OceanBase logo

OceanBase

A unified distributed database ready for your transactional, analytical, and AI workloads.

DEPLOY YOUR WAY

OceanBase Cloud

The best way to deploy and scale OceanBase

OceanBase Enterprise

Run and manage OceanBase on your infra

TRY OPEN SOURCE

OceanBase Community Edition

The free, open-source distributed database

OceanBase seekdb

Open source AI native search database

Customer Stories

Real-world success stories from enterprises across diverse industries.

View All
BY USE CASES

Mission-Critical Transactions

Global & Multicloud Application

Elastic Scaling for Peak Traffic

Real-time Analytics

Active Geo-redundancy

Database Consolidation

Resources

Comprehensive knowledge hub for OceanBase.

Blog

Live Demos

Training & Certification

Documentation

Official technical guides, tutorials, API references, and manuals for all OceanBase products.

View All
PRODUCTS

OceanBase Cloud

OceanBase Database

Tools

Connectors and Middleware

QUICK START

OceanBase Cloud

OceanBase Database

BEST PRACTICES

Practical guides for utilizing OceanBase more effectively and conveniently

Company

Learn more about OceanBase – our company, partnerships, and trust and security initiatives.

About OceanBase

Partner

Trust Center

Contact Us

International - English
中国站 - 简体中文
日本 - 日本語
Sign In
Start on Cloud

A unified distributed database ready for your transactional, analytical, and AI workloads.

DEPLOY YOUR WAY

OceanBase Cloud

The best way to deploy and scale OceanBase

OceanBase Enterprise

Run and manage OceanBase on your infra

TRY OPEN SOURCE

OceanBase Community Edition

The free, open-source distributed database

OceanBase seekdb

Open source AI native search database

Customer Stories

Real-world success stories from enterprises across diverse industries.

View All
BY USE CASES

Mission-Critical Transactions

Global & Multicloud Application

Elastic Scaling for Peak Traffic

Real-time Analytics

Active Geo-redundancy

Database Consolidation

Comprehensive knowledge hub for OceanBase.

Blog

Live Demos

Training & Certification

Documentation

Official technical guides, tutorials, API references, and manuals for all OceanBase products.

View All
PRODUCTS
OceanBase CloudOceanBase Database
ToolsConnectors and Middleware
QUICK START
OceanBase CloudOceanBase Database
BEST PRACTICES

Practical guides for utilizing OceanBase more effectively and conveniently

Learn more about OceanBase – our company, partnerships, and trust and security initiatives.

About OceanBase

Partner

Trust Center

Contact Us

Start on Cloud
编组
All Products
    • Databases
    • iconOceanBase Database
    • iconOceanBase Cloud
    • iconOceanBase Tugraph
    • iconInteractive Tutorials
    • iconOceanBase Best Practices
    • Tools
    • iconOceanBase Cloud Platform
    • iconOceanBase Migration Service
    • iconOceanBase Developer Center
    • iconOceanBase Migration Assessment
    • iconOceanBase Admin Tool
    • iconOceanBase Loader and Dumper
    • iconOceanBase Deployer
    • iconKubernetes operator for OceanBase
    • iconOceanBase Diagnostic Tool
    • iconOceanBase Binlog Service
    • Connectors and Middleware
    • iconOceanBase Database Proxy
    • iconEmbedded SQL in C for OceanBase
    • iconOceanBase Call Interface
    • iconOceanBase Connector/C
    • iconOceanBase Connector/J
    • iconOceanBase Connector/ODBC
    • iconOceanBase Connector/NET
icon

