applications int 1.0 .0 kyuubi.backend.server.event.json.log.path file:///tmp/ kyuubi/ev ents The location of server events go for the builtin JSON logger strin g 1.4 .0 kyuubi.backend.server.event history loggers, where session/operation etc events go. JSON: the events will be written to the location of kyuubi.backend.server. event.json.log.path JDBC: to be done CUSTOM: to be done. seq 1.4 .0 deregistering the engine. int 1.2 .0 kyuubi.engine.event.json.log.path file:///tmp/ kyuubi/ev ents The location of all the engine events go for the builtin JSON logger. Local Path: start with 'file://' HDFS Path:

applications int 1.0 .0 kyuubi.backend.server.event.json.log.path file:///tmp/ kyuubi/ev ents The location of server events go for the builtin JSON logger strin g 1.4 .0 kyuubi.backend.server.event history loggers, where session/operation etc events go. JSON: the events will be written to the location of kyuubi.backend.server. event.json.log.path JDBC: to be done CUSTOM: to be done. seq 1.4 .0 deregistering the engine. int 1.2 .0 kyuubi.engine.event.json.log.path file:///tmp/ kyuubi/ev ents The location of all the engine events go for the builtin JSON logger. Local Path: start with 'file://' HDFS Path:

applications int 1.0 .0 kyuubi.backend.server.event.json.log.path file:///tmp/ kyuubi/ev ents The location of server events go for the builtin JSON logger strin g 1.4 .0 kyuubi.backend.server.event history loggers, where session/operation etc events go. JSON: the events will be written to the location of kyuubi.backend.server. event.json.log.path JDBC: to be done CUSTOM: to be done. seq 1.4 .0 deregistering the engine. int 1.2 .0 kyuubi.engine.event.json.log.path file:///tmp/ kyuubi/ev ents The location of all the engine events go for the builtin JSON logger. Local Path: start with 'file://' HDFS Path:

Basic discovery and exploration – Quickly reason about the data in various formats (Parquet, CSV, JSON, text) in your data lake in cloud storage or an on-prem HDFS cluster. • Lakehouse formation and analytics When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal commands: QUIT EXIT CLEAR EXPLAIN [ ( option [, ...] ) ] options: FORMAT { TEXT | GRAPHVIZ | JSON } TYPE { LOGICAL | DISTRIBUTED | VALIDATE | IO } DESCRIBE SHOW COLUMNS FROM SHOW FUNCTIONS

0 码力 | 206 页 | 3.78 MB | 1 年前

3

Apache Kyuubi 1.7.3 Documentation

Basic discovery and exploration – Quickly reason about the data in various formats (Parquet, CSV, JSON, text) in your data lake in cloud storage or an on-prem HDFS cluster. • Lakehouse formation and analytics When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal commands: QUIT EXIT CLEAR EXPLAIN [ ( option [, ...] ) ] options: FORMAT { TEXT | GRAPHVIZ | JSON } TYPE { LOGICAL | DISTRIBUTED | VALIDATE | IO } DESCRIBE

SHOW COLUMNS FROM SHOW FUNCTIONS

0 码力 | 211 页 | 3.79 MB | 1 年前

3

Apache Kyuubi 1.7.1-rc0 Documentation

Basic discovery and exploration – Quickly reason about the data in various formats (Parquet, CSV, JSON, text) in your data lake in cloud storage or an on-prem HDFS cluster. • Lakehouse formation and analytics When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal commands: QUIT EXIT CLEAR EXPLAIN [ ( option [, ...] ) ] options: FORMAT { TEXT | GRAPHVIZ | JSON } TYPE { LOGICAL | DISTRIBUTED | VALIDATE | IO } DESCRIBE

SHOW COLUMNS FROM SHOW FUNCTIONS

0 码力 | 208 页 | 3.78 MB | 1 年前

3

Apache Kyuubi 1.7.3-rc0 Documentation

Basic discovery and exploration – Quickly reason about the data in various formats (Parquet, CSV, JSON, text) in your data lake in cloud storage or an on-prem HDFS cluster. • Lakehouse formation and analytics When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal commands: QUIT EXIT CLEAR EXPLAIN [ ( option [, ...] ) ] options: FORMAT { TEXT | GRAPHVIZ | JSON } TYPE { LOGICAL | DISTRIBUTED | VALIDATE | IO } DESCRIBE

SHOW COLUMNS FROM SHOW FUNCTIONS

0 码力 | 211 页 | 3.79 MB | 1 年前

3

Apache Kyuubi 1.7.0-rc0 Documentation

Basic discovery and exploration – Quickly reason about the data in various formats (Parquet, CSV, JSON, text) in your data lake in cloud storage or an on-prem HDFS cluster. • Lakehouse formation and analytics When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal commands: QUIT EXIT CLEAR EXPLAIN [ ( option [, ...] ) ] options: FORMAT { TEXT | GRAPHVIZ | JSON } TYPE { LOGICAL | DISTRIBUTED | VALIDATE | IO } DESCRIBE

SHOW COLUMNS FROM SHOW FUNCTIONS

0 码力 | 210 页 | 3.79 MB | 1 年前

3

Apache Kyuubi 1.7.0 Documentation

Basic discovery and exploration – Quickly reason about the data in various formats (Parquet, CSV, JSON, text) in your data lake in cloud storage or an on-prem HDFS cluster. • Lakehouse formation and analytics When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal commands: QUIT EXIT CLEAR EXPLAIN [ ( option [, ...] ) ] options: FORMAT { TEXT | GRAPHVIZ | JSON } TYPE { LOGICAL | DISTRIBUTED | VALIDATE | IO } DESCRIBE

SHOW COLUMNS FROM SHOW FUNCTIONS

0 码力 | 206 页 | 3.78 MB | 1 年前

3

Apache Kyuubi 1.7.2 Documentation

Basic discovery and exploration – Quickly reason about the data in various formats (Parquet, CSV, JSON, text) in your data lake in cloud storage or an on-prem HDFS cluster. • Lakehouse formation and analytics When Kyuubi is secured by Kerberos, the authentication procedure becomes a little complicated. The graph above shows a simplified kerberos authentication procedure: 1. Kerberos client sends user principal commands: QUIT EXIT CLEAR EXPLAIN [ ( option [, ...] ) ] options: FORMAT { TEXT | GRAPHVIZ | JSON } TYPE { LOGICAL | DISTRIBUTED | VALIDATE | IO } DESCRIBE

SHOW COLUMNS FROM SHOW FUNCTIONS

0 码力 | 211 页 | 3.79 MB | 1 年前

3

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