Start learning with our library of video tutorials taught by experts. Get started
Viewers: in countries Watching now:
Whether you're building a web- or desktop-based application with Java SE or Java EE, many Java applications need to integrate data from a relational database. This course describes how to read and manage data from relational databases such as MySQL and SQL Server using the Java Database Connectivity (JDBC) API.
Author David Gassner explains how to choose a JDBC driver and connect to one or more databases. He also provides detailed instructions on reading, selecting, and updating data; calling stored procedures; managing data via JavaBean classes or with prepared statements; and working with metadata.
The exercises in this course are designed to work with Java 7, the most recent version of the Java Programming Language as of the time of this recording. If you haven't programmed with Java 7 before, you want to install it on your computer and make sure it's working. If you need to install Java 7, you can get the JDK or the Java Developers Kit from Oracle. Go to the URL oracle.com/Java, that will take you to the main Java page, then go to the Downloads menu and select Java for Developers.
On this screen you'll see that there are two downloads available, the JDK or Java Developers Kit, and the JRE or Java Runtime Environment. You'll want the JDK. I'll click that link, and I'll see a listing of all the different installations for various Operating Systems. You can choose from the Mac version or the Windows version, and notice that there are two versions for Windows, one for 64 bit and one for X86 or 32-bit. After following the rest of the instructions to install the JDK on your system, if you're working on a Mac, make sure that you have set the Java 7 Runtime as your default.
To do this, go to the Java Preferences application, which you can find through Spotlight or from Finder by going to the Applications/Utilities folder. I'll open Java Preferences and show you the state it should be in. You should have Java 7 installed, and Java SE7 should be at the top of the list that makes it your default. If you're working on Windows, all you need to do is install the JDK. It'll be fine if it's installed side by side with Java 6 or an older version of the JDK.
It just has to be present on your system. Once you have installed Java 7 on your system, the next step is to make sure that you can create and run a Java 7 project in Eclipse. I have already installed Eclipse, and I'll go to the Eclipse Preferences dialog. You can get the Preferences either through Eclipse Preferences on Mac or from the Window menu on Windows. In the Preferences dialog, go to the Java section and then to the Compiler and make sure your Compiler compliance level is set to 1.7, which is the actual underlying version number for what's called in marketing Java 7.
If you don't see 1.7 as a possible option, make sure that you're running at least Juno Eclipse 4.2. If all that is set, now you're ready to create a simple project and make sure that some code will work. That would only work if you're running Java 7 or later. I'll close the Preferences dialog and create a new Java project. I'll name the project Java7Test, and I'll make sure that my execution environment JRE is set to JavaSE-1.7, and I'll click Finish.
I'll open up the project and go to the source folder, and I'll create a New Class. I will name my class Main. I'll add it to a package called com.lynda.javatraining, and I'll make sure that I have checked the option to create a main method, and I'll click Finish. Now I'm going to execute a little bit of code that will only work correctly if I have Java 7 or later installed. I'll go to the class declaration and delete these comments, and within the class declaration but outside the main method I'll declare a static string field.
I'll make it private and static, and I'll set its type as String, and I'll give it a value of one. I'll go to the main method, and I'll add a switch statement. I'll type the word Switch and press Ctrl+Space, and I'll use this switch code template. I'll set the key to value, and here's why: this is a Java 7 test. Java 7 adds the ability to use switch statements with string values, something you couldn't do with older versions of Java. So if this code works, then I know the Java 7 is working. I'll press Tab to go to my first case, and I look for a value of one as a string.
I'll tab again, and I'll use the sysout code template, typing sysout, and then pressing Ctrl+Space, and I'll out put the string, the value is one. Now I'll go down to my default case, and I'll add another system output block, and I'll output the string, The value isn't one. I'll save my changes and run my application and in my Console, I'll see the string, the value is one. So if this code is working on your system then you know JDK 7 is working. Finally, I'm going to make a couple of other changes to my Eclipse environment and then I'll be ready to launch into the exercises in this course.
I'm going to reset the current Java perspective. The Java perspective is installed as part of the Eclipse installation. I'll go to window and Reset Perspective and click Yes, and then I'm going to close the Task List view, which I won't need for this course. Then I'll save this reconfigure perspective as a custom perspective named Java DB. I'll go to the menu and choose Window > Save Prospective As, and I'll name this Java DB and click OK. Now at any time during the exercises, I'll be able to return to this custom perspective, and this will be my starting perspective in each of the exercises of this course. So Java 7 is tested.
I know I'll be able to run Custom Java 7 code on this system, and I have customized my Eclipse installation, and I'm ready to get started with JDBC.
There are currently no FAQs about Java Database Integration with JDBC.
Access exercise files from a button right under the course name.
Search within course videos and transcripts, and jump right to the results.
Remove icons showing you already watched videos if you want to start over.
Make the video wide, narrow, full-screen, or pop the player out of the page into its own window.
Click on text in the transcript to jump to that spot in the video. As the video plays, the relevant spot in the transcript will be highlighted.