router

package
v12.3.1 Latest Latest
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 Go to latest Published: Feb 23, 2023 License: BSD-3-Clause Imports: 34 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	// SubdomainWildcardIndicator where a registered path starts with '*.'.
	// if subdomain == "*." then its wildcard.
	//
	// used internally by router and api builder.
	SubdomainWildcardIndicator = "*."

	// SubdomainWildcardPrefix where a registered path starts with "*./",
	// then this route should accept any subdomain.
	SubdomainWildcardPrefix = SubdomainWildcardIndicator + "/"
	// SubdomainPrefix where './' exists in a registered path then it contains subdomain
	//
	// used on api builder.
	SubdomainPrefix = "./" // i.e subdomain./ -> Subdomain: subdomain. Path: /
)
View Source 
const (
	// ParamStart the character in string representation where the underline router starts its dynamic named parameter.
	ParamStart = ":"

	// WildcardParamStart the character in string representation where the underline router starts its dynamic wildcard
	// path parameter.
	WildcardParamStart = "*"
)
View Source 
const MethodNone = "NONE"

MethodNone is a Virtual method to store the "offline" routes.

Variables

View Source 
var AllMethods = []string{
	http.MethodGet,
	http.MethodHead,
	http.MethodPatch,
	http.MethodPut,
	http.MethodPost,
	http.MethodDelete,
	http.MethodOptions,
	http.MethodConnect,
	http.MethodTrace,
}

AllMethods contains the valid HTTP Methods: "GET", "POST", "PUT", "DELETE", "CONNECT", "HEAD", "PATCH", "OPTIONS", "TRACE".

View Source 
var DefaultDirOptions = DirOptions{
	IndexName:         indexName,
	PushTargets:       make(map[string][]string),
	PushTargetsRegexp: make(map[string]*regexp.Regexp),
	Cache: DirCacheOptions{

		Enable: false,

		CompressMinSize: 300,

		Encodings: context.AllEncodings,

		Verbose: 1,
	},
	Compress: true,
	ShowList: false,
	DirList: DirListRich(DirListRichOptions{
		Tmpl:     DirListRichTemplate,
		TmplName: "dirlist",
	}),
	Attachments: Attachments{
		Enable: false,
		Limit:  0,
		Burst:  0,
	},
	AssetValidator: nil,
	SPA:            false,
}

DefaultDirOptions holds the default settings for `FileServer`.

View Source 
var DirListRichTemplate = template.Must(template.New("dirlist").
	Funcs(template.FuncMap{
		"formatBytes": FormatBytes,
	}).Parse(`
<!DOCTYPE html>
<html lang="en">

<head>
    <meta charset="UTF-8">
    <meta name="viewport" content="width=device-width, initial-scale=1.0">
	<title>{{.Title}}</title>
    <style>
        a {
            padding: 8px 8px;
            text-decoration:none;
            cursor:pointer;
            color: #10a2ff;
        }
        table {
            position: absolute;
            top: 0;
            bottom: 0;
            left: 0;
            right: 0;
            height: 100%;
            width: 100%;
            border-collapse: collapse;
            border-spacing: 0;
            empty-cells: show;
            border: 1px solid #cbcbcb;
        }
        
        table caption {
            color: #000;
            font: italic 85%/1 arial, sans-serif;
            padding: 1em 0;
            text-align: center;
        }
        
        table td,
        table th {
            border-left: 1px solid #cbcbcb;
            border-width: 0 0 0 1px;
            font-size: inherit;
            margin: 0;
            overflow: visible;
            padding: 0.5em 1em;
        }
        
        table thead {
            background-color: #10a2ff;
            color: #fff;
            text-align: left;
            vertical-align: bottom;
        }
        
        table td {
            background-color: transparent;
        }

        .table-odd td {
            background-color: #f2f2f2;
        }

        .table-bordered td {
            border-bottom: 1px solid #cbcbcb;
        }
        .table-bordered tbody > tr:last-child > td {
            border-bottom-width: 0;
        }
	</style>
</head>
<body>
    <table class="table-bordered table-odd">
        <thead>
            <tr>
                <th>#</th>
                <th>Name</th>
				<th>Size</th>
            </tr>
        </thead>
        <tbody>
            {{ range $idx, $file := .Files }}
            <tr>
                <td>{{ $idx }}</td>
                {{ if $file.Download }}
                <td><a href="{{ $file.Path }}" title="{{ $file.ModTime }}" download>{{ $file.Name }}</a></td> 
                {{ else }}
                <td><a href="{{ $file.Path }}" title="{{ $file.ModTime }}">{{ $file.Name }}</a></td>
                {{ end }}
				{{ if $file.Info.IsDir }}
				<td>Dir</td>
				{{ else }}
				<td>{{ formatBytes $file.Info.Size }}</td>
				{{ end }}
            </tr>
            {{ end }}
        </tbody>
	</table>
</body></html>
`))

DirListRichTemplate is the html template the `DirListRich` function is using to render the directories and files.

View Source 
var ErrNotRouteAdder = errors.New("request handler does not implement AddRoute method")

ErrNotRouteAdder throws on `AddRouteUnsafe` when a registered `RequestHandler` does not implements the optional `AddRoute(*Route) error` method.

Functions

func Abs 

func Abs(path string) string

Abs calls filepath.Abs but ignores the error and returns the original value if any error occurred.

func DirList 

func DirList(ctx *context.Context, dirOptions DirOptions, dirName string, dir http.File) error

DirList is a `DirListFunc` which renders directories and files in html, but plain, mode. See `DirListRich` for more.

func DirectoryExists 

func DirectoryExists(dir string) bool

DirectoryExists returns true if a directory(or file) exists, otherwise false

func FileServer 

func FileServer(fs http.FileSystem, options DirOptions) context.Handler

FileServer returns a Handler which serves files from a specific file system. The first parameter is the file system, if it's a `http.Dir` the files should be located near the executable program. The second parameter is the settings that the caller can use to customize the behavior.

See `Party#HandleDir` too. Examples can be found at: https://github.com/XpamAmAdEuS/iris/tree/master/_examples/file-server

func FormatBytes 

func FormatBytes(b int64) string

FormatBytes returns a string representation of the "b" bytes.

func IsHidden 

func IsHidden(file os.FileInfo) bool

IsHidden checks a file is hidden or not

func NewSubdomainPartyRedirectHandler 

func NewSubdomainPartyRedirectHandler(to Party) context.Handler

NewSubdomainPartyRedirectHandler returns a handler which can be registered through `UseRouter` or `Use` to redirect from the current request's subdomain to the one which the given `to` Party can handle.

func NewSubdomainRedirectHandler 

func NewSubdomainRedirectHandler(toSubdomain string) context.Handler

NewSubdomainRedirectHandler returns a handler which can be registered through `UseRouter` or `Use` to redirect from the current request's subdomain to the given "toSubdomain".

func Param 

func Param(name string) string

Param receives a parameter name prefixed with the ParamStart symbol.

func RedirectAbsolute 

func RedirectAbsolute(w http.ResponseWriter, r *http.Request, url string, code int)

RedirectAbsolute replies to the request with a redirect to an absolute URL.

The provided code should be in the 3xx range and is usually StatusMovedPermanently, StatusFound or StatusSeeOther.

If the Content-Type header has not been set, Redirect sets it to "text/html; charset=utf-8" and writes a small HTML body. Setting the Content-Type header to any value, including nil, disables that behavior.

func RegisterMethods 

func RegisterMethods(newCustomHTTPVerbs ...string)

RegisterMethods adds custom http methods to the "AllMethods" list. Use it on initialization of your program.

func StripPrefix 

func StripPrefix(prefix string, h context.Handler) context.Handler

StripPrefix returns a handler that serves HTTP requests by removing the given prefix from the request URL's Path and invoking the handler h. StripPrefix handles a request for a path that doesn't begin with prefix by replying with an HTTP 404 not found error.

Usage: fileserver := FileServer("./static_files", DirOptions {...}) h := StripPrefix("/static", fileserver) app.Get("/static/{file:path}", h) app.Head("/static/{file:path}", h)

func TraceTitleColorCode 

func TraceTitleColorCode(method string) int

TraceTitleColorCode returns the color code depending on the method or the status.

func TypeByExtension 

func TypeByExtension(ext string) (typ string)

TypeByExtension returns the MIME type associated with the file extension ext. The extension ext should begin with a leading dot, as in ".html". When ext has no associated type, typeByExtension returns "".

Extensions are looked up first case-sensitively, then case-insensitively.

The built-in table is small but on unix it is augmented by the local system's mime.types file(s) if available under one or more of these names: 

/etc/mime.types
/etc/apache2/mime.types
/etc/apache/mime.types

On Windows, MIME types are extracted from the registry.

Text types have the charset parameter set to "utf-8" by default.

func TypeByFilename 

func TypeByFilename(fullFilename string) string

TypeByFilename same as TypeByExtension but receives a filename path instead.

func WildcardFileParam 

func WildcardFileParam() string

WildcardFileParam wraps a named parameter "file" with the trailing "path" macro parameter type. At build state this "file" parameter is prefixed with the request handler's `WildcardParamStart`. Created mostly for routes that serve static files to be visibly collected by the `Application#GetRouteReadOnly` via the `Route.Tmpl().Src` instead of the underline request handler's representation (`Route.Path()`).

func WildcardParam 

func WildcardParam(name string) string

WildcardParam receives a parameter name prefixed with the WildcardParamStart symbol.

Types

type APIBuilder 

type APIBuilder struct {
	// contains filtered or unexported fields
}

APIBuilder the visible API for constructing the router and child routers.

func NewAPIBuilder 

func NewAPIBuilder(logger *golog.Logger) *APIBuilder

NewAPIBuilder creates & returns a new builder which is responsible to build the API and the router handler.

func (*APIBuilder) AllowMethods 

func (api *APIBuilder) AllowMethods(methods ...string) Party

AllowMethods will re-register the future routes that will be registered via `Handle`, `Get`, `Post`, ... to the given "methods" on that Party and its children "Parties", duplicates are not registered.

Call of `AllowMethod` will override any previous allow methods.

func (*APIBuilder) Any 

func (api *APIBuilder) Any(relativePath string, handlers ...context.Handler) (routes []*Route)

Any registers a route for ALL of the HTTP methods: Get Post Put Delete Head Patch Options Connect Trace

func (*APIBuilder) ConfigureContainer 

func (api *APIBuilder) ConfigureContainer(builder ...func(*APIContainer)) *APIContainer

ConfigureContainer accepts one or more functions that can be used to configure dependency injection features of this Party such as register dependency and register handlers that will automatically inject any valid dependency. However, if the "builder" parameter is nil or not provided then it just returns the *APIContainer, which automatically initialized on Party allocation.

