Kamaelia
Kamaelia is designed as a testbed for network experimentation using a component architecture designed to simplify creation and testing of new protocols for large scale media delivery systems.
Licence
Apache 2
Kamaelia
Kamaelia is an open-source Python framework developed by for building concurrent and distributed systems. It provides a component-based approach to software development, allowing developers to create systems by connecting reusable components in a flexible and scalable manner.
The framework is designed to facilitate the development of multimedia and networked applications, making it particularly suitable for projects in broadcasting, streaming, and other media-related domains. Kamaelia promotes an actor-flow-based programming model, where components communicate by sending messages to outboxes, recieving messages on inboxes and constructing linkages in a hierarchical fashion.
Key features of Kamaelia include:
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Concurrency: Kamaelia supports concurrent execution, allowing multiple components to run simultaneously. This is essential for handling tasks concurrently, such as handling multiple concurrent connections to a server. Composition is handled through message passing similar to unix pipelines. This makes Kamaelia particularly suitable for network systems and custom protocols.
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Flexibility: The framework provides a high level of flexibility, allowing developers to experiment with different configurations of components and easily modify system behavior. This flexibility is designed to make the concurrency accessible to novices.
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Component-based Architecture: Developers create reusable components that encapsulate specific functionality, building complete systems by connecting these components. Composition is handled through message passing similar to unix pipelines.