Alphabetical Index

Get the absolute value of a numeric value (SStL)

This element is a surrogate for an extension element (or indeed an xsl element) for which no implementation is available.

Class AbstractNumberer is a base implementation of Numberer that provides language-independent default numbering This supports the xsl:number element.

An abstract and configurable implementation of the StaticContext interface, which defines the static context of an XPath expression.

This is the standard trace listener used when the -T option is specified on the command line.

Tests if a specified file should be included in a file list.

Method to test whether a subexpression qualifies for promotion, and if so, to accept the promotion.

Flag that is set if the offer has been accepted, that is, if the expression has changed

Get the arccosine of a numeric value (SStL)

action is one of the possible promotion actions, FOCUS_INDEPENDENT, RANGE_INDEPENDENT, INLINE_VARIABLE_REFERENCES, UNORDERED, EXTRACT_GLOBAL_VARIABLES

Computes a new duration whose value is this+rhs.

Add duration to this instance.

Adds a nested filenamemapper.

Add an integer to the set

Add an integer to the set

Add an integer to the set

Add an integer to the set

Add a document to the pool

Adds trace-listener-a with trace-listener-b and returns the resulting multicast listener.

Add a duration to this date/time value

Add a duration to a dateTime

Add a duration to a date

Add two dayTimeDurations

Add two durations

Add a duration to this date/time value

Add a duration to this date/time value

Add a duration to this date/time value

Add a duration to this date/time value

Add a duration to this date/time value

Add a duration to a dateTime

Add two year-month-durations

Adds a collection of resources to style in addition to the given file or the implicit fileset.

Add an argument to the list of arguments

Add an attribute to an attribute list.

Add an attribute to the element node

Add a nested <style> element.

Add the catalog to our internal catalog

Add an implicit argument referring to the context document.

Indicate that all the descendants of the nodes in this nodeset are required

Add a representation of a doc() call or similar function to a PathMap.

Add a representation of a doc() call or similar function to a PathMap.

Add a representation of a doc() call or similar function to a PathMap.

Add a representation of this expression to a PathMap.

Add a filter to the list of filters to be applied to the raw input

Add a filter to the pattern (while under construction)

Register a function with the function library

Add the platform-specific function libraries to a function library list.

Add the platform-specific function libraries to a function library list.

Add the platform-specific function libraries to a function library list.

Add a function library to the list of function libraries

Add a new FunctionLibrary to the list of FunctionLibraries in this FunctionLibraryList.

Add an imported namespace

Register that this module imports a particular module namespace

This method is intended for internal use.

Add an imported schema to this static context.

Returns the resulting multicast listener from adding listener-a and listener-b together.

Register a key definition.

Add a key definition to this set of key definitions.

Defines the mapper to map source to destination files.

Add a namespace code representing a locally declared namespace

Combine two node sets into one

Add to a supplied List, ranges of non-BMP characters that are matched by this character class.

Add to a supplied List, ranges of non-BMP characters that are matched by this character class.

Add to a supplied List, ranges of non-BMP characters that are matched by this character class.

Add an XQuery library module to the configuration.

Add a range of integers to the set.

Register a variable reference that refers to the variable bound in this let expression

Add a required parameter

Add a rule to the Mode.

Load a schema, which will be available for use by all subsequent operations using this Configuration.

Load a schema, which will be available for use by all subsequent operations using this SchemaAwareConfiguration.

Adds this duration to a java.util.Calendar object.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of a doc() call or similar function to a PathMap.

Add a representation of a doc() call or similar function to a PathMap.

Add a representation of a doc() call or similar function to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Add a representation of this expression to a PathMap.

Adds the specified trace listener to receive trace events from this instance.

Add a URI to the set of output destinations that cannot be written to, either because they have already been written to, or because they have been read

This class implements the XPath 2.0 functions adjust-date-to-timezone(), adjust-time-timezone(), and adjust-dateTime-timezone().

Return a new date, time, or dateTime with the same normalized value, but in a different timezone

Return a new dateTime with the same normalized value, but in a different timezone.

Return a new date with the same normalized value, but in a different timezone.

Return a new date, time, or dateTime with the same normalized value, but in a different timezone

Return a new date, time, or dateTime with the same normalized value, but in a different timezone

Return a new date, time, or dateTime with the same normalized value, but in a different timezone

Return a new date, time, or dateTime with the same normalized value, but in a different timezone

Return a new date, time, or dateTime with the same normalized value, but in a different timezone

Return a new time with the same normalized value, but in a different timezone.

Return a new date, time, or dateTime with the same normalized value, but in a different timezone, specified as a dayTimeDuration

Convert a double to a BigDecimal.

Set up a parent-child relationship between this expression and a given child expression.

Attempts to adopt a node from another document to this document.

Get the next item in the sequence.

The advance() method must be provided in each concrete implementation.

The advance() method must be provided in each concrete implementation.

Decide whether reuse of the SequenceWriter is advisable

Find all the nodes in ns1 that are after the first node in ns2.

This class implements the sum(), avg(), count() functions,

Copy all in-scope namespaces

The AllElementStripper refines the Stripper class to do stripping of all whitespace nodes in a document

Default constructor for use in subclasses

Allocate a name from the pool, or a new Name if there is not a matching one there

Allocate a name from the pool, or a new Name if there is not a matching one there

Allocate a fingerprint given a Clark Name

Allocate the uri code for a given URI; create one if not found

Allocate a unique document number

Define how many slots are needed for global variables

Allocate a slot number for a global variable or parameter

Allocate space in the bindery for global variables.

Get the nameCode for a lexical QName, given a namespace resolver.

Allocate a location identifier to an expression

Allocate a location identifier

Allocate a nameCode for this QName in the NamePool

Allocate a namespace code for the prefix/URI of a given namecode

Allocate the namespace code for a namespace prefix/URI pair.

Ensure there is enough space for local variables or parameters when evaluating the match pattern of template rules

Allocate space for range variables within predicates in the match pattern.

Allocate a SequenceOutputter for a new output destination.

Allocate a slot number for a variable

Allocate slots in the local stack frame to range variables used in an XPath expression

Allocate slot numbers to range variables

Allocate slots to any variables used within the pattern

Allocate slots to any variables used within the pattern

Allocate slots to any variables used within the pattern

Allocate a unique number to a local parameter name.

ALLOW_EXTERNAL_FUNCTIONS must be a Boolean; it determines whether calls to external functions are allowed.

Determine whether the called template name can be specified as an AVT

Determine whether the called template can be specified as an AVT

Bit set if multiple values are allowed

Bit set if a single value is allowed

Occurence indicator for "one or more" (+)

Occurence indicator for "zero or more" (*)

Occurence indicator for "zero or one" (?)

