Uses of Class
at.dms.compiler.PositionedError

Packages that use PositionedError

at.dms.compiler
at.dms.compiler.antlr.extra
at.dms.kjc
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.sir	Contains the heart of the StreamIt Intermediate Representation, or SIR for short.
at.dms.kjc.sir.lowering	Provides compiler passes that analyze or optimize the SIR, primarily within the code of each filter.

Uses of PositionedError in at.dms.compiler

Subclasses of PositionedError in at.dms.compiler

class

CWarning This class represents warnings in the compiler error hierarchy

Methods in at.dms.compiler that return PositionedError

PositionedError

UnpositionedError.addPosition(TokenReference where) Returns an error with a reference to the source file.

Methods in at.dms.compiler with parameters of type PositionedError

void	Compiler.inform(PositionedError error) Write a message to the diagnostic output.
abstract void	Compiler.reportTrouble(PositionedError trouble) Reports a trouble (error or warning).

Uses of PositionedError in at.dms.compiler.antlr.extra

Methods in at.dms.compiler.antlr.extra that return PositionedError

PositionedError

Parser.beautifyParseError(ParserException e) Generate an human readable error message

Methods in at.dms.compiler.antlr.extra with parameters of type PositionedError

protected void	Scanner.reportTrouble(PositionedError trouble) Reports that an error has been detected in the lexical analyser.
protected void	Parser.reportTrouble(PositionedError trouble) Reports that an error has been detected in the lexical analyser.

Uses of PositionedError in at.dms.kjc

Subclasses of PositionedError in at.dms.kjc

class	CBlockError This class represents block errors in the error hierarchy.
class	CExpressionError This class represents Expression errors in error hierarchy
class	CLineError This class represents Line errors in error hierarchy
class	CMethodNotFoundError This error display all parameters of method call

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

void	Main.reportTrouble(PositionedError trouble) Reports a trouble (error or warning).
void	CContext.reportTrouble(PositionedError trouble) Reports a semantic error detected during analysis.
void	CCompilationUnitContext.reportTrouble(PositionedError trouble) Reports a semantic error detected during analysis.

