Uses of Class
at.dms.kjc.JExpression

Packages that use JExpression

at.dms.kjc
at.dms.kjc.backendSupport	Package documentation for at.dms.kjc.backendSupport
at.dms.kjc.cell
at.dms.kjc.cluster	The cluster backend for StreamIt generates a set of threads that can be executed on a cluster of networked computers or a SMP.
at.dms.kjc.common
at.dms.kjc.lir	Provides a set of low-level stubs (LIR stands for Low-level IR) for compiling to the original (and mostly obsolete) uniprocessor backend.
at.dms.kjc.raw
at.dms.kjc.rstream
at.dms.kjc.sir	Contains the heart of the StreamIt Intermediate Representation, or SIR for short.
at.dms.kjc.sir.linear	Provides analysis and optimization of linear portions of the stream graph.
at.dms.kjc.sir.linear.frequency	Translates linear filters into the frequency domain.
at.dms.kjc.sir.lowering	Provides compiler passes that analyze or optimize the SIR, primarily within the code of each filter.
at.dms.kjc.sir.lowering.fission	Provides compiler passes to split (parallelize) a filter into a set of fine-grained filters.
at.dms.kjc.sir.lowering.fusion	Provides compiler passes to fuse (combine) a set of filters into a single filter.
at.dms.kjc.sir.lowering.partition	Provides algorithms for adjusting the granularity of the stream graph to improve load balancing or optimization potential.
at.dms.kjc.sir.statespace	Provides analysis and optimization of linear statespace portions of the stream graph.
at.dms.kjc.slicegraph	This package aims to supersede the SIR and flatgraph representations of the stream graph with a single representation that maintains all relevant information as well as slice information.
at.dms.kjc.spacedynamic
at.dms.kjc.spacetime
at.dms.util

Uses of JExpression in at.dms.kjc

Subclasses of JExpression in at.dms.kjc

class	JAddExpression This class implements '+ - * /' specific operations Plus operand may be String, numbers
class	JArrayAccessExpression 15.12 Array Access Expressions This class implements an access through an array constant values may be folded at compile time
class	JArrayInitializer This class implements an array of expressions and array initializers used to initialize arrays.
class	JArrayLengthExpression A 'ArrayLength' expression
class	JAssignmentExpression This class implements the assignment operation
class	JBinaryArithmeticExpression This class is an abstract root class for binary expressions
class	JBinaryExpression This class is an abstract root class for binary expressions
class	JBitwiseComplementExpression JLS 15.15.5 Bitwise Complement Operator ~
class	JBitwiseExpression This class implements '+ - * /' specific operations Plus operand may be String, numbers
class	JBooleanLiteral Root class for all expressions
class	JByteLiteral JLS 3.10.1 Integer Literals.
class	JCastExpression This class represents a cast expression '((byte)2)'
class	JCharLiteral A simple character constant
class	JCheckedExpression An expression that is already analysed.
class	JClassExpression A 'int.class' expression
class	JCompoundAssignmentExpression JLS 15.26.2 : Compound Assignment Operator.
class	JConditionalAndExpression This class implements the conditional and operation
class	JConditionalExpression JLS 15.25 Conditional Operator ? :
class	JConditionalOrExpression This class implements the conditional or operation
class	JConstructorCall This class represents a explicit call to a super or self constructor
class	JDivideExpression This class implements '/' specific operations Plus operand may be String, numbers
class	JDoubleLiteral JLS 3.10.2 Floating-Point Literals.
class	JEmittedTextExpression The sole purpose of this class is to emit text directly from a compiler backend.
class	JEqualityExpression JLS 15.21: Equality Operators ('==' and '!=')
class	JFieldAccessExpression JLS 15.11 Field Access Expression.
class	JFloatLiteral JLS 3.10.2 Floating-Point Literals.
class	JInstanceofExpression This class represents a instanceof expression.
class	JIntLiteral JLS 3.10.1 Integer Literals.
class	JLiteral Root class for all literals expression
class	JLocalVariableExpression Root class for all expressions
class	JLogicalComplementExpression JLS 15.15.6 Logical Complement Operator !
class	JLongLiteral JLS 3.10.1 Long Literals.
class	JMethodCallExpression JLS 15.12 Method Invocation Expressions
class	JMinusExpression This class implements '-' specific operations Plus operand may be String, numbers
class	JModuloExpression This class implements '/' specific operations Plus operand may be String, numbers
class	JMultExpression This class implements '*' specific operations Plus operand may be String, numbers
class	JNameExpression JLS 6.5.6 Expression Names.
class	JNewArrayExpression JLS 15.10 Array Creation Expressions.
class	JNullLiteral A simple character constant
class	JOuterLocalVariableExpression Root class for all expressions
class	JParenthesedExpression This class represents expression within parenthese
class	JPostfixExpression This class represents postfix increment and decrement expressions.
class	JPrefixExpression This class represents prefix increment and decrement expressions.
class	JQualifiedAnonymousCreation !!! This class represents a new allocation expression 'new Toto(1)'
class	JQualifiedInstanceCreation JLS 15.9 Class Instance Creation Expressions.
class	JRelationalExpression This class implements '< > <= >=' specific operations Plus operand may be String, numbers
class	JShiftExpression This class implements '+ - * /' specific operations Plus operand may be String, numbers
class	JShortLiteral JLS 3.10.1 Integer Literals.
class	JStringLiteral A simple character constant
class	JSuperExpression A 'super' expression
class	JThisExpression A 'this' expression
class	JTypeNameExpression A 'int.class' expression
class	JUnaryExpression This class represents unary expressions.
class	JUnaryMinusExpression JLS 15.15.4 Unary Minus Operator -
class	JUnaryPlusExpression JLS 15.15.3 Unary Plus Operator +
class	JUnaryPromote This class convert arithmetics expression from types to types
class	JUnqualifiedAnonymousCreation !!! This class represents a new allocation expression 'new Toto(1)'
class	JUnqualifiedInstanceCreation JLS 15.9 Class Instance Creation Expressions.

Fields in at.dms.kjc declared as JExpression

protected JExpression[]	JMethodCallExpression.args
static JExpression[]	JExpression.EMPTY
protected JExpression	JUnaryExpression.expr
protected JExpression	JReturnStatement.expr
protected JExpression	JPrefixExpression.expr
protected JExpression	JPostfixExpression.expr
protected JExpression	JLocalVariable.expr
protected JExpression	JCastExpression.expr
protected JExpression	JBinaryExpression.left
protected JExpression	JMethodCallExpression.prefix
protected JExpression	JFieldAccessExpression.prefix
protected JExpression	JBinaryExpression.right

Methods in at.dms.kjc that return JExpression

JExpression	JUnqualifiedInstanceCreation.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JUnqualifiedAnonymousCreation.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JUnaryPromote.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JUnaryPlusExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JUnaryMinusExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JTypeNameExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JThisExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JSuperExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JStringLiteral.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JShiftExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JRelationalExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JQualifiedInstanceCreation.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JQualifiedAnonymousCreation.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JPrefixExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JPostfixExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JParenthesedExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JOuterLocalVariableExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JNullLiteral.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JNewArrayExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JNameExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JMultExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JModuloExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JMinusExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JMethodCallExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JLongLiteral.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JLogicalComplementExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JLocalVariableExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JLiteral.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JIntLiteral.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JInstanceofExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JFieldAccessExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
abstract JExpression	JExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JEqualityExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JEmittedTextExpression.analyse(CExpressionContext context)
JExpression	JDivideExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JConstructorCall.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JConditionalOrExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JConditionalExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JConditionalAndExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JCompoundAssignmentExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JClassExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JCheckedExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JCastExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JBitwiseExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JBitwiseComplementExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
abstract JExpression	JBinaryArithmeticExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JAssignmentExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JArrayLengthExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JArrayInitializer.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JArrayAccessExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
JExpression	JAddExpression.analyse(CExpressionContext context) Analyses the expression (semantically).
static JExpression	CVectorType.asArrayRef(JExpression expr, int n) Make expression refer to position in a vector (as an array element) for load / store.
static JExpression	CVectorType.asVectorRef(JExpression expr) Make expression refer to vector (as a vector) for arithmetic.
JExpression	JShiftExpression.constantFolding()
JExpression	JRelationalExpression.constantFolding() Computes the result of the operation at compile-time (JLS 15.28).
JExpression	JEqualityExpression.constantFolding()
JExpression	JConditionalOrExpression.constantFolding()
JExpression	JConditionalAndExpression.constantFolding()
JExpression	JBitwiseExpression.constantFolding() Computes the result of the operation at compile-time (JLS 15.28).
JExpression	JBinaryExpression.constantFolding()
JExpression	JBinaryArithmeticExpression.constantFolding() Computes the result of the operation at compile-time (JLS 15.28).
JExpression	JExpression.convertType(CType dest) Analyse without a null context.
JExpression	JStringLiteral.convertType(CType dest, CExpressionContext context)
JExpression	JShortLiteral.convertType(CType dest, CExpressionContext context) convertType changes the type of this expression to an other
JExpression	JNullLiteral.convertType(CType dest, CExpressionContext context)
JExpression	JLongLiteral.convertType(CType dest, CExpressionContext context) convertType changes the type of this expression to an other
abstract JExpression	JLiteral.convertType(CType dest, CExpressionContext context) convertType changes the type of this expression to an other
JExpression	JIntLiteral.convertType(CType dest, CExpressionContext context) convertType changes the type of this expression to an other
JExpression	JFloatLiteral.convertType(CType dest, CExpressionContext context) convertType changes the type of this expression to an other
JExpression	JExpression.convertType(CType dest, CExpressionContext context) convertType changes the type of this expression to an other
JExpression	JDoubleLiteral.convertType(CType dest, CExpressionContext context) convertType changes the type of this expression to an other
JExpression	JCharLiteral.convertType(CType dest, CExpressionContext context) convertType changes the type of this expression to an other
JExpression	JByteLiteral.convertType(CType dest, CExpressionContext context) convertType changes the type of this expression to an other
JExpression	JBooleanLiteral.convertType(CType dest, CExpressionContext context) convertType changes the type of this expression to an other
JExpression	JArrayAccessExpression.getAccessor()
JExpression[]	JMethodCallExpression.getArgs()
JExpression	JWhileStatement.getCond() get the condition of this.
JExpression	JConditionalExpression.getCond()
JExpression	JIfStatement.getCondition() Gets condition of this.
JExpression	JForStatement.getCondition()
JExpression	JDoStatement.getCondition() Gets the condition.
JExpression[]	JNewArrayExpression.getDims() Find the dimensions of this expression
JExpression[]	CArrayType.getDims() Get dimensions of array.
JExpression[]	JArrayInitializer.getElems()
JExpression	JUnaryPromote.getExpr() Return the expression being promoted.
JExpression	JUnaryExpression.getExpr()
JExpression	JPrefixExpression.getExpr() Return the expression.
JExpression	JPostfixExpression.getExpr() Return the expression.
JExpression	JParenthesedExpression.getExpr()
JExpression	JCastExpression.getExpr()
JExpression	JReturnStatement.getExpression() Gets expression of this.
JExpression	JExpressionStatement.getExpression()
JExpression	JExpressionListStatement.getExpression(int i) Returns the i'th expression
JExpression[]	JExpressionListStatement.getExpressions() Returns an array of expression
JExpression	JConditionalExpression.getLeft()
JExpression	JBinaryExpression.getLeft() Returns what appears on left.
JExpression	CSourceClass.getOuterLocalAccess(TokenReference ref, JLocalVariable var, CMethod constructor) Gets the code to access outer local vars
JExpression[]	JUnqualifiedInstanceCreation.getParams()
JExpression[]	JUnqualifiedAnonymousCreation.getParams() Returns the parameter list for the object.
JExpression	JMethodDeclaration.getPeek()
JExpression	JMethodDeclaration.getPop()
JExpression	JNameExpression.getPrefix()
JExpression	JMethodCallExpression.getPrefix()
JExpression	JFieldAccessExpression.getPrefix() Returns the left-hand-side of the expression.
JExpression	JClassExpression.getPrefix()
JExpression	JArrayLengthExpression.getPrefix()
JExpression	JArrayAccessExpression.getPrefix()
JExpression	JMethodDeclaration.getPush()
JExpression	JConditionalExpression.getRight()
JExpression	JBinaryExpression.getRight() Returns what appears on right.
JExpression	JVariableDefinition.getValue()
JExpression	JLocalVariable.getValue()
JExpression	CField.getValue()
JExpression	CClassContext.lookupOuterLocalVariable(TokenReference ref, String ident) lookupOuterLocalVariable
JExpression	CBodyContext.lookupOuterLocalVariable(TokenReference ref, String ident) lookupOuterLocalVariable

