Uses of Class edu.illinois.cs.cogcomp.lbjava.Pass (LBJava 1.2.22 API)

Packages that use Pass
Package Description

edu.illinois.cs.cogcomp.lbjava

edu.illinois.cs.cogcomp.lbjava.IR

Packages that use Pass
Package	Description
edu.illinois.cs.cogcomp.lbjava
edu.illinois.cs.cogcomp.lbjava.IR

Uses of Pass in edu.illinois.cs.cogcomp.lbjava

Subclasses of Pass in edu.illinois.cs.cogcomp.lbjava
Modifier and Type	Class and Description
`class`	`ClassifierCSE` This pass performs common subexpression elimination on classifier expressions except for `ClassifierName`s and `LearningClassifierExpression`s.
`class`	`Clean` To be run after `SemanticAnalysis`, this pass compiles the list of files created by the LBJava compiler and removes them.
`class`	`DeclarationNames`
`class`	`PrintAST` The `PrintAST` pass simply prints a text representation of the parsed AST to standard output.
`class`	`RevisionAnalysis` To be run after `SemanticAnalysis`, this pass determines which `CodeGenerator`s need to have their code generated and which classifiers need to be trained based on the revisions made to the LBJava source file.
`class`	`SemanticAnalysis` The `SemanticAnalysis` pass builds useful tables, computes classifier types and other useful information, and generally checks that things appear only where they are expected.
`class`	`Train` After code has been generated with `TranslateToJava`, this pass trains any classifiers for which training was indicated.
`class`	`TranslateToJava` This pass generates Java code from an AST, but does not perform any training.

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

Methods in edu.illinois.cs.cogcomp.lbjava.IR with parameters of type Pass
Modifier and Type	Method and Description
`abstract void`	ASTNode.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	AST.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	WhileStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	VariableDeclaration.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	UniversalQuantifierExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	UnaryExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	TryStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ThrowStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	SynchronizedStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	SwitchStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	SwitchLabelList.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	SwitchLabel.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	SwitchGroupList.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	SwitchGroup.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	SwitchBlock.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	SubscriptVariable.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	StatementList.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	SenseStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ReturnStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ReferenceType.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	PrimitiveType.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ParameterSet.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	PackageDeclaration.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	Operator.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	NormalizerType.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	NegatedConstraintExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	NameList.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	Name.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	MethodInvocation.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	LearningClassifierExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	LabeledStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	InstanceofExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	InstanceCreationExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	InferenceType.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	InferenceInvocation.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	InferenceDeclaration.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	InferenceDeclaration.HeadFinder.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	InferenceDeclaration.NormalizerDeclaration.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	IncrementExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ImportList.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ImportDeclaration.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	IfStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ForStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	FieldAccess.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ExpressionStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ExpressionList.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ExistentialQuantifierExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	EmptyStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	DoStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	DeclarationList.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ContinueStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ConstraintType.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ConstraintStatementExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ConstraintInvocation.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ConstraintEqualityExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ConstraintDeclaration.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ConstantList.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	Constant.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	Conjunction.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	Conditional.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	CompositeGenerator.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	CodedClassifier.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ClassifierType.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ClassifierReturnType.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ClassifierName.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ClassifierExpressionList.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ClassifierCastExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ClassifierAssignment.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	CatchList.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	CatchClause.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	CastExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	BreakStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	Block.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	BinaryExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	BinaryConstraintExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	AtMostQuantifierExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	AtLeastQuantifierExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	Assignment.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	AssertStatement.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ArrayType.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ArrayInitializer.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	ArrayCreationExpression.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.
`void`	Argument.`runPass(Pass pass)` Ensures that the correct `run()` method is called for this type of node.

Uses of Classedu.illinois.cs.cogcomp.lbjava.Pass

Uses of Pass in edu.illinois.cs.cogcomp.lbjava

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

Uses of Class
edu.illinois.cs.cogcomp.lbjava.Pass