Software developers are increasingly required to write big data code. However, they find big
data software development challenging. To help these developers it is necessary to …

Streaming APIs are becoming more pervasive in mainstream Object-Oriented programming
languages and platforms. For example, the Stream API introduced in Java 8 allows for …

Actor concurrency is becoming increasingly important in the development of real-world
software systems. Although actor concurrency may be less susceptible to some …

Streaming APIs allow for big data processing of native data structures by providing
MapReduce-like operations over these structures. However, unlike traditional big data …

Since Java 8, streams ease the development of data transformations using a declarative
style based on functional programming. Some recent studies aim at shedding light on how …

The Stream API was added in Java 8 to allow the declarative expression of data-processing
logic, typically map-reduce-like data transformations on collections and datasets. The …

Java streams are receiving the attention of developers targeting the Java virtual machine
(JVM) as they ease the development of data‐processing logic, while also favoring code …

The Java Stream API was introduced in Java 8, allowing developers to express
computations in a functional style by defining a pipeline of data-processing operations …

Java 8 marked a shift in the Java development landscape by introducing functional-like
concepts in its stream library. Java developers can now rely on stream pipelines to simplify …

The Java Stream API increases developer produc-tivity and greatly simplifies exploiting
parallel computation by providing a high-level abstraction on top of complex data pro …