Determine whether the use of non-primitive built-in types has been enabled for this stylesheet (This is relevant only for Saxon-B: such types are always permitted in Saxon-SA)

Determines whether derivation (of a particular kind) from this type is allowed, based on the "final" property

Determines whether derivation (of a particular kind) from this type is allowed, based on the "final" property

Determines whether derivation (of a particular kind) from this type is allowed, based on the "final" property

Determines whether derivation (of a particular kind) from this type is allowed, based on the "final" property

Determines whether derivation (of a particular kind) from this type is allowed, based on the "final" property

Determines whether derivation (of a particular kind) from this type is allowed, based on the "final" property

Determines whether derivation (of a particular kind) from this type is allowed, based on the "final" property

Determines whether derivation (of a particular kind) from this type is allowed, based on the "final" property

Determine whether the empty sequence is allowed

Ask whether the expression accepts an empty sequence as input (producing an empty sequence as output)

Determine whether multiple occurrences are allowed

Determine whether empty sequence is allowed

Default processing with an alphabetic format token: use the contiguous range of Unicode letters starting with that token.

Construct an alphabetic key from an positive integer; the key collates in the same sequence as the integer

A Comparer that treats strings as an alternating sequence of alpha parts and numeric parts.

Create an alphanumeric collation

Use this regular expression to analyze an input string, in support of the XSLT analyze-string instruction.

Use this regular expression to analyze an input string, in support of the XSLT analyze-string instruction.

Use this regular expression to analyze an input string, in support of the XSLT analyze-string instruction.

Type-check the pattern.

Type-check the pattern.

Type-check the pattern, performing any type-dependent optimizations.

Type-check the pattern.

Type-check the pattern.

Analyze an expression to see whether the expression is capable of delivering a value of this type.

Analyze an expression to see whether the expression is capable of delivering a value of this type.

Analyze an expression to see whether the expression is capable of delivering a value of this type.

Analyze an expression to see whether the expression is capable of delivering a value of this type.

Analyze an expression to see whether the expression is capable of delivering a value of this type.

Analyze an expression to see whether the expression is capable of delivering a value of this type.

Analyze an expression to see whether the expression is capable of delivering a value of this type.

Analyze an expression to see whether the expression is capable of delivering a value of this type.

Analyze an expression to see whether the expression is capable of delivering a value of this type.

Analyze an expression to see whether the expression is capable of delivering a value of this type.

Analyze an expression to see whether the expression is capable of delivering a value of this type.

An xsl:analyze-string element in the stylesheet.

Construct an AnalyzeString instruction

Constant representing the ancestor axis

Constant representing the ancestor-or-self axis

General-purpose implementation of the ancestor and ancestor-or-self axes

Create an iterator over the ancestor or ancestor-or-self axis

Operator "and"

Namespace for names allocated to anonymous types.

Processes a set of XML documents via XSLT.

Create a new saxon-xslt Task.

Calculators used for the six operators when the static type information does not allow a more specific calculator to be chosen

ItemType representing the type xs:anyAtomicType, that is, any atomic value

ItemType representing the type item(), that is, any item at all

ItemType representing the type node(), that is, any node

A type that allows any sequence of items

An AnyChildNodePattern is the pattern node(), which matches any node except a root node, an attribute node, or a namespace node: in other words, any node that is the child of another node.

An implementation of ItemType that matches any item (node or atomic value)

NodeTest is an interface that enables a test of whether a node has a particular name and type.

This class has a singleton instance which represents the XML Schema built-in type xs:anySimpleType

This class has a singleton instance which represents the XML Schema built-in type xs:anyType, also known as the urtype.

An XPath value of type xs:anyURI.

Constructor

Constructor for a user-defined subtype of anyURI

Copy the input to the output.

Append a character to the buffer

Append the entire contents of a character array to the buffer

Append the contents of a character array to the buffer

Append the contents of a general CharSequence to the buffer

Append a CharSequence to this LargeStringBuffer

Append the contents of a FastStringBuffer to the buffer

Append an arbitrary item (node or atomic value) to the output

Append an arbitrary item (node or atomic value) to the output

Append an arbitrary item (node or atomic value) to the output

Output an item (atomic value or node) to the sequence

Append an item to the sequence, performing any necessary type-checking and conversion

Output an item (atomic value or node) to the sequence

Append an arbitrary item (node or atomic value) to the output

Append an arbitrary item (node or atomic value) to the output

Output an item (atomic value or node) to the sequence

Append the contents of a CharSlice to the buffer

Append the contents of a String to the buffer

Append the contents of a StringBuffer to the buffer

Adds the node newChild to the end of the list of children of this node.

Append the string to the end of the character data of the node.

Append a string representation of a double value to a string buffer

Append a string representation of a double value to a string buffer, forcing use of exponential notation

Append a string representation of a float value to a string buffer

Append a string representation of a float value to a string buffer, forcing use of exponential notation

Format an integer, appending the string representation of the integer to a string buffer

Iterator that concatenates the results of two supplied iterators

This form of constructor is designed to delay getting an iterator for the second expression until it is actually needed.

Get a character string that uniquely identifies this node and that collates nodes into document order

Static method to get the string value of a text node and append it to a supplied buffer without first constructing the node object

Format a timezone and append it to a buffer

Add a string representation of the timezone, typically formatted as "Z" or "+03:00" or "-10:00", to a supplied string buffer

Append a wide character to the buffer (as a surrogate pair if necessary)

Process the template, without returning any tail calls.

An xsl:apply-imports element in the stylesheet

Process this template, with the possibility of returning a tail call package if the template contains any tail calls that are to be performed by the caller.

An instruction representing an xsl:apply-templates element in the stylesheet

Construct an apply-templates instructino

Process selected nodes using the handlers registered for a particular mode.

Apply the whitespace normalization rules for this simple type

Apply the whitespace normalization rules for this simple type

Apply schema-defined whitespace normalization to a string

Apply the whitespace normalization rules for this simple type

Determine whether all items are to be converted, or only the subset that are untypedAtomic

Determine whether all nodes encountered within this query or transformation are guaranteed to be untyped

Add information to a function entry about the argument types of the function

The array of expressions representing the actual parameters to the function call

An array holding the types of the arguments to the function

Arithmetic Expression: an expression using one of the operators plus, minus, multiply, div, idiv, mod.

Create an arithmetic expression

Arithmetic Expression: an expression using one of the operators plus, minus, multiply, div, idiv, mod, in backwards compatibility mode: see ArithmeticExpression for the non-backwards compatible case.

Create an arithmetic expression to be evaluated in XPath 1.0 mode

ArrayIterator is used to enumerate items held in an array.

Create an iterator over all the items in an array

Create an iterator over a range of an array.

Calling this method on a ConversionResult returns the AtomicValue that results from the conversion if the conversion was successful, and throws a ValidationException explaining the conversion error otherwise.

Calling this method on a ConversionResult returns the AtomicValue that results from the conversion if the conversion was successful, and throws a ValidationException explaining the conversion error otherwise.

Calling this method on a ConversionResult returns the AtomicValue that results from the conversion if the conversion was successful, and throws a ValidationException explaining the conversion error otherwise.

