Open the Database Explorer app by clicking theAppstab on the MATLAB Toolstrip. Then, on the right of theAppssection, click theShow morearrow to open the apps gallery. UnderDatabase Connectivity and Reporting, clickDatabase Explorer．另外,输入databaseExplorerat the command line.

In theData Sourcesection, selectConfigure Data Source>Configure JDBC data source．

The JDBC Data Source Configuration dialog box opens.

In theNamebox, enter a name for your data source. (This example uses a data source namedSQLite．) You use this name to establish a connection to your database.

From theVendorlist, selectOther．

In theDriver Locationbox, enter the full path to the JDBC driver file.

In theDriverbox, enter the SQLite driver Java^®class object. Here, useorg.sqlite.JDBC．

Connect to the SQLite database by creating a URL string using the formatjdbc:subprotocol:subname．Thejdbcpart of this string remains constant for any JDBC driver.subprotocolis a database type, in this case,sqlite．For SQLite,subnamecontains the location of the database. For example, your URL string isjdbc:sqlite:dbpath, wheredbpathis the full path to your SQLite database on your computer. Enter your string in theURLbox and pressEnter．

UnderConnection Options, in theNamecolumn, enter the name of an additional driver-specific option. Then, in theValuecolumn, enter the value of the driver-specific option. Click the plus sign+to specify additional driver-specific options.

ClickTest．The Test Connection dialog box opens. Enter the user name and password for your database, or leave these boxes blank if your database does not require them. ClickTest．

If your connection succeeds, the Database Explorer dialog box displays a message indicating the connection is successful. Otherwise, it displays an error message.

ClickSave．The JDBC Data Source Configuration dialog box displays a message indicating the data source is saved successfully. Close this dialog box.

Create a JDBC data source for an SQLite database.

vendor ="Other"; opts = databaseConnectionOptions("jdbc",vendor);

Set the JDBC connection options. For example, this code assumes that you are connecting to a JDBC data source namedSQLite, full path of the SQLite driver location/home/user/Drivers/sqlite-jdbc-3.8.11.2.jar, SQLite driver Java class objectorg.sqlite.JDBC, and URL stringjdbc:sqlite:/home/user/Databases/sqlite.db．

opts = setoptions(opts,．..'DataSourceName',"SQLite",．..'JDBCDriverLocation',"/home/user/Drivers/sqlite-jdbc-3.8.11.2.jar",．..'Driver',"org.sqlite.JDBC",．..'URL',"jdbc:sqlite:/home/user/Databases/sqlite.db");

Test the database connection by specifying the user nameusernameand passwordpwd, or leave these arguments blank if your database does not require them.

username ="username"; password ="pwd"; status = testConnection(opts,username,password);

Save the JDBC data source.

saveAsDataSource(opts)

On theDatabase Explorertab, in theConnectionssection, clickConnectand select the data source for the connection.

In the connection dialog box, enter a user name and password, or leave these boxes blank if your database does not require them. ClickConnect．

The app connects to the database and displays its tables in theData Browserpane. A data source tab appears to the right of the pane. The title of the data source tab is the data source name that you defined during the setup. The data source tab contains emptySQL QueryandData Previewpanes.

Select tables in theData Browserpane to query the database.

Close the data source tab to close the SQL query. In theConnectionssection, close the database connection by clickingClose Connection．

Connect to an SQLite database using the configured JDBC data source, user nameusername, and passwordpwd．

datasource ="SQLite"; username ="username"; password ="pwd"; conn = database(datasource,username,password);

Close the database connection.

close(conn)