Search Results for "concurrent" - Page 8

mfork is a command-line tool to parallelize shell commands. Each line of text fed to it causes mfork to fork off a new process and run the the line of text though a shell. The maximum amount of concurrent processes can be set on the command line.

Multi-purpose, platform/language independent Server with the ability to handle multiple concurrent connections on 1 socket, interactively/dynamically starting and stopping service modules. Needs only 1 port opened to access many different services.

Raindrop is a Java based framework based on SEDA (Staged Event Driven Architecture) principles. It focuses on providing highly concurrent server side throughput by managing and controlling Thread usage and concurrency primitives.

Apps Unit toolkit is a library to help testing your Oracle® e-business suite code. The kit helps testing views, pl/sql packages, concurrent request and more in a Multi-Org e-business setup. No software needs to be installed on the Applications server.

CleanJ is ABC-to-Java translator. It enables concurrent clean programs to run on JavaVM.

A library to manage "batches" of (possibly) concurrent processes.

CVS - The Concurrent Versions System, the open-source standard for version control.

Trull is a JavaBeans-compliant component framework for the modular development of event-driven concurrent systems from building blocks, including basic abstract behaviors and combinators that operate on abstract behaviors.

BITS is a Bug Identification and Tracking System. It is similar to Bugzilla in concept but has an unique design and workflow. BITS support multiple concurrent projects, small or large and is currently targeted at corporate-like environments.

A Python implementation of Erlang concurrency primitives. Erlang is widely respected for its elegant built-in facilities for concurrent programming. This package attempts to emulate those facilities as closely as possible in Python.

The project Mandala helps the development of concurrent and/or distributed applications. It is based on the asynchronous reference concept which provide asynchronous and potentially remote method invocation.

Rhapsodia.Scheduler library provides minimal and hopefully complete versions of classes commonly used in concurrent C++ programming.

TV is a tool that helps to automate the testing of reactive, concurrent systems.

LeverPack is a small, transaction based, secure, concurrent, and efficient record repository management engine written in Java. It provides READ_COMMITTED transaction isolation level supported read/write access to user data records.

Triveni is a framework for concurrent programming with objects, threads, and events. Triveni supports the modular design of event-driven systems from combinators (building blocks) that operate on abstract behaviors. The framework is implemented in Java 2

Binah is a tool that allows both real-time and off-line visualization of multi-threaded Java program execution to provide an additional perspective for understanding and debugging.

OSCARS (Open Source Concurrent Authoring and Realisation System) opens the doors to a whole new way of programming. Mutiple people working interactively on the same source file, each with a set of responsibilities and tasks.

CVSGI (Concurrent Versions System Graphical Interface) is a Java based GUI application which works with the CVS archiving system. ‘CVSGI’ GUI acts as an interface between the user and the CVS system.

wxCvs is a cross-platform GUI frontend to the GNU Concurrent Versioning System (CVS). It is written in python and uses bindings to the wxWindows C++ cross-platform GUI toolkit (http://wxwindows.org). The python bindings to wxWindows is known as wxPyton

Performance and load testing framework. We aim to create a testing tool for web applications that can simulate large numbers of concurrent users without mucking around with threads, and thus allow us to perform rate-based testing.

Chor is a strongly-typed choreography programming language for distributed systems. In Chor, the behaviour of a system is written down as a global program (a choreography) where all the message exchanges between the participants are explicit. Choreographies are statically checked against protocol specifications, given as types, enabling type-directed global programming. Finally, Chor supports the automatic generation of systems from a choreography. With Chor, you do not have to worry about...