5 Repos
Plugins that allow the module loader to process non-JavaScript files or apply transformations.
Distinct from Programmatic Plugin Loading: Focuses on extending the loader's ability to handle different file types via plugins, not just programmatic activation.
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RequireJS is a JavaScript module loader and dependency manager that implements the Asynchronous Module Definition API. It enables the asynchronous loading of JavaScript files in the browser to prevent page rendering blocks and manages interdependent scripts to avoid global namespace pollution and execution order issues. The project includes a build optimizer that combines and minifies multiple script files into single bundles to reduce network requests. It also provides a mechanism for version management, allowing multiple versions of the same library to coexist on a single page without confl
Extends the loader using special prefixes to process non-standard file types or specialized data bundles.
SeaJS is a client-side JavaScript module loader and dependency manager. It provides a system for resolving and loading isolated JavaScript files as modules, ensuring that internal and external code requirements are met before execution. The project distinguishes itself as a pluggable asset loader, utilizing a plugin system to load and integrate non-JavaScript assets, such as stylesheets and text files, directly into the module workflow. The system handles frontend dependency resolution through dependency-graph tracking and dynamic path resolution. It manages code organization via isolated mo
Extends the core loader to process non-JavaScript assets like stylesheets and text files through custom plugin hooks.
Dynamic-load-apk is an Android plugin framework that enables a host application to load and run uninstalled APK files as plugins at runtime. It provides the core infrastructure for loading APKs from storage, launching their activities, and managing their lifecycle without requiring the user to install them through the system package manager. The framework handles the fundamental challenges of running uninstalled code on Android through several key mechanisms. It isolates plugin classes in a separate DexClassLoader to prevent conflicts with the host class hierarchy, merges plugin resources int
Load a plugin's assets and resources into a custom Resources object so the standard R syntax works inside the plugin.
Dieses Projekt bietet die technischen Standards und API-Spezifikationen für asynchrone JavaScript-Modul-Loader. Es definiert die Protokolle zum Definieren, Referenzieren und Laden von modularem Code, um eine konsistente Ausführung und Interoperabilität über verschiedene Browserumgebungen hinweg sicherzustellen. Das System etabliert eine Standardschnittstelle zum Abrufen und Initialisieren von JavaScript-Abhängigkeiten und Nicht-Code-Assets, ohne den Haupt-Browser-Thread zu blockieren. Es enthält eine Ressourcen-Loader-Schnittstelle zur Abbildung von Modul-Identifikatoren auf physische Dateipfade und zur Auflösung relativer Abhängigkeiten in absolute URLs. Die Funktionen decken Frontend-Dependency-Management ab, einschließlich hierarchischer Pfadauflösung und Dependency-Mapping. Es unterstützt die Integration von Legacy-Skripten durch globale Namespace-Wrapper und ermöglicht das Laden von Nicht-JavaScript-Ressourcen, wie HTML-Templates, über ein Plugin-basiertes System. Das Projekt definiert zudem Mechanismen für Modulregistrierung, konfigurationsgesteuerte Injection und API-Konformitätsprüfung, um sicherzustellen, dass Loader-Implementierungen den spezifizierten technischen Standards entsprechen.
Intercepts module requests to fetch and process non-JavaScript assets like HTML templates through plugins.
CRIU is a Linux process checkpointing tool and state manager used to freeze running applications and save their memory and state to disk for later restoration. It functions as a container migration engine and an OCI checkpoint image converter, allowing the live state of running containers to be transferred between different hosts. The project distinguishes itself through its ability to persist network connectivity, acting as a TCP connection state persister that saves and reconstructs network socket states to maintain active communication after a restart. It further enables the distribution o
Loads shared libraries to handle the dumping and restoring of specialized objects not supported by the core engine.