Standalone Jetty will, by default, include a Connection: close header
in all responses once graceful shutdown has begun. Previously, the
way in which we were shutting Jetty down did not cause this to happen.
This commit updates JettyGracefulShutdown to shut down each connector.
This causes Jetty to send the Connection: close header, aligning its
behaviour more closely with what it does when used standalone. The
tests have also been updated to verify this behaviour and to ensure
that the correct port is used for requests even once the connector is
no longer bound and the web server no longer knows its ephemeral port.
See gh-4657
This commit adds support for gracefully shutting down the embedded
web server. When a grace period is configured
(server.shutdown.grace-period), upon shutdown, the web server will no
longer permit new requests and will wait for up to the grace period
for active requests to complete.
Closes gh-4657
When a request to the /actuator/env/{toMatch} endpoint does not match a
property, a response status 404 was being returned along with a body
containing the existing property sources. This commit removes the body
from the response to be more consistent with a typical 404 response.
Fixes gh-20314
This commit relaxes the class condition to ConnectionFactory, checking
if the connection factory is a connection pool and bind its metrics to
the registry accordingly.
Closes gh-20349
This commit adds a new auto-configuration for RSocket support in Spring
Integration.
Given an application with `spring-messaging`, `spring-integration-rsocket`
and RSocket dependencies, developers are now able to leverage Spring
Integration features with RSocket.
It is now possible to configure an RSocket server with
`"spring.rsocket.server.*"` properties and let it use
`IntegrationRSocketEndpoint` or `RSocketOutboundGateway` components to
handle incoming RSocket messages. This infrastructure can handle Spring
Integration RSocket channel adapters and `@MessageMapping` handlers
(given `"spring.integration.rsocket.server.message-mapping-enabled"`is
configured.
If the `"spring.integration.rsocket.client.host"` and
`"spring.integration.rsocket.client.port"` (for TCP protocol), or
`"spring.integration.rsocket.client.uri"` (for WebSocket) is configured
then a `ClientRSocketConnector` will be configured accordingly.
Closes gh-18834
Co-authored-by: Brian Clozel <bclozel@pivotal.io>
This commit fixes problems with file path separators and command
line argument quoting in Maven plug integration tests when run on
Windows.
Fixes gh-20244
With this commit, the Maven `spring-boot:build-image` goal and the
Gradle `bootBuildImage` task will configure the OpenJDK buildpack
to use the same JRE version as the project's target version,
provided the buildpack Java version is not explicitly set in the
build configuration.
Fixes gh-20172
This commit adds metrics support for `ConnectionPool` beans.
See gh-19988
Co-authored-by: Mark Paluch <mpaluch@pivotal.io>
Co-authored-by: Tadaya Tsuyukubo <tadaya@ttddyy.net>
This commit adds an health indicator for R2DBC. If a validation query is
provided, it is used to validate the state of the database. If not, a
check of the connection is issued.
See gh-19988
Co-authored-by: Mark Paluch <mpaluch@pivotal.io>
This commit adds a test slice for Spring Data R2DBC. When
`DataR2dbcTest` is added on a test, only Spring Data R2DBC repositories
and the infrastructure that they need is auto-configured.
Contrary to the JDBC counterpart, the `ConnectionFactory` is not swapped
by an embedded database.
See gh-19988
Co-authored-by: Mark Paluch <mpaluch@pivotal.io>
This commit adds auto-configuration support for Spring Data R2DBC. If a
`ConnectionFactory` and Spring Data are available, scanning of reactive
repositories is enabled.
This commit also adds a starter to bring R2DBC and the necessary Spring
Data libraries.
See gh-19988
Co-authored-by: Mark Paluch <mpaluch@pivotal.io>
Co-authored-by: Oliver Drotbohm <odrotbohm@pivotal.io>
This commit adds auto-configuration for R2DBC. If R2DBC is on the
classpath, a `ConnectionFactory` is created similarly to the algorithm
used to create a `DataSource`.
If an url is specified, it is used to determine the R2DBC driver and
database location. If not, an embedded database is started (with only
support of H2 via r2dbc-h2). If none of those succeed, an exception is
thrown that is handled by a dedicated FailureAnalyzer.
To clearly separate reactive from imperative access, a `DataSource` is
not auto-configured if a `ConnectionFactory` is present. This makes sure
that any auto-configuration that relies on the presence of a
`DataSource` backs off.
There is no dedicated database initialization at the moment but it is
possible to configure flyway or liquibase to create a local `DataSource`
for the duration of the migration. Alternatively, if Spring Data R2DBC
is on the classpath, a `ResourceDatabasePopulator` bean can be defined
with the scripts to execute on startup.
See gh-19988
Co-authored-by: Mark Paluch <mpaluch@pivotal.io>
Andy Wilkinson
Madhura Bhave
dreis2211
Stephane Nicoll
wycm
Scott Frederick
gir1yaphets
Johnny Lim
Said BOUDJELDA
Frank Schmager
Brian Clozel
Artem Bilan
Mike Smithson
Yoo In Keun