A server-side object that contains the content of and information about an HTTP request.
Note: Check out the http_server package, which makes working with the low-level dart:io HTTP server subsystem easier.
HttpRequest
objects are generated by an HttpServer,
which listens for HTTP requests on a specific host and port.
For each request received, the HttpServer, which is a Stream,
generates an HttpRequest
object and adds it to the stream.
An HttpRequest
object delivers the body content of the request
as a stream of byte lists.
The object also contains information about the request,
such as the method, URI, and headers.
In the following code, an HttpServer listens
for HTTP requests. When the server receives a request,
it uses the HttpRequest object's method
property to dispatch requests.
final HOST = InternetAddress.loopbackIPv4;
final PORT = 80;
HttpServer.bind(HOST, PORT).then((_server) {
_server.listen((HttpRequest request) {
switch (request.method) {
case 'GET':
handleGetRequest(request);
break;
case 'POST':
...
}
},
onError: handleError); // listen() failed.
}).catchError(handleError);
An HttpRequest object provides access to the associated HttpResponse object through the response property. The server writes its response to the body of the HttpResponse object. For example, here's a function that responds to a request:
void handleGetRequest(HttpRequest req) {
HttpResponse res = req.response;
res.write('Received request ${req.method}: ${req.uri.path}');
res.close();
}
test
accepts any element provided by this stream. [...]
Stream<R>
. [...]
needle
occurs in the elements provided by this stream. [...]
index
th data event of this stream. [...]
test
accepts all elements provided by this stream. [...]
test
. [...]
combine
. [...]
action
on each element of this stream. [...]
test
. [...]
streamConsumer
. [...]
combine
. [...]
test
. [...]
count
data events from this stream. [...]
test
. [...]
count
data events of this stream. [...]
test
is successful. [...]
streamTransformer
to this stream. [...]