OceanBase Database

SQL - V4.0.0Enterprise Edition

  • Overview
    • Overview
    • System architecture
    • Compatibility with MySQL
    • Compatibility with Oracle
      • Overview
      • SQL data types
      • Built-in functions
      • System views
    • Limits
  • Get Started
    • Quick start with OceanBase Database
    • Hands on for OceanBase SQL
      • Usage notes
      • Basic SQL operations (MySQL mode)
      • Basic SQL operations (Oracle mode)
    • Build applications (MySQL Mode)
      • Connect Python applications to OceanBase Database
      • Connect Java applications to OceanBase Database
      • Connect C applications to OceanBase Database
    • Build applications(Oracle Mode)
      • Connect Python applications to OceanBase Database
      • Connect Java applications to OceanBase Database
      • Connect C applications to OceanBase Database
    • Experience OceanBase advanced features
      • Experience scalable OLTP
        • Run the TPC-C benchmark in OceanBase Database
        • Experience the hot row update capability of OceanBase Database
      • Experience operational OLAP
      • Experience parallel import and data compression
      • Experience the multitenancy feature
  • Develop
    • Develop (MySQL Mode)
      • Connect to Oceanbase Database with client
        • Overview
        • Connect to an OceanBase Database tenant by using a MySQL client
        • Connect to an OceanBase Database tenant by using OBClient
        • Connect to OceanBase Database by using ODC
        • Java application
          • OceanBase Connector/J
          • Java APIs
          • Connect Java applications to OceanBase Database
        • C application
          • OceanBase Connector/C
          • C API functions
          • Connect C applications to OceanBase Database
        • Python applications
        • SpringBoot connection example
        • SpringBatch connection example
        • Example of Database connection pool configuration
          • Overview of database connection pool configuration
          • Example of configuring a Tomcat connection pool
          • Example of configuring a C3P0 connection pool
          • Example of configuring a Proxool connection pool
          • Example of configuring a HiKariCP connection pool
          • Example of configuring a DBCP connection pool
          • CommonPool configuration example
          • Example of configuring a JDBC connection pool
        • SpringJDBC connection example
        • SpringJPA connection example
        • Hibernate connection example
        • MyBatis connection example
      • Create and manage database objects
        • About DDL statements
        • View the currently connected database
        • Change the password of a user
        • Data type
          • General data types
          • Unsupported data types
        • Create and manage tables
          • About tables
          • Create a table
          • About auto-increment columns
          • About types of column constraints
          • About table structure modification
          • About table clearing
          • About table dropping
          • Flash back a dropped table
          • About table privileges
        • Create and manage partition tables
          • About partitioned tables
          • Create a partitioned table
          • Manage a partitioned table
          • Create a subpartitioned table
          • Manage a subpartitioned table
          • Partition routing
          • Indexes on partitioned tables
          • Suggestions on using partitioned tables
        • Create and manage indexes
          • About indexes
          • Create an index
          • Drop an index
        • Create and manage views
          • About views
          • Create a view
          • Modify a view
          • Delete a view
        • Create and manage sequences
          • About sequences
          • Create a sequence
          • Modify a sequence
          • Delete a sequence
        • Create and manage triggers
          • About triggers
          • Create a trigger
          • Delete a trigger
      • Query
        • About queries
        • Single-table queries
        • Conditional queries
        • ORDER BY queries
        • GROUP BY queries
        • Use the LIMIT clause in queries
        • Query data from multiple tables
          • About multi-table join queries
          • INNER JOIN queries
          • OUTER JOIN queries
          • Subqueries
        • Use operators and functions in a query
          • Use arithmetic operators in queries
          • Use numerical functions in queries
          • Use string connectors in queries
          • Use string functions in queries
          • Use datetime functions in queries
          • Use type conversion functions in queries
          • Use aggregate functions in queries
          • Use NULL-related functions in queries
          • Use the CASE conditional operator in queries
          • Use the SELECT FOR UPDATE statement to lock query results
        • Execution plan
          • View an execution plan
          • Understand an execution plan
        • Use SQL hints in queries
        • Variables of query timeout
      • DML statements and transactions
        • DML statement
          • About DML statements
          • About the INSERT statement
          • UPDATE statements
          • About the DELETE statement
          • About the REPLACE INTO statement
        • Transactions
          • About transaction control statements
          • Start a transaction
          • Transaction savepoints
          • Commit a transaction
          • Roll back a transaction
          • About transaction timeout
      • Common errors and solutions
        • About error codes
        • Database connection error
        • About timeout
          • Idle session timeout
          • Transaction timeout errors
        • About user
          • Locked user
          • Incorrect user password
        • About table
          • Table already exists
          • Table does not exist
          • Invalid use of NULL value
        • About constraint
          • Unique key conflict
          • Foreign key conflict
