 Apache ShardingSphere 5.1.1 DocumentTRUE mysql.storageclass Storage class needed by MySQL persistent storage. nil mysql.storagerequest Space for MySQL persistent storage. nil ZooKeeper parameters Name Description V a l u e z ookeeper.enabled Storage class needed by ZooKeeper persistent stor‐ age. n i l ˋ ˋ zookeepe r. storagerequest Space for ZooKeeper persistent storage. n i l ˋ ˋ ShardingSphere-Proxy parameters Name Description V a actually, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot search for data by index, so paginating with ID is a better solution on0 码力 | 458 页 | 3.43 MB | 1 年前3 Apache ShardingSphere 5.1.1 DocumentTRUE mysql.storageclass Storage class needed by MySQL persistent storage. nil mysql.storagerequest Space for MySQL persistent storage. nil ZooKeeper parameters Name Description V a l u e z ookeeper.enabled Storage class needed by ZooKeeper persistent stor‐ age. n i l ˋ ˋ zookeepe r. storagerequest Space for ZooKeeper persistent storage. n i l ˋ ˋ ShardingSphere-Proxy parameters Name Description V a actually, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot search for data by index, so paginating with ID is a better solution on0 码力 | 458 页 | 3.43 MB | 1 年前3
 Apache ShardingSphere 5.0.0-alpha Documentactually, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot search for data by index, so paginating with ID is a better solution on ersion'], 'o-', color='magenta', label='master_ version') plt.plot(dataset['master_xa'], 'o-', color='darkviolet', label='master_xa') plt.plot(dataset['4.1.1_version'], 'r--', color='blue', label='4 1.1_version') plt.plot(dataset['3.0.0_version'], 'r--', color='orange', label='3.0.0_version ') plt.plot(dataset['mysql_server'], 'r--', color='lime', label='mysql_server') plt.xlim() plt.legend()0 码力 | 311 页 | 2.09 MB | 1 年前3 Apache ShardingSphere 5.0.0-alpha Documentactually, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot search for data by index, so paginating with ID is a better solution on ersion'], 'o-', color='magenta', label='master_ version') plt.plot(dataset['master_xa'], 'o-', color='darkviolet', label='master_xa') plt.plot(dataset['4.1.1_version'], 'r--', color='blue', label='4 1.1_version') plt.plot(dataset['3.0.0_version'], 'r--', color='orange', label='3.0.0_version ') plt.plot(dataset['mysql_server'], 'r--', color='lime', label='mysql_server') plt.xlim() plt.legend()0 码力 | 311 页 | 2.09 MB | 1 年前3
 Apache ShardingSphere 5.1.2 Documentactually, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot search for data by index, so paginating with ID is a better solution on ersion'], 'o-', color='magenta', label='master_ version') plt.plot(dataset['master_xa'], 'o-', color='darkviolet', label='master_xa') plt.plot(dataset['4.1.1_version'], 'r--', color='blue', label='4 1.1_version') plt.plot(dataset['3.0.0_version'], 'r--', color='orange', label='3.0.0_version ') plt.plot(dataset['mysql_server'], 'r--', color='lime', label='mysql_server') plt.xlim() plt.legend()0 码力 | 503 页 | 3.66 MB | 1 年前3 Apache ShardingSphere 5.1.2 Documentactually, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot search for data by index, so paginating with ID is a better solution on ersion'], 'o-', color='magenta', label='master_ version') plt.plot(dataset['master_xa'], 'o-', color='darkviolet', label='master_xa') plt.plot(dataset['4.1.1_version'], 'r--', color='blue', label='4 1.1_version') plt.plot(dataset['3.0.0_version'], 'r--', color='orange', label='3.0.0_version ') plt.plot(dataset['mysql_server'], 'r--', color='lime', label='mysql_server') plt.xlim() plt.legend()0 码力 | 503 页 | 3.66 MB | 1 年前3
 Mybatis 3.3.0 中文用户指南property="make" column="make"/> Mybatis 3.3.0 中文用户指南property="make" column="make"/>- property="make" column="make"/> 0 码力 | 98 页 | 2.03 MB | 1 年前3
 Apache ShardingSphere 中文文档 5.0.0-alphaersion'], 'o-', color='magenta', label='master_ version') plt.plot(dataset['master_xa'], 'o-', color='darkviolet', label='master_xa') plt.plot(dataset['4.1.1_version'], 'r--', color='blue', label='4 1.1_version') plt.plot(dataset['3.0.0_version'], 'r--', color='orange', label='3.0.0_version ') plt.plot(dataset['mysql_server'], 'r--', color='lime', label='mysql_server') plt.xlim() plt.legend()0 码力 | 301 页 | 3.44 MB | 1 年前3 Apache ShardingSphere 中文文档 5.0.0-alphaersion'], 'o-', color='magenta', label='master_ version') plt.plot(dataset['master_xa'], 'o-', color='darkviolet', label='master_xa') plt.plot(dataset['4.1.1_version'], 'r--', color='blue', label='4 1.1_version') plt.plot(dataset['3.0.0_version'], 'r--', color='orange', label='3.0.0_version ') plt.plot(dataset['mysql_server'], 'r--', color='lime', label='mysql_server') plt.xlim() plt.legend()0 码力 | 301 页 | 3.44 MB | 1 年前3