Methods in at.dms.kjc with parameters of type JExpression

void	JMethodCallExpression.addArgFirst(JExpression arg) Adds
static void	JNewArrayExpression.allocArray(CodeSequence code, CArrayType type, JExpression[] dims) Generates a sequence of bytescodes
static JExpression	CVectorType.asArrayRef(JExpression expr, int n) Make expression refer to position in a vector (as an array element) for load / store.
static JExpression	CVectorType.asVectorRef(JExpression expr) Make expression refer to vector (as a vector) for arithmetic.
protected JFieldAccessExpression	JNameExpression.createClassField(TokenReference ref, JExpression prefix, String ident) Since class field may be overloaded in sub compiler, this method allow you to specifie the type of class field without needed to touch the huge method above !
protected void	JExpression.deepCloneInto(JExpression other) Clones all fields of this into
protected void	JRelationalExpression.genBranch(JExpression left, JExpression right, boolean cond, CodeSequence code, at.dms.kjc.CodeLabel label) Optimize a bi-conditional expression
protected void	JEqualityExpression.genBranch(JExpression left, JExpression right, boolean cond, CodeSequence code, at.dms.kjc.CodeLabel label) Optimize a bi-conditional expression
protected void	JConditionalOrExpression.genBranch(JExpression left, JExpression right, boolean cond, CodeSequence code, at.dms.kjc.CodeLabel label) Optimize a bi-conditional expression
protected void	JConditionalAndExpression.genBranch(JExpression left, JExpression right, boolean cond, CodeSequence code, at.dms.kjc.CodeLabel label) Optimize a bi-conditional expression
protected void	JBinaryExpression.genBranch(JExpression left, JExpression right, boolean cond, CodeSequence code, at.dms.kjc.CodeLabel label) Optimize a bi-conditional expression
void	JArrayAccessExpression.setAccessor(JExpression a) Set the accessor of this.
void	JMethodCallExpression.setArgs(JExpression[] a)
void	JForStatement.setCond(JExpression cond) Sets the condition of this.
void	JConditionalExpression.setCond(JExpression c)
void	JWhileStatement.setCondition(JExpression cond) Set the condition of this.
void	JIfStatement.setCondition(JExpression cond) Sets condition of this.
void	JDoStatement.setCondition(JExpression cond) Sets the condition.
void	JConditionalExpression.setCondition(JExpression condition)
void	CArrayType.setDims(JExpression[] d) Set array dimensions.
void	JUnaryPromote.setExpr(JExpression e)
void	JUnaryExpression.setExpr(JExpression e)
void	JPrefixExpression.setExpr(JExpression e)
void	JPostfixExpression.setExpr(JExpression e)
void	JParenthesedExpression.setExpr(JExpression e)
void	JCastExpression.setExpr(JExpression e)
void	JSwitchStatement.setExpression(JExpression expr) Set the expression in this.
void	JSwitchLabel.setExpression(JExpression expr) Sets the expression of this.
void	JReturnStatement.setExpression(JExpression expr) Sets expression of this.
void	JParenthesedExpression.setExpression(JExpression expr) Sets the expression.
void	JLocalVariable.setExpression(JExpression expr) Sets the expression of this.
void	JExpressionStatement.setExpression(JExpression expr)
void	JVariableDefinition.setInitializer(JExpression init)
void	JConditionalExpression.setLeft(JExpression left)
void	JBinaryExpression.setLeft(JExpression left) Set what appears on the left of this.
void	JMethodDeclaration.setPeek(JExpression p)
void	JMethodDeclaration.setPop(JExpression p)
void	JThisExpression.setPrefix(JExpression prefix) Sets the prefix of this.
void	JQualifiedInstanceCreation.setPrefix(JExpression prefix) Sets the prefix of this.
void	JQualifiedAnonymousCreation.setPrefix(JExpression prefix) Sets the prefix of this.
void	JNameExpression.setPrefix(JExpression p)
void	JMethodCallExpression.setPrefix(JExpression p)
void	JFieldAccessExpression.setPrefix(JExpression exp) Sets the prefix expression of this to
void	JArrayLengthExpression.setPrefix(JExpression prefix)
void	JArrayAccessExpression.setPrefix(JExpression p)
void	JMethodDeclaration.setPush(JExpression p)
void	JConditionalExpression.setRight(JExpression right)
void	JBinaryExpression.setRight(JExpression right) Set what appears on the right of this.
void	JVariableDefinition.setValue(JExpression expr)
void	JFieldDeclaration.setValue(JExpression expr) Sets the initial value of this.
void	CField.setValue(JExpression value)
Object	ReplacingVisitor.visitArgs(JExpression[] args) prints an array length expression
void	KjcPrettyPrinter.visitArgs(JExpression[] args) prints an array length expression
void	KjcEmptyVisitor.visitArgs(JExpression[] args) prints an array length expression
Object	EmptyAttributeVisitor.visitArgs(JExpression[] args) prints an array length expression
Object	ReplacingVisitor.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) prints an array length expression
Object	Kopi2SIR.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) visits an array length expression
void	KjcVisitor.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) visits an array length expression
void	KjcPrettyPrinter.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) prints an array length expression
void	KjcEmptyVisitor.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) prints an array length expression
Object	EmptyAttributeVisitor.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) prints an array length expression
T	AttributeVisitor.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) visits an array length expression
Object	Kopi2SIR.visitArrayInitializer(JArrayInitializer self, JExpression[] elems) visits an array initializer expression
void	KjcVisitor.visitArrayInitializer(JArrayInitializer self, JExpression[] elems) visits an array initializer expression
void	KjcPrettyPrinter.visitArrayInitializer(JArrayInitializer self, JExpression[] elems) prints an array initializer expression
void	KjcEmptyVisitor.visitArrayInitializer(JArrayInitializer self, JExpression[] elems) prints an array initializer expression
Object	EmptyAttributeVisitor.visitArrayInitializer(JArrayInitializer self, JExpression[] elems) prints an array initializer expression
T	AttributeVisitor.visitArrayInitializer(JArrayInitializer self, JExpression[] elems) visits an array initializer expression
Object	ReplacingVisitor.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) prints an array length expression
Object	Kopi2SIR.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) visits an array length expression
void	KjcVisitor.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) visits an array length expression
void	KjcPrettyPrinter.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) prints an array length expression
void	KjcEmptyVisitor.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) prints an array length expression
Object	EmptyAttributeVisitor.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) prints an array length expression
T	AttributeVisitor.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) visits an array length expression
Object	ReplacingVisitor.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
Object	Kopi2SIR.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) visits an assignment expression
void	KjcVisitor.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) visits an assignment expression
void	KjcPrettyPrinter.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
void	KjcEmptyVisitor.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
Object	EmptyAttributeVisitor.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
T	AttributeVisitor.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) visits an assignment expression
Object	ReplacingVisitor.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) prints an array allocator expression
Object	Kopi2SIR.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) visits an array allocator expression
void	KjcVisitor.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) visits an array allocator expression
void	KjcPrettyPrinter.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) prints an array allocator expression
void	KjcEmptyVisitor.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) prints an array allocator expression
Object	EmptyAttributeVisitor.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) prints an array allocator expression
T	AttributeVisitor.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) visits an array allocator expression
Object	ReplacingVisitor.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) prints a bitwise complement expression
Object	Kopi2SIR.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) visits a bitwise complement expression
void	KjcVisitor.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) visits a bitwise complement expression
void	KjcPrettyPrinter.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) prints a bitwise complement expression
void	KjcEmptyVisitor.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) prints a bitwise complement expression
Object	EmptyAttributeVisitor.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) prints a bitwise complement expression
T	AttributeVisitor.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) visits a bitwise complement expression
Object	ReplacingVisitor.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) prints a compound assignment expression
Object	Kopi2SIR.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) visits a compound assignment expression
void	KjcVisitor.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) visits a compound assignment expression
void	KjcPrettyPrinter.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) prints a compound assignment expression
void	KjcEmptyVisitor.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) prints a compound assignment expression
Object	EmptyAttributeVisitor.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) prints a compound assignment expression
T	AttributeVisitor.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) visits a compound assignment expression
Object	ReplacingVisitor.visitCastExpression(JCastExpression self, JExpression expr, CType type) prints a cast expression
Object	Kopi2SIR.visitCastExpression(JCastExpression self, JExpression expr, CType type) visits a cast expression
void	KjcVisitor.visitCastExpression(JCastExpression self, JExpression expr, CType type) visits a cast expression
void	KjcPrettyPrinter.visitCastExpression(JCastExpression self, JExpression expr, CType type) prints a cast expression
void	KjcEmptyVisitor.visitCastExpression(JCastExpression self, JExpression expr, CType type) prints a cast expression
Object	EmptyAttributeVisitor.visitCastExpression(JCastExpression self, JExpression expr, CType type) prints a cast expression
T	AttributeVisitor.visitCastExpression(JCastExpression self, JExpression expr, CType type) visits a cast expression
Object	ReplacingVisitor.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) prints a compound expression
Object	Kopi2SIR.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) visits a compound expression
void	KjcVisitor.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) visits a compound expression
void	KjcPrettyPrinter.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) prints a compound expression
void	KjcEmptyVisitor.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) prints a compound expression
Object	EmptyAttributeVisitor.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) prints a compound expression
T	AttributeVisitor.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) visits a compound expression
Object	ReplacingVisitor.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) prints a conditional expression
Object	Kopi2SIR.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) visits a conditional expression
void	KjcVisitor.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) visits a conditional expression
void	KjcPrettyPrinter.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) prints a conditional expression
void	KjcEmptyVisitor.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) prints a conditional expression
Object	EmptyAttributeVisitor.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) prints a conditional expression
T	AttributeVisitor.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) visits a conditional expression
Object	Kopi2SIR.visitConstructorCall(JConstructorCall self, boolean functorIsThis, JExpression[] params) visits an array length expression
void	KjcVisitor.visitConstructorCall(JConstructorCall self, boolean functorIsThis, JExpression[] params) visits an array length expression
void	KjcPrettyPrinter.visitConstructorCall(JConstructorCall self, boolean functorIsThis, JExpression[] params) prints an array length expression
void	KjcEmptyVisitor.visitConstructorCall(JConstructorCall self, boolean functorIsThis, JExpression[] params) prints an array length expression
Object	EmptyAttributeVisitor.visitConstructorCall(JConstructorCall self, boolean functorIsThis, JExpression[] params) prints an array length expression
T	AttributeVisitor.visitConstructorCall(JConstructorCall self, boolean functorIsThis, JExpression[] params) visits an array length expression
Object	StatementQueueVisitor.visitDoStatement(JDoStatement self, JExpression cond, JStatement body)
Object	ReplacingVisitor.visitDoStatement(JDoStatement self, JExpression cond, JStatement body) prints a do statement
Object	Kopi2SIR.visitDoStatement(JDoStatement self, JExpression cond, JStatement body) visits a do statement
void	KjcVisitor.visitDoStatement(JDoStatement self, JExpression cond, JStatement body) visits a do statement
void	KjcPrettyPrinter.visitDoStatement(JDoStatement self, JExpression cond, JStatement body) prints a do statement
void	KjcEmptyVisitor.visitDoStatement(JDoStatement self, JExpression cond, JStatement body) prints a do statement
Object	EmptyAttributeVisitor.visitDoStatement(JDoStatement self, JExpression cond, JStatement body) prints a do statement
T	AttributeVisitor.visitDoStatement(JDoStatement self, JExpression cond, JStatement body) visits a do statement
Object	ReplacingVisitor.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right) prints an equality expression
Object	Kopi2SIR.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right) visits an equality expression
void	KjcVisitor.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right) visits an equality expression
void	KjcPrettyPrinter.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right) prints an equality expression
void	KjcEmptyVisitor.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right) prints an equality expression
Object	EmptyAttributeVisitor.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right) prints an equality expression
T	AttributeVisitor.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right) visits an equality expression
Object	StatementQueueVisitor.visitExpressionListStatement(JExpressionListStatement self, JExpression[] expr)
Object	ReplacingVisitor.visitExpressionListStatement(JExpressionListStatement self, JExpression[] expr) prints an expression list statement
Object	Kopi2SIR.visitExpressionListStatement(JExpressionListStatement self, JExpression[] expr) visits an expression list statement
void	KjcVisitor.visitExpressionListStatement(JExpressionListStatement self, JExpression[] expr) visits an expression list statement
void	KjcPrettyPrinter.visitExpressionListStatement(JExpressionListStatement self, JExpression[] expr) prints an expression list statement
void	KjcEmptyVisitor.visitExpressionListStatement(JExpressionListStatement self, JExpression[] expr) prints an expression list statement
Object	EmptyAttributeVisitor.visitExpressionListStatement(JExpressionListStatement self, JExpression[] expr) prints an expression list statement
T	AttributeVisitor.visitExpressionListStatement(JExpressionListStatement self, JExpression[] expr) visits an expression list statement
Object	StatementQueueVisitor.visitExpressionStatement(JExpressionStatement self, JExpression expr)
Object	ReplacingVisitor.visitExpressionStatement(JExpressionStatement self, JExpression expr) prints an expression statement
Object	Kopi2SIR.visitExpressionStatement(JExpressionStatement self, JExpression expr) visits an expression statement
void	KjcVisitor.visitExpressionStatement(JExpressionStatement self, JExpression expr) visits an expression statement
void	KjcPrettyPrinter.visitExpressionStatement(JExpressionStatement self, JExpression expr) prints an expression statement
void	KjcEmptyVisitor.visitExpressionStatement(JExpressionStatement self, JExpression expr) prints an expression statement
Object	EmptyAttributeVisitor.visitExpressionStatement(JExpressionStatement self, JExpression expr) prints an expression statement
T	AttributeVisitor.visitExpressionStatement(JExpressionStatement self, JExpression expr) visits an expression statement
Object	ReplacingVisitor.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) prints a field declaration
Object	Kopi2SIR.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) visits a field declaration
void	KjcVisitor.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) visits a field declaration
void	KjcPrettyPrinter.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) prints a field declaration
void	KjcEmptyVisitor.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) prints a field declaration
Object	EmptyAttributeVisitor.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) prints a field declaration
T	AttributeVisitor.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) visits a field declaration
Object	ReplacingVisitor.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) prints a field expression
Object	Kopi2SIR.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) visits a field expression
void	KjcVisitor.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) visits a field expression
void	KjcPrettyPrinter.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) prints a field expression
void	KjcEmptyVisitor.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) prints a field expression
Object	EmptyAttributeVisitor.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) prints a field expression
T	AttributeVisitor.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) visits a field expression
Object	StatementQueueVisitor.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body)
Object	ReplacingVisitor.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) visits a for statement
Object	Kopi2SIR.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) visits a for statement
void	KjcVisitor.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) visits a for statement
void	KjcPrettyPrinter.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) prints a for statement
void	KjcEmptyVisitor.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) prints a for statement
Object	EmptyAttributeVisitor.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) prints a for statement
T	AttributeVisitor.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) visits a for statement
Object	StatementQueueVisitor.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause)
Object	ReplacingVisitor.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) prints a if statement
Object	Kopi2SIR.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) visits a if statement
void	KjcVisitor.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) visits a if statement
void	KjcPrettyPrinter.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) prints a if statement
void	KjcEmptyVisitor.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) prints a if statement
Object	EmptyAttributeVisitor.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) prints a if statement
T	AttributeVisitor.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) visits a if statement
Object	ReplacingVisitor.visitInstanceofExpression(JInstanceofExpression self, JExpression expr, CType dest) prints an instanceof expression
Object	Kopi2SIR.visitInstanceofExpression(JInstanceofExpression self, JExpression expr, CType dest) visits an instanceof expression
void	KjcVisitor.visitInstanceofExpression(JInstanceofExpression self, JExpression expr, CType dest) visits an instanceof expression
void	KjcPrettyPrinter.visitInstanceofExpression(JInstanceofExpression self, JExpression expr, CType dest) prints an instanceof expression
void	KjcEmptyVisitor.visitInstanceofExpression(JInstanceofExpression self, JExpression expr, CType dest) prints an instanceof expression
Object	EmptyAttributeVisitor.visitInstanceofExpression(JInstanceofExpression self, JExpression expr, CType dest) prints an instanceof expression
T	AttributeVisitor.visitInstanceofExpression(JInstanceofExpression self, JExpression expr, CType dest) visits an instanceof expression
Object	StreamItDot.visitJoiner(SIRJoiner self, SIRJoinType type, JExpression[] expWeights)
Object	SimpleDot.visitJoiner(SIRJoiner self, SIRJoinType type, JExpression[] expWeights)
Object	ReplacingVisitor.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) prints a logical complement expression
Object	Kopi2SIR.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) visits a logical complement expression
void	KjcVisitor.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) visits a logical complement expression
void	KjcPrettyPrinter.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) prints a logical complement expression
void	KjcEmptyVisitor.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) prints a logical complement expression
Object	EmptyAttributeVisitor.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) prints a logical complement expression
T	AttributeVisitor.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) visits a logical complement expression
Object	StatementQueueVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency)
Object	StatementQueueVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency)
void	SLIRVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
void	SLIRVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
Object	SLIRReplacingVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
Object	SLIRReplacingVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
void	SLIREmptyVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
void	SLIREmptyVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
Object	SLIREmptyAttributeVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
Object	SLIREmptyAttributeVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
T	SLIRAttributeVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
T	SLIRAttributeVisitor.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
Object	ReplacingVisitor.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
Object	ReplacingVisitor.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
Object	Kopi2SIR.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) visits a method call expression
Object	Kopi2SIR.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) visits a method call expression
void	KjcVisitor.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) visits a method call expression
void	KjcVisitor.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) visits a method call expression
void	KjcPrettyPrinter.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	KjcPrettyPrinter.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	KjcEmptyVisitor.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	KjcEmptyVisitor.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
Object	EmptyAttributeVisitor.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
Object	EmptyAttributeVisitor.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
T	AttributeVisitor.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) visits a method call expression
T	AttributeVisitor.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) visits a method call expression
Object	ReplacingVisitor.visitNameExpression(JNameExpression self, JExpression prefix, String ident) prints a name expression
Object	Kopi2SIR.visitNameExpression(JNameExpression self, JExpression prefix, String ident) visits a name expression
void	KjcVisitor.visitNameExpression(JNameExpression self, JExpression prefix, String ident) visits a name expression
void	KjcPrettyPrinter.visitNameExpression(JNameExpression self, JExpression prefix, String ident) prints a name expression
void	KjcEmptyVisitor.visitNameExpression(JNameExpression self, JExpression prefix, String ident) prints a name expression
Object	EmptyAttributeVisitor.visitNameExpression(JNameExpression self, JExpression prefix, String ident) prints a name expression
T	AttributeVisitor.visitNameExpression(JNameExpression self, JExpression prefix, String ident) visits a name expression
Object	ReplacingVisitor.visitNewArrayExpression(JNewArrayExpression self, CType type, JExpression[] dims, JArrayInitializer init) prints an array allocator expression
Object	Kopi2SIR.visitNewArrayExpression(JNewArrayExpression self, CType type, JExpression[] dims, JArrayInitializer init) visits an array allocator expression.
void	KjcVisitor.visitNewArrayExpression(JNewArrayExpression self, CType type, JExpression[] dims, JArrayInitializer init) visits an array allocator expression
void	KjcPrettyPrinter.visitNewArrayExpression(JNewArrayExpression self, CType type, JExpression[] dims, JArrayInitializer init) prints an array allocator expression
void	KjcEmptyVisitor.visitNewArrayExpression(JNewArrayExpression self, CType type, JExpression[] dims, JArrayInitializer init) prints an array allocator expression
Object	EmptyAttributeVisitor.visitNewArrayExpression(JNewArrayExpression self, CType type, JExpression[] dims, JArrayInitializer init) prints an array allocator expression
T	AttributeVisitor.visitNewArrayExpression(JNewArrayExpression self, CType type, JExpression[] dims, JArrayInitializer init) visits an array allocator expression
Object	ReplacingVisitor.visitParenthesedExpression(JParenthesedExpression self, JExpression expr) prints a parenthesed expression
Object	Kopi2SIR.visitParenthesedExpression(JParenthesedExpression self, JExpression expr) visits a parenthesed expression
void	KjcVisitor.visitParenthesedExpression(JParenthesedExpression self, JExpression expr) visits a parenthesed expression
void	KjcPrettyPrinter.visitParenthesedExpression(JParenthesedExpression self, JExpression expr) prints a parenthesed expression
void	KjcEmptyVisitor.visitParenthesedExpression(JParenthesedExpression self, JExpression expr) prints a parenthesed expression
Object	EmptyAttributeVisitor.visitParenthesedExpression(JParenthesedExpression self, JExpression expr) prints a parenthesed expression
T	AttributeVisitor.visitParenthesedExpression(JParenthesedExpression self, JExpression expr) visits a parenthesed expression
void	SLIRVisitor.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg) Visits a peek expression.
Object	SLIRReplacingVisitor.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg) Visits a peek expression.
void	SLIREmptyVisitor.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg) Visits a peek expression.
Object	SLIREmptyAttributeVisitor.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg) Visits a peek expression.
T	SLIRAttributeVisitor.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg) Visits a peek expression.
Object	ReplacingVisitor.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) prints a postfix expression
Object	Kopi2SIR.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) visits a postfix expression
void	KjcVisitor.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) visits a postfix expression
void	KjcPrettyPrinter.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) prints a postfix expression
void	KjcEmptyVisitor.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) prints a postfix expression
Object	EmptyAttributeVisitor.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) prints a postfix expression
T	AttributeVisitor.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) visits a postfix expression
Object	ReplacingVisitor.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) prints a prefix expression
Object	Kopi2SIR.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) visits a prefix expression
void	KjcVisitor.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) visits a prefix expression
void	KjcPrettyPrinter.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) prints a prefix expression
void	KjcEmptyVisitor.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) prints a prefix expression
Object	EmptyAttributeVisitor.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) prints a prefix expression
T	AttributeVisitor.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) visits a prefix expression