It returns the same `APIBuilder` featured with Dependency Injection.

func (*APIBuilder) Connect 

func (api *APIBuilder) Connect(relativePath string, handlers ...context.Handler) *Route

Connect registers a route for the Connect HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIBuilder) CountHandlers 

func (api *APIBuilder) CountHandlers() int

CountHandlers returns the total number of all unique registered route handlers.

func (*APIBuilder) CreateRoutes 

func (api *APIBuilder) CreateRoutes(methods []string, relativePath string, handlers ...context.Handler) []*Route

CreateRoutes returns a list of Party-based Routes. It does NOT registers the route. Use `Handle, Get...` methods instead. This method can be used for third-parties Iris helpers packages and tools that want a more detailed view of Party-based Routes before take the decision to register them.

func (*APIBuilder) Delete 

func (api *APIBuilder) Delete(relativePath string, handlers ...context.Handler) *Route

Delete registers a route for the Delete HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIBuilder) Done 

func (api *APIBuilder) Done(handlers ...context.Handler)

Done appends to the very end, Handler(s) to the current Party's routes and child routes. The given "handlers" will be executed only on matched routes.

Call order matters, it should be called right before the routes that they care about these handlers.

The difference from .Use is that this/or these Handler(s) are being always running last.

func (*APIBuilder) DoneGlobal 

func (api *APIBuilder) DoneGlobal(handlers ...context.Handler)

DoneGlobal registers handlers that should run at the very end. It appends those handler(s) to all routes, including all parties, subdomains. It doesn't care about call order, it will append the handlers to all existing routes and the future routes that may being registered.

The given "handlers" will be executed only on matched and registered error routes.

The difference from `.UseGlobal` is that this/or these Handler(s) are being always running last. Use of `ctx.Next()` at the previous handler is necessary. It's always a good practise to call it right before the `Application#Run` function.

func (*APIBuilder) EnsureStaticBindings 

func (api *APIBuilder) EnsureStaticBindings() Party

EnsureStaticBindings panics on struct handler (controller) if at least one input binding depends on the request and not in a static structure. Should be called before `RegisterDependency`.

func (*APIBuilder) FallbackView 

func (api *APIBuilder) FallbackView(provider context.FallbackViewProvider)

FallbackView registers one or more fallback views for a template or a template layout. Usage: 

FallbackView(iris.FallbackView("fallback.html"))
FallbackView(iris.FallbackViewLayout("layouts/fallback.html"))
OR
FallbackView(iris.FallbackViewFunc(ctx iris.Context, err iris.ErrViewNotExist) error {
  err.Name is the previous template name.
  err.IsLayout reports whether the failure came from the layout template.
  err.Data is the template data provided to the previous View call.
  [...custom logic e.g. ctx.View("fallback", err.Data)]
})

func (*APIBuilder) Favicon 

func (api *APIBuilder) Favicon(favPath string, requestPath ...string) *Route

Favicon serves static favicon accepts 2 parameters, second is optional favPath (string), declare the system directory path of the __.ico requestPath (string), it's the route's path, by default this is the "/favicon.ico" because some browsers tries to get this by default first, you can declare your own path if you have more than one favicon (desktop, mobile and so on)

this func will add a route for you which will static serve the /yuorpath/yourfile.ico to the /yourfile.ico (nothing special that you can't handle by yourself). Note that you have to call it on every favicon you have to serve automatically (desktop, mobile and so on).

Returns the GET *Route.

func (*APIBuilder) Get 

func (api *APIBuilder) Get(relativePath string, handlers ...context.Handler) *Route

Get registers a route for the Get HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIBuilder) GetDefaultErrorMiddleware 

func (api *APIBuilder) GetDefaultErrorMiddleware() context.Handlers

GetDefaultErrorMiddleware returns the application's error pre handlers registered through `UseError` for the default error handlers. This is used when no matching error handlers registered for a specific status code but `UseError` is called to register a middleware, so the default error handler should make use of those middleware now.

func (*APIBuilder) GetRelPath 

func (api *APIBuilder) GetRelPath() string

GetRelPath returns the current party's relative path. i.e: if r := app.Party("/users"), then the `r.GetRelPath()` is the "/users". if r := app.Party("www.") or app.Subdomain("www") then the `r.GetRelPath()` is the "www.".

func (*APIBuilder) GetRoute 

func (api *APIBuilder) GetRoute(routeName string) *Route

GetRoute returns the registered route based on its name, otherwise nil. One note: "routeName" should be case-sensitive.

func (*APIBuilder) GetRouteByPath 

func (api *APIBuilder) GetRouteByPath(tmplPath string) *Route

GetRouteByPath returns the registered route based on the template path (`Route.Tmpl().Src`).

func (*APIBuilder) GetRouteReadOnly 

func (api *APIBuilder) GetRouteReadOnly(routeName string) context.RouteReadOnly

GetRouteReadOnly returns the registered "read-only" route based on its name, otherwise nil. One note: "routeName" should be case-sensitive. Used by the context to get the current route. It returns an interface instead to reduce wrong usage and to keep the decoupled design between the context and the routes. Look `GetRoutesReadOnly` to fetch a list of all registered routes.

Look `GetRoute` for more.

func (*APIBuilder) GetRouteReadOnlyByPath 

func (api *APIBuilder) GetRouteReadOnlyByPath(tmplPath string) context.RouteReadOnly

GetRouteReadOnlyByPath returns the registered read-only route based on the template path (`Route.Tmpl().Src`).

func (*APIBuilder) GetRouterFilters 

func (api *APIBuilder) GetRouterFilters() map[Party]*Filter

GetRouterFilters returns the global router filters. Read `UseRouter` for more. The map can be altered before router built. The router internally prioritized them by the subdomains and longest static path. Implements the `RoutesProvider` interface.

func (*APIBuilder) GetRoutes 

func (api *APIBuilder) GetRoutes() []*Route

GetRoutes returns the routes information, some of them can be changed at runtime some others not.

Needs refresh of the router to Method or Path or Handlers changes to take place.

func (*APIBuilder) GetRoutesReadOnly 

func (api *APIBuilder) GetRoutesReadOnly() []context.RouteReadOnly

GetRoutesReadOnly returns the registered routes with "read-only" access, you cannot and you should not change any of these routes' properties on request state, you can use the `GetRoutes()` for that instead.

It returns interface-based slice instead of the real ones in order to apply safe fetch between context(request-state) and the builded application.

Look `GetRouteReadOnly` too.

func (*APIBuilder) Handle 

func (api *APIBuilder) Handle(method string, relativePath string, handlers ...context.Handler) *Route

Handle registers a route to this Party. if empty method is passed then handler(s) are being registered to all methods, same as .Any.

Returns a *Route, app will throw any errors later on.

func (*APIBuilder) HandleDir 

func (api *APIBuilder) HandleDir(requestPath string, fsOrDir interface{}, opts ...DirOptions) (routes []*Route)

HandleDir registers a handler that serves HTTP requests with the contents of a file system (physical or embedded).

first parameter : the route path second parameter : the file system needs to be served third parameter : not required, the serve directory options.

Alternatively, to get just the handler for that look the FileServer function instead. 

api.HandleDir("/static", iris.Dir("./assets"), iris.DirOptions{IndexName: "/index.html", Compress: true})

Returns all the registered routes, including GET index and path patterm and HEAD.

Usage: HandleDir("/public", "./assets", DirOptions{...}) or HandleDir("/public", iris.Dir("./assets"), DirOptions{...}) OR //go:embed assets/* var filesystem embed.FS HandleDir("/public",filesystem, DirOptions{...}) OR to pick a specific folder of the embedded filesystem: import "io/fs" subFilesystem, err := fs.Sub(filesystem, "assets") HandleDir("/public",subFilesystem, DirOptions{...})

Examples: https://github.com/XpamAmAdEuS/iris/tree/master/_examples/file-server

func (*APIBuilder) HandleFunc 

func (api *APIBuilder) HandleFunc(method, relativePath string, handlersFn ...interface{}) *Route

HandleFunc registers a route on HTTP verb "method" and relative, to this Party, path. It is like the `Handle` method but it accepts one or more "handlersFn" functions that each one of them can accept any input arguments as the HTTP request and output a result as the HTTP response. Specifically, the input of the "handlersFn" can be any registered dependency (see ConfigureContainer().RegisterDependency) or leave the framework to parse the request and fill the values accordingly. The output of the "handlersFn" can be any output result: 

custom structs <T>, string, []byte, int, error,
a combination of the above, hero.Result(hero.View | hero.Response) and more.

If more than one handler function is registered then the execution happens without the nessecity of the `Context.Next` method, simply, to stop the execution and not continue to the next "handlersFn" in chain you should return an `iris.ErrStopExecution`.

Example Code:

The client's request body and server's response body Go types. Could be any data structure. 

type (
	request struct {
		Firstname string `json:"firstname"`
		Lastname string `json:"lastname"`
	}

	response struct {
		ID uint64 `json:"id"`
		Message string `json:"message"`
	}
)

Register the route hander. 

            HTTP VERB    ROUTE PATH       ROUTE HANDLER
app.HandleFunc("PUT", "/users/{id:uint64}", updateUser)

Code the route handler function. Path parameters and request body are binded automatically. The "id" uint64 binds to "{id:uint64}" route path parameter and the "input" binds to client request data such as JSON. 

func updateUser(id uint64, input request) response {
	// [custom logic...]

	return response{
		ID:id,
		Message: "User updated successfully",
	}
}

Simulate a client request which sends data to the server and prints out the response. 

curl --request PUT -d '{"firstname":"John","lastname":"Doe"}' \
-H "Content-Type: application/json" \
http://localhost:8080/users/42

{
	"id": 42,
	"message": "User updated successfully"
}

See the `ConfigureContainer` for more features regrading the dependency injection, mvc and function handlers.

This method is just a shortcut of the `ConfigureContainer().Handle`.

func (*APIBuilder) HandleMany 

func (api *APIBuilder) HandleMany(methodOrMulti string, relativePathorMulti string, handlers ...context.Handler) (routes []*Route)

HandleMany works like `Handle` but can receive more than one paths separated by spaces and returns always a slice of *Route instead of a single instance of Route.

It's useful only if the same handler can handle more than one request paths, otherwise use `Party` which can handle many paths with different handlers and middlewares.

Usage: 

app.HandleMany("GET", "/user /user/{id:uint64} /user/me", genericUserHandler)

At the other side, with `Handle` we've had to write: 

app.Handle("GET", "/user", userHandler)
app.Handle("GET", "/user/{id:uint64}", userByIDHandler)
app.Handle("GET", "/user/me", userMeHandler)

app.HandleMany("GET POST", "/path", handler)

func (*APIBuilder) Head 

func (api *APIBuilder) Head(relativePath string, handlers ...context.Handler) *Route

Head registers a route for the Head HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIBuilder) IsRoot 

func (api *APIBuilder) IsRoot() bool

IsRoot reports whether this Party is the root Application's one. It will return false on all children Parties, no exception.

func (*APIBuilder) Layout 

func (api *APIBuilder) Layout(tmplLayoutFile string) Party

Layout overrides the parent template layout with a more specific layout for this Party. It returns the current Party.

