Developers widely use Python Stream processing to query ongoing data streams and respond to important events in timeframes ranging from milliseconds to minutes. Complex event processing, Real-time analytics, and streaming analytics are all closely linked to stream processing, which is now the preliminary framework for executing these use cases.
Stream processing engines are runtime libraries that permit coders to write code to process streaming data with not having to deal with low-level streaming mechanics. Data were traditionally processed in batches based on a schedule or predefined point (for instance, each night at 1 am, every hundred rows, or every time the volume reached two megabytes). However, as data volumes and speeds have increased, more than batch processing is needed for many applications. Python Stream processing has evolved into a must-have feature for modern applications. For various use cases and applications, enterprises have turned to technologies that respond to data as it is created. Stream processing enables applications to respond to new data events as they happen. Unlike batch processing, which groups data and collects it at predetermined intervals, stream processing applications collect and process data when it is generated.
Python Stream processing is most commonly used with data generated as a series of events, such as IoT sensor data, payment processing systems, servers, and application logs. The two common paradigms are publisher/subscriber (also known as pub/sub) and source/sink. A publisher or source generates data and events, which are then delivered to a stream processing application. Here the data might be augmented, tested against fraud detection algorithms, or otherwise transformed before being sent to a subscriber or sink. Furthermore, all major cloud services, such as Tensorflow, Numpy, and Pytorch, have native services that simplify stream processing development on their respective platforms.
Check out the list below to find more popular Python stream-processing libraries for your applications:
rikoby nerevu
A Python stream processing engine modeled after Yahoo! Pipes
rikoby nerevu
Python 1591 Version:Current License: Permissive (MIT)
videoflowby videoflow
Python framework that facilitates the quick development of complex video analysis applications and other series-processing based applications in a multiprocessing environment.
videoflowby videoflow
Python 926 Version:v0.2.10 License: Permissive (MIT)
bifrostby ledatelescope
A stream processing framework for high-throughput applications.
bifrostby ledatelescope
Python 61 Version:v0.10.0 License: Permissive (BSD-3-Clause)
pystream-protobufby cartoonist
Python implementation of stream library for streaming google protocol buffer objects
pystream-protobufby cartoonist
Python 32 Version:v1.6.3 License: Permissive (MIT)
kafka-aggregatorby lsst-sqre
A Kafka aggregator based on the Faust Python Stream Processing library
kafka-aggregatorby lsst-sqre
Python 9 Version:Current License: No License
streampieby malisal
Streampie - a simple, parallel stream processing library
streampieby malisal
Python 5 Version:Current License: Permissive (MIT)
hurricane-data-engineeringby baky0905
Engineer streaming processing data pipeline on Azure with the main purpose to ingest and process tweets and satellite images data from Hurricane Harvey natural disaster, and serve Power BI.
hurricane-data-engineeringby baky0905
Python 4 Version:Current License: No License
glimmerby phip123
Simple stream processing library for synchronous or parallel and non-distributed execution.
glimmerby phip123
Python 1 Version:Current License: Permissive (MIT)
rillby Dobiasd
Python library providing simple text-stream processing functionality
rillby Dobiasd
Python 1 Version:Current License: Permissive (MIT)
crawdadby sashahart
stream processing library based on coroutines, for python3.2+
crawdadby sashahart
Python 0 Version:Current License: Permissive (MIT License)