Object	StatementQueueVisitor.visitPrintStatement(SIRPrintStatement self, JExpression arg)
void	SLIRVisitor.visitPrintStatement(SIRPrintStatement self, JExpression arg) Visits a print statement.
Object	SLIRReplacingVisitor.visitPrintStatement(SIRPrintStatement self, JExpression arg) Visits a print statement.
void	SLIREmptyVisitor.visitPrintStatement(SIRPrintStatement self, JExpression arg) Visits a print statement.
Object	SLIREmptyAttributeVisitor.visitPrintStatement(SIRPrintStatement self, JExpression arg) Visits a print statement.
T	SLIRAttributeVisitor.visitPrintStatement(SIRPrintStatement self, JExpression arg) Visits a print statement.
void	SLIRVisitor.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg) Visits a push expression.
Object	SLIRReplacingVisitor.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg) Visits a push expression.
void	SLIREmptyVisitor.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg) Visits a push expression.
Object	SLIREmptyAttributeVisitor.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg) Visits a push expression.
T	SLIRAttributeVisitor.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg) Visits a push expression.
Object	ReplacingVisitor.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
Object	ReplacingVisitor.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
Object	Kopi2SIR.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
Object	Kopi2SIR.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
void	KjcVisitor.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
void	KjcVisitor.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
void	KjcPrettyPrinter.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
void	KjcPrettyPrinter.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
void	KjcEmptyVisitor.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
void	KjcEmptyVisitor.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
Object	EmptyAttributeVisitor.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
Object	EmptyAttributeVisitor.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
T	AttributeVisitor.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
T	AttributeVisitor.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
Object	ReplacingVisitor.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
Object	ReplacingVisitor.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
Object	Kopi2SIR.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Visits an unqualified instance creation expression.
Object	Kopi2SIR.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Visits an unqualified instance creation expression.
void	KjcVisitor.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Visits an unqualified instance creation expression.
void	KjcVisitor.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Visits an unqualified instance creation expression.
void	KjcPrettyPrinter.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
void	KjcPrettyPrinter.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
void	KjcEmptyVisitor.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
void	KjcEmptyVisitor.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
Object	EmptyAttributeVisitor.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
Object	EmptyAttributeVisitor.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
T	AttributeVisitor.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Visits an unqualified instance creation expression.
T	AttributeVisitor.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Visits an unqualified instance creation expression.
void	SLIRVisitor.visitRegisterReceiver(LIRRegisterReceiver self, JExpression streamContext, SIRPortal portal, String childName, SIRInterfaceTable itable) Visits an LIR register-receiver statement.
void	SLIREmptyVisitor.visitRegisterReceiver(LIRRegisterReceiver self, JExpression streamContext, SIRPortal portal, String childName, SIRInterfaceTable itable) Visits an LIR register-receiver statement.
void	SLIRVisitor.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods) Visits a register-receiver statement.
Object	SLIRReplacingVisitor.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods) Visits a register-receiver statement.
void	SLIREmptyVisitor.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods) Visits a register-receiver statement.
Object	SLIREmptyAttributeVisitor.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods) Visits a register-receiver statement.
T	SLIRAttributeVisitor.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods) Visits a register-receiver statement.
Object	ReplacingVisitor.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) prints a shift expressiona
Object	Kopi2SIR.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) visits a shift expressiona
void	KjcVisitor.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) visits a shift expressiona
void	KjcPrettyPrinter.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) prints a shift expressiona
void	KjcEmptyVisitor.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) prints a shift expressiona
Object	EmptyAttributeVisitor.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) prints a shift expressiona
T	AttributeVisitor.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) visits a shift expressiona
Object	StatementQueueVisitor.visitReturnStatement(JReturnStatement self, JExpression expr)
Object	ReplacingVisitor.visitReturnStatement(JReturnStatement self, JExpression expr) prints a return statement
Object	Kopi2SIR.visitReturnStatement(JReturnStatement self, JExpression expr) visits a return statement
void	KjcVisitor.visitReturnStatement(JReturnStatement self, JExpression expr) visits a return statement
void	KjcPrettyPrinter.visitReturnStatement(JReturnStatement self, JExpression expr) prints a return statement
void	KjcEmptyVisitor.visitReturnStatement(JReturnStatement self, JExpression expr) prints a return statement
Object	EmptyAttributeVisitor.visitReturnStatement(JReturnStatement self, JExpression expr) prints a return statement
T	AttributeVisitor.visitReturnStatement(JReturnStatement self, JExpression expr) visits a return statement
void	SLIRVisitor.visitSetBodyOfFeedback(LIRSetBodyOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set body of feedback loop.
Object	SLIRReplacingVisitor.visitSetBodyOfFeedback(LIRSetBodyOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set body of feedback loop.
void	SLIREmptyVisitor.visitSetBodyOfFeedback(LIRSetBodyOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set body of feedback loop.
Object	SLIREmptyAttributeVisitor.visitSetBodyOfFeedback(LIRSetBodyOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set body of feedback loop.
T	SLIRAttributeVisitor.visitSetBodyOfFeedback(LIRSetBodyOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set body of feedback loop.
void	SLIRVisitor.visitSetChild(LIRSetChild self, JExpression streamContext, String childType, String childName) Visits a child registration node.
Object	SLIRReplacingVisitor.visitSetChild(LIRSetChild self, JExpression streamContext, String childType, String childName) Visits a child registration node.
void	SLIREmptyVisitor.visitSetChild(LIRSetChild self, JExpression streamContext, String childType, String childName) Visits a child registration node.
Object	SLIREmptyAttributeVisitor.visitSetChild(LIRSetChild self, JExpression streamContext, String childType, String childName) Visits a child registration node.
T	SLIRAttributeVisitor.visitSetChild(LIRSetChild self, JExpression streamContext, String childType, String childName) Visits a child registration node.
void	SLIRVisitor.visitSetDecode(LIRSetDecode self, JExpression streamContext, LIRFunctionPointer fp) Visits a decoder registration node.
Object	SLIRReplacingVisitor.visitSetDecode(LIRSetDecode self, JExpression streamContext, LIRFunctionPointer fp) Visits a decoder registration node.
void	SLIREmptyVisitor.visitSetDecode(LIRSetDecode self, JExpression streamContext, LIRFunctionPointer fp) Visits a decoder registration node.
Object	SLIREmptyAttributeVisitor.visitSetDecode(LIRSetDecode self, JExpression streamContext, LIRFunctionPointer fp) Visits a decoder registration node.
T	SLIRAttributeVisitor.visitSetDecode(LIRSetDecode self, JExpression streamContext, LIRFunctionPointer fp) Visits a decoder registration node.
void	SLIRVisitor.visitSetDelay(LIRSetDelay self, JExpression data, JExpression streamContext, int delay, CType type, LIRFunctionPointer fp) Visits a feedback loop delay node.
Object	SLIRReplacingVisitor.visitSetDelay(LIRSetDelay self, JExpression data, JExpression streamContext, int delay, CType type, LIRFunctionPointer fp) Visits a feedback loop delay node.
void	SLIREmptyVisitor.visitSetDelay(LIRSetDelay self, JExpression data, JExpression streamContext, int delay, CType type, LIRFunctionPointer fp) Visits a feedback loop delay node.
Object	SLIREmptyAttributeVisitor.visitSetDelay(LIRSetDelay self, JExpression data, JExpression streamContext, int delay, CType type, LIRFunctionPointer fp) Visits a feedback loop delay node.
T	SLIRAttributeVisitor.visitSetDelay(LIRSetDelay self, JExpression data, JExpression streamContext, int delay, CType type, LIRFunctionPointer fp) Visits a feedback loop delay node.
void	SLIRVisitor.visitSetEncode(LIRSetEncode self, JExpression streamContext, LIRFunctionPointer fp) Visits an encoder registration node.
Object	SLIRReplacingVisitor.visitSetEncode(LIRSetEncode self, JExpression streamContext, LIRFunctionPointer fp) Visits an encoder registration node.
void	SLIREmptyVisitor.visitSetEncode(LIRSetEncode self, JExpression streamContext, LIRFunctionPointer fp) Visits an encoder registration node.
Object	SLIREmptyAttributeVisitor.visitSetEncode(LIRSetEncode self, JExpression streamContext, LIRFunctionPointer fp) Visits an encoder registration node.
T	SLIRAttributeVisitor.visitSetEncode(LIRSetEncode self, JExpression streamContext, LIRFunctionPointer fp) Visits an encoder registration node.
void	SLIRVisitor.visitSetJoiner(LIRSetJoiner self, JExpression streamContext, SIRJoinType type, int ways, int[] weights) Visits a joiner-setting node.
Object	SLIRReplacingVisitor.visitSetJoiner(LIRSetJoiner self, JExpression streamContext, SIRJoinType type, int ways, int[] weights) Visits a joiner-setting node.
void	SLIREmptyVisitor.visitSetJoiner(LIRSetJoiner self, JExpression streamContext, SIRJoinType type, int ways, int[] weights) Visits a joiner-setting node.
Object	SLIREmptyAttributeVisitor.visitSetJoiner(LIRSetJoiner self, JExpression streamContext, SIRJoinType type, int ways, int[] weights) Visits a joiner-setting node.
T	SLIRAttributeVisitor.visitSetJoiner(LIRSetJoiner self, JExpression streamContext, SIRJoinType type, int ways, int[] weights) Visits a joiner-setting node.
void	SLIRVisitor.visitSetLoopOfFeedback(LIRSetLoopOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set loop of feedback loop.
Object	SLIRReplacingVisitor.visitSetLoopOfFeedback(LIRSetLoopOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set loop of feedback loop.
void	SLIREmptyVisitor.visitSetLoopOfFeedback(LIRSetLoopOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set loop of feedback loop.
Object	SLIREmptyAttributeVisitor.visitSetLoopOfFeedback(LIRSetLoopOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set loop of feedback loop.
T	SLIRAttributeVisitor.visitSetLoopOfFeedback(LIRSetLoopOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set loop of feedback loop.
void	SLIRVisitor.visitSetParallelStream(LIRSetParallelStream self, JExpression streamContext, JExpression childContext, int position, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set a parallel stream.
Object	SLIRReplacingVisitor.visitSetParallelStream(LIRSetParallelStream self, JExpression streamContext, JExpression childContext, int position, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set a parallel stream.
void	SLIREmptyVisitor.visitSetParallelStream(LIRSetParallelStream self, JExpression streamContext, JExpression childContext, int position, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set a parallel stream.
Object	SLIREmptyAttributeVisitor.visitSetParallelStream(LIRSetParallelStream self, JExpression streamContext, JExpression childContext, int position, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set a parallel stream.
T	SLIRAttributeVisitor.visitSetParallelStream(LIRSetParallelStream self, JExpression streamContext, JExpression childContext, int position, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set a parallel stream.
void	SLIRVisitor.visitSetPeek(LIRSetPeek self, JExpression streamContext, int peek) Visits a peek-rate-setting node.
Object	SLIRReplacingVisitor.visitSetPeek(LIRSetPeek self, JExpression streamContext, int peek) Visits a peek-rate-setting node.
void	SLIREmptyVisitor.visitSetPeek(LIRSetPeek self, JExpression streamContext, int peek) Visits a peek-rate-setting node.
Object	SLIREmptyAttributeVisitor.visitSetPeek(LIRSetPeek self, JExpression streamContext, int peek) Visits a peek-rate-setting node.
T	SLIRAttributeVisitor.visitSetPeek(LIRSetPeek self, JExpression streamContext, int peek) Visits a peek-rate-setting node.
void	SLIRVisitor.visitSetPop(LIRSetPop self, JExpression streamContext, int pop) Visits a pop-rate-setting node.
Object	SLIRReplacingVisitor.visitSetPop(LIRSetPop self, JExpression streamContext, int pop) Visits a pop-rate-setting node.
void	SLIREmptyVisitor.visitSetPop(LIRSetPop self, JExpression streamContext, int pop) Visits a pop-rate-setting node.
Object	SLIREmptyAttributeVisitor.visitSetPop(LIRSetPop self, JExpression streamContext, int pop) Visits a pop-rate-setting node.
T	SLIRAttributeVisitor.visitSetPop(LIRSetPop self, JExpression streamContext, int pop) Visits a pop-rate-setting node.
void	SLIRVisitor.visitSetPush(LIRSetPush self, JExpression streamContext, int push) Visits a push-rate-setting node.
Object	SLIRReplacingVisitor.visitSetPush(LIRSetPush self, JExpression streamContext, int push) Visits a push-rate-setting node.
void	SLIREmptyVisitor.visitSetPush(LIRSetPush self, JExpression streamContext, int push) Visits a push-rate-setting node.
Object	SLIREmptyAttributeVisitor.visitSetPush(LIRSetPush self, JExpression streamContext, int push) Visits a push-rate-setting node.
T	SLIRAttributeVisitor.visitSetPush(LIRSetPush self, JExpression streamContext, int push) Visits a push-rate-setting node.
void	SLIRVisitor.visitSetSplitter(LIRSetSplitter self, JExpression streamContext, SIRSplitType type, int ways, int[] weights) Visits a splitter-setting node.
Object	SLIRReplacingVisitor.visitSetSplitter(LIRSetSplitter self, JExpression streamContext, SIRSplitType type, int ways, int[] weights) Visits a splitter-setting node.
void	SLIREmptyVisitor.visitSetSplitter(LIRSetSplitter self, JExpression streamContext, SIRSplitType type, int ways, int[] weights) Visits a splitter-setting node.
Object	SLIREmptyAttributeVisitor.visitSetSplitter(LIRSetSplitter self, JExpression streamContext, SIRSplitType type, int ways, int[] weights) Visits a splitter-setting node.
T	SLIRAttributeVisitor.visitSetSplitter(LIRSetSplitter self, JExpression streamContext, SIRSplitType type, int ways, int[] weights) Visits a splitter-setting node.
void	SLIRVisitor.visitSetStreamType(LIRSetStreamType self, JExpression streamContext, LIRStreamType streamType) Visits a stream-type-setting node.
Object	SLIRReplacingVisitor.visitSetStreamType(LIRSetStreamType self, JExpression streamContext, LIRStreamType streamType) Visits a stream-type-setting node.
void	SLIREmptyVisitor.visitSetStreamType(LIRSetStreamType self, JExpression streamContext, LIRStreamType streamType) Visits a stream-type-setting node.
Object	SLIREmptyAttributeVisitor.visitSetStreamType(LIRSetStreamType self, JExpression streamContext, LIRStreamType streamType) Visits a stream-type-setting node.
T	SLIRAttributeVisitor.visitSetStreamType(LIRSetStreamType self, JExpression streamContext, LIRStreamType streamType) Visits a stream-type-setting node.
void	SLIRVisitor.visitSetTape(LIRSetTape self, JExpression streamContext, JExpression srcStruct, JExpression dstStruct, CType type, int size) Visits a tape registerer.
Object	SLIRReplacingVisitor.visitSetTape(LIRSetTape self, JExpression streamContext, JExpression srcStruct, JExpression dstStruct, CType type, int size) Visits a tape registerer.
void	SLIREmptyVisitor.visitSetTape(LIRSetTape self, JExpression streamContext, JExpression srcStruct, JExpression dstStruct, CType type, int size) Visits a tape registerer.
Object	SLIREmptyAttributeVisitor.visitSetTape(LIRSetTape self, JExpression streamContext, JExpression srcStruct, JExpression dstStruct, CType type, int size) Visits a tape registerer.
T	SLIRAttributeVisitor.visitSetTape(LIRSetTape self, JExpression streamContext, JExpression srcStruct, JExpression dstStruct, CType type, int size) Visits a tape registerer.
void	SLIRVisitor.visitSetWork(LIRSetWork self, JExpression streamContext, LIRFunctionPointer fn) Visits a work-function-setting node.
Object	SLIRReplacingVisitor.visitSetWork(LIRSetWork self, JExpression streamContext, LIRFunctionPointer fn) Visits a work-function-setting node.
void	SLIREmptyVisitor.visitSetWork(LIRSetWork self, JExpression streamContext, LIRFunctionPointer fn) Visits a work-function-setting node.
Object	SLIREmptyAttributeVisitor.visitSetWork(LIRSetWork self, JExpression streamContext, LIRFunctionPointer fn) Visits a work-function-setting node.
T	SLIRAttributeVisitor.visitSetWork(LIRSetWork self, JExpression streamContext, LIRFunctionPointer fn) Visits a work-function-setting node.
Object	ReplacingVisitor.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right) prints a shift expression
Object	Kopi2SIR.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right) visits a shift expression
void	KjcVisitor.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right) visits a shift expression
void	KjcPrettyPrinter.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right) prints a shift expression
void	KjcEmptyVisitor.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right) prints a shift expression
Object	EmptyAttributeVisitor.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right) prints a shift expression
T	AttributeVisitor.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right) visits a shift expression
Object	StreamItDot.visitSplitter(SIRSplitter self, SIRSplitType type, JExpression[] expWeights)
Object	SimpleDot.visitSplitter(SIRSplitter self, SIRSplitType type, JExpression[] expWeights)
Object	ReplacingVisitor.visitSwitchLabel(JSwitchLabel self, JExpression expr) prints an array length expression
Object	Kopi2SIR.visitSwitchLabel(JSwitchLabel self, JExpression expr) visits an array length expression
void	KjcVisitor.visitSwitchLabel(JSwitchLabel self, JExpression expr) visits an array length expression
void	KjcPrettyPrinter.visitSwitchLabel(JSwitchLabel self, JExpression expr) prints an array length expression
void	KjcEmptyVisitor.visitSwitchLabel(JSwitchLabel self, JExpression expr) prints an array length expression
Object	EmptyAttributeVisitor.visitSwitchLabel(JSwitchLabel self, JExpression expr) visits an switch label
T	AttributeVisitor.visitSwitchLabel(JSwitchLabel self, JExpression expr) visits an array length expression
Object	StatementQueueVisitor.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body)
Object	ReplacingVisitor.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) prints a switch statement
Object	Kopi2SIR.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) visits a switch statement
void	KjcVisitor.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) visits a switch statement
void	KjcPrettyPrinter.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) prints a switch statement
void	KjcEmptyVisitor.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) prints a switch statement
Object	EmptyAttributeVisitor.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) prints a switch statement
T	AttributeVisitor.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) visits a switch statement
Object	ReplacingVisitor.visitSynchronizedStatement(JSynchronizedStatement self, JExpression cond, JStatement body) prints a synchronized statement
Object	Kopi2SIR.visitSynchronizedStatement(JSynchronizedStatement self, JExpression cond, JStatement body) visits a synchronized statement
void	KjcVisitor.visitSynchronizedStatement(JSynchronizedStatement self, JExpression cond, JStatement body) visits a synchronized statement
void	KjcPrettyPrinter.visitSynchronizedStatement(JSynchronizedStatement self, JExpression cond, JStatement body) prints a synchronized statement
void	KjcEmptyVisitor.visitSynchronizedStatement(JSynchronizedStatement self, JExpression cond, JStatement body) prints a synchronized statement
Object	EmptyAttributeVisitor.visitSynchronizedStatement(JSynchronizedStatement self, JExpression cond, JStatement body) prints a synchronized statement
T	AttributeVisitor.visitSynchronizedStatement(JSynchronizedStatement self, JExpression cond, JStatement body) visits a synchronized statement
Object	ReplacingVisitor.visitThisExpression(JThisExpression self, JExpression prefix) prints a this expression
Object	Kopi2SIR.visitThisExpression(JThisExpression self, JExpression prefix) visits a this expression
void	KjcVisitor.visitThisExpression(JThisExpression self, JExpression prefix) visits a this expression
void	KjcPrettyPrinter.visitThisExpression(JThisExpression self, JExpression prefix) prints a this expression
void	KjcEmptyVisitor.visitThisExpression(JThisExpression self, JExpression prefix) prints a this expression
Object	EmptyAttributeVisitor.visitThisExpression(JThisExpression self, JExpression prefix) prints a this expression
T	AttributeVisitor.visitThisExpression(JThisExpression self, JExpression prefix) visits a this expression
Object	ReplacingVisitor.visitThrowStatement(JThrowStatement self, JExpression expr) prints a throw statement
Object	Kopi2SIR.visitThrowStatement(JThrowStatement self, JExpression expr) visits a throw statement
void	KjcVisitor.visitThrowStatement(JThrowStatement self, JExpression expr) visits a throw statement
void	KjcPrettyPrinter.visitThrowStatement(JThrowStatement self, JExpression expr) prints a throw statement
void	KjcEmptyVisitor.visitThrowStatement(JThrowStatement self, JExpression expr) prints a throw statement
Object	EmptyAttributeVisitor.visitThrowStatement(JThrowStatement self, JExpression expr) prints a throw statement
T	AttributeVisitor.visitThrowStatement(JThrowStatement self, JExpression expr) visits a throw statement
Object	ReplacingVisitor.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) prints an unary minus expression
Object	Kopi2SIR.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) visits an unary minus expression
void	KjcVisitor.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) visits an unary minus expression
void	KjcPrettyPrinter.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) prints an unary minus expression
void	KjcEmptyVisitor.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) prints an unary minus expression
Object	EmptyAttributeVisitor.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) prints an unary minus expression
T	AttributeVisitor.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) visits an unary minus expression
Object	ReplacingVisitor.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) prints an unary plus expression
Object	Kopi2SIR.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) visits an unary plus expression
void	KjcVisitor.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) visits an unary plus expression
void	KjcPrettyPrinter.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) prints an unary plus expression
void	KjcEmptyVisitor.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) prints an unary plus expression
Object	EmptyAttributeVisitor.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) prints an unary plus expression
T	AttributeVisitor.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) visits an unary plus expression
Object	ReplacingVisitor.visitUnaryPromoteExpression(JUnaryPromote self, JExpression expr, CType type) prints a cast expression
Object	Kopi2SIR.visitUnaryPromoteExpression(JUnaryPromote self, JExpression expr, CType type) visits a cast expression
void	KjcVisitor.visitUnaryPromoteExpression(JUnaryPromote self, JExpression expr, CType type) visits a cast expression
void	KjcPrettyPrinter.visitUnaryPromoteExpression(JUnaryPromote self, JExpression expr, CType type) prints a cast expression
void	KjcEmptyVisitor.visitUnaryPromoteExpression(JUnaryPromote self, JExpression expr, CType type) prints a cast expression
Object	EmptyAttributeVisitor.visitUnaryPromoteExpression(JUnaryPromote self, JExpression expr, CType type) prints a cast expression
T	AttributeVisitor.visitUnaryPromoteExpression(JUnaryPromote self, JExpression expr, CType type) visits a cast expression
Object	Kopi2SIR.visitUnqualifiedAnonymousCreation(JUnqualifiedAnonymousCreation self, CClassType type, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
void	KjcVisitor.visitUnqualifiedAnonymousCreation(JUnqualifiedAnonymousCreation self, CClassType type, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
void	KjcPrettyPrinter.visitUnqualifiedAnonymousCreation(JUnqualifiedAnonymousCreation self, CClassType type, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
void	KjcEmptyVisitor.visitUnqualifiedAnonymousCreation(JUnqualifiedAnonymousCreation self, CClassType type, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
Object	EmptyAttributeVisitor.visitUnqualifiedAnonymousCreation(JUnqualifiedAnonymousCreation self, CClassType type, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
T	AttributeVisitor.visitUnqualifiedAnonymousCreation(JUnqualifiedAnonymousCreation self, CClassType type, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
Object	Kopi2SIR.visitUnqualifiedInstanceCreation(JUnqualifiedInstanceCreation self, CClassType type, JExpression[] params) Visits an unqualified instance creation expression.
void	KjcVisitor.visitUnqualifiedInstanceCreation(JUnqualifiedInstanceCreation self, CClassType type, JExpression[] params) Visits an unqualified instance creation expression.
void	KjcPrettyPrinter.visitUnqualifiedInstanceCreation(JUnqualifiedInstanceCreation self, CClassType type, JExpression[] params) Prints an unqualified instance creation expression.
void	KjcEmptyVisitor.visitUnqualifiedInstanceCreation(JUnqualifiedInstanceCreation self, CClassType type, JExpression[] params) Prints an unqualified instance creation expression.
Object	EmptyAttributeVisitor.visitUnqualifiedInstanceCreation(JUnqualifiedInstanceCreation self, CClassType type, JExpression[] params) Prints an unqualified instance creation expression.
T	AttributeVisitor.visitUnqualifiedInstanceCreation(JUnqualifiedInstanceCreation self, CClassType type, JExpression[] params) Visits an unqualified instance creation expression.
Object	ReplacingVisitor.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement
Object	Kopi2SIR.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) visits a variable declaration statement.
void	KjcVisitor.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) visits a variable declaration statement
void	KjcPrettyPrinter.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement
void	KjcEmptyVisitor.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement
Object	EmptyAttributeVisitor.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement
void	CloningVisitor.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) Visits a variable decl.
T	AttributeVisitor.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) visits a variable declaration statement
Object	StatementQueueVisitor.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) // ---------------------------------------------------------------------- // STATEMENT VISITORS // ----------------------------------------------------------------------
Object	ReplacingVisitor.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) prints a while statement
Object	Kopi2SIR.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) visits a while statement
void	KjcVisitor.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) visits a while statement
void	KjcPrettyPrinter.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) prints a while statement
void	KjcEmptyVisitor.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) prints a while statement
Object	EmptyAttributeVisitor.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) prints a while statement
T	AttributeVisitor.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) visits a while statement

