.Net.Http

  1 14 10.0 C#

  Discontinued :package: nanoFramework System.Net.Http class library [Moved to: https://github.com/nanoframework/System.Net.Http]

  

URL decode/encode

• nanoFramework.m2mqtt

  1 17 7.6 C#

  :package: nanoFramework MQTT Class Library

  

There is support for an MQTT client in .NET nanoFramework. You'll find the source in the .NET nanoFramework MQTT repository. The usage is the same whatever version is used, 3.1, 3.1.1, and 5.0 are supported. There are differences between v3.1.1 and v5.0. Version 5.0 brings more control and additional properties. For convenience, V5.0 properties are shown from Intellisense as v5.0 only. If you try to use v5.0 properties with the v3.1 or v3.1.1 protocols, they'll be ignored.

• System.Net.WebSockets

  1 10 7.4 C#

  📦 System.Net.WebSockets implementation for .NET nanoFramework

  

WebSockets can be used as a client, a server, or both at the same time. You'll find the source in the .NET nanoFramework WebSockets and SignalR repositories.

• nanoFramework.SignalR.Client

  1 10 6.0 C#

  :package: .NET nanoFramework SignalR Client Library

  

WebSockets can be used as a client, a server, or both at the same time. You'll find the source in the .NET nanoFramework WebSockets and SignalR repositories.

• opendigitaltwins-dtdl

  2 446 4.7

  Digital Twins Definition Language

  

In case a DPS model is going to be used, the ID of the model has to be passed to the ProvisioningDeviceClient and DeviceClient constructor. The code above requires the following changes.

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