- A Note Regarding Supplemental Files
- Foreword by James Clark
- Foreword by Murata Makoto
- Preface
- I. Tutorial
- 1. What RELAX NG Offers
- 2. Simple Foundations Are Beautiful
- 3. First Schema
- 4. Introducing the Compact Syntax
- 5. Flattening the First Schema
- 6. More Complex Patterns
- The group Pattern
- The interleave Pattern
- The choice Pattern
- Pattern Compositions
- Order Variation as a Source of Information
- Text and Empty Patterns, Whitespace, and Mixed Content
- Why Is It Called interleave?
- Mixed Content Models with Order
- A Restriction Related to interleave
- A Missing Pattern: Unordered Group
- 7. Constraining Text Values
- 8. Datatype Libraries
- 9. Using Regular Expressions to Specify Simple Datatypes
- 10. Creating Building Blocks
- 11. Namespaces
- 12. Writing Extensible Schemas
- 13. Annotating Schemas
- 14. Generating RELAX NG Schemas
- 15. Simplification and Restrictions
- 16. Determinism and Datatype Assignment
- II. Reference
- 17. Element Reference
- 18. Compact Syntax Reference
- 19. Datatype Reference
- xsd:anyURI — URI (Uniform Resource Identifier)
- xsd:base64Binary — Binary content coded as “base64”
- xsd:boolean — Boolean (true or false)
- xsd:byte — Signed value of 8 bits
- xsd:date — Gregorian calendar date
- xsd:dateTime — Instant of time (Gregorian calendar)
- xsd:decimal — Decimal numbers
- xsd:double — IEEE 64-bit floating-point
- xsd:duration — Time durations
- xsd:ENTITIES — Whitespace-separated list of unparsed entity references
- xsd:ENTITY — Reference to an unparsed entity
- xsd:float — IEEE 32-bit floating-point
- xsd:gDay — Recurring period of time: monthly day
- xsd:gMonth — Recurring period of time: yearly month
- xsd:gMonthDay — Recurring period of time: yearly day
- xsd:gYear — Period of one year
- xsd:gYearMonth — Period of one month
- xsd:hexBinary — Binary contents coded in hexadecimal
- xsd:ID — Definition of unique identifiers
- xsd:IDREF — Definition of references to unique identifiers
- xsd:IDREFS — Definition of lists of references to unique identifiers
- xsd:int — 32-bit signed integers
- xsd:integer — Signed integers of arbitrary length
- xsd:language — RFC 1766 language codes
- xsd:long — 64-bit signed integers
- xsd:Name — XML 1.O name
- xsd:NCName — Unqualified names
- xsd:negativeInteger — Strictly negative integers of arbitrary length
- xsd:NMTOKEN — XML 1.0 name token (NMTOKEN)
- xsd:NMTOKENS — List of XML 1.0 name tokens (NMTOKEN)
- xsd:nonNegativeInteger — Integers of arbitrary length positive or equal to zero
- xsd:nonPositiveInteger — Integers of arbitrary length negative or equal to zero
- xsd:normalizedString — Whitespace-replaced strings
- xsd:NOTATION — Emulation of the XML 1.0 feature
- xsd:positiveInteger — Strictly positive integers of arbitrary length
- xsd:QName — Namespaces in XML-qualified names
- xsd:short — 32-bit signed integers
- xsd:string — Any string
- xsd:time — Point in time recurring each day
- xsd:token — Whitespace-replaced and collapsed strings
- xsd:unsignedByte — Unsigned value of 8 bits
- xsd:unsignedInt — Unsigned integer of 32 bits
- xsd:unsignedLong — Unsigned integer of 64 bits
- xsd:unsignedShort — Unsigned integer of 16 bits
- III. Appendixes
- A. DSDL
- A Multipart Standard
- Part 1: Overview
- Part 2: Regular Grammar-Based Validation
- Part 3: Rule-Based Validation
- Part 4: Selection of Validation Candidates
- Part 5: Datatypes
- Part 6: Path-Based Integrity Constraints
- Part 7: Character Repertoire Validation
- Part 8: Declarative Document Architectures
- Part 9: Namespace- and Datatype-Aware DTDs
- Part 10: Validation Management
- What DSDL Should Bring You
- A Multipart Standard
- B. The GNU Free Documentation License
- GNU Free Documentation License
- 0. Preamble
- 1. APPLICABILITY AND DEFINITIONS
- 2. VERBATIM COPYING
- 3. COPYING IN QUANTITY
- 4. MODIFICATIONS
- 5. COMBINING DOCUMENTS
- 6. COLLECTIONS OF DOCUMENTS
- 7. AGGREGATION WITH INDEPENDENT WORKS
- 8. TRANSLATION
- 9. TERMINATION
- 10. FUTURE REVISIONS OF THIS LICENSE
- Addendum: How to use this License for your documents
- A. DSDL
- Glossary
- Index
- About the Author
- Colophon
- Copyright
Name
namespace — Namespace declaration
Synopsis
“namespace”identifierOrKeyword“=”namespaceURILiteral
Description
The
namespace
declaration defines namespace prefixes for the compact syntax, like
xmlns:xxx attributes in
XML. Note that unlike XML namespace declarations, declarations for
the RELAX NG compact syntax in general (and
namespace declarations in particular) are global
to a schema and can’t be redefined. A prefix can be
assigned to the lack of namespace using the value
“”. The xml prefix is
predefined.
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