/** * Add a representation of this expression to a PathMap. The PathMap captures a map of the nodes visited * by an expression in a source tree. * <p>The default implementation of this method assumes that an expression does no navigation other than * the navigation done by evaluating its subexpressions, and that the subexpressions are evaluated in the * same context as the containing expression. The method must be overridden for any expression * where these assumptions do not hold. For example, implementations exist for AxisExpression, ParentExpression, * and RootExpression (because they perform navigation), and for the doc(), document(), and collection() * functions because they create a new navigation root. Implementations also exist for PathExpression and * FilterExpression because they have subexpressions that are evaluated in a different context from the * calling expression.</p> * * @param pathMap the PathMap to which the expression should be added * @param pathMapNodeSet the PathMapNodeSet to which the paths embodied in this expression should be added * @return the pathMapNode representing the focus established by this expression, in the case where this * expression is the first operand of a path expression or filter expression. For an expression that does * navigation, it represents the end of the arc in the path map that describes the navigation route. For other * expressions, it is the same as the input pathMapNode. */ public PathMap.PathMapNodeSet addToPathMap(PathMap pathMap, PathMap.PathMapNodeSet pathMapNodeSet) { return addExternalFunctionCallToPathMap(pathMap, pathMapNodeSet); }
/** * Add a representation of this expression to a PathMap. The PathMap captures a map of the nodes visited * by an expression in a source tree. * <p/> * <p>The default implementation of this method assumes that an expression does no navigation other than * the navigation done by evaluating its subexpressions, and that the subexpressions are evaluated in the * same context as the containing expression. The method must be overridden for any expression * where these assumptions do not hold. For example, implementations exist for AxisExpression, ParentExpression, * and RootExpression (because they perform navigation), and for the doc(), document(), and collection() * functions because they create a new navigation root. Implementations also exist for PathExpression and * FilterExpression because they have subexpressions that are evaluated in a different context from the * calling expression.</p> * * @param pathMap the PathMap to which the expression should be added * @param pathMapNodeSet * @return the pathMapNode representing the focus established by this expression, in the case where this * expression is the first operand of a path expression or filter expression. For an expression that does * navigation, it represents the end of the arc in the path map that describes the navigation route. For other * expressions, it is the same as the input pathMapNode. */ public PathMap.PathMapNodeSet addToPathMap(PathMap pathMap, PathMap.PathMapNodeSet pathMapNodeSet) { return addExternalFunctionCallToPathMap(pathMap, pathMapNodeSet); }
/** * Add a representation of this expression to a PathMap. The PathMap captures a map of the nodes visited * by an expression in a source tree. * <p>The default implementation of this method assumes that an expression does no navigation other than * the navigation done by evaluating its subexpressions, and that the subexpressions are evaluated in the * same context as the containing expression. The method must be overridden for any expression * where these assumptions do not hold. For example, implementations exist for AxisExpression, ParentExpression, * and RootExpression (because they perform navigation), and for the doc(), document(), and collection() * functions because they create a new navigation root. Implementations also exist for PathExpression and * FilterExpression because they have subexpressions that are evaluated in a different context from the * calling expression.</p> * * @param pathMap the PathMap to which the expression should be added * @param pathMapNodeSet the PathMapNodeSet to which the paths embodied in this expression should be added * @return the pathMapNode representing the focus established by this expression, in the case where this * expression is the first operand of a path expression or filter expression. For an expression that does * navigation, it represents the end of the arc in the path map that describes the navigation route. For other * expressions, it is the same as the input pathMapNode. */ public PathMap.PathMapNodeSet addToPathMap(PathMap pathMap, PathMap.PathMapNodeSet pathMapNodeSet) { return addExternalFunctionCallToPathMap(pathMap, pathMapNodeSet); }
/** * Add a representation of this expression to a PathMap. The PathMap captures a map of the nodes visited * by an expression in a source tree. * <p/> * <p>The default implementation of this method assumes that an expression does no navigation other than * the navigation done by evaluating its subexpressions, and that the subexpressions are evaluated in the * same context as the containing expression. The method must be overridden for any expression * where these assumptions do not hold. For example, implementations exist for AxisExpression, ParentExpression, * and RootExpression (because they perform navigation), and for the doc(), document(), and collection() * functions because they create a new navigation root. Implementations also exist for PathExpression and * FilterExpression because they have subexpressions that are evaluated in a different context from the * calling expression.</p> * * @param pathMap the PathMap to which the expression should be added * @param pathMapNodeSet the PathMapNodeSet to which the paths embodied in this expression should be added * @return the pathMapNode representing the focus established by this expression, in the case where this * expression is the first operand of a path expression or filter expression. For an expression that does * navigation, it represents the end of the arc in the path map that describes the navigation route. For other * expressions, it is the same as the input pathMapNode. */ public PathMap.PathMapNodeSet addToPathMap(PathMap pathMap, PathMap.PathMapNodeSet pathMapNodeSet) { return addExternalFunctionCallToPathMap(pathMap, pathMapNodeSet); }
/** * Add a representation of this expression to a PathMap. The PathMap captures a map of the nodes visited * by an expression in a source tree. * <p/> * <p>The default implementation of this method assumes that an expression does no navigation other than * the navigation done by evaluating its subexpressions, and that the subexpressions are evaluated in the * same context as the containing expression. The method must be overridden for any expression * where these assumptions do not hold. For example, implementations exist for AxisExpression, ParentExpression, * and RootExpression (because they perform navigation), and for the doc(), document(), and collection() * functions because they create a new navigation root. Implementations also exist for PathExpression and * FilterExpression because they have subexpressions that are evaluated in a different context from the * calling expression.</p> * * @param pathMap the PathMap to which the expression should be added * @param pathMapNodeSet * @return the pathMapNode representing the focus established by this expression, in the case where this * expression is the first operand of a path expression or filter expression. For an expression that does * navigation, it represents the end of the arc in the path map that describes the navigation route. For other * expressions, it is the same as the input pathMapNode. */ public PathMap.PathMapNodeSet addToPathMap(PathMap pathMap, PathMap.PathMapNodeSet pathMapNodeSet) { return addExternalFunctionCallToPathMap(pathMap, pathMapNodeSet); }