The "tmplLayoutFile" should be a relative path to the templates dir. Usage:

app := iris.New() app.RegisterView(iris.$VIEW_ENGINE("./views", ".$extension")) my := app.Party("/my").Layout("layouts/mylayout.html") 

	my.Get("/", func(ctx iris.Context) {
	if err := ctx.View("page1.html"); err != nil {
	  ctx.HTML("<h3>%s</h3>", err.Error())
	  return
 }
	})

Examples: https://github.com/XpamAmAdEuS/iris/tree/master/_examples/view

func (*APIBuilder) Logger 

func (api *APIBuilder) Logger() *golog.Logger

Logger returns the Application Logger.

func (*APIBuilder) Macros 

func (api *APIBuilder) Macros() *macro.Macros

Macros returns the macro collection that is responsible to register custom macros with their own parameter types and their macro functions for all routes.

Learn more at: https://github.com/XpamAmAdEuS/iris/tree/master/_examples/routing/dynamic-path

func (*APIBuilder) Match 

func (api *APIBuilder) Match(ctx *context.Context) bool

Match reports whether the `UseRouter` handlers should be executed. Calls its parent's Match if possible. Implements the `PartyMatcher` interface.

func (*APIBuilder) None 

func (api *APIBuilder) None(relativePath string, handlers ...context.Handler) *Route

None registers an "offline" route see context.ExecRoute(routeName) and party.Routes().Online(handleResultRouteInfo, "GET") and Offline(handleResultRouteInfo)

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIBuilder) OnAnyErrorCode 

func (api *APIBuilder) OnAnyErrorCode(handlers ...context.Handler) (routes []*Route)

OnAnyErrorCode registers a handlers chain for all error codes (4xxx and 5xxx, change the `context.ClientErrorCodes` and `context.ServerErrorCodes` variables to modify those) Look `UseError` and `OnErrorCode` too.

func (*APIBuilder) OnErrorCode 

func (api *APIBuilder) OnErrorCode(statusCode int, handlers ...context.Handler) (routes []*Route)

OnErrorCode registers a handlers chain for this `Party` for a specific HTTP status code. Read more at: http://www.iana.org/assignments/http-status-codes/http-status-codes.xhtml Look `UseError` and `OnAnyErrorCode` too.

func (*APIBuilder) Options 

func (api *APIBuilder) Options(relativePath string, handlers ...context.Handler) *Route

Options registers a route for the Options HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIBuilder) Party 

func (api *APIBuilder) Party(relativePath string, handlers ...context.Handler) Party

Party returns a new child Party which inherites its parent's options and middlewares. A Party groups routes which may have the same prefix or subdomain and share same middlewares.

To create a group of routes for subdomains use the `Subdomain` or `WildcardSubdomain` methods or pass a "relativePath" of "admin." or "*." respectfully.

func (*APIBuilder) PartyConfigure 

func (api *APIBuilder) PartyConfigure(relativePath string, partyReg ...PartyConfigurator) Party

PartyConfigure like `Party` and `PartyFunc` registers a new children Party but instead it accepts a struct value which should implement the PartyConfigurator interface.

PartyConfigure accepts the relative path of the child party (As an exception, if it's empty then all configurators are applied to the current Party) and one or more Party configurators and executes the PartyConfigurator's Configure method.

If the end-developer registered one or more dependencies upfront through RegisterDependencies or ConfigureContainer.RegisterDependency methods and "p" is a pointer to a struct then try to bind the unset/zero exported fields to the registered dependencies, just like we do with Controllers. Useful when the api's dependencies amount are too much to pass on a function.

Usage: 

app.PartyConfigure("/users", &api.UsersAPI{UserRepository: ..., ...})

Where UsersAPI looks like: 

type UsersAPI struct { [...] }
func(api *UsersAPI) Configure(router iris.Party) {
 router.Get("/{id:uuid}", api.getUser)
 [...]
}

Usage with (static) dependencies: 

app.RegisterDependency(userRepo, ...)
app.PartyConfigure("/users", new(api.UsersAPI))

func (*APIBuilder) PartyFunc 

func (api *APIBuilder) PartyFunc(relativePath string, partyBuilderFunc func(p Party)) Party

PartyFunc same as `Party`, groups routes that share a base path or/and same handlers. However this function accepts a function that receives this created Party instead. Returns the Party in order the caller to be able to use this created Party to continue the top-bottom routes "tree".

Note: `iris#Party` and `core/router#Party` describes the exactly same interface.

Usage: 

app.PartyFunc("/users", func(u iris.Party){
	u.Use(authMiddleware, logMiddleware)
	u.Get("/", getAllUsers)
	u.Post("/", createOrUpdateUser)
	u.Delete("/", deleteUser)
})

Look `Party` for more.

func (*APIBuilder) Patch 

func (api *APIBuilder) Patch(relativePath string, handlers ...context.Handler) *Route

Patch registers a route for the Patch HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIBuilder) Post 

func (api *APIBuilder) Post(relativePath string, handlers ...context.Handler) *Route

Post registers a route for the Post HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIBuilder) Properties 

func (api *APIBuilder) Properties() context.Map

Properties returns the original Party's properties map, it can be modified before server startup but not afterwards.

func (*APIBuilder) Put 

func (api *APIBuilder) Put(relativePath string, handlers ...context.Handler) *Route

Put registers a route for the Put HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIBuilder) RegisterDependency 

func (api *APIBuilder) RegisterDependency(dependencies ...interface{})

RegisterDependency calls the `ConfigureContainer.RegisterDependency` method with the provided value(s). See `HandleFunc` and `PartyConfigure` methods too.

func (*APIBuilder) RegisterView 

func (api *APIBuilder) RegisterView(viewEngine context.ViewEngine)

RegisterView registers and loads a view engine middleware for this group of routes. It overrides any of the application's root registered view engines. To register a view engine per handler chain see the `Context.ViewEngine` instead. Read `Configuration.ViewEngineContextKey` documentation for more.

func (*APIBuilder) RemoveHandler 

func (api *APIBuilder) RemoveHandler(namesOrHandlers ...interface{}) Party

RemoveHandler deletes a handler from begin and done handlers based on its name or the handler pc function. Note that UseGlobal and DoneGlobal handlers cannot be removed through this method as they were registered to the routes already.

As an exception, if one of the arguments is a pointer to an int, then this is used to set the total amount of removed handlers.

Returns the Party itself for chain calls.

Should be called before children routes regitration.

func (*APIBuilder) RemoveRoute 

func (api *APIBuilder) RemoveRoute(routeName string) bool

RemoveRoute deletes a registered route by its name before `Application.Listen`. The default naming for newly created routes is: method + subdomain + path. Reports whether a route with that name was found and removed successfully.

Note that this method applies to all Parties (sub routers) even if each of the Parties have access to this method, as the route name is unique per Iris Application.

func (*APIBuilder) Reset 

func (api *APIBuilder) Reset() Party

Reset removes all the begin and done handlers that may derived from the parent party via `Use` & `Done`, and the execution rules. Note that the `Reset` will not reset the handlers that are registered via `UseGlobal` & `DoneGlobal`.

Returns this Party.

func (*APIBuilder) ResetRouterFilters 

func (api *APIBuilder) ResetRouterFilters() Party

ResetRouterFilters deactivates any previous registered router filters and the parents ones for this Party.

Returns this Party.

func (*APIBuilder) SetExecutionRules 

func (api *APIBuilder) SetExecutionRules(executionRules ExecutionRules) Party

SetExecutionRules alters the execution flow of the route handlers outside of the handlers themselves.

For example, if for some reason the desired result is the (done or all) handlers to be executed no matter what even if no `ctx.Next()` is called in the previous handlers, including the begin(`Use`), the main(`Handle`) and the done(`Done`) handlers themselves, then: 

Party#SetExecutionRules(iris.ExecutionRules {
  Begin: iris.ExecutionOptions{Force: true},
  Main:  iris.ExecutionOptions{Force: true},
  Done:  iris.ExecutionOptions{Force: true},
})

Note that if : true then the only remained way to "break" the handler chain is by `ctx.StopExecution()` now that `ctx.Next()` does not matter.

These rules are per-party, so if a `Party` creates a child one then the same rules will be applied to that as well. Reset of these rules (before `Party#Handle`) can be done with `Party#SetExecutionRules(iris.ExecutionRules{})`.

The most common scenario for its use can be found inside Iris MVC Applications; when we want the `Done` handlers of that specific mvc app's `Party` to be executed but we don't want to add `ctx.Next()` on the `OurController#EndRequest`.

Returns this Party.

Example: https://github.com/XpamAmAdEuS/iris/tree/master/_examples/mvc/middleware/without-ctx-next

func (*APIBuilder) SetPartyMatcher 

func (api *APIBuilder) SetPartyMatcher(matcherFunc PartyMatcherFunc)

SetPartyMatcher accepts a function which runs against a Party and should report whether its `UseRouter` handlers should be executed. PartyMatchers are run through parent to children. It modifies the default Party filter that decides which `UseRouter` middlewares to run before the Router, each one of those middlewares can skip `Context.Next` or call `Context.StopXXX` to stop the main router from searching for a route match. Can be called before or after `UseRouter`, it doesn't matter.

func (*APIBuilder) SetRegisterRule 

func (api *APIBuilder) SetRegisterRule(rule RouteRegisterRule) Party

SetRegisterRule sets a `RouteRegisterRule` for this Party and its children. Available values are: * RouteOverride (the default one) * RouteSkip * RouteError * RouteOverlap.

func (*APIBuilder) SetRoutesNoLog 

func (api *APIBuilder) SetRoutesNoLog(disable bool) Party

SetRoutesNoLog disables (true) the verbose logging for the next registered routes under this Party and its children.

To disable logging for controllers under MVC Application, see `mvc/Application.SetControllersNoLog` instead.

Defaults to false when log level is "debug".

func (*APIBuilder) StaticContent 

func (api *APIBuilder) StaticContent(reqPath string, cType string, content []byte) *Route

StaticContent registers a GET and HEAD method routes to the requestPath that are ready to serve raw static bytes, memory cached.

Returns the GET *Route.

func (*APIBuilder) Subdomain 

func (api *APIBuilder) Subdomain(subdomain string, middleware ...context.Handler) Party

Subdomain returns a new party which is responsible to register routes to this specific "subdomain".

If called from a child party then the subdomain will be prepended to the path instead of appended. So if app.Subdomain("admin").Subdomain("panel") then the result is: "panel.admin.".

func (*APIBuilder) Trace 

func (api *APIBuilder) Trace(relativePath string, handlers ...context.Handler) *Route

Trace registers a route for the Trace HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIBuilder) Use 

func (api *APIBuilder) Use(handlers ...context.Handler)

Use appends Handler(s) to the current Party's routes and child routes. If the current Party is the root, then it registers the middleware to all child Parties' routes too. The given "handlers" will be executed only on matched routes.