Constructors in at.dms.kjc with parameters of type JExpression

CArrayType(CType baseType, int arrayBound, JExpression[] dims)
Constructs an array type

JAddExpression(JExpression left, JExpression right)

JAddExpression(TokenReference where, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JArrayAccessExpression(JExpression prefix, JExpression accessor)

JArrayAccessExpression(TokenReference where, JExpression prefix, JExpression accessor)
This version is the original kopi one; tries to resolve type automatically.

JArrayAccessExpression(TokenReference where, JExpression prefix, JExpression accessor, CType type)

JArrayInitializer(JExpression[] elems)

JArrayInitializer(TokenReference where, JExpression[] elems)
Construct a node in the parsing tree This method is directly called by the parser

JArrayLengthExpression(TokenReference where, JExpression prefix)
Construct a node in the parsing tree

JAssignmentExpression(JExpression left, JExpression right)

JAssignmentExpression(TokenReference where, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JBinaryArithmeticExpression(TokenReference where, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JBinaryExpression(TokenReference where, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JBitwiseComplementExpression(TokenReference where, JExpression expr)
Construct a node in the parsing tree

JBitwiseExpression(int oper, JExpression left, JExpression right)

JBitwiseExpression(TokenReference where, int oper, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JCastExpression(TokenReference where, JExpression expr, CType dest)
Constructs a node in the parsing tree.

JCheckedExpression(TokenReference where, JExpression checked)
Construct a node in the parsing tree

JClassExpression(TokenReference where, JExpression prefix, int bounds)
Construct a node in the parsing tree

JCompoundAssignmentExpression(TokenReference where, int oper, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser Supported operators are Constants.OPE_PLUS, Constants.OPE_MINUS, Constants.OPE_STAR, Constants.OPE_SLASH, Constants.OPE_PERCENT, Constants.OPE_SL, Constants.OPE_SR, Constants.OPE_BSR, Constants.OPE_BAND, Constants.OPE_BOR, Constants.OPE_BXOR

JConditionalAndExpression(TokenReference where, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JConditionalExpression(TokenReference where, JExpression cond, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JConditionalOrExpression(TokenReference where, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JConstructorCall(TokenReference where, boolean functorIsThis, JExpression[] arguments)
Construct a node in the parsing tree This method is directly called by the parser

JDivideExpression(TokenReference where, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JDoStatement(TokenReference where, JExpression cond, JStatement body, JavaStyleComment[] comments)
Construct a node in the parsing tree

JEqualityExpression(TokenReference where, boolean equal, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JExpressionListStatement(JExpression[] exprs)

JExpressionListStatement(TokenReference where, JExpression[] exprs, JavaStyleComment[] comments)
Construct a node in the parsing tree

JExpressionStatement(JExpression expr)

JExpressionStatement(TokenReference where, JExpression expr, JavaStyleComment[] comments)
Construct a node in the parsing tree

JFieldAccessExpression(JExpression prefix, String ident)

JFieldAccessExpression(TokenReference where, JExpression prefix, String ident)
Construct a node in the parsing tree

JFieldAccessExpression(TokenReference where, JExpression prefix, String ident, CField field)
You usually don't know the cfield--this is mostly for constructing new accesses from old accesses within the ir.

JForStatement(JStatement init, JExpression cond, JStatement incr, JStatement body)

JForStatement(TokenReference where, JStatement init, JExpression cond, JStatement incr, JStatement body, JavaStyleComment[] comments)
Construct a node in the parsing tree

JGeneratedLocalVariable(TokenReference where, int modifiers, CType type, String name, JExpression value)
Constructs a local variable definition

JIfStatement(TokenReference where, JExpression cond, JStatement thenClause, JStatement elseClause, JavaStyleComment[] comments)
Construct a node in the parsing tree

JInstanceofExpression(TokenReference where, JExpression expr, CType dest)
Construct a node in the parsing tree This method is directly called by the parser

JLocalVariable(TokenReference where, int modifiers, int kind, CType type, String name, JExpression expr)
Constructs a local variable definition

JLogicalComplementExpression(TokenReference where, JExpression expr)
Construct a node in the parsing tree

JMethodCallExpression(String ident, JExpression[] args)

JMethodCallExpression(TokenReference where, JExpression prefix, String ident, JExpression[] args)
Construct a node in the parsing tree This method is directly called by the parser

JMethodCallExpression(TokenReference where, JExpression prefix, String ident, JExpression[] args)
Construct a node in the parsing tree This method is directly called by the parser

JMethodCallExpression(TokenReference where, String ident, JExpression[] args)
Construct a node with default prefix of This.

JMinusExpression(TokenReference where, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JModuloExpression(TokenReference where, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JMultExpression(JExpression left, JExpression right)
Construct a multiply expression.

JMultExpression(TokenReference where, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JNameExpression(TokenReference where, JExpression prefix, String ident)
Construct a node in the parsing tree

JNewArrayExpression(CType type, JExpression[] dims)

JNewArrayExpression(CType type, JExpression[] dims, JArrayInitializer init)

JNewArrayExpression(TokenReference where, CType type, JExpression[] dims, JArrayInitializer init)
Construct a node in the parsing tree This method is directly called by the parser

JParenthesedExpression(JExpression expr)

JParenthesedExpression(TokenReference where, JExpression expr)
Construct a node in the parsing tree This method is directly called by the parser

JPostfixExpression(int oper, JExpression expr)

JPostfixExpression(TokenReference where, int oper, JExpression expr)
Construct a node in the parsing tree

JPrefixExpression(TokenReference where, int oper, JExpression expr)
Construct a node in the parsing tree

JQualifiedAnonymousCreation(TokenReference where, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl)
Construct a node in the parsing tree This method is directly called by the parser

JQualifiedAnonymousCreation(TokenReference where, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl)
Construct a node in the parsing tree This method is directly called by the parser

JQualifiedInstanceCreation(TokenReference where, JExpression prefix, String ident, JExpression[] params)
Construct a node in the parsing tree This method is directly called by the parser

JQualifiedInstanceCreation(TokenReference where, JExpression prefix, String ident, JExpression[] params)
Construct a node in the parsing tree This method is directly called by the parser

JRelationalExpression(int oper, JExpression left, JExpression right)

JRelationalExpression(TokenReference where, int oper, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JReturnStatement(TokenReference where, JExpression expr, JavaStyleComment[] comments)
Construct a node in the parsing tree

JShiftExpression(TokenReference where, int oper, JExpression left, JExpression right)
Construct a node in the parsing tree This method is directly called by the parser

JSwitchLabel(TokenReference where, JExpression expr)
Construct a node in the parsing tree This method is directly called by the parser

JSwitchStatement(TokenReference where, JExpression expr, JSwitchGroup[] groups, JavaStyleComment[] comments)
Construct a node in the parsing tree

JSynchronizedStatement(TokenReference where, JExpression cond, JStatement body, JavaStyleComment[] comments)
Construct a node in the parsing tree

JThisExpression(TokenReference where, JExpression prefix)
Construct a node in the parsing tree

JThrowStatement(TokenReference where, JExpression expr, JavaStyleComment[] comments)
Construct a node in the parsing tree

JUnaryExpression(TokenReference where, JExpression expr)
Construct a node in the parsing tree

JUnaryMinusExpression(TokenReference where, JExpression expr)
Construct a node in the parsing tree

JUnaryPlusExpression(TokenReference where, JExpression expr)
Construct a node in the parsing tree

JUnaryPromote(JExpression expr, CType type)
Construct a node in the parsing tree

JUnqualifiedAnonymousCreation(TokenReference where, CClassType objectType, JExpression[] params, JClassDeclaration decl)
Construct a node in the parsing tree This method is directly called by the parser

JUnqualifiedInstanceCreation(TokenReference where, CClassType type, JExpression[] params)
Construct a node in the parsing tree This method is directly called by the parser

JVariableDefinition(int modifiers, CType type, String ident, JExpression initializer)

JVariableDefinition(TokenReference where, int modifiers, CType type, String ident, JExpression initializer)
Construct a node in the parsing tree This method is directly called by the parser

JWhileStatement(TokenReference where, JExpression cond, JStatement body, JavaStyleComment[] comments)
Construct a node in the parsing tree

Uses of JExpression in at.dms.kjc.backendSupport

Fields in at.dms.kjc.backendSupport declared as JExpression

protected JExpression	ChannelAsArray.bufPrefix reference to whole array, prefix to element access
protected JExpression	ChannelAsArray.head reference to head
protected JExpression	ChannelAsArray.tail reference to tail

Methods in at.dms.kjc.backendSupport with parameters of type JExpression

protected JArrayAccessExpression	ChannelAsArray.bufRef(JExpression offset) Create an array reference given an offset
void	EmitCode.CodeGen.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right)
void	EmitCode.CodeGen.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) Prints a method call expression.
void	EmitCode.CodeGen.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) Prints a method call expression.
void	EmitCode.CodeGen.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression num)
void	EmitCode.CodeGen.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression val)
void	EmitCode.CodeGen.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) Simplify code for variable definitions.

