Skip to content
This repository has been archived by the owner on Dec 20, 2018. It is now read-only.

Latest commit

 

History

History
65 lines (42 loc) · 3.27 KB

README.md

File metadata and controls

65 lines (42 loc) · 3.27 KB
Raw

StreamPipes

StreamPipes enables flexible modeling of stream processing pipelines by providing a graphical modeling editor on top of existing stream processing frameworks.

It leverages non-technical users to quickly define and execute processing pipelines based on an easily extensible toolbox of data sources, data processors and data sinks.

Learn more about StreamPipes at https://www.streampipes.org/

Read the full documentation at https://docs.streampipes.org

StreamPipes examples for data sources and data streams

This project includes examples for data streams that can be used to directly try the preview with real-time data (see below).

The sources simulate live data with a frequency of roughly 1 event per second per stream.

The following example data streams are available in this project:

Vehicle Source

  • Vehicle Position: Simulates the position of a delivery vehicle driving in Manhattan. An event consists of a timestamp, a plateNumber and latitude and longitude values denoting the vehicle's position.

Water Tank Source

The water tank source demonstrates a simple scenario from the manufacturing domain. The production line consists of two water tanks that are connected by various pipes. Water is exchanged between both tanks at a specific flow rate. From time to time, a leak in a pipe is simulated: The water level in the tank drops, while the flow rate measured in the corresponding pipe decreases.

This scenario consists of the following sensors:

  • Flow Rate 1: A sensor that measures the flow rate and some other parameters in a pipe: timestamp, sensorId, volume_flow and mass_flow
  • Flow Rate 2: A second sensor measuring the flow, but at another location and with additional parameters volume_flow, density and fluid_temperature.
  • Pressure Tank: Simulates a sensor in a pressure tank by providing the following measurement values: timestamp, sensorId and pressure.
  • Water Level 1: A water level sensor that measures the current water level in tank 1: The sensor provides the timestamp, sensorId, current level and two boolean parameters overflow and underflow.
  • Water Level 2: Similar to the water level sensor 1, but only provides a level parameter and the underflow property.

Import these sources into the StreamPipes UI if you would quickly like to try StreamPipes!

Getting started

Currently, the StreamPipes core is available as a preview in form of ready-to-use Docker images.

It's easy to get started:

Extending StreamPipes

You can easily add your own data streams, processors or sinks.

Check our developer guide at https://docs.streampipes.org/developer_guide/introduction

Feedback

We'd love to hear your feedback! Contact us at [email protected]