Releases
This page lists all the available releases of the tool. Latest available release is always presented first. Previous releases are listed to keep a trace of the changes, but should not be used if a newer version is available. Note that you can also check the ongoing modifications in the CHANGELOG file at the root of the project repository.
1.0.2 - 2017-06-06
Summary
We fixed a set of bugs we found in our experiments, and we received in users' feedbacks. Thanks for helping us to improve the tool! We also integrated a new experimental integration with EMF Compare, allowing to compare NeoEMF resources to other EMF-based resources. This feature will remain experimental until the next major release that will remove conflicting Guava dependencies.
We also merged the common features of MapDB and BerkeleyDB backends to improve maintainability and reusability of map-based serialization components.
Changelog
New Features
-
Add experimental EMF Compare integration (will stay experimental as long as Guava issues remain)
Bug Fixes
-
Fixed Issue #53: WildCardType '?' in sample (mapdb) throws an exception when accessed in the Editor
-
Fixed Issue #54: AbstractDirectWrite.toArray is not efficient
-
Fixed Issue #55: DefaultPersistentEObject.eContainer is not efficient
-
Fixed Issue #56: Unnecessary backend lookups in Store.eObject(Id)
-
Fixed Issue #68: Creating contained objects with Epsilon does not work
1.0.1 - 2017-01-16
Summary
Core modularization to ease new backend integration: all the supported backends are now defined as sub-module of the data
module.
The Logger
has been updated to work in a dedicated thread, limiting its impact on the application performance.
We have improved and rewritten a large part of the JavaDoc and published it on NeoEMF website.
Tests are not modular and can be executed on all the supported backends, this allows to develop high quality implementations that benefit of existing tests.
We also fixed few issues and updated the dependencies with the latest EMF release.
See the changelog for a complete description of the updates.
Changelog
Structure
-
datastore
packages becomedata
-
Backend implementations are now placed under the
fr.inria.atlanmod.neoemf.data
package -
graph
package is replaced bydata
: no more structural differentiation in the package structure -
***Map***
classes representing the MapDB implementation are replaced by***MapDb***
-
Generalization of
PersistenceURI
and its sub-classes -
Addition of new common annotations:
@VisibleForTesting
and@Experimental
-
Logger
is now fully-concurrent and extensible: We can use different parallelLogger
s. However, these loggers keep the call order. -
Generalization
BundleActivator
s
Back-ends
-
Integration of a new key-value backend implementation: BerkeleyDB (experimental).
-
ClassInfo
andContainerInfo
have now static constructor methods:from()
andof()
Tests
-
Contextualization of tests: One test-case can be executed by several back-end implementations according to the current
Context
defined by@Parameterized.Parameters
-
Test-cases are now tagged
-
Preparation of tests for a future integration of JUnit 5
-
Externalization JUnit
Rule
s -
Reorganization of
@After
/@Before
methods -
All***
classes becomeAbstract***
-
Remove
NeoAssertions
class and its related customBuilder
s
Documentation
-
JavaDoc has been completely revised and completed.
-
Addition of new JavaDoc tags:
@future
and@note
1.0.0 - 2016-12-06
Initial release of the tool. This first release defines the core components of the framework and the supported backends.
-
Core API definition
-
Extension of the EMF API with PersistentResource and PersistentEObject
-
Abstract backend architecture
-
Support for persistent and transient backends
-
Enhanced load/save mechanism to support NeoEMF options
-
-
Support for Blueprints databases
-
Complete model-to-Blueprints mapping
-
Neo4j convenience wrapper
-
-
Support for MapDB databases
-
Support for HBase databases
-
IO module
-
Efficient XMI-to-Blueprints parser
-
-
Benchmarks for all the supported backends
-
Comparison with the default XMI serialization
-
Comparison with CDO
-
Model traversal queries
-