Uses of JExpression in at.dms.kjc.cell

Methods in at.dms.kjc.cell with parameters of type JExpression

void	EmitCellCode.CellPPUCodeGen.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) prints a field declaration
void	EmitCellCode.CellSPUCodeGen.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr)
void	EmitCellCode.CellSPUCodeGen.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) Prints a method call expression.
void	EmitCellCode.CellSPUCodeGen.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) Prints a method call expression.
void	EmitCellCode.CellPPUCodeGen.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) Simplify code for variable definitions.
void	EmitCellCode.CellSPUCodeGen.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr)

Uses of JExpression in at.dms.kjc.cluster

Methods in at.dms.kjc.cluster with parameters of type JExpression

void	FlatIRToCluster.pushClass(SIRPushExpression self, CType tapeType, JExpression val)
void	CodeEstimate.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) visits an array access expression
void	ModState.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right)
void	FlatIRToCluster.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
void	DetectConst.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right)
void	InsertCounters.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right)
void	CodeEstimate.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) visits a binary expression
void	InsertCounters.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr)
void	CodeEstimate.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) visits a bitwise complement expression
void	InsertCounters.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right)
void	ModState.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right)
void	InsertCounters.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right)
void	DetectConst.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right)
void	CodeEstimate.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) visits a conditional expression
void	PPAnalyze.visitDoStatement(JDoStatement self, JExpression cond, JStatement body)
void	InsertCounters.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right)
void	FlatIRToCluster.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) prints a field expression
void	CodeEstimate.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) visits a field expression
void	PPAnalyze.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body)
void	FlatIRToCluster.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) prints a for statement
void	CodeEstimate.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) visits a for statement
void	PPAnalyze.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause)
void	InsertCounters.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr)
void	CodeEstimate.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) visits a logical complement expression
void	FlatIRToCluster.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String __ident, JExpression[] params, SIRLatency latency)
void	FlatIRToCluster.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String __ident, JExpression[] params, SIRLatency latency)
void	FlatIRToCluster.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	FlatIRToCluster.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	DetectConst.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args)
void	DetectConst.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args)
void	CodeEstimate.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) visits a method call expression
void	CodeEstimate.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) visits a method call expression
void	FlatIRToCluster.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression num)
void	CodeEstimate.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg) visits a peek expression.
void	ModState.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr)
void	InsertCounters.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr)
void	DetectConst.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr)
void	CodeEstimate.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) visits a postfix expression
void	ModState.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr)
void	InsertCounters.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr)
void	DetectConst.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr)
void	CodeEstimate.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) visits a prefix expression
void	CodeEstimate.visitPrintStatement(SIRPrintStatement self, JExpression arg) visits a print statement.
void	PPAnalyze.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg)
void	FlatIRToCluster.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression val)
void	CodeEstimate.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg) visits a push expression.
void	FlatIRToCluster.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods)
void	InsertCounters.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right)
void	InsertCounters.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right)
void	InsertCounters.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr)
void	CodeEstimate.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) visits an unary minus expression
void	InsertCounters.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) Visitors
void	CodeEstimate.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) visits an unary plus expression
void	FlatIRToCluster.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement
void	CodeEstimate.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) visits a variable definition, this increase size of locals
void	PPAnalyze.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body)

Uses of JExpression in at.dms.kjc.common

Fields in at.dms.kjc.common declared as JExpression

protected JExpression

ToCCommon.lastLeft Needed to pass info from assignment to visitNewArray *

Methods in at.dms.kjc.common that return JExpression

JExpression	ALocalVariable.getInitializer() Get the expression for the initial value of the variable.
static JExpression	CommonUtils.lhsBaseExpr(JExpression expr) Take an expression that could occur on the lhs of an assignment and drill down to find the name of the field or local involved.
JExpression	ToC.passParentheses(JExpression exp)

Methods in at.dms.kjc.common that return types with arguments of type JExpression

protected List<JExpression>

ToCCommon.splitForPrint(JExpression exp) Split expression into list of expressions for print.

Methods in at.dms.kjc.common with parameters of type JExpression

static boolean	SeparatePushPop.containsPop(JExpression expr)
protected void	ToC.declareInitializedArray(CType type, String ident, JExpression expr) Prints initialization for an array with static initializer, e.g., "int A[2] = {1,2};" To promote code reuse with other backends, inputs a visitor to do the recursive call.
protected Object	RemoveUnusedVars.doBinaryExpression(JBinaryExpression self, JExpression left, JExpression right) this is a private method for visiting binary expressions
static boolean	HasSideEffects.hasSideEffects(JExpression entry) Return true if an expression has side effects, a method call, a prefix/postfix expression, an assignment expression
static JExpression	CommonUtils.lhsBaseExpr(JExpression expr) Take an expression that could occur on the lhs of an assignment and drill down to find the name of the field or local involved.
static int[]	CommonUtils.makeArrayInts(JExpression[] dims) Make an array of int's from an array of JExpression's for array dimensions.
JExpression	ToC.passParentheses(JExpression exp)
protected boolean	ToCCommon.printExp(JExpression expr)
void	ALocalVariable.setInitializer(JExpression initExpr) Set the initial value of the variable.
protected List<JExpression>	ToCCommon.splitForPrint(JExpression exp) Split expression into list of expressions for print.
void	ToC.visitArgs(JExpression[] args, int base) prints an array length expression
void	ToC.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) prints an array access expression
void	ToC.visitArrayInitializer(JArrayInitializer self, JExpression[] elems) prints an array initializer expression
void	ToC.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) prints an array length expression
void	VarsAssigned.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right)
void	VariablesUsed.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
Object	RemoveUnusedVars.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right)
void	HasSideEffects.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
void	ToC.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) prints an binary expression
void	ToCCommon.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) prints a bitwise complement expression
void	ToC.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) prints a bitwise expression
void	ToCCommon.visitCastExpression(JCastExpression self, JExpression expr, CType type) prints a cast expression
void	VarsAssigned.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right)
void	VariablesUsed.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) prints a compound expression
void	ToCCommon.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) prints a compound expression
void	HasSideEffects.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) prints a compound expression
void	ToCCommon.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) prints a conditional expression
void	ToC.visitConstructorCall(JConstructorCall self, boolean functorIsThis, JExpression[] params) prints an array length expression
void	ToCCommon.visitDoStatement(JDoStatement self, JExpression cond, JStatement body) prints a do statement
void	ToCCommon.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right) prints an equality expression
void	ToCCommon.visitExpressionListStatement(JExpressionListStatement self, JExpression[] expr) prints an expression list statement
void	ToCCommon.visitExpressionStatement(JExpressionStatement self, JExpression expr) prints an expression statement
Object	SeparatePushPop.visitExpressionStatement(JExpressionStatement self, JExpression expr) If push expression has a pop in the arg, then assign the arg to a temp and then push the temp.
Object	RemoveUnusedVars.visitExpressionStatement(JExpressionStatement self, JExpression expr) prints an expression statement
void	ToC.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) prints a field declaration
void	VariablesUsed.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident)
void	VariablesDefUse.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident)
void	ToC.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) prints a field expression
void	ToCCommon.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) Emit code for a "for" statement.
void	ToC.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) prints a if statement
void	ToCCommon.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) prints a logical complement expression
void	ToC.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] params, SIRLatency latency)
void	ToC.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] params, SIRLatency latency)
void	HasSideEffects.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	HasSideEffects.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	ToC.visitNameExpression(JNameExpression self, JExpression prefix, String ident) prints a name expression There should be no surviving JNameExpression's from the front end.
void	ToCCommon.visitParenthesedExpression(JParenthesedExpression self, JExpression expr) prints a parenthesed expression
void	PeekPopPushInHelper.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg)
void	PeekPopInHelper.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg)
void	HasSideEffects.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg) Visits a peek expression.
void	VarsAssigned.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr)
void	ToCCommon.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) prints a postfix expression
void	HasSideEffects.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) prints a postfix expression
void	VarsAssigned.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr)
void	ToCCommon.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) prints a prefix expression
void	HasSideEffects.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) prints a prefix expression
void	ToCCommon.visitPrintStatement(SIRPrintStatement self, JExpression exp) Process a Print statment, table driven to allow several backends Deals with the problem of string concatenation in Java not translating to our output languages C or C++
static void	RawSimulatorPrint.visitPrintStatement(SIRPrintStatement self, JExpression exp, CodegenPrintWriter p, ToC toC) Generate code for an SIRPrintstatement when we are targeting the raw simulator.
void	PeekPopPushInHelper.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg)
void	HasSideEffects.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg) Visits a push expression.
void	ToC.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) prints a relational expression
void	ToCCommon.visitReturnStatement(JReturnStatement self, JExpression expr) prints a return statement
void	ToCCommon.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right) prints a shift expression
void	ToC.visitSwitchLabel(JSwitchLabel self, JExpression expr) prints an array length expression
void	ToCCommon.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) prints a switch statement
void	ToC.visitThisExpression(JThisExpression self, JExpression prefix) prints a this expression
void	ToCCommon.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) prints an unary minus expression
void	ToCCommon.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) prints an unary plus expression
void	ToCCommon.visitUnaryPromoteExpression(JUnaryPromote self, JExpression expr, CType type) prints a cast expression
Object	RemoveUnusedVars.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement
void	ToCCommon.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) prints a while statement

Uses of JExpression in at.dms.kjc.lir

Methods in at.dms.kjc.lir that return JExpression

JExpression

LIRNode.getStreamContext() Returns the StreamContext associated with this node.

Methods in at.dms.kjc.lir with parameters of type JExpression

protected void	LIRToC.declareInitializedArray(CType baseType, String ident, JExpression expr, KjcVisitor visitor, boolean printInit) If printInit is true, the initializer is actually printed; otherwise just the declaration is printed.
void	LIRToC.visitArgs(JExpression[] args, int base) prints an array length expression
void	LIRToC.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) prints an array access expression
void	LIRToC.visitArrayInitializer(JArrayInitializer self, JExpression[] elems) prints an array initializer expression
void	LIRToC.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) prints an array length expression
void	LIRToC.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
void	LIRToC.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) prints an binary expression
void	LIRToC.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) prints a compound assignment expression
void	LIRToC.visitConstructorCall(JConstructorCall self, boolean functorIsThis, JExpression[] params) prints an array length expression
void	LIRToC.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) prints a field declaration
void	LIRToC.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) prints a field expression
void	LIRToC.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) prints a for statement
void	LIRToC.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) prints a if statement
void	LIRToC.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] params, SIRLatency latency)
void	LIRToC.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] params, SIRLatency latency)
void	LIRToC.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	LIRToC.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	LIRToC.visitNameExpression(JNameExpression self, JExpression prefix, String ident) prints a name expression
void	LIRToC.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression num)
void	LIRToC.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression val)
void	LIRToC.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
void	LIRToC.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
void	LIRToC.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
void	LIRToC.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
void	LIRToC.visitRegisterReceiver(LIRRegisterReceiver self, JExpression streamContext, SIRPortal portal, String childName, SIRInterfaceTable itable) Visits an LIR register-receiver statement.
void	LIRToC.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods)
void	LIRToC.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) prints a shift expressiona
void	LIRToC.visitSetBodyOfFeedback(LIRSetBodyOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set body of feedback loop.
void	LIRToC.visitSetChild(LIRSetChild self, JExpression streamContext, JExpression childContext) Visits a child registration node.
void	LIRToC.visitSetChild(LIRSetChild self, JExpression streamContext, String childType, String childName)
void	LIRToC.visitSetDecode(LIRSetDecode self, JExpression streamContext, LIRFunctionPointer fp) Visits a decoder registration node.
void	LIRToC.visitSetDelay(LIRSetDelay self, JExpression data, JExpression streamContext, int delay, CType type, LIRFunctionPointer fp) Visits a feedback loop delay node.
void	LIRToC.visitSetEncode(LIRSetEncode self, JExpression streamContext, LIRFunctionPointer fp) Visits an encoder registration node.
void	LIRToC.visitSetJoiner(LIRSetJoiner self, JExpression streamContext, SIRJoinType type, int ways, int[] weights) Visits a joiner-setting node.
void	LIRToC.visitSetLoopOfFeedback(LIRSetLoopOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set loop of feedback loop.
void	LIRToC.visitSetParallelStream(LIRSetParallelStream self, JExpression streamContext, JExpression childContext, int position, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set a parallel stream.
void	LIRToC.visitSetPeek(LIRSetPeek self, JExpression streamContext, int peek) Visits a peek-rate-setting node.
void	LIRToC.visitSetPop(LIRSetPop self, JExpression streamContext, int pop) Visits a pop-rate-setting node.
void	LIRToC.visitSetPush(LIRSetPush self, JExpression streamContext, int push) Visits a push-rate-setting node.
void	LIRToC.visitSetSplitter(LIRSetSplitter self, JExpression streamContext, SIRSplitType type, int ways, int[] weights) Visits a splitter-setting node.
void	LIRToC.visitSetStreamType(LIRSetStreamType self, JExpression streamContext, LIRStreamType streamType) Visits a stream-type-setting node.
void	LIRToC.visitSetTape(LIRSetTape self, JExpression streamContext, JExpression srcStruct, JExpression dstStruct, CType type, int size)
void	LIRToC.visitSetWork(LIRSetWork self, JExpression streamContext, LIRFunctionPointer fn) Visits a work-function-setting node.
void	LIRToC.visitSwitchLabel(JSwitchLabel self, JExpression expr) prints an array length expression
void	LIRToC.visitSynchronizedStatement(JSynchronizedStatement self, JExpression cond, JStatement body) prints a synchronized statement
void	LIRToC.visitThisExpression(JThisExpression self, JExpression prefix) prints a this expression
void	LIRToC.visitThrowStatement(JThrowStatement self, JExpression expr) prints a throw statement
void	LIRToC.visitUnqualifiedAnonymousCreation(JUnqualifiedAnonymousCreation self, CClassType type, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
void	LIRToC.visitUnqualifiedInstanceCreation(JUnqualifiedInstanceCreation self, CClassType type, JExpression[] params) Prints an unqualified instance creation expression.
void	LIRToC.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement

Constructors in at.dms.kjc.lir with parameters of type JExpression

LIRFileReader(JExpression streamContext, String childName, String fileName)
Construct a node.

LIRFileWriter(JExpression streamContext, String childName, String fileName)
Construct a node.

LIRIdentity(JExpression streamContext, String childName)
Construct a node.

LIRNode(JExpression streamContext)
Construct a node in the parsing tree

LIRRegisterReceiver(JExpression streamContext, SIRPortal portal, String childName, SIRInterfaceTable itable)
Construct a node.

LIRSetBodyOfFeedback(JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize)
Construct a node.

LIRSetChild(JExpression streamContext, String childType, String childName)
Construct a node.

LIRSetDecode(JExpression streamContext, LIRFunctionPointer decode)
Construct a node.

LIRSetDelay(JExpression data, JExpression streamContext, int delay, CType type, LIRFunctionPointer delayfn)
Construct a node.

LIRSetEncode(JExpression streamContext, LIRFunctionPointer encode)
Construct a node.

LIRSetJoiner(JExpression streamContext, SIRJoinType type, int ways, int[] weights)

LIRSetLoopOfFeedback(JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize)
Construct a node.

LIRSetParallelStream(JExpression streamContext, JExpression childContext, int position, CType inputType, CType outputType, int inputSize, int outputSize)
Construct a node.

LIRSetPeek(JExpression streamContext, int peek)
Construct a node.

LIRSetPop(JExpression streamContext, int pop)
Construct a node.

LIRSetPush(JExpression streamContext, int push)
Construct a node.

LIRSetSplitter(JExpression streamContext, SIRSplitType type, int ways, int[] weights)

LIRSetStreamType(JExpression streamContext, LIRStreamType streamType)
Construct a node.

LIRSetTape(JExpression streamContext, JExpression srcStruct, JExpression dstStruct, CType type, int size)
Construct a node.

LIRSetWork(JExpression streamContext, LIRFunctionPointer work)
Construct a node.

