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## net.sf.saxon.expr.instruct
Class Executable

    java.lang.Object
      net.sf.saxon.expr.instruct.Executable

All Implemented Interfaces:
  Serializable

Direct Known Subclasses:
  PreparedStylesheet

    public class Executable

extends Object
implements Serializable

A compiled stylesheet or a query in executable form. Note that the original stylesheet tree is not retained.

See Also:
  Serialized Form

Constructor Summary
`Executable(Configuration config)` Create a new Executable (a collection of stylesheet modules and/or query modules)

Method Summary
`void` | `addQueryLibraryModule(QueryModule module)` Add an XQuery library module to the configuration.
`void` | `addRequiredParam(StructuredQName qName)` Add a required parameter.
`void` | `checkAllRequiredParamsArePresent(GlobalParameterSet params)` Check that all required parameters have been supplied.
`boolean` | `createsSecondaryResult()` Ask whether this executable represents a stylesheet that uses xsl:result-document to create secondary output documents
`void` | `explainGlobalVariables(ExpressionPresenter presenter)` Explain (that is, output an expression tree) the global variables
`void` | `fixupQueryModules(QueryModule main, boolean checkForCycles)` Fix up global variables and functions in all query modules.
`CharacterMapIndex` | `getCharacterMapIndex()` Get the index of named character maps
`CollationMap` | `getCollationTable()` Get the table of collations
`HashMap<StructuredQName,GlobalVariable>` | `getCompiledGlobalVariables()` Get the index of global variables
`Configuration` | `getConfiguration()` Get the configuration
`Properties` | `getDefaultOutputProperties()` Get the default output properties
`FunctionLibraryList` | `getFunctionLibrary()` Get the library containing all the in-scope functions in the static context
`GlobalVariable` | `getGlobalVariable(StructuredQName name)` Get the global variable with a given name
`SlotManager` | `getGlobalVariableMap()` Get the global variable map
`int` | `getHostLanguage()` Get the host language
`StructuredQName` | `getInitialContextItemVariableName()` Get the the name of the variable that will implicitly contain the value of the initial context item.
`KeyManager` | `getKeyManager()` Get the KeyManager which handles key definitions
`int` | `getLargestPatternStackFrame()` Determine the size of the stack frame needed for evaluating match patterns
`LocationMap` | `getLocationMap()` Get the location map
`StringCollator` | `getNamedCollation(String name)` Find a named collation.
`Properties` | `getOutputProperties(StructuredQName qName)` Get a named output format
`Iterator` | `getQueryLibraryModules()` Get an iterator over all the query library modules (does not include the main module)
`List<QueryModule>` | `getQueryLibraryModules(String namespace)` Locate the known XQuery library modules for a given module namespace.
`QueryModule` | `getQueryModuleWithSystemId(String systemId, QueryModule topModule)` Get the query library module with a given systemID
`StripSpaceRules` | `getStripperRules()` Get the rules determining which nodes are to be stripped from the tree
`void` | `initializeBindery(Bindery bindery)` Allocate space in bindery for all the variables needed
`boolean` | `isSchemaAware()` Ask whether this executable is schema-aware, that is, whether the query or transformation imports a schema.
`RuleBasedStripper` | `newStripper()` Create a Stripper which handles whitespace stripping definitions
`void` | `registerGlobalVariable(GlobalVariable variable)` Register a global variable
`void` | `setCharacterMapIndex(CharacterMapIndex cmi)` Set the index of named character maps
`void` | `setCollationTable(CollationMap table)` Set the table of collations
`void` | `setConfiguration(Configuration config)` Set the configuration
`void` | `setCreatesSecondaryResult(boolean flag)` Set whether this executable represents a stylesheet that uses xsl:result-document to create secondary output documents
`void` | `setDefaultOutputProperties(Properties properties)` Set the default output properties (the properties for the unnamed output format)
`void` | `setFunctionLibrary(FunctionLibraryList functionLibrary)` Set the library containing all the in-scope functions in the static context
`void` | `setHostLanguage(int language)` Set the host language
`void` | `setInitialContextItemVariableName(StructuredQName name)` Set the name of the variable that will implicitly contain the value of the initial context item.
`void` | `setKeyManager(KeyManager km)` Set the KeyManager which handles key definitions
`void` | `setLocationMap(LocationMap map)` Set the location map
`void` | `setOutputProperties(StructuredQName qName, Properties properties)` Add a named output format
`void` | `setPatternSlotSpace(int patternLocals)` Set the space requirements for variables used in template match patterns
`void` | `setSchemaAware(boolean aware)` Set whether this executable is schema-aware.
`void` | `setStripperRules(StripSpaceRules rules)` Set the rules determining which nodes are to be stripped from the tree
`void` | `setStripsInputTypeAnnotations(boolean strips)` Set whether source documents are to have their type annotations stripped
`void` | `setStripsWhitespace(boolean strips)` Indicate that the stylesheet does some whitespace stripping
`boolean` | `stripsInputTypeAnnotations()` Ask whether source documents are to have their type annotations stripped
`boolean` | `stripsWhitespace()` Determine whether this stylesheet does any whitespace stripping

