What is ActiveJ?
ActiveJ is an alternative Java platform built from the ground up as a replacement of
Spring,
Spark, Quarkus, Micronauts, and other solutions.
It is minimalistic,
boilerplate-free, and provides outstanding performance.
ActiveJ consists of several modules that can be logically grouped into following categories :
ActiveJ consists of several modules that can be logically grouped into following categories :
- async - provides means of executing code asynchronously inside event loop. The flow of execution is controlled via promises (Promise, Eventloop)
- stream - streaming APIs for processing huge amounts of data with back pressure (CSP, Datastream)
- http - high-performance Netty and Jetty alternatives that can be used independently of ActiveJ (Net, HTTP)
- boot - tools for launching application, controlling the lifecycle of provided services (Launcher, Service Graph, etc)
Why ActiveJ?
Excellence of your products
Rich stack of unique technologies for lightning-fast and asynchronous web
applications with competitive advantage
Alternative architecture
Lightweight and natively scalable async architecture in contrast to
Spring
and other similar solutions
Ultimate performance
Squeezing the last bits of performance from your hardware, proven by
numerous benchmarks
Simple design
ActiveJ was built from the ground up, so it doesn’t feature tons of
abstractions hiding the legacy standards
A step ahead of other solutions
Minimum web application size
ActiveJ
1.4 MB
Spring
17 MB
Web application launch time
ActiveJ
0.65 Sec
Spring
14 Sec
Enjoy the development
Predefined launchers and classes for both
typical
and more specific use cases combined with ActiveInject DI
library enable extremely fast and convenient app development.
public final class HttpHelloWorldExample extends HttpServerLauncher {
@Provides
AsyncServlet servlet() {
return request -> HttpResponse.ok200().withPlainText("Hello World");
}
public static void main(String[] args) throws Exception {
Launcher launcher = new HttpHelloWorldExample();
launcher.launch(args);
}
}Genuinely high load networking
Ultra-fast means for I/O processing along with a simple abstraction over low-level async sockets I/O. Create servers that process 45M+ RPS on a single CPU core in a few lines of code.
ChannelSupplier.ofSocket(socket)
.transformWith(ChannelDeserializer.create(INT_SERIALIZER))
.transformWith(StreamMapper.create(x -> x + " times 10 = " + x * 10))
.transformWith(ChannelSerializer.create(UTF8_SERIALIZER))
.streamTo(ChannelConsumer.ofSocket(socket));ActiveJ in production
ActiveJ has proved its stability and efficiency in our high-load in-house
projects, processing billions of requests daily. For example, AdKernel
is powered with ActiveJ and it is one of the leading ad-tech solutions providers in the market.
ActiveJ releases
Independent ActiveJ technologies
ActiveJ platform features a list of handy and powerful technologies that can be used independently of ActiveJ.
Lightweight Dependency Injection, an extremely
simple and powerful solution.
Significantly outperforms other DI frameworks like Spring DI or Guice.
Extremely fast and space-efficient serializers created with bytecode
engineering. Introduces schema-less approach for the best performance.
Dynamic class and method bytecode generator on top of
ObjectWeb ASM library. Abstracts the complexity of direct
bytecode manipulation and allows to create custom classes on the fly.
Ultra high-performance binary protocol. Allows to build distributed
applications that require efficient client-server interconnections between peers.
Basis for building efficient, scalable local or remote file storage, supporting
data redundancy, rebalancing,
and resharding.
A little bit of magic to speed up your code. Optimizes code for JVM
and automagically boosts it up by more than 30%.