org.jacorb.idl

Class ScopedName

java.lang.Object

org.jacorb.idl.runtime.symbol

org.jacorb.idl.IdlSymbol

org.jacorb.idl.TypeSpec

org.jacorb.idl.SimpleTypeSpec

org.jacorb.idl.ScopedName

public class ScopedName
extends SimpleTypeSpec

Field Summary

Fields

Modifier and Type	Field and Description
java.lang.String	typeName

Fields inherited from class org.jacorb.idl.TypeSpec

alias, type_spec

Fields inherited from class org.jacorb.idl.IdlSymbol

_id, enclosing_symbol, fileSeparator, included, inhibitionFlag, is_pseudo, omg_package_prefix, pack_name

Fields inherited from class org.jacorb.idl.runtime.symbol

parse_state, sym

Constructor Summary

Constructors

Constructor and Description
ScopedName(int num)

Method Summary

Modifier and Type	Method and Description
static void	addRecursionScope(java.lang.String typeName)
boolean	basic()
java.lang.Object	clone()
static void	definePseudoScope(java.lang.String name) Interfaces define a new scope, but since we can't do that in Java, this kind of scope is called a 'pseudo scope' and is just prepended to the interface name
static void	enumMap(java.lang.String n, java.lang.String m) enumerations don't define new scopes in IDL, but their mapping to Java introduces a new scope by generating a new class for the enum's type.
void	escapeName() A number of IDL constructs need to have their names checked for clashes with name reserved by Java or the Java Language Mapping.
java.lang.String	getTypeCodeExpression()
java.lang.String	holderName()
java.lang.String	id()
java.lang.String	IDLName()
boolean	is_pseudo() is this a PIDL symbol?
boolean	isEscaped(java.lang.String name)
static boolean	isPseudoScope(java.lang.String name)
static boolean	isRecursionScope(java.lang.String typeName)
boolean	isSwitchable()
void	parse() empty parse
void	print(java.io.PrintWriter ps)
java.lang.String	printExtractExpression()
java.lang.String	printInsertExpression()
java.lang.String	printReadExpression(java.lang.String streamname)
java.lang.String	printWriteStatement(java.lang.String var_name, java.lang.String streamname)
static void	removeRecursionScope(java.lang.String typeName)
boolean	resolved()
java.lang.String	resolvedName()
TypeSpec	resolvedTypeSpec()
void	setEnclosingSymbol(IdlSymbol s)
void	setId(java.lang.String _id)
void	setPackage(java.lang.String s)
java.lang.String	toString()
java.lang.String	typeName()
TypeSpec	typeSpec()
static java.lang.String	unPseudoName(java.lang.String name) unPseudo transforms scoped names like module.Interface1.Interface2.Type_name to module.Interface1Package.Interface2Package.Type_name

Methods inherited from class org.jacorb.idl.SimpleTypeSpec

accept, getTCKind

Methods inherited from class org.jacorb.idl.TypeSpec

getIDLTypeName, getJavaTypeName, getTypeCodeExpression, helperName, printExtractResult, printInsertIntoAny, printReadStatement, set_constr

Methods inherited from class org.jacorb.idl.IdlSymbol

addImportedAlias, addImportedName, addImportedName, addImportedNameHolder, deEscapeName, generateIncluded, get_token, getEnclosingSymbol, getFullName, is_included, isEscaped, name, new_num, omgPrefix, printClassComment, printIdMethod, printImport, set_name, set_pseudo, set_token, setPrintPhaseNames

Methods inherited from class java.lang.Object

equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Detail

typeName

public java.lang.String typeName

Constructor Detail

ScopedName

public ScopedName(int num)

Method Detail

definePseudoScope

public static void definePseudoScope(java.lang.String name)

Interfaces define a new scope, but since we can't do that in Java, this kind of scope is called a 'pseudo scope' and is just prepended to the interface name

isPseudoScope

public static boolean isPseudoScope(java.lang.String name)

unPseudoName

public static java.lang.String unPseudoName(java.lang.String name)

unPseudo transforms scoped names like module.Interface1.Interface2.Type_name to module.Interface1Package.Interface2Package.Type_name

enumMap

public static void enumMap(java.lang.String n,
                           java.lang.String m)

enumerations don't define new scopes in IDL, but their mapping to Java introduces a new scope by generating a new class for the enum's type. Thus, enumeration values have to be additionally scoped in Java.

clone

public java.lang.Object clone()

Overrides:

clone in class TypeSpec

setId

public void setId(java.lang.String _id)

escapeName

public void escapeName()

Description copied from class: IdlSymbol

A number of IDL constructs need to have their names checked for clashes with name reserved by Java or the Java Language Mapping.

Overrides:

escapeName in class IdlSymbol

setEnclosingSymbol

public void setEnclosingSymbol(IdlSymbol s)

Overrides:

setEnclosingSymbol in class TypeSpec

parse

public void parse()

Description copied from class: IdlSymbol

empty parse

Overrides:

parse in class TypeSpec

resolved

public boolean resolved()

basic

public boolean basic()

Overrides:

basic in class TypeSpec

Returns:

true if this is a basic type

is_pseudo

public boolean is_pseudo()

Description copied from class: IdlSymbol

is this a PIDL symbol?

Overrides:

is_pseudo in class IdlSymbol

resolvedTypeSpec

public TypeSpec resolvedTypeSpec()

isEscaped

public boolean isEscaped(java.lang.String name)

resolvedName

public java.lang.String resolvedName()

typeSpec

public TypeSpec typeSpec()

Overrides:

typeSpec in class TypeSpec

setPackage

public void setPackage(java.lang.String s)

Overrides:

setPackage in class TypeSpec

typeName

public java.lang.String typeName()

Overrides:

typeName in class TypeSpec

Returns:

the fully qualified and resolved name in an intermediate format, i.e. with "Package" suffixes but without potential "omg.org" scopes

holderName

public java.lang.String holderName()

Overrides:

holderName in class TypeSpec

printReadExpression

public java.lang.String printReadExpression(java.lang.String streamname)

Overrides:

printReadExpression in class TypeSpec

printWriteStatement

public java.lang.String printWriteStatement(java.lang.String var_name,
                                            java.lang.String streamname)

Overrides:

printWriteStatement in class TypeSpec

printInsertExpression

public java.lang.String printInsertExpression()

Overrides:

printInsertExpression in class TypeSpec

printExtractExpression

public java.lang.String printExtractExpression()

Overrides:

printExtractExpression in class TypeSpec

getTypeCodeExpression

public java.lang.String getTypeCodeExpression()

Overrides:

getTypeCodeExpression in class TypeSpec

Returns:

a string for an expression of type TypeCode that describes this type

id

public java.lang.String id()

Overrides:

id in class IdlSymbol

Returns:

this symbol's repository Id

toString

public java.lang.String toString()

Overrides:

toString in class TypeSpec

print

public void print(java.io.PrintWriter ps)

Overrides:

print in class TypeSpec

IDLName

public java.lang.String IDLName()

addRecursionScope

public static void addRecursionScope(java.lang.String typeName)

removeRecursionScope

public static void removeRecursionScope(java.lang.String typeName)

isRecursionScope

public static boolean isRecursionScope(java.lang.String typeName)

isSwitchable

public boolean isSwitchable()