Documentation
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Index ¶
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func AddBean ¶
func AddBean(bean *gs_bean.BeanDefinition)
AddBean registers a new bean definition in the global registry. This function adds beans to the global scope (package-level), making them available for all App/IOC containers that reference this global registry.
func AddModule ¶
func AddModule(c gs_cond.PropertyCondition, fn ModuleFunc, file string, line int)
AddModule registers a conditional module in the global registry. This is called by starter/autoconfiguration code to register a module that should only activate when its condition matches the application configuration.
func Beans ¶
func Beans() []*gs_bean.BeanDefinition
Beans returns all registered bean definitions.
In test mode, it returns cloned BeanDefinitions to avoid mutating shared bean definitions during test execution.
Types ¶
type BeanProvider ¶
type BeanProvider interface {
Provide(objOrCtor any, args ...gs.Arg) *gs_bean.BeanDefinition
}
BeanProvider defines the API for registering beans in the IoC container. It serves as the abstraction for bean registration, allowing different container implementations to accept bean definitions uniformly.
type Module ¶
type Module struct {
ModuleFunc ModuleFunc
Condition gs.Condition
FileLine string
}
Module represents a conditional module that can register beans when its Condition is satisfied.
type ModuleFunc ¶
type ModuleFunc func(r BeanProvider, p flatten.Storage) error
ModuleFunc defines the signature of a module function that registers beans using a BeanProvider. The function receives a set of configuration properties as input.
ModuleFunc is the core mechanism for implementing starter-like functionality: - A single ModuleFunc can register multiple related beans atomically - This enables auto-configuration patterns similar to Java Spring Boot starters - Modules can be conditionally activated based on configuration properties
Source Files