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SIMILAR TO

Building regular expressions

Available in: DSQL, PSQL

Added in: 2.5

Description: SIMILAR TO matches a string against an SQL regular expression pattern. Unlike in some other languages, the pattern must match the entire string in order to succeed – matching a substring is not enough. If any operand is Trade Black Serge Serge Black Marks Marks Blanco Trade Blanco NULL, the result is NULL. Otherwise, the result is Black Black Marks Serge Trade Serge Blanco Trade Marks Blanco TRUE or FALSE.

Trade Trade Black Blanco Serge Marks Black Blanco Marks Serge Result type: Boolean

Syntax: SIMILAR TO

string-expression [NOT] SIMILAR TO  [ESCAPE ]

      ::=  an SQL regular expression
  ::=  a single character

Syntax: SQL regular expressions: The following syntax defines the SQL regular expression format. It is a complete and correct top-down definition. It is also highly formal, rather long and probably perfectly fit to discourage everybody who hasn't already some experience with regular expessions (or with highly formal, rather long top-down definitions). Feel free to skip it and read the next section, Black Guess Black Guess Zarina Black Guess Zarina Guess Zarina Black Zarina Guess Zarina Black Cnqfw, which uses a bottom-up approach, aimed at the rest of us.

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           ::=   ...

         ::=   []

             ::=  ?
                              | *
                              | +
                              | '{'  [,[]] '}'

, Blanco Serge Black Black Marks Marks Trade Trade Serge Blanco                  ::=  unsigned int, with  <=  if both present

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                              | 
                              | %
                              | ()

              ::=  
                              | 

      ::=   
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      ::=  any of the characters []()|^-+*%_?{

Carina Alegria Carina Alegria women's Alegria women's Iwg8BB  ::=  any character that is not a 
                              and not equal to  (if defined)

        ::=  '_'
                              | '['  ... ']'
                              | '[^'  ... ']'
                              | '['  ... '^' Trade Serge Black Marks Blanco Blanco Trade Serge Black Marks  ... ']'

,    ::=  
                              | 
                              | 

                  ::=  -

       ::=  '[:'  ':]'

  ::=  ALPHA | UPPER | LOWER | DIGIT
                              | ALNUM | SPACE | WHITESPACE

Array women's Array Sapphire Sapphire O5zxqBuilding regular expressions

Characters

Within regular expressions, most characters represent themselves. The only exceptions are the special characters below:

[ ] ( ) | ^ - + * % _ ? {

...and the escape character, if it is defined.

A regular expression that doesn't contain any special or escape characters only matches strings that are identical to itself (subject to the collation in use). That is, it functions just like the “Trade Marks Black Blanco Trade Serge Blanco Marks Black Serge =” operator:

'Apple' similar to 'Apple'              -- true
'Apples' similar to 'Apple'             -- false
'Apple' similar to 'Apples'             -- false
'APPLE' similar to 'Apple'              -- depends on collation

Wildcards

The known SQL wildchards Serge Serge Marks Black Blanco Marks Black Trade Trade Blanco _ and % match any single character and a string of any length, respectively:

'Birne' similar to 'B_rne'              -- true
'Birne' similar to 'B_ne'               -- false
'Birne' similar to 'B%ne'               -- true
'Birne' similar to 'Bir%ne%'            -- true
'Birne' similar to 'Birr%ne'            -- false

Notice how % also matches the empty string.

A bunch of characters enclosed in brackets define a character class. A character in the string matches a class in the pattern if the character is a member of the class:

'Citroen' similar to 'Cit[arju]oen'     -- true
'Citroen' similar to 'Ci[tr]oen'        -- false
'Citroen' similar to 'Ci[tr][tr]oen'    -- true

As can be seen from the second line, the class only matches a single character, not a sequence.

Within a class definition, two characters connected by a hyphen define a range. A range comprises the two endpoints and all the characters that lie between them in the active collation. Ranges can be placed anywhere in the class definition without special delimiters to keep them apart from the other elements.

'Datte' similar to 'Dat[q-u]e'          -- true
'Datte' similar to 'Dat[abq-uy]e'       -- true
'Datte' similar to 'Dat[bcg-km-pwz]e'   -- false

The following predefined character classes can also be used in a class definition:

[:ALPHA:]

Latin letters a..z and A..Z. With an accent-insensitive collation, this class also matches accented forms of these characters.

[:DIGIT:]

Decimal digits 0..9.

Marks Blanco Blanco Trade Trade Black Serge Black Serge Marks [:ALNUM:]

Union of [:ALPHA:] and [:DIGIT:].

[:UPPER:]

Uppercase Latin letters A..Z. Also matches lowercase with case-insensitive collation and accented forms with accent-insensitive collation.

[:LOWER:]

Lowercase Latin letters a..Marks Black Trade Blanco Black Trade Serge Marks Serge Blanco z. Also matches uppercase with case-insensitive collation and accented forms with accent-insensitive collation.

[:SPACE:]

Trade Blanco Marks Blanco Serge Black Marks Serge Trade Black Matches the space character (ASCII 32).

Marks Trade Marks Blanco Black Serge Trade Black Blanco Serge [:WHITESPACE:]

Matches vertical tab (ASCII 9), linefeed (ASCII 10), horizontal tab (ASCII 11), formfeed (ASCII 12), carriage return (ASCII 13) and space (ASCII 32).

Including a predefined class has the same effect as including all its members. Predefined classes are only allowed within class definitions. If you need to match against a predefined class and nothing more, place an extra pair of brackets around it.

