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neo4j / cypher-dsl

A Java DSL (Builder) for the Cypher Query Language
http://neo4j.github.io/cypher-dsl
Apache License 2.0
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build(deps): Bump neo4j.version from 5.23.0 to 5.24.0 #1092

Closed dependabot[bot] closed 1 month ago

dependabot[bot] commented 1 month ago

Bumps neo4j.version from 5.23.0 to 5.24.0. Updates org.neo4j:neo4j-cypher-javacc-parser from 5.23.0 to 5.24.0

Release notes

Sourced from org.neo4j:neo4j-cypher-javacc-parser's releases.

Neo4j 1.9.0 stable release

The 1.9 release of Neo4j builds upon the previous 1.8 releases and brings extensive improvements in stability and performance. In addition, Neo4j 1.9 Enterprise introduces auto-clustering support, with dramatically simplified configuration and deployment for high demand production use.

  • Support for auto-clustering in Neo4j Enterprise, which replaces the previous Zookeeper based HA clustering, provides a streamlined deployment process and is much safer and more resilient in failure scenarios.
  • New neo4j-arbiter tool, which acts as a voting instance in a Neo4j cluster but does not keep a data store or handle transactions.
  • Addition of string manipulation, timestamp and other functions to the Cypher query language.
  • Improvements to memory utilization, which reduces working memory requirements and improves overall performance.
  • New REST endpoints for inspecting cluster status information (master, slave, etc).
  • Correction of several concurrency and performance issues.
  • Improvements to Online Backup in Neo4j Enterprise, including auto-detection of full vs incremental backup based on existing content at the backup location.
  • Updates to Neo4j server webadmin, including welcome pages for new users.

It is recommended to upgrade all previous Neo4j installations to this release. Neo4j 1.9 does not require any explicit upgrade to persistent stores created using Neo4j 1.7 and 1.8 installations, however current users of Neo4j Enterprise must consult the documentation and update the cluster configuration. Please see the deployment and cluster upgrade sections of the Neo4j manual for more detail. Also note that Neo4j 1.9 is tested and supported with Oracle JRE 7. Users of previous Java versions should upgrade to Oracle JRE 7 when deploying Neo4j 1.9.

As part of the Neo4j 1.9 release, multiple behaviours and features of Neo4j have been declared as deprecated, in order to help users prepare for the removal of these in the next major Neo4j release. A list of deprecations can be found in the Neo4j manual.

For a full summary of changes in this release, please review the CHANGES.TXT file contained within the distribution.

Neo4j 1.8.0 stable release

The 1.8 release of Neo4j provides extensive improvements in stability and performance. As an incremental service release, Neo4j 1.8 builds upon the previous 1.6 and 1.7 releases and provides full backward compatibility.

This release includes the following corrections and improvements:

  • Correction of several concurrency issues affecting performance in multi- threaded configurations.
  • Correction of several concurrency issues that infrequently affect consistency of persisted data.
  • Optimization of high-availability (HA) protocols to increase write performance.
  • Support for zero-downtime rolling upgrades in HA clusters.
  • Improvements to transaction distribution in HA clusters, providing greater resistance to branching.
  • Configurable rotation of logical logs.
  • Support for streamed responses to REST API requests.
  • Support for bi-directional traversals, branch state and path expanders in the traversal framework.
  • Performance improvements to several graph algorithms.
  • Support in the Cypher language for writing graph data and updating auto-indexes (manual indexes are not supported).
  • Extensions to the Cypher language to allow the use of patterns as expressions and predicates.
  • Correction of several issues in the Cypher parser when using collections and when aggregating.
  • Improved error reporting in Cypher and more reliable statement parsing.
  • Support for explicit transactions in neo4j-shell.

It is recommended to upgrade all previous Neo4j installations to this release. Neo4j 1.8 does not require any explicit upgrade to persistent stores created using Neo4j 1.6 and 1.7 installations. Please see the deployment section of the Neo4j manual for more detail.

For a full summary of changes in this release, please review the CHANGES.TXT file contained within the distribution.

Commits
  • ee5a86b Updated version in poms to 5.24.0
  • 8992c18 fix after rebase
  • 4ec48e4 pass DatabaseMode into CypherRuntime.compileToExecutable()
  • 9a4eb7b Schema commands in import CLI ()
  • 16bd372 Revert 'cache case expression candidate' ()
  • 79a04c7 Run write-back with async backend
  • 59178a6 Don't use countStorePlanner for patterns like (), ()-[]->()
  • b44bc96 Never skip license format on generated parser files
  • 465a374 Revert "Disable parser change build check"
  • 6f2fa5f Query router transaction no longer references all the transactional contexts ...
  • Additional commits viewable in compare view


Updates org.neo4j.test:neo4j-harness from 5.23.0 to 5.24.0

Release notes

Sourced from org.neo4j.test:neo4j-harness's releases.

