Uses of Class
edu.illinois.cs.cogcomp.lbjava.IR.Expression

Packages that use Expression

Package	Description
edu.illinois.cs.cogcomp.lbjava.IR

Uses of Expression in edu.illinois.cs.cogcomp.lbjava.IR

Subclasses of Expression in edu.illinois.cs.cogcomp.lbjava.IR

Modifier and Type	Class and Description
class	ArrayCreationExpression This class represents an expression creating an array.
class	ArrayInitializer Represents those expressions that can be used to set all the values in an array.
class	Assignment Represents the assignment of a value to a storage location.
class	BinaryExpression This class represents an expression involving a binary operator.
class	CastExpression Representation of an expression that casts a value to another type.
class	Conditional This class represents a conditional expression.
class	Constant Represents constant values.
class	ConstraintStatementExpression This class is simply a wrapper for a ConstraintExpression so that it can be used in an ExpressionStatement.
class	FieldAccess This class represents a field access.
class	IncrementExpression This class represents both increment and decrement expressions.
class	InstanceCreationExpression This class represents an expression creating a class instance.
class	InstanceofExpression This class represents an instanceof expression.
class	MethodInvocation This class represents a method call.
class	Name This class represents a scalar variable.
class	ParameterSet Represents a set of possible parameters, used when doing parameter-tuning.
class	StatementExpression Abstract class for representing expressions that can stand alone as a statement.
class	SubscriptVariable This class represents an array access.
class	UnaryExpression This class represents an expression involving a unary operator.
class	VariableInstance Abstract class representing either a scalar or a subscript variable.

Fields in edu.illinois.cs.cogcomp.lbjava.IR declared as Expression

Modifier and Type	Field and Description
Expression	SubscriptVariable.array (¬ø) The expression describing the array to be accessed.
Expression	QuantifiedConstraintExpression.collection (¬ø) The objects to iterate through; it must evaluate to a Java Collection.
Expression	WhileStatement.condition (¬ø) The expression representing the loop's terminating condition.
Expression	IfStatement.condition (¬ø) The condition controlling execution of the sub-statements.
Expression	ForStatement.condition (ø) The expression representing the loop's terminating condition.
Expression	Conditional.condition (¬ø) The condition of the conditional expression.
Expression	AssertStatement.condition (¬ø) The condition that must hold; otherwise, an assertion error is generated.
Expression	SynchronizedStatement.data (¬ø) The expression representing the data to be protected.
Expression	Conditional.elseClause (¬ø) The expression to evaluate if the condition evaluates to false.
Expression	ParameterSet.end The end value for the range.
Expression	LearningClassifierExpression.evaluation (ø) Tells this learning classifier how to produce a prediction during evaluation; argument to evaluate.
Expression	ThrowStatement.exception (¬ø) The expression representing the exception to throw.
Expression	SwitchStatement.expression (¬ø) The expression determining which statements to execute.
Expression	ReturnStatement.expression (¬ø) The expression representing the value to return.
Expression	CastExpression.expression (¬ø) The expression whose value should be casted.
Expression	ParameterSet.increment The factor to increment by.
Expression	InstanceofExpression.left (¬ø) The expression on the left hand side of instanceof.
Expression	ConstraintEqualityExpression.left (¬ø) The expression on the left hand side of the operator.
Expression	BinaryExpression.left (¬ø) The left hand side of the binary expression.
Expression	Assignment.left (¬ø) The left hand side of the assignment.
Expression	AtLeastQuantifierExpression.lowerBound (¬ø) This expression evaluates to an integer representing the minimum number of objects that must satisfy the child constraint expression in order for this quantified constraint expression to be satisfied.
Expression	AssertStatement.message (ø) Represents the error message in the assertion error, if any.
Expression	SenseStatement.name (ø) Represents the name of the feature being sensed (only used in generators).
Expression	FieldAccess.object (¬ø) The expression describing the object to be accessed.
Expression	MethodInvocation.parentObject (ø) This expression evaluates to the object whose method will be called.
Expression	ConstraintEqualityExpression.right (¬ø) The expression on the right hand side of the operator.
Expression	BinaryExpression.right (¬ø) The right hand side of the binary expression.
Expression	Assignment.right (¬ø) The right hand side of the assignment.
Expression	LearningClassifierExpression.rounds (ø) Represents the integer number of training repetitions; augments the from clause.
Expression	LearningClassifierExpression.Clause.rounds Represents the number training repetitions; used only by the from clause.
Expression	ParameterSet.start The start value for the range.
Expression	UnaryExpression.subexpression (¬ø) The expression on which the unary operator operates.
Expression	IncrementExpression.subexpression (¬ø) The expression on which the increment operator operates.
Expression	SubscriptVariable.subscript (¬ø) The expression whose evaluation will be used as the subscript.
Expression	Conditional.thenClause (¬ø) The expression to evaluate if the condition evaluates to true.
Expression	AtMostQuantifierExpression.upperBound (¬ø) This expression evaluates to an integer representing the maximum number of objects that must satisfy the child constraint expression in order for this quantified constraint expression to be satisfied.
Expression	SwitchLabel.value (ø) The expression representing the value to match, if any.
Expression	SenseStatement.value (¬ø) Represents the value of the feature being sensed.

Methods in edu.illinois.cs.cogcomp.lbjava.IR that return Expression

Modifier and Type	Method and Description
Expression	ParameterSet.getFirst() Returns the first element of the list.
Expression	ExpressionList.ExpressionListIterator.nextItem() Returns the next AST node in the list.
Expression	ExpressionList.ExpressionListIterator.previousItem() Returns the previous element in the list.
Expression[]	ExpressionList.toArray() Transforms the list into an array of expressions.

