Discover HilscherAutomation/netPI-diportal-api-showcase Open Source

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License
MIT License
Created about 7 years ago
Updated over 5 years ago

HilscherAutomation

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Sources of Dockerfile generated "PROFINET device scanner pushing browsed device data to a Microsoft Azure IoT Hub"

netPI-openplc

OpenPLC - Open source IEC 61131-3 compatible PLC

C++

netPI-netx-programming-examples

Sources of Dockerfile generated Docker image "netX programming"

netPI-codesys-basis

Sources of Dockerfile generated Docker image "CODESYS Control"

netPI-desktop-hdmi

Sources of Hilscher netPI "Desktop" container

Dockerfile

netPI-bluetooth

Sources of Dockerfile generated Docker image "Debian with SSH, dbus and latest bluez bluetooth stack" for Hilscher’s netPI

Dockerfile

netPI-nodered-fieldbus

Sources of Dockerfile generated Docker image "Node-RED + Fieldbus node" for Hilscher netPI or Pi 3 + NHAT 52-RTE devices

netFIELD-Postman

These JSON files allow the use of Postman to easily integrate the API's offered in netFIELD.io into your code.

netPI-netx-ethernet-lan

Sources of Dockerfile generated Docker image "TCP/IP over RTE Industrial Ethernet ports"

meta-hilscher-netx4000

Yocto BSP layer to support Hilscher netX4000 SoC

netPI-nodered

Node-RED including all netPI specific Node-RED nodes

Dockerfile

netPI-opcua-server

open62541based OPC UA server sample reference implementation

JavaScript

netFIELD-example-device-manager-plugin

This example helps you create a Device Manager plugin for the Hilscher Gateway.

Shell

netPI-raspbian

Sources of Dockerfile generated Docker image "Raspbian"

Shell

netFIELD-extension-linux

netFIELD Cloud, as part of the netFIELD offerings, is made to orchestrate container-based IoT Intelligence in Edge devices remotely. The end-to-end communication is based on Microsoft Azure IoT featuring a device deployable runtime and a hosted logic for remote servicing. Whereas the Azure IoT relies on docker container technology. netFIELD Cloud delivers all the necessary infrastructure to spread intellectual property to the Edge from a central presence. And the Advantage for users is that they can focus on just developing their software and manage these workload rollouts to the devices in minutes.

Shell

netPI-straton-softplc

Sources of Dockerfile generated image "straton soft PLC for raspberry”

Shell

netFIELD-node-sdk

JavaScript

node-red-contrib-netfield-websocket

Node-RED WebSocket client for netFIELD technology based WebSocket servers

JavaScript

netPI-canopennode-npix-rcan

Sources of Dockerfile generated Docker image "CANopenNode" for Hilscher netPI

Dockerfile

netFIELD-example-direct-methods-mqtt-publisher

This example code shows how to create a Edge based application which publishes sample data to a MQTT Bus and how to utilize Microsoft direct Methods to communicate through an API to this container to change values.

netPI-mosquitto-mqtt-broker

Sources of Dockerfile generated Docker image "Mosquitto MQTT broker" for Hilscher’s netPI”

Dockerfile

netx4000-linux

Linux kernel adaption for Hilscher netX4000 SoC

netPI-openvpn

Sources of Dockerfile generated Docker image "OpenVPN" for Hilscher netPI

Shell

netPI-container-build-environment

Dockerfile

netPI-teamviewer

Sources of Dockerfile generated Docker image "Teamviewer" for Hilscher’s netPI

Shell

netx4000-linux-bsp

netPI-aws-iot-embedded-c-sdk

Using AWS IoT Embedded C SDK to connect to AWS IoT

Dockerfile

netPI-debian-stretch

Sources of Dockerfile generated Docker image "Debian OS (stretch)" for Hilscher’s netPI

Dockerfile

HilscherAutomation/netPI-diportal-api-showcase

HilscherAutomation

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