SAX

Gnome XML Library Reference Manual
<<< Previous Page	Home	Up	Next Page >>>

Details

extern

#define     extern

getPublicId ()

const xmlChar* getPublicId                  (void *ctx);

Return the public ID e.g. "-//SGMLSOURCE//DTD DEMO//EN"

`ctx` :	the user data (XML parser context)
Returns :	a xmlChar *

getSystemId ()

const xmlChar* getSystemId                  (void *ctx);

Return the system ID, basically URL or filename e.g. http://www.sgmlsource.com/dtds/memo.dtd

`ctx` :	the user data (XML parser context)
Returns :	a xmlChar *

setDocumentLocator ()

void        setDocumentLocator              (void *ctx,
                                             xmlSAXLocatorPtr loc);

Receive the document locator at startup, actually xmlDefaultSAXLocator Everything is available on the context, so this is useless in our case.

`ctx` :	the user data (XML parser context)
`loc` :	A SAX Locator

getLineNumber ()

int         getLineNumber                   (void *ctx);

Return the line number of the current parsing point.

`ctx` :	the user data (XML parser context)
Returns :	an int

getColumnNumber ()

int         getColumnNumber                 (void *ctx);

Return the column number of the current parsing point.

`ctx` :	the user data (XML parser context)
Returns :	an int

isStandalone ()

int         isStandalone                    (void *ctx);

Is this document tagged standalone ?

`ctx` :	the user data (XML parser context)
Returns :	1 if true

hasInternalSubset ()

int         hasInternalSubset               (void *ctx);

Does this document has an internal subset

`ctx` :	the user data (XML parser context)
Returns :	1 if true

hasExternalSubset ()

int         hasExternalSubset               (void *ctx);

Does this document has an external subset

`ctx` :	the user data (XML parser context)
Returns :	1 if true

internalSubset ()

void        internalSubset                  (void *ctx,
                                             const xmlChar *name,
                                             const xmlChar *ExternalID,
                                             const xmlChar *SystemID);

Callback on internal subset declaration.

`ctx` :	the user data (XML parser context)
`name` :
`ExternalID` :
`SystemID` :

getEntity ()

xmlEntityPtr getEntity                      (void *ctx,
                                             const xmlChar *name);

Get an entity by name

`ctx` :	the user data (XML parser context)
`name` :	The entity name
Returns :	the xmlEntityPtr if found.

getParameterEntity ()

xmlEntityPtr getParameterEntity             (void *ctx,
                                             const xmlChar *name);

Get a parameter entity by name

`ctx` :	the user data (XML parser context)
`name` :	The entity name
Returns :	the xmlEntityPtr if found.

resolveEntity ()

xmlParserInputPtr resolveEntity             (void *ctx,
                                             const xmlChar *publicId,
                                             const xmlChar *systemId);

The entity loader, to control the loading of external entities, the application can either: - override this resolveEntity() callback in the SAX block - or better use the xmlSetExternalEntityLoader() function to set up it's own entity resolution routine

`ctx` :	the user data (XML parser context)
`publicId` :	The public ID of the entity
`systemId` :	The system ID of the entity
Returns :	the xmlParserInputPtr if inlined or NULL for DOM behaviour.

entityDecl ()

void        entityDecl                      (void *ctx,
                                             const xmlChar *name,
                                             int type,
                                             const xmlChar *publicId,
                                             const xmlChar *systemId,
                                             xmlChar *content);

An entity definition has been parsed

`ctx` :	the user data (XML parser context)
`name` :	the entity name
`type` :	the entity type
`publicId` :	The public ID of the entity
`systemId` :	The system ID of the entity
`content` :	the entity value (without processing).

attributeDecl ()

void        attributeDecl                   (void *ctx,
                                             const xmlChar *elem,
                                             const xmlChar *name,
                                             int type,
                                             int def,
                                             const xmlChar *defaultValue,
                                             xmlEnumerationPtr tree);

An attribute definition has been parsed

`ctx` :	the user data (XML parser context)
`elem` :
`name` :	the attribute name
`type` :	the attribute type
`def` :
`defaultValue` :
`tree` :

elementDecl ()

void        elementDecl                     (void *ctx,
                                             const xmlChar *name,
                                             int type,
                                             xmlElementContentPtr content);

An element definition has been parsed

`ctx` :	the user data (XML parser context)
`name` :	the element name
`type` :	the element type
`content` :	the element value (without processing).

notationDecl ()

void        notationDecl                    (void *ctx,
                                             const xmlChar *name,
                                             const xmlChar *publicId,
                                             const xmlChar *systemId);

What to do when a notation declaration has been parsed.

