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Man Pages (Zip) - 402.4Kb
Info (Gzip) - 4.3Mb
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MySQL Globalization
MySQL Information Schema
MySQL Installation Guide
Security in MySQL
Starting and Stopping MySQL
MySQL and Linux/Unix
MySQL and Windows
MySQL and macOS
MySQL and Solaris
Building MySQL from Source
MySQL Restrictions and Limitations
MySQL Partitioning
MySQL Tutorial
MySQL Performance Schema
MySQL Replication
Using the MySQL Yum Repository
MySQL NDB Cluster 8.0
MySQL provides a standard way of creating spatial columns for geometry types, for example, withCREATE TABLE orALTER TABLE. Spatial columns are supported forMyISAM,InnoDB,NDB, andARCHIVE tables. See also the notes about spatial indexes underSection 13.4.10, “Creating Spatial Indexes”.
Columns with a spatial data type can have an SRID attribute, to explicitly indicate the spatial reference system (SRS) for values stored in the column. For implications of an SRID-restricted column, seeSection 13.4.1, “Spatial Data Types”.
Use the
CREATE TABLEstatement to create a table with a spatial column:CREATE TABLE geom (g GEOMETRY);Use the
ALTER TABLEstatement to add or drop a spatial column to or from an existing table:ALTER TABLE geom ADD pt POINT;ALTER TABLE geom DROP pt;
PDF (A4) - 43.4Mb
Man Pages (TGZ) - 297.2Kb
Man Pages (Zip) - 402.4Kb
Info (Gzip) - 4.3Mb
Info (Zip) - 4.3Mb
MySQL Globalization
MySQL Information Schema
MySQL Installation Guide
Security in MySQL
Starting and Stopping MySQL
MySQL and Linux/Unix
MySQL and Windows
MySQL and macOS
MySQL and Solaris
Building MySQL from Source
MySQL Restrictions and Limitations
MySQL Partitioning
MySQL Tutorial
MySQL Performance Schema
MySQL Replication
Using the MySQL Yum Repository
MySQL NDB Cluster 8.0