/* */ #include "Request.h" #include "Util.h" Request::Request():port(0), tryCount(0), isTorrent(false) { defaultPorts["http"] = 80; #ifdef ENABLE_SSL // for SSL defaultPorts["https"] = 443; #endif // ENABLE_SSL defaultPorts["ftp"] = 21; seg.sp = 0; seg.ep = 0; seg.ds = 0; seg.finish = false; cookieBox = new CookieBox(); } Request::~Request() { delete cookieBox; } bool Request::setUrl(const string& url) { this->url = url; return parseUrl(url); } bool Request::resetUrl() { previousUrl = referer; return setUrl(url); } bool Request::redirectUrl(const string& url) { previousUrl = currentUrl; return parseUrl(url); } bool Request::parseUrl(const string& url) { currentUrl = url; string tempUrl = url; string query; host = ""; port = 0; dir = ""; file = ""; if(url.find_first_not_of(SAFE_CHARS) != string::npos) { return false; } string::size_type startQueryIndex = tempUrl.find("?"); if(startQueryIndex != string::npos) { query = tempUrl.substr(startQueryIndex); tempUrl.erase(startQueryIndex); } string::size_type hp = tempUrl.find("://"); if(hp == string::npos) return false; protocol = tempUrl.substr(0, hp); int defPort; if((defPort = defaultPorts[protocol]) == 0) { return false; } hp += 3; if(tempUrl.size() <= hp) return false; string::size_type hep = tempUrl.find("/", hp); if(hep == string::npos) { hep = tempUrl.size(); } pair hostAndPort; Util::split(hostAndPort, tempUrl.substr(hp, hep-hp), ':'); host = hostAndPort.first; if(hostAndPort.second != "") { port = (int)strtol(hostAndPort.second.c_str(), NULL, 10); if(!(0 < port && port <= 65535)) { return false; } } else { // If port is not specified, then we set it to default port of its protocol.. port = defPort; } string::size_type direp = tempUrl.find_last_of("/"); if(direp == string::npos || direp <= hep) { dir = "/"; direp = hep; } else { dir = tempUrl.substr(hep, direp-hep); } if(tempUrl.size() > direp+1) { file = tempUrl.substr(direp+1); } file += query; return true; }