We now consider all types in the java.time package as simple types to prevent deep reflective access. We are already excluding java.lang types for the same reason.
Original pull request: #286.
Previously a custom Iterable implementation would've caused QueryMethod.isCollectionQuery() to return true. We now solely rely on TypeInformation.isCollectionLike() (which checks for exact Iterable, Collection assignability and arrays) after handling potential wrapper types.
Instead of a simple check for assignability from Iterable, we now properly use TypeInformation.isCollectionLike(), which checks for Iterable equality or assignability of collections or arrays as well as an explicit check for Slice as that is needed to properly unwrap Page instances and Slices themselves. That prevents custom domain types implementing Iterable from being unwrapped into their element types.
We now check that fragment implementations created via RepositoryFragment.implemented(Class<T>, T) are a subtype of the given class. This assertion raises an exception that prevents errors during runtime.
This change addresses an issue with customized intermediate base repositories in combination with ambiguous naming of implementations. Method invocations fail if a repository derives from a customized base repository interface that implements e.g. CrudRepository and there's an implementation matching the base repository name followed by the implementation suffix. We assume in that case, the implementation contains implementations of the methods declared in the customized base interface.
Original pull request: #280.
Fixed nullability constraints on method RepositoryConfigurationExtensionSupport.loadRepositoryInterface(…). Tweaked method declaration order to have public methods first, protected methods after that. Fixed a tiny typo.
Original pull request: #276.
We now allow customizing the configuration inspection-classloader with RepositoryConfigurationExtensionSupport.getConfigurationInspectionClassLoader(…). Subclasses may override this method if a customized/isolated classloader is required.
Original pull request: #276.
Moved PropertyDescriptor lookup into dedicated subclass to group functionality around the type and MethodsMetadata instances. Extracted individual stream handling steps into dedicated methods for better understandability.
Moved MethodsMetadataReader into classreading package for symmetry with Spring Framework's metadata arrangement. Removed manually declared getters in DefaultMethodsMetadataReader in favor of Lombok getters. Inlined MethodsMetadataReadingVisitor into DefaultMethodsMetadataReader as it's only used there.
Original pull request: #263.
We now provide MethodsMetadataReader to read method metadata from a class file. MethodMetadata is read for all user-declared methods except for constructors (which are technically methods, too).
MethodsMetadataReaderFactory factory = new MethodsMetadataReaderFactory();
MethodsMetadataReader metadataReader = factory.getMetadataReader("com.acme.Foo");
MethodsMetadata metadata = metadataReader.getMethodsMetadata();
This new API is now used by DefaultProjectionInformation to make sure the order of input properties is based on the declaration order in the projection interfaces. Previously that order could not be guaranteed to be stable.
Original pull request: #263.
We now explicitly check for an enum type in SimpleTypeHolder.isSimpleType(…) and resort to true immediately. Before that an enum implementing an interface could have seen a false for the actual enum type in case the interface type had been checked first and (correctly) produced a false. In the check for the actual enum type, depending on the iteration order through the cached values we could've hit the cached false for the interface or the cached true value for Enum.
As a consequence of our renaming efforts in CRUD methods, we lost some generics lookup information to distinguish deleteById(ID) from delete(T) solely based on the method parameter type in case of an intermediate generic repository redeclaring the method as the bound is now expanded to Object and not Serializable, as it did in 1.x.
We now rather check for the method name ending in …ById which is much simpler anyway.
Use ConcurrentHashMap in AnnotationBasedPersistentProperty for thread-safe annotation caching. Reintroduce eager cache check to prevent lambda instances on positive cache hits.
We now make sure that type expressions cannot be used in SpEL expressions handled by MapDataBinder. They're gonna be rejected by considering the property not writable. SpEL expression evaluation errors are now forwarded as NotWritablePropertyException to make sure the failure gets handled as if the property referred to doesn't exist.
Removed unnecessary imports. Tiny refactoring to pull exception creation into static helper method. Made methods static in test cases where possible.
Original pull request: #273.
Using Instant as internal data type since it's a point in time without time zone which LocalDateTime isn't. Added necessary converters. Fixed one JodaTime converter that used UTC to use SystemDefault like other similar converters.
In case of a conversion failure the error message now contains the source type.
Original pull request: #273.
If a query method now uses e.g. a Vavr Set as return type, we now also use a potential source List as input for the LinkedHashSet, even if that changes the characteristics (duplicate policy etc.) of the result. This is consistent with our general handling of collections as we're using a Spring ConversionService for collection mapping anyway.
In general the new conversion algorithm is driven by the expected target type first:
- i.v.c.Seq -> i.v.c.List
- i.v.c.Set -> i.v.c.LinkedHashSet
- i.v.c.Map -> i.v.c.LinkedHashMap
If none of the declared types is assignable we fall back to the previous algorithm choosing an implementation as close as possible to the original source value:
- j.u.List -> i.v.c.List
- j.u.Set -> i.v.c.LinkedHashSet
- j.u.Map -> i.v.c.LinkedHashMap
Removed some obsolete full qualifications of types.
