luckybilly/CC
CC
CC is an Android componentization framework and modularization tool designed to transform monolithic applications into independent components. It provides a system for launching and debugging individual components in isolation to reduce compilation times and a communication layer for executing functions across different Android processes using a unified interface.
The project utilizes a build-time bytecode plugin to automatically register components and interceptors, removing the need for manual boilerplate configuration. It supports incremental architecture migration, allowing a codebase to move toward a componentized structure gradually without requiring a full rewrite.
The framework handles component mapping through shared interfaces and routes calls via an interception-based request pipeline. These capabilities facilitate decoupled module management and cross-process service invocation.
Features
- Android Componentization - Provides a comprehensive framework for modularizing Android applications into independent components.
- Modularization Productivity Tools - Ships a system for launching and debugging individual Android components in isolation to reduce compilation times.
- Isolated Component Bootstrapping - Launches specific modules as standalone applications to allow testing and debugging without compiling the entire project.
- Inter-Process Communication Interfaces - Implements a unified interface for bidirectional communication between separate software processes.
- Bytecode-Based Registrations - Uses a build-time bytecode plugin to automatically register components and interceptors without manual configuration.
- Bytecode-Driven Component Registration - Scans for interface implementations and modifies bytecode to automatically register components and interceptors.
- Cross-Process Communication Systems - Provides a communication layer for executing functions across different Android processes using a unified interface.
- Component Isolation Environments - Enables launching and debugging of individual Android components in isolation for faster development.
- Isolated Execution Workflows - Allows launching and debugging individual components in isolation to avoid compiling the entire application.
- Remote Service Invocations - Executes functions across different processes using a unified interface to hide manual service binding complexity.
- Build-Time Bytecode Transformers - Utilizes a build-time plugin to modify compiled class files and inject registration logic.
- Incremental - Facilitates the gradual adoption of a componentized architectural pattern within an existing codebase.
- Android App Modularization - Transforms monolithic Android applications into modular components to improve maintainability.
- Interface-Based Decoupling - Connects callers to implementations through shared interfaces to decouple components while maintaining type safety.
- Incremental Modularization Strategies - Implements a strategy to convert monolithic applications into components incrementally.
- Incremental Decoupling Strategies - Supports the gradual transition from a monolithic structure to a modular architecture.
- Component Request Pipelines - Routes component calls through a series of interceptors to handle cross-cutting concerns.
Star history
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