LIRWorkEntry(JExpression streamContext)

LIRWorkExit(JExpression streamContext)

Uses of JExpression in at.dms.kjc.raw

Methods in at.dms.kjc.raw with parameters of type JExpression

static JStatement	RawExecutionCode.makeForLoop(JStatement body, JLocalVariable var, JExpression count) Returns a for loop that uses field to count times with the body of the loop being .
static int[]	Util.makeInt(JExpression[] dims)
void	FlatIRToC.pushClass(SIRPushExpression self, CType tapeType, JExpression val)
void	FlatIRToC.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
void	FlatIRToC.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) prints a for statement
void	FlatIRToC.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	FlatIRToC.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	FlatIRToC.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression num)
void	FlatIRToC.visitPrintStatement(SIRPrintStatement self, JExpression exp)
void	FlatIRToC.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression val)
void	FlatIRToC.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods)
void	FlatIRToC.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement

Uses of JExpression in at.dms.kjc.rstream

Methods in at.dms.kjc.rstream that return JExpression

JExpression	JDoLoopStatement.getCondValue() return the value that the induction var is compared to in : *induction* < *cond*
static JExpression	IDDoLoops.getExpression(JStatement orig) Given a statement, return the expression that this statement is composed of, if not an expression statement return null.
JExpression	JDoLoopStatement.getIncrValue() return the value that is added to the induction var for each iterations
JExpression	JDoLoopStatement.getInitValue() return the value that the induction var is initialized to
static JExpression	Util.getVar(JArrayAccessExpression expr) get the variable access in an array access expression
static JExpression	Util.newIntAddExpr(JExpression left, JExpression right) construct a new JAddExpression, *left* + *right* where both are of type int.
static JExpression	Util.newIntMultExpr(JExpression left, JExpression right) construct a new JMultExpression, *left* * *right* where both are of type int.
static JExpression	Util.newIntSubExpr(JExpression left, JExpression right) construct a new JMinusExpression, *left* - *right* where both are of type int.
JExpression	FlatIRToRS.passParentheses(JExpression exp)

Methods in at.dms.kjc.rstream with parameters of type JExpression

static boolean	Util.isIntOne(JExpression exp) return true if this exp is a JIntLiteral and the int value is 1
static boolean	Util.isIntZero(JExpression exp) return true if this exp is a JIntLiteral and the int value is 0
static JStatement	GenerateCCode.makeForLoop(JStatement body, JLocalVariable var, JExpression count) Returns a for loop that uses local variable *var* to count *count* times with the body of the loop being *body*.
static int[]	Util.makeInt(JExpression[] dims) turn an array of JIntLiterals into an array of ints, fail if not JIntLiterals
static String[]	Util.makeString(JExpression[] dims) turn an array of expressions to any array of strings using FlatIRToRS
static JExpression	Util.newIntAddExpr(JExpression left, JExpression right) construct a new JAddExpression, *left* + *right* where both are of type int.
static JExpression	Util.newIntMultExpr(JExpression left, JExpression right) construct a new JMultExpression, *left* * *right* where both are of type int.
static JExpression	Util.newIntSubExpr(JExpression left, JExpression right) construct a new JMinusExpression, *left* - *right* where both are of type int.
JExpression	FlatIRToRS.passParentheses(JExpression exp)
void	FlatIRToRS.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) prints an array access expression
Object	ConvertArrayInitializers.visitArrayInitializer(JArrayInitializer self, JExpression[] elems)
void	FlatIRToRS.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
void	FlatIRToRS.visitCastExpression(JCastExpression self, JExpression expr, CType type) prints a cast expression
void	FlatIRToRS.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) prints a field declaration
Object	ConvertArrayInitializers.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) visit a field decl, remove and convert the array initializer
Object	RemoveDeadDoLoops.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body)
Object	IDDoLoops.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) See comments in method.
void	FlatIRToRS.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) prints a for statement
void	FlatIRToRS.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	FlatIRToRS.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	CheckForMethodCalls.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args)
void	CheckForMethodCalls.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args)
void	FlatIRToRS.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression num)
Object	ConvertChannelExprs.visitPeekExpression(SIRPeekExpression oldSelf, CType oldTapeType, JExpression oldArg) visit a pop expression, converting the expression to a buffer access
void	FlatIRToRS.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression val)
Object	ConvertChannelExprs.visitPushExpression(SIRPushExpression oldSelf, CType oldTapeType, JExpression oldArg) visit a push expression, converting the expression to a buffer write
void	FlatIRToRS.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement
Object	ConvertArrayInitializers.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) Visit a local var def and remove and convert the array initializer.

Constructors in at.dms.kjc.rstream with parameters of type JExpression

JDoLoopStatement(JLocalVariable induction, JExpression initVal, JExpression condVal, JExpression incrVal, JStatement body, boolean countUp)
construct a new JDoLoopStatement, see the class comment for semantics.

JDoLoopStatement(JLocalVariable induction, JExpression initVal, JExpression condVal, JExpression incrVal, JStatement body, boolean countUp, boolean zeroInit)
construct a new JDoLoopStatement, see the class comment for semantics.

Uses of JExpression in at.dms.kjc.sir

Subclasses of JExpression in at.dms.kjc.sir

class	SIRCreatePortal Create Portal Expression.
class	SIRDynamicToken This represents the dynmic token '*' as in an I/O rate declaration: [2,*,*].
class	SIRInterfaceTable This represents an interface table.
class	SIRPeekExpression This represents a peek expression.
class	SIRPopExpression This represents a pop expression.
class	SIRPortal This represents a stream portal used for messaging
class	SIRPushExpression This represents a push expression (can only be used as a statement).
class	SIRRangeExpression This represents a range [min,average,max], e.g., [1,2,3] or [1,*,*] as used in the declaration of an I/O rate.

Fields in at.dms.kjc.sir declared as JExpression

protected JExpression	SIRPushExpression.arg The argument to the push expression--the item to push.
protected JExpression	SIRPrintStatement.arg The argument to the print statement: expression to be printed.
protected JExpression	SIRPeekExpression.arg The argument to the peek expression--the index of the item to peek.
protected JExpression	SIRLatencyMax.max The maximum latency.
protected JExpression	SIRLatencyRange.min The minimum latency for this.

Fields in at.dms.kjc.sir with type parameters of type JExpression

protected List<JExpression>

SIRInitStatement.args The arguments to the init function.

Methods in at.dms.kjc.sir that return JExpression

JExpression	SIRRangeExpression.analyse(CExpressionContext context) Throws an exception (NOT SUPPORTED YET)
JExpression	SIRPushExpression.analyse(CExpressionContext context) Throws an exception (NOT SUPPORTED YET)
JExpression	SIRPortal.analyse(CExpressionContext context) Throws an exception (NOT SUPPORTED YET)
JExpression	SIRPopExpression.analyse(CExpressionContext context) Throws an exception (NOT SUPPORTED YET)
JExpression	SIRPeekExpression.analyse(CExpressionContext context) Throws an exception (NOT SUPPORTED YET)
JExpression	SIRInterfaceTable.analyse(CExpressionContext context)
JExpression	SIRDynamicToken.analyse(CExpressionContext context) Throws an exception (NOT SUPPORTED YET)
JExpression	SIRCreatePortal.analyse(CExpressionContext context)
JExpression	SIRPortal.convertType(CType dest, CExpressionContext context)
JExpression	SIRPushExpression.getArg()
JExpression	SIRPrintStatement.getArg()
JExpression	SIRPeekExpression.getArg() Returns the argument of this.
JExpression[]	SIRMessageStatement.getArgs()
JExpression	SIRRangeExpression.getAve() Returns average of the range.
JExpression	SIRFeedbackLoop.getDelay() get the delay of the feedback loop
JExpression	SIRTwoStageFilter.getInitPeek()
JExpression	SIRTwoStageFilter.getInitPop()
JExpression	SIRTwoStageFilter.getInitPush()
JExpression[]	SIRSplitter.getInternalWeights() Returns JExpression weights of this.
JExpression[]	SIRJoiner.getInternalWeights() Returns JExpression weights of this.
JExpression	SIRRangeExpression.getMax() Returns maximum of the range.
JExpression	SIRLatencyMax.getMaxExpression() Returns the maximum of this latency.
JExpression	SIRRangeExpression.getMin() Returns minimum of the range.
JExpression	SIRLatencyRange.getMinExpression() Returns the minimum of this latency.
JExpression	SIROperator.getParentStructureAccess() TO BE REMOVED once immutable IR is in place.
JExpression	SIRFilter.getPeek()
JExpression	SIRFilter.getPop()
JExpression	SIRRegReceiverStatement.getPortal() Get the portal for this statement
JExpression	SIRMessageStatement.getPortal()
JExpression	SIRFilter.getPush()
JExpression	SIRIdentity.getRate()
JExpression	SIRSplitter.getWeightNoChecking(int i)
JExpression	SIRJoiner.getWeightNoChecking(int i)
static JExpression	SIRDynamicRateManager.interpretRate(JExpression rate) For use by the rate-determining functions of the compiler.

Methods in at.dms.kjc.sir that return types with arguments of type JExpression

List<JExpression>	SIRInitStatement.getArgs()
List<JExpression>	SIRStream.getParams() Get the parameters that were used to initialize this.

Methods in at.dms.kjc.sir with parameters of type JExpression

static SIRJoiner	SIRJoiner.create(SIRContainer parent, SIRJoinType type, JExpression[] weights)
static SIRSplitter	SIRSplitter.create(SIRContainer parent, SIRSplitType type, JExpression[] weights)
static SIRSplitter	SIRSplitter.createUniformRR(SIRContainer parent, JExpression weight) This is for creating a round robin with uniform weights across the stream.
static SIRJoiner	SIRJoiner.createUniformRR(SIRContainer parent, JExpression weight) This is for creating a round robin with uniform weights across the stream.
static SIRSplitter	SIRSplitter.createWeightedRR(SIRContainer parent, JExpression[] weights) Constructs a weighted round-robin splitter with the given parent and weights.
static SIRJoiner	SIRJoiner.createWeightedRR(SIRContainer parent, JExpression[] weights) Constructs a weighted round-robin joiner with the given parent and weights.
static JExpression	SIRDynamicRateManager.interpretRate(JExpression rate) For use by the rate-determining functions of the compiler.
void	SIRFilter.makeIdentityFilter(JExpression rate, CType t) Set init and work functions to be for an identity filter with the given pop / push rate.
void	SIRPushExpression.setArg(JExpression arg)
void	SIRPrintStatement.setArg(JExpression a)
void	SIRPeekExpression.setArg(JExpression arg) Sets the arg of this.
void	SIRMessageStatement.setArgs(JExpression[] a)
void	SIRRangeExpression.setAve(JExpression ave) Sets average of the range.
void	SIRFeedbackLoop.setDelay(JExpression delay) Set the delay of the feedback loop
void	SIRFileWriter.setFileName(JExpression fileName)
void	SIRFileReader.setFileName(JExpression fileName)
void	SIRRangeExpression.setMax(JExpression max) Sets maximum of the range.
void	SIRLatencyMax.setMaxExpression(JExpression _max) Sets maximum of this latency.
void	SIRRangeExpression.setMin(JExpression min) Sets minimum of the range.
void	SIRLatencyRange.setMinExpression(JExpression _min) Sets minimum of this latency.
void	SIRFilter.setPeek(JExpression p)
void	SIRFilter.setPop(JExpression p)
void	SIRRegReceiverStatement.setPortal(JExpression p) Set the portal for this statement
void	SIRMessageStatement.setPortal(JExpression p)
void	SIRFilter.setPush(JExpression p)
void	SIRIdentity.setRate(JExpression r)
void	SIRToStreamIt.visitArgs(JExpression[] args, int base) prints an array length expression
void	SIRToStreamIt.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) prints an array length expression
void	SIRToStreamIt.visitArrayInitializer(JArrayInitializer self, JExpression[] elems) prints an array initializer expression
void	SIRToStreamIt.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) prints an array length expression
void	SIRToStreamIt.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
void	SIRToStreamIt.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) prints an array allocator expression
void	SIRToStreamIt.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) prints a bitwise complement expression
void	SIRToStreamIt.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) prints a compound assignment expression
void	SIRToStreamIt.visitCastExpression(JCastExpression self, JExpression expr, CType type) prints a cast expression
void	SIRToStreamIt.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) prints a compound expression
void	SIRToStreamIt.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) prints a conditional expression
void	SIRToStreamIt.visitConstructorCall(JConstructorCall self, boolean functorIsThis, JExpression[] params) prints an array length expression
void	SIRToStreamIt.visitDoStatement(JDoStatement self, JExpression cond, JStatement body) prints a do statement
void	SIRToStreamIt.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right) prints an equality expression
void	SIRToStreamIt.visitExpressionListStatement(JExpressionListStatement self, JExpression[] expr) prints an expression list statement
void	SIRToStreamIt.visitExpressionStatement(JExpressionStatement self, JExpression expr) prints an expression statement
void	SIRToStreamIt.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) prints a field declaration
void	SIRToStreamIt.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) prints a field expression
void	SIRToStreamIt.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) prints a for statement
void	SIRToStreamIt.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) prints a if statement
void	SIRToStreamIt.visitInstanceofExpression(JInstanceofExpression self, JExpression expr, CType dest) prints an instanceof expression
Object	SIRToStreamIt.visitJoiner(SIRJoiner self, SIRJoinType type, JExpression[] weights)
Object	ReplacingStreamVisitor.visitJoiner(SIRJoiner self, SIRJoinType type, JExpression[] weights)
Object	EmptyAttributeStreamVisitor.visitJoiner(SIRJoiner self, SIRJoinType type, JExpression[] weights)
Object	AttributeStreamVisitor.visitJoiner(SIRJoiner self, SIRJoinType type, JExpression[] weights)
void	SIRToStreamIt.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) prints a logical complement expression
void	SIRToStreamIt.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] params, SIRLatency latency)
void	SIRToStreamIt.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] params, SIRLatency latency)
void	SIRToStreamIt.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	SIRToStreamIt.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	SIRToStreamIt.visitNameExpression(JNameExpression self, JExpression prefix, String ident) prints a name expression
void	SIRToStreamIt.visitNewArrayExpression(JNewArrayExpression self, CType type, JExpression[] dims, JArrayInitializer init) prints an array allocator expression
void	SIRToStreamIt.visitParenthesedExpression(JParenthesedExpression self, JExpression expr) prints a parenthesed expression
void	SIRToStreamIt.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression num)
void	SIRToStreamIt.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) prints a postfix expression
void	SIRToStreamIt.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) prints a prefix expression
void	SIRToStreamIt.visitPrintStatement(SIRPrintStatement self, JExpression exp)
void	SIRToStreamIt.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression val)
void	SIRToStreamIt.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
void	SIRToStreamIt.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
void	SIRToStreamIt.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
void	SIRToStreamIt.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Prints an unqualified instance creation expression.
void	SIRToStreamIt.visitRegisterReceiver(LIRRegisterReceiver self, JExpression streamContext, SIRPortal portal, String childName, SIRInterfaceTable itable) Visits an LIR register-receiver statement.
void	SIRToStreamIt.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods)
void	SIRToStreamIt.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) prints a shift expressiona
void	SIRToStreamIt.visitReturnStatement(JReturnStatement self, JExpression expr) prints a return statement
void	SIRToStreamIt.visitSetBodyOfFeedback(LIRSetBodyOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set body of feedback loop.
void	SIRToStreamIt.visitSetChild(LIRSetChild self, JExpression streamContext, JExpression childContext) Visits a child registration node.
void	SIRToStreamIt.visitSetChild(LIRSetChild self, JExpression streamContext, String childType, String childName)
void	SIRToStreamIt.visitSetDecode(LIRSetDecode self, JExpression streamContext, LIRFunctionPointer fp) Visits a decoder registration node.
void	SIRToStreamIt.visitSetDelay(LIRSetDelay self, JExpression data, JExpression streamContext, int delay, CType type, LIRFunctionPointer fp) Visits a feedback loop delay node.
void	SIRToStreamIt.visitSetEncode(LIRSetEncode self, JExpression streamContext, LIRFunctionPointer fp) Visits an encoder registration node.
void	SIRToStreamIt.visitSetJoiner(LIRSetJoiner self, JExpression streamContext, SIRJoinType type, int ways, int[] weights) Visits a joiner-setting node.
void	SIRToStreamIt.visitSetLoopOfFeedback(LIRSetLoopOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set loop of feedback loop.
void	SIRToStreamIt.visitSetParallelStream(LIRSetParallelStream self, JExpression streamContext, JExpression childContext, int position, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set a parallel stream.
void	SIRToStreamIt.visitSetPeek(LIRSetPeek self, JExpression streamContext, int peek) Visits a peek-rate-setting node.
void	SIRToStreamIt.visitSetPop(LIRSetPop self, JExpression streamContext, int pop) Visits a pop-rate-setting node.
void	SIRToStreamIt.visitSetPush(LIRSetPush self, JExpression streamContext, int push) Visits a push-rate-setting node.
void	SIRToStreamIt.visitSetSplitter(LIRSetSplitter self, JExpression streamContext, SIRSplitType type, int ways, int[] weights) Visits a splitter-setting node.
void	SIRToStreamIt.visitSetStreamType(LIRSetStreamType self, JExpression streamContext, LIRStreamType streamType) Visits a stream-type-setting node.
void	SIRToStreamIt.visitSetTape(LIRSetTape self, JExpression streamContext, JExpression srcStruct, JExpression dstStruct, CType type, int size)
void	SIRToStreamIt.visitSetWork(LIRSetWork self, JExpression streamContext, LIRFunctionPointer fn) Visits a work-function-setting node.
void	SIRToStreamIt.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right) prints a shift expression
Object	SIRToStreamIt.visitSplitter(SIRSplitter self, SIRSplitType type, JExpression[] weights)
Object	ReplacingStreamVisitor.visitSplitter(SIRSplitter self, SIRSplitType type, JExpression[] weights)
Object	EmptyAttributeStreamVisitor.visitSplitter(SIRSplitter self, SIRSplitType type, JExpression[] weights)
Object	AttributeStreamVisitor.visitSplitter(SIRSplitter self, SIRSplitType type, JExpression[] weights)
void	SIRToStreamIt.visitSwitchLabel(JSwitchLabel self, JExpression expr) prints an array length expression
void	SIRToStreamIt.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) prints a switch statement
void	SIRToStreamIt.visitSynchronizedStatement(JSynchronizedStatement self, JExpression cond, JStatement body) prints a synchronized statement
void	SIRToStreamIt.visitThisExpression(JThisExpression self, JExpression prefix) prints a this expression
void	SIRToStreamIt.visitThrowStatement(JThrowStatement self, JExpression expr) prints a throw statement
void	SIRToStreamIt.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) prints an unary minus expression
void	SIRToStreamIt.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) prints an unary plus expression
void	SIRToStreamIt.visitUnaryPromoteExpression(JUnaryPromote self, JExpression expr, CType type) prints a cast expression
void	SIRToStreamIt.visitUnqualifiedAnonymousCreation(JUnqualifiedAnonymousCreation self, CClassType type, JExpression[] params, JClassDeclaration decl) Prints an unqualified anonymous class instance creation expression.
void	SIRToStreamIt.visitUnqualifiedInstanceCreation(JUnqualifiedInstanceCreation self, CClassType type, JExpression[] params) Prints an unqualified instance creation expression.
void	SIRToStreamIt.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement
void	SIRToStreamIt.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) prints a while statement

Method parameters in at.dms.kjc.sir with type arguments of type JExpression

void	SIRInitStatement.setArgs(List<JExpression> args)

Constructors in at.dms.kjc.sir with parameters of type JExpression

SIRFilter(SIRContainer parent, String ident, JFieldDeclaration[] fields, JMethodDeclaration[] methods, JExpression peek, JExpression pop, JExpression push, JMethodDeclaration work, CType inputType, CType outputType)

SIRIdentity(JExpression rate, CType type)

SIRLatencyMax(JExpression max)
Constructs a new latency with the given maximum.

