big dog

Here's another robot called BigDog that came out a couple of years ago, but if you haven't seen the video, you really should.

So, although doing so isn't necessary for this simple demo, you could also construct a Java class to map to the bigdog. vendors table.

The next commands are SQL DROP statements that delete the products and vendors tables from the bigdog schema.

But our favorite of 'bot of all is the four-legged mechanical pack mules known as the BigDog.

As the output of the dblook tool shows, the test database contains the bigdog schema, which itself contains the products and vendors tables.

This example concludes by issuing a SELECT statement to display the schema and contents of the new bigdog. products table.

You can easily take this example and expand it to allow a user to update, insert, or delete rows from the bigdog. products table.

The class defines attributes that match the columns in the bigdog. products table with the correct Java data types.

Because you're working with AUTOCOMMIT disabled, your new row isn't permanently saved in the bigdog. products table.

This example presents three single-row inserts into the bigdog. products table.

In these examples, you define a synonym p for the fully qualified table name bigdog. products.

The robot that previously held the record was BigDog, a deer-size, combustion engine robot.

Then it creates the bigdog. products table, and finally it inserts 10 new rows in a single batch-insert operation.

In this example, the first query uses the * shorthand to select all columns from the bigdog. products table.

The first step you need to tackle is implementing a Java class that maps to a product, which is a row in the bigdog. products table.

The previous articles in this series have introduced database concepts by using the fictional Bigdog's Surf Shop business.

This is Boston Dynamics' "BigDog. "

Have a properly initialized Bigdog's Surf Shop example database, which was detailed in the fourth and fifth articles in this series.