Section 5.2 of Programming With Data discusses some of the ways to classify an S-Database, namely user-defined, dynamic or static. Again, not much more is discussed here. It is simply an option. The idea behind this is very powerful indeed. A user defined database is one that has been designed specifically to meet the needs of the user, rather than the needs of the database administrator. This may seem strange at first, but if you look at what the definition says, you will understand why.

Dynamic data are those where changes to the information can be made on the fly, without any changes to the database. Such data types are normally stored as text files and can be opened by programs like Microsoft Word or Excel. If the changes are necessary and the changes are made quickly enough, then a dynamic data type is a good choice. On the other hand, if the changes to the information are made over a long period of time, then static data types are the best choice. For example, a spreadsheet is only as good as the data entered into it.

If you think of your database as an enormous spreadsheet, then the S-Database will be a virtual version of the spreadsheet. This means that changes are made to the database in terms of the rows and columns, rather than the contents of the table. If the tables are large and complicated, they have a way of getting out of control, so a static database is a much better choice than a dynamic one.

The two other categories of data types are the dynamic and the static. The former are defined by the use of keywords while the latter are defined by the use of syntax. When we talk about keywords, we mean the different kinds of SQL queries, which can be defined by using keywords. The other thing that is worth noting about keywords is that they are always optional. So, you cannot specify an exact match for every keyword.

Tables and the data stored in them are determined by the rules defined in the SQL database language. So, you cannot use a query that will allow you to retrieve rows or column values from one table and the data stored in another table.

If we look at a table, then it has rows and columns. We are used to the term “table” for the rows of a table. The name came about because tables do contain rows of data.

In order to use a table for data, we must specify what the rows should be, how many columns there are and how many rows they actually contain. We need to specify the number of times we want to change the rows. And we need to specify how often we change the columns.

To summarize, here is a list of some of the different types of tables and the data stored in them. The list shows you a little more about the different database classes, so you can see how tables can be used for data. When you have the time, you can check out the whole book for a complete list of all the data types. Once you understand the basic data types, you will be ready to use the different types of tables.

The first type of table is a simple table. These tables have no rows and columns. They are also called the primary tables. You only have to specify the names of the columns on the primary table in your statements.

The second type of table is called a secondary table. It has rows and columns but no columns named primary. The primary tables have the primary names.

Then there is a third type of table, which is known as a view. This type of table contains rows and columns, and a particular index that references the primary table. In addition, the index contains another table that is accessed on a regular basis. You can add or delete rows in this table as needed.