production data. 1.3 Advantages • Ultimate Performance Having been polished for years, the driver is close to a native JDBC in terms of efficiency, with ultimate performance. • Ecosystem Compatibility meet the needs in scenarios with high concurrency, and most of them use flexible transactions with ultimate consistency instead of strong consistent transactions. 8.1.3 Goal The main design goal of the not closed yet. Premise 1. Install and configure GraalVM Community Edition or a downstream distribution of GraalVM Community Edition for JDK 17 according to https://www.graalvm.org/downloads/. If SDKMAN

production data. 1.3 Advantages • Ultimate Performance Having been polished for years, the driver is close to a native JDBC in terms of efficiency, with ultimate performance. • Ecosystem Compatibility meet the needs in scenarios with high concurrency, and most of them use flexible transactions with ultimate consistency instead of strong consistent transactions. 8.1.3 Goal The main design goal of the Sphere JDBC side. Premise 1. Install and configure GraalVM Community Edition or a downstream distribution of GraalVM Community Edition for JDK 22 according to https://www.graalvm.org/downloads/. If SDKMAN

document, v5.2.0 1.1.3 Advantages • Ultimate Performance Having been polished for years, the driver is close to a native JDBC in terms of efficiency, with ultimate performance. • Ecosystem Compatibility meet the needs in scenarios with high concurrency, and most of them use flexible transactions with ultimate consistency instead of strong consistent transactions. 3.1.3 Goal The main design goal of the

production data. 1.1.3 Advantages • Ultimate Performance Having been polished for years, the driver is close to a native JDBC in terms of efficiency, with ultimate performance. • Ecosystem Compatibility meet the needs in scenarios with high concurrency, and most of them use flexible transactions with ultimate consistency instead of strong consistent transactions. 3.1.3 Goal The main design goal of the

${ expression } or $->{ expression } expressions, according to each sub‐expression result, the ultimate result of the whole expression will be in cartesian combination. For example, the following inline SQL (log- icColumn)? We can understand according to the meaning of Apache ShardingSphere. The ultimate goal of Apache ShardingSphere is to shield the encryption of the underlying data, that is, we do

${ expression } or $->{ expression } expressions, according to each sub‐expression result, the ultimate result of the whole expression will be in cartesian combination. For example, the following inline SQL (log- icColumn)? We can understand according to the meaning of Apache ShardingSphere. The ultimate goal of Apache ShardingSphere is to shield the encryption of the underlying data, that is, we do

${ expression } or $->{ expression } expressions, according to each sub‐expression result, the ultimate result of the whole expression will be in cartesian combination. For example, the following inline SQL (log- icColumn)? We can understand according to the meaning of Apache ShardingSphere. The ultimate goal of Apache ShardingSphere is to shield the encryption of the underlying data, that is, we do

${ expression } or $->{ expression } expressions, according to each sub‐expression result, the ultimate result of the whole expression will be in cartesian combination. For example, the following inline SQL (log- icColumn)? We can understand according to the meaning of Apache ShardingSphere. The ultimate goal of Apache ShardingSphere is to shield the encryption of the underlying data, that is, we do

前提条件 1. 根据 https://www.graalvm.org/downloads/ 要求安装和配置 JDK 17 对应的 GraalVM Community Edition 或 GraalVM Community Edition 的下游发行版。若使用 SDKMAN!， sdk install java 17.0.9-graalce 2. 根据 https://www.graalvm.or

前提条件 1. 根据 https://www.graalvm.org/downloads/ 要求安装和配置 JDK 22 对应的 GraalVM Community Edition 或 GraalVM Community Edition 的下游发行版。若使用 SDKMAN!， sdk install java 22.0.1-graalce 2. 根据 https://www.graalvm.or