To achieve the same semantics as Reactor's Mono type, RxJava 2.x provides the Maybe type. However, it is not Reactive Streams compliant, as Maybe does not implement the Publisher interface. It has the toFlowable method for that purpose.
- Title Page
- Copyright and Credits
- Dedication
- Packt Upsell
- Foreword
- Contributors
- Preface
- Why Reactive Spring?
- Reactive Programming in Spring - Basic Concepts
- Early reactive solutions in Spring
- RxJava as a reactive framework
- Brief history of reactive libraries
- Reactive landscape
- Summary
- Reactive Streams - the New Streams' Standard
- Project Reactor - the Foundation for Reactive Apps
- A brief history of Project Reactor
- Project Reactor essentials
- Adding Reactor to the project
- Reactive types – Flux and Mono
- Creating Flux and Mono sequences
- Subscribing to Reactive Streams
- Transforming reactive sequences with operators
- Mapping elements of reactive sequences 
- Filtering reactive sequences
- Collecting reactive sequences
- Reducing stream elements
- Combining Reactive Streams
- Batching stream elements
- The flatMap, concatMap, and flatMapSequential operators
- Sampling elements 
- Transforming reactive sequences into blocking structures
- Peeking elements while sequence processing
- Materializing and dematerializing signals
- Finding an appropriate operator
- Creating streams programmatically
- Handling errors
- Backpressure handling
- Hot and cold streams
- Dealing with time
- Composing and transforming Reactive Streams
- Processors
- Testing and debugging Project Reactor
- Reactor Addons
- Advanced Project Reactor 
- Summary
- Going Reactive with Spring Boot 2
- WebFlux Async Non-Blocking Communication
- WebFlux as a central reactive server foundation
- The reactive web core
- The reactive web and MVC frameworks
- Purely functional web with WebFlux
- Non-blocking cross-service communication with WebClient
- Reactive WebSocket API
- Reactive SSE as a lightweight replacement for WebSockets
- Reactive template engines
- Reactive web security
- Interaction with other reactive libraries
- WebFlux versus Web MVC
- Application of WebFlux
- Summary
- WebFlux as a central reactive server foundation
- Reactive Database Access
- Data handling patterns in the modern world
- Synchronous model for data retrieval
- Reactive data access with Spring Data
- Transforming a synchronous repository into reactive
- Reactive Spring Data in action
- Summary
- Scaling Up with Cloud Streams
- Testing the Reactive Application
- And, Finally, Release It!
- The importance of DevOps-friendly apps
- Monitoring the Reactive Spring application
- Deploying to the cloud
- Summary
- Other Books You May Enjoy
Maybe
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