MarkLogic 9 Product Documentation

sc.componentProperty

sc.componentProperty(
   propname as String,
   [arg as schemaComponent()]
) as Sequence

Summary

Returns the named property of the schema component. The context item is used for the second argument if it is not given.

Properties include:

name

Same as sc:name

type

Same as sc:type

complex-type

Same as sc:complex-type

simple-type

Same as sc:simple-type

element-decl

Same as sc:element-decl

attribute-decl

Same as sc:attribute-decl

schema

Same as sc:schema

annotations

Same as sc:annotations

facets

Same as sc:facets

attributes

Same as sc:attributes

particles

Same as sc:particles

attribute-groups

The attribute groups of the schema

model-groups

The model groups of the schema

notations

The notations of the schema

types

The types of the schema

elements

The element declarations of the schema

attribute-wildcard

The attribute wildcard on the type or in the attribute group

identity-constraints

The identity constraints on the element declaration or schema

scope

The scope of the element or attribute declaration

fixed

The fixed value of the element or attribute declaration or whether a facet is fixed

default

The default value of the element or attribute declaration

substitution-group

The element declaration serving as the substitution group head of the element declaration

nillable

Whether the element declaration is declared as nillable

abstract

Whether the element declaration or type is declared as abstract

block-extension

Whether the element declaration or complex type is declared as blocking extensions

block-restriction

Whether the element declaration or complex type is declared as blocking restrictions

block-substitution

Whether the element declaration is declared as blocking substitutions

final-extension

Whether the element declaration or complex type is declared as final for extensions

final-restriction

Whether the element declaration or complex type is declared as final for restrictions

variety

The variety of the simple type (atomic, list, or union)

base

The base type of the type

primitive

The primitive type of the simple type

item-type

The item type of the list simple type

member-types

The member types of the union simple type

ordered

The ordering of the simple type

numeric

Whether the simple type is numeric

finite

Whether the simple type is finite

bounded

Whether the simple type is bounded

final-list

Whether the simple type is declared as final for lists

final-union

Whether the simple type is declared as final for unions

final-restriction

Whether the simple type is declared as final for restrictions

derivation-method

The derivation method of the complex type (extension, restriction)

content-type

The kind of content type of the complex type (empty, simple, element-only, mixed)

min-occurs

The declared minimum occurrences of the particle

max-occurs

The declared maximum occurrences of the particle

process-contents

What processing is declared for the wildcard (strict, lax, skip)

namespaces

What namespaces the wildcard references

value

The value of the facet

category

The kind of identity constraint (key, unique, keyref)

referenced-key

The key referenced by the keyref

selector

The selector path in the identity constraint

fields

The field paths in the identity constraint

system

The notation's system identifier

public

The notation's public identifier

version

The schema's version

schema-location

The schema's location

Example

fn.head(xdmp.unquote('<th:thesaurus xmlns:th="http://marklogic.com/xdmp/thesaurus">\n\
  <th:entry><th:term>dog</th:term>\n\
     <th:synonym><th:term>canine</th:term></th:synonym>\n\
  </th:entry>\n\
</th:thesaurus>')).root.xpath(
  '//th:entry/sc:schema()!sc:component-property("schema-location")',
  {th:"http://marklogic.com/xdmp/thesaurus"});
=>
thesaurus.xsd