Netbeans/C3/Connecting-to-a-MySQL-Database/English-timed

Time	Narration
00:00	Hello everyone,
00:02	Welcome to the tutorial on 'Connecting to a MySQL Database'
00:07	In this tutorial, we will look at
00:09	Configuring MySQL server properties
00:14	Starting the MySQL server
00:17	Creating and connecting to the database
00:20	Creating database tables, under which we will explore two methods:
00:26	using the sql editor,
00:29	using the create table dialogue and, finally,
00:33	Running an SQL script
00:37	For this demonstration, I am using the Linux Operating System Ubuntu v12.04,
00:44	and Netbeans IDE v7.1.1
00:48	You also need, the Java Development Kit (JDK) v6
00:54	and MySQL database server
00:57	To learn this tutorial, basic understanding of database management is necessary.
01:03	To know more, watch PHPandMySQL spoken tutorials on the link shown.
01:10	Other standard programming terminologies have been used in this tutorial.
01:16	This tutorial demonstrates how to setup a connection to a MySQL database from the Netbeans IDE.
01:24	Once connected, we will work with MySQL in the IDE's Database Explorer.
01:31	Let us switch to the IDE now.
01:36	Netbeans IDE comes bundled with support for the MySQL RDBMS.
01:42	Before you access MySQL database server in Netbeans, you must configure the MySQL server properties.
01:51	Right-click the Databases node in the Services window.
01:56	Choose Register MySQL Server to open the MySQL server properties dialogue box.
02:05	Confirm that the server host name and the port are correct.
02:10	Notice that the IDE enters localhost as the default server host name.
02:18	3306 is the default server port number.
02:23	Enter the Administrator Username if not displayed
02:27	On my system, the Administrator username is root
02:33	Enter the Administrator password.
02:36	On my system, the password is blank.
02:40	Click the Admin Properties tab at the top of the dialog box.
02:45	This allows you to enter information for controlling the MySQL server.
02:51	In the Path/URL to admin tool: field,
02:56	type or browse to the location of your MySQL Administration application.
03:02	On my system, the location to the tool is /usr/bin/mysqladmin
03:12	Type any arguments for the admin tool in the Arguments field.
03:18	This can also be left blank.
03:22	In the Path to start command: field
03:25	type or browse to the location of the MySQL start command.
03:29	On my system it is /usr/bin/mysqld_safe
03:38	Type any arguments for the start command in the Arguments field.
03:42	Here, I will type -u space root space start
03:51	In the Path to stop command:
03:54	type or browse to the location of the MySQL stop command.
03:58	This is usually the path to mysqladmin' in the bin folder of the MySQL installation directory.
04:06	On my system this is /usr/bin/mysqladmin
04:14	If the command is mysqladmin, in the Arguments field, type -u space root space stop.
04:27	When finished, the Admin Properties tab should resemble what is shown on the screen.
04:33	Click OK.
04:36	First ensure that the MySQL database server is running on your machine.
04:42	The MySQL server node in the Service window indicates whether the MySQL database server is connected.
04:52	After making sure that it is running, right-click the Databases >> MySQL server node and choose Connect.
05:05	When expanded, the MySQL server node displays all the available MySQL databases.
05:13	A common way of interacting with databases is through an SQL Editor.
05:19	Netbeans has a built-in SQL Editor for this purpose.
05:23	You can access this by right-clicking on the connection node.
05:29	Let us now create a new database instance using the SQL Editor.
05:34	In the Services window, right-click the MySQL server node and choose Create Database.
05:44	In the Create Database dialogue , type the name of the new database.
05:50	I will name this mynewdatabase.
05:56	You can also grant full access to a given user.
06:01	By default, only the admin user has the permissions to perform certain commands.
06:08	The drop-down list allows you to assign these permissions to a specified user.
06:13	It is a good practice to grant users most permissions, except to drop tables.
06:18	And allow users to modify only those databases that are created by their application.
06:25	But for now, we will leave the checkbox unselected.
06:30	Click OK.
06:34	Let us now create tables, populate them with data, and modify the data maintained in tables.
06:41	mynewdatabase is currently empty.
06:44	Let us explore the first method to input data in the tables.
06:48	In the Database explorer, expand the mynewdatabase connection node.
06:58	There are three sub folders:
07:00	Tables, Views and Procedures.
07:04	Right-click the Tables folder and choose Execute Command.
07:11	A blank canvas opens in the SQL Editor in the main window.
07:16	Let us type a simple query in this SQL editor.
07:30	I have now typed a simple query in the SQL editor.
07:36	This is a table definition for the Counselor table we are about to create.
07:42	To execute this query, either right-click the Run SQL icon in the task bar at the top.
