HTTPMessageDelegate for a given request and RequestHandler. Here is a simple example of how we can we route to RequestHandler subclasses by HTTP method: resources = {} class GetResource(RequestHandler): interface adds the ability to distinguish between the routes and reverse them to the original urls using route’s name and additional arguments. Application is itself an implementation of ReversibleRouter class r", Handler)])), ])) ]) server = HTTPServer(router) In the example below RuleRouter is used to route between applications: app1 = Application([ (r"/app1/handler", Handler1), # other handlers ... ])

HTTPMessageDelegate for a given request and RequestHandler.Here is a simple example of how we can we route to RequestHandler subclasses by HTTP method: resources = {} class GetResource(RequestHandler): interface adds the ability to distinguish between the routes and reverse them to the original urls using route’s name and additional arguments. Application is itself an implementation of ReversibleRouter class Handler)])), ])) ]) server = HTTPServer(router) In the example below RuleRouter is used to route between applications: app1 = Application([ (r"/app1/handler", Handler1), # other handlers

Expanded Sphere of Influence  Machine Imaging  DEG and 3rd Party Application Installations  Route Adds – requires heightened security access  Database Data Script Execution  Load Balancer Node

IpAddrKind 类型的。例如，接着可以定义一个函数来 接收任何 IpAddrKind类型的参数： fn route(ip_kind: IpAddrKind) {} 现在可以使用任一变体来调用这个函数： route(IpAddrKind::V4); route(IpAddrKind::V6); 使用枚举甚至还有更多优势。进一步考虑一下我们的 IP 地址类型，目前没有一个存储实际 性宏的例子，可以创建一个名为 route 的属性用于注解 web 应用程序框架（web application framework）的函数： #[route(GET, "/")] fn index() { #[route] 属性将由框架本身定义为一个过程宏。其宏定义的函数签名看起来像这样： #[proc_macro_attribute] pub fn route(attr: TokenStream

is derived from) a value that requires a GC root. • Tracked->Derived: This is the standard decay route for interior values. The placement pass will look for these to identify the base pointer for any

is derived from) a value that requires a GC root. • Tracked->Derived: This is the standard decay route for interior values. The placement pass will look for these to identify the base pointer for any

is derived from) a value that requires a GC root. • Tracked->Derived: This is the standard decay route for interior values. The placement pass will look for these to identify the base pointer for any

is derived from) a value that requires a GC root. • Tracked->Derived: This is the standard decay route for interior values. The placement pass will look for these to identify the base pointer for any

is derived from) a value that requires a GC root. • Tracked->Derived: This is the standard decay route for interior values. The placement pass will look for these to identify the base pointer for any

is derived from) a value that requires a GC root. • Tracked->Derived: This is the standard decay route for interior values. The placement pass will look for these to identify the base pointer for any