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Variable items in a SQL statement (such as the table name and search condition in Figure 5-2) are shown in lowercase italics. It's up to you to specify the appropriate item each time the statement is used. Optional clauses and keywords, such as the WHERE clause in Figure 5-2, are indicated by alternate paths through the syntax diagram. When a choice of optional keywords is offered, the default choice (that is, the behavior of the statement if no

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One way to implement a database system on a computer is based on the concept of a relational database system. Such databases implement ideas first described by Codd and Date in the early 1970s. They took the name from a mathematical concept known as a relation, which is an ordered set of values from different domains.

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Data and programs in SQL Server are organized into logical components called database objects. Database users (administrators

and developers) access and manage information in SQL Server by accessing and managing database objects.

requires five resistors. One resistor is used to protect the serial input pin, while two resistors are used to protect the A/D pins and two resistors are used to address the device. Up to four NCD-106s can be connected together to form a system, which provides up to eight analog-to-digital inputs for measuring signals and voltages as well as 12 input channels and 16 output channels. This NCD-106 device could be used as a burglar alarm monitoring 12 binary sensor switches or the device could be used as a remote control device which can be used to turn on 16 individual devices. The NCD-106 controller could also be used in a feedback/control configuration. The system could monitor voltages via the A/D channels and/or 12 digital inputs and then control up to 16 outputs based on signals received from the input channels. Table 3-5 shows how to set the addressing pins on the NCD-106. The NCD-106 is commanded serially with simple commands, which can be seen in Table 3-6.

NOTE: If you have worked with or are familiar with some object-oriented programming language or methodology, let me warn you that database objects will not comply with the definitions found in such languages.

The objects in a SQL-based database are identified by assigning them unique names. Names are used in SQL statements to identify the database object on which the statement should act. The most fundamental named objects in a relational database are table names (which identify tables), column names (which identify columns), and user names (which identify users of the database); conventions for naming these objects were specified in the original SQL1 standard. The ANSI/ISO SQL2 standard significantly expanded the list of named entities, to include schemas (collections of tables), constraints (restrictions on the contents of tables and their relationships), domains (sets of legal values that may be assigned to a column), and several other types of objects. Many SQL implementations support additional named objects, such as stored procedures (Sybase and SQL Server), primary key/foreign key relationships (DB2), and data entry forms (Ingres). The original ANSI/ISO standard specified that SQL names must contain 1 to 18 characters, must begin with a letter, and may not contain any spaces or special punctuation characters. The SQL2 standard increased the maximum to 128 characters. In practice the names supported by SQL-based DBMS products vary significantly. DB2, for example, restricts user names to 8 characters but allows longer table and column names. The various products also differ in the special characters they permit in table names. For portability it's best to keep names relatively short and to avoid the use of special characters.