Open Source Runtimes - Page 5

The Common Event Driven Application Runtime (CEDAR) is set of software to design, code generate and run, event driven applications. This formalism is an extension of the Shlaer–Mellor method and executable UML, facilitating deployment of domains across multiple hosts, using networked bridges to process and pass events between them. Core technologies: XML, Python, Qt/PySide. Current release solely targets Linux, but has previously run on macOS. Currently released components are: - eda-model: XML schema and schematron that define the storage of a valid design. - eda-model-interface: python3 library for loading, editing, diffing and validating an instance of an EDA design. - edator: The editor/IDE of EDA designs, using Qt/PySide2. - code generator: generate a C++ code base from a CEDAR model. - runtime: C++ and python runtime support files - ruststore: A datastore for the CEDAR runtime

A Patterns based framework for developing web applications in PHP. A Lightweight runtime component tree is generated from compiling templates marked with customizable tags.

This library allows for the programmer to bind arbitrary properties to types which can be accessed at runtime via reflection. Properties can be declared via annotation and later manipulated through a simple static interface; no special naming conventions are required and the properties can be bound to any method which has the appropriate signature.

Goal: to create a full range of free, easy-to-use utilities for the manipulation, editing, and maintenance of content for Curious Labs' Poser and DAZ Productions' DAZstudio.

core-rc contains the runtime configuration and configuration file parsing functions. This is a submodule of µwm. It uses core-array to store the parsed configurations. Planning: application config write.

iOS-Runtime-Headers is a large collection of Objective-C header files reconstructed from Apple’s private iOS frameworks and the public runtime. Its purpose is to expose class interfaces—methods, properties, ivars, protocols—that are not documented by Apple, making it easier to explore system behavior and reverse-engineer APIs. The headers are generated by inspecting binaries and metadata, then organized by framework so developers can browse relationships and inheritance hierarchies. This is invaluable for research, debugging, and tooling where you need to understand what UIKit, Foundation, or lower-level frameworks are actually doing under the hood. The project encourages read-only exploration; code using private APIs is generally unsuitable for App Store distribution. Practitioners use it to guide experiments, prototype ideas, and inform jailbreak or internal tooling where runtime knowledge is essential.

neoHort5:Java PDF&XLS runtime builder-based iText(v.5.*)&JExcelAPI library.Xml-based input source with integrated WebJava environment objects (beans e.c.)Include dynamical tag's structures: cycle,condition,e.c. Support iText 5.* Demo https://neohort4ape.appspot.com GitHub https://github.com/surban1974/neohort Maven <repositories> <repository> <id>neohort-mvn-repo</id> <url>https://github.com/surban1974/neohort/raw/mvn-repo/</url> <snapshots> <enabled>true</enabled> <updatePolicy>always</updatePolicy> </snapshots> </repository> </repositories> <dependency> <groupId>com.github.surban1974.neohort</groupId> <artifactId>neoHort5</artifactId> <version>5.2.8</version> </dependency> <dependency> <groupId>com.github.surban1974.neohort</groupId> <artifactId>neoHort5-poi-xlsx</artifactId> <version>5.2.8</version> </dependency>

starboard-notebook is an in-browser literate notebook runtime that enables users to write, edit, and interact with computational documents directly in the browser without needing a traditional backend notebook server. The project is built around an innovative runtime that interprets code cells and markdown in a way that feels fluid and interactive, often bridging concepts from classical notebook tools with modern web technologies. Starboard notebooks support multiple languages, and the tooling emphasizes portability, making notebooks viewable and executable even on mobile devices or static sites. Because the runtime runs entirely inside the browser, it removes installation barriers and provides a sandboxed environment for exploration, learning, and sharing. The project plays into a larger ecosystem of in-browser computation and literate programming tools, helping users publish interactive content on the web with minimal setup.

Vim-Pathogen is a lightweight plugin manager for Vim that simplifies how you handle and isolate your runtime path. Rather than dumping all plugins directly into the same directories, Pathogen encourages you to install each plugin into its own subdirectory (for example under ~/.vim/bundle/), and then it automatically adds those directories into Vim’s runtimepath. This makes upgrades, removals and organization of plugins far easier and more robust. It also supports “infecting” arbitrary directory patterns, so you can keep your plugin directories wherever you like and still have them load seamlessly. While Vim 8 and newer include native “packages” support, Pathogen remains valued for its simplicity and for backward compatibility with older Vim versions. The README emphasises minimal fuss: once execute pathogen#infect() is in your vimrc, you can clone plugin repositories and they just work. Overall, Pathogen gives you a clean, maintainable plugin-directory structure.

Dinrus is a shortcut for 'D in Russian'. It is a sublanguage of D programming language for Russian speaking users. It is fully compatible with D1, but has its own runtime, garbage collection, and other modules.

Extensible framework that enables productive design, analysis, and execution of arbitrary-sized neural-networks or system on a distributed, scalable, high-throughput runtime platform. Enables synapse-oriented-programming.