Uses of Class
ORG.oclc.xml.util.Atom

Packages that use Atom

ORG.oclc.xml.om
ORG.oclc.xml.parser
ORG.oclc.xml.util

Uses of Atom in ORG.oclc.xml.om

Methods in ORG.oclc.xml.om with parameters of type Atom

void	ElementImpl.saveAttributes(Atom ns, XMLOutputStream o) Save the element attributes in XML format

Uses of Atom in ORG.oclc.xml.parser

Methods in ORG.oclc.xml.parser that return Atom

Atom	DTD.findShortNameSpace(Atom href) get the short name of a specified name space
Atom	DTD.findLongNameSpace(Atom as)
Atom	DTD.findLoadedNameSpace(Atom url) keep a list of all name spaces loaded so they are loaded twice if two name spaces happen to refer to the same DTD file

Methods in ORG.oclc.xml.parser with parameters of type Atom

void	ContentModel.save(Atom ns, XMLOutputStream o)
void	DTD.addNameSpace(Atom as, Atom href) add a pair to the name space hashtable
Atom	DTD.findShortNameSpace(Atom href) get the short name of a specified name space
Atom	DTD.findLongNameSpace(Atom as)
static boolean	DTD.isReservedNameSpace(Atom n)
Atom	DTD.findLoadedNameSpace(Atom url) keep a list of all name spaces loaded so they are loaded twice if two name spaces happen to refer to the same DTD file
void	DTD.addLoadedNameSpace(Atom url) add a loaded name space name to the list
void	Parser.loadDTD(String urlStr, Atom nameSpace)

Uses of Atom in ORG.oclc.xml.util

Methods in ORG.oclc.xml.util that return Atom

Atom	NameSpaceContext.findNameSpace(Atom n) find name space, long name is the key
Atom	Name.getNameSpace()
static Atom	Atom.create(String s) Create a Atom object for this string.

Methods in ORG.oclc.xml.util with parameters of type Atom

void	XMLOutputStream.writeQualifiedName(Name n, Atom ns) This method writes out the fully qualified name, using the appropriate short name syntax.
void	NameSpaceContext.addNameSpace(Atom url, Atom n) add name space.
Atom	NameSpaceContext.findNameSpace(Atom n) find name space, long name is the key
static Name	Name.create(String name, Atom nameSpace) Create a Name object for the given name and namespace where the name and Namespace are already Atoms.