Uses of Class
at.dms.compiler.UnpositionedError

Packages that use UnpositionedError

at.dms.backend
at.dms.compiler
at.dms.kjc
at.dms.optimize

Uses of UnpositionedError in at.dms.backend

Methods in at.dms.backend that throw UnpositionedError

static void

Main.optimizeClass(ClassInfo info, BackendOptions options) Reads, optimizes and writes a class file

Uses of UnpositionedError in at.dms.compiler

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

void	Compiler.inform(UnpositionedError error) Write a message to the diagnostic output.

Methods in at.dms.compiler that throw UnpositionedError

File[]	Compiler.verifyFiles(String[] names) Creates an array of files from the specified array of file names.
Vector	Compiler.verifyFiles(Vector names) Takes a vector of file names an checks that each exists.

Uses of UnpositionedError in at.dms.kjc

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

void	Main.reportTrouble(UnpositionedError trouble) Reports a trouble.

Methods in at.dms.kjc that throw UnpositionedError

void	CBlockContext.addClass(CClass clazz) addLocalClass
void	CSwitchGroupContext.addDefault() add a default label to this switch
void	CSwitchBodyContext.addDefault() add a default label to this switch
void	CSwitchGroupContext.addLabel(Integer value) add a label to this switch and check it is a new one
void	CSwitchBodyContext.addLabel(Integer value) add a label to this switch and check it is a new one
void	CBlockContext.addVariable(JLocalVariable var) addLocal variable
void	CContext.check(boolean assertion, MessageDescription description) Verifies an assertion.
void	CContext.check(boolean assertion, MessageDescription description, Object parameter1) Verifies an assertion.
void	CContext.check(boolean assertion, MessageDescription description, Object[] parameters) Verifies an assertion.
void	CContext.check(boolean assertion, MessageDescription description, Object parameter1, Object parameter2) Verifies an assertion.
void	CMethod.checkOverriding(CMethod superMethod) Checks that overriding/hiding is correct.
void	CVectorTypeLow.checkType(CContext context)
void	CVectorType.checkType(CContext context)
abstract void	CType.checkType(CContext context) check that type is valid necessary to resolve String into java/lang/String
void	CNumericType.checkType(CContext context) check that type is valid necessary to resolve String into java/lang/String
void	CEmittedTextType.checkType(CContext context)
void	CClassType.checkType(CContext context) check that type is valid necessary to resolve String into java/lang/String
void	CClassNameType.checkType(CContext context) check that type is valid necessary to resolve String into java/lang/String
void	CBooleanType.checkType(CContext context) check that type is valid necessary to resolve String into java/lang/String
void	CArrayType.checkType(CContext context) check that type is valid necessary to resolve String into java/lang/String
void	CInterfaceContext.close(JTypeDeclaration decl, CBodyContext virtual) Verify all final fields are initialized
void	CClassContext.close(JTypeDeclaration decl, CVariableInfo staticC, CVariableInfo instanceC, CVariableInfo[] constructorsC) Verify all final fields are initialized
static CType	JShiftExpression.computeType(CType leftType, CType rightType) compute the type of this expression according to operands
static CType	JMultExpression.computeType(CType leftType, CType rightType) compute the type of this expression according to operands
static CType	JModuloExpression.computeType(CType leftType, CType rightType) compute the type of this expression according to operands
static CType	JMinusExpression.computeType(CType leftType, CType rightType) compute the type of this expression according to operands
static CType	JDivideExpression.computeType(CType leftType, CType rightType) compute the type of this expression according to operands
static CType	JBitwiseExpression.computeType(CType leftType, CType rightType) compute the type of this expression according to operands
static CType	JAddExpression.computeType(CType leftType, CType rightType) compute the type of this expression according to operands
static CType	JBinaryArithmeticExpression.computeType(String operator, CType left, CType right) compute the type of this expression according to operands
void	CContext.fail(MessageDescription description, Object[] parameters) Throws a semantic error detected during analysis.
void	CContext.fail(MessageDescription description, Object parameter1, Object parameter2) Signals a semantic error detected during analysis.
CClassType	CContext.lookupClass(CClass caller, String name) lookupClass search for a class with the provided type parameters
CClassType	CCompilationUnitContext.lookupClass(CClass caller, String name)
CClassType	CCompilationUnit.lookupClass(CClass caller, String name)
CClassType	CClassContext.lookupClass(CClass caller, String name) lookupClass search for a class with the provided type parameters
CClass	CClass.lookupClass(CClass caller, String name) This can be used to see if a given class name is visible inside of this file.
CClassType	CBlockContext.lookupClass(CClass caller, String ident) lookupClass search for a class with the provided type parameters
CField	CContext.lookupField(CClass caller, String ident) Searches the class or interface to locate declarations of fields that are accessible.
CField	CClassContext.lookupField(CClass caller, String ident) Searches the class or interface to locate declarations of fields that are accessible.
CField	CClass.lookupField(CClass caller, String ident) Searches the class or interface to locate declarations of fields that are accessible.
CMethod	CContext.lookupMethod(CClass caller, String ident, CType[] actuals) JLS 15.12.2 : Searches the class or interface to locate method declarations that are both applicable and accessible, that is, declarations that can be correctly invoked on the given arguments.
CMethod	CClassContext.lookupMethod(CClass caller, String ident, CType[] actuals) JLS 15.12.2 : Searches the class or interface to locate method declarations that are both applicable and accessible, that is, declarations that can be correctly invoked on the given arguments.
CMethod	CClass.lookupMethod(CClass caller, String ident, CType[] actuals) JLS 15.12.2 : Searches the class or interface to locate method declarations that are both applicable and accessible, that is, declarations that can be correctly invoked on the given arguments.
CField	CClassContext.lookupOuterField(CClass caller, String ident) Searches the class or interface to locate declarations of fields that are accessible.
CField	CClass.lookupSuperField(CClass caller, String ident) Searches the class or interface to locate declarations of fields that are accessible.
CMethod[]	CClass.lookupSuperMethod(String ident, CType[] actuals) Searches the superclass and superinterfaces to locate method declarations that are applicable.
void	JExpression.setInitialized(CExpressionContext context) Declares this variable to be initialized.

Uses of UnpositionedError in at.dms.optimize

Methods in at.dms.optimize that throw UnpositionedError

static void

Main.optimizeClass(ClassInfo info, int level, boolean verbose) Reads, optimizes and writes a class file