Get the value as a BigInteger

Get the value as a BigInteger

Get the value as a BigInteger

This class defines properties of the US-ASCII character set

Convert the value to a BigDecimal

Get the arcsine of a numeric value (SStL)

Return the value in the form of an Item

Return the value in the form of an Item

Return the value in the form of an Item

Return the value in the form of an Item

Static method to make an Item from a Value

Static method to get an Iterator over any ValueRepresentation (which may be either a Value or a NodeInfo

Assemble all the mappings defined by this character map, adding them to a HashMap that maps integer codepoints to strings

Assemble a ParameterSet.

Assemble a ParameterSet.

saxon:assign element in stylesheet.

":=" symbol (XQuery only)

Create a general variable

Assignation is an abstract superclass for the kinds of expression that declare range variables: for, some, and every.

Assign a new value to a global variable.

Get a JAXP Source object corresponding to this node, allowing the node to be used as input to transformations or queries

Static method to make a Value from a given Item (which may be either an AtomicValue or a NodeInfo

At token, "@"

Get the arctangent of a numeric value (SStL)

Converts rectangular coordinates to polar (SStL)

A type that allows zero or more atomic values

ATOMIC_VALUE is notified when the PullProvider is reading a sequence of items, and one of the items is an atomic value rather than a node.

Interface representing an object that can be used to compare two XPath atomic values for equality or for ordering.

Get the conversion preference from an XPath primitive atomic type to a Java class

Get the conversion preference from an XPath primitive atomic type to a .NET type

An AtomicSequenceConverter is an expression that performs a cast on each member of a supplied sequence

Constructor

An AtomicComparer used for comparing atomic values of arbitrary item types.

Interface for atomic types (these are either built-in atomic types or user-defined atomic types).

The AtomicValue class corresponds to the concept of an atomic value in the XPath 2.0 data model.

Return the atomized value of the current node.

Return the atomized value of the current node.

Return the atomized value of the current node.

Return the atomized value of the current node.

Get the typed value.

Return the atomized value of the current node.

Get the typed value.

Get the typed value.

Return the atomized value of the current node.

Get the typed value.

Get the typed value.

Get the typed value.

Get the typed value.

Get the typed value.

Get the typed value.

Return the atomized value of the current node.

Return the atomized value of the current node.

Return the atomized value of the current node.

Get the typed value.

Get the typed value.

Get the typed value.

Get the typed value.

Get the typed value.

Return the atomized value of the current node.

Get the typed value.

Get the typed value of a node that is annotated with this schema type.

Get the typed value of a node that is annotated with this schema type.

Get the typed value of a node that is annotated with this schema type.

Get the typed value of a node that is annotated with this schema type.

Get the typed value of a node that is annotated with this schema type.

Get the typed value of a node that is annotated with this schema type.

Get the typed value of a node that is annotated with this schema type.

Get the typed value of a node that is annotated with this schema type.

An Atomizer is an expression corresponding essentially to the fn:data() function: it maps a sequence by replacing nodes with their typed values

Constructor

Implement the mapping function.

Constant representing the attribute axis

The ATTRIBUTE event is notified only for an attribute node that appears in its own right as a top-level item in the sequence being read.

Item type representing an attribute node - attribute()

Output an attribute

Output an attribute value.

Notify an attribute.

Notify an attribute.

Notify an attribute.

Notify an attribute.

Notify an attribute.

Notify an attribute.

Handle an attribute

Notify an attribute.

Notify an attribute.

Notify an attribute.

Output an attribute value.

Notify an attribute.

Notify an attribute.

Notify an attribute.

Notify an attribute.

Notify an attribute.

Notify an attribute.

Notify an attribute.

Output an attribute

Notify an attribute.

Notify an attribute.

Notify an attribute.

Output an attribute

Expression property: this bit is set by getProperties() in the case of an expression that delivers a set of nodes with the guarantee that every node in the result will be an attribute or namespace of the context node

composite token <'attribute' QNAME> (XQuery only)

AttributeCollection represents the collection of attributes available on a particular element node.

AttributeCollectionImpl is an implementation of both the SAX2 interface Attributes and the Saxon equivalent AttributeCollection.

Create an empty attribute list.

The compiled form of an xsl:attribute-set element in the stylesheet.

Create an empty attribute set

This class represents an attribute value template.

This class is an implementation of the DOM Attr class that wraps a Saxon NodeInfo representation of an attribute or namespace node.

This class is an extension of the JAXP Source interface.

This class supports the XSLT element-available and function-available functions.

Calculate average

An axis, that is a direction of navigation in the document structure.

This is an enumeration class containaing constants representing the thirteen XPath axes

Token representing the name of an axis and the following "::" symbol

This iterator returns a sequence of atomic values, the result of atomizing the sequence of nodes returned by an underlying AxisIterator.

Construct an atomizing iterator

An AxisExpression is always obtained by simplifying a PathExpression.

Constructor

AxisFilter is an iterator that applies a NodeTest filter to the nodes returned by an underlying AxisIterator.

S Construct a AxisFilter

A SequenceIterator is used to iterate over a sequence.

Get an iterator over the nodes reachable from this node via a given axis.

Get an iterator over the nodes reachable from this node via a given axis, selecting only those nodes with a specified name.

A SequenceIterator is used to iterate over a sequence.

Table giving the name each axis

Table giving the name each axis

Character class representing a back-reference.

Create a character class representing a back reference

Determine whether backwards-compatible mode is enabled for this element

Output error message when incorrect command line options/arguments are used

Report incorrect usage of the command line, with a list of the options and arguments that are available

Report incorrect usage of the command line, with a list of the options and arguments that are available

State in which a name is NOT to be merged with what comes next, for example "("

Convert a base64Binary value to a sequence of integers representing the octets contained in the value

Convert a base64Binary value to a String, assuming a particular encoding

A value of type xs:base64Binary

Constructor: create a base64Binary value from a given array of bytes

Constructor: create a base64Binary value from a supplied string in base64 encoding

Constructor: create a base64Binary value from a supplied string in base64 encoding, with a specified type.

BaseEnumeration is an abstract implementation of an AxisIterator, it simplifies the implementation of the underlying AxisIterator by requiring it to provide only two methods: advance(), and getAnother().

This class supports the base-uri() functions in XPath 2.0

An integer value: note this is a subtype of decimal in XML Schema, not a primitive type.

Construct an xs:integer value from a Java BigInteger

Construct an xs:integer value from a Java BigInteger, supplying a type label.

Construct an xs:integer value from a Java long.

Binary Expression: a numeric or boolean expression consisting of the two operands and an operator

Create a binary expression identifying the two operands and the operator

Bind an extension function, given the URI and local parts of the function name, and the list of expressions supplied as arguments.

Bind an extension function, given the URI and local parts of the function name, and the list of expressions supplied as arguments.

Bind a function, given the URI and local parts of the function name, and the list of expressions supplied as arguments.

Bind an extension function, given the URI and local parts of the function name, and the list of expressions supplied as arguments.

