Uses of Class
lab7.AbstractNode

Packages that use AbstractNode

coursesolutions
lab7
lab8

Uses of AbstractNode in coursesolutions

Methods in coursesolutions that return AbstractNode

AbstractNode

CourseSymtabVisitor.Info.getDefiningNode()

Methods in coursesolutions with parameters of type AbstractNode

void	CourseTypeSetVisitor.perform(AbstractNode root) Here is where semantic analysis happens.
void	CourseTypeSetVisitor.visitBothSame(AbstractNode n) Make sure both children have the samet ype, then set this node to that type

Constructors in coursesolutions with parameters of type AbstractNode

CourseSymtabVisitor.Info(AbstractNode n, ModsAttrs m, TypeAttrs t)

Uses of AbstractNode in lab7

Methods in lab7 that return AbstractNode

AbstractNode	AbstractNode.abandonChildren()
AbstractNode	AbstractNode.adoptChildren(AbstractNode n) Adopt the supplied node and all of its siblings under this node
AbstractNode	AbstractNode.getChild()
AbstractNode	AbstractNode.getFirst()
AbstractNode	AbstractNode.getParent()
AbstractNode	AbstractNode.getSib()
AbstractNode	AbstractNode.makeSibling(AbstractNode sib) Join the end of this sibling's list with the supplied sibling's list
AbstractNode	AbstractNode.orphan()

Methods in lab7 with parameters of type AbstractNode

AbstractNode	AbstractNode.adoptChildren(AbstractNode n) Adopt the supplied node and all of its siblings under this node
AbstractNode	AbstractNode.makeSibling(AbstractNode sib) Join the end of this sibling's list with the supplied sibling's list
void	ReflectiveVisitor.perform(AbstractNode n) Method to kick things off.
ReflectiveVisitor	ReflectiveVisitor.performVisit(AbstractNode n) Better version of perform
void	Visitable.post(int i, AbstractNode a)
void	PrintTree.post(int i, AbstractNode a)
void	Visitable.pre(int i, AbstractNode a)
void	PrintTree.pre(int level, AbstractNode n)

Uses of AbstractNode in lab8

Subclasses of AbstractNode in lab8

class

CastNode A cast node

Methods in lab8 that return AbstractNode

AbstractNode	AssignTypeRequiring.getAssignTypeNode() Get the left child (target type)
AbstractNode	CastNode.getAssignTypeNode()
AbstractNode	WhileIsh.getBody()
AbstractNode	MethodDeclaring.getBody()
AbstractNode	StaticReferencing.getClassName() All but the last part of the qualified name
AbstractNode	ClassIsh.getConstructors()
AbstractNode	SymInfo.getDefiningNode() This shows us the node that declares the symbol
AbstractNode	IfIsh.getFalsePart() The "false" branch
AbstractNode	ClassIsh.getFields()
AbstractNode	ClassIsh.getInners()
AbstractNode	SameTypeRequiring.getLeftChild()
AbstractNode	ClassIsh.getMethods()
AbstractNode	MethodDeclaring.getParams()
AbstractNode	WhileIsh.getPredicate()
AbstractNode	IfIsh.getPredicate() The boolean-valued predicate
AbstractNode	SameTypeRequiring.getRightChild()
AbstractNode	ClassIsh.getStatics()
AbstractNode	AssignTypeRequiring.getSubjectNode() Get the right child
AbstractNode	CastNode.getSubjectNode()
AbstractNode	InvokeReference.getThisNode() returns null if this is a static reference
AbstractNode	IfIsh.getTruePart() The "true" branch
AbstractNode	InvokeIsh.paramsNode()

Methods in lab8 with parameters of type AbstractNode

void	SymtabInterface.err(AbstractNode n, java.lang.String message)
void	Symtab.err(AbstractNode n, java.lang.String s)
void	SymtabInterface.out(AbstractNode n, java.lang.String message) This lets you put out a message about a node, indented by the current nest level
void	Symtab.out(AbstractNode n, java.lang.String s)