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This module provides an Apache Marmotta backend using blueprints abstraction on Accumulograph. This is a suitable backend in high performance or big data scenarios. It does not support rule-based reasoning and versioning. NOTE: This backend uses the Apache licensed AccumuloGraph library together with other Apache licensed products. See from https://github.com/JHUAPL/AccumuloGraph/blob/master/LICENSE.

The libavcodec library provides a generic encoding/decoding framework and contains multiple decoders and encoders for audio, video and subtitle streams, and several bitstream filters. The shared architecture provides various services ranging from bit stream I/O to DSP optimizations, and makes it suitable for implementing robust and fast codecs as well as for experimentation.

Provides classes to facilitate the implementation of "4.1. Authorization Code Grant" from RFC 6749, specifically by auto-detecting a suitable user-agent (and informing the user if any system requirements are unmet and preventing the use of a user-agent), launching the user-agent and directing it to the authorization endpoint, waiting for the results and returning either the authorization code or the reason for failure.

Simplerpc distributed RPC framework is a very simple. Based on the AIO and fose framework underlying services provided by the end of the connection and fast serialization ability. Can provide a very strong ability of RPC calls. In a powerful at the same time, also supports encryption mode calls. Using the RSA and AES encryption communication process, suitable for public use. In addition, the framework has a very simple API. Only need to activate the RPC server 4 lines of code.

Java Management Extensions (JMX) technology provides the tools for building distributed, Web-based, modular and dynamic solutions for managing and monitoring devices, applications, and service-driven networks. By design, this standard is suitable for adapting legacy systems, implementing new management and monitoring solutions, and plugging into those of the future.

Java Management Extensions (JMX) technology provides the tools for building distributed, Web-based, modular and dynamic solutions for managing and monitoring devices, applications, and service-driven networks. By design, this standard is suitable for adapting legacy systems, implementing new management and monitoring solutions, and plugging into those of the future.

Java Management Extensions (JMX) technology provides the tools for building distributed, Web-based, modular and dynamic solutions for managing and monitoring devices, applications, and service-driven networks. By design, this standard is suitable for adapting legacy systems, implementing new management and monitoring solutions, and plugging into those of the future.

Geordi Test Framework is a Kotlin-based testing framework integrating with JUnit 5's TestTemplate for dynamic and parameterized testing. It supports file-based and parameter-based scenarios, suitable for various testing contexts. Key features include dynamic test case generation, SimulationGroup for scenario organization, and integration with JUnit 5's advanced features. It also includes a utility class, UnitSim, for method-level testing and mocking with Mockk. Geordi is inspired by the Spock framework, aiming to provide comparable functionality in a Kotlin-optimized package.

Apache Rat is a release audit tool. It improves accuracy and efficiency when checking releases. It is heuristic in nature: making guesses about possible problems. It will produce false positives and cannot find every possible issue with a release. Its reports require interpretation. In response to demands from project quality tool developers, Rat is available as a library suitable for inclusion in tools. This POM describes that library. Note that binary compatibility is not guaranteed between 0.x releases. Apache Rat is developed by the Apache Creadur project, a language and build agnostic home for software distribution comprehension and audit tools.

JARTs are Java-based Asynchronous Real Time sockets. JART uses JNA to build a pure Java TCP/IP stack upon Netmap. It is implemented in imperative style (no TCP state machine) using asynchronous programming with the help of ea-async. JART runs on both Linux (with the proper Netmap kernel module) and FreeBSD with Netmap enabled. FreeBSD 12.1+ has Netmap in the kernel by default so it works "out of the box". While JART has proven fairly robust in limited testing, it is still a work-in-progress and may not be suitable for production use. Pull requests welcome!