Methods in edu.illinois.cs.cogcomp.lbjava.IR with parameters of type Expression

Modifier and Type	Method and Description
void	ExpressionList.add(Expression e) Adds another Expression to the end of the list.

Constructors in edu.illinois.cs.cogcomp.lbjava.IR with parameters of type Expression

Constructor and Description
AssertStatement(Expression c, Expression m, int line, int byteOffset) Full constructor.
AssertStatement(Expression c, int line, int byteOffset) Initializing constructor.
Assignment(Operator op, Expression l, Expression r) Initializing constructor.
AtLeastQuantifierExpression(int line, int byteOffset, Expression lb, Argument a, Expression c, ConstraintExpression co) Full constructor.
AtLeastQuantifierExpression(TokenValue t, Expression lb, Argument a, Expression c, ConstraintExpression co) Parser's constructor.
AtMostQuantifierExpression(int line, int byteOffset, Expression ub, Argument a, Expression c, ConstraintExpression co) Full constructor.
AtMostQuantifierExpression(TokenValue t, Expression ub, Argument a, Expression c, ConstraintExpression co) Parser's constructor.
BinaryExpression(Operator op, Expression l, Expression r) Initializing constructor.
CastExpression(Type t, Expression e) Initializing constructor.
Clause(int t, ASTNode a, Expression r) Full constructor.
Clause(int t, ASTNode a, Expression r, Block b, Constant k, FoldParser.SplitPolicy s, Constant al, Constant p, Constant pct, Constant ptt, Constant pt) This constructor is only called by LearningClassifierExpression.Clause.clone().
Conditional(Expression c, Expression t, Expression e, int line, int byteOffset) Full constructor.
ConstraintEqualityExpression(Operator o, Expression l, Expression r) Full constructor.
DoStatement(Statement b, Expression c, int line, int byteOffset) Full constructor.
ExistentialQuantifierExpression(int line, int byteOffset, Argument a, Expression c, ConstraintExpression co) Full constructor.
ExistentialQuantifierExpression(TokenValue t, Argument a, Expression c, ConstraintExpression co) Parser's constructor.
ExpressionList(Expression e) Initializing constructor.
ExpressionList(Expression e, ExpressionList l) Initializing constructor.
FieldAccess(Expression o, String n, int line, int byteOffset) Full constructor.
FieldAccess(Expression o, TokenValue n) Parser's constructor.
ForStatement(ExpressionList i, Expression c, ExpressionList u, Statement b, int line, int byteOffset) Full constructor.
ForStatement(VariableDeclaration v, Expression c, ExpressionList u, Statement b, int line, int byteOffset) Full constructor.
IfStatement(Expression c, Statement t, int line, int byteOffset) Initializing constructor.
IfStatement(Expression c, Statement t, Statement e, int line, int byteOffset) Full constructor.
IncrementExpression(Operator op, Expression sub) Initializing constructor.
InstanceCreationExpression(Expression p, Name n, ExpressionList a, int line, int byteOffset) Full constructor.
InstanceCreationExpression(Expression p, Name n, int line, int byteOffset) Initializing constructor.
InstanceofExpression(Expression l, Type r, int line, int byteOffset) Full constructor.
LearningClassifierExpression(ClassifierExpression l, ClassifierExpression ext, InstanceCreationExpression p, Expression r, InstanceCreationExpression a, Name ln, Block pb, Constant enc, InstanceCreationExpression tp, Expression e, Constant k, LinkedList<ParameterSet> prms, FoldParser.SplitPolicy s, InstanceCreationExpression t, Constant al, Constant pre, Constant pro, Constant pct, Constant ptt, Constant pt, Integer ls, Integer fs, Integer ps, StringBuffer at, boolean cdv) Full constructor.
MethodInvocation(Expression p, Name n, ExpressionList a, int line, int byteOffset) Full constructor.
MethodInvocation(Expression p, TokenValue n) Parser's constructor.
MethodInvocation(Expression p, TokenValue n, ExpressionList a) Parser's constructor.
ParameterSet(Expression s, Expression e, Expression i) Initializing constructor.
ParameterSet(int line, int byteOffset, Expression s, Expression e, Expression i) Full constructor.
QuantifiedConstraintExpression(int line, int byteOffset, Argument a, Expression c, ConstraintExpression co) Full constructor.
ReturnStatement(Expression e, int line, int byteOffset) Full constructor.
SenseStatement(Expression v, boolean all, int line, int byteOffset) Initializing constructor.
SenseStatement(Expression n, Expression v, boolean all, int line, int byteOffset) Full constructor.
SenseStatement(Expression n, Expression v, int line, int byteOffset) Initializing constructor.
SenseStatement(Expression v, int line, int byteOffset) Initializing constructor.
SubscriptVariable(Expression ar, Expression sub) Initializing constructor.
SwitchLabel(Expression v, int line, int byteOffset) Full constructor.
SwitchStatement(Expression e, SwitchBlock b, int line, int byteOffset) Full constructor.
SynchronizedStatement(Expression d, Block b, int line, int byteOffset) Full constructor.
ThrowStatement(Expression e, int line, int byteOffset) Full constructor.
UnaryExpression(Operator op, Expression sub) Initializing constructor.
UniversalQuantifierExpression(int line, int byteOffset, Argument a, Expression c, ConstraintExpression co) Full constructor.
UniversalQuantifierExpression(TokenValue t, Argument a, Expression c, ConstraintExpression co) Parser's constructor.
VariableDeclaration(Name n, Expression i) Parser's constructor, leaving the type to be filled in later.
WhileStatement(Expression c, Statement b, int line, int byteOffset) Full constructor.