`ctx` :	the user data (XML parser context)
`name` :	The name of the notation
`publicId` :	The public ID of the entity
`systemId` :	The system ID of the entity

unparsedEntityDecl ()

void        unparsedEntityDecl              (void *ctx,
                                             const xmlChar *name,
                                             const xmlChar *publicId,
                                             const xmlChar *systemId,
                                             const xmlChar *notationName);

What to do when an unparsed entity declaration is parsed

`ctx` :	the user data (XML parser context)
`name` :	The name of the entity
`publicId` :	The public ID of the entity
`systemId` :	The system ID of the entity
`notationName` :	the name of the notation

startDocument ()

void        startDocument                   (void *ctx);

called when the document start being processed.

ctx : the user data (XML parser context)

endDocument ()

void        endDocument                     (void *ctx);

called when the document end has been detected.

ctx : the user data (XML parser context)

attribute ()

void        attribute                       (void *ctx,
                                             const xmlChar *fullname,
                                             const xmlChar *value);

Handle an attribute that has been read by the parser. The default handling is to convert the attribute into an DOM subtree and past it in a new xmlAttr element added to the element.

`ctx` :	the user data (XML parser context)
`fullname` :
`value` :	The attribute value

startElement ()

void        startElement                    (void *ctx,
                                             const xmlChar *fullname,
                                             const xmlChar **atts);

called when an opening tag has been processed.

`ctx` :	the user data (XML parser context)
`fullname` :
`atts` :	An array of name/value attributes pairs, NULL terminated

endElement ()

void        endElement                      (void *ctx,
                                             const xmlChar *name);

called when the end of an element has been detected.

`ctx` :	the user data (XML parser context)
`name` :	The element name

reference ()

void        reference                       (void *ctx,
                                             const xmlChar *name);

called when an entity reference is detected.

`ctx` :	the user data (XML parser context)
`name` :	The entity name

characters ()

void        characters                      (void *ctx,
                                             const xmlChar *ch,
                                             int len);

receiving some chars from the parser. Question: how much at a time ???

`ctx` :	the user data (XML parser context)
`ch` :	a xmlChar string
`len` :	the number of xmlChar

ignorableWhitespace ()

void        ignorableWhitespace             (void *ctx,
                                             const xmlChar *ch,
                                             int len);

receiving some ignorable whitespaces from the parser. Question: how much at a time ???

`ctx` :	the user data (XML parser context)
`ch` :	a xmlChar string
`len` :	the number of xmlChar

processingInstruction ()

void        processingInstruction           (void *ctx,
                                             const xmlChar *target,
                                             const xmlChar *data);

A processing instruction has been parsed.

`ctx` :	the user data (XML parser context)
`target` :	the target name
`data` :	the PI data's

globalNamespace ()

void        globalNamespace                 (void *ctx,
                                             const xmlChar *href,
                                             const xmlChar *prefix);

An old global namespace has been parsed.

`ctx` :	the user data (XML parser context)
`href` :	the namespace associated URN
`prefix` :	the namespace prefix

setNamespace ()

void        setNamespace                    (void *ctx,
                                             const xmlChar *name);

Set the current element namespace.

`ctx` :	the user data (XML parser context)
`name` :	the namespace prefix

getNamespace ()

xmlNsPtr    getNamespace                    (void *ctx);

Get the current element namespace.

`ctx` :	the user data (XML parser context)
Returns :

checkNamespace ()

int         checkNamespace                  (void *ctx,
                                             xmlChar *nameSpace);

Check that the current element namespace is the same as the one read upon parsing.

`ctx` :	the user data (XML parser context)
`nameSpace` :	the namespace to check against
Returns :

namespaceDecl ()

void        namespaceDecl                   (void *ctx,
                                             const xmlChar *href,
                                             const xmlChar *prefix);

A namespace has been parsed.

`ctx` :	the user data (XML parser context)
`href` :	the namespace associated URN
`prefix` :	the namespace prefix

comment ()

void        comment                         (void *ctx,
                                             const xmlChar *value);

A comment has been parsed.

`ctx` :	the user data (XML parser context)
`value` :	the comment content

cdataBlock ()

void        cdataBlock                      (void *ctx,
                                             const xmlChar *value,
                                             int len);

called when a pcdata block has been parsed

`ctx` :	the user data (XML parser context)
`value` :	The pcdata content
`len` :	the block length

xmlDefaultSAXHandlerInit ()

void        xmlDefaultSAXHandlerInit        (void);

Initialize the default SAX handler

htmlDefaultSAXHandlerInit ()

void        htmlDefaultSAXHandlerInit       (void);