AmbientTalk is an experimental object-oriented distributed programming language developed at the Software Languages Lab at the Vrije Universiteit Brussel, Belgium. The language is primarily targeted at writing programs deployed in mobile ad hoc networks.
AmbientTalk is a research platform to experiment with new language features or programming abstractions to facilitate the construction of software that has to run in highly volatile networks exhibiting intermittent connectivity and little infrastructure.
The language's concurrency features are founded on the actor model and have been largely influenced by the E programming language. The language's object-oriented features find their influence in languages like Smalltalk (i.e. block closures, keyworded messages) and Self (prototype-based programming, delegation). Finally, the language has a functional core, inspired by Scheme and Pico.
AmbientTalk's main differences with mainstream languages are that:
· It employs a purely event-driven concurrency framework, founded on actors.
· It abandons the RPC abstraction in favor of asynchronous, non-blocking message passing. Because the system automatically buffers such messages while the receiver of the message is disconnected, the programmer can abstract from temporary network failures by default.
· It has built-in programming language constructs for objects to discover one another in the local ad hoc network. Peer-to-peer service discovery is built into the language.
· It features a dynamic OO kernel language built upon the principles of prototype-based programming. The kernel language supports reflection using mirrors, which provide access to an extensive metaobject protocol, making the language extensible from within itself.
· The language syntax derives primarily from the 'curly brace' family of languages, but it mixes in the keyworded messaging syntax from Smalltalk as well. This, together with AmbientTalk's lightweight block syntax, enables you to easily build your own control structures.
· The current implementation of AmbientTalk embraces the JVM as a platform. It's easy for AmbientTalk programs to use Java libraries, and it's easy for Java objects to use AmbientTalk as an embedded scripting language. This interaction is safe: even when AmbientTalk objects are "exposed" to the JVM, JVM threads cannot violate the concurrency constraints of AmbientTalk's actor model.
AmbientTalk runs on J2SE, J2ME under the connected device configuration (CDC), and Android 2.1 Platform.
Like it? Share with your friends!
Supported operating systems:
Google Android 10.x, Google Android 2.1, Google Android 2.2, Google Android 2.3, Google Android 3.0, Google Android 3.1, Google Android 3.2, Google Android 4.0, Google Android 4.1, Google Android 4.2, Google Android 4.3, Google Android 4.4, Google Android 5.x, Google Android 6.x, Google Android 7.x, Google Android 8.x, Google Android 9.x, Java ME, Java Nokia 240x320, Java SE 240x320
Similar Software:
Simply Facebook Simply Facebook is a light, simple, extensible Java library for accessing and modifying data available through the Facebook API. This is a useful tool on the Android platform, as the SDK does not ship with any means for accessing the Facebook API.
This library uses the Desktop mode approach for authentication
Learn JUnit Learn JUnit - To be continued from the previous articles, I would like to introduce you a free application for Android named Learn JUnit JUnit is a unit testing framework for the Java programming language
learn XML-RPC learn XML-RPC - In Learn XML - RPC, you will learn what is XML-RPC and why and how to use it. This brief app will be extremely useful for all those who want to learn how to use XML-RPC to establish connections between computers across a network
BugClubZilla BugClubZilla - Bugzilla read only client. Assigned bug list and details. Connected via xmlrpc. Works only if xml rpc client is enabled in Bugzilla
Learn DTD Learn DTD - This app will teach you basics of DTD. Learn DTD contains chapters discussing all the basic components of DTD with suitable examples. This reference has been prepared for the beginners to help them to understand the basic concepts related to DTD. Learn DTD will give you enough understanding on DTD from where you can take yourself to a higher level of expertise
Learn IPv6 v2 Learn IPv6 v2 - This tutorial has been designed to help beginners understand the basic concepts of IPv6 required to work with any TCP/IP based protocols. After completing this tutorial you will find yourself at a moderate level of expertise of IPv6 from where you can take yourself to next levels
Learn Apache POI Powerpoint Learn Apache POI Powerpoint - Learn Apache POI Powerpoint is a free app Android smartphone. Here you will be extended much knowledge of Apache POI Powerpoint
Developer Profile - Firefox Addon Developer Profile - Firefox Addon - This Firefox addon will automatically alter your profile into a development environment, as described at the "Setting up an extension development environment" page. Note that the addon thereby actively sets your profile settings for you
Learn Node js Learn Node js - This tutorial is designed for software programmers who wants to learn the basics of Node.js and it's architectural concepts in simple and easy ways. This tutorial will give you enough understanding on components of Node.js with suitable examples. Node.js is a very powerful JavaScript based framework/platform built on Google Chrome's JavaScript V8 Engine
Other Software by developer «AmbientTalk Team»:
AmbientTalk Interpreter AmbientTalk Interpreter - AmbientTalk is an experimental object-oriented distributed programming language developed at the Software Languages Lab at the Vrije Universiteit Brussel, Belgium. The language is primarily targeted at writing programs deployed in mobile ad hoc networks
weScribble weScribble - Draw with your friends!
Draw with your enemies!
Draw with anyone who has an Android device... and a finger!
This is a demo version of the weScribble application for collaborative drawing.
You can draw with anyone on the same wireless network, with changes synchronizing in real time