Call order matters, it should be called right before the routes that they care about these handlers.

If it's called after the routes then these handlers will never be executed. Use `UseGlobal` if you want to register begin handlers(middleware) that should be always run before all application's routes. To register a middleware for error handlers, look `UseError` method instead.

func (*APIBuilder) UseError 

func (api *APIBuilder) UseError(handlers ...context.Handler)

UseError upserts one or more handlers that will be fired, as middleware, before any error handler registered through `On(Any)ErrorCode`. See `OnErrorCode` too.

func (*APIBuilder) UseFunc 

func (api *APIBuilder) UseFunc(handlersFn ...interface{})

UseFunc registers a function which can accept one or more dependencies (see RegisterDependency) and returns an iris.Handler or a result of <T> and/or an error.

This method is just a shortcut of the `ConfigureContainer().Use`.

func (*APIBuilder) UseGlobal 

func (api *APIBuilder) UseGlobal(handlers ...context.Handler)

UseGlobal registers handlers that should run at the very beginning. It prepends those handler(s) to all routes, including all parties, subdomains and errors. It doesn't care about call order, it will prepend the handlers to all existing routes and the future routes that may being registered.

The given "handlers" will be executed only on matched routes and registered errors. See `UseRouter` if you want to register middleware that will always run, even on 404 not founds.

The difference from `.DoneGlobal` is that this/or these Handler(s) are being always running first. Use of `ctx.Next()` of those handler(s) is necessary to call the main handler or the next middleware. It's always a good practise to call it right before the `Application#Run` function.

func (*APIBuilder) UseOnce 

func (api *APIBuilder) UseOnce(handlers ...context.Handler)

UseOnce either inserts a middleware, or on the basis of the middleware already existing, replace that existing middleware instead. To register a middleware for error handlers, look `UseError` method instead.

func (*APIBuilder) UseRouter 

func (api *APIBuilder) UseRouter(handlers ...context.Handler)

UseRouter upserts one or more handlers that will be fired right before the main router's request handler.

Use this method to register handlers, that can ran independently of the incoming request's values, that they will be executed ALWAYS against ALL children incoming requests. Example of use-case: CORS.

Note that because these are executed before the router itself the Context should not have access to the `GetCurrentRoute` as it is not decided yet which route is responsible to handle the incoming request. It's one level higher than the `WrapRouter`. The context SHOULD call its `Next` method in order to proceed to the next handler in the chain or the main request handler one.

func (*APIBuilder) WildcardSubdomain 

func (api *APIBuilder) WildcardSubdomain(middleware ...context.Handler) Party

WildcardSubdomain returns a new party which is responsible to register routes to a dynamic, wildcard(ed) subdomain. A dynamic subdomain is a subdomain which can reply to any subdomain requests. Server will accept any subdomain (if not static subdomain found) and it will search and execute the handlers of this party.

type APIContainer 

type APIContainer struct {
	// Self returns the original `Party` without DI features.
	Self Party

	// Container is the per-party (and its children gets a clone) DI container..
	Container *hero.Container
}

APIContainer is a wrapper of a common `Party` featured by Dependency Injection. See `Party.ConfigureContainer` for more.

func (*APIContainer) Any 

func (api *APIContainer) Any(relativePath string, handlersFn ...interface{}) (routes []*Route)

Any registers a route for ALL of the HTTP methods: Get Post Put Delete Head Patch Options Connect Trace

func (*APIContainer) Connect 

func (api *APIContainer) Connect(relativePath string, handlersFn ...interface{}) *Route

Connect registers a route for the Connect HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIContainer) Delete 

func (api *APIContainer) Delete(relativePath string, handlersFn ...interface{}) *Route

Delete registers a route for the Delete HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIContainer) Done 

func (api *APIContainer) Done(handlersFn ...interface{})

Done same as `Self.Done` but it accepts dynamic functions as its "handlersFn" input. See `OnError`, `RegisterDependency`, `Use` and `Handle` for more.

func (*APIContainer) EnableStrictMode 

func (api *APIContainer) EnableStrictMode(strictMode bool) *APIContainer

EnableStrictMode sets the container's DisablePayloadAutoBinding and MarkExportedFieldsAsRequired to true. Meaning that all struct's fields (or function's parameters) should be binded manually (except the path parameters).

Note that children will clone the same properties. Call the same method with `false` for children to enable automatic binding on missing dependencies.

Strict mode is disabled by default; structs or path parameters that don't match to registered dependencies are automatically binded from the request context (body and url path parameters respectfully).

func (*APIContainer) Get 

func (api *APIContainer) Get(relativePath string, handlersFn ...interface{}) *Route

Get registers a route for the Get HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIContainer) Handle 

func (api *APIContainer) Handle(method, relativePath string, handlersFn ...interface{}) *Route

Handle same as `Self.Handle` but it accepts one or more "handlersFn" functions which each one of them can accept any input arguments that match with the Party's registered Container's `Dependencies` and any output result; like custom structs <T>, string, []byte, int, error, a combination of the above, hero.Result(hero.View | hero.Response) and more.

It's common from a hero handler to not even need to accept a `Context`, for that reason, the "handlersFn" will call `ctx.Next()` automatically when not called manually. To stop the execution and not continue to the next "handlersFn" the end-developer should output an error and return `iris.ErrStopExecution`.

See `OnError`, `RegisterDependency`, `Use`, `Done`, `Get`, `Post`, `Put`, `Patch` and `Delete` too.

func (*APIContainer) Handler 

func (api *APIContainer) Handler(handlerFn interface{}, handlerParamsCount int) context.Handler

Handler receives a function which can receive dependencies and output result and returns a common Iris Handler, useful for Versioning API integration otherwise the `Handle/Get/Post...` methods are preferable.

func (*APIContainer) Head 

func (api *APIContainer) Head(relativePath string, handlersFn ...interface{}) *Route

Head registers a route for the Head HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIContainer) OnError 

func (api *APIContainer) OnError(errorHandler func(*context.Context, error))

OnError adds an error handler for this Party's DI Hero Container and its handlers (or controllers). The "errorHandler" handles any error may occurred and returned during dependencies injection of the Party's hero handlers or from the handlers themselves.

Same as: Container.GetErrorHandler = func(ctx iris.Context) hero.ErrorHandler { return errorHandler }

See `RegisterDependency`, `Use`, `Done` and `Handle` too.

func (*APIContainer) Options 

func (api *APIContainer) Options(relativePath string, handlersFn ...interface{}) *Route

Options registers a route for the Options HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIContainer) Party 

func (api *APIContainer) Party(relativePath string, handlersFn ...interface{}) *APIContainer

Party returns a child of this `APIContainer` featured with Dependency Injection. Like the `Self.Party` method does for the common Router Groups.

func (*APIContainer) PartyFunc 

func (api *APIContainer) PartyFunc(relativePath string, fn func(*APIContainer)) *APIContainer

PartyFunc same as `Party` but it accepts a party builder function instead. Returns the new Party's APIContainer

func (*APIContainer) Patch 

func (api *APIContainer) Patch(relativePath string, handlersFn ...interface{}) *Route

Patch registers a route for the Patch HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIContainer) Post 

func (api *APIContainer) Post(relativePath string, handlersFn ...interface{}) *Route

Post registers a route for the Post HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIContainer) Put 

func (api *APIContainer) Put(relativePath string, handlersFn ...interface{}) *Route

Put registers a route for the Put HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIContainer) RegisterDependency 

func (api *APIContainer) RegisterDependency(dependency interface{}) *hero.Dependency

RegisterDependency adds a dependency. The value can be a single struct value or a function. Follow the rules: * <T>{structValue} * func(accepts <T>) returns <D> or (<D>, error) * func(accepts iris.Context) returns <D> or (<D>, error)

A Dependency can accept a previous registered dependency and return a new one or the same updated. * func(accepts1 <D>, accepts2 <T>) returns <E> or (<E>, error) or error * func(acceptsPathParameter1 string, id uint64) returns <T> or (<T>, error)

Usage:

- RegisterDependency(loggerService{prefix: "dev"}) - RegisterDependency(func(ctx iris.Context) User {...}) - RegisterDependency(func(User) OtherResponse {...})

See `OnError`, `Use`, `Done` and `Handle` too.

func (*APIContainer) SetDependencyMatcher 

func (api *APIContainer) SetDependencyMatcher(fn hero.DependencyMatcher) *APIContainer

SetDependencyMatcher replaces the function that compares equality between a dependency and an input (struct field or function parameter).

Defaults to hero.DefaultMatchDependencyFunc.

func (*APIContainer) Trace 

func (api *APIContainer) Trace(relativePath string, handlersFn ...interface{}) *Route

Trace registers a route for the Trace HTTP Method.

Returns a *Route and an error which will be filled if route wasn't registered successfully.

func (*APIContainer) Use 

func (api *APIContainer) Use(handlersFn ...interface{})

Use same as `Self.Use` but it accepts dynamic functions as its "handlersFn" input.

See `OnError`, `RegisterDependency`, `Done` and `Handle` for more.

func (*APIContainer) UseResultHandler 

func (api *APIContainer) UseResultHandler(handler func(next hero.ResultHandler) hero.ResultHandler) *APIContainer

UseResultHandler adds a result handler to the Container. A result handler can be used to inject the returned struct value from a request handler or to replace the default renderer.

type Attachments 

type Attachments struct {
	// Set to true to enable the files to be downloaded and
	// saved locally by the client, instead of serving the file.
	Enable bool
	// Options to send files with a limit of bytes sent per second.
	Limit float64
	Burst int
	// Use this function to change the sent filename.
	NameFunc func(systemName string) (attachmentName string)
}

Attachments options for files to be downloaded and saved locally by the client. See `DirOptions`.

type DirCacheOptions 

type DirCacheOptions struct {
	// Enable or disable cache.
	Enable bool
	// Minimum content size for compression in bytes.
	CompressMinSize int64
	// Ignore compress files that match this pattern.
	CompressIgnore *regexp.Regexp
	// The available sever's encodings to be negotiated with the client's needs,
	// common values: gzip, br.
	Encodings []string

	// If greater than zero then prints information about cached files to the stdout.
	// If it's 1 then it prints only the total cached and after-compression reduced file sizes
	// If it's 2 then it prints it per file too.
	Verbose uint8
}

DirCacheOptions holds the options for the cached file system. See `DirOptions`structure for more.

type DirListFunc 

type DirListFunc func(ctx *context.Context, dirOptions DirOptions, dirName string, dir http.File) error

DirListFunc is the function signature for customizing directory and file listing. See `DirList` and `DirListRich` functions for its implementations.

func DirListRich 

func DirListRich(opts ...DirListRichOptions) DirListFunc

DirListRich is a `DirListFunc` which can be passed to `DirOptions.DirList` field to override the default file listing appearance. See `DirListRichTemplate` to modify the template, if necessary.

