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PRIMARY KEY is a table-level integrity constraint a set of enforceable rules which formally earmarks a column or group of columns as the unique identifier of each row in the table. If you are coming to Firebird from a DBMS that uses the concept of a primary index to define a key (typically, file-based systems such as Paradox, Access, and MySQL), then Firebird and the world of SQL standards has a gotcha for you. A primary key is not an index, but a constraint in its own right. One of the rules of the constraint is that it must have an appointed unique index of one or more non-nullable elements associated with it. Simply creating such an index does not create a primary key. Creating a primary key constraint does, however, create the required index using the columns enumerated in the constraint declaration.

It is important to be aware of the impact of multi-byte character sets on the sizes of text items, especially those with variable length. In UNICODE_FSS, for example, even a 256-character column will be relatively large potentially 770 bytes both to store and to retrieve. More is said later in this chapter regarding the caution you need to observe when considering text storage for multi-byte character data.

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Note how the last line combines strings created with single and double quotes. This allows you to use $a without escaping the $ sign and the new line at the end of the line. Embedding numbers and strings into other strings is simple, but what if the value is stored in an array or object It is still possible to embed these more complex types in strings, but you need to follow a few rules: You can use only one dimension. You should not include key values in quotes, even if strings are used as keys. You can embed more complex values with the syntax ${}. The next example shows how arrays embedded in strings will be converted.

When deciding on the length, character set, and collation sequence for a character column, you need to be aware that indexing columns of these types is somewhat limited. Currently (at v.1.5) the total width of any index cannot exceed 253 bytes note bytes, not characters. Multi-byte and many of the more complex 1-byte character sets use up many more bytes than the simpler character sets. Multi-segment indexes consume extra bytes, as do collation sequences. Do the byte calculations at design time! For more details, see 18, and note the topics later in this chapter about character sets and collation sequences.

Client programs will allocate memory to store copies of rows that they read from the database. Many interface layers allocate sufficient resources to accommodate the maximum (i.e., defined) size of a fixed- or variable-length column value, even if none of the actual data stored is that large. Buffering large numbers of rows at a time may consume a large amount of memory, and users will complain about slow screen refreshes and lost connections. Consider, for example, the impact on the workstation if a query returns 1024 rows consisting of just one column declared as VARCHAR(1024). Even with the leanest character set, this column would cost at least 1MB of client memory. For a Unicode column, multiply that cost by three.

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Firebird s fixed-length string data types are provided for storing strings whose length is consistently the same or very similar, or where the format or relative positions of characters might convey semantic content. Typical uses are for items such as identification codes, telecom numbers, and character-based numbering systems, and for defining fields to store pre-formatted fixed-length strings for conversion to other data types Firebird date literals, for example. 163

11

< php // Example 10-3-6.php $arr = array( 1 => "abc", "abc" => 123.5, array(1,2,3) ); $key = "abc";

Leading spaces characters (ASCII character 32) in fixed-length string input are significant, whereas trailing spaces are not. When storing fixed-length strings, Firebird strips trailing space characters. The strings are retrieved with right-padding out to the full declared length. Using fixed-length types is not recommended for data that might contain significant trailing space characters or items whose actual lengths are expected to vary widely.

CHAR(n), Alias CHARACTER(n)

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