func LibxmlInitParser() {
if called_clean := atomic.LoadInt32(cleaned); called_clean != 0 {
panic("LibxmlCleanUpParser has been called. Please make sure you only " +
"call it if no more document parsing will take place.")
}
once.Do(func() { C.xmlInitParser() })
}
func init() {
C.xmlInitParser()
if rv := C.xmlSecInit(); rv < 0 {
panic("xmlsec failed to initialize")
}
if rv := C.xmlSecCryptoAppInit(nil); rv < 0 {
panic("xmlsec crypto initialization failed.")
}
if rv := C.xmlSecCryptoInit(); rv < 0 {
panic("xmlsec crypto initialization failed.")
}
}
// init the library
func init() {
C.xmlInitParser()
// initialize a global namespace array - it is not obvious who should free the allocated const C strings after
// being used in C.xmlXPathRegisterNs - if we only have one globally shared we don't care ...
namespaces = make(map[string]namespaceMap)
for i, value := range m {
namespaces[i] = namespaceMap{
(*C.xmlChar)(unsafe.Pointer(C.CString(i))),
(*C.xmlChar)(unsafe.Pointer(C.CString(value))),
}
}
// from xmlsec idents to golang defs of digest algorithms
for _, a := range algos {
algos[a.digest] = algo{"", "", a.algo, a.derprefix}
algos[a.signature] = algo{"", "", a.algo, a.derprefix}
}
}
func CreateEmptyDocument(inEncoding, outEncoding []byte) (doc *HtmlDocument) {
C.xmlInitParser()
docPtr := C.htmlNewDoc(nil, nil)
doc = NewDocument(unsafe.Pointer(docPtr), 0, inEncoding, outEncoding)
return
}
func LibxmlInitParser() {
C.xmlInitParser()
}