Symbols & Numbers | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

Index: D

d character class: 6.4.3.1. Classical Perl character classes

datatypes: 4. Using Predefined Simple Datatypes

(see also entries under xs:)

adding constraints on: 5.5. Back to Our Library

applying new restrictions to: 5.1.2. Multiple Restrictions and Fixed Attribute

complex (see complex datatypes)

date: 4.5. Date and Time Datatypes

decimal: 4.4.1. Decimal Types

facets for: 5.1.1.6. Decimals

float: 4.4.2. Float Datatypes

lexical and value spaces: 4.1. Lexical and Value Spaces

list (see list datatypes)

numeric: 4.4. Numeric Datatypes

facets for: 5.1.1.5. Integer and derived datatypes

predefined: 4. Using Predefined Simple Datatypes

used in schemas: 4.8. Back to Our Library

reference guide of: 16. Datatype Reference Guide

restricting: 7.3.2.2. Derivation by restriction

simple (see simple datatypes)

string: 4.3. String Datatypes

time: 4.5. Date and Time Datatypes

date datatypes: 4.5. Date and Time Datatypes

constraining when no time zones are needed: 6.6. Back to Our Library

facets for: 5.1.1.4. Date and time datatypes

regular expressions and: 6.5.3. Datetimes

datetime datatypes (see date datatypes time datatypes)

DCD (Document Content Description for XML) proposal: A.3.2. The W3C XML Schema Family

DDML (Document Definition Markup Language or XSchema) proposal: A.3.2. The W3C XML Schema Family

decimal datatypes, facets for: 5.1.1.6. Decimals

decimal types: 4.4.1. Decimal Types

declarations, namespace: 10.2. Namespace Declarations

default namespaces: 10.1. Namespaces Present Two Challenges to Schema Languages

importing schemas with no namespaces: 10.9. Importing Schemas with No Namespaces

not applied to

attributes: 10.3. To Qualify Or Not to Qualify?

10.4. Disruptive Attributes

XPath expressions: 10.5. Namespaces and XPath Expressions

using target namespaces as: 10.3. To Qualify Or Not to Qualify?

derivation methods: 5. Creating Simple Datatypes

asymmetry of: 7.4.2.3. Asymmetry of these two methods

controlling usage of: 12.2. Controlling Derivations

by extension

of complex content complex types: 7.4.2.1. Derivation by extension

7.7. Back to Our Library

of empty content complex types: 7.6.2.1. Derivation by extension

of mixed content complex types: 7.5.2.1. Derivation by extension

of simple content complex types: 7.3.2.1. Derivation by extension

importance of order: 5.4.1. Beware of the Order

by list: 5.2. Derivation By List

by restriction: 5.1. Derivation By Restriction

of complex content complex types: 7.4.2.2. Derivation by restriction

7.7. Back to Our Library

11.2.2. Defining Complex Types

12.1.4.2. Restricting substitution groups

of empty content complex types: 7.6.2.2. Derivation by restriction

of mixed content complex types: 7.5.2.2. Derivation by restriction

of simple content complex types: 7.3.2.2. Derivation by restriction

by union: 5.3. Derivation By Union

11.2.1. Defining Simple Types

deterministic content models: 7.4.1.3. Unique Particle Attribution Rule

Document Content Description for XML (DCD) proposal: A.3.2. The W3C XML Schema Family

Document Definition Markup Language or XSchema (DDML) proposal: A.3.2. The W3C XML Schema Family

Document Schema Definition Language (DSDL): B.2. ISO: DSDL

Document Type Definitions (DTDs): 1.2. W3C XML Schema

A.3.1. The DTD Family

sample application: A.5. XML DTDs

documenting

schemas: 14. Documenting Schemas

XML vocabularies: 1.1.2. Documentation

DOM Level 3 specification, W3C XML Schema's impact on: B.1.2. DOM

DSDL (Document Schema Definition Language): B.2. ISO: DSDL

DTDs (Document Type Definitions): 1.2. W3C XML Schema

A.3.1. The DTD Family

sample application: A.5. XML DTDs

Dublin Core elements, allowed in schema annotations: 14.2. The W3C XML Schema Annotation Element

duration, datatype for: 4.5.2. Datatypes

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