Neo4j 1.9.0 stable release

The 1.9 release of Neo4j builds upon the previous 1.8 releases and brings extensive improvements in stability and performance. In addition, Neo4j 1.9 Enterprise introduces auto-clustering support, with dramatically simplified configuration and deployment for high demand production use.

  • Support for auto-clustering in Neo4j Enterprise, which replaces the previous Zookeeper based HA clustering, provides a streamlined deployment process and is much safer and more resilient in failure scenarios.
  • New neo4j-arbiter tool, which acts as a voting instance in a Neo4j cluster but does not keep a data store or handle transactions.
  • Addition of string manipulation, timestamp and other functions to the Cypher query language.
  • Improvements to memory utilization, which reduces working memory requirements and improves overall performance.
  • New REST endpoints for inspecting cluster status information (master, slave, etc).
  • Correction of several concurrency and performance issues.
  • Improvements to Online Backup in Neo4j Enterprise, including auto-detection of full vs incremental backup based on existing content at the backup location.
  • Updates to Neo4j server webadmin, including welcome pages for new users.

It is recommended to upgrade all previous Neo4j installations to this release. Neo4j 1.9 does not require any explicit upgrade to persistent stores created using Neo4j 1.7 and 1.8 installations, however current users of Neo4j Enterprise must consult the documentation and update the cluster configuration. Please see the deployment and cluster upgrade sections of the Neo4j manual for more detail. Also note that Neo4j 1.9 is tested and supported with Oracle JRE 7. Users of previous Java versions should upgrade to Oracle JRE 7 when deploying Neo4j 1.9.

As part of the Neo4j 1.9 release, multiple behaviours and features of Neo4j have been declared as deprecated, in order to help users prepare for the removal of these in the next major Neo4j release. A list of deprecations can be found in the Neo4j manual.

For a full summary of changes in this release, please review the CHANGES.TXT file contained within the distribution.

Neo4j 1.8.0 stable release

The 1.8 release of Neo4j provides extensive improvements in stability and performance. As an incremental service release, Neo4j 1.8 builds upon the previous 1.6 and 1.7 releases and provides full backward compatibility.

This release includes the following corrections and improvements:

  • Correction of several concurrency issues affecting performance in multi- threaded configurations.
  • Correction of several concurrency issues that infrequently affect consistency of persisted data.
  • Optimization of high-availability (HA) protocols to increase write performance.
  • Support for zero-downtime rolling upgrades in HA clusters.
  • Improvements to transaction distribution in HA clusters, providing greater resistance to branching.
  • Configurable rotation of logical logs.
  • Support for streamed responses to REST API requests.
  • Support for bi-directional traversals, branch state and path expanders in the traversal framework.
  • Performance improvements to several graph algorithms.
  • Support in the Cypher language for writing graph data and updating auto-indexes (manual indexes are not supported).
  • Extensions to the Cypher language to allow the use of patterns as expressions and predicates.
  • Correction of several issues in the Cypher parser when using collections and when aggregating.
  • Improved error reporting in Cypher and more reliable statement parsing.
  • Support for explicit transactions in neo4j-shell.

It is recommended to upgrade all previous Neo4j installations to this release. Neo4j 1.8 does not require any explicit upgrade to persistent stores created using Neo4j 1.6 and 1.7 installations. Please see the deployment section of the Neo4j manual for more detail.

For a full summary of changes in this release, please review the CHANGES.TXT file contained within the distribution.

Commits
  • ee5a86b Updated version in poms to 5.24.0
  • 8992c18 fix after rebase
  • 4ec48e4 pass DatabaseMode into CypherRuntime.compileToExecutable()
  • 9a4eb7b Schema commands in import CLI ()
  • 16bd372 Revert 'cache case expression candidate' ()
  • 79a04c7 Run write-back with async backend
  • 59178a6 Don't use countStorePlanner for patterns like (), ()-[]->()
  • b44bc96 Never skip license format on generated parser files
  • 465a374 Revert "Disable parser change build check"
  • 6f2fa5f Query router transaction no longer references all the transactional contexts ...
  • Additional commits viewable in compare view


Most Recent Ignore Conditions Applied to This Pull Request | Dependency Name | Ignore Conditions | | --- | --- | | org.neo4j.test:neo4j-harness | [>= 5.21.a, < 5.22] | | org.neo4j:neo4j-cypher-javacc-parser | [>= 5.21.a, < 5.22] |

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