UserFunction

java.lang.Object
- net.sf.saxon.expr.instruct.ComponentCode<UserFunction>
- - net.sf.saxon.expr.instruct.UserFunction

All Implemented Interfaces:

SourceLocator, PullEvent, Callable, ContextOriginator, Location, Function, GroundedValue, Item, Sequence, InstructionInfo, Locator

Direct Known Subclasses:

MemoFunction
```
public class UserFunction
extends ComponentCode<UserFunction>
implements Function, ContextOriginator
```
This object represents the compiled form of a user-written function (the source can be either an XSLT stylesheet function or an XQuery function).

It is assumed that type-checking, of both the arguments and the results, has been handled at compile time. That is, the expression supplied as the body of the function must be wrapped in code to check or convert the result to the required type, and calls on the function must be wrapped at compile time to check or convert the supplied arguments.

Nested Class Summary

Nested Classes
Modifier and Type Class and Description

static class UserFunction.Determinism

Nested Classes
Modifier and Type	Class and Description
`static class`	`UserFunction.Determinism`

Field Summary

Fields
Modifier and Type Field and Description

protected int evaluationMode
- Fields inherited from class net.sf.saxon.expr.instruct.ComponentCode
  body

Fields
Modifier and Type	Field and Description
`protected int`	`evaluationMode`

Constructor Summary

Constructors
Constructor and Description

UserFunction()
Create a user-defined function (the body must be added later)

Constructors
Constructor and Description
`UserFunction()` Create a user-defined function (the body must be added later)

Method Summary

Methods
Modifier and Type	Method and Description
`boolean`	`acceptsNodesWithoutAtomization()` Ask whether any of the declared arguments accept nodes without atomizing them
`AtomicSequence`	`atomize()` Atomize the item.
`Sequence`	`call(Sequence[] actualArgs, Controller controller)` Call this function.
`Sequence`	`call(XPathContext context, Sequence[] actualArgs)` Call this function to return a value.
`void`	`callUpdating(Sequence[] actualArgs, XPathContextMajor context, PendingUpdateList pul)` Call an updating function.
`void`	`computeEvaluationMode()` Determine the preferred evaluation mode for this function
`boolean`	`containsTailCalls()` Determine whether the function contains tail calls (on this or other functions)
`boolean`	`deepEquals(Function other, XPathContext context, AtomicComparer comparer, int flags)` Test whether this FunctionItem is deep-equal to another function item, under the rules of the deep-equal function
`boolean`	`effectiveBooleanValue()` Get the effective boolean value of this sequence
`void`	`export(ExpressionPresenter presenter)` Diagnostic print of expression structure.
`SequenceType`	`getArgumentType(int n)` Get the required types of an argument to this function
`int`	`getArity()` Get the arity of this function
`int`	`getComponentKind()` Get the kind of component that this represents, using integer constants such as `StandardNames.XSL_FUNCTION`
`int`	`getConstructType()` Get the type of construct.
`SequenceType`	`getDeclaredResultType()` Get the declared result type
`FunctionStreamability`	`getDeclaredStreamability()` Get the declared streamability (XSLT 3.0 attribute)
`String`	`getDescription()` Get a description of this function for use in error messages.
`UserFunction.Determinism`	`getDeterminism()` Get the determinism of the function.
`int`	`getEvaluationMode()` Get the evaluation mode.
`FunctionItemType`	`getFunctionItemType()` Get the type of the function
`StructuredQName`	`getFunctionName()` Get the function name
`int`	`getLength()` Get the size of the value (the number of items)
`StructuredQName`	`getObjectName()` Get a name identifying the object of the expression, for example a function name, template name, variable name, key name, element name, etc.
`OperandRole[]`	`getOperandRoles()` Get the roles of the arguments, for the purposes of streaming
`UserFunctionParameter[]`	`getParameterDefinitions()` Get the definitions of the declared parameters for this function
`SequenceType`	`getResultType()` Get the type of value returned by this function
`String`	`getStringValue()` Get the value of the item as a string.
`CharSequence`	`getStringValueCS()` Get the string value of the item as a CharSequence.
`SymbolicName`	`getSymbolicName()` Get the symbolic name of the component
`Item`	`head()` Get the first item in the sequence.
`boolean`	`isArray()` Ask whether this function item is an array
`Boolean`	`isInlineable()` Ask whether the function can be inlined
`boolean`	`isMap()` Ask whether this function item is a map
`boolean`	`isMemoFunction()` Ask whether this function is a memo function
`boolean`	`isTailRecursive()` Determine whether the function contains a tail call, calling itself
`boolean`	`isUpdating()` Ask whether this is an updating function (as defined in XQuery Update)
`Item`	`itemAt(int n)` Get the n'th item in the value, counting from 0
`UnfailingIterator`	`iterate()` Get an iterator over all the items in the sequence (that is, the singleton sequence consisting of this function item)
`EventIterator`	`iterateEvents(Sequence[] actualArgs, XPathContextMajor context)` Call this function in "pull" mode, returning the results as a sequence of PullEvents.
`XPathContextMajor`	`makeNewContext(XPathContext oldContext)` Create a context for evaluating this function
`void`	`process(Sequence[] actualArgs, XPathContextMajor context)` Call this function in "push" mode, writing the results to the current output destination.
`GroundedValue`	`reduce()` Reduce the sequence to its simplest form.
`void`	`setAnnotationMap(Map<StructuredQName,Annotation> map)` Supply a set of annotations
`void`	`setDeclaredStreamability(FunctionStreamability streamability)` Set the declared streamability (XSLT 3.0 attribute)
`void`	`setDeterminism(UserFunction.Determinism determinism)` Set the determinism of the function.
`void`	`setEvaluationMode(int mode)` Set the evaluation mode.
`void`	`setFunctionName(StructuredQName name)` Set the function name
`void`	`setInlineable(boolean inlineable)` Say whether this function can be inlined
`void`	`setParameterDefinitions(UserFunctionParameter[] params)` Set the definitions of the declared parameters for this function
`void`	`setPreallocatedController(Controller controller)` Supply the controller to be used when evaluating this function.
`void`	`setResultType(SequenceType resultType)` Set the declared result type of the function
`void`	`setTailRecursive(boolean tailCalls, boolean recursiveTailCalls)` Indicate whether the function contains a tail call
`void`	`setUpdating(boolean isUpdating)` Set whether this is an updating function (as defined in XQuery Update)
`GroundedValue`	`subsequence(int start, int length)` Get a subsequence of the value
`void`	`typeCheck(ExpressionVisitor visitor)`

