// xmlNewDocNode
func (doc *Document) NewNode(ns *Namespace, name string, content string) *Node {
ptrn := C.CString(name)
defer C.free_string(ptrn)
ptrc := C.CString(content)
defer C.free_string(ptrc)
if ns != nil {
return makeNode(C.xmlNewDocNode(doc.Ptr, ns.Ptr, C.to_xmlcharptr(ptrn), C.to_xmlcharptr(ptrc)))
}
return makeNode(C.xmlNewDocNode(doc.Ptr, nil, C.to_xmlcharptr(ptrn), C.to_xmlcharptr(ptrc)))
}
func (d *Document) CreateElementNS(nsuri, name string) (*Element, error) {
if C.MY_test_node_name(stringToXmlChar(name)) == 0 {
return nil, ErrInvalidNodeName
}
i := strings.IndexByte(name, ':')
nsuriDup := stringToXmlChar(nsuri)
prefix := stringToXmlChar(name[:i])
localname := stringToXmlChar(name[i+1:])
ns := C.xmlNewNs(nil, nsuriDup, prefix)
newNode := C.xmlNewDocNode(d.ptr, ns, localname, nil)
newNode.nsDef = ns
return wrapElement((*C.xmlElement)(unsafe.Pointer(newNode))), nil
}
// CreateElementNS Create an element with the given namespace
func (xp *Xp) createElementNS(prefix, element string, context *C.xmlNode, before *C.xmlNode) (newcontext *C.xmlNode) {
ns := C.xmlNewNs(nil, namespaces[prefix].ns_uri, namespaces[prefix].prefix) // candidate for cache ...
if ns == nil {
panic("ns is nil")
}
celement := unsafe.Pointer(C.CString(element))
newelement := C.xmlNewDocNode(xp.doc, ns, (*C.xmlChar)(celement), nil)
C.free(celement)
if before != nil {
newcontext = C.xmlAddPrevSibling(before, newelement)
} else {
if context == nil {
context = C.xmlDocGetRootElement(xp.doc)
}
newcontext = C.xmlAddChild(context, newelement)
}
return
}
