The upgrade to Hibernate 5.2.0.Final has provide to be too
problematic to live with. It requires Java 8, is incompatible with
a number of other projects in the Hibernate ecosystem, and it's
unclear for how long it will be maintained. We'd previously used
Hibernate 5.1.0.Final but its maintenance is also unclear with
Hibernate 5.1.1.Final being more than 3 months overdue.
This commit drops back to Hibernate 5.0.9.Final. This has a few
advantages:
- It's Java 7 compatible
- It's had some time to mature and should be reasonably free of
regressions for those moving from 4.3.x
- It's used in both Wildfly and JBoss EAP so there's a fair chance
that it will continue to be maintained.
Closes gh-6198
This commit adds auto-configuration support for Jest, an HTTP client for
Elasticsearch. If Jest is present, a `JestClient` targeting a local
elasticsearch instance is auto-configured. Several properties from the
`spring.jest.*` namespace allows to tune the client.
Closes gh-6032
This commit updates the cache auto-configuration to provide a
`CouchbaseCacheManager` if a `Bucket` has been configured.
The global customizer infrastructure allows to further tune the cache
manager if necessary.
Closes gh-5176
The parameter names module allows users of Java 8 that have compiled
their code with the -parameters option to avoid the name for
annotations to map the json onto constructor and method parameters
with the names of the parameters being used instead.
This commit adds auto-configuration for the module that will only
be enabled when running on Java 8.
Closes gh-3804
Three conditions must be met for the console to be enabled:
- H2 is on the classpath
- The application is a web application
- spring.h2.console.enabled is set to true
If spring-boot-devtools is on the classpath, spring.h2.console.enabled
will be set to true automatically. Without the dev tools, the enabled
property will have to be set to true in application.properties.
By default, the console is available at /h2-console. This can be
configured via the spring.h2.console.path property. The value of this
property must begin with a '/'.
When Spring Security is on the classpath the console will be secured
based on the user's security.* configuration. When the console is
secured, CSRF protection is disabled and frame options is set to
SAMEORIGIN for its path. Both settings are required in order for the
console to function.
Closes gh-766
Embedded MongoDB is now auto-configured when it is on the classpath.
The Mongo instance will listen on the port specified by the
spring.data.mongodb.port property. If this property has a value of
zero and randomly allocated port will be used. In such an event, the
MongoClient created by MongoAutoConfiguration will be automatically
configured to use the port that was allocated.
By default, MongoDB 2.6.10 will be used. This can be configured using
the spring.embedded-mongodb.version property. Mongo's sync delay
feature is enabled by default. This can be configured using the
spring.embedded-mongobd.features property.
Closes gh-2002
Add auto-configuration support for Apache Artemis which was formed when
HornetQ was donated to the Apache Foundation. The majority of this code
is based on the HornetQ auto-configuration.
Fixes gh-3154
Closes gh-3246
This commit adds support for automatically configuring Spring Session.
In a web application when both Spring Session and Spring Data Redis
are on the classpath, Spring Session's Redis Http Session support
will be auto-configured. The max inactive interval for Redis-backed
sessions can be configured via the environment using the existing
server.session-timeout property.
Closes gh-2318
* Automatically spin up Authorization Server and Resource Server
* Automatically configures method level security included OAuth2Expression handler
* Wrote extensive unit tests verifying default behavior as well as the auto-configuration backing off when custom Authorization/Resource servers are included
* Created org.springframework.boot.security.oauth2 subpackage to contain it
* Can also disable either resource of authorization server completely with a single property for each
* Print out the auto-generated secrets and other settings
* Added spring-boot-sample-secure-oauth2 to provide a sample that can be run and poked with curl as well as some automated tests.
* Make users ask for which servers to install by adding @Enable*
* User has to @EnableGlobalMethodSecurity instead of using properties files
Add Spring Security OAuth2 support to Spring Boot CLI
* Triggered from either @EnableAuthorizationServer or @EnableResourceServer
* Needs to have @EnableGlobalMethodSecurity to allow picking the annotation model.
* By default, comes with import support for @PreAuthorize, @PreFilter, @PostAuthorize, and @PostFilter via a single start import
* Also need import support for the enable annotations mentioned above.
* Added extra test case and sample (oauth2.groovy)
Updated to the `EmbeddedCacheManager` interface and added support for
default cache configuration.
Added dependencies management for the JCache support with tests
Fixes gh-2906, see gh-2633
Include auto-configuration support for Infinispan. It is possible
to specify the caches to create via `spring.cache.cache-names`.
Provider also allow to set configuration file via `spring.cache.config`.
See gh-2633
This commit updates Spring Boot to use Spring Security 4. As a result
of this, the coordinates of Thmyeleaf's Spring Security extra, for
which dependency management and auto-configuration is provided, have
been updated to the Spring Security 4 variant.
Closes gh-2727
Include auto-configuration support for EhCache with auto-detection of
the default `ehcache.xml` at the root of the classpath. EhCache
configuration can also be set via `spring.cache.config`.
See gh-2633
Add support for cache manager auto-configuration that is triggered when
the `EnableCaching` annotation is added to a Spring Boot application.
A new "spring.cache" set of configuration keys is also provided. The
"spring.cache.mode" allows the user to specify the cache provider that
should be auto-configured. If no explicit configuration is provided,
the environment is checked for the best suited cache implementation,
that is:
- Generic if at least one `Cache` bean is defined in the context.
- Hazelcast if either a default configuration file is present or the
`spring.cache.config` property is set.
- JCache if one JSR-107 provider is present
- Redis if a `RedisTemplate` is defined in the context
- Guava
- Simple as a fallback option, using concurrent maps
- NoOp (that is, no cache) if the mode is set to "none"
If the provider supports it, it is possible to specify the caches
to create on startup via `spring.cache.cache-names`. If the provider
relies on a configuration file and a custom one needs to be used
`spring.cache.config` can be set to such custom resource.
If more than one JSR-107 provider is present, it is possible to force
the provider to use by setting the mode to `jcache` and specifying the
fully qualified class name of the CachingProvider to use via
`spring.cache.jcache.provider`.
See gh-2633
Stephane Nicoll
Phillip Webb
Gary Russell
Andy Wilkinson
Spring Buildmaster
Vedran Pavic
Gytis Trikleris
Michael Hunger
Eddú Meléndez
Huang YunKun
Julien Dubois
Rob Winch
Martin Lippert
Henryk Konsek
Andreas Ahlenstorf
Greg Turnquist