Uses of Interface
org.apache.xpath.axes.SubContextList
| Package | Description |
|---|---|
| org.apache.xalan.transformer |
In charge of run-time transformations and the production of result trees.
|
| org.apache.xpath |
Implementation of XPath; for the most part, only classes meant for public use are
found at this root level of the XPath packages.
|
| org.apache.xpath.axes |
Implementation of XPath LocationPath support -- primary classes are
LocPathIterator and UnionPathIterator.
|
| org.apache.xpath.patterns |
Implementation of XPath nodeTest support, and XSLT pattern matching support.
|
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Uses of SubContextList in org.apache.xalan.transformer
Classes in org.apache.xalan.transformer that implement SubContextList Modifier and Type Class Description classKeyIteratorThis class implements an optimized iterator for "key()" patterns, matching each node to the match attribute in one or more xsl:key declarations. -
Uses of SubContextList in org.apache.xpath
Methods in org.apache.xpath that return SubContextList Modifier and Type Method Description SubContextListXPathContext. getCurrentNodeList()Get the current node list as defined by the XSLT spec.SubContextListXPathContext. getSubContextList()Get the current axes iterator, or return null if none.Methods in org.apache.xpath with parameters of type SubContextList Modifier and Type Method Description voidXPathContext. pushSubContextList(SubContextList iter)Push a TreeWalker on the stack. -
Uses of SubContextList in org.apache.xpath.axes
Classes in org.apache.xpath.axes that implement SubContextList Modifier and Type Class Description classAttributeIteratorThis class implements an optimized iterator for attribute axes patterns.classAxesWalkerServes as common interface for axes Walkers, and stores common state variables.classBasicTestIteratorBase for iterators that handle predicates.classChildIteratorThis class implements an optimized iterator for "node()" patterns, that is, any children of the context node.classChildTestIteratorThis class implements an optimized iterator for children patterns that have a node test, and possibly a predicate.classDescendantIteratorThis class implements an optimized iterator for descendant, descendant-or-self, or "//foo" patterns.classFilterExprIteratorclassFilterExprIteratorSimpleClass to use for one-step iteration that doesn't have a predicate, and doesn't need to set the context.classFilterExprWalkerWalker for the OP_VARIABLE, or OP_EXTFUNCTION, or OP_FUNCTION, or OP_GROUP, op codes.classLocPathIteratorThis class extends NodeSetDTM, which implements NodeIterator, and fetches nodes one at a time in document order based on a XPathclassMatchPatternIteratorThis class treats a LocationPath as a filtered iteration over the tree, evaluating each node in a super axis traversal against the LocationPath interpreted as a match pattern.classOneStepIteratorThis class implements a general iterator for those LocationSteps with only one step, and perhaps a predicate.classOneStepIteratorForwardThis class implements a general iterator for those LocationSteps with only one step, and perhaps a predicate, that only go forward (i.e.classPredicatedNodeTestclassReverseAxesWalkerWalker for a reverse axes.classSelfIteratorNoPredicateThis class implements an optimized iterator for "." patterns, that is, the self axes without any predicates.classUnionChildIteratorThis class defines a simplified type of union iterator that only tests along the child axes.classUnionPathIteratorThis class extends NodeSetDTM, which implements DTMIterator, and fetches nodes one at a time in document order based on a XPath UnionExpr.classWalkingIteratorLocation path iterator that uses Walkers.classWalkingIteratorSortedThis class iterates over set of nodes that needs to be sorted. -
Uses of SubContextList in org.apache.xpath.patterns
Classes in org.apache.xpath.patterns that implement SubContextList Modifier and Type Class Description classContextMatchStepPatternSpecial context node pattern matcher.classFunctionPatternMatch pattern step that contains a function.classStepPatternThis class represents a single pattern match step.