Methods inherited from class net.sf.saxon.expr.instruct.ComponentCode
allocateAllBindingSlots, allocateBindingSlotsRecursive, getBody, getColumnNumber, getDeclaredVisibility, getDeclaringComponent, getLineNumber, getLocation, getPackageData, getProperties, getProperty, getPublicId, getRetainedStaticContext, getStackFrameMap, getSystemId, makeDeclaringComponent, saveLocation, setBody, setDeclaredVisibility, setDeclaringComponent, setLineNumber, setPackageData, setRetainedStaticContext, setStackFrameMap, setSystemId

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - evaluationMode
```
protected int evaluationMode
```
- Constructor Detail
  - UserFunction
```
public UserFunction()
```
    Create a user-defined function (the body must be added later)
- Method Detail
  - getComponentKind
```
public int getComponentKind()
```
    Description copied from class: ComponentCode
    
    Get the kind of component that this represents, using integer constants such as StandardNames.XSL_FUNCTION
    
    Specified by:
    
    getComponentKind in class ComponentCode<UserFunction>
  - setFunctionName
```
public void setFunctionName(StructuredQName name)
```
    Set the function name
    
    Parameters:
    name - the function name
  - getFunctionName
```
public StructuredQName getFunctionName()
```
    Get the function name
    
    Specified by:
    
    getFunctionName in interface Function
    
    Returns:
    the function name, as a StructuredQName. Returns null for an anonymous function
  - getDescription
```
public String getDescription()
```
    Get a description of this function for use in error messages. For named functions, the description is the function name (as a lexical QName). For others, it might be, for example, "inline function", or "partially-applied ends-with function".
    
    Specified by:
    
    getDescription in interface Function
    
    Returns:
    a description of the function for use in error messages
  - getObjectName
```
public StructuredQName getObjectName()
```
    Get a name identifying the object of the expression, for example a function name, template name, variable name, key name, element name, etc. This is used only where the name is known statically.
    