        • About SQL commands
          • Data truncation
    • Develop (Oracle Mode)
      • Connect to Oceanbase Database with client
        • Overview
        • Connect to an OceanBase tenant by using an Oracle client
        • Connect to an OceanBase Database tenant by using OBClient
        • Connect to OceanBase Database by using ODC
      • Application development
        • Java application
          • OceanBase Connector/J
          • Java APIs
          • Connect Java applications to OceanBase Database
        • Python application
          • OceanBase Connector/J in Python
          • Python APIs
          • Connect Python applications to OceanBase Database
        • 300.c-application-1
          • OceanBase Connector/C
          • OBCI APIs
          • Connect C applications to OceanBase Database
      • Create and manage database objects
        • About DDL statements
        • View the currently connected database
        • Change the password of a user
        • Data type
          • General data types
          • Unsupported data types
        • Create and manage tables
          • About tables
          • Create a table
          • Define an auto-increment column by using the SEQUENCE keyword
          • About types of column constraints
          • About table structure modification
          • About table clearing
          • About table dropping
          • Flash back a dropped table
          • About table privileges
        • Create and manage partition tables
          • About partitioned tables
          • Create a partitioned table
          • Manage a partitioned table
          • Create a subpartitioned table
          • Manage a subpartitioned table
          • Partition routing
          • Indexes on partitioned tables
          • Suggestions on using partitioned tables
        • Create and manage indexes
          • Drop an index
          • About indexes
          • Create an index
        • Create and manage views
          • About views
          • Create a view
          • Modify a view
          • Drop a view
        • Create and manage sequences
          • About sequences
          • Create a sequence
          • Modify a sequence
          • Delete a sequence
        • Create and manage synonyms
          • About synonyms
          • Create a synonym
          • Delete a synonym
        • Create and manage triggers
          • About triggers
          • Create a trigger
          • Modify a trigger
          • Delete a trigger
          • Enable or disable a trigger
      • Query
        • About queries
        • Single-table queries
        • Conditional queries
        • ORDER BY queries
        • GROUP BY queries
        • Use Row_Limiting_Clause in queries
        • Query data from multiple tables
          • About multi-table join queries
          • INNER JOIN queries
          • OUTER JOIN queries
          • Subqueries
        • Use operators and functions in a query
          • Use arithmetic operators in queries
          • Use numerical functions in queries
          • Use string concatenation operators in queries
          • Use string functions in queries
          • Use datetime functions in queries
          • Use type conversion functions in queries
          • Use aggregate functions in queries
          • Use NULL-related functions in queries
          • Use CASE functions in queries
          • Use the SELECT FOR UPDATE statement to lock query results
        • Execution plan
          • View execution plans of queries
          • Understand an execution plan
        • Use SQL hints in queries
        • About query timeout variables
      • DML statements and transactions
        • DML statement
          • About DML statements
          • About the INSERT statement
          • UPDATE statements
          • About the MERGE statement
          • About the DELETE statement
        • Transactions
          • About transaction control statements
          • Start a transaction
          • Transaction savepoints
          • Commit a transaction
          • Roll back a transaction
          • About transaction timeout
      • Common errors and solutions
        • Overview
        • Database connection error
        • About timeout
          • Idle session timeout
          • Transaction timeout errors
        • About user
          • Locked user
          • Incorrect user password
        • About object
          • Object already exists
          • Object does not exist
        • About constraint
          • Unique key conflict
          • Foreign key conflict
        • About sql
          • Data type inconsistency
  • Deploy
    • Overview
    • Deployment procedure
    • Preparations before deployment
      • Prepare servers
      • Configure servers
      • Prepare installation packages
    • HA solution for OceanBase clusters
    • Deploy through the CLI
      • Configure the deployment environment
        • Install oat-cli
        • Use oat-cli to configure the deployment environment
        • Configure the clock source
        • Upload installation packages
        • Configure host information
        • Check the environment before deployment
      • Deploy OCP
        • Deployment description
        • Generate a configuration file
        • Start deployment
        • Check after deployment
      • Deploy the OceanBase cluster
        • Deploy a single-replica OceanBase cluster
        • Deploy a three-replica OceanBase cluster
      • Deploy OBProxy
        • Deploy OBProxy through the CLI
      • Create an OceanBase tenant
        • View resources available for a business tenant
        • Create a tenant
        • Verify after deployment
      • Deploy OMS
        • Deployment description
        • Modify the configuration file
        • Start deployment
        • Check after deployment
      • Deploy ODC
        • Deployment description
        • Modify the configuration file
        • Start deployment
        • Check after deployment
  • Migrate
    • Overview
    • Migrate data by using SQL scripts
    • Migrate data by using MySQLDump
    • Migrate data by using DataX
    • Migrate data by using OUTFILE statements

