Create MySQL native interface database connection
conn = mysql(datasource,username,password)conn is a connection
object.
conn = mysql(username,password,Name,Value)"Server","dbtb00" specifies the database server name as
dbtb00.
Create a MySQL® native interface connection to a MySQL database. Then, import data from the database into MATLAB® and perform simple data analysis. Close the database connection.
This example assumes that you are connecting to a MySQL database version 5.7.22 using the MySQL Connector/C++ driver version 8.0.15.
Connect to the database using the data source name, user name, and password.
datasource = "MySQLNative"; username = "root"; password = "matlab"; conn = mysql(datasource,username,password)
conn =
connection with properties:
DataSource: "MySQLNative"
UserName: "root"
Database Properties:
AutoCommit: "on"
LoginTimeout: 0
MaxDatabaseConnections: 151
Catalog and Schema Information:
DefaultCatalog: "toystore_doc"
Catalogs: ["information_schema", "mysql", "performance_schema" ... and 3 more]
Schemas: []
Database and Driver Information:
DatabaseProductName: "MySQL"
DatabaseProductVersion: "5.7.22"
DriverName: "MySQL Connector/C++"
DriverVersion: "8.0.15"
The property sections of the connection object are:
Database Properties — Information about the database configuration
Catalog and Schema Information — Names of catalogs and schemas in the database
Database and Driver Information — Names and versions of the database and driver
Import all data from the table inventoryTable into MATLAB using the sqlread function. Display the first three rows of data.
tablename = "inventoryTable";
data = sqlread(conn,tablename);
head(data,3)ans=3×4 table
productNumber Quantity Price inventoryDate
_____________ ________ _____ _____________________
1 1700 14.5 "2014-09-23 09:38:34"
2 1200 9 "2014-07-08 22:50:45"
3 356 17 "2014-05-14 07:14:28"
Determine the highest product quantity from the table.
max(data.Quantity)
ans = 9000
Close the database connection conn.
close(conn)
Create a MySQL® native interface connection to a MySQL database using name-value pair arguments. Then, import data from the database into MATLAB® and perform simple data analysis. Close the database connection.
This example assumes that you are connecting to a MySQL database version 5.7.22 using the MySQL Connector/C++ driver version 8.0.15.
Connect to the database using the user name and password shown. Specify the database server name dbtb01, database name toystore_doc, and port number 3306 by setting the corresponding name-value pair arguments.
username = "root"; password = "matlab"; conn = mysql(username,password,'Server',"dbtb01", ... 'DatabaseName',"toystore_doc",'PortNumber',3306)
conn =
connection with properties:
Database: "toystore_doc"
UserName: "root"
Database Properties:
AutoCommit: "on"
LoginTimeout: 0
MaxDatabaseConnections: 151
Catalog and Schema Information:
DefaultCatalog: "toystore_doc"
Catalogs: ["information_schema", "mysql", "performance_schema" ... and 3 more]
Schemas: []
Database and Driver Information:
DatabaseProductName: "MySQL"
DatabaseProductVersion: "5.7.22"
DriverName: "MySQL Connector/C++"
DriverVersion: "8.0.15"
The property sections of the connection object are:
Database Properties — Information about the database configuration
Catalog and Schema Information — Names of catalogs and schemas in the database
Database and Driver Information — Names and versions of the database and driver
Import all data from the table inventoryTable into MATLAB using the sqlread function. Display the first three rows of data.
tablename = "inventoryTable";
data = sqlread(conn,tablename);
head(data,3)ans=3×4 table
productNumber Quantity Price inventoryDate
_____________ ________ _____ _____________________
1 1700 14.5 "2014-09-23 09:38:34"
2 1200 9 "2014-07-08 22:50:45"
3 356 17 "2014-05-14 07:14:28"
Determine the highest product quantity from the table.
max(data.Quantity)
ans = 9000
Close the database connection conn.
close(conn)
datasource — Data source nameData source name, specified as a character vector or string scalar. Specify the name of an existing data source.
Example: "myDataSource"
Data Types: char | string
username — User nameUser name required to access the database, specified as a character vector or string scalar.
If no user name is required, specify an empty value "".
Data Types: char | string
password — PasswordPassword required to access the database, specified as a character vector or string scalar. If
no password is required, specify an empty value "".
Data Types: char | string
Specify optional
comma-separated pairs of Name,Value arguments. Name is
the argument name and Value is the corresponding value.
Name must appear inside quotes. You can specify several name and value
pair arguments in any order as
Name1,Value1,...,NameN,ValueN.
conn =
mysql(username,password,"Server","dbtb01","PortNumber",3306,"DatabaseName","toystore_doc")
creates a MySQL native interface database connection using the database server
dbtb01, port number 3306, and database name
toystore_doc.'Server' — Database server name"localhost" (default) | string scalar | character vectorDatabase server name or address, specified as the comma-separated pair consisting
of 'Server' and a string scalar or character vector.
Example: "dbtb00"
Data Types: char | string
'PortNumber' — Port number3306 (default) | numeric scalarPort number, specified as the comma-separated pair consisting of
'PortNumber' and a numeric scalar.
Example: 3306
Data Types: double
'DatabaseName' — Database name"" (default) | string scalar | character vectorDatabase name, specified as the comma-separated pair consisting of
'DatabaseName' and a string scalar or character vector. If you do
not specify a database name, the mysql function connects to the
default database on the database server.
Example: "toystore_doc"
Data Types: char | string
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