Bind an extension function, given the URI and local parts of the function name, and the list of expressions supplied as arguments.

Bind an extension function, given the URI and local parts of the function name, and the list of expressions supplied as arguments.

Bind an extension function, given the URI and local parts of the function name, and the list of expressions supplied as arguments.

Bind a function, given the URI and local parts of the function name, and the list of expressions supplied as arguments.

Bind an extension function, given the URI and local parts of the function name, and the list of expressions supplied as arguments.

Identify a (namespace-prefixed) function appearing in the expression.

Bind an extension function, given the URI and local parts of the function name, and the list of expressions supplied as arguments.

Bind a function, given the URI and local parts of the function name, and the list of expressions supplied as arguments.

Identify a (namespace-prefixed) function appearing in the expression.

The Bindery class holds information about variables and their values.

Binding is a interface used to represent the run-time properties and methods associated with a variable: specifically, a method to get the value of the variable.

In the case of RANGE_INDEPENDENT, "binding" identifies the range variables whose dependencies we are looking for.

BindingReference is a interface used to mark references to a variable declaration.

Bind function calls that could not be bound when first encountered.

Bind function calls that could not be bound when first encountered.

Bind unbound variables (these are typically variables that reference another module participating in a same-namespace cycle, since local forwards references are not allowed

Bind a variable to an object that can be used to refer to it

Bind a variable used in an XPath Expression to the XSLVariable element in which it is declared.

Bind a variable used in an XPath Expression to the XSLVariable element in which it is declared.

Bind a variable used in a query to the expression in which it is declared.

Bind a variable used in this element to the XSLVariable element in which it is declared

Bind a variable used in this element to the compiled form of the XSLVariable element in which it is declared

Bind a variable used in this element to the XSLVariable element in which it is declared

Implements an imaginary xsl:block instruction which simply evaluates its contents.

Create an empty block

Iterate over the instructions in a Block, concatenating the result of each instruction into a single combined sequence.

Create an EventIterator over the results of evaluating a Block

Iterate over the instructions in the Block, concatenating the result of each instruction into a single combined sequence.

Boolean expression: two truth values combined using AND or OR.

Construct a boolean expression

This class supports the XPath functions boolean(), not(), true(), and false()

A boolean XPath value

Create a new Boolean value with a user-supplied type label.

The class is an EventIterator that handles the events arising from a document node constructor: that is, the start/end event pair for the document node, bracketing a sequence of events for the content of the document.

Constructor

The class is an EventIterator that handles the events arising from an element constructor: that is, the start/end event pair for the element node, bracketing a sequence of events for the content of the element.

Constructor

This class establishes properties of a character set that is known to the Java VM but not specifically known to Saxon.

Build a document from a supplied XML file

Load an XML document, to create a tree representation of the document in memory.

Build a source document.

Static method to build a document from any kind of Source object.

Static method to build a document from any kind of Source object.

Override the method that builds the array of values and sort keys.

Create an array holding the items to be sorted and the values of their sort keys

Override the method that builds the array of values and sort keys.

Build a document tree, using options set on this Configuration and on the supplied source object.

Convenience method for building Saxon's internal representation of a source XML document.

The abstract Builder class is responsible for taking a stream of SAX events and constructing a Document tree.

create a Builder and initialise variables

An XSLT built-in template rule.

This class represents a built-in atomic type, which may be either a primitive type (such as xs:decimal or xs:anyURI) or a derived type (such as xs:ID or xs:dayTimeDuration).

This class is used to implement the built-in list types NMTOKENS, ENTITIES, IDREFS.

Create a new ListType.

This non-instantiable class acts as a register of Schema objects containing all the built-in types: that is, the types defined in the "xs" namespace.

byte-order-mark = yes|no.

Normalization Form Selector

This class evaluates arithmetic expressions; it acts as a helper class to the ArithmeticExpression class.

Abstract superclass for Date, Time, and DateTime.

A comparer specifically for comparing two date, time, or dateTime values

Call this function.

Call an extension function previously identified using the bind() method.

Call an extension function previously identified using the bind() method.

Call this function to return a value.

Determine whether an expression contains a call on the function with a given fingerprint

Instruction representing an xsl:call-template element in the stylesheet.

Construct a CallTemplate instruction.

Given a collation, determine whether it is capable of returning collation keys.

Given a collation, determine whether it is capable of returning collation keys.

Given a collation, determine whether it is capable of returning collation keys.

This class contains static methods to manipulate the cardinality property of a type.

The cardinality of the result of the function

Mask for all cardinality bits

A CardinalityChecker implements the cardinality checking of "treat as": that is, it returns the supplied sequence, checking that its cardinality is correct

CardinalityCheckingIterator returns the items in an underlying sequence unchanged, but checks that the number of items conforms to the required cardinality.

Construct an CardinalityCheckingIterator that will return the same items as the base sequence, checking how many there are

Keyword "case"

CASE clause within "typeswitch".

This class holds data about the case-variants of Unicode characters.

operator "cast as"

operator "castable as"

Test whether a string is castable to a decimal value

Castable Expression: implements "Expr castable as atomic-type?".

Create a "castable" expression of the form "source castable as target"

Cast Expression: implements "cast as data-type ( expression )".

Create a cast expression

Evaluate the "pseudo-cast" of a string literal to a QName or NOTATION value.

Translates XML Schema and XPath regexes into java.util.regex regexes.

CDATAFilter: This ProxyEmitter converts character data to CDATA sections, if the character data belongs to one of a set of element types to be handled this way.

Create a CDATA Filter

Implement the XPath ceiling() function

Implement the XPath ceiling() function

Implement the XPath ceiling() function

Implement the XPath ceiling() function

Implement the XPath ceiling() function

Implement the XPath ceiling() function

Set a new output destination, supplying the output format details.

Set a new output destination, supplying the output format details.

Set a new output destination, supplying the output format details.

representation = rep1[;rep2].

CharacterIterator is used to iterate over the characters in a string, returning them as integers representing the Unicode code-point.

Create an iterator over a string

CharacterMapExpander: This ProxyReceiver expands characters occurring in a character map, as specified by the XSLT 2.0 xsl:character-map declaration

Report character data.

Output character data

Output character data

Handle a text node.

Produce text content output.

Character data

Character data.

Character data.

Notify character data.

Character data.

Output character data

Character data

Character data

Character data

Notify character data.

Character data

Produce text content output.

Character data

Handle a text node

Notify character data.

Produce output using the current Writer.

Callback interface for SAX: not for application use

Character data

Notify a text node.

Character data

Character data

Produce character output using the current Writer.

Output character data

Character data

Character data

Character data.

Output character data

This interface defines properties of a character set, built in to the Saxon product.

This class creates a CharacterSet object for a given named encoding.

Returns the character at the specified index.

Returns the char value at the specified index.

Returns the char value at the specified index.

Returns the character at the specified index.

