Download JAR files tagged by easily with all dependencies

Leveraging Tencent's 21 years of experience in network and audio/video technologies, Tencent Real-Time Communication (TRTC) offers multi-person audio/video calls and low-latency interactive live streaming solutions. With TRTC, you can quickly develop cost-effective, low-latency, and high-quality interactive audio/video services. Audio/Video Call Solution TRTC provides a client SDK that works across platforms and regions. This solution can be easily used on webpages to enable audio and video call capability for all applications. Low-Latency Interactive Live Streaming Solution TRTC leverages Tencent Cloud's high-quality node resources, industry-leading network and audio/video technologies to helps you build interactive live streaming services with minimal lags and a latency below 1 second, taking live streaming into the era of CDN 2.0.腾讯实时音视频（Tencent Real-Time Communication，TRTC）将腾讯21年来在网络与音视频技术上的深度积累，以多人音视频通话和低延时互动直播两大场景化方案，通过腾讯云服务向开发者开放，致力于帮助开发者快速搭建低成本、低延时、高品质的音视频互动解决方案。

This library allows your Java program to interface very easily with the Python world. It uses the Pyro protocol to call methods on remote objects. (See https://pyro5.readthedocs.io/). Pyrolite only implements part of the client side Pyro library, hence its name 'lite'... So if you don't need Pyro's full feature set, Pyrolite may be a good choice to connect java or .NET and python. Version 5.0 changes: support Pyro5 wire protocol. Dropped support of Pyro4 (stick to version 4.xx for that).

This project provides the best of maven easily consumable a maven parent project, called MavenParent. With this project you get: Checkstyle and PMD checks that will work by default in eclipse with m2e-code-quality. OWASP vulnerability checks of your dependencies. Easy application of BSD-3 clause license to all your code with mycila-license plugin. The ability to easily enforce semantic version on a jar project with japicmp. Prevent duplicates on your classpath with basepom's duplicate-finder. All of the above can be configured or disabled easily with properties, just check their docs, except takari. A whole slew of pretty maven reports including the above are generated in the maven site. The ability to easily deploy to oss nexus, and publish maven generated sites back to github's sites pages.

This ApplicationProperties Java package provides a fast and easily configurable application.properties loader that mimics some key features of the Spring Boot application.properties loader. This package allows for multi-level overloading of properties based on a basename and optional suffix by searching the classpath, optional configurable file paths along with the JNDI server container context. The class [ApplicationPropertiesConfig](src/main/java/com/lyders/application-properties/ApplicationPropertiesConfig.java) controls the features of the overloading of properties such as the base name of the properties file, an optional suffix that allows for the loading of environment-specific or scenario-specific property files as needed. The following features are supported: * Names of properties files can be customized * Locations of properties files can be customized. The following path types are supported: * class path * file system paths * JNDI environment naming context (e.g., Servlet/JSP running under Tomcat) * Environment-specific property files can override the values in default properties files via a "suffix"

This project contains a JNA (Java Native Access) implementation built on top of the native Hnswlib (Hierarchical Navigable Small World Graph) which offers a fast approximate nearest neighbor search. It includes some modifications and simplifications in order to provide Hnswlib features with native like performance to applications written in Java. Differently from the original Python implementation, the multi-thread support is not included in the bindings itself but it can be easily implemented on the Java side.

Samply.Common.MDRFaces is a Java Server Faces library which eases the user interface design of web applications where the respective data model relies on well defined data elements. Especially in case of systems for electronic data capturing, where the necessary data model is not known beforehand and can even vary over time, the user interface has to be easily adjustable. This often means the user instead of the developer designs the various forms for data entry and therefore an easy to use mechanism has to be provided. By using Samply.MDRFaces the developer can focus on the implementation of that mechanism, e.g. some editor component, but does not have to cope with the visualization of every single data element as for that is taken care of automatically.

The Data Highway is a service that allows data to be easily landed and consumed via REST interfaces which accept and produce JSON messages. The data is first defined using a schema and a "road" is created which will accept data messages that conform to this schema. Producers of data sets thus only need to define the structure of their data and are then able to send their data to a REST endpoint and not be too concerned with what happens next. The Data Highway will ensure that this data is made available for downstream streaming consumption and also stored reliably in a "data lake" in the cloud for access by various end users.