}

string_typeconstbody()const {

return body_.get();

string_type body;

string_type partial_parsed = body_.get();

typename headers_range<basic_response<Tag> >::type transfer_encoding_range =headers().equal_range("Transfer-Encoding");

if (!empty(transfer_encoding_range) &&boost::iequals(boost::begin(transfer_encoding_range)->second,"chunked")) {

typename string_type::iterator begin = partial_parsed.begin();

string_type crlf ="\r\n";

for (typename string_type::iterator iter =std::search(begin, partial_parsed.end(), crlf.begin(), crlf.end());

iter != partial_parsed.end();

iter =std::search(begin, partial_parsed.end(), crlf.begin(), crlf.end())) {

string_typeline(begin, iter);

if (line.empty())break;

std::stringstreamstream(line);

int len;

stream >> std::hex >> len;

iter +=2;

if (!len)break;

if (len <= partial_parsed.end() - iter) {

body.insert(body.end(), iter, iter + len);

iter += len;

}

begin = iter;

}

}else {

std::swap(body, partial_parsed);

}

return body;

}

voidbody(boost::shared_future<string_type>const & future)const {