Object representing a character class

Create a character class

Character class that matches any character within a range of codepoints

Create a character class for a range of characters

This is an implementation of the JDK 1.4 CharSequence interface: it implements a CharSequence as a view of an array.

Create a CharSlice that maps to the whole of a char[] array

Create a CharSlice that maps to a section of a char[] array

Check the supplied select expression against the required type.

Check that all required parameters have been supplied

Construct an node list that wraps a supplied SequenceExtent, checking that all the items in the sequence are wrappers around DOM Nodes

Add an output property to the list of properties after checking that it is consistent with other properties

Check number of arguments.

Static analysis: prevent sorting of the argument

Method called during static type checking

Static analysis: prevent sorting of the argument

Method called during static type checking

Method called during static type checking

Method called by the expression parser when all arguments have been supplied

Method supplied by each class of function to check arguments during parsing, when all the argument expressions have been read

Static analysis: prevent sorting of the argument

Method called by the expression parser when all arguments have been supplied

Method supplied by each class of function to check arguments during parsing, when all the argument expressions have been read

Static analysis: prevent sorting of the argument

Method called during static type checking

Method called during static type checking

Static analysis: prevent sorting of the argument

Method supplied by each class of function to check arguments during parsing, when all the argument expressions have been read

Method supplied by each class of function to check arguments during parsing, when all the argument expressions have been read

Method called during static type checking

Method called during static type checking

Method called during static type checking

Method called during the type checking phase

Method called by the expression parser when all arguments have been supplied

Check that a BigInteger is within the required range for a given integer subtype.

Check for circularity: specifically, check that this attribute set does not contain a direct or indirect reference to the one supplied as a parameter

Check the content of the node, and adjust it if necessary

Check the content of the node, and adjust it if necessary

Check the content of the node, and adjust it if necessary.

Check statically that the sequence of child instructions doesn't violate any obvious constraints on the content of the node

Check statically whether the content of the element creates attributes or namespaces after creating any child nodes

Check that the child instructions don't violate any obvious constraints for this kind of node

Convenience method to check that the stylesheet element is empty

Check that all external variables have been given a value

Check for circular definitions of global variables.

Check the function call against the declared function signature

Check whether an XSLT implicit result tree can be written.

Check that all the types used in the signature of an imported function are available in the module of the caller of the function

Check that a SequenceType used in the definition of an imported variable or function is available in the importing module

Check that a supplied output property is valid.

Check that any percent-encoding within a URI is well-formed.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check statically that the results of the expression are capable of constructing the content of a given schema type.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check that any elements and attributes constructed or returned by this expression are acceptable in the content model of a given complex type.

Check statically that the results of the expression are capable of constructing the content of a given schema type.

Check statically that the results of the expression are capable of constructing the content of a given schema type.

Check statically that the results of the expression are capable of constructing the content of a given schema type.

Validate a QName, and return the prefix and local name.

Check that a value is in range for the specified subtype of xs:integer

This class allows subtypes of xs:integer to be held, as well as xs:integer values.

Type-check references to this function

Check the contents of the replacement string

Check that among the children of this element, any xsl:sort elements precede any other elements

Convenience method to check that the stylesheet element is at the top level

Check that this type is validly derived from a given type

Check that this type is validly derived from a given type

Check that this type is validly derived from a given type

Check that this type is validly derived from a given type

Check that this type is validly derived from a given type

Check that this type is validly derived from a given type

Check that this type is validly derived from a given type, following the rules for the Schema Component Constraint "Is Type Derivation OK (Simple)" (3.14.6) or "Is Type Derivation OK (Complex)" (3.4.6) as appropriate.

Check that this type is validly derived from a given type

Check that a type is validly derived from another type, following the rules for the Schema Component Constraint "Is Type Derivation OK (Simple)" (3.14.6) or "Is Type Derivation OK (Complex)" (3.4.6) as appropriate.

Check that an output destination has not been used before, optionally adding this URI to the set of URIs that have been used.

Check whether an unknown attribute is permitted.

Get the URI for a prefix if there is one, return null if not.

Check that the stylesheet element is within a sequence constructor

Check that the character declared as a zero-digit is indeed a valid zero-digit

Constant representing the child axis

Compiled representation of an xsl:choose or xsl:if element in the stylesheet.

Construct an xsl:choose instruction

Subclass of XPathException used to report circularities

Create an exception indicating that a circularity was detected

Classify an element name as inline, formatted, or both or neither.

Classify an element name as inline, formatted, or both or neither.

Clear the attribute list.

Clear all values

Clear the contents of the IntSet (making it an empty set)

Clears the map.

Clear the contents of the IntSet (making it an empty set)

Clear the contents of the IntSet (making it an empty set)

Clears the map.

Clear the cache

Clear all values

Unset all fields to undefined.

Clear all the declared namespaces, including the standard ones (xml, xslt, saxon).

Clear the document pool.

Clear all the declared namespaces, except for the standard ones (xml, xslt, saxon, xdt).

Clear all the user-declared namespaces

Reset the parameters to a null list.

Reset the parameters to an empty list.

Clear all the declared passive namespaces, except for the standard ones (xml, saxon, etc)

Creates and returns a copy of this object.

Returns a duplicate of this node, i.e., serves as a generic copy constructor for nodes.

Called at end

Close any resources held by this Source.

Close the output

Notify the end of the event stream

Method called at the end of execution, that is, when the run-time execution ends

End of the document.

End of the document.

Closes this output stream and releases any system resources associated with this stream.

Closes this output stream and releases any system resources associated with this stream.

Close the event reader.

Close the stream.

Notify the end of the event stream

Close the stream, flushing it first.

Close the output

End of output

End of the document.

End of output

Close the event reader.

Close the event reader.

Close the event reader.

Notify the end of the event stream

Notify the end of the event stream

Close the output

End of event stream

Close the event reader.

Notify the end of the event stream

Called at end

Notify the end of the event stream

Close the event reader.

Called at end

Method called at the end of execution, that is, when the run-time execution ends

End of document

Override the behaviour of endDocument() in ProxyReceiver, so that it fires off the transformation of the constructed document

Callback interface for SAX: not for application use

End of event sequence

Close the event reader.

End of event stream

End of document

Close the event reader.

End of the document.

Notify the end of the sequence reached by the base iterator

Signal completion of the result document.

Signal completion of the result document.

Signal completion of the result document.

Mark the end of the start tag

A ClosingAction is an action that can be performed by a ClosingIterator when the end of a sequence is reached

A closing iterator returns the items delivered by an underlying iterator unchanged, and calls a user-supplied function when the underlying iterator hits the end of the sequence.

A Closure represents a value that has not yet been evaluated: the value is represented by an expression, together with saved values of all the context variables that the expression depends on.

Constructor should not be called directly, instances should be made using the make() method.

URI identifying the Unicode codepoint collation

An AtomicComparer used for comparing strings, untypedAtomic values, and URIs using the Unicode codepoint collation.