Download PDF

Overview System architecture Compatibility with MySQL Overview SQL data types Built-in functions System views Limits Quick start with OceanBase Database Usage notes Basic SQL operations (MySQL mode) Basic SQL operations (Oracle mode) Connect Python applications to OceanBase Database Connect Java applications to OceanBase Database Connect C applications to OceanBase Database Connect Python applications to OceanBase Database Connect Java applications to OceanBase Database Connect C applications to OceanBase Database Experience operational OLAP Experience parallel import and data compression Experience the multitenancy feature Overview Deployment procedure Prepare servers Configure servers Prepare installation packages HA solution for OceanBase clustersOverview Migrate data by using SQL scripts Migrate data by using MySQLDumpMigrate data by using DataX Migrate data by using OUTFILE statements
OceanBase logo

The Unified Distributed Database for the AI Era.

Follow Us
Products
OceanBase CloudOceanBase EnterpriseOceanBase Community EditionOceanBase seekdb
Resources
DocsBlogLive DemosTraining & Certification
Company
About OceanBaseTrust CenterLegalPartnerContact Us
Follow Us

© OceanBase 2026. All rights reserved

Cloud Service AgreementPrivacy PolicySecurity
Contact Us
Document Feedback
  1. Documentation Center
  2. OceanBase Database
  3. SQL
  4. V4.0.0
iconOceanBase Database
SQL - V 4.0.0Enterprise Edition
SQL
KV
  • V 4.4.2
  • V 4.3.5
  • V 4.3.3
  • V 4.3.1
  • V 4.3.0
  • V 4.2.5
  • V 4.2.2
  • V 4.2.1
  • V 4.2.0
  • V 4.1.0
  • V 4.0.0
  • V 3.1.4 and earlier

Create a partitioned table

Last Updated:2023-07-25 05:42:17  Updated
share
What is on this page
Overview
Create a RANGE-partitioned table
Syntax
Parameters
Examples
Create a LIST-partitioned table
Syntax
Parameters
Examples
Create a HASH-partitioned table
Syntax
Parameters
Examples
Subsequent operations

folded

share

This topic describes the method of creating a partitioned table and other related items.

Overview

The RANGE, LIST, and HASH partitioning methods are supported for partitioned tables.

Create a RANGE-partitioned table

Syntax

CREATE TABLE table_name (column_name column_type[, column_name column_type])
  PARTITION BY RANGE(column_name)
    (PARTITION partition_name VALUES LESS THAN(expr)
     [, PARTITION partition_name VALUES LESS THAN (expr )...]
     [, PARTITION partition_name VALUES LESS THAN (MAXVALUE)]
     );

Note

When you create a RANGE-partitioned table, comply with the following rules:

  • A VALUES LESS THAN clause must be specified for each partition. This clause specifies a non-inclusive upper bound for the partition. Values of the partitioning key equal to or higher than this upper bound are added to the next higher partition.
  • All partitions, except the first one, have an implicit lower bound, which is the upper bound of the previous partition.
  • A MAXVALUE literal can be defined only for the last partition. MAXVALUE represents a virtual infinite value that is always greater than other possible values for the partitioning key, including the NULL value. If MAXVALUE is specified for the last RANGE partition, you cannot add a new partition.

Parameters

Parameter Description
table_name The table name.
column_name The column name.
column_type The data type of the column.
partition_name The partition name.

Examples

Create a RANGE-partitioned table.

