size_t _myhtml_string_append_char_references_state_5(myhtml_string_char_ref_chunk_t *chunk, myhtml_string_t* str, const char* buff, size_t offset, size_t size)
{
unsigned const char *u_buff = (unsigned const char*)buff;
size_t start_pos = chunk->begin + 3;
while(offset < size)
{
if(myhtml_string_chars_hex_map[ u_buff[offset] ] == 0xff)
{
chunk->state = 0;
if((str->length - (chunk->begin + 2)) == 0) {
return offset;
}
if(buff[offset] == ';')
offset++;
_myhtml_string_append_char_references_state_end(chunk, str);
break;
}
if((str->length - start_pos) < 5) {
chunk->l_data <<= 4;
chunk->l_data |= myhtml_string_chars_hex_map[ u_buff[offset] ];
_myhtml_string_charef_append(str, buff[offset]);
}
offset++;
}
return offset;
}
size_t _myhtml_string_append_char_references_state_4(myhtml_string_char_ref_chunk_t *chunk, myhtml_string_t* str, const unsigned char *buff, size_t offset, size_t size)
{
while(offset < size)
{
if(myhtml_string_chars_num_map[ buff[offset] ] == 0xff)
{
chunk->state = 0;
if((str->length - (chunk->begin + 2)) == 0) {
return offset;
}
if(buff[offset] == ';')
offset++;
_myhtml_string_append_char_references_state_end(chunk, str);
break;
}
chunk->l_data = myhtml_string_chars_num_map[ buff[offset] ] + chunk->l_data * 10;
_myhtml_string_charef_append(str, buff[offset]);
offset++;
}
return offset;
}
size_t _myhtml_string_append_char_references_state_4(myhtml_string_char_ref_chunk_t *chunk, myhtml_string_t* str, const unsigned char *buff, size_t offset, size_t size)
{
size_t tmp_offset = offset;
while(offset < size)
{
if(myhtml_string_chars_num_map[ buff[offset] ] == 0xff)
{
chunk->state = 0;
myhtml_string_append_with_preprocessing(str, (const char*)&buff[tmp_offset], (offset - tmp_offset));
if((str->length - (chunk->begin + 2)) == 0) {
return offset;
}
if(buff[offset] == ';')
offset++;
_myhtml_string_append_char_references_state_end(chunk, str);
return offset;
}
chunk->l_data = myhtml_string_chars_num_map[ buff[offset] ] + chunk->l_data * 10;
offset++;
}
myhtml_string_append_with_preprocessing(str, (const char*)&buff[tmp_offset], (offset - tmp_offset));
return offset;
}
size_t _myhtml_string_append_char_references_state_5(myhtml_string_char_ref_chunk_t *chunk, myhtml_string_t* str, const char* buff, size_t offset, size_t size)
{
unsigned const char *u_buff = (unsigned const char*)buff;
size_t start_pos = chunk->begin + 3;
size_t tmp_offset = offset, tmp_set_to = offset;
while(offset < size)
{
if(myhtml_string_chars_hex_map[ u_buff[offset] ] == 0xff)
{
chunk->state = 0;
myhtml_string_append_with_preprocessing(str, &buff[tmp_offset], (tmp_set_to - tmp_offset));
if((str->length - (chunk->begin + 3)) == 0) {
return offset;
}
if(buff[offset] == ';')
offset++;
_myhtml_string_append_char_references_state_end(chunk, str);
return offset;
}
if((str->length - start_pos) < 6) {
chunk->l_data <<= 4;
chunk->l_data |= myhtml_string_chars_hex_map[ u_buff[offset] ];
tmp_set_to++;
}
offset++;
}
myhtml_string_append_with_preprocessing(str, &buff[tmp_offset], (offset - tmp_offset));
return offset;
}
void myhtml_string_append_charef_end(myhtml_string_char_ref_chunk_t *chunk, myhtml_string_t* str)
{
if(chunk->state == 4 || chunk->state == 5) {
_myhtml_string_append_char_references_state_end(chunk, str);
}
else if(chunk->state == 2 && chunk->charef_res.last_entry)
{
const charef_entry_t *entry = chunk->charef_res.last_entry;
for (size_t i = 0; i < entry->codepoints_len; i++) {
MyHTML_STRING_REALLOC_IF_NEED(str, (chunk->begin + 4), 32);
chunk->begin += myhtml_encoding_codepoint_to_ascii_utf_8(entry->codepoints[i], &str->data[chunk->begin]);
}
str->length = chunk->begin;
}
if(str->length) {
if(str->data[ (str->length - 1) ] == '\r') {
str->data[ (str->length - 1) ] = '\n';
}
}
}
void myhtml_string_append_charef_end(myhtml_string_char_ref_chunk_t *chunk, myhtml_string_t* str)
{
if(chunk->state == 4 || chunk->state == 5) {
_myhtml_string_append_char_references_state_end(chunk, str);
}
}