A collating sequence that uses Unicode codepoint ordering

XPath 2.0 codepoint-equal() function.

Test whether this StringValue is equal to another under the rules of the codepoint collation

This class supports the function codepoints-to-string

Collapse whitespace as defined in XML Schema.

An AtomicComparer used for comparing strings, untypedAtomic values, and URIs using a collation.

Create an GenericAtomicComparer

Abstract superclass for all functions that take an optional collation argument

COLLATION_URI_RESOLVER must be a CollationURIResolver.

This object maps collation URIs to collations.

Create a collation map

Create a copy of a collation map

A CollationURIResolver accepts a collation name as input, and returns a collation (represented by a StringCollator) as output.

Implement the fn:collection() function.

COLLECTION_URI_RESOLVER must be a CollectionURIResolver.

This interface defines a CollectionURIResolver.

"::" symbol

":*" symbol

Create a general variable

A CombinedNodeTest combines two nodetests using one of the operators union (=or), intersect (=and), difference (= "and not").

Create a NodeTest that combines two other node tests

Return the non-BMP character corresponding to a given surrogate pair surrogates.

Comma token

An instruction representing an xsl:comment element in the stylesheet.

A COMMENT event is notified for a comment node, which may be either a top-level comment or one nested within an element or document node.

Item type representing a comment node

Construct the instruction

Notify the existence of a comment.

Output a comment

Remove comments

Write a comment

Output a comment.

Handle a comment.

Handle a comment.

Notify a comment.

Output a comment

Output a comment

Output a comment

Output a comment

Notify a comment.

Output a comment

Write a comment.

Output a comment

Notify a comment.

Output a comment.

Callback interface for SAX: not for application use

Output a comment

Notify a comment

Output a comment

Output a comment

Output a comment

Output a comment

Output a comment

Handle a comment.

Output a comment

The CommentStripper class is a filter that removes all comments and processing instructions.

Default constructor for use in subclasses

This class implements extension functions in the http://exslt.org/common namespace.

Compact the attribute list to avoid wasting memory

A comparer for comparing two "ordinary" atomic values, where the values implement the Comparable interface and the equals() method with the appropriate XPath semantics.

XSLT 2.0 compare() function

Partial order relation comparison with this Duration instance.

Compare two nodes in document sequence (needed to implement the Sortable interface)

Compare two objects within this Sortable, identified by their position.

Compare two items in sorted sequence (needed to implement the Sortable interface)

Compare two objects.

Compare two objects.

Compare two objects.

Compare two atomic values

Compare two instances of W3C XML Schema 1.0 date/time datatypes according to partial order relation defined in W3C XML Schema 1.0 Part 2, Section 3.2.7.3, Order relation on dateTime.

Flag indicating that elements and attributes must have the same type annotation to be considered deep-equal

Flag indicating that elements and attributes should always be compared according to their string value, not their typed value

Compare two AtomicValue objects according to the rules for their data type.

Compare two AtomicValue objects according to the rules for their data type.

Compare two AtomicValue objects according to the rules for their data type.

Compare two AtomicValue objects according to the rules for their data type.

Compare two AtomicValue objects according to the rules for their data type.

Compare two AtomicValue objects according to the rules for their data type.

Compare two objects.

Compare two AtomicValue objects according to the rules for their data type.

Compare two AtomicValue objects according to the rules for their data type.

Compare two AtomicValue objects according to the rules for their data type.

Compare two AtomicValue objects according to the rules for their data type.

Compare two Items by converting them to numbers and comparing the numeric values.

Compare two Items by converting them to strings and comparing the string values.

Compare two CharSequence objects.

Compare the position of the (other) node in document order with the reference node (this node).

Compare the position of the (other) node in document order with the reference node (this node).

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Determine the relative position of this node and another node, in document order.

Generic (model-independent) method to determine the relative position of two node in document order.

Compare two AtomicValue objects for equality according to the rules for their data type.

Compare two AtomicValue objects for equality according to the rules for their data type.

Compare two AtomicValue objects for equality according to the rules for their data type.

Compare two AtomicValue objects for equality.

Compare two AtomicValue objects for equality according to the rules for their data type.

Compare two AtomicValue objects for equality according to the rules for their data type.

Compare two AtomicValue objects for equality according to the rules for their data type.

Test whether two values compare equal.

Compare two AtomicValue objects for equality according to the rules for their data type.

Compare two AtomicValue objects for equality according to the rules for their data type.

Compare two AtomicValue objects for equality according to the rules for their data type.

Compare two AtomicValue objects for equality according to the rules for their data type.

Compare two AtomicValue objects for equality according to the rules for their data type.

Test whether one string is equal to another, according to the rules of the XPath compare() function.

Test whether one string is equal to another, according to the rules of the XPath compare() function.

Test whether one string is equal to another, according to the rules of the XPath compare() function.

Test whether one string is equal to another, according to the rules of the XPath compare() function.

Compare two objects.

Compare two string objects.

Compares its two arguments for order.

Compare two string objects: case is irrelevant, unless the strings are equal ignoring case, in which case lowercase comes first.

Compares its two arguments for order.

Compare two strings

Compare two strings

Compare two string objects: case is irrelevant, unless the strings are equal ignoring case, in which case uppercase comes first.

Compare the value to a long

Compare the value to a long

Compare the value to a long.

Compare the value to a long

Compare the value to a long

Compare the value to a long

Compare an untypedAtomic value with another value, using a given collator to perform any string comparisons.

Compare this value to another value of the same type, using the supplied Configuration to get the implicit timezone if required.

Compare the value to another dateTime value, following the XPath comparison semantics

Compare this value to another value of the same type, using the supplied context object to get the implicit timezone if required.

Compare the value to another dateTime value

Compare the value to another numeric value

Compare the value to another boolean value

Context-free comparison of two DateTimeValue values.

Context-free comparison of two DateValue values.

Compare the value to another duration value

Compare the value to another numeric value

Compare the value to another numeric value

Compare the value to another numeric value

Compare this range with another range for ordering purposes.

Compare the value to another dateTime value

Compare the value to another duration value

This class implements a comparison of a numeric value to an integer constant using one of the operators eq, ne, lt, gt, le, ge.

Create the expression

Interface implemented by expressions that perform a comparison

An object used as a comparison key.

Create a comparison key for a value in a particular category.

This Compile class provides a command-line interface allowing a stylesheet to be compiled.

Compile this function to create a run-time definition that can be interpreted (note, this has nothing to do with Java code generation)

Compile code to process the literal result element at runtime

Compile the instruction on the stylesheet tree into an executable instruction for use at run-time.

Compile the instruction on the stylesheet tree into an executable instruction for use at run-time.

Compile the attribute set

Compile the instruction on the stylesheet tree into an executable instruction for use at run-time.

Compile the instruction on the stylesheet tree into an executable instruction for use at run-time.

Compile the function definition to create an executable representation

Compile the instruction on the stylesheet tree into an executable instruction for use at run-time.