    Specified by:
    
    getObjectName in interface InstructionInfo
    
    Returns:
    the QName of the object declared or manipulated by this instruction or expression
  - getSymbolicName
```
public SymbolicName getSymbolicName()
```
    Description copied from class: ComponentCode
    
    Get the symbolic name of the component
    
    Specified by:
    
    getSymbolicName in class ComponentCode<UserFunction>
    
    Returns:
    the symbolic name
  - getFunctionItemType
```
public FunctionItemType getFunctionItemType()
```
    Get the type of the function
    
    Specified by:
    
    getFunctionItemType in interface Function
    
    Returns:
    the function type
  - getOperandRoles
```
public OperandRole[] getOperandRoles()
```
    Get the roles of the arguments, for the purposes of streaming
    
    Specified by:
    
    getOperandRoles in interface Function
    
    Returns:
    an array of OperandRole objects, one for each argument
  - acceptsNodesWithoutAtomization
```
public boolean acceptsNodesWithoutAtomization()
```
    Ask whether any of the declared arguments accept nodes without atomizing them
    
    Returns:
    true if this is the case
  - setPreallocatedController
```
public void setPreallocatedController(Controller controller)
```
    Supply the controller to be used when evaluating this function. This is used when the function is dynamically loaded when using the load-xquery-module function.
    
    Parameters:
    controller - the controller to be used (which may differ from the controller used by the caller)
  - setAnnotationMap
```
public void setAnnotationMap(Map<StructuredQName,Annotation> map)
```
    Supply a set of annotations
    
    Parameters:
    map - the new set of annotations, which will replace any previous annotations on the function
  - setDeterminism
```
public void setDeterminism(UserFunction.Determinism determinism)
```
    Set the determinism of the function. Corresponds to the XSLT 3.0 values new-each-time=yes|no|maybe
    
    Parameters:
    determinism - the determinism value for the function
  - getDeterminism
```
public UserFunction.Determinism getDeterminism()
```
    Get the determinism of the function. Corresponds to the XSLT 3.0 values new-each-time=yes|no|maybe
    
    Returns:
    the determinism value for the function
  - computeEvaluationMode
```
public void computeEvaluationMode()
```
    Determine the preferred evaluation mode for this function
  - isInlineable
```
public Boolean isInlineable()
```
    Ask whether the function can be inlined
    
    Returns:
    true (yes), false (no), or null (don't know)
  - setInlineable
```
public void setInlineable(boolean inlineable)
```
    Say whether this function can be inlined
    
    Parameters:
    inlineable - true or false
  - setParameterDefinitions
```
public void setParameterDefinitions(UserFunctionParameter[] params)
```
    Set the definitions of the declared parameters for this function
    
    Parameters:
    params - an array of parameter definitions
  - getParameterDefinitions
```
public UserFunctionParameter[] getParameterDefinitions()
```
    Get the definitions of the declared parameters for this function
    
    Returns:
    an array of parameter definitions
  - setResultType
```
public void setResultType(SequenceType resultType)
```
    Set the declared result type of the function
    
    Parameters:
    resultType - the declared return type
  - setTailRecursive
```
public void setTailRecursive(boolean tailCalls,
                    boolean recursiveTailCalls)
```
    Indicate whether the function contains a tail call
    
    Parameters:
    tailCalls - true if the function contains a tail call (on any function)
    recursiveTailCalls - true if the function contains a tail call (on itself)
  - containsTailCalls
```
public boolean containsTailCalls()
```
    Determine whether the function contains tail calls (on this or other functions)
    
    Returns:
    true if the function contains tail calls
  - isTailRecursive
```
public boolean isTailRecursive()
```
    Determine whether the function contains a tail call, calling itself
    
    Returns:
    true if the function contains a directly-recursive tail call
  - setUpdating
```
public void setUpdating(boolean isUpdating)
```
    Set whether this is an updating function (as defined in XQuery Update)
    
    Parameters:
    isUpdating - true if this is an updating function
  - isUpdating
```
public boolean isUpdating()
```
    Ask whether this is an updating function (as defined in XQuery Update)
    
    Returns:
    true if this is an updating function
  - setDeclaredStreamability
```
public void setDeclaredStreamability(FunctionStreamability streamability)
```
    Set the declared streamability (XSLT 3.0 attribute)
    
    Parameters:
    streamability - the declared streamability (defaults to "unclassified")
  - getDeclaredStreamability
```
public FunctionStreamability getDeclaredStreamability()
```
    Get the declared streamability (XSLT 3.0 attribute)
    
    Returns:
    the declared streamability (defaults to "unclassified")
  - getResultType
```
public SequenceType getResultType()
```
    Get the type of value returned by this function
    