Methods in at.dms.kjc that throw PositionedError

void	JWhileStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JVariableDefinition.analyse(CBodyContext context) Check expression and evaluate and alter context
void	JVariableDeclarationStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JTypeDeclarationStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JTryFinallyStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JTryCatchStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JThrowStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JSynchronizedStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JSwitchStatement.analyse(CBodyContext context) Analyses the statement (semantically).
abstract void	JStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JReturnStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JLabeledStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JIfStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JForStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JFormalParameter.analyse(CBodyContext context) Analyses the node (semantically).
void	JFieldDeclaration.analyse(CBodyContext context) Analyses the statement (semantically).
void	JExpressionStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JExpressionListStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JDoStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JContinueStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JConstructorBlock.analyse(CBodyContext context) Analyses the constructor body (semantically).
void	JCompoundStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JClassFieldDeclarator.analyse(CBodyContext context) Analyses the statement (semantically).
void	JCatchClause.analyse(CBodyContext context) Analyses the node (semantically).
void	JBreakStatement.analyse(CBodyContext context) Analyses the statement (semantically).
void	JBlock.analyse(CBodyContext context) Analyses the statement (semantically).
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	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	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	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).
void	JSwitchLabel.analyse(CSwitchGroupContext context) Analyses the node (semantically).
void	JSwitchGroup.analyse(CSwitchGroupContext context) Analyses the node (semantically).
void	JPhylum.check(CContext context, boolean cond, MessageDescription description) Verifies that the condition is true; otherwise adds an error.
void	JPhylum.check(CContext context, boolean cond, MessageDescription description, Object param) Verifies that the condition is true; otherwise adds an error.
void	JPhylum.check(CContext context, boolean cond, MessageDescription description, Object[] params) Verifies that the condition is true; otherwise adds an error.
void	JPhylum.check(CContext context, boolean cond, MessageDescription description, Object param1, Object param2) Verifies that the condition is true; otherwise adds an error.
void	JFieldAccessExpression.checkAccess(CClass local, CExpressionContext context) Checks is access to prefix is okay
void	JCompilationUnit.checkBody(Compiler compiler, Vector classes) Check expression and evaluate and alter context
void	JMethodDeclaration.checkBody1(CClassContext context) Check expression and evaluate and alter context
void	JConstructorDeclaration.checkBody1(CClassContext context) Check expression and evaluate and alter context
void	JInitializerDeclaration.checkInitializer(CClassContext context) FIXME: document
void	JTypeDeclaration.checkInitializers(CContext context) Checks that same interface is not specified more than once
void	JInterfaceDeclaration.checkInitializers(CContext context) Check that initializers are correct
void	JClassDeclaration.checkInitializers(CContext context) Check that initializers are correct
void	JCompilationUnit.checkInitializers(Compiler compiler, Vector classes) Second pass (quick), check interface looks good Exceptions are not allowed here, this pass is just a tuning pass in order to create informations about exported elements such as Classes, Interfaces, Methods, Constructors and Fields
CSourceMethod	JMethodDeclaration.checkInterface(CClassContext context) Second pass (quick), check interface looks good Exceptions are not allowed here, this pass is just a tuning pass in order to create informations about exported elements such as Classes, Interfaces, Methods, Constructors and Fields
CSourceField	JFieldDeclaration.checkInterface(CClassContext context) Second pass (quick), check interface looks good Exceptions are not allowed here, this pass is just a tuning pass in order to create informations about exported elements such as Classes, Interfaces, Methods, Constructors and Fields sub classes must check modifiers and call checkInterface(super)
CSourceMethod	JConstructorDeclaration.checkInterface(CClassContext context) Second pass (quick), check interface looks good Exceptions are not allowed here, this pass is just a tuning pass in order to create informations about exported elements such as Classes, Interfaces, Methods, Constructors and Fields
abstract void	JTypeDeclaration.checkInterface(CContext context) Second pass (quick), check interface looks good
void	JInterfaceDeclaration.checkInterface(CContext context) Second pass (quick), check interface looks good Exceptions are not allowed here, this pass is just a tuning pass in order to create informations about exported elements such as Classes, Interfaces, Methods, Constructors and Fields
void	JClassDeclaration.checkInterface(CContext context) Second pass (quick), check interface looks good Exceptions are not allowed here, this pass is just a tuning pass in order to create informations about exported elements such as Classes, Interfaces, Methods, Constructors and Fields
protected void	JTypeDeclaration.checkInterface(CContext context, CClassType superClass) Second pass (quick), check interface looks good
void	JCompilationUnit.checkInterface(Compiler compiler) Second pass (quick), check interface looks good
void	JTypeDeclaration.checkTypeBody(CContext context) checkTypeBody Check expression and evaluate and alter context
void	JInterfaceDeclaration.checkTypeBody(CContext context) checkTypeBody Check expression and evaluate and alter context
void	JClassDeclaration.checkTypeBody(CContext context) checkTypeBody Check expression and evaluate and alter context
void	CMethodContext.close(TokenReference ref) Verify that all checked exceptions are defined in the throw list and return types are valid
void	CInitializerContext.close(TokenReference ref) Verify that all checked exceptions are defined in the throw list
void	CConstructorContext.close(TokenReference ref) Verify that all checked exceptions are defined in the throw list
void	JClassDeclaration.compileStaticInitializer(CClassContext context)
JExpression	JExpression.convertType(CType dest, CExpressionContext context) convertType changes the type of this expression to an other
protected void	JSwitchLabel.fail(CContext context, MessageDescription key, Object[] params) Adds a compiler error.
protected void	JStatement.fail(CContext context, MessageDescription key, Object[] params) Adds a compiler error.
protected void	JPhylum.fail(CContext context, MessageDescription description, Object[] params) Adds a compiler error.
protected void	JExpression.fail(CContext context, MessageDescription key, Object[] params) Adds a compiler error.
protected void	JFieldAccessExpression.findPrefix(CClass local, CExpressionContext context) Finds the type of the prefix.
JLongLiteral	JLongLiteral.getOppositeLiteral() Returns a literal with the sign inverted.
JIntLiteral	JIntLiteral.getOppositeLiteral() Returns a literal with the sign inverted.
static JLiteral	JLiteral.parseInteger(TokenReference where, String image) Constructs an integer (int or long) literal
static JLiteral	JLiteral.parseReal(TokenReference where, String image) Constructs a real (float or double) literal

Constructors in at.dms.kjc that throw PositionedError

JCharLiteral(TokenReference where, String image)
Construct a node in the parsing tree

JDoubleLiteral(TokenReference where, String image)
Constructs a literal expression from a textual representation.

JFloatLiteral(TokenReference where, String image)
Constructs a literal expression from a textual representation.

JIntLiteral(TokenReference where, String image)
Constructs a literal expression from a textual representation.

JLongLiteral(TokenReference where, String image)
Constructs a literal expression from a textual representation.

Uses of PositionedError in at.dms.kjc.lir

Methods in at.dms.kjc.lir that throw PositionedError

void	LIRNode.analyse(CBodyContext context) Analyses the statement (semantically) - NOT SUPPORTED YET.

Uses of PositionedError in at.dms.kjc.sir

Methods in at.dms.kjc.sir that throw PositionedError

void	SIRRegSenderStatement.analyse(CBodyContext context) Analyses the statement (semantically) - NOT SUPPORTED YET.
void	SIRRegReceiverStatement.analyse(CBodyContext context) Analyses the statement (semantically) - NOT SUPPORTED YET.
void	SIRPrintStatement.analyse(CBodyContext context) Analyses the statement (semantically) - NOT IMPLEMENTED YET.
void	SIRMessageStatement.analyse(CBodyContext context) Analyses the statement (semantically) - NOT SUPPORTED YET.
void	SIRMarker.analyse(CBodyContext context) Analyses the statement (semantically) - NOT SUPPORTED YET.
void	SIRInitStatement.analyse(CBodyContext context) Analyses the statement (semantically) - NOT SUPPORTED YET.
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	SIRDynamicToken.analyse(CExpressionContext context) Throws an exception (NOT SUPPORTED YET)
JExpression	SIRCreatePortal.analyse(CExpressionContext context)

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

Methods in at.dms.kjc.sir.lowering that throw PositionedError

JExpression

JVectorLiteral.analyse(CExpressionContext context)