between encryption rules. Based on the YAML configuration, ShardingSphere automatically completes the creation of ShardingSphereDataSource objects, reducing unnecessary coding efforts for users. Parameters SpringBoot’s capabilities, such as configuration initialization and Bean manage‐ ment. It can complete the creation of the ShardingSphereDataSource object and reduce unnecessary coding. Parameters spring.shardingsphere capabilities of initializing SringBoot configuration process and bean management to complete the creation of ShardingSphereDataSource object, reducing unneces‐ sary coding work. 4.1. ShardingSphere-JDBC

between encryption rules. Based on the YAML configuration, ShardingSphere automatically completes the creation of ShardingSphereDataSource objects, reducing unnecessary coding efforts for users. 4.1. ShardingSphere-JDBC SpringBoot’s capabilities, such as configuration initialization and Bean manage‐ ment. It can complete the creation of the ShardingSphereDataSource object and reduce unnecessary coding. 4.1. ShardingSphere-JDBC capabilities of initializing SringBoot configuration process and bean management to complete the creation of ShardingSphereDataSource object, reducing unneces‐ sary coding work. 4.1. ShardingSphere-JDBC

algorithmProperties: algorithmProperty [, algorithmProperty] ... algorithmProperty: key=value • Support the creation of static readwrite‐splitting rules and dynamic readwrite‐splitting rules • Dynamic readwrite‐splitting database (refer to ShardingSphere‐Proxy data source configuration rules) 3. Create a role or user with creation permission for ShardingSphere‐Proxy 4. Start Zookeeper service (for persistent configuration) database (refer to ShardingProxy data source configuration rules) 3. Create a role or user with creation permission for ShardingProxy 4. Start Zookeeper service (for persistent configuration) Start ShardingProxy

between encryption rules. Based on the YAML configuration, ShardingSphere automatically completes the creation of ShardingSphereDataSource objects, reducing unnecessary coding efforts for users. Parameters between mask rules. Based on the YAML configuration, Shard‐ ingSphere automatically completes the creation of ShardingSphereDataSource objects, reducing unnecessary coding efforts for users. Parameters MySQL service; 2. Create to be registered MySQL databases; 3. Create role and user in MySQL with creation permission for ShardingSphere‐Proxy; 4. Start Zookeeper service; 5. Add mode and authentication

between encryption rules. Based on the YAML configuration, ShardingSphere automatically completes the creation of ShardingSphereDataSource objects, reducing unnecessary coding efforts for users. Parameters between mask rules. Based on the YAML configuration, Shard‐ ingSphere automatically completes the creation of ShardingSphereDataSource objects, reducing unnecessary coding efforts for users. Parameters MySQL service; 2. Create to be registered MySQL databases; 3. Create role and user in MySQL with creation permission for ShardingSphere‐Proxy; 4. Start Zookeeper service; 9.2. ShardingSphere-Proxy 364

2015 最近更新: 24 五月 2015 || 版本: 3.3.0 版本: 3.3.0 Web page converted to PDF with the PDFmyURL PDF creation API! 关于SLF4J、Apache Commons Logging、Apache Log4J和JDK Logging的API介绍已经超出本文档的范围。 不过，下面的例子可 以作为一个快 appender.stdout.layout=org.apache.log4j.PatternLayout Web page converted to PDF with the PDFmyURL PDF creation API! log4j.appender.stdout.layout.ConversionPattern=%5p [%t] - %m%n 添加以上配置后，Log4J就会把 org.mybatis org.mybatis.example.BlogMapper.selectBlog=TRACE Web page converted to PDF with the PDFmyURL PDF creation API! 看到了吧，两种配置没差别！ 配置文件 log4j.properties 的余下内容是针对日志格式的，这一内容已经超出本 文档范围。关于Log4J的更多内容，可以参考Log4J的

algorithmProperties: algorithmProperty [, algorithmProperty] ... algorithmProperty: key=value • Support the creation of static readwrite‐splitting rules and dynamic readwrite‐splitting rules • Dynamic readwrite‐splitting MySQL service; 2. Create to be registered MySQL databases; 3. Create role and user in MySQL with creation permission for ShardingSphere‐Proxy; 4. Start Zookeeper service; 5. Add mode and authentication EN‐ GINE = InnoDB DEFAULT CHARSET = utf8; INSERT INTO t_order_item(order_id, user_id, status, creation_date) values (1, 1, ‘insert’, ‘2017‐08‐08’), (2, 2, ‘insert’, ‘2017‐08‐08’) ON DUPLICATE KEY UPDATE

algorithmProperties: algorithmProperty [, algorithmProperty] ... algorithmProperty: key=value • Support the creation of static readwrite‐splitting rules and dynamic readwrite‐splitting rules • Dynamic readwrite‐splitting MySQL service; 2. Create to be registered MySQL databases; 3. Create role and user in MySQL with creation permission for ShardingSphere‐Proxy; 4. Start Zookeeper service; 5. Add mode and authentication INT NOT NULL, order_id INT NOT NULL, user_id INT NOT NULL, status VARCHAR(45) CHARSET utf8mb4, creation_date DATE, PRIMARY KEY (item_id)); INSERT INTO T_ORDER (order_id, user_id, status) VALUES (1,2

EN‐ GINE = InnoDB DEFAULT CHARSET = utf8; INSERT INTO t_order_item(order_id, user_id, status, creation_date) values (1, 1, ‘insert’, ‘2017‐08‐08’), (2, 2, ‘insert’, ‘2017‐08‐08’) ON DUPLICATE KEY UPDATE UPDATE status = ‘init’; INSERT INTO t_order_item (order_id , user_id , sta‐ tus , creation_date)VALUES (1, 1,‘insert’, ‘2017‐08‐08’), (2, 2,‘insert’,‘2017‐08‐08’ )ON DUPLICATE KEY UPDATE status execu‐ tion requests directly to the thread pool to concurrently execute, but focuses more on the creation of a balanced data source connection, the consumption generated by the memory usage, the maximum

EN‐ GINE = InnoDB DEFAULT CHARSET = utf8; INSERT INTO t_order_item(order_id, user_id, status, creation_date) values (1, 1, ‘insert’, ‘2017‐08‐08’), (2, 2, ‘insert’, ‘2017‐08‐08’) ON DUPLICATE KEY UPDATE UPDATE status = ‘init’; INSERT INTO t_order_item (order_id , user_id , sta‐ tus , creation_date)VALUES (1, 1,‘insert’, ‘2017‐08‐08’), (2, 2,‘insert’,‘2017‐08‐08’ )ON DUPLICATE KEY UPDATE status