SIRLatencyRange(JExpression min, JExpression max)
Constructs a latency with the range between and .

SIRMessageStatement(JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency)
Construct a node in the parsing tree

SIRMessageStatement(JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency)
Construct a node in the parsing tree

SIRPeekExpression(JExpression arg)
Construct a node in the parsing tree with null TokenReference

SIRPeekExpression(JExpression arg, CType tapeType)

SIRPeekExpression(TokenReference where, JExpression arg)
Construct a node in the parsing tree

SIRPredefinedFilter(SIRContainer parent, String ident, JFieldDeclaration[] fields, JMethodDeclaration[] methods, JExpression peek, JExpression pop, JExpression push, CType inputType, CType outputType)

SIRPrintStatement(TokenReference where, JExpression arg, boolean newline, JavaStyleComment[] comments)
Construct a node in the parsing tree

SIRPrintStatement(TokenReference where, JExpression arg, JavaStyleComment[] comments)

SIRPushExpression(JExpression arg)
Construct a node in the parsing tree

SIRPushExpression(JExpression arg, CType tapeType)

SIRRangeExpression(JExpression min, JExpression ave, JExpression max)

SIRRegReceiverStatement(JExpression portal, SIRStream receiver, SIRInterfaceTable itable)
Construct a node in the parsing tree

SIRTwoStageFilter(SIRContainer parent, String ident, JFieldDeclaration[] fields, JMethodDeclaration[] methods, JExpression peek, JExpression pop, JExpression push, JMethodDeclaration work, JExpression initPeek, JExpression initPop, JExpression initPush, JMethodDeclaration initWork, CType inputType, CType outputType)

Constructor parameters in at.dms.kjc.sir with type arguments of type JExpression

SIRInitStatement(List<JExpression> args, SIRStream str)
Construct a node in the parsing tree

Uses of JExpression in at.dms.kjc.sir.linear

Methods in at.dms.kjc.sir.linear that return JExpression

static JExpression	LinearReplacer.makeArrayFieldAccessExpr(JLocalVariable arrField, int index)
static JExpression	LinearReplacer.makeArrayFieldAccessExpr(JLocalVariable arrField, JExpression index) Makes a field array access expression of the form prefix-arrField[index], where user can set prefix.
static JExpression	LinearReplacer.makeArrayFieldAccessExpr(String arrFieldName, int index)
static JExpression	LinearReplacer.makeFieldAccessExpression(String name) Create a field access expression for the field named "name"
static JExpression	LinearReplacer.makeLessThanExpression(JExpression left, JExpression right) Creates a less than expression: left < right.
static JExpression	LinearReplacer.makeLocalVarExpression(JLocalVariable var) Creates a local variable expression.
JExpression	LinearRedundancyReplacer.makeTupleAccess(LinearComputationTuple t, at.dms.kjc.sir.linear.LinearRedundancyReplacer.RedundancyReplacerData tupleData) Creats a tuple access to a tuple state field for the specified tuple.
JExpression	LinearRedundancyReplacer.makeTupleComputation(LinearComputationTuple tuple) Generate a JExpression that computes the value specified by a computation tuple.

Methods in at.dms.kjc.sir.linear with parameters of type JExpression

static JExpression	LinearReplacer.makeArrayFieldAccessExpr(JLocalVariable arrField, JExpression index) Makes a field array access expression of the form prefix-arrField[index], where user can set prefix.
static JStatement	LinearReplacer.makeAssignmentStatement(JExpression left, JExpression right) Creates a statement assigning "right" to "left".
static JStatement	LinearReplacer.makeIncrementStatement(JExpression expr) Creates a post increment statement: expr++.
static JExpression	LinearReplacer.makeLessThanExpression(JExpression left, JExpression right) Creates a less than expression: left < right.

Uses of JExpression in at.dms.kjc.sir.linear.frequency

Methods in at.dms.kjc.sir.linear.frequency with parameters of type JExpression

JStatement	LEETFrequencyReplacer.makeArrayAssignment(JLocalVariable field, JExpression index, JExpression assignedValue, String comment) Creates an assignment expression of the form: this.f[index]=rhs;
JStatement	LEETFrequencyReplacer.makeArrayAssignment(JLocalVariable field, JVariableDefinition index, JExpression assignedValue, String comment) Creates an assignment expression of the form: this.f[index]=rhs;
JStatement	LEETFrequencyReplacer.makePartialCopyExpression(JLocalVariable field1, JExpression index1, JLocalVariable field2, JExpression index2) Makes a copy expression from one array field to another array field of the form this.field1[index1] = this.field2[index2].

Uses of JExpression in at.dms.kjc.sir.lowering

Subclasses of JExpression in at.dms.kjc.sir.lowering

class

JVectorLiteral Vector literals: a literal of a numeric base type duplicated to fill a vector.

Fields in at.dms.kjc.sir.lowering with type parameters of type JExpression

protected Set<JExpression>

ThreeAddressCode.exprsToExpand If using ThreeAddressCode to convert just parts of the code you will want to override ThreeAddressExpressionCheck

Methods in at.dms.kjc.sir.lowering that return JExpression

JExpression	JVectorLiteral.analyse(CExpressionContext context)
static JExpression	LoweringConstants.getDataField() Returns a field access to the current stream structure.
static JExpression	LoweringConstants.getParentStructureAccess(SIRIterator iter) Creates a field access that gets to the structure of from the toplevel stream.
static JExpression	LoweringConstants.getStreamContext() Returns a reference to current stream context inside a work function.
static JExpression	LoweringConstants.getStreamContext(JExpression parentStructure) Returns access to stream context given parent structure
static JExpression	LoopIterInfo.makeIncreased(LoopIterInfo info, int num) Return a JExpression that corresponds performing the loop increment operation num times on the loop induction variable.

Methods in at.dms.kjc.sir.lowering with parameters of type JExpression

static JVariableDefinition	LoweringConstants.getInterfaceTableVariable(JExpression initializer) Given the for a field that corresponds to an interface table, returns a variable definition for that field.
static LoopIterInfo	LoopIterInfo.getLoopInfo(JStatement init, JExpression cond, JStatement incr, JStatement body, Map<JLocalVariable,JExpression> values, Map<JLocalVariable,JLiteral> constants) Get unroll info for this loop.
static int	Unroller.getNumExecutions(JStatement init, JExpression cond, JStatement incr, JStatement body) Returns the number of times a for-loop with the given characteristics will execute, or -1 if the count cannot be determined.
static JExpression	LoweringConstants.getStreamContext(JExpression parentStructure) Returns access to stream context given parent structure
boolean	ThreeAddressCode.literalOrVariable(JExpression exp) is an expression a literal or a variable?
protected Object	ThreeAddressExpressionCheck.postCheck(Stack<JExpression> context, JExpression self) Check on way back out (postfix check).
protected Object	ThreeAddressExpressionCheck.preCheck(Stack<JExpression> context, JExpression self) Check before walking deeper into expression (prefix check).
protected boolean	ThreeAddressCode.shouldConvertExpression(JExpression exp) Determine whether to convert an expression to 3-address code.
protected boolean	ThreeAddressCode.shouldConvertTopExpression(JExpression expr) Determine if should convert expression directly under statement level.
protected boolean	ThreeAddressCode.simpleExpression(JExpression exp) Simple expression returns true if an expression should shoud not be passed to E[[]].
Object	Propagator.visitArgs(JExpression[] args) Visits a set of arguments
Object	Propagator.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) Visits an array access expression
Object	ArrayDestroyer.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor)
Object	Propagator.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) Visits an array length access expression
Object	Unroller.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) checks assignment
Object	StructDestroyer.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) Visit assignment expression.
Object	RenameDestroyedVars.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right)
Object	Propagator.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) Visits an assignment expression
Object	Propagator.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) prints an array allocator expression
Object	Propagator.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) Visits a bitwise complement expression
Object	Propagator.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) Visits a compound assignment expression
Object	StructDestroyer.visitCastExpression(JCastExpression self, JExpression expr, CType type) Visit cast expression.
Object	Propagator.visitCastExpression(JCastExpression self, JExpression expr, CType type) visits a cast expression
Object	RenameDestroyedVars.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right)
Object	Propagator.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right)
Object	Propagator.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) Visits a conditional expression
Object	Propagator.visitDoStatement(JDoStatement self, JExpression cond, JStatement body) Visits a do statement
Object	Propagator.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right)
Object	RemoveMultiPops.visitExpressionStatement(JExpressionStatement self, JExpression expr)
Object	Propagator.visitExpressionStatement(JExpressionStatement self, JExpression expr) Visits an expression statement
Object	RenameAll.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr)
Object	StructDestroyer.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) Visit field expression.
Object	RenameAll.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident)
Object	Propagator.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident)
Object	VarDeclRaiser.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) Visits a for statement
Object	Unroller.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) Overload the for-statement visit.
Object	RenameDestroyedVars.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body)
Object	RenameAll.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body)
Object	Propagator.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) Visits a for statement
Object	IntroduceMultiPops.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body)
Object	DataFlow.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) Visits a for statement
Object	BranchAnalyzer.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) visits a for statement
Object	BlockFlattener.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) visits a for statement
Object	Propagator.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) Visits a if statement
Object	DataFlow.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) Visits a if statement
Object	BranchAnalyzer.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) Visits a if statement
Object	BlockFlattener.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) prints a if statement
Object	Propagator.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) Visits a logical complement expression
Object	RenameAll.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args)
Object	RenameAll.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args)
Object	Propagator.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) Visits a method call expression.
Object	Propagator.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) Visits a method call expression.
Object	RenameAll.visitNameExpression(JNameExpression self, JExpression prefix, String ident)
Object	Propagator.visitNewArrayExpression(JNewArrayExpression self, CType type, JExpression[] dims, JArrayInitializer init) Visits an array allocator expression
Object	Propagator.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg) Visits a peek expression.
void	FindTapeOps.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression num)
Object	Unroller.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) checks postfix
Object	Propagator.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr)
Object	Unroller.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) checks prefix
Object	Propagator.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr)
Object	Propagator.visitPrintStatement(SIRPrintStatement self, JExpression arg) Visits a print statement.
Object	Propagator.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg) Visits a push expression.
void	FindTapeOps.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression val)
Object	Propagator.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods)
Object	Propagator.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) Visits a relational expression
Object	Propagator.visitReturnStatement(JReturnStatement self, JExpression expr) Visits a return statement
Object	Propagator.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right) Visits a shift expression
Object	Propagator.visitSwitchLabel(JSwitchLabel self, JExpression expr) Visits an array length expression
Object	Propagator.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) Visits a switch statement
Object	DataFlow.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) Visits a switch statement
Object	Propagator.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) Visits an unary minus expression
Object	Propagator.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) Visits an unary plus expression
Object	Propagator.visitUnaryPromoteExpression(JUnaryPromote self, JExpression expr, CType type) visits a type promotion expression
Object	Unroller.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) checks var def
Object	RenameAll.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) renames local variable expression
Object	Propagator.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) Visits a variable declaration statement
Object	ArrayDestroyer.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr)
Object	Propagator.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) Visits a while statement
Object	DataFlow.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) Visits a while statement

Method parameters in at.dms.kjc.sir.lowering with type arguments of type JExpression

static LoopIterInfo	LoopIterInfo.getLoopInfo(JStatement init, JExpression cond, JStatement incr, JStatement body, Map<JLocalVariable,JExpression> values, Map<JLocalVariable,JLiteral> constants) Get unroll info for this loop.
protected Object	ThreeAddressExpressionCheck.postCheck(Stack<JExpression> context, JExpression self) Check on way back out (postfix check).
protected Object	ThreeAddressExpressionCheck.preCheck(Stack<JExpression> context, JExpression self) Check before walking deeper into expression (prefix check).
Object	ThreeAddressExpressionCheck.visitAdd(JAddExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitArrayAccess(JArrayAccessExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitArrayInitializer(JArrayInitializer self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitArrayLength(JArrayLengthExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitAssignment(JAssignmentExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitBinary(JBinaryExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitBinaryArithmetic(JBinaryArithmeticExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitBitwise(JBitwiseExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitBitwiseComplement(JBitwiseComplementExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitBooleanLiteral(JBooleanLiteral self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitByteLiteral(JByteLiteral self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitCast(JCastExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitCharLiteral(JCharLiteral self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitChecked(JCheckedExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitClass(JClassExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitCompoundAssignment(JCompoundAssignmentExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitConditional(JConditionalExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitConditionalAnd(JConditionalAndExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitConditionalOr(JConditionalOrExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitConstructorCall(JConstructorCall self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitCreatePortal(SIRCreatePortal self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitDivide(JDivideExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitDoubleLiteral(JDoubleLiteral self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitDynamicToken(SIRDynamicToken self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitEquality(JEqualityExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitFieldAccess(JFieldAccessExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitFloatLiteral(JFloatLiteral self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitInstanceof(JInstanceofExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitInterfaceTable(SIRInterfaceTable self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitIntLiteral(JIntLiteral self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitLiteral(JLiteral self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitLocalVariable(JLocalVariableExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitLogicalComplement(JLogicalComplementExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitLongLiteral(JLongLiteral self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitMethodCall(JMethodCallExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitMinus(JMinusExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitModulo(JModuloExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitMult(JMultExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitName(JNameExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitNewArray(JNewArrayExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitNullLiteral(JNullLiteral self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitParenthesed(JParenthesedExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitPeek(SIRPeekExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitPop(SIRPopExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitPortal(SIRPortal self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitPostfix(JPostfixExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitPrefix(JPrefixExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitPush(SIRPushExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitRange(SIRRangeExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitRelational(JRelationalExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitShift(JShiftExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitShortLiteral(JShortLiteral self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitStringLiteral(JStringLiteral self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitSuper(JSuperExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitThis(JThisExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitTypeName(JTypeNameExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitUnary(JUnaryExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitUnaryMinus(JUnaryMinusExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitUnaryPlus(JUnaryPlusExpression self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitUnaryPromote(JUnaryPromote self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitUnqualifiedAnonymousCreation(JUnqualifiedAnonymousCreation self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitUnqualifiedInstanceCreation(JUnqualifiedInstanceCreation self, Stack<JExpression> context)
Object	ThreeAddressExpressionCheck.visitVectorLiteral(JVectorLiteral self, Stack<JExpression> context)

Uses of JExpression in at.dms.kjc.sir.lowering.fission

Methods in at.dms.kjc.sir.lowering.fission with parameters of type JExpression

Object	StatelessDot.visitJoiner(SIRJoiner self, SIRJoinType type, JExpression[] expWeights)
Object	StatelessDot.visitSplitter(SIRSplitter self, SIRSplitType type, JExpression[] expWeights)

Uses of JExpression in at.dms.kjc.sir.lowering.fusion

Methods in at.dms.kjc.sir.lowering.fusion that return JExpression

protected static JExpression	FuseSplit.makeBufferPeek(at.dms.kjc.sir.lowering.fusion.FuseSplit.BufferInfo buffer, JExpression offset) Generates an expression that gives the value at offset in .
protected static JExpression	FuseSplit.makeBufferPop(at.dms.kjc.sir.lowering.fusion.FuseSplit.BufferInfo buffer) Generates a pop expression that gives the next value in , also incrementing the internal read index.

