reactive-streams/reactive-streams-jvm

Features

• Backpressure Management - Defines a standardized non-blocking backpressure protocol to regulate data flow and prevent system overload.
• Interoperability Specifications - Provides the formal technical specifications and common interfaces that ensure interoperability between different asynchronous stream libraries.
• JVM Specifications - Provides the standard Java interfaces for asynchronous stream processing with non-blocking backpressure.
• Asynchronous Streams - Implements a standardized protocol for publishing a sequence of elements asynchronously to subscribers.
• Stream Specifications - Defines the formal specification for passing sequences of elements between publishers and subscribers across different threads.
• Flow Control - Provides traffic management capabilities to regulate data transfer speeds and prevent system overload.
• Demand-Driven Backpressure - Regulates data flow by requiring subscribers to signal demand for elements before a publisher sends them.
• Asynchronous Stream Processing Frameworks - Provides the foundational toolkit for composing asynchronous data pipelines using non-blocking operators and backpressure.
• Asynchronous Streams - Provides constructs for delivering a sequenced flow of unbounded elements using non-blocking backpressure.
• JVM Interoperability Frameworks - Provides a common set of interfaces to ensure interoperability between different asynchronous streaming libraries on the JVM.
• Stream Processing Interfaces - Defines standardized interfaces for reading and writing data streams to ensure cross-library interoperability.
• Asynchronous Element Production - Produces data from a source using a background executor to ensure non-blocking delivery to subscribers.
• Interoperable Streaming APIs - Ships a common API and bridging mechanisms that allow different asynchronous streaming libraries to work together.
• Non-Blocking Asynchronous Delivery - Ensures sequenced elements are delivered across different threads without blocking the execution of the producer or consumer.
• Signal-Based Stream Termination - Notifies consumers of successful completion or failure via specific method calls to ensure proper resource cleanup.
• Stream Demand Management - Allows subscribers to request specific amounts of data and cancel subscriptions to prevent producer overflow.
• Stream Interface Standardization - Provides a set of standard Java interfaces to ensure predictable publishing and consumption across different streaming libraries.
• Subscription Lifecycle Management - Manages the creation, disposal, and cleanup of the connection between producers and consumers to prevent memory leaks.
• Non-blocking Pipelines - Implements architectural patterns for building data processing stages that avoid thread locking and resource waste.
• Asynchronous API Bridging - Provides utilities for converting different streaming specifications to ensure interoperability between incompatible libraries.
• Stream Completion Signaling - Implements mechanisms to emit a final signal indicating that a stream has finished and will no longer produce values.
• Stream Element Consumption - Provides mechanisms for consuming a sequence of elements from a provider while managing the subscription lifecycle.
• Streaming Data Transformations - Provides capabilities to manipulate data as it flows through a processing stage by acting as both consumer and provider.
• API Interoperability Bridges - Provides mechanisms to translate between incompatible streaming specifications, allowing different libraries to work together.
• Reactive Stream Testing - Includes a framework for verifying that stream processing logic adheres to backpressure rules and event sequencing.
• Reactive Programming - Standard for asynchronous stream processing with backpressure.
• Reactive Programming - Standardized interface for asynchronous stream processing with backpressure.

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