type DirListRichOptions 

type DirListRichOptions struct {
	// If not nil then this template's "dirlist" is used to render the listing page.
	Tmpl *template.Template
	// If not empty then this view file is used to render the listing page.
	// The view should be registered with `Application.RegisterView`.
	// E.g. "dirlist.html"
	TmplName string
}

DirListRichOptions the options for the `DirListRich` helper function.

type DirOptions 

type DirOptions struct {
	// Defaults to "/index.html", if request path is ending with **/*/$IndexName
	// then it redirects to **/*(/).
	// That index handler is registered automatically
	// by the framework unless but it can be overridden.
	IndexName string
	// PushTargets filenames (map's value) to
	// be served without additional client's requests (HTTP/2 Push)
	// when a specific request path (map's key WITHOUT prefix)
	// is requested and it's not a directory (it's an `IndexFile`).
	//
	// Example:
	// 	"/": {
	// 		"favicon.ico",
	// 		"js/main.js",
	// 		"css/main.css",
	// 	}
	PushTargets map[string][]string
	// PushTargetsRegexp like `PushTargets` but accepts regexp which
	// is compared against all files under a directory (recursively).
	// The `IndexName` should be set.
	//
	// Example:
	// "/": regexp.MustCompile("((.*).js|(.*).css|(.*).ico)$")
	// See `iris.MatchCommonAssets` too.
	PushTargetsRegexp map[string]*regexp.Regexp

	// Cache to enable in-memory cache and pre-compress files.
	Cache DirCacheOptions
	// When files should served under compression.
	Compress bool

	// List the files inside the current requested
	// directory if `IndexName` not found.
	ShowList bool
	// If `ShowList` is true then this function will be used instead
	// of the default one to show the list of files
	// of a current requested directory(dir).
	// See `DirListRich` package-level function too.
	DirList DirListFunc

	// Show hidden files or directories or not when `ShowList` is true.
	ShowHidden bool

	// Files downloaded and saved locally.
	Attachments Attachments

	// Optional validator that loops through each requested resource.
	AssetValidator func(ctx *context.Context, name string) bool
	// If enabled then the router will render the index file on any not-found file
	// instead of firing the 404 error code handler.
	// Make sure the `IndexName` field is set.
	//
	// Usage:
	//  app.HandleDir("/", iris.Dir("./public"), iris.DirOptions{
	// 	 IndexName: "index.html",
	// 	 SPA:       true,
	//  })
	SPA bool
}

DirOptions contains the settings that `FileServer` can use to serve files. See `DefaultDirOptions`.

type ExecutionOptions 

type ExecutionOptions struct {
	// Force if true then the handler9s) will execute even if the previous (or/and current, depends on the type of the rule)
	// handler does not calling the `ctx.Next()`,
	// note that the only way remained to stop a next handler is with the `ctx.StopExecution()` if this option is true.
	//
	// If true and `ctx.Next()` exists in the handlers that it shouldn't be, the framework will understand it but use it wisely.
	//
	// Defaults to false.
	Force bool
}

ExecutionOptions is a set of default behaviors that can be changed in order to customize the execution flow of the routes' handlers with ease.

See `ExecutionRules` and `Party#SetExecutionRules` for more.

type ExecutionRules 

type ExecutionRules struct {
	// Begin applies from `Party#Use`/`APIBUilder#UseGlobal` to the first...!last `Party#Handle`'s IF main handlers > 1.
	Begin ExecutionOptions
	// Done applies to the latest `Party#Handle`'s (even if one) and all done handlers.
	Done ExecutionOptions
	// Main applies to the `Party#Handle`'s all handlers, plays nice with the `Done` rule
	// when more than one handler was registered in `Party#Handle` without `ctx.Next()` (for Force: true).
	Main ExecutionOptions
}

ExecutionRules gives control to the execution of the route handlers outside of the handlers themselves. Usage: 

Party#SetExecutionRules(ExecutionRules {
  Done: ExecutionOptions{Force: true},
})

See `Party#SetExecutionRules` for more.

type Filter 

type Filter struct {
	Matcher   PartyMatcher             // it's a Party, for freedom that can be changed through a custom matcher which accepts the same filter.
	Skippers  map[*APIBuilder]struct{} // skip execution on these builders ( see `Reset`)
	Subdomain string
	Path      string
	Handlers  context.Handlers
}

Filter is a wraper for a Router Filter contains information for its Party's fullpath, subdomain the Party's matcher and the associated handlers to be executed before main router's request handler.

type HTTPErrorHandler 

type HTTPErrorHandler interface {
	// FireErrorCode should send an error response to the client based
	// on the given context's response status code.
	FireErrorCode(ctx *context.Context)
}

HTTPErrorHandler should contain a method `FireErrorCode` which handles http unsuccessful status codes.

type Party 

type Party interface {
	// Logger returns the Application Logger.
	Logger() *golog.Logger

	// IsRoot reports whether this Party is the root Application's one.
	// It will return false on all children Parties, no exception.
	IsRoot() bool

	// ConfigureContainer accepts one or more functions that can be used
	// to configure dependency injection features of this Party
	// such as register dependency and register handlers that will automatically inject any valid dependency.
	// However, if the "builder" parameter is nil or not provided then it just returns the *APIContainer,
	// which automatically initialized on Party allocation.
	//
	// It returns the same `APIBuilder` featured with Dependency Injection.
	ConfigureContainer(builder ...func(*APIContainer)) *APIContainer
	// EnsureStaticBindings panics on struct handler (controller)
	// if at least one input binding depends on the request and not in a static structure.
	// Should be called before `RegisterDependency`.
	EnsureStaticBindings() Party
	// RegisterDependency calls the `ConfigureContainer.RegisterDependency` method
	// with the provided value(s). See `HandleFunc` and `PartyConfigure` methods too.
	RegisterDependency(dependencies ...interface{})
	// HandleFunc registers a route on HTTP verb "method" and relative, to this Party, path.
	// It is like the `Handle` method but it accepts one or more "handlersFn" functions
	// that each one of them can accept any input arguments as the HTTP request and
	// output a result as the HTTP response. Specifically,
	// the input of the "handlersFn" can be any registered dependency
	// (see ConfigureContainer().RegisterDependency)
	// or leave the framework to parse the request and fill the values accordingly.
	// The output of the "handlersFn" can be any output result:
	//  custom structs <T>, string, []byte, int, error,
	//  a combination of the above, hero.Result(hero.View | hero.Response) and more.
	//
	// If more than one handler function is registered
	// then the execution happens without the nessecity of the `Context.Next` method,
	// simply, to stop the execution and not continue to the next "handlersFn" in chain
	// you should return an `iris.ErrStopExecution`.
	//
	// Example Code:
	//
	// The client's request body and server's response body Go types.
	// Could be any data structure.
	//
	// 	type (
	// 		request struct {
	// 			Firstname string `json:"firstname"`
	// 			Lastname string `json:"lastname"`
	// 		}
	//
	// 		response struct {
	// 			ID uint64 `json:"id"`
	// 			Message string `json:"message"`
	// 		}
	// 	)
	//
	// Register the route hander.
	//
	//              HTTP VERB    ROUTE PATH       ROUTE HANDLER
	//  app.HandleFunc("PUT", "/users/{id:uint64}", updateUser)
	//
	// Code the route handler function.
	// Path parameters and request body are binded
	// automatically.
	// The "id" uint64 binds to "{id:uint64}" route path parameter and
	// the "input" binds to client request data such as JSON.
	//
	// 	func updateUser(id uint64, input request) response {
	// 		// [custom logic...]
	//
	// 		return response{
	// 			ID:id,
	// 			Message: "User updated successfully",
	// 		}
	// 	}
	//
	// Simulate a client request which sends data
	// to the server and prints out the response.
	//
	// 	curl --request PUT -d '{"firstname":"John","lastname":"Doe"}' \
	// 	-H "Content-Type: application/json" \
	// 	http://localhost:8080/users/42
	//
	// 	{
	// 		"id": 42,
	// 		"message": "User updated successfully"
	// 	}
	//
	// See the `ConfigureContainer` for more features regrading
	// the dependency injection, mvc and function handlers.
	//
	// This method is just a shortcut for the `ConfigureContainer().Handle` one.
	HandleFunc(method, relativePath string, handlersFn ...interface{}) *Route
	// UseFunc registers a function which can accept one or more
	// dependencies (see RegisterDependency) and returns an iris.Handler
	// or a result of <T> and/or an error.
	//
	// This method is just a shortcut of the `ConfigureContainer().Use`.
	UseFunc(handlersFn ...interface{})

	// GetRelPath returns the current party's relative path.
	// i.e:
	// if r := app.Party("/users"), then the `r.GetRelPath()` is the "/users".
	// if r := app.Party("www.") or app.Subdomain("www") then the `r.GetRelPath()` is the "www.".
	GetRelPath() string
	// Macros returns the macro collection that is responsible
	// to register custom macros with their own parameter types and their macro functions for all routes.
	//
	// Learn more at:  https://github.com/XpamAmAdEuS/iris/tree/master/_examples/routing/dynamic-path
	Macros() *macro.Macros

	// Properties returns the original Party's properties map,
	// it can be modified before server startup but not afterwards.
	Properties() context.Map

	// SetRoutesNoLog disables (true) the verbose logging for the next registered
	// routes under this Party and its children.
	//
	// To disable logging for controllers under MVC Application,
	// see `mvc/Application.SetControllersNoLog` instead.
	//
	// Defaults to false when log level is "debug".
	SetRoutesNoLog(disable bool) Party

	// OnErrorCode registers a handlers chain for this `Party` for a specific HTTP status code.
	// Read more at: http://www.iana.org/assignments/http-status-codes/http-status-codes.xhtml
	// Look `UseError` and `OnAnyErrorCode` too.
	OnErrorCode(statusCode int, handlers ...context.Handler) []*Route
	// OnAnyErrorCode registers a handlers chain for all error codes
	// (4xxx and 5xxx, change the `ClientErrorCodes` and `ServerErrorCodes` variables to modify those)
	// Look `UseError` and `OnErrorCode` too.
	OnAnyErrorCode(handlers ...context.Handler) []*Route

