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: C

c character class: 6.4.3.1. Classical Perl character classes

Canonical XML and namespace prefixes: 10.2. Namespace Declarations

categories, Unicode: 6.4.3.2. Unicode character classes

chameleon schemas: 13.1.3. Splitting Schema Components

character classes: 6.4.3. Character Classes

children elements: 2.2. Our First Schema

recursive schemas and: 3.2.1. Depth Versus Modularity?

Clark, James: 7.4.1.3. Unique Particle Attribution Rule

A.1.3. Intrusive Modeling Tools

A.3.3. The RELAX NG Family

A.7. RELAX NG

"classical" Perl character classes: 6.4.3.1. Classical Perl character classes

co-occurrence constraints: 9.4. Using and As Co-occurrence Constraints

Codd, E. F.: 11.3. Defining Nil (Null) Values

collapsed strings: 4.3.3. Collapsed Strings

comma-separated-value lists, not described by XML Schema: 5.2.1. List Datatypes

comments

adding to schemas, using xs:annotation element: 14.2. The W3C XML Schema Annotation Element

XML 1.0: 14.4. XML 1.0 Comments

complements of character classes: 6.4.3.3. User-defined character classes

complex content models: 2.2. Our First Schema

asymmetry of derivation methods: 7.4.2.3. Asymmetry of these two methods

creating: 7.4.1. Creation of Complex Content

empty content models as: 7.6.1.2. As complex content models

defining: 2.2. Our First Schema

derivation by extension: 7.4.2.1. Derivation by extension

7.7. Back to Our Library

derivation by restriction: 7.4.2.2. Derivation by restriction

7.7. Back to Our Library

11.2.2. Defining Complex Types

deriving from mixed contents: 7.5.2.3. Derivation between complex and mixed content models

example of: 7.7. Back to Our Library

complex datatypes: 2.2. Our First Schema

abstract attribute and: 12.2.3.3. Abstract complex types

block attribute and: 12.2.3.1. Blocking complex types

creating: 7. Creating Complex Datatypes

vs. deriving: 7.2.3. Creation Versus Derivation

with complex content models: 7.4.1. Creation of Complex Content

with empty content models: 7.6.1. Creation of Empty Content Models

with mixed content models: 7.5.1. Creating Mixed Content Models

with simple content models: 7.3.1. Creation of Simple Content Models

defining: 2.2. Our First Schema

11.2.2. Defining Complex Types

globally: 13.1.1.1. Elements

extensibility features of different styles: 13.1.1.1. Elements

final attribute and: 12.2.3.2. Final complex types

included schemas: 8.1. Schema Inclusion

example of: 8.4. Simplifying the Library

redefining: 8.2.1. Redefining of Simple and Complex Types

composite fields, defining: 9.2.2. Composite Fields

compositors (element roles): 7.4.1.1. Compositors and particles

Consistent Declaration Rule: 7.4.1.4. Consistent Declaration Rule

co-occurrence constraints as workaround to: 9.4. Using and As Co-occurrence Constraints

xsi:type as workaround against: 11.2.2. Defining Complex Types

constraints

co-occurrence: 9.4. Using and As Co-occurrence Constraints

composite fields and: 9.2.2. Composite Fields

key elements and: 9.2.3. Keys

testing for uniqueness: 9.2.1. Uniqueness

content models: 2.2. Our First Schema

7. Creating Complex Datatypes

(see also complex content models; mixed content models; simple content models)

allowing two for same element: 11.2.2. Defining Complex Types

co-occurrence constraints and: 9.4. Using and As Co-occurrence Constraints

deterministic vs. nondeterministic: 7.4.1.3. Unique Particle Attribution Rule

open schemas and: 13.2. The Need for Open Schemas

relationship between child text/element nodes and: 7.2.1. Content Models

reusable attributes/elements, creating: 7.4.1.2. Element and attribute groups

8. Creating Building Blocks

unordered, limitations on: 7.4.1.5. Limitations on unordered content models

Coordinated Universal Time (UTC): 4.5.1. The Realm of ISO 8601

4.5.1. The Realm of ISO 8601

counting words with regular expressions: 6.5.1.2. Counting words

Cowan, John: A.3.2. The W3C XML Schema Family

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