public class TreeCompiler extends Object implements Compiler
AXIS_ANCESTOR, AXIS_ANCESTOR_OR_SELF, AXIS_ATTRIBUTE, AXIS_CHILD, AXIS_DESCENDANT, AXIS_DESCENDANT_OR_SELF, AXIS_FOLLOWING, AXIS_FOLLOWING_SIBLING, AXIS_NAMESPACE, AXIS_PARENT, AXIS_PRECEDING, AXIS_PRECEDING_SIBLING, AXIS_SELF, FUNCTION_BOOLEAN, FUNCTION_CEILING, FUNCTION_CONCAT, FUNCTION_CONTAINS, FUNCTION_COUNT, FUNCTION_ENDS_WITH, FUNCTION_FALSE, FUNCTION_FLOOR, FUNCTION_FORMAT_NUMBER, FUNCTION_ID, FUNCTION_KEY, FUNCTION_LANG, FUNCTION_LAST, FUNCTION_LOCAL_NAME, FUNCTION_NAME, FUNCTION_NAMESPACE_URI, FUNCTION_NORMALIZE_SPACE, FUNCTION_NOT, FUNCTION_NULL, FUNCTION_NUMBER, FUNCTION_POSITION, FUNCTION_ROUND, FUNCTION_STARTS_WITH, FUNCTION_STRING, FUNCTION_STRING_LENGTH, FUNCTION_SUBSTRING, FUNCTION_SUBSTRING_AFTER, FUNCTION_SUBSTRING_BEFORE, FUNCTION_SUM, FUNCTION_TRANSLATE, FUNCTION_TRUE, NODE_TYPE_COMMENT, NODE_TYPE_NODE, NODE_TYPE_PI, NODE_TYPE_TEXT| Constructor and Description |
|---|
TreeCompiler() |
| Modifier and Type | Method and Description |
|---|---|
Object |
and(Object[] arguments)
Produces an EXPRESSION object representing logical conjunction of
all arguments
|
Object |
divide(Object left,
Object right)
Produces an EXPRESSION object representing left divided by
right
|
Object |
equal(Object left,
Object right)
Produces an EXPRESSION object representing the comparison:
left equals to right
|
Object |
expressionPath(Object expression,
Object[] predicates,
Object[] steps)
Produces an EXPRESSION object representing a filter expression
|
Object |
function(int code,
Object[] args)
Produces an EXPRESSION object representing the computation of
a core function with the supplied arguments.
|
Object |
function(Object name,
Object[] args)
Produces an EXPRESSION object representing the computation of
a library function with the supplied arguments.
|
Object |
greaterThan(Object left,
Object right)
Produces an EXPRESSION object representing the comparison:
left greater than right
|
Object |
greaterThanOrEqual(Object left,
Object right)
Produces an EXPRESSION object representing the comparison:
left greater than or equal to right
|
Object |
lessThan(Object left,
Object right)
Produces an EXPRESSION object representing the comparison:
left less than right
|
Object |
lessThanOrEqual(Object left,
Object right)
Produces an EXPRESSION object representing the comparison:
left less than or equal to right
|
Object |
literal(String value)
Produces an EXPRESSION object that represents a string constant.
|
Object |
locationPath(boolean absolute,
Object[] steps)
Produces an EXPRESSION object representing a location path
|
Object |
minus(Object argument)
Produces an EXPRESSION object representing unary negation of the argument
|
Object |
minus(Object left,
Object right)
Produces an EXPRESSION object representing left minus right
|
Object |
mod(Object left,
Object right)
Produces an EXPRESSION object representing left modulo
right
|
Object |
multiply(Object left,
Object right)
Produces an EXPRESSION object representing left multiplied by
right
|
Object |
nodeNameTest(Object qname)
Produces a NODE_TEST object that represents a node name test.
|
Object |
nodeTypeTest(int nodeType)
Produces a NODE_TEST object that represents a node type test.
|
Object |
notEqual(Object left,
Object right)
Produces an EXPRESSION object representing the comparison:
left is not equal to right
|
Object |
number(String value)
Produces an EXPRESSION object that represents a numeric constant.
|
Object |
or(Object[] arguments)
Produces an EXPRESSION object representing logical disjunction of
all arguments
|
Object |
processingInstructionTest(String instruction)
Produces a NODE_TEST object that represents a processing instruction
test.
|
Object |
qname(String prefix,
String name)
Produces an QNAME that represents a name with an optional prefix.
|
Object |
step(int axis,
Object nodeTest,
Object[] predicates)
Produces a STEP object that represents a node test.
|
Object |
sum(Object[] arguments)
Produces an EXPRESSION object representing the sum of all argumens
|
Object |
union(Object[] arguments)
Produces an EXPRESSION object representing union of all node sets
|
Object |
variableReference(Object qName)
Produces an EXPRESSION object representing variable reference
|
public TreeCompiler()
public Object number(String value)
Compilerpublic Object literal(String value)
Compilerpublic Object qname(String prefix, String name)
Compilerpublic Object sum(Object[] arguments)
Compilerpublic Object minus(Object left, Object right)
Compilerpublic Object multiply(Object left, Object right)
Compilerpublic Object divide(Object left, Object right)
Compilerpublic Object mod(Object left, Object right)
Compilerpublic Object lessThan(Object left, Object right)
Compilerpublic Object lessThanOrEqual(Object left, Object right)
CompilerlessThanOrEqual in interface Compilerleft - is an EXPRESSION objectright - is an EXPRESSION objectpublic Object greaterThan(Object left, Object right)
CompilergreaterThan in interface Compilerleft - is an EXPRESSION objectright - is an EXPRESSION objectpublic Object greaterThanOrEqual(Object left, Object right)
CompilergreaterThanOrEqual in interface Compilerleft - is an EXPRESSION objectright - is an EXPRESSION objectpublic Object equal(Object left, Object right)
Compilerpublic Object notEqual(Object left, Object right)
Compilerpublic Object minus(Object argument)
Compilerpublic Object variableReference(Object qName)
CompilervariableReference in interface CompilerqName - is a QNAME objectpublic Object function(int code, Object[] args)
Compilerpublic Object function(Object name, Object[] args)
Compilerpublic Object and(Object[] arguments)
Compilerpublic Object or(Object[] arguments)
Compilerpublic Object union(Object[] arguments)
Compilerpublic Object locationPath(boolean absolute, Object[] steps)
CompilerlocationPath in interface Compilerabsolute - indicates whether the path is absolutesteps - are STEP objectspublic Object expressionPath(Object expression, Object[] predicates, Object[] steps)
CompilerexpressionPath in interface Compilerexpression - is an EXPRESSION objectpredicates - are EXPRESSION objectssteps - are STEP objectspublic Object nodeNameTest(Object qname)
CompilernodeNameTest in interface Compilerqname - is a QNAME objectpublic Object nodeTypeTest(int nodeType)
CompilernodeTypeTest in interface CompilernodeType - is a NODE_TEST objectpublic Object processingInstructionTest(String instruction)
CompilerprocessingInstructionTest in interface Compilerinstruction - is a NODE_TEST objectCopyright © 2001–2015 The Apache Software Foundation. All rights reserved.