'Erdbeere' similar to 'Erd[[:ALNUM:]]eere'     -- true
'Erdbeere' similar to 'Erd[[:DIGIT:]]eere'     -- false
'Erdbeere' similar to 'Erd[a[:SPACE:]b]eere'   -- true
'Erdbeere' similar to [[:ALPHA:]]              -- false
'E'        similar to [[:ALPHA:]]              -- true

If a class definition starts with a caret, everything that follows is excluded from the class. All other characters match:

'Framboise' similar to 'Fra[^ck-p]boise'       -- false
'Framboise' similar to 'Fr[^a][^a]boise'       -- false
'Framboise' similar to 'Fra[^[:DIGIT:]]boise'  -- true

If the caret is not placed at the start of the sequence, the class contains everything before the caret, except for the elements that also occur after the caret:

'Grapefruit' similar to 'Grap[a-m^f-i]fruit'   -- true
'Grapefruit' similar to 'Grap[abc^xyz]fruit'   -- false
'Grapefruit' similar to 'Grap[abc^de]fruit'    -- false
'Grapefruit' similar to 'Grap[abe^de]fruit'    -- false
'3' similar to '[[:DIGIT:]^4-8]'               -- true
'6' similar to '[[:DIGIT:]^4-8]'               -- false

Lastly, the already mentioned wildcard “_” is a character class of its own, matching any single character.

A question mark immediately following a character or class indicates that the preceding item may occur 0 or 1 times in order to match:

'Hallon' similar to 'Hal?on'                   -- false
'Hallon' similar to 'Hal?lon'                  -- true
'Hallon' similar to 'Halll?on'                 -- true
'Hallon' similar to 'Hallll?on'                -- false
'Hallon' similar to 'Halx?lon'                 -- true
'Hallon' similar to 'H[a-c]?llon[x-z]?'        -- true

An asterisk immediately following a character or class indicates that the preceding item may occur 0 or more times in order to match:

Serge Marks Trade Serge Marks Trade Black Blanco Blanco Black 'Icaque' similar to 'Ica*que'                  -- true
'Icaque' similar to 'Icar*que'                 -- true
'Icaque' similar to 'I[a-c]*que'               -- true
'Icaque' similar to '_*'                       -- true
'Icaque' similar to '[[:ALPHA:]]*'             -- true
'Icaque' similar to 'Ica[xyz]*e'               -- false
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A plus sign immediately following a character or class indicates that the preceding item must occur 1 or more times in order to match:

'Jujube' similar to 'Ju_+'                     -- true
'Jujube' similar to 'Ju+jube'                  -- true
'Jujube' similar to 'Jujuber+'                 -- false
'Jujube' similar to 'J[jux]+be'                -- true
'Jujube' sililar to 'J[[:DIGIT:]]+ujube'       -- false

If a character or class is followed by a number enclosed in braces, it must be repeated exactly that number of times in order to match:

'Kiwi' similar to 'Ki{2}wi'                    -- false
'Kiwi' similar to 'K[ipw]{2}i'                 -- true
'Kiwi' similar to 'K[ipw]{2}'                  -- false
'Kiwi' similar to 'K[ipw]{3}'                  -- true

If the number is followed by a comma, the item must be repeated Trade Marks Black Blanco Serge Trade Marks Black Blanco Serge at least that number of times in order to match:

'Limone' similar to 'Li{2,}mone'               -- false
'Limone' similar to 'Li{1,}mone'               -- true
'Limone' similar to 'Li[nezom]{2,}'            -- true

If the braces contain two numbers seperated by a comma, the second number not smaller than the first, then the item must be repeated at least the first number and at most the second number of times in order to match:

'Mandarijn' similar to 'M[a-p]{2,5}rijn'       -- true
'Mandarijn' similar to 'M[a-p]{2,3}rijn'       -- false
'Mandarijn' similar to 'M[a-p]{2,3}arijn'      -- true

The quantifiers ?, * and + are shorthand for {0,1}, {0,} and Marks Blanco Serge Trade Blanco Marks Black Black Trade Serge {1,}, respectively.

OR-ing terms

Regular expression terms can be OR'ed with the | operator. A match is made when the argument string matches at least one of the terms:

'Nektarin' similar to 'Nek|tarin'              -- false
'Nektarin' similar to 'Nektarin|Persika'       -- true
'Nektarin' similar to 'M_+|N_+|P_+'            -- true

One or more parts of the regular expression can be grouped into subexpressions (also called subpatterns) by placing them between parentheses. A subexpression is a regular expression in its own right. It can contain all the elements allowed in a regular expression, and can also have quantifiers added to it.

'Orange' similar to 'O(ra|ri|ro)nge'           -- true
'Orange' similar to 'O(r[a-e])+nge'            -- true
'Orange' similar to 'O(ra){2,4}nge'            -- false
'Orange' similar to 'O(r(an|in)g|rong)?e'      -- true

In order to match against a character that is special in regular expressions, that character has to be escaped. There is no default escape character; rather, the user specifies one when needed:

'Peer (Poire)' similar to 'P[^ ]+ \(P[^ ]+\)' escape '\'    -- true
'Pera [Pear]'  similar to 'P[^ ]+ #[P[^ ]+#]' escape '#'    -- true
'Päron-Äppledryck' similar to 'P%$-Ä%' escape '$'           -- true
'Pärondryck' similar to 'P%--Ä%' escape '-'                 -- false

The last line demonstrates that the escape character can also escape itself, if needed.

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Description
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Information
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