Changes

* Return all text nodes of the database {{Code|DB}} that contain the numbers {{Code|2010}} and {{Code|2020}}:<br/><code>ft:search("DB", ("2010", "2020"), map { 'mode': 'all' })</code>

* Return text nodes that contain the terms {{Code|A}} and {{Code|B|}} in a distance of at most 5 words:

ft:search("db", ("A", "B"), map {

"mode": "all words",

}

})

* Iterate over three databases and return all elements containing terms similar to {{Code|Hello World}} in the text nodes:

let $terms := "Hello Worlds"

let $fuzzy := true()

let $dbname := 'DB' || $db

return ft:search($dbname, $terms, map { 'fuzzy': $fuzzy })/..

|}

|

* Checks if {{Code|jack}} or {{Code|john}} occurs in the input string {{Code|John Doe}}:

ft:contains("John Doe", ("jack", "john"), map { "mode": "any" })

* Calls the function with stemming turned on and off:

(true(), false()) ! ft:contains("Häuser", "Haus", map { 'stemming': ., 'language':'de' })

|}

| '''Examples'''

|'''Example 1''': The following query returns {{Code|&lt;XML&gt;&lt;mark&gt;hello&lt;/mark&gt; world&lt;/XML&gt;}}, if one text node of the database {{Code|DB}} has the value "hello world":

ft:mark(db:open('DB')//*[text() contains text 'hello'])

'''Example 2''': The following expression loops through the first ten full-text results and marks the results in a second expression:

let $start := 1

let $end := 10

ft:mark($ft[text() contains text { $term }])

}

'''Example 3''': The following expression returns {{Code|&lt;p&gt;&lt;b&gt;word&lt;/b&gt;&lt;/p&gt;}}:

copy $p := &lt;p&gt;word&lt;/p&gt;

modify ()

|}

|

* The following query may return {{Code|&lt;XML&gt;...&lt;b&gt;hello&lt;/b&gt;...&lt;XML&gt;}} if a text node of the database {{Code|DB}} contains the string "hello world":

ft:extract(db:open('DB')//*[text() contains text 'hello'], 'b', 1)

|}

| '''Examples'''

|Returns the number of occurrences for a single, specific index entry:

let $term := ft:tokenize($term)

return number(ft:tokens('db', $term)[. = $term]/@count)

|}