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

Constructor Detail

### Executable

    public Executable(Configuration config)

  Create a new Executable (a collection of stylesheet modules and/or query modules)

  Parameters:
    `config` - the Saxon Configuration

Method Detail

### setConfiguration

    public void setConfiguration(Configuration config)

  Set the configuration

  Parameters:
    `config` - the Configuration

### getConfiguration

    public Configuration getConfiguration()

  Get the configuration

  Returns:
    the Configuration

### setHostLanguage

    public void setHostLanguage(int language)

  Set the host language

  Parameters:
    `language` - the host language, as a constant such as `Configuration.XSLT` or `Configuration.XQUERY`

### getHostLanguage

    public int getHostLanguage()

  Get the host language

  Returns:
    a value identifying the host language: `Configuration.XQUERY` or `Configuration.XSLT` or `Configuration.JAVA_APPLICATION`

### getFunctionLibrary

    public FunctionLibraryList getFunctionLibrary()

  Get the library containing all the in-scope functions in the static context

  Returns:
    the function libary

### setFunctionLibrary

    public void setFunctionLibrary(FunctionLibraryList functionLibrary)

  Set the library containing all the in-scope functions in the static context

  Parameters:
    `functionLibrary` - the function libary

### setCharacterMapIndex

    public void setCharacterMapIndex(CharacterMapIndex cmi)

  Set the index of named character maps

  Parameters:
    `cmi` - a hash table that maps the names of character maps to the HashMap objects representing the character maps

### getCharacterMapIndex

    public CharacterMapIndex getCharacterMapIndex()

  Get the index of named character maps

  Returns:
    the hash table that maps the names of character maps to the IntHashMap objects representing the character maps

### setStripperRules

    public void setStripperRules(StripSpaceRules rules)

  Set the rules determining which nodes are to be stripped from the tree

  Parameters:
    `rules` - a Mode object containing the whitespace stripping rules. A Mode is generally a collection of template rules, but it is reused here to represent a collection of stripping rules.

### getStripperRules

    public StripSpaceRules getStripperRules()

  Get the rules determining which nodes are to be stripped from the tree

  Returns:
    a Mode object containing the whitespace stripping rules. A Mode is generally a collection of template rules, but it is reused here to represent a collection of stripping rules.

### setStripsWhitespace

    public void setStripsWhitespace(boolean strips)

  Indicate that the stylesheet does some whitespace stripping

  Parameters:
    `strips` - true if the stylesheet performs whitespace stripping of one or more elements.

### newStripper

    public RuleBasedStripper newStripper()

  Create a Stripper which handles whitespace stripping definitions

  Returns:
    the constructed Stripper object

### stripsWhitespace

    public boolean stripsWhitespace()

  Determine whether this stylesheet does any whitespace stripping

  Returns:
    true if the stylesheet performs whitespace stripping of one or more elements.

