Database Management Systems

<<tableofcontents>>

This class is about Database Management Systems. As such we talk about creating, managing and programming SQL databases. When time permits, we also cover spatial/spatial temporal data and database systems. This site contains content developed by Dr. Anderson for his classes.

2011 Winter Class

• Course Schedule 2011

Programming Examples

• Lecture 1: It really easy that easy to do small things

  • Commandline Connected Example

  • Forms Disconnected Example

• Lecture 2: Look at the Objects we used in the Forms from Lecture 1.

  • DataSet Class

  • Filled by TableAdapter contained in the TableAdapterManager

  • BindingSource as a service provider

    • How are GUI elements bound then?
    • How do the GUI elements change?

  • BindingNavigator

• Lecture 3: Detail Tables, Validation and other GUI Objects
  • What you bind to makes all the difference.
  • Responding to the Validating Event

  • For anything other than small, independent projects consider the Entity Framework with LINQ.

Programming & Design Resources

Learning to program something more complex than a one off programming assignments for students can be difficult. Where do the experts learn to program large database applications and what tools and methods do they use? This section is not an answer, but a suggestion on where to look for those answers. Someday, I hope to have a class that explores this in depth.

• DBDesigner is an awesome tool that went for pay by oracle now. Get the old one and don't pay for the ability to reverse engineer a diagram from a database. Works with Oracle, MSSQL and MySQL.

• Domain Driven Design website

• MSDN Patterns and Practices

• NHibernate

• Naked Entites/Objects is a for pay framework

• CSLA.NET

• SpecExpress

• TeamCity

• AutoMapper

• Link Pad allows you to write scratch c# LINQ code and claims it can be used as a drop in replacement for SQL Server Management Studio

And many more to follow I'm sure.

Chapter Hints

Chapter 6.1: Relational Algebra

READ THIS BEFORE YOU DO YOUR HOMEWORK!

Rule 1: You don't need to qualify the results of a natural join. The results of a natural join ALWAYS only have one copy of overlapping attributes.

Rule 2: Predicates, attribute lists and functions in <<latex($\sigma, \Pi, \mathcal{G}$)>> are always subscript.

Rule 3: Relations, whether expressions or names, NEVER appear as a superscript or subscript.

Rule 4: Input relations, whether expressions or name, always have parenthesis around them. E.g.

<<latex(\Large$_{sect\_id,course\_id,year,semester}\mathcal{G}_{count(ID)}(student \bowtie takes)$)>>