 Apache ShardingSphere v5.5.0 documentlogical SQL, the parameter value of the shard key, and the routing result into the cache, exchange space for time, and reduce CPU usage of the routing logic. We recommend enabling it only if the following logical SQL, the parameter value of the shard key, and the routing result into the cache, exchange space for time, and reduce CPU usage of the routing logic. We recommend enabling it only if the following practice, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot query data by index, so paginating with ID is a better solution if ID0 码力 | 602 页 | 3.85 MB | 1 年前3 Apache ShardingSphere v5.5.0 documentlogical SQL, the parameter value of the shard key, and the routing result into the cache, exchange space for time, and reduce CPU usage of the routing logic. We recommend enabling it only if the following logical SQL, the parameter value of the shard key, and the routing result into the cache, exchange space for time, and reduce CPU usage of the routing logic. We recommend enabling it only if the following practice, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot query data by index, so paginating with ID is a better solution if ID0 码力 | 602 页 | 3.85 MB | 1 年前3
 Apache ShardingSphere 中文文档 5.0.0onfiguration 可配置属性: • 名称 * 数据类型 说明 type Str ing Cluster mode 类 型, 如: Zookeeper, Etcd name space Str ing Cluster mode 实例命名空间如: cluster‐sharding‐mode se rver‐ lists Str ing Zookeeper / Etcd 服 务 * • 说明 类 | 型 | * | id 属 | Cluster 模式实例名称性 | type 属 | Cluster 模式类型。如:ZooKeeper, Etcd 性 | name space 属 | Cluster 模式命名空间性 | se rver‐ lists 属 | Zookeeper 或 Etcd 服务列表。包括 IP 性 | 地址和端口号。多个 地址用逗号分隔。如: host1:21810 码力 | 385 页 | 4.26 MB | 1 年前3 Apache ShardingSphere 中文文档 5.0.0onfiguration 可配置属性: • 名称 * 数据类型 说明 type Str ing Cluster mode 类 型, 如: Zookeeper, Etcd name space Str ing Cluster mode 实例命名空间如: cluster‐sharding‐mode se rver‐ lists Str ing Zookeeper / Etcd 服 务 * • 说明 类 | 型 | * | id 属 | Cluster 模式实例名称性 | type 属 | Cluster 模式类型。如:ZooKeeper, Etcd 性 | name space 属 | Cluster 模式命名空间性 | se rver‐ lists 属 | Zookeeper 或 Etcd 服务列表。包括 IP 性 | 地址和端口号。多个 地址用逗号分隔。如: host1:21810 码力 | 385 页 | 4.26 MB | 1 年前3
 Apache ShardingSphere 5.4.1 Documentlogical SQL, the parameter value of the shard key, and the routing result into the cache, exchange space for time, and reduce CPU usage of the routing logic. We recommend enabling it only if the following practice, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot query data by index, so paginating with ID is a better solution if ID0 码力 | 572 页 | 3.73 MB | 1 年前3 Apache ShardingSphere 5.4.1 Documentlogical SQL, the parameter value of the shard key, and the routing result into the cache, exchange space for time, and reduce CPU usage of the routing logic. We recommend enabling it only if the following practice, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot query data by index, so paginating with ID is a better solution if ID0 码力 | 572 页 | 3.73 MB | 1 年前3
 Apache ShardingSphere 5.0.0 Documentactually, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot search for data by index, so paginating with ID is a better solution on0 码力 | 403 页 | 3.15 MB | 1 年前3 Apache ShardingSphere 5.0.0 Documentactually, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot search for data by index, so paginating with ID is a better solution on0 码力 | 403 页 | 3.15 MB | 1 年前3
 Apache ShardingSphere 5.2.0 Documentpractice, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot query data by index, so paginating with ID is a better solution if ID0 码力 | 483 页 | 4.27 MB | 1 年前3 Apache ShardingSphere 5.2.0 Documentpractice, because a large amount of data still needs to be transmitted to ShardingSphere’s memory space for ordering. LIMIT cannot query data by index, so paginating with ID is a better solution if ID0 码力 | 483 页 | 4.27 MB | 1 年前3
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