This commit also switches to RSocket SNAPSHOTs and updates the
repository configuration to rely on "libs-snapshot", since the RSocket
SNAPSHOTs are mirrored there.
See gh-22640
This commit adds the support for creating a managed instance of the
Neo4j Java driver. The low-level support for Neo4j is helpful in
situations where the high-level abstraction of Spring Data Neo4j is not
needed.
See gh-22301
Previously, spring-boot-docs used the java-base-plugin and then added
configuration on top. This has proven to be error prone, with the most
recent problem being that the tests were not being compiled and run.
This commit changes approach and applies the java plugin to the project
instead of the java-base plugin. Now, rather than adding the necessary
configuration to the base, the unwanted pieces of the java plugin's
configuration – specifically the jar and javadoc tasks – are disabled
instead. The DeployedPlugin has also been updated so that it does not
create a publication from the java component for projects that have a
disabled jar task.
Closes gh-22284
Previously, Spring Boot's modules published Gradle Module Metadata
(GMM) the declared a platform dependency on spring-boot-dependencies.
This provided versions for each module's own dependencies but also had
they unwanted side-effect of pulling in spring-boot-dependencies
constraints which would influence the version of other dependencies
declared in the same configuration. This was undesirable as users
should be able to opt in to this level of dependency management, either
by using the dependency management plugin or by using Gradle's built-in
support via a platform dependency on spring-boot-dependencies.
This commit reworks how Spring Boot's build uses
spring-boot-dependencies and spring-boot-parent to provide its own
dependency management. Configurations that aren't seen by consumers are
configured to extend a dependencyManagement configuration that has an
enforced platform dependency on spring-boot-parent. This enforces
spring-boot-parent's version constraints on Spring Boot's build without
making them visible to consumers. To ensure that the versions that
Spring Boot has been built against are visible to consumers, the
Maven publication that produces pom files and GMM for the published
modules is configured to use the resolved versions from the module's
runtime classpath.
Fixes gh-21911
Previously, the retry plugin was only applied on CI as we do not want
tests to be retried in local builds. Unfortunately, this arrangement
led to test tasks from CI builds having additional doFirst and doLast
actions and an additional property. These differences meant that the
output from a test task that has run on CI could not be used by a
local build.
This commit changes our configuration of the test retry plugin so
that it is now always applied. To retain the behaviour of only
retrying tests on CI, max retries is configured to 3 on CI and 0 for
local builds.
Closes gh-21698
Previously, the files were extracted on the fly and written into the
jars. This didn't work well with Gradle's up-to-date checks as the
inputs of the jar task were not well-defined.
This commit moves the extraction of the notice and license files into
a separate task, the outputs of which are then copied into the jar's
META-INF.
Closes gh-21592
This commit updates the MavenPublishingConventions to use HTTPS to
link to the Apache license. The configuration of NoHTTP has also
been reworked so that it will correctly find usch uses of http://
URLs.
Closes gh-21459
Prior to this commit, the published Maven POMs would not pass the Maven
Central mandatory checks.
This commit adds the missing project name and description metadata for
most artifacts. The Spring Boot Gradle plugin artifact was also missing
this information and this is now added in the plugin metadata itself.
This is also updating the project page URL which is now hosted directly
on spring.io.
Fixes gh-21457
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>
With the introduction of Gradle we lost the list of version properties
that were previously in the spring-boot-dependencies POM and were also
linked inside the documentation. This commit introduces an appendix
section in the docs and links the appropriate places to the new section
to restore discoverability.
See gh-19898
This paves the way for publishing Gradle module metadata once the
problem caused by snapshot versions and our two-step publication
process has been addressed.
See gh-19609
This reverts commit b34a311d02 as,
having disabled the publishing of Gradle's module metadata (4f75ab5),
the changes are no longer needed.
See gh-19609
The way in which we deploy the artifacts (publishing to a Maven
repository on the filesystem and then using the Concourse artifactory
resource to upload them) is incompatible with Gradle's module metadata
generation.
The metadata contains an entry, url, that contains the name of the
artifact. This will be something like
spring-boot-gradle-plugin-2.3.0.BUILD-20200114.095038-1.jar. The -1 in
the name is derived from the Maven snapshot build number. It's -1 as
the local repository to which the artifact is published is empty and
has no maven-metadata.xml file. When the artifact is uploaded to
Artifactory there is a maven-metadata.xml file so the build number is
different. As a result, the module metadata points to a file that
doesn't exist. This leads to problems like this when trying to consume
the snapshots:
Could not find spring-boot-gradle-plugin-2.3.0.BUILD-20200114.095038-1-2.3.0.BUILD-SNAPSHOT.jar (org.springframework.boot:spring-boot-gradle-plugin:2.3.0.BUILD-SNAPSHOT:20200114.101952-123)
Gradle has used the maven-metadata.xml file on the server to determine
that 2.3.0.BUILD-SNAPSHOT:20200114.101952-123 is the latest version.
It has downloaded the .module file with this version but it points to
spring-boot-gradle-plugin-2.3.0.BUILD-20200114.095038-1.jar. That file
doesn't exist so the build fails.
See gh-19609
Previously, enforcedPlatform dependencies were using to pull in the
constraints defined in spring-boot-dependencies and
spring-boot-parent and applied them strictly so that the constrained
version had to be used. This worked as intended in Spring Boot's own
build but incorrectly enforced those same strict version requirements
on external consumers of Spring Boot's modules.
This commit reworks how Spring Boot defines its internal dependency
management so that platform dependencies are exposed to external
consumers while enforced platform dependencies are using internally.
See gh-19609
Andy Wilkinson
Brian Clozel
Stephane Nicoll
Gerrit Meier
Phillip Webb
Phillip Webb
Scott Frederick
Brian Clozel
dreis2211
Johnny Lim
Mike Smithson
Vedran Pavic