Documentation ¶
Overview ¶
Package router defines some interfaces and common helpers for router adapters
Index ¶
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func IsValidSequentialEndpoint ¶
func IsValidSequentialEndpoint(endpoint *config.EndpointConfig) bool
Types ¶
type Router ¶
type Router interface {
Run(config.ServiceConfig)
}
Router sets up the public layer exposed to the users
type RouterFunc ¶
type RouterFunc func(config.ServiceConfig)
RouterFunc type is an adapter to allow the use of ordinary functions as routers. If f is a function with the appropriate signature, RouterFunc(f) is a Router that calls f.
func (RouterFunc) Run ¶
func (f RouterFunc) Run(cfg config.ServiceConfig)
Run implements the Router interface
Directories ¶
Path | Synopsis |
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Package chi provides some basic implementations for building routers based on go-chi/chi
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Package chi provides some basic implementations for building routers based on go-chi/chi |
Package gin provides some basic implementations for building routers based on gin-gonic/gin
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Package gin provides some basic implementations for building routers based on gin-gonic/gin |
Package gorilla provides some basic implementations for building routers based on gorilla/mux
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Package gorilla provides some basic implementations for building routers based on gorilla/mux |
Package httptreemux provides some basic implementations for building routers based on dimfeld/httptreemux
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Package httptreemux provides some basic implementations for building routers based on dimfeld/httptreemux |
Package mux provides some basic implementations for building routers based on net/http mux
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Package mux provides some basic implementations for building routers based on net/http mux |
Package negroni provides some basic implementations for building routers based on urfave/negroni
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Package negroni provides some basic implementations for building routers based on urfave/negroni |
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