	// Party returns a new child Party which inherites its
	// parent's options and middlewares.
	// If "relativePath" matches the parent's one then it returns the current Party.
	// A Party groups routes which may have the same prefix or subdomain and share same middlewares.
	//
	// To create a group of routes for subdomains
	// use the `Subdomain` or `WildcardSubdomain` methods
	// or pass a "relativePath" as "admin." or "*." respectfully.
	Party(relativePath string, middleware ...context.Handler) Party
	// PartyFunc same as `Party`, groups routes that share a base path or/and same handlers.
	// However this function accepts a function that receives this created Party instead.
	// Returns the Party in order the caller to be able to use this created Party to continue the
	// top-bottom routes "tree".
	//
	// Note: `iris#Party` and `core/router#Party` describes the exactly same interface.
	//
	// Usage:
	// app.PartyFunc("/users", func(u iris.Party){
	//	u.Use(authMiddleware, logMiddleware)
	//	u.Get("/", getAllUsers)
	//	u.Post("/", createOrUpdateUser)
	//	u.Delete("/", deleteUser)
	// })
	//
	// Look `Party` for more.
	PartyFunc(relativePath string, partyBuilderFunc func(p Party)) Party
	// PartyConfigure like `Party` and `PartyFunc` registers a new children Party
	// but instead it accepts a struct value which should implement the PartyConfigurator interface.
	//
	// PartyConfigure accepts the relative path of the child party
	// (As an exception, if it's empty then all configurators are applied to the current Party)
	// and one or more Party configurators and
	// executes the PartyConfigurator's Configure method.
	//
	// If the end-developer registered one or more dependencies upfront through
	// RegisterDependencies or ConfigureContainer.RegisterDependency methods
	// and "p" is a pointer to a struct then try to bind the unset/zero exported fields
	// to the registered dependencies, just like we do with Controllers.
	// Useful when the api's dependencies amount are too much to pass on a function.
	//
	// Usage:
	//  app.PartyConfigure("/users", &api.UsersAPI{UserRepository: ..., ...})
	// Where UsersAPI looks like:
	//  type UsersAPI struct { [...] }
	//  func(api *UsersAPI) Configure(router iris.Party) {
	//   router.Get("/{id:uuid}", api.getUser)
	//   [...]
	//  }
	// Usage with (static) dependencies:
	//  app.RegisterDependency(userRepo, ...)
	//  app.PartyConfigure("/users", &api.UsersAPI{})
	PartyConfigure(relativePath string, partyReg ...PartyConfigurator) Party
	// Subdomain returns a new party which is responsible to register routes to
	// this specific "subdomain".
	//
	// If called from a child party then the subdomain will be prepended to the path instead of appended.
	// So if app.Subdomain("admin").Subdomain("panel") then the result is: "panel.admin.".
	Subdomain(subdomain string, middleware ...context.Handler) Party

	// UseRouter upserts one or more handlers that will be fired
	// right before the main router's request handler.
	//
	// Use this method to register handlers, that can ran
	// independently of the incoming request's values,
	// that they will be executed ALWAYS against ALL children incoming requests.
	// Example of use-case: CORS.
	//
	// Note that because these are executed before the router itself
	// the Context should not have access to the `GetCurrentRoute`
	// as it is not decided yet which route is responsible to handle the incoming request.
	// It's one level higher than the `WrapRouter`.
	// The context SHOULD call its `Next` method in order to proceed to
	// the next handler in the chain or the main request handler one.
	UseRouter(handlers ...context.Handler)
	// UseError upserts one or more handlers that will be fired,
	// as middleware, before any error handler registered through `On(Any)ErrorCode`.
	// See `OnErrorCode` too.
	UseError(handlers ...context.Handler)
	// Use appends Handler(s) to the current Party's routes and child routes.
	// If the current Party is the root, then it registers the middleware to all child Parties' routes too.
	// To register a middleware for error handlers, look `UseError` method instead.
	Use(middleware ...context.Handler)
	// UseOnce either inserts a middleware,
	// or on the basis of the middleware already existing,
	// replace that existing middleware instead.
	// To register a middleware for error handlers, look `UseError` method instead.
	UseOnce(handlers ...context.Handler)
	// Done appends to the very end, Handler(s) to the current Party's routes and child routes.
	// The difference from .Use is that this/or these Handler(s) are being always running last.
	Done(handlers ...context.Handler)
	// RemoveHandler deletes a handler from begin and done handlers
	// based on its name or the handler pc function.
	//
	// As an exception, if one of the arguments is a pointer to an int,
	// then this is used to set the total amount of removed handlers.
	//
	// Returns the Party itself for chain calls.
	//
	// Should be called before children routes regitration.
	RemoveHandler(namesOrHandlers ...interface{}) Party
	// Reset removes all the begin and done handlers that may derived from the parent party via `Use` & `Done`,
	// and the execution rules.
	// Note that the `Reset` will not reset the handlers that are registered via `UseGlobal` & `DoneGlobal`.
	//
	// Returns this Party.
	Reset() Party
	// ResetRouterFilters deactivates any previous registered
	// router filters and the parents ones for this Party.
	//
	// Returns this Party.
	ResetRouterFilters() Party

	// AllowMethods will re-register the future routes that will be registered
	// via `Handle`, `Get`, `Post`, ... to the given "methods" on that Party and its children "Parties",
	// duplicates are not registered.
	//
	// Call of `AllowMethod` will override any previous allow methods.
	AllowMethods(methods ...string) Party

	// SetExecutionRules alters the execution flow of the route handlers outside of the handlers themselves.
	//
	// For example, if for some reason the desired result is the (done or all) handlers to be executed no matter what
	// even if no `ctx.Next()` is called in the previous handlers, including the begin(`Use`),
	// the main(`Handle`) and the done(`Done`) handlers themselves, then:
	// Party#SetExecutionRules(iris.ExecutionRules {
	//   Begin: iris.ExecutionOptions{Force: true},
	//   Main:  iris.ExecutionOptions{Force: true},
	//   Done:  iris.ExecutionOptions{Force: true},
	// })
	//
	// Note that if : true then the only remained way to "break" the handler chain is by `ctx.StopExecution()` now that `ctx.Next()` does not matter.
	//
	// These rules are per-party, so if a `Party` creates a child one then the same rules will be applied to that as well.
	// Reset of these rules (before `Party#Handle`) can be done with `Party#SetExecutionRules(iris.ExecutionRules{})`.
	//
	// The most common scenario for its use can be found inside Iris MVC Applications;
	// when we want the `Done` handlers of that specific mvc app's `Party`
	// to be executed but we don't want to add `ctx.Next()` on the `OurController#EndRequest`.
	//
	// Returns this Party.
	//
	// Example: https://github.com/XpamAmAdEuS/iris/tree/master/_examples/mvc/middleware/without-ctx-next
	SetExecutionRules(executionRules ExecutionRules) Party
	// SetRegisterRule sets a `RouteRegisterRule` for this Party and its children.
	// Available values are:
	// * RouteOverride (the default one)
	// * RouteSkip
	// * RouteError
	// * RouteOverlap.
	SetRegisterRule(rule RouteRegisterRule) Party

	// Handle registers a route to the server's router.
	// if empty method is passed then handler(s) are being registered to all methods, same as .Any.
	//
	// Returns the read-only route information.
	Handle(method string, registeredPath string, handlers ...context.Handler) *Route
	// HandleMany works like `Handle` but can receive more than one
	// paths separated by spaces and returns always a slice of *Route instead of a single instance of Route.
	//
	// It's useful only if the same handler can handle more than one request paths,
	// otherwise use `Party` which can handle many paths with different handlers and middlewares.
	//
	// Usage:
	// 	app.HandleMany(iris.MethodGet, "/user /user/{id:uint64} /user/me", userHandler)
	// At the other side, with `Handle` we've had to write:
	// 	app.Handle(iris.MethodGet, "/user", userHandler)
	// 	app.Handle(iris.MethodGet, "/user/{id:uint64}", userHandler)
	// 	app.Handle(iris.MethodGet, "/user/me", userHandler)
	//
	// This method is used behind the scenes at the `Controller` function
	// in order to handle more than one paths for the same controller instance.
	HandleMany(method string, relativePath string, handlers ...context.Handler) []*Route

	// HandleDir registers a handler that serves HTTP requests
	// with the contents of a file system (physical or embedded).
	//
	// first parameter  : the route path
	// second parameter : the file system needs to be served
	// third parameter  : not required, the serve directory options.
	//
	// Alternatively, to get just the handler for that look the FileServer function instead.
	//
	//     api.HandleDir("/static", iris.Dir("./assets"), iris.DirOptions{IndexName: "/index.html", Compress: true})
	//
	// Returns all the registered routes, including GET index and path patterm and HEAD.
	//
	// Usage:
	// HandleDir("/public", "./assets", DirOptions{...}) or
	// HandleDir("/public", iris.Dir("./assets"), DirOptions{...})
	//
	// Examples:
	// https://github.com/XpamAmAdEuS/iris/tree/master/_examples/file-server
	HandleDir(requestPath string, fileSystem interface{}, opts ...DirOptions) []*Route

	// None registers an "offline" route
	// see context.ExecRoute(routeName) and
	// party.Routes().Online(handleResultregistry.*Route, "GET") and
	// Offline(handleResultregistry.*Route)
	//
	// Returns the read-only route information.
	None(path string, handlers ...context.Handler) *Route

	// Get registers a route for the Get HTTP Method.
	//
	// Returns the read-only route information.
	Get(path string, handlers ...context.Handler) *Route
	// Post registers a route for the Post HTTP Method.
	//
	// Returns the read-only route information.
	Post(path string, handlers ...context.Handler) *Route
	// Put registers a route for the Put HTTP Method.
	//
	// Returns the read-only route information.
	Put(path string, handlers ...context.Handler) *Route
	// Delete registers a route for the Delete HTTP Method.
	//
	// Returns the read-only route information.
	Delete(path string, handlers ...context.Handler) *Route
	// Connect registers a route for the Connect HTTP Method.
	//
	// Returns the read-only route information.
	Connect(path string, handlers ...context.Handler) *Route
	// Head registers a route for the Head HTTP Method.
	//
	// Returns the read-only route information.
	Head(path string, handlers ...context.Handler) *Route
	// Options registers a route for the Options HTTP Method.
	//
	// Returns the read-only route information.
	Options(path string, handlers ...context.Handler) *Route
	// Patch registers a route for the Patch HTTP Method.
	//
	// Returns the read-only route information.
	Patch(path string, handlers ...context.Handler) *Route
	// Trace registers a route for the Trace HTTP Method.
	//
	// Returns the read-only route information.
	Trace(path string, handlers ...context.Handler) *Route
	// Any registers a route for ALL of the HTTP methods:
	// Get
	// Post
	// Put
	// Delete
	// Head
	// Patch
	// Options
	// Connect
	// Trace
	Any(registeredPath string, handlers ...context.Handler) []*Route
	// CreateRoutes returns a list of Party-based Routes.
	// It does NOT registers the route. Use `Handle, Get...` methods instead.
	// This method can be used for third-parties Iris helpers packages and tools
	// that want a more detailed view of Party-based Routes before take the decision to register them.
	CreateRoutes(methods []string, relativePath string, handlers ...context.Handler) []*Route
	// RemoveRoute deletes a registered route by its name before `Application.Listen`.
	// The default naming for newly created routes is: method + subdomain + path.
	// Reports whether a route with that name was found and removed successfully.
	//
	// Note that this method applies to all Parties (sub routers)
	// even if each of the Parties have access to this method,
	// as the route name is unique per Iris Application.
	RemoveRoute(routeName string) bool