  1. Create a partitioned table named tbl1_log_r.

    obclient> CREATE TABLE tbl1_log_r(log_id NUMBER,log_date DATE NOT NULL DEFAULT SYSDATE)
           PARTITION BY RANGE(log_date)
            (PARTITION M197001 VALUES LESS THAN(TO_DATE('1970/02/01','YYYY/MM/DD'))
             , PARTITION M197002 VALUES LESS THAN(TO_DATE('1970/03/01','YYYY/MM/DD'))
             , PARTITION M197003 VALUES LESS THAN(TO_DATE('1970/04/01','YYYY/MM/DD'))
             , PARTITION M197004 VALUES LESS THAN(TO_DATE('1970/05/01','YYYY/MM/DD'))
             , PARTITION M197005 VALUES LESS THAN(TO_DATE('1970/06/01','YYYY/MM/DD'))
             , PARTITION M197006 VALUES LESS THAN(TO_DATE('1970/07/01','YYYY/MM/DD'))
             , PARTITION M197007 VALUES LESS THAN(TO_DATE('1970/08/01','YYYY/MM/DD'))
             , PARTITION M197008 VALUES LESS THAN(TO_DATE('1970/09/01','YYYY/MM/DD'))
             , PARTITION M197009 VALUES LESS THAN(TO_DATE('1970/10/01','YYYY/MM/DD'))
             , PARTITION M197010 VALUES LESS THAN(TO_DATE('1970/11/01','YYYY/MM/DD'))
             , PARTITION M197011 VALUES LESS THAN(TO_DATE('1970/12/01','YYYY/MM/DD'))
             , PARTITION M197012 VALUES LESS THAN(TO_DATE('1971/01/01','YYYY/MM/DD'))
             , PARTITION MMAX VALUES LESS THAN (MAXVALUE)
             );
    Query OK, 0 rows affected
    
  2. View the tbl1_log_r partitioned table.

    obclient> SHOW CREATE TABLE tbl1_log_r\G
    *************************** 1. row ***************************
           TABLE: TBL1_LOG_R
    CREATE TABLE: CREATE TABLE "TBL1_LOG_R" (
      "LOG_ID" NUMBER(38),
      "LOG_DATE" DATE DEFAULT sysdate NOT NULL ENABLE
    ) COMPRESS FOR ARCHIVE REPLICA_NUM = 1 BLOCK_SIZE = 16384 USE_BLOOM_FILTER = FALSE TABLET_SIZE = 134217728 PCTFREE = 0
     partition by range(log_date)
    (partition M197001 values less than (TO_DATE('1970-02-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition M197002 values less than (TO_DATE('1970-03-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition M197003 values less than (TO_DATE('1970-04-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition M197004 values less than (TO_DATE('1970-05-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition M197005 values less than (TO_DATE('1970-06-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition M197006 values less than (TO_DATE('1970-07-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition M197007 values less than (TO_DATE('1970-08-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition M197008 values less than (TO_DATE('1970-09-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition M197009 values less than (TO_DATE('1970-10-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition M197010 values less than (TO_DATE('1970-11-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition M197011 values less than (TO_DATE('1970-12-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition M197012 values less than (TO_DATE('1971-01-01 00:00:00', 'SYYYY-MM-DD HH24:MI:SS', 'NLS_CALENDAR=GREGORIAN')),
    partition MMAX values less than (MAXVALUE))
    1 row in set
    
  3. Insert data into the tbl1_log_r table.

    obclient> INSERT INTO tbl1_log_r VALUES (1,date'1970-11-11');
    Query OK, 1 row affected
    
  4. View the partition into which data is inserted.

    obclient> SELECT * FROM tbl1_log_r partition(M197011);
    +--------+-----------+
    | LOG_ID | LOG_DATE  |
    +--------+-----------+
    |      1 | 11-NOV-70 |
    +--------+-----------+
    1 row in set
    

Create a LIST-partitioned table

Syntax

CREATE TABLE table_name (column_name column_type[,column_name column_type])
  PARTITION BY { LIST ( expr(column_name) | column_name )}
    (PARTITION partition_name VALUES (v01 [, v0N])
     [,PARTITION partition_name VALUES (vN1 [, vNN])]
     [,PARTITION partition_name VALUES (DEFAULT)]
    );

Note

  • In LIST partitioning, the partitioning expression can reference only one column instead of multiple columns (column vectors).
  • If DEFAULT is specified for the last LIST partition, you cannot add more partitions.

Parameters

Parameter Description
table_name The table name.
column_name The column name.
column_type The data type of the column.
partition_name The partition name.
DEFAULTv Only the last partition can have this parameter, which is an indefinite value that is greater than the upper bound of any other partitions, including NULLs.

Examples

Create a LIST-partitioned table.

