Morphia Version 0.101 Released
The Java Team has released Morphia, version 0.101. Rumors of Morphia’s demise have been greatly exaggerated. This release formalizes the 0.99-SNAPSHOT code that many have been using for years. Apart from some formatting and minor style ch
The Java Team has released Morphia, version 0.101. Rumors of Morphia’s demise have been greatly exaggerated.
This release formalizes the 0.99-SNAPSHOT code that many have been using for years. Apart from some formatting and minor style changes, there is no functional change from what’s been on Google Code for the past few years.
We’re currently doing a follow-up release to incorporate the enhancements made in James Green’s fork. At that point, we can start working through the backlog of issues logged against Morphia and begin evolving the project.
As part of the mission to revive the project, we’ve migrated the Morphia code (and wiki, and issues) from Google Code to GitHub. This should make it much easier to contribute to Morphia via pull requests. Feel free to submit pull requests for the bugs or irritating documentation fixes that you want. The Google Code site will notify users that Github is now the place to be. You can find the Github repo here
We released 0.101 into Maven Central, so you’ll be able to get your updated version and future versions easily through Maven or Gradle. You can find the release notes here Github.
Further down the line, Morphia will run on the new Java driver that we’ve been working on all year.
We’re aware that the community has been somewhat split between the snapshot release and James’s fork, and we’ve spoken to James Green, who has maintained Morphia for awhile, about our plans. We want to make sure that we’re all moving in the same direction and that we involve the community in our efforts. We’d like to thank James for the work he’s done so far keeping Morphia alive, and look forward to working with him and the whole Morphia community more closely in the future.
The Java Team: Jeff Yemin, Justin Lee & Trisha Gee
原文地址:Morphia Version 0.101 Released, 感谢原作者分享。

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

Full table scanning may be faster in MySQL than using indexes. Specific cases include: 1) the data volume is small; 2) when the query returns a large amount of data; 3) when the index column is not highly selective; 4) when the complex query. By analyzing query plans, optimizing indexes, avoiding over-index and regularly maintaining tables, you can make the best choices in practical applications.

Yes, MySQL can be installed on Windows 7, and although Microsoft has stopped supporting Windows 7, MySQL is still compatible with it. However, the following points should be noted during the installation process: Download the MySQL installer for Windows. Select the appropriate version of MySQL (community or enterprise). Select the appropriate installation directory and character set during the installation process. Set the root user password and keep it properly. Connect to the database for testing. Note the compatibility and security issues on Windows 7, and it is recommended to upgrade to a supported operating system.

InnoDB's full-text search capabilities are very powerful, which can significantly improve database query efficiency and ability to process large amounts of text data. 1) InnoDB implements full-text search through inverted indexing, supporting basic and advanced search queries. 2) Use MATCH and AGAINST keywords to search, support Boolean mode and phrase search. 3) Optimization methods include using word segmentation technology, periodic rebuilding of indexes and adjusting cache size to improve performance and accuracy.

MySQL is an open source relational database management system. 1) Create database and tables: Use the CREATEDATABASE and CREATETABLE commands. 2) Basic operations: INSERT, UPDATE, DELETE and SELECT. 3) Advanced operations: JOIN, subquery and transaction processing. 4) Debugging skills: Check syntax, data type and permissions. 5) Optimization suggestions: Use indexes, avoid SELECT* and use transactions.

The difference between clustered index and non-clustered index is: 1. Clustered index stores data rows in the index structure, which is suitable for querying by primary key and range. 2. The non-clustered index stores index key values and pointers to data rows, and is suitable for non-primary key column queries.

MySQL and MariaDB can coexist, but need to be configured with caution. The key is to allocate different port numbers and data directories to each database, and adjust parameters such as memory allocation and cache size. Connection pooling, application configuration, and version differences also need to be considered and need to be carefully tested and planned to avoid pitfalls. Running two databases simultaneously can cause performance problems in situations where resources are limited.

In MySQL database, the relationship between the user and the database is defined by permissions and tables. The user has a username and password to access the database. Permissions are granted through the GRANT command, while the table is created by the CREATE TABLE command. To establish a relationship between a user and a database, you need to create a database, create a user, and then grant permissions.

Data Integration Simplification: AmazonRDSMySQL and Redshift's zero ETL integration Efficient data integration is at the heart of a data-driven organization. Traditional ETL (extract, convert, load) processes are complex and time-consuming, especially when integrating databases (such as AmazonRDSMySQL) with data warehouses (such as Redshift). However, AWS provides zero ETL integration solutions that have completely changed this situation, providing a simplified, near-real-time solution for data migration from RDSMySQL to Redshift. This article will dive into RDSMySQL zero ETL integration with Redshift, explaining how it works and the advantages it brings to data engineers and developers.