	// StaticContent registers a GET and HEAD method routes to the requestPath
	// that are ready to serve raw static bytes, memory cached.
	//
	// Returns the GET *Route.
	StaticContent(requestPath string, cType string, content []byte) *Route
	// Favicon serves static favicon
	// accepts 2 parameters, second is optional
	// favPath (string), declare the system directory path of the __.ico
	// requestPath (string), it's the route's path, by default this is the "/favicon.ico" because some browsers tries to get this by default first,
	// you can declare your own path if you have more than one favicon (desktop, mobile and so on)
	//
	// this func will add a route for you which will static serve the /yuorpath/yourfile.ico to the /yourfile.ico
	// (nothing special that you can't handle by yourself).
	// Note that you have to call it on every favicon you have to serve automatically (desktop, mobile and so on).
	//
	// Returns the GET *Route.
	Favicon(favPath string, requestPath ...string) *Route

	// RegisterView registers and loads a view engine middleware for this group of routes.
	// It overrides any of the application's root registered view engine.
	// To register a view engine per handler chain see the `Context.ViewEngine` instead.
	// Read `Configuration.ViewEngineContextKey` documentation for more.
	RegisterView(viewEngine context.ViewEngine)
	// FallbackView registers one or more fallback views for a template or a template layout.
	// Usage:
	//  FallbackView(iris.FallbackView("fallback.html"))
	//  FallbackView(iris.FallbackViewLayout("layouts/fallback.html"))
	//  OR
	//  FallbackView(iris.FallbackViewFunc(ctx iris.Context, err iris.ErrViewNotExist) error {
	//    err.Name is the previous template name.
	//    err.IsLayout reports whether the failure came from the layout template.
	//    err.Data is the template data provided to the previous View call.
	//    [...custom logic e.g. ctx.View("fallback", err.Data)]
	//  })
	FallbackView(provider context.FallbackViewProvider)
	// Layout overrides the parent template layout with a more specific layout for this Party.
	// It returns the current Party.
	//
	// The "tmplLayoutFile" should be a relative path to the templates dir.
	// Usage:
	//
	// app := iris.New()
	// app.RegisterView(iris.$VIEW_ENGINE("./views", ".$extension"))
	// my := app.Party("/my").Layout("layouts/mylayout.html")
	// 	my.Get("/", func(ctx iris.Context) {
	// 	if err := ctx.View("page1.html"); err != nil {
	//	  ctx.HTML("<h3>%s</h3>", err.Error())
	//	  return
	//  }
	// 	})
	//
	// Examples: https://github.com/XpamAmAdEuS/iris/tree/master/_examples/view
	Layout(tmplLayoutFile string) Party
}

Party is just a group joiner of routes which have the same prefix and share same middleware(s) also. Party could also be named as 'Join' or 'Node' or 'Group' , Party chosen because it is fun.

Look the `APIBuilder` structure for its implementation.

type PartyConfigurator 

type PartyConfigurator interface {
	Configure(parent Party)
}

PartyConfigurator is an interface which all child parties that are registered through `PartyConfigure` should implement.

type PartyMatcher 

type PartyMatcher interface {
	Match(ctx *context.Context) bool
}

PartyMatcher decides if `UseRouter` handlers should be executed or not. A different interface becauwe we want to separate the Party's public API from `UseRouter` internals.

type PartyMatcherFunc 

type PartyMatcherFunc func(*context.Context, Party) bool

PartyMatcherFunc used to build a filter which decides if the given Party is responsible to fire its `UseRouter` handlers or not. Can be customized through `SetPartyMatcher` method. See `Match` method too.

type RequestHandler 

type RequestHandler interface {
	// Note: A different interface in order  to hide the rest of the implementation.
	// We only need the `FireErrorCode` to be accessible through the Iris application (see `iris.go#Build`)
	HTTPErrorHandler

	// HandleRequest should handle the request based on the Context.
	HandleRequest(ctx *context.Context)
	// Build should builds the handler, it's being called on router's BuildRouter.
	Build(provider RoutesProvider) error
	// RouteExists reports whether a particular route exists.
	RouteExists(ctx *context.Context, method, path string) bool
}

RequestHandler the middle man between acquiring a context and releasing it. By-default is the router algorithm.

func NewDefaultHandler 

func NewDefaultHandler(config context.ConfigurationReadOnly, logger *golog.Logger) RequestHandler

NewDefaultHandler returns the handler which is responsible to map the request with a route (aka mux implementation).

type Route 

type Route struct {
	// The Party which this Route was created and registered on.
	Party       Party
	Title       string `json:"title"`       // custom name to replace the method on debug logging.
	Name        string `json:"name"`        // "userRoute"
	Description string `json:"description"` // "lists a user"
	Method      string `json:"method"`      // "GET"
	StatusCode  int    `json:"statusCode"`  // 404 (only for HTTP error handlers).

	Subdomain string `json:"subdomain"` // "admin."

	// Handlers are the main route's handlers, executed by order.
	// Cannot be empty.
	Handlers         context.Handlers `json:"-"`
	MainHandlerName  string           `json:"mainHandlerName"`
	MainHandlerIndex int              `json:"mainHandlerIndex"`

	Path string `json:"path"` // the underline router's representation, i.e "/api/user/:id"
	// FormattedPath all dynamic named parameters (if any) replaced with %v,
	// used by Application to validate param values of a Route based on its name.
	FormattedPath string `json:"formattedPath"`

	// the source code's filename:filenumber that this route was created from.
	SourceFileName   string `json:"sourceFileName"`
	SourceLineNumber int    `json:"sourceLineNumber"`

	// where the route registered.
	RegisterFileName   string `json:"registerFileName"`
	RegisterLineNumber int    `json:"registerLineNumber"`

	// Sitemap properties: https://www.sitemaps.org/protocol.html
	NoSitemap  bool      // when this route should be hidden from sitemap.
	LastMod    time.Time `json:"lastMod,omitempty"`
	ChangeFreq string    `json:"changeFreq,omitempty"`
	Priority   float32   `json:"priority,omitempty"`

	// ReadOnly is the read-only structure of the Route.
	ReadOnly context.RouteReadOnly

	// OnBuild runs right before BuildHandlers.
	OnBuild func(r *Route)
	NoLog   bool // disables debug logging.
	// contains filtered or unexported fields
}

Route contains the information about a registered Route. If any of the following fields are changed then the caller should Refresh the router.

func NewRoute 

func NewRoute(p Party, statusErrorCode int, method, subdomain, unparsedPath string,
	handlers context.Handlers, macros macro.Macros) (*Route, error)

NewRoute returns a new route based on its method, subdomain, the path (unparsed or original), handlers and the macro container which all routes should share. It parses the path based on the "macros", handlers are being changed to validate the macros at serve time, if needed.

func (*Route) BuildHandlers 

func (r *Route) BuildHandlers()

BuildHandlers is executed automatically by the router handler at the `Application#Build` state. Do not call it manually, unless you were defined your own request mux handler.

func (*Route) ChangeMethod 

func (r *Route) ChangeMethod(newMethod string) bool

ChangeMethod will try to change the HTTP Method of this route instance. A call of `RefreshRouter` is required after this type of change in order to change to be really applied.

func (*Route) DeepEqual 

func (r *Route) DeepEqual(other *Route) bool

DeepEqual compares the method, subdomain, the underline representation of the route's path, and the template source.

func (*Route) Describe 

func (r *Route) Describe(description string) *Route

Describe sets the route's description that will be logged alongside with the route information in DEBUG log level. Returns the `Route` itself.

func (*Route) Done 

func (r *Route) Done(handlers ...context.Handler)

Done adds explicit finish handlers to this route. Alternatively the end-dev can append to the `Handlers` field. Should be used before the `BuildHandlers` which is called by the framework itself on `Application#Run` (build state).

Used internally at `APIBuilder#DoneGlobal` -> `doneGlobalHandlers` -> `APIBuilder#Handle`.

func (*Route) Equal 

func (r *Route) Equal(other *Route) bool

Equal compares the method, subdomain and the underline representation of the route's path, instead of the `String` function which returns the front representation.

func (*Route) ExcludeSitemap 

func (r *Route) ExcludeSitemap() *Route

ExcludeSitemap excludes this route page from sitemap generator. It sets the NoSitemap field to true.

See `SetLastMod`, `SetChangeFreq`, `SetPriority` methods and `iris.WithSitemap`.

func (*Route) GetTitle 

func (r *Route) GetTitle() string

GetTitle returns the custom Title or the method or the error code.

func (*Route) IsOnline 

func (r *Route) IsOnline() bool

IsOnline returns true if the route is marked as "online" (state).

func (*Route) IsStatic 

func (r *Route) IsStatic() bool

IsStatic reports whether this route is a static route. Does not contain dynamic path parameters, is online and registered on GET HTTP Method.

func (*Route) RegisteredHandlersLen 

func (r *Route) RegisteredHandlersLen() int

RegisteredHandlersLen returns the end-developer's registered handlers, all except the macro evaluator handler if was required by the build process.

func (*Route) RemoveHandler 

func (r *Route) RemoveHandler(namesOrHandlers ...interface{}) (count int)

RemoveHandler deletes a handler from begin, main and done handlers based on its name or the handler pc function. Returns the total amount of handlers removed.

Should be called before Application Build.

func (*Route) ResolvePath 

func (r *Route) ResolvePath(args ...string) string

ResolvePath returns the formatted path's %v replaced with the args.

func (*Route) RestoreStatus 

func (r *Route) RestoreStatus() bool

RestoreStatus will try to restore the status of this route instance, i.e if `SetStatusOffline` called on a "GET" route, then this function will make this route available with "GET" HTTP Method. Note if that you want to set status online for an offline registered route then you should call the `ChangeMethod` instead. It will return true if the status restored, otherwise false. A call of `RefreshRouter` is required after this type of change in order to change to be really applied.

func (*Route) SetChangeFreq 

func (r *Route) SetChangeFreq(freq string) *Route

SetChangeFreq sets how frequently this static GET route's page is likely to change, possible values: - "always" - "hourly" - "daily" - "weekly" - "monthly" - "yearly" - "never"

func (*Route) SetLastMod 

func (r *Route) SetLastMod(t time.Time) *Route

SetLastMod sets the date of last modification of the file served by this static GET route.

func (*Route) SetName 

func (r *Route) SetName(newRouteName string) *Route

SetName overrides the default route name which defaults to method + subdomain + path and statusErrorCode_method+subdomain+path for error routes.

