Automate dependency injection configuration for CFML and BoxLang applications.
npx skills add https://github.com/ColdBox/skills --skill wirebox-di
Please help me install this Agent Skill. Skill: wirebox-di Source: https://github.com/ColdBox/skills/tree/main/wirebox Command: npx skills add https://github.com/ColdBox/skills --skill wirebox-di
WireBox DI simplifies and centralizes the creation, wiring, and lifecycle management of application components so developers avoid manual object construction, brittle coupling, and scope-widening errors.
Generate a binder configuration that maps your service classes, demonstrates provider-based injection to avoid scope-widening, and resolves an instance using getInstance.
High-intent search queries and answers about installing and using this skill.
Configure dependency injection mappings using a binder configuration and mapping DSL to register aliases, component paths, directories, and factory methods for consistent object resolution. This centralizes object wiring and lifecycle management across your application.
Prevent scope-widening issues using the Provider pattern to resolve dependencies lazily at runtime instead of direct injection. Providers retrieve fresh instances on demand, avoiding stale references and maintaining proper lifecycle boundaries.
Yes, hydrate components from structs, JSON, XML, or queries using the object populator feature. It automatically populates structured data into target objects, simplifying data binding and reducing manual property assignment code.
Yes, WireBox functions as a standalone dependency injection framework for CFML and BoxLang applications. You can bootstrap an injector, define binders, and manage persistence scopes independently without requiring the full ColdBox MVC framework.
Isolate dependency injection configurations using child injectors, which provide separate mapping contexts within a parent injector hierarchy. This enables modular architecture by allowing independent binder configurations while maintaining controlled access to shared mappings.
Resolve instances and autowire dependencies at runtime using the getInstance and autowire runtime methods. These methods retrieve configured objects from the injector and automatically inject required dependencies without manual object construction.
ortus-docsConvert CFML file types to BoxLang equivalents with bx-compat-cfml.
ColdBoxConfigure standalone CacheBox caching factories and caches for CFML applications.
mrigsbyImplement caching in ColdBox applications with CacheBox providers and named caches.
ortus-boxlangEnable BoxLang programs to create Java objects, call static methods, and convert types.