    Returns:
    the declared result type, or the inferred result type if this is more precise
  - getDeclaredResultType
```
public SequenceType getDeclaredResultType()
```
    Get the declared result type
    
    Returns:
    the declared result type
  - getArgumentType
```
public SequenceType getArgumentType(int n)
```
    Get the required types of an argument to this function
    
    Parameters:
    n - identifies the argument in question, starting at 0
    
    Returns:
    a SequenceType object, indicating the required type of the argument
  - getEvaluationMode
```
public int getEvaluationMode()
```
    Get the evaluation mode. The evaluation mode will be computed if this has not already been done
    
    Returns:
    the computed evaluation mode
  - setEvaluationMode
```
public void setEvaluationMode(int mode)
```
    Set the evaluation mode. (Used when reloading a saved package)
    
    Parameters:
    mode - the evaluation mode
  - getArity
```
public int getArity()
```
    Get the arity of this function
    
    Specified by:
    
    getArity in interface Function
    
    Returns:
    the number of arguments
  - isMemoFunction
```
public boolean isMemoFunction()
```
    Ask whether this function is a memo function
    
    Returns:
    false (overridden in a subclass)
  - typeCheck
```
public void typeCheck(ExpressionVisitor visitor)
               throws XPathException
```
    Throws:
    
    XPathException
  - makeNewContext
```
public XPathContextMajor makeNewContext(XPathContext oldContext)
```
    Create a context for evaluating this function
    
    Parameters:
    oldContext - the existing context of the caller
    
    Returns:
    a new context which should be supplied to the call() method.
  - call
```
public Sequence call(XPathContext context,
            Sequence[] actualArgs)
              throws XPathException
```
    Call this function to return a value.
    
    Specified by:
    
    call in interface Callable
    
    Specified by:
    
    call in interface Function
    
    Parameters:
    context - This provides the run-time context for evaluating the function. This should be created using makeNewContext(XPathContext). It must be an instance of XPathContextMajor.
    actualArgs - the arguments supplied to the function. These must have the correct types required by the function signature (it is the caller's responsibility to check this). It is acceptable to supply a Closure to represent a value whose evaluation will be delayed until it is needed. The array must be the correct size to match the number of arguments: again, it is the caller's responsibility to check this.
    
    Returns:
    a Value representing the result of the function.
    
    Throws:
    
    XPathException - if a dynamic error occurs while evaluating the function
  - process
```
public void process(Sequence[] actualArgs,
           XPathContextMajor context)
             throws XPathException
```
    Call this function in "push" mode, writing the results to the current output destination.
    
    Parameters:
    actualArgs - the arguments supplied to the function. These must have the correct types required by the function signature (it is the caller's responsibility to check this). It is acceptable to supply a Closure to represent a value whose evaluation will be delayed until it is needed. The array must be the correct size to match the number of arguments: again, it is the caller's responsibility to check this.
    context - This provides the run-time context for evaluating the function. It is the caller's responsibility to allocate a "clean" context for the function to use; the context that is provided will be overwritten by the function.
    
    Throws:
    
    XPathException - if a dynamic error occurs while evaluating the function
  - iterateEvents
```
public EventIterator iterateEvents(Sequence[] actualArgs,
                          XPathContextMajor context)
                            throws XPathException
```
    Call this function in "pull" mode, returning the results as a sequence of PullEvents.
    
    Parameters:
    actualArgs - the arguments supplied to the function. These must have the correct types required by the function signature (it is the caller's responsibility to check this). It is acceptable to supply a Closure to represent a value whose evaluation will be delayed until it is needed. The array must be the correct size to match the number of arguments: again, it is the caller's responsibility to check this.
    context - This provides the run-time context for evaluating the function. It is the caller's responsibility to allocate a "clean" context for the function to use; the context that is provided will be overwritten by the function.
    
    Returns:
    an iterator over the results of the function call
    
    Throws:
    
    XPathException - if a dynamic error occurs while evaluating the function
  - call
```
public Sequence call(Sequence[] actualArgs,
            Controller controller)
              throws XPathException
```
    Call this function. This method allows an XQuery function to be called directly from a Java application. It creates the environment needed to achieve this
    
    Parameters:
    actualArgs - the arguments supplied to the function. These must have the correct types required by the function signature (it is the caller's responsibility to check this). It is acceptable to supply a Closure to represent a value whose evaluation will be delayed until it is needed. The array must be the correct size to match the number of arguments: again, it is the caller's responsibility to check this.
    controller - This provides the run-time context for evaluating the function. A Controller may be obtained by calling XQueryExpression.newController(net.sf.saxon.query.DynamicQueryContext). This may be used for a series of calls on functions defined in the same module as the XQueryExpression.
    