### setStripsInputTypeAnnotations

    public void setStripsInputTypeAnnotations(boolean strips)

  Set whether source documents are to have their type annotations stripped

  Parameters:
    `strips` - true if type annotations are to be stripped

### stripsInputTypeAnnotations

    public boolean stripsInputTypeAnnotations()

  Ask whether source documents are to have their type annotations stripped

  Returns:
    true if type annotations are stripped from source documents

### setKeyManager

    public void setKeyManager(KeyManager km)

  Set the KeyManager which handles key definitions

  Parameters:
    `km` - the KeyManager containing the xsl:key definitions

### getKeyManager

    public KeyManager getKeyManager()

  Get the KeyManager which handles key definitions

  Returns:
    the KeyManager containing the xsl:key definitions

### setDefaultOutputProperties

    public void setDefaultOutputProperties(Properties properties)

  Set the default output properties (the properties for the unnamed output format)

  Parameters:
    `properties` - the output properties to be used when the unnamed output format is selected

### getDefaultOutputProperties

    public Properties getDefaultOutputProperties()

  Get the default output properties

  Returns:
    the properties for the unnamed output format

### setOutputProperties

    public void setOutputProperties(StructuredQName qName,
                                    Properties properties)

  Add a named output format

  Parameters:
    `qName` - the structured QName of the output format
    `properties` - the properties of the output format

### getOutputProperties

    public Properties getOutputProperties(StructuredQName qName)

  Get a named output format

  Parameters:
    `qName` - the name of the output format
  Returns:
    properties the properties of the output format. Return null if there are no output properties with the given name

### setCollationTable

    public void setCollationTable(CollationMap table)

  Set the table of collations

  Parameters:
    `table` - a hash table that maps collation names (URIs) to objects representing the collation information

### getCollationTable

    public CollationMap getCollationTable()

  Get the table of collations

  Returns:
    a hash table that maps collation names (URIs) to objects representing the collation information

### getNamedCollation

    public StringCollator getNamedCollation(String name)

  Find a named collation.

  Parameters:
    `name` - identifies the name of the collation required; null indicates that the default collation is required
  Returns:
    the requested collation, or null if the collation is not found

### addQueryLibraryModule

    public void addQueryLibraryModule(QueryModule module)

  Add an XQuery library module to the configuration. The Executable maintains a table indicating for each module namespace, the set of modules that have been loaded from that namespace. If a module import is encountered that specifies no location hint, all the known modules for that namespace are imported.

  Parameters:
    `module` - the library module to be added to this executable

### getQueryLibraryModules

    public List<QueryModule> getQueryLibraryModules(String namespace)

  Locate the known XQuery library modules for a given module namespace.

  Parameters:
    `namespace` - the module namespace URI
  Returns:
    a list of items each of which is the StaticQueryContext representing a module, or null if the module namespace is unknown

### getQueryModuleWithSystemId

    public QueryModule getQueryModuleWithSystemId(String systemId,
                                                  QueryModule topModule)

  Get the query library module with a given systemID

  Parameters:
    `systemId` - the SystemId of the required module
    `topModule` - the top-level query module (usually a main module, except when importing library modules into XSLT)
  Returns:
    the module with that system id if found, otherwise null

### getQueryLibraryModules

    public Iterator getQueryLibraryModules()

  Get an iterator over all the query library modules (does not include the main module)

  Returns:
    an iterator whose returned items are instances of `QueryModule`

### fixupQueryModules

    public void fixupQueryModules(QueryModule main,
                                  boolean checkForCycles)
                           throws XPathException

  Fix up global variables and functions in all query modules. This is done right at the end, because recursive imports are permitted

  Parameters:
    `main` - the main query module
    `checkForCycles` - if a check for cyclicity among modules is to be performed. This is a check for cycles at the level of a module (error XQST0093)
  Throws:
    `XPathException`

### setPatternSlotSpace

    public void setPatternSlotSpace(int patternLocals)

  Set the space requirements for variables used in template match patterns

  Parameters:
    `patternLocals` - The largest number of local variables used in the match pattern of any template rule

### getGlobalVariable

    public GlobalVariable getGlobalVariable(StructuredQName name)

