Search Results for "network development platforms"

A library of C++ classes for flexible logging to files (rolling), syslog, IDSA and other destinations. It is modeled after the Log for Java library (http://www.log4j.org), staying as close to their API as is reasonable. Home: https://log4cpp.sourceforge.net Platforms: Linux, Windows, MacOS. New: CMake, CTest support for MS VS 2022, RAD Studio 12

This project has been migrated to GitHub : https://github.com/vlachenal/anch-framework AnCH framework aims to provide utility classes for some common programming features. Features are implemented to be used as simply as possible. This framework was initially a way to test new C++ specifications (C++11) and to test C++ design patterns and tricks. Only POSIX systems are supported for now. Others could be supported later. (Partial) Doxygen documentation can be found on project home page.

A - possibly - lightweight passive automation tool for Linux/POSIX systems

liblogger is logging framework for C/C++. It supports logging to a file/network/console transparently. It provides several logging levels and is highly customizable. Visit http://liblogger.sourceforge.net for more details.

The first stage of development is do write a tool to anonymize packet capture files captured with libpcap. After that we will be integrating this with tcpdump to anonymize in real-time and analyze and look for its effect on different IDS's.

A tool to monitor and analyse data transmitted between clients and a server through a TCP connection. This tool focuses on the data stream (software layer), not on the lower level transmission protocol as packet sniffers do.

Templario is a security event audit and compliance suite which helps you to monitor enterprise security from one central console. Templario automates and consolidates complicated enterprise network security auditing and requires near-zero administration.

YASA is a framework to simulate and analyze real time scheduling applications on different platforms. These platforms are called Executives. You can define own tasksets, own schedulers and own synchronization protocols to describe your target environment