Compile the instruction on the stylesheet tree into an executable instruction for use at run-time.

Compile: this ensures space is available for local variables declared within this global variable

Dummy compile() method to satisfy the interface

Compile: this registers the template with the rule manager, and ensures space is available for local variables

Compile the instruction on the stylesheet tree into an executable instruction for use at run-time.

Compile: used only for global variables.

Create a compiled representation of this global variable

Create a compiled representation of this global variable

Compile a stylesheet.

Factory method to make a PreparedStylesheet

Compile an XPath expression, supplied as a character string.

Compile an XPath 2.0 expression

Compile a query supplied as a string

COMPILE_WITH_TRACING must be a Boolean.

Report an error with diagnostic information

Report a static error in the stylesheet

Compile time error, specifying an error code

Prepare an XQuery query for subsequent evaluation.

Compile a string containing a source query transformations

Compile the query

Prepare an XQuery query for subsequent evaluation.

Prepare an XQuery query for subsequent evaluation.

Create a compiled regular expression

Create a compiled regular expression

Create a compiled regular expression

This class exists to hold information associated with a specific XSLT compilation episode.

Compile the children of this instruction on the stylesheet tree, adding the subordinate instructions to the parent instruction on the execution tree.

Compile the stylesheet to create an executable.

Compile a document containing a stylesheet module into a stylesheet that can be used to perform transformations

Abtract class representing a function call that is always rewritten at compile-time: it can never be executed

Character class representing the complement of another character class, that is, all characters that the other class doesn't match.

Create a character class representing the complement of another character class

This class is used for generating complex content, that is, the content of an element or document node.

Create a ComplexContentOutputter

The ComplexContentProcessor is an EventIterator that deals with the events occurring between a startElement and endElement (or startDocument and endDocument) according to the XSLT/XQuery rules for constructing complex content.

A complex type as defined in XML Schema: either a user-defined complex type, or xs:anyType, or xs:untyped.

This class supports the get_X_from_Y functions defined in XPath 2.0

Construct a full error message

Construct the part of the message giving the required item type

Attempt to compress a CharSequence

This class provides a compressed representation of a sequence of whitespace characters.

Static method to apply arithmetic to two values

Perform an arithmetic operation

Compute the evaluation mode of each argument

Determine the cardinality of the function.

Determine the static cardinality of the expression

Determine the static cardinality of the expression

Specify that the expression returns a singleton

Determine the static cardinality.

Determine the static cardinality.

Get the cardinality of the sequence returned by evaluating this instruction

Determine the static cardinality of the expression

Compute the static cardinality of this expression

Get the static cardinality of the expression

Compute the cardinality of the sequence returned by evaluating this instruction

Compute the static cardinality of this expression

Compute the static cardinality of this expression

Get the static cardinality

Determine the cardinality of the function.

Determine the static cardinality

Compute the static cardinality of this expression

Determine the static cardinality

Compute the static cardinality of this expression

Compute the static cardinality of this expression

Get the static cardinality of this expression

Get the static cardinality

Determine the static cardinality of the expression

Determine the static cardinality.

Determine the static cardinality.

Determine the cardinality

Get the cardinality of the sequence returned by evaluating this instruction

Determine the static cardinality

Determine the static cardinality

Determine the static cardinality of the expression

Determine the cardinality

Determine the cardinality of the function.

Compute the static cardinality of this expression

Get the cardinality of the sequence returned by evaluating this instruction

Determine the static cardinality of the expression

Get the cardinality of this expression

Compute the static cardinality of this expression

Determine the static cardinality

Compute the cardinality of the result of the expression.

Determine the static cardinality

Specify that the expression returns a singleton

Compute the cardinality of the result of the expression.

Determine the static cardinality of the expression.

Determine the static cardinality of the expression

Get the cardinality of the sequence returned by evaluating this instruction

Specify that the expression returns a singleton

Determine the static cardinality of the expression

Determine the static cardinality.

Determine the static cardinality

Determine the cardinality of the function.

Get the static cardinality

Determine the cardinality of the function.

Compute the static cardinality of this expression

Get the static cardinality

Get the cardinality of the expression.

Determine the static cardinality.

Compute the static cardinality of this expression

Determine the cardinality of the result

Determine the static cardinality.

Get the cardinality of the sequence returned by evaluating this instruction

Get the static cardinality

Determine the static cardinality of the expression

Determine the cardinality of the result

An instruction derived from an xsl:attribute element in stylesheet, or from an attribute constructor in XQuery, in cases where the attribute name is not known statically

Construct an Attribute instruction

An instruction representing an xsl:element element in an XSLT stylesheet, or a computed element constructor in XQuery.

Create an instruction that creates a new element node

Compute the dependencies of an expression, as the union of the dependencies of its subexpressions.

Compute the dependencies of an expression, as the union of the dependencies of its subexpressions.

Compute the dependencies of an expression, as the union of the dependencies of its subexpressions.

Determine which aspects of the context the expression depends on.

Compute the dependencies of an expression, as the union of the dependencies of its subexpressions.

Compute the dependencies of an expression, as the union of the dependencies of its subexpressions.

Determine which aspects of the context the expression depends on.

Compute the dependencies of an expression, as the union of the dependencies of its subexpressions.

Determine which aspects of the context the expression depends on.

Get the static properties of this expression (other than its type).

Determine the preferred evaluation mode for this function

Determine the special properties of this expression

Determine the special properties of this expression

Get the static properties of this expression (other than its type).

Determine the special properties of this expression

Get the static properties of this expression (other than its type).

Determine the special properties of this expression

Determine the special properties of this expression

Get the static properties of this expression (other than its type).

Compute the special properties of this expression.

Get the static properties of this expression (other than its type).

Determine the special properties of this expression

Get the static properties of this expression (other than its type).

Get the static properties of this expression (other than its type).

Get the static properties of this expression (other than its type).

Compute the special properties of this expression.

Get the static properties of this expression (other than its type).

Compute the special properties of this expression.

Get the static properties of this expression (other than its type).

Get the static properties of this expression (other than its type).

Get the static properties of this expression (other than its type).

Get the static properties of this expression (other than its type).

Determine the special properties of this expression

Get the static properties of this expression (other than its type).

Get the static properties of this expression (other than its type).

Compute the static properties of this expression (other than its type).

Determine the special properties of this expression.

Get the static properties of this expression (other than its type).

Determine the special properties of this expression

Determine the special properties of this expression.

Get the static properties of this expression (other than its type).

Get the static properties of this expression (other than its type).

Get the static properties of this expression (other than its type).

Compute the special properties of this expression.

Determine the special properties of this expression

Get the static properties of this expression (other than its type).

Get the static properties of this expression (other than its type).

Determine the special properties of this expression.

Compute the special properties of this expression.

Get the static properties of this expression (other than its type).

Get the static properties of this expression (other than its type).

Determine the special properties of this expression

Determine the special properties of this expression

Get the static properties of this expression (other than its type).

Compute the static properties.

