This commit introduces the PartEvent API. PartEvents are either
- FormPartEvents, representing a form field, or
- FilePartEvents, representing a file upload.
The PartEventHttpMessageReader is a HttpMessageReader that splits
multipart data into a stream of PartEvents. Form fields generate one
FormPartEvent; file uploads produce at least one FilePartEvent. The last
element that makes up a particular part will have isLast set to true.
The PartEventHttpMessageWriter is a HttpMessageWriter that writes a
Publisher<PartEvent> to a outgoing HTTP message. This writer is
particularly useful for relaying a multipart request on the server.
Closes gh-28006
This commit makes sure that TomcatServerHttpRequest::readFromInputStream
follows the same contract as the method it overrides, and returns
AbstractListenerReadPublisher.EMPTY_BUFFER when 0 bytes are read.
See gh-28241
This commit fixes a regression that added the Accept-Ranges header on
both client and server. Accept-Ranges is response header, so we now make
sure it only appears on the server side.
See gh-28291
This commit introduces explicit HEAD support in Spring
MVC's ResourceHttpRequestHandler and WebFlux's ResourceWebHandler,
adding just headers but no body.
Closes gh-28291
This commit ensures that any resources created for multipart handling,
obtained via ServerWebExchange.getMultipartData(), are automatically
deleted after handling the completing the response.
Resource for parts obtained via BodyExtractors::toMultipartData and
BodyExtractors::toParts are not cleaned automatically, and
should be cleaned via Part::delete.
Closes gh-27633
If we read 0 bytes, e.g. chunked encoding markup read but not the
actual data within it, don't stop reading since the server may or
may not consider it necessary to call onDataAvailable again.
Instead, we keep on reading, and although isReady likely returns
false on the next iteration, it eliminates ambiguity and ensures
the server will call onDataAvailable when more data arrives.
Closes gh-28241
This commit contains changes made because of the introduction of
HttpStatusCode. In general, methods that used to return a HttpStatus
now return HttpStatusCode instead, and methods that returned raw status
codes are now deprecated.
See gh-28214
This commit introduces HttpStatusCode, an interface implemented by
HttpStatus. Instances of HttpStatusCode are obtained via static
valueOf(int) factory method, returning a HttpStatus enum entry if
available, and a default implementation otherwise.
The underlying reason behind this change is HTTP status codes are not
enumerable, but instead range from 100-999.
Closes gh-28214
With a Java 8 baseline in place for quite some time now, it no longer
makes sense to refer to features such as annotations as "Java 5
annotations".
This commit also removes old `Tiger*Tests` classes, thereby avoiding
duplicate execution of various tests.
Prior to this commit, `AsyncRestTemplate` would log errors (including
simple 404s) with WARN level. Such errors are quite common and should
not clutter logs.
This commit aligns the logging strategy with RestTemplate, using the
DEBUG level for such cases.
Fixes gh-28049
All Spring MVC exceptions from spring-web, now implement ErrorResponse
and expose HTTP error response information, including an RFC 7807 body.
See gh-27052
ErrorResponse represents a complete error response with status, headers,
and an RFC 7807 ProblemDetail body.
ErrorResponseException implements ErrorResponse and is usable on its
own or as a base class. ResponseStatusException extends
ErrorResponseException and now also supports RFC 7807 and so does its
sub-hierarchy.
ErrorResponse can be returned from `@ExceptionHandler` methods and is
mapped to ResponseEntity.
See gh-27052
ProblemDetail is a representation of an RFC 7807 "problem", and this
commits adds support for it in Spring MVC and WebFlux as a return value
from `@ExceptionHandler` methods, optionally wrapped with
ResponseEntity for headers.
See gh-27052
SocketUtils was introduced in Spring Framework 4.0, primarily to assist
in writing integration tests which start an external server on an
available random port. However, these utilities make no guarantee about
the subsequent availability of a given port and are therefore
unreliable. Instead of using SocketUtils to find an available local
port for a server, it is recommended that users rely on a server's
ability to start on a random port that it selects or is assigned by the
operating system. To interact with that server, the user should query
the server for the port it is currently using.
SocketUtils is now deprecated in 5.3.16 and will be removed in 6.0.
Closes gh-28052
