DFNameMap *DFNameMapNew(void)
{
DFNameMap *map = (DFNameMap *)xcalloc(1,sizeof(DFNameMap));
map->namespacesByID = DFHashTableNew2(NULL,NULL,997);
map->namespacesByURI = DFHashTableNew2(NULL,(DFFreeFunction)DFNamespaceInfoFree,997);
map->tagsByID = DFHashTableNew2(NULL,(DFFreeFunction)DFTagInfoFree,997);
map->nextNamespaceId = PREDEFINED_NAMESPACE_COUNT;
map->nextTag = PREDEFINED_TAG_COUNT;
map->localTagsByNameURI = DFNameHashTableNew();
NameMap_staticInit();
return map;
}
static void NameMap_staticInit()
{
if (defaultNamespacesByURI != NULL)
return;
defaultNamespacesByURI = DFHashTableNew2(NULL,NULL,997);
defaultTagsByNameURI = DFNameHashTableNew();
for (NamespaceID nsId = 1; nsId < PREDEFINED_NAMESPACE_COUNT; nsId++) {
const NamespaceDecl *decl = &PredefinedNamespaces[nsId];
const char *key = (const char *)decl->namespaceURI;
assert(DFHashTableLookup(defaultNamespacesByURI,key) == NULL);
DFNamespaceInfo *ns = DFNamespaceInfoNew(nsId,decl->namespaceURI,decl->prefix);
DFHashTableAdd(defaultNamespacesByURI,key,ns);
}
for (Tag tag = MIN_ELEMENT_TAG; tag < PREDEFINED_TAG_COUNT; tag++) {
const TagDecl *tagDecl = &PredefinedTags[tag];
const NamespaceDecl *nsDecl = &PredefinedNamespaces[tagDecl->namespaceID];
DFNameHashTableAdd(defaultTagsByNameURI,
tagDecl->localName,
nsDecl->namespaceURI,
tag,
tagDecl->namespaceID);
}
}
DFDocument *DFDocumentNew(void)
{
DFDocument *doc = (DFDocument *)xcalloc(1,sizeof(DFDocument));
doc->retainCount = 1;
doc->allocator = DFAllocatorNew();
doc->map = DFNameMapNew();
doc->nodesByIdAttr = DFHashTableNew2(NULL,NULL,997);
doc->nodesCount = 0;
doc->nodesAlloc = 1;
doc->nodes = (DFNode **)xmalloc(doc->nodesAlloc*sizeof(DFNode *));
doc->docNode = DocumentCreateNode(doc,DOM_DOCUMENT);
return doc;
}