Remove surplus space from the array.

An expression that sorts an underlying sequence into document order if some condition is true, or that returns the sequence "as is" (knowing that it doesn't need sorting) if the condition is false.

Create a conditional document sorter

CONFIGURATION must be an instance of Configuration.

This class holds details of user-selected configuration options for a set of transformations and/or queries.

Create a non-schema-aware configuration object with default settings for all options.

Loads the stylesheet and set xsl:param parameters.

Loads the stylesheet and set xsl:param parameters.

Configure a SAX parser to ensure it has the correct namesapce properties set

XQJ interfaces reconstructed from version 0.9 documentation

Get a named constant to a given precision (SStL)

The ConstructorFunctionLibrary represents the collection of constructor functions for atomic types.

Create a SystemFunctionLibrary

Consume the input

A Container is something other than an expression that can act as the container of an expression.

When a promotion offer is made, containingExpression identifies the level to which the promotion should occur.

This class implements the contains(), starts-with(), ends-with(), substring-before(), and substring-after() functions

Determine whether a particular integer is present in the set

Determine whether a particular integer is present in the set

Determine whether a particular integer is present in the set

Test whether one string contains another, according to the rules of the XPath contains() function

Test whether one string contains another, according to the rules of the XPath contains() function

Test whether one string contains another, according to the rules of the XPath contains() function

Test whether one string contains another, according to the rules of the XPath contains() function

Test if this set is a superset of another set

Test if this set is a superset of another set

Test if this set is a superset of another set

Test if this set is a superset of another set

Determine whether the regular expression contains a match of a given string

Determine whether the regular expression contains a match for a given string

Determine whether the regular expression contains a match of a given string

Determine whether a given kind of node can be found on a given axis

Does the stripped document contain any xml:space="preserve" attributes?

Test if this set has overlapping membership with another set

Determine whether the string contains surrogate pairs

Determine whether the function contains tail calls (on this or other functions)

Determine if a string contains any whitespace

A ContentHandlerProxy is a Receiver that converts events into the form expected by an underlying SAX2 ContentHandler.

Implementation of Locator, used to supply location information to the ContentHandler.

Create the Locator for a ContentHandlerProxy

Create a TraceListener that will collect information about the current location in the source document.

Test whether any content has been written to this ComplexContentOutputter

NodeTest is an interface that enables a test of whether a node matches particular conditions.

Create a ContentTypeTest

Expression property: this bit is set by getProperties() in the case of an expression whose item type is node, when the nodes in the result are guaranteed all to be in the same document as the context node.

This class represents the expression "(dot)", which always returns the context item.

Create the expression

ContextMappingFunction is an interface that must be satisfied by an object passed to a ContextMappingIterator.

ContextMappingIterator merges a sequence of sequences into a single flat sequence.

Construct a ContextMappingIterator that will apply a specified ContextMappingFunction to each Item returned by the base iterator.

Contract an array of integers containing Unicode codepoints into a Java string

The outer system environment, identified as the caller of a user query or stylesheet.

The Controller is Saxon's implementation of the JAXP Transformer class, and represents an executing instance of a transformation or query.

Create a Controller and initialise variables.

Create a Controller and initialise variables.

This is a marker interface used as the result methods that convert or cast values from one type to another.

Convert the value to a given type.

Convert the value to a given type.

Static method to perform the same conversion as the number() function.

Convert a Java object to an XPath value.

Convert a Java object to an XPath value.

Convert a Java object to an XPath value.

Convert a Java object to an XPath value.

Convert a Java object to an XPath value.

Convert a Java object to an XPath value.

Convert a Java object to an XPath value.

Examine a path expression to see whether it can be replaced by a call on the key() function; if so, generate an appropriate key definition and return the call on key().

Convert to target data type

Convert a value to either (a) another primitive type, or (b) another built-in type derived from the current primitive type, with control over how validation is handled.

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert to target data type

Convert a QName to target data type

Convert a value to another primitive data type, with control over how validation is handled.

Convert to target data type

Convert to target data type

Convert the value to a given type.

Convert a string value to another built-in data type, with control over how validation is handled.

Determine whether untyped atomic values should be converted to the type of the other operand

Determine whether untyped atomic values should be converted to the type of the other operand

Determine whether untyped atomic values should be converted to the type of the other operand

Determine whether untyped atomic values should be converted to the type of the other operand

Determine whether untyped atomic values should be converted to the type of the other operand

Convert an XPath value to a .NET object

Convert a path expression such as a/b/c[predicate] into a filter expression of the form (a/b/c)[predicate].

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert to Java object (for passing to external functions)

Convert an XPath value to a Java object.

Convert a sequence of values to a NODELIST, as defined in the JAXP XPath API spec.

Convert a sequence of values to a NODELIST, as defined in the JAXP XPath API spec.

Convert a sequence of values to a NODELIST, as defined in the JAXP XPath API spec.

Convert a sequence of values to a NODELIST, as defined in the JAXP XPath API spec.

Convert a sequence of values to a NODELIST, as defined in the JAXP XPath API spec.

Convert a sequence of values to a NODELIST, as defined in the JAXP XPath API spec.

Convert this value-of instruction to an expression that delivers the string-value of the resulting text node.

This class allows subtypes of xs:integer to be held, as well as xs:integer values.

Convert the value to a subtype of xs:integer

This class allows subtypes of xs:integer to be held, as well as xs:integer values.

Convert where clause, if possible, to a predicate.

Convert an XPath value to an object in this object model.

Convert an XPath value to an object in this object model.

Convert an XPath value to an object in this object model.

Convert an XPath value to an object in this object model.

Convert an XPath value to an object in this object model.

Convert an XPath value to an object in this object model.

Handler for xsl:copy elements in stylesheet.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an existing Configuration to create a new Configuration.

This method creates a copy of a FunctionLibrary: if the original FunctionLibrary allows new functions to be added, then additions to this copy will not affect the original, or vice versa.

Create a clone copy of this expression

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

This method creates a copy of a FunctionLibrary: if the original FunctionLibrary allows new functions to be added, then additions to this copy will not affect the original, or vice versa.

Copy an expression.

This method creates a copy of a FunctionLibrary: if the original FunctionLibrary allows new functions to be added, then additions to this copy will not affect the original, or vice versa.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

This method creates a copy of a FunctionLibrary: if the original FunctionLibrary allows new functions to be added, then additions to this copy will not affect the original, or vice versa.

This method creates a copy of a FunctionLibrary: if the original FunctionLibrary allows new functions to be added, then additions to this copy will not affect the original, or vice versa.

Copy an expression.

Copy an expression.

Copy an expression.

Copy an expression.

This method creates a copy of a FunctionLibrary: if the original FunctionLibrary allows new functions to be added, then additions to this copy will not affect the original, or vice versa.

Create a copy of this IndependentContext.

Copy an expression.

Copy an expression.

Create a copy of the IntHashMap

Form a new set that is a copy of this set.

Copy an expression.