07:51	Or right-click within the SQL Editor and choose Run Statement.
08:00	The IDE generates the Counselor table in the database.
08:04	You can see this message in the Output window,
08:12	which says that the command was executed successfully,
08:17	To verify these changes, right-click the Tables node in the Database Explorer.
08:25	Choose Refresh.
08:28	This updates the current status of the specified database.
08:32	The new Counselor table now displays under the Tables option.
08:40	If you expand the table node, you can see the columns that you created.
08:46	Let us now explore the next method to input data in the tables,
08:51	i.e. Using the Create Table Dialog
08:54	In the Database Explorer, right-click the Tables node, and choose Create Table.
09:03	The Create Table dialogue opens.
09:06	In the Table name text field, type Subject
09:13	Click on Add Column
09:16	In the Add Column dialogue, type id in the Name field.
09:22	Choose SMALLINT for data-type from the Type drop-down menu.
09:30	Select the Primary Key checkbox in the Add Column dialog box.
09:35	This is to specify the primary key for your table.
09:39	Note that when you select the Key check box, the Index and Unique check boxes are automatically selected;
09:49	Also the Null check box is deselected.
09:53	This is because primary keys are used to identify a unique row in the database.
09:59	Click OK.
10:03	Repeat this procedure to add the remaining columns, as shown on the screen.
10:09	We have now created a table named Subject that will hold data for Name, Description, and Counselor ID
10:20	Click OK.
10:23	By running SQL queries on a database, we can add, modify and delete data maintained in database structures.
10:32	Let us add a new record to the Counselor table.
10:35	Choose Execute Command from the Tables node context menu.
10:43	A new SQL Editor opens in the main window.
10:47	In the SQL Editor, let us type a simple query:
11:00	To execute this query, right-click within the source editor, and choose Run Statement
11:07	Let us now verify if the new record has been added to the table.
11:12	Right-click the Counselor table, and choose View Data.
11:18	A new SQL Editor opens in the main window.
11:21	A query to select all data from the table is automatically generated.
11:27	The results of this statement are displayed in a table view below the workspace.
11:41	Note that a new row has been added with the data we just supplied.
11:46	We can also run an external SQL script directly in the IDE.
11:52	I have a SQL query here for demonstrative purposes.
11:59	This script creates two tables similar to the ones we have just created.
12:04	i.e. Counselor and Subject
12:09	Because the script overwrites these tables,
12:12	we will delete these two tables if they already exist.
12:16	To delete tables, right-click on the Counselor table
12:21	and choose Delete.
12:24	Click Yes in the Confirm Object Deletion dialogue box.
12:31	Repeat the same for the Subject table
12:38	Now, open the existing SQL query file from your system.
12:43	From the File menu, choose Open File.
12:48	Browse to the location containing this file.
12:54	The script automatically opens in the SQL editor.
12:59	Make sure the connection to mynewdatabase is selected.
13:03	Check this from the connection drop-down in the toolbar at the top of the editor.
13:13	Click the Run SQL button in the task bar.
13:17	And the script is executed against the selected database.
13:22	Right-click the mynewdatabase connection node and choose Refresh.
13:28	This updates the database component to the current status of the specified database.
13:34	Right-click on any of these tables now and choose View Data.
13:41	And below the workspace, you can see the data contained in the new tables.
13:52	In this tutorial you learnt to,
13:54	configure MySQL on your computer
13:57	set up a connection to the database server from the IDE
14:02	create, delete, modify data and
14:06	run SQL queries
14:10	As an assignment,
14:11	Create another database instance with tables
14:15	Populate these tables with necessary data to maintain your personal book library
14:21	And run these SQL statements to view data
14:29	I have created a similar database which maintains details of my personal movie library.
14:37	Your assignment should resemble this.
14:44	Watch the video available at the link shown on the screen.
14:48	It summarizes the Spoken Tutorial project.
14:51	If you do not have good bandwidth, you can download and watch it.
14:56	The Spoken Tutorial project team conduct workshops using Spoken Tutorials.
15:01	Gives certificates to those who pass an online test.
15:04	For more details please write to contact@spoken-tutorial.org
15:10	Spoken Tutorial Project is a part of the Talk to a Teacher Project
15:15	It is Supported by the National Mission on education through ICT, MHRD, Government of India
15:20	More information on this mission is available at link provided here
15:27	This tutorial has been contributed by IT for Change
15:30	Thank you

Contributors and Content Editors

PoojaMoolya, Pratik kamble, Sandhya.np14