  1. Create a partitioned table named tbl1_log_l.

    obclient> CREATE TABLE tbl1_log_l(log_id INT,log_value VARCHAR2(20))
           PARTITION BY LIST(log_value)
            (PARTITION P01 VALUES ('A'),
             PARTITION P02 VALUES ( 'B' ),
             PARTITION P03 VALUES ( 'C' )
            );
    Query OK, 0 rows affected
    
  2. View the tbl1_log_l partitioned table.

    obclient> SHOW CREATE TABLE tbl1_log_l\G
    *************************** 1. row ***************************
           TABLE: TBL1_LOG_L
    CREATE TABLE: CREATE TABLE "TBL1_LOG_L" (
      "LOG_ID" NUMBER(38),
      "LOG_VALUE" VARCHAR2(20)
    ) COMPRESS FOR ARCHIVE REPLICA_NUM = 1 BLOCK_SIZE = 16384 USE_BLOOM_FILTER = FALSE TABLET_SIZE = 134217728 PCTFREE = 0
     partition by list(log_value)
    (partition P01 values  ('A'),
    partition P02 values  ('B'),
    partition P03 values  ('C'))
    1 row in set
    
  3. Insert data into the tbl1_log_l table.

    obclient> INSERT INTO tbl1_log_l VALUES (1,'A');
    Query OK, 1 row affected
    
  4. View the partition into which data is inserted.

    obclient> SELECT * FROM tbl1_log_l partition(P01);
    +--------+-----------+
    | LOG_ID | LOG_VALUE |
    +--------+-----------+
    |      1 | A         |
    +--------+-----------+
    1 row in set
    

Create a HASH-partitioned table

Syntax

CREATE TABLE table_name (column_name column_type[,column_name column_type])
PARTITION BY HASH(expr) PARTITIONS partition_count;

Parameters

Parameter Description
table_name The table name.
column_name The column name.
column_type The data type of the column.
expr The expression for HASH partitioning.
partition_count The number of partitions.

Examples

Create a HASH-partitioned table.

  1. Create a partitioned table named tbl1_h.

    obclient> CREATE TABLE tbl1_h(col1 INT,col2 VARCHAR(50))
           PARTITION BY HASH(col1) PARTITIONS 60;
    Query OK, 0 rows affected
    
  2. View the tbl1_h partitioned table.

    obclient> SHOW CREATE TABLE tbl1_h\G
    *************************** 1. row ***************************
           TABLE: TBL1_H
    CREATE TABLE: CREATE TABLE "TBL1_H" (
      "COL1" NUMBER(38),
      "COL2" VARCHAR2(50)
    ) COMPRESS FOR ARCHIVE REPLICA_NUM = 1 BLOCK_SIZE = 16384 USE_BLOOM_FILTER = FALSE TABLET_SIZE = 134217728 PCTFREE = 0
     partition by hash(col1)
    (partition P0,
    partition P1,
    partition P2,
    partition P3,
    partition P4,
    partition P5,
    partition P6,
    partition P7,
    partition P8,
    partition P9,
    partition P10,
    partition P11,
    partition P12,
    partition P13,
    partition P14,
    partition P15,
    partition P16,
    partition P17,
    partition P18,
    partition P19,
    partition P20,
    partition P21,
    partition P22,
    partition P23,
    partition P24,
    partition P25,
    partition P26,
    partition P27,
    partition P28,
    partition P29,
    partition P30,
    partition P31,
    partition P32,
    partition P33,
    partition P34,
    partition P35,
    partition P36,
    partition P37,
    partition P38,
    partition P39,
    partition P40,
    partition P41,
    partition P42,
    partition P43,
    partition P44,
    partition P45,
    partition P46,
    partition P47,
    partition P48,
    partition P49,
    partition P50,
    partition P51,
    partition P52,
    partition P53,
    partition P54,
    partition P55,
    partition P56,
    partition P57,
    partition P58,
    partition P59)
    1 row in set
    
  3. Insert data into the tbl1_h table.

    obclient> INSERT INTO tbl1_h VALUES (1,'AA');
    Query OK, 1 row affected
    
  4. View the partition into which data is inserted.

    obclient> SELECT * FROM tbl1_h partition(P1);
    +------+------+
    | COL1 | COL2 |
    +------+------+
    |    1 | AA   |
    +------+------+
    1 row in set
    

Subsequent operations

After creating a partition, you can add, drop, or truncate the partition. For information about partition management, see Manage a partitioned table.

Previous topic

About partitioned tables
Last

Next topic

Manage a partitioned table
Next
What is on this page
Overview
Create a RANGE-partitioned table
Syntax
Parameters
Examples
Create a LIST-partitioned table
Syntax
Parameters
Examples
Create a HASH-partitioned table
Syntax
Parameters
Examples
Subsequent operations