Methods in at.dms.kjc.sir.lowering.fusion with parameters of type JExpression

protected static JExpression	FuseSplit.makeBufferPeek(at.dms.kjc.sir.lowering.fusion.FuseSplit.BufferInfo buffer, JExpression offset) Generates an expression that gives the value at offset in .
protected static JAssignmentExpression	FuseSplit.makeBufferPush(at.dms.kjc.sir.lowering.fusion.FuseSplit.BufferInfo buffer, JExpression val) Generates a push of to .

Uses of JExpression in at.dms.kjc.sir.lowering.partition

Methods in at.dms.kjc.sir.lowering.partition with parameters of type JExpression

Object	PartitionDot.visitJoiner(SIRJoiner self, SIRJoinType type, JExpression[] expWeights)
Object	PartitionDot.visitSplitter(SIRSplitter self, SIRSplitType type, JExpression[] expWeights)

Uses of JExpression in at.dms.kjc.sir.statespace

Methods in at.dms.kjc.sir.statespace that return JExpression

static JExpression	LinearReplacer.makeArrayFieldAccessExpr(JLocalVariable arrField, int index)
static JExpression	LinearReplacer.makeArrayFieldAccessExpr(JLocalVariable arrField, JExpression index) Makes a field array access expression of the form prefix-arrField[index], where user can set prefix.
static JExpression	LinearReplacer.makeArrayFieldAccessExpr(String arrFieldName, int index)
static JExpression	LinearReplacer.makeFieldAccessExpression(String name) Create a field access expression for the field named "name"
static JExpression	LinearReplacer.makeLessThanExpression(JExpression left, JExpression right) Creates a less than expression: left < right.
static JExpression	LinearReplacer.makeLocalVarExpression(JLocalVariable var) Creates a local variable expression.

Methods in at.dms.kjc.sir.statespace with parameters of type JExpression

static JExpression	LinearReplacer.makeArrayFieldAccessExpr(JLocalVariable arrField, JExpression index) Makes a field array access expression of the form prefix-arrField[index], where user can set prefix.
static JStatement	LinearReplacer.makeAssignmentStatement(JExpression left, JExpression right) Creates a statement assigning "right" to "left".
static JStatement	LinearReplacer.makeIncrementStatement(JExpression expr) Creates a post increment statement: expr++.
static JExpression	LinearReplacer.makeLessThanExpression(JExpression left, JExpression right) Creates a less than expression: left < right.

Uses of JExpression in at.dms.kjc.slicegraph

Methods in at.dms.kjc.slicegraph with parameters of type JExpression

void	PeekPopPushInHelper.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg)
void	PeekPopPushInHelper.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg)

Uses of JExpression in at.dms.kjc.spacedynamic

Methods in at.dms.kjc.spacedynamic with parameters of type JExpression

static JStatement	RawExecutionCode.makeForLoop(JStatement body, JLocalVariable var, JExpression count) Returns a for loop that uses field
static String[]	Util.makeString(JExpression[] dims)
void	FlatIRToC.pushClass(SIRPushExpression self, CType tapeType, JExpression val)
void	FlatIRToC.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
void	FlatIRToC.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) prints a for statement
void	FlatIRToC.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	FlatIRToC.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	FlatIRToC.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression num)
void	FlatIRToC.visitPrintStatement(SIRPrintStatement self, JExpression exp)
void	FlatIRToC.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression val)
void	FlatIRToC.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods)
void	FlatIRToC.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement

Uses of JExpression in at.dms.kjc.spacetime

Methods in at.dms.kjc.spacetime with parameters of type JExpression

JStatement	RawExecutionCode.gdnReceive(boolean integer, JExpression recvInto)
static int[]	Util.makeInt(JExpression[] dims)
static String[]	Util.makeString(JExpression[] dims)
void	TraceIRtoC.pushClass(CType tapeType, JExpression val)
static JStatement	RawComputeCodeStore.sirDramCommand(boolean read, int cacheLines, JExpression sampleAddress, boolean staticNet, boolean shouldPreSynch, JExpression address) Return sir code that will call the macro for a dram command to transfer
void	TraceIRtoC.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) prints an assignment expression
void	TraceIRtoC.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) prints a for statement
void	TraceIRtoC.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	TraceIRtoC.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) prints a method call expression
void	TraceIRtoC.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression num)
Object	ConvertCommunicationSimple.visitPeekExpression(SIRPeekExpression oldSelf, CType oldTapeType, JExpression oldArg) Convert peek exps into: (recvBuffer[(simplendex + (arg) + 1)])
Object	ConvertCommunication.visitPeekExpression(SIRPeekExpression oldSelf, CType oldTapeType, JExpression oldArg) Convert peek exps into: (recvBuffer[(recvBufferIndex + (arg) + 1) mod recvBufferSize]) Where the variables are defined in ConvertCommunication.generatedVariables.
void	TraceIRtoC.visitPrintStatement(SIRPrintStatement self, JExpression exp)
void	TraceIRtoC.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression val)
Object	ConvertPushesToMethCall.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg) Visits a push expression and replaces the push expression with a method call to the appropriate method depending on whether we are using the gdn or static network.
void	TraceIRtoC.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods)
void	TraceIRtoC.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) prints a variable declaration statement

Uses of JExpression in at.dms.util

Methods in at.dms.util that return JExpression

static JExpression	Utils.getExpression(JStatement orig) Given a statement, return the expression that this statement is composed of, if not an expression statement return null.
static JExpression[]	Utils.initArray(int n, JExpression exp) Returns a new array of length n with all values set to val
static JExpression[]	Utils.initLiteralArray(int n, int val) Returns a new array of length n with all values as JIntLiterals set to val
static JExpression	Utils.passThruParens(JExpression orig) Return the first non-parentheses expressions contained in
static JExpression	Utils.simplifyMathMethod(JMethodCallExpression applyMath) Simplify an call to a math function with literal arguments.

Methods in at.dms.util with parameters of type JExpression

static String	Utils.cellMathEquivalent(JExpression prefix, String ident) Return the name of a math method for vector processing using IBM's vector headers for the Cell processor (or null if none)
static String	Utils.cMathEquivalent(JExpression prefix, String ident) Return the name of a math method for emitting C code
static String	Utils.cppMathEquivalent(JExpression prefix, String ident) Return the name of a math method for emitting C++ code
static JExpression[]	Utils.initArray(int n, JExpression exp) Returns a new array of length n with all values set to val
static boolean	Utils.isMathMethod(JExpression prefix, String ident) Is the passed method name (broken into prefix and identifier) a Java math method? Limited to those methods that we can emit code for...
static boolean	Utils.isUniform(JExpression[] arr) Returns whether all elements of an array of JExpressions are JLiterals with the same value.
static JStatement	Utils.makeCountdownForLoop(JStatement body, JExpression count, JVariableDefinition loopIndex) Returns a block with a loop counter declaration and a for loop that executes body for count number of times.
static JStatement	Utils.makeForLoop(JStatement body, JExpression count) Returns a block with a loop counter declaration and a for loop that executes body for count number of times.
static JStatement	Utils.makeForLoop(JStatement body, JExpression count, JVariableDefinition loopIndex) Returns a block with a loop counter declaration and a for loop that executes body for count number of times.
static JStatement	Utils.makeForLoopFieldIndex(JStatement body, JVariableDefinition var, JExpression count) Returns a for loop that uses field var to count count times with the body of the loop being body.
static JStatement	Utils.makeForLoopLocalIndex(JStatement body, JVariableDefinition local, JExpression count) Returns a for loop that uses local var to count count times with the body of the loop being body.
static JExpression	Utils.passThruParens(JExpression orig) Return the first non-parentheses expressions contained in
void	IRPrinter.visitArrayAccessExpression(JArrayAccessExpression self, JExpression prefix, JExpression accessor) visits an array length expression
void	IRPrinter.visitArrayInitializer(JArrayInitializer self, JExpression[] elems) visits an array initializer expression
void	IRPrinter.visitArrayLengthExpression(JArrayLengthExpression self, JExpression prefix) visits an array length expression
void	IRPrinter.visitAssignmentExpression(JAssignmentExpression self, JExpression left, JExpression right) visits an assignment expression
void	IRPrinter.visitBinaryExpression(JBinaryExpression self, String oper, JExpression left, JExpression right) visits an array allocator expression
void	IRPrinter.visitBitwiseComplementExpression(JUnaryExpression self, JExpression expr) visits a bitwise complement expression
void	IRPrinter.visitBitwiseExpression(JBitwiseExpression self, int oper, JExpression left, JExpression right) visits a compound assignment expression
void	IRPrinter.visitCastExpression(JCastExpression self, JExpression expr, CType type) visits a cast expression
void	IRPrinter.visitCompoundAssignmentExpression(JCompoundAssignmentExpression self, int oper, JExpression left, JExpression right) visits a compound expression
void	IRPrinter.visitConditionalExpression(JConditionalExpression self, JExpression cond, JExpression left, JExpression right) visits a conditional expression
void	IRPrinter.visitConstructorCall(JConstructorCall self, boolean functorIsThis, JExpression[] params) visits an array length expression
void	IRPrinter.visitDoStatement(JDoStatement self, JExpression cond, JStatement body) visits a do statement
void	IRPrinter.visitEqualityExpression(JEqualityExpression self, boolean equal, JExpression left, JExpression right) visits an equality expression
void	IRPrinter.visitExpressionListStatement(JExpressionListStatement self, JExpression[] expr) visits an expression list statement
void	IRPrinter.visitExpressionStatement(JExpressionStatement self, JExpression expr) visits an expression statement
void	IRPrinter.visitFieldDeclaration(JFieldDeclaration self, int modifiers, CType type, String ident, JExpression expr) visits a field declaration
void	IRPrinter.visitFieldExpression(JFieldAccessExpression self, JExpression left, String ident) visits a field expression
void	IRPrinter.visitForStatement(JForStatement self, JStatement init, JExpression cond, JStatement incr, JStatement body) visits a for statement
void	IRPrinter.visitIfStatement(JIfStatement self, JExpression cond, JStatement thenClause, JStatement elseClause) visits a if statement
void	IRPrinter.visitInstanceofExpression(JInstanceofExpression self, JExpression expr, CType dest) visits an instanceof expression
void	IRPrinter.visitLogicalComplementExpression(JUnaryExpression self, JExpression expr) visits a logical complement expression
void	IRPrinter.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
void	IRPrinter.visitMessageStatement(SIRMessageStatement self, JExpression portal, String iname, String ident, JExpression[] args, SIRLatency latency) Visits a message statement.
void	IRPrinter.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) visits a method call expression
void	IRPrinter.visitMethodCallExpression(JMethodCallExpression self, JExpression prefix, String ident, JExpression[] args) visits a method call expression
void	IRPrinter.visitNameExpression(JNameExpression self, JExpression prefix, String ident) visits a name expression
void	IRPrinter.visitNewArrayExpression(JNewArrayExpression self, CType type, JExpression[] dims, JArrayInitializer init) visits an array allocator expression
void	IRPrinter.visitParenthesedExpression(JParenthesedExpression self, JExpression expr) visits a parenthesed expression
void	IRPrinter.visitPeekExpression(SIRPeekExpression self, CType tapeType, JExpression arg) Visits a peek expression.
void	IRPrinter.visitPostfixExpression(JPostfixExpression self, int oper, JExpression expr) visits a postfix expression
void	IRPrinter.visitPrefixExpression(JPrefixExpression self, int oper, JExpression expr) visits a prefix expression
void	IRPrinter.visitPrintStatement(SIRPrintStatement self, JExpression arg) Visits a print statement.
void	IRPrinter.visitPushExpression(SIRPushExpression self, CType tapeType, JExpression arg) Visits a push expression.
void	IRPrinter.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
void	IRPrinter.visitQualifiedAnonymousCreation(JQualifiedAnonymousCreation self, JExpression prefix, String ident, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
void	IRPrinter.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Visits an unqualified instance creation expression.
void	IRPrinter.visitQualifiedInstanceCreation(JQualifiedInstanceCreation self, JExpression prefix, String ident, JExpression[] params) Visits an unqualified instance creation expression.
void	IRPrinter.visitRegisterReceiver(LIRRegisterReceiver self, JExpression streamContext, SIRPortal portal, String childName, SIRInterfaceTable itable) Visits an LIR register-receiver statement.
void	IRPrinter.visitRegReceiverStatement(SIRRegReceiverStatement self, JExpression portal, SIRStream receiver, JMethodDeclaration[] methods) Visits a register-receiver statement.
void	IRPrinter.visitRelationalExpression(JRelationalExpression self, int oper, JExpression left, JExpression right) visits a shift expressiona
void	IRPrinter.visitReturnStatement(JReturnStatement self, JExpression expr) visits a return statement
void	IRPrinter.visitSetBodyOfFeedback(LIRSetBodyOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set body of feedback loop.
void	IRPrinter.visitSetChild(LIRSetChild self, JExpression streamContext, String childType, String childName) Visits a child registration node.
void	IRPrinter.visitSetDecode(LIRSetDecode self, JExpression streamContext, LIRFunctionPointer fp) Visits a decoder registration node.
void	IRPrinter.visitSetDelay(LIRSetDelay self, JExpression data, JExpression streamContext, int delay, CType type, LIRFunctionPointer fp) Visit a feedback loop delay node.
void	IRPrinter.visitSetEncode(LIRSetEncode self, JExpression streamContext, LIRFunctionPointer fp) Visits an encoder registration node.
void	IRPrinter.visitSetJoiner(LIRSetJoiner self, JExpression streamContext, SIRJoinType type, int ways, int[] weights) Visits a joiner-setting node.
void	IRPrinter.visitSetLoopOfFeedback(LIRSetLoopOfFeedback self, JExpression streamContext, JExpression childContext, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set loop of feedback loop.
void	IRPrinter.visitSetParallelStream(LIRSetParallelStream self, JExpression streamContext, JExpression childContext, int position, CType inputType, CType outputType, int inputSize, int outputSize) Visits a set a parallel stream.
void	IRPrinter.visitSetPeek(LIRSetPeek self, JExpression streamContext, int peek) Visits a peek-rate-setting node.
void	IRPrinter.visitSetPop(LIRSetPop self, JExpression streamContext, int pop) Visits a pop-rate-setting node.
void	IRPrinter.visitSetPush(LIRSetPush self, JExpression streamContext, int push) Visits a push-rate-setting node.
void	IRPrinter.visitSetSplitter(LIRSetSplitter self, JExpression streamContext, SIRSplitType type, int ways, int[] weights) Visits a splitter-setting node.
void	IRPrinter.visitSetStreamType(LIRSetStreamType self, JExpression streamContext, LIRStreamType streamType) Visits a stream-type-setting node.
void	IRPrinter.visitSetTape(LIRSetTape self, JExpression streamContext, JExpression srcStruct, JExpression dstStruct, CType type, int size) Visits a tape-setter.
void	IRPrinter.visitSetWork(LIRSetWork self, JExpression streamContext, LIRFunctionPointer fn) Visits a work-function-setting node.
void	IRPrinter.visitShiftExpression(JShiftExpression self, int oper, JExpression left, JExpression right) visits a shift expression
void	IRPrinter.visitSwitchLabel(JSwitchLabel self, JExpression expr) visits an array length expression
void	IRPrinter.visitSwitchStatement(JSwitchStatement self, JExpression expr, JSwitchGroup[] body) visits a switch statement
void	IRPrinter.visitSynchronizedStatement(JSynchronizedStatement self, JExpression cond, JStatement body) visits a synchronized statement
void	IRPrinter.visitThisExpression(JThisExpression self, JExpression prefix) visits a this expression
void	IRPrinter.visitThrowStatement(JThrowStatement self, JExpression expr) visits a throw statement
void	IRPrinter.visitUnaryMinusExpression(JUnaryExpression self, JExpression expr) visits an unary minus expression
void	IRPrinter.visitUnaryPlusExpression(JUnaryExpression self, JExpression expr) visits an unary plus expression
void	IRPrinter.visitUnaryPromoteExpression(JUnaryPromote self, JExpression expr, CType type) visits a cast expression
void	IRPrinter.visitUnqualifiedAnonymousCreation(JUnqualifiedAnonymousCreation self, CClassType type, JExpression[] params, JClassDeclaration decl) Visits an unqualified anonymous class instance creation expression.
void	IRPrinter.visitUnqualifiedInstanceCreation(JUnqualifiedInstanceCreation self, CClassType type, JExpression[] params) Visits an unqualified instance creation expression.
void	IRPrinter.visitVariableDefinition(JVariableDefinition self, int modifiers, CType type, String ident, JExpression expr) visits a variable declaration statement
void	IRPrinter.visitWhileStatement(JWhileStatement self, JExpression cond, JStatement body) visits a while statement