    Returns:
    a Value representing the result of the function.
    
    Throws:
    
    XPathException - if a dynamic error occurs while evaluating the function.
  - callUpdating
```
public void callUpdating(Sequence[] actualArgs,
                XPathContextMajor context,
                PendingUpdateList pul)
                  throws XPathException
```
    Call an updating function.
    
    Parameters:
    actualArgs - the arguments supplied to the function. These must have the correct types required by the function signature (it is the caller's responsibility to check this). It is acceptable to supply a Closure to represent a value whose evaluation will be delayed until it is needed. The array must be the correct size to match the number of arguments: again, it is the caller's responsibility to check this.
    context - the dynamic evaluation context
    pul - the pending updates list, to which the function's update actions are to be added.
    
    Throws:
    
    XPathException - if a dynamic error occurs while evaluating the function.
  - export
```
public void export(ExpressionPresenter presenter)
```
    Diagnostic print of expression structure. The abstract expression tree is written to the supplied outputstream.
    
    Specified by:
    
    export in interface Function
    
    Specified by:
    
    export in class ComponentCode<UserFunction>
    
    Parameters:
    presenter - the expression presenter used to display the structure
  - getConstructType
```
public int getConstructType()
```
    Get the type of construct. This will either be the fingerprint of a standard XSLT instruction name (values in StandardNames: all less than 1024) or it will be a constant in class LocationKind.
    
    Specified by:
    
    getConstructType in interface InstructionInfo
    
    Returns:
    an integer identifying the kind of construct
  - iterate
```
public UnfailingIterator iterate()
```
    Get an iterator over all the items in the sequence (that is, the singleton sequence consisting of this function item)
    
    Specified by:
    
    iterate in interface Function
    
    Specified by:
    
    iterate in interface GroundedValue
    
    Specified by:
    
    iterate in interface Sequence
    
    Returns:
    an iterator over all the items
  - isMap
```
public boolean isMap()
```
    Ask whether this function item is a map
    
    Specified by:
    
    isMap in interface Function
    
    Returns:
    true if this function item is a map, otherwise false
  - isArray
```
public boolean isArray()
```
    Ask whether this function item is an array
    
    Specified by:
    
    isArray in interface Function
    
    Returns:
    true if this function item is an array, otherwise false
  - deepEquals
```
public boolean deepEquals(Function other,
                 XPathContext context,
                 AtomicComparer comparer,
                 int flags)
                   throws XPathException
```
    Test whether this FunctionItem is deep-equal to another function item, under the rules of the deep-equal function
    
    Specified by:
    
    deepEquals in interface Function
    
    Parameters:
    other - the other function item
    context - the dynamic evaluation context
    comparer - the object to perform the comparison
    flags - options for how the comparison is performed
    
    Returns:
    true if the two function items are deep-equal
    
    Throws:
    
    XPathException - if the comparison cannot be performed
  - itemAt
```
public Item itemAt(int n)
```
    Get the n'th item in the value, counting from 0
    
    Specified by:
    
    itemAt in interface GroundedValue
    
    Parameters:
    n - the index of the required item, with 0 representing the first item in the sequence
    
    Returns:
    the n'th item if it exists, or null otherwise
  - subsequence
```
public GroundedValue subsequence(int start,
                        int length)
```
    Get a subsequence of the value
    
    Specified by:
    
    subsequence in interface GroundedValue
    
    Parameters:
    start - the index of the first item to be included in the result, counting from zero. A negative value is taken as zero. If the value is beyond the end of the sequence, an empty sequence is returned
    length - the number of items to be included in the result. Specify Integer.MAX_VALUE to get the subsequence up to the end of the base sequence. If the value is negative, an empty sequence is returned. If the value goes off the end of the sequence, the result returns items up to the end of the sequence
    
    Returns:
    the required subsequence.
  - getLength
```
public int getLength()
```
    Get the size of the value (the number of items)
    
    Specified by:
    
    getLength in interface GroundedValue
    
    Returns:
    the number of items in the sequence
  - effectiveBooleanValue
```
public boolean effectiveBooleanValue()
                              throws XPathException
```
    Get the effective boolean value of this sequence
    
    Specified by:
    
    effectiveBooleanValue in interface GroundedValue
    
    Returns:
    the effective boolean value
    
    Throws:
    
    XPathException - if the sequence has no effective boolean value (for example a sequence of two integers)
  - reduce
```
public GroundedValue reduce()
```
    Reduce the sequence to its simplest form. If the value is an empty sequence, the result will be EmptySequence.getInstance(). If the value is a single atomic value, the result will be an instance of AtomicValue. If the value is a single item of any other kind, the result will be an instance of One. Otherwise, the result will typically be unchanged.
    
