Uses of Class
org.xcmis.search.model.source.SelectorName

Packages that use SelectorName

org.xcmis.search
org.xcmis.search.model.column
org.xcmis.search.model.constraint
org.xcmis.search.model.operand
org.xcmis.search.model.source
org.xcmis.search.model.source.join

Uses of SelectorName in org.xcmis.search

Methods in org.xcmis.search that return types with arguments of type SelectorName

static Set<SelectorName>

Visitors.getSelectorsReferencedBy(QueryElement visitable) Get the names of the selectors referenced by the QueryElement object.

Methods in org.xcmis.search with parameters of type SelectorName

protected Visitors.ReadableVisitor

Visitors.ReadableVisitor.append(SelectorName name)

Uses of SelectorName in org.xcmis.search.model.column

Methods in org.xcmis.search.model.column that return SelectorName

SelectorName

Column.getSelectorName() Get the name of the selector for the node.

Methods in org.xcmis.search.model.column with parameters of type SelectorName

Column

Column.with(SelectorName newSelectorName) Create a copy of this Column except that uses the supplied selector name instead.

Constructors in org.xcmis.search.model.column with parameters of type SelectorName

Column(SelectorName selectorName)
Include a column for each of the single-valued, accessible properties on the node identified by the selector.

Column(SelectorName selectorName, String propertyName, String columnName)
A column with the given name representing the named property on the node identified by the selector.

Uses of SelectorName in org.xcmis.search.model.constraint

Methods in org.xcmis.search.model.constraint that return SelectorName

SelectorName	ChildNode.getSelectorName() Get the name of the selector representing the child
SelectorName	DescendantNode.getSelectorName() Get the name of the selector for the node.
SelectorName	FullTextSearch.getSelectorName() Get the name of the selector that is to be searched.
SelectorName	PropertyExistence.getSelectorName() Get the name of the selector.
SelectorName	SameNode.getSelectorName() Get the name of the selector.

Constructors in org.xcmis.search.model.constraint with parameters of type SelectorName

ChildNode(SelectorName selectorName, String parentPath)
Create a constraint requiring that the node identified by the selector is a child of the node reachable by the supplied absolute path.

DescendantNode(SelectorName selectorName, String ancestorPath)
Create a constraint requiring that the node identified by the selector is a descendant of the node reachable by the supplied absolute path.

FullTextSearch(SelectorName selectorName, String propertyName, String fullTextSearchExpression)
Create a constraint defining a full-text search against the property values on node within the search scope.

PropertyExistence(SelectorName selectorName, String propertyName)
Create a constraint requiring that a property exist on a node.

SameNode(SelectorName selectorName, String path)
Create a constraint requiring that the node identified by the selector is reachable by the supplied absolute path.

Uses of SelectorName in org.xcmis.search.model.operand

Methods in org.xcmis.search.model.operand that return SelectorName

SelectorName	UpperCase.getSelectorName() Get the selector symbol upon which this operand applies.
SelectorName	LowerCase.getSelectorName() Get the selector symbol upon which this operand applies.
SelectorName	PropertyValue.getSelectorName() Get the selector symbol upon which this operand applies.
SelectorName	Length.getSelectorName() Get the selector symbol upon which this operand applies.
SelectorName	NodeDepth.getSelectorName() Get the selector symbol upon which this operand applies.
SelectorName	NodeName.getSelectorName() Get the selector symbol upon which this operand applies.
SelectorName	NodeLocalName.getSelectorName() Get the selector symbol upon which this operand applies.
SelectorName	FullTextSearchScore.getSelectorName() Get the selector symbol upon which this operand applies.

Methods in org.xcmis.search.model.operand that return types with arguments of type SelectorName

Set<SelectorName>

DynamicOperand.getSelectorNames() Get the selector symbols to which this operand applies.

Constructors in org.xcmis.search.model.operand with parameters of type SelectorName

DynamicOperand(SelectorName... selectorNames)
Create a arithmetic dynamic operand that operates upon the supplied selector name(s).

FullTextSearchScore(SelectorName selectorName)
Create a dynamic operand that evaluates to the full-text search score of the node identified by the selector.

NodeDepth(SelectorName selectorName)
Create a dynamic operand that evaluates to the depth of the node identified by the selector.

NodeLocalName(SelectorName selectorName)
Create a dynamic operand that evaluates to the local name of the node identified by the selector.

NodeName(SelectorName selectorName)
Create a dynamic operand that evaluates to the qualified name of the node identified by the selector.

PropertyValue(SelectorName selectorName, String propertyName)
Create a dynamic operand that evaluates to the property values of the node identified by the selector.

Constructor parameters in org.xcmis.search.model.operand with type arguments of type SelectorName

DynamicOperand(Collection<SelectorName> selectorNames)
Create a arithmetic dynamic operand that operates upon the supplied selector name(s).

Uses of SelectorName in org.xcmis.search.model.source

Methods in org.xcmis.search.model.source that return SelectorName

SelectorName	Selector.getAlias() Get the alias name for this source, if there is one.
SelectorName	Selector.getAliasOrName() Get the alias if this selector has one, or the name.
SelectorName	Selector.getName() Get the name for this selector.

Constructors in org.xcmis.search.model.source with parameters of type SelectorName

Selector(SelectorName name)
Create a selector with a name.

Selector(SelectorName name, SelectorName alias)
Create a selector with the supplied name and alias.

Uses of SelectorName in org.xcmis.search.model.source.join

Methods in org.xcmis.search.model.source.join that return SelectorName

SelectorName	DescendantNodeJoinCondition.getAncestorSelectorName() Get the name of the selector for the ancestor node.
SelectorName	ChildNodeJoinCondition.getChildSelectorName() Get the name of the selector that represents the child.
SelectorName	DescendantNodeJoinCondition.getDescendantSelectorName() Get the name of the selector for the descedant node.
SelectorName	ChildNodeJoinCondition.getParentSelectorName() Get the name of the selector that represents the parent.
SelectorName	EquiJoinCondition.getSelector1Name() Get the name of the selector that appears on the left-side of the join.
SelectorName	SameNodeJoinCondition.getSelector1Name() Get the selector name for the first side of the join condition.
SelectorName	EquiJoinCondition.getSelector2Name() Get the name of the selector that appears on the right-side of the join.
SelectorName	SameNodeJoinCondition.getSelector2Name() Get the selector name for the second side of the join condition.

Constructors in org.xcmis.search.model.source.join with parameters of type SelectorName

ChildNodeJoinCondition(SelectorName parentSelectorName, SelectorName childSelectorName)
Create a join condition that determines whether the node identified by the child selector is a child of the node identified by the parent selector.

DescendantNodeJoinCondition(SelectorName ancestorSelectorName, SelectorName descendantSelectorName)
Create a join condition that determines whether the node identified by the descendant selector is indeed a descendant of the node identified by the ancestor selector.

EquiJoinCondition(SelectorName selector1Name, String property1Name, SelectorName selector2Name, String property2Name)
Create an equi-join condition, given the names of the selector and property for the left- and right-hand-side of the join.

SameNodeJoinCondition(SelectorName selector1Name, SelectorName selector2Name)
Create a join condition that determines whether the node identified by the first selector is the same as the node identified by the second selector.

SameNodeJoinCondition(SelectorName selector1Name, SelectorName selector2Name, String selector2Path)
Create a join condition that determines whether the node identified by the first selector is the same as the node at the given path relative to the node identified by the second selector.