Note that the route name MUST BE unique per Iris Application.

func (*Route) SetPriority 

func (r *Route) SetPriority(prio float32) *Route

SetPriority sets the priority of this static GET route's URL relative to other URLs on your site.

func (*Route) SetSourceLine 

func (r *Route) SetSourceLine(fileName string, lineNumber int) *Route

SetSourceLine sets the route's source caller, useful for debugging. Returns the `Route` itself.

func (*Route) SetStatusOffline 

func (r *Route) SetStatusOffline() bool

SetStatusOffline will try make this route unavailable. A call of `RefreshRouter` is required after this type of change in order to change to be really applied.

func (*Route) StaticPath 

func (r *Route) StaticPath() string

StaticPath returns the static part of the original, registered route path. if /user/{id} it will return /user if /user/{id}/friend/{friendid:uint64} it will return /user too if /assets/{filepath:path} it will return /assets.

func (*Route) String 

func (r *Route) String() string

String returns the form of METHOD, SUBDOMAIN, TMPL PATH.

func (*Route) Tmpl 

func (r *Route) Tmpl() macro.Template

Tmpl returns the path template, it contains the parsed template for the route's path. May contain zero named parameters.

Developer can get his registered path via Tmpl().Src, Route.Path is the path converted to match the underline router's specs.

func (*Route) Trace 

func (r *Route) Trace(w io.Writer, stoppedIndex int)

Trace prints some debug info about the Route to the "w". Should be called after `Build` state.

It prints the @method: @path (@description) (@route_rel_location)

  • @handler_name (@handler_rel_location)
  • @second_handler ...

If route and handler line:number locations are equal then the second is ignored.

func (*Route) Use 

func (r *Route) Use(handlers ...context.Handler)

Use adds explicit begin handlers to this route. Alternatively the end-dev can prepend to the `Handlers` field. Should be used before the `BuildHandlers` which is called by the framework itself on `Application#Run` (build state).

Used internally at `APIBuilder#UseGlobal` -> `beginGlobalHandlers` -> `APIBuilder#Handle`.

func (*Route) UseOnce 

func (r *Route) UseOnce(handlers ...context.Handler)

UseOnce like Use but it replaces any duplicate handlers with the new ones. Should be called before Application Build.

type RoutePathReverser 

type RoutePathReverser struct {
	// contains filtered or unexported fields
}

RoutePathReverser contains methods that helps to reverse a (dynamic) path from a specific route, route name is required because a route may being registered on more than one http method.

func NewRoutePathReverser 

func NewRoutePathReverser(apiRoutesProvider RoutesProvider, options ...RoutePathReverserOption) *RoutePathReverser

NewRoutePathReverser returns a new path reverser based on a routes provider, needed to get a route based on its name. Options is required for the URL function. See WithScheme and WithHost or WithServer.

func (*RoutePathReverser) Path 

func (ps *RoutePathReverser) Path(routeName string, paramValues ...interface{}) string

Path returns a route path based on a route name and any dynamic named parameter's values-only.

func (*RoutePathReverser) URL 

func (ps *RoutePathReverser) URL(routeName string, paramValues ...interface{}) (url string)

URL same as Path but returns the full uri, i.e https://mysubdomain.mydomain.com/hello/iris

type RoutePathReverserOption 

type RoutePathReverserOption func(*RoutePathReverser)

RoutePathReverserOption option signature for the RoutePathReverser.

func WithHost 

func WithHost(host string) RoutePathReverserOption

WithHost enables the RoutePathReverser's URL feature. Both "WithHost" and "WithScheme" can be different from the real server's listening address, i.e nginx in front.

func WithScheme 

func WithScheme(scheme string) RoutePathReverserOption

WithScheme is an option for the RoutepathReverser, it sets the optional field "vscheme", v for virtual. if vscheme is empty then it will try to resolve it from the RoutePathReverser's vhost field.

See WithHost or WithServer to enable the URL feature.

func WithServer 

func WithServer(srv *http.Server) RoutePathReverserOption

WithServer enables the RoutePathReverser's URL feature. It receives an *http.Server and tries to resolve a scheme and a host to be used in the URL function.

type RouteRegisterRule 

type RouteRegisterRule uint8

RouteRegisterRule is a type of uint8. Defines the register rule for new routes that already exists. Available values are: RouteOverride, RouteSkip and RouteError.

See `Party#SetRegisterRule`. 

const (
	// RouteOverride replaces an existing route with the new one, the default rule.
	RouteOverride RouteRegisterRule = iota
	// RouteSkip keeps the original route and skips the new one.
	RouteSkip
	// RouteError log when a route already exists, shown after the `Build` state,
	// server never starts.
	RouteError
	// RouteOverlap will overlap the new route to the previous one.
	// If the route stopped and its response can be reset then the new route will be execute.
	RouteOverlap
)

type Router 

type Router struct {
	// contains filtered or unexported fields
}

Router is the "director". Caller should provide a request handler (router implementation or root handler). Router is responsible to build the received request handler and run it to serve requests, based on the received context.Pool.

User can refresh the router with `RefreshRouter` whenever a route's field is changed by him.

func NewRouter 

func NewRouter() *Router

NewRouter returns a new empty Router.

func (*Router) AddRouteUnsafe 

func (router *Router) AddRouteUnsafe(routes ...*Route) error

AddRouteUnsafe adds a route directly to the router's request handler. Works before or after Build state. Mainly used for internal cases like `iris.WithSitemap`. Do NOT use it on serve-time.

func (*Router) AddRouterWrapper 

func (router *Router) AddRouterWrapper(wrapperFunc WrapperFunc)

AddRouterWrapper adds a router wrapper. Unlike `WrapRouter` the first registered will be executed first so a wrapper wraps its next not the previous one. it defers the wrapping until the `BuildRouter`. Redirection wrappers should be added using this method e.g. SubdomainRedirect.

func (*Router) BuildRouter 

func (router *Router) BuildRouter(cPool *context.Pool, requestHandler RequestHandler, routesProvider RoutesProvider, force bool) error

BuildRouter builds the router based on the context factory (explicit pool in this case), the request handler which manages how the main handler will multiplexes the routes provided by the third parameter, routerProvider (it's the api builder in this case) and its wrapper.

Use of RefreshRouter to re-build the router if needed.

func (*Router) Downgrade 

func (router *Router) Downgrade(newMainHandler http.HandlerFunc)

Downgrade "downgrades", alters the router supervisor service(Router.mainHandler) algorithm to a custom one, be aware to change the global variables of 'ParamStart' and 'ParamWildcardStart'. can be used to implement a custom proxy or a custom router which should work with raw ResponseWriter, *Request instead of the Context(which again, can be retrieved by the Framework's context pool).

Note: Downgrade will by-pass the Wrapper, the caller is responsible for everything. Downgrade is thread-safe.

func (*Router) Downgraded 

func (router *Router) Downgraded() bool

Downgraded returns true if this router is downgraded.

func (*Router) FindClosestPaths 

func (router *Router) FindClosestPaths(subdomain, searchPath string, n int) []string

FindClosestPaths returns a list of "n" paths close to "path" under the given "subdomain".

Order may change.

func (*Router) PrependRouterWrapper 

func (router *Router) PrependRouterWrapper(wrapperFunc WrapperFunc)

PrependRouterWrapper like `AddRouterWrapper` but this wrapperFunc will always be executed before the previous `AddRouterWrapper`. Path form (no modification) wrappers should be added using this method e.g. ForceLowercaseRouting.

func (*Router) RefreshRouter 

func (router *Router) RefreshRouter() error

RefreshRouter re-builds the router. Should be called when a route's state changed (i.e Method changed at serve-time).

func (*Router) RouteExists 

func (router *Router) RouteExists(ctx *context.Context, method, path string) bool

RouteExists reports whether a particular route exists It will search from the current subdomain of context's host, if not inside the root domain.

func (*Router) ServeHTTP 

func (router *Router) ServeHTTP(w http.ResponseWriter, r *http.Request)

func (*Router) ServeHTTPC 

func (router *Router) ServeHTTPC(ctx *context.Context)

ServeHTTPC serves the raw context, useful if we have already a context, it by-pass the wrapper.

func (*Router) SetTimeoutHandler 

func (router *Router) SetTimeoutHandler(timeout time.Duration, msg string)

SetTimeoutHandler overrides the main handler with a timeout handler.

TimeoutHandler supports the Pusher interface but does not support the Hijacker or Flusher interfaces.

All previous registered wrappers and middlewares are still executed as expected.

func (*Router) WrapRouter 

func (router *Router) WrapRouter(wrapperFunc WrapperFunc)

WrapRouter adds a wrapper on the top of the main router. Usually it's useful for third-party middleware when need to wrap the entire application with a middleware like CORS.

Developers can add more than one wrappers, those wrappers' execution comes from last to first. That means that the second wrapper will wrap the first, and so on.

Before build.

type RoutesProvider 

type RoutesProvider interface {
	GetRoutes() []*Route
	GetRoute(routeName string) *Route
	// GetRouterFilters returns the app's router filters.
	// Read `UseRouter` for more.
	// The map can be altered before router built.
	GetRouterFilters() map[Party]*Filter
	// GetDefaultErrorMiddleware should return
	// the default error handler middleares.
	GetDefaultErrorMiddleware() context.Handlers
}

RoutesProvider should be implemented by iteral which contains the registered routes.

type WrapperFunc 

type WrapperFunc func(w http.ResponseWriter, r *http.Request, router http.HandlerFunc)

WrapperFunc is used as an expected input parameter signature for the WrapRouter. It's a "low-level" signature which is compatible with the net/http. It's being used to run or no run the router based on a custom logic.

func NewSubdomainRedirectWrapper 

func NewSubdomainRedirectWrapper(rootDomainGetter func() string, from, to string) WrapperFunc

NewSubdomainRedirectWrapper returns a router wrapper which if it's registered to the router via `router#WrapRouter` it redirects(StatusMovedPermanently) a subdomain or the root domain to another subdomain or to the root domain.

It receives three arguments, the first one is a function which returns the root domain, (in the application it's the app.ConfigurationReadOnly().GetVHost()). The second and third are the from and to locations, 'from' can be a wildcard subdomain as well (*. or *) 'to' is not allowed to be a wildcard for obvious reasons, 'from' can be the root domain when the 'to' is not the root domain and visa-versa. To declare a root domain as 'from' or 'to' you MUST pass an empty string or a slash('/') or a dot('.'). Important note: the 'from' and 'to' should end with "." like we use the `APIBuilder#Party`, if they are subdomains.

Usage(package-level): sd := NewSubdomainRedirectWrapper(func() string { return "mydomain.com" }, ".", "www.") router.AddRouterWrapper(sd)

Usage(high-level using `iris#Application.SubdomainRedirect`) www := app.Subdomain("www") app.SubdomainRedirect(app, www) Because app's rel path is "/" it translates it to the root domain and www's party's rel path is the "www.", so it's the target subdomain.

All the above code snippets will register a router wrapper which will redirect all http(s)://mydomain.com/%anypath% to http(s)://www.mydomain.com/%anypath%.

One or more subdomain redirect wrappers can be used to the same router instance.

NewSubdomainRedirectWrapper may return nil if not allowed input arguments values were received but in that case, the `AddRouterWrapper` will, simply, ignore that wrapper.

Example: https://github.com/XpamAmAdEuS/iris/tree/master/_examples/routing/subdomains/redirect

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