  Get the global variable with a given name

  Parameters:
    `name` - the name of the required variable
  Returns:
    the GlobalVariable with this name, or null if not found

### getGlobalVariableMap

    public SlotManager getGlobalVariableMap()

  Get the global variable map

  Returns:
    the SlotManager defining the allocation of slots to global variables

### getCompiledGlobalVariables

    public HashMap<StructuredQName,GlobalVariable> getCompiledGlobalVariables()

  Get the index of global variables

  Returns:
    the index of global variables. This is a HashMap in which the key is the `StructuredQName` of the variable name, and the value is the GlobalVariable object representing the compiled global variable. If there are no global variables, the method may return null.

### explainGlobalVariables

    public void explainGlobalVariables(ExpressionPresenter presenter)

  Explain (that is, output an expression tree) the global variables

  Parameters:
    `presenter` - the destination for the explanation of the global variables

### registerGlobalVariable

    public void registerGlobalVariable(GlobalVariable variable)

  Register a global variable

  Parameters:
    `variable` - the global variable to be registered

### initializeBindery

    public void initializeBindery(Bindery bindery)

  Allocate space in bindery for all the variables needed

  Parameters:
    `bindery` - The bindery to be initialized

### getLargestPatternStackFrame

    public int getLargestPatternStackFrame()

  Determine the size of the stack frame needed for evaluating match patterns

  Returns:
    the size of the largest stack frame needed for evaluating the match patterns that appear in XSLT template rules

### setLocationMap

    public void setLocationMap(LocationMap map)

  Set the location map

  Parameters:
    `map` - the location map, which is used to identify the module URI and line number of locations of errors

### getLocationMap

    public LocationMap getLocationMap()

  Get the location map

  Returns:
    the location map, which is used to identify the locations of errors

### addRequiredParam

    public void addRequiredParam(StructuredQName qName)

  Add a required parameter. Used in XSLT only.

  Parameters:
    `qName` - the name of the required parameter

### checkAllRequiredParamsArePresent

    public void checkAllRequiredParamsArePresent(GlobalParameterSet params)
                                          throws XPathException

  Check that all required parameters have been supplied. Used in XSLT only.

  Parameters:
    `params` - the set of parameters that have been supplied
  Throws:
    `XPathException` - if there is a required parameter for which no value has been supplied

### setCreatesSecondaryResult

    public void setCreatesSecondaryResult(boolean flag)

  Set whether this executable represents a stylesheet that uses xsl:result-document to create secondary output documents

  Parameters:
    `flag` - true if the executable uses xsl:result-document

### createsSecondaryResult

    public boolean createsSecondaryResult()

  Ask whether this executable represents a stylesheet that uses xsl:result-document to create secondary output documents

  Returns:
    true if the executable uses xsl:result-document

### setInitialContextItemVariableName

    public void setInitialContextItemVariableName(StructuredQName name)

  Set the name of the variable that will implicitly contain the value of the initial context item. The properties of this variable, such as its required type and initial value, automatically apply to the initial context item

  Parameters:
    `name` - the name of the global variable that mirrors the initial context item

### getInitialContextItemVariableName

    public StructuredQName getInitialContextItemVariableName()

  Get the the name of the variable that will implicitly contain the value of the initial context item. The properties of this variable, such as its required type and initial value, automatically apply to the initial context item

  Returns:
    the name of the global variable that mirrors the initial context item

### setSchemaAware

    public void setSchemaAware(boolean aware)

  Set whether this executable is schema-aware. The initial value is false; it is set to true at compile time if the query or transformation imports a schema. If the value is false, then all documents used at run-time must be untyped

  Parameters:
    `aware` - true if the executable is schema-aware
  Throws:
    `IllegalArgumentException` - if schema-aware processing is requested in a Configuration that is not schema-aware

### isSchemaAware

    public boolean isSchemaAware()

  Ask whether this executable is schema-aware, that is, whether the query or transformation imports a schema.

  Returns:
    true if the executable is schema-aware, false if not.

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Copyright (c) 2004-2010 Saxonica Limited. All rights reserved.