    Specified by:
    
    reduce in interface GroundedValue
    
    Returns:
    the simplified sequence
  - head
```
public Item head()
```
    Get the first item in the sequence. Differs from the superclass Sequence in that no exception is thrown.
    
    Specified by:
    
    head in interface GroundedValue
    
    Specified by:
    
    head in interface Item
    
    Specified by:
    
    head in interface Sequence
    
    Returns:
    the first item in the sequence if there is one, or null if the sequence is empty
  - getStringValue
```
public String getStringValue()
```
    Get the value of the item as a string. For nodes, this is the string value of the node as defined in the XPath 2.0 data model, except that all nodes are treated as being untyped: it is not an error to get the string value of a node with a complex type. For atomic values, the method returns the result of casting the atomic value to a string.
    If the calling code can handle any CharSequence, the method getStringValueCS() should be used. If the caller requires a string, this method is preferred.
    
    Specified by:
    
    getStringValue in interface GroundedValue
    
    Specified by:
    
    getStringValue in interface Item
    
    Returns:
    the string value of the item
    
    Throws:
    
    UnsupportedOperationException - if the item is a function item (an unchecked exception is used here to avoid introducing exception handling to a large number of paths where it is not needed)
    Since:
    
    8.4
    
    See Also:
    getStringValueCS()
  - getStringValueCS
```
public CharSequence getStringValueCS()
```
    Get the string value of the item as a CharSequence. This is in some cases more efficient than the version of the method that returns a String. The method satisfies the rule that X.getStringValueCS().toString() returns a string that is equal to X.getStringValue().
    Note that two CharSequence values of different types should not be compared using equals(), and for the same reason they should not be used as a key in a hash table.
    If the calling code can handle any CharSequence, this method should be used. If the caller requires a string, the getStringValue() method is preferred.
    
    Specified by:
    
    getStringValueCS in interface GroundedValue
    
    Specified by:
    
    getStringValueCS in interface Item
    
    Returns:
    the string value of the item
    
    Throws:
    
    UnsupportedOperationException - if the item is a function item (an unchecked exception is used here to avoid introducing exception handling to a large number of paths where it is not needed)
    Since:
    
    8.4
    
    See Also:
    getStringValue()
  - atomize
```
public AtomicSequence atomize()
                       throws XPathException
```
    Atomize the item.
    
    Specified by:
    
    atomize in interface Item
    
    Returns:
    the result of atomization
    
    Throws:
    
    XPathException - if atomization is not allowed for this kind of item

Class UserFunction

Nested Class Summary

Field Summary

Fields inherited from class net.sf.saxon.expr.instruct.ComponentCode

Constructor Summary

Method Summary

Methods inherited from class net.sf.saxon.expr.instruct.ComponentCode

Methods inherited from class java.lang.Object

Field Detail

evaluationMode

Constructor Detail

UserFunction

Method Detail

getComponentKind

setFunctionName

getFunctionName

getDescription

getObjectName

getSymbolicName

getFunctionItemType

getOperandRoles

acceptsNodesWithoutAtomization

setPreallocatedController

setAnnotationMap

setDeterminism

getDeterminism

computeEvaluationMode

isInlineable

setInlineable

setParameterDefinitions

getParameterDefinitions

setResultType

setTailRecursive

containsTailCalls

isTailRecursive

setUpdating

isUpdating

setDeclaredStreamability

getDeclaredStreamability

getResultType

getDeclaredResultType

getArgumentType

getEvaluationMode

setEvaluationMode

getArity

isMemoFunction

typeCheck

makeNewContext

call

process

iterateEvents

call

callUpdating

export

getConstructType

iterate

isMap

isArray

deepEquals

itemAt

subsequence

getLength

effectiveBooleanValue

reduce

head

getStringValue

getStringValueCS

atomize