rules? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 294 7.7 In addition to internal distributed primary key, does ShardingSphere support other na‐ tive auto‐increment keys? . . . external conditions, SQL hint can be used flexibly to inject ShardingColumn. For example, in the internal system, databases are divided according to the staff’s ID, but this column does not exist in the two steps: result set grouping and unit creation. Result set grouping is the key to realize the internal connection model concept. According to the config‐ uration option of maxConnectionSizePerQuery

. . . . . . . . . . . . . . . . . . . . . . . . . . . 307 7.7.15 15. [Sharding] In addition to internal distributed primary key, does Sharding‐ Sphere support other native auto‐increment keys? . . . quickly, a single database can not apply to all application scenarios anymore. At the same time, the internal of scenario is becoming more and more detailed, and it has become normal for similar scenarios two steps: result set grouping and unit creation. Result set grouping is the key to realize the internal connection model concept. According to the config‐ uration option of maxConnectionSizePerQuery

KeyGenerateAlgorithm interface and configuring type property?349 7.8.16 [Sharding] In addition to internal distributed primary key, does ShardingSphere support other native auto‐increment keys? . . . . quickly, a single database can not apply to all application scenarios anymore. At the same time, the internal of scenario is becoming more and more detailed, and it has become normal for similar scenarios 63 Apache ShardingSphere document, v5.1.1 Tracing Tracing data between distributed services or internal processes will be collected by agent. It then will be sent to APM system. Metrics System statistical

KeyGenerateAlgorithm interface and configuring type property?361 7.8.16 [Sharding] In addition to internal distributed primary key, does ShardingSphere support other native auto‐increment keys? . . . . quickly, a single database can not apply to all application scenarios anymore. At the same time, the internal of scenario is becoming more and more detailed, and it has become normal for similar scenarios demonstration, service topology analysis and so on. Tracing Tracing data between distributed services or internal processes will be collected by agent. It then will be sent to APM system. Metrics System statistical

KeyGenerateAlgorithm interface and configuring type property? . 459 8.3.9 Sharding In addition to internal distributed primary key, does ShardingSphere support other native auto‐increment keys? . . . . users’write database and read database changes, ShardingSphere dynamically senses and corrects the internal primary/secondary relationship, thus ensuring the correct routing of the read and write traffic display, application topology analysis, etc. Tracing Tracing data between distributed services or internal processes will be collected by agent. It will then be sent to third‐party APM systems. Metrics

KeyGenerateAlgorithm interface and configuring type property? . 498 8.3.9 Sharding In addition to internal distributed primary key, does ShardingSphere support other native auto‐increment keys? . . . . users’write database and read database changes, ShardingSphere dynamically senses and corrects the internal primary/secondary relationship, thus ensuring the correct routing of the read and write traffic display, application topology analysis, etc. Tracing Tracing data between distributed services or internal processes will be collected by agent. It will then be sent to third‐party APM systems. Metrics

KeyGenerateAlgorithm interface and configuring type property? . 551 13.4.9 Sharding In addition to internal distributed primary key, does ShardingSphere support other native auto‐increment keys? . . . . display, application topology analysis, etc. Tracing Tracing data between distributed services or internal processes will be collected by agent. It will then be sent to third‐party APM systems. Metrics two steps: result set grouping and unit creation. Result set grouping is the key to realizing the internal connection model concept. According to the con‐ figuration items of maxConnectionSizePerQuery,

KeyGenerateAlgorithm interface and configuring type property? . 580 13.3.9 Sharding In addition to internal distributed primary key, does ShardingSphere support other native auto‐increment keys? . . . . display, application topology analysis, etc. Tracing Tracing data between distributed services or internal processes will be collected by agent. It will then be sent to third‐party APM systems. Metrics two steps: result set grouping and unit creation. Result set grouping is the key to realizing the internal connection model concept. According to the con‐ figuration items of maxConnectionSizePerQuery,

generator type; default means using default auto-increament key generator; user defined generator or internal generator (SNOWFLAKE, UUID) can both be selected spring.shardingsphere.sharding.tables. shardingsphere.core.keygen.generator. impl.SnowflakeKeyGenerator in default; user defined generator or internal generator (SNOWFLAKE or UUID) can both be used spring.shardingsphere.sharding.default-key-generator