function HTTPGetResponse($fp, $debug, $options, $startts, $timeout)
{
$recvstart = microtime(true);
$rawdata = $data = "";
$rawsize = $rawrecvheadersize = 0;
do {
$autodecode = !isset($options["auto_decode"]) || $options["auto_decode"];
// Process the response line.
while (strpos($data, "\n") === false && ($data2 = fgets($fp, 116000)) !== false) {
if ($timeout !== false && HTTPGetTimeLeft($startts, $timeout) == 0) {
return array("success" => false, "error" => HTTPTranslate("HTTP timeout exceeded."), "errorcode" => "timeout_exceeded");
}
$rawsize += strlen($data2);
$data .= $data2;
if (isset($options["recvratelimit"])) {
HTTPRateLimit($rawsize, $recvstart, $options["recvratelimit"]);
}
if (isset($options["debug_callback"])) {
$options["debug_callback"]("rawrecv", $data2, $options["debug_callback_opts"]);
} else {
if ($debug) {
$rawdata .= $data2;
}
}
if (feof($fp)) {
break;
}
}
$pos = strpos($data, "\n");
if ($pos === false) {
return array("success" => false, "error" => HTTPTranslate("Unable to retrieve response line."), "errorcode" => "get_response_line");
}
$line = trim(substr($data, 0, $pos));
$data = substr($data, $pos + 1);
$rawrecvheadersize += $pos + 1;
$response = explode(" ", $line, 3);
$response = array("line" => $line, "httpver" => strtoupper($response[0]), "code" => $response[1], "meaning" => $response[2]);
// Process the headers.
$headers = array();
$lastheader = "";
do {
while (strpos($data, "\n") === false && ($data2 = fgets($fp, 116000)) !== false) {
if ($timeout !== false && HTTPGetTimeLeft($startts, $timeout) == 0) {
return array("success" => false, "error" => HTTPTranslate("HTTP timeout exceeded."), "errorcode" => "timeout_exceeded");
}
$rawsize += strlen($data2);
$data .= $data2;
if (isset($options["recvratelimit"])) {
HTTPRateLimit($rawsize, $recvstart, $options["recvratelimit"]);
}
if (isset($options["debug_callback"])) {
$options["debug_callback"]("rawrecv", $data2, $options["debug_callback_opts"]);
} else {
if ($debug) {
$rawdata .= $data2;
}
}
if (feof($fp)) {
break;
}
}
$pos = strpos($data, "\n");
if ($pos === false) {
$pos = strlen($data);
}
$header = rtrim(substr($data, 0, $pos));
$data = substr($data, $pos + 1);
$rawrecvheadersize += $pos + 1;
if ($header != "") {
if ($lastheader != "" && substr($header, 0, 1) == " " || substr($header, 0, 1) == "\t") {
$headers[$lastheader][count($headers[$lastheader]) - 1] .= $header;
} else {
$pos = strpos($header, ":");
if ($pos === false) {
$pos = strlen($header);
}
$lastheader = HTTPHeaderNameCleanup(substr($header, 0, $pos));
if (!isset($headers[$lastheader])) {
$headers[$lastheader] = array();
}
$headers[$lastheader][] = ltrim(substr($header, $pos + 1));
}
}
} while ($header != "");
if ($response["code"] != 100 && isset($options["read_headers_callback"])) {
if (!$options["read_headers_callback"]($response, $headers, $options["read_headers_callback_opts"])) {
return array("success" => false, "error" => HTTPTranslate("Read headers callback returned with a failure condition."), "errorcode" => "read_header_callback");
}
}
// Determine if decoding the content is possible and necessary.
if ($autodecode && !isset($headers["Content-Encoding"]) || strtolower($headers["Content-Encoding"][0]) != "gzip" && strtolower($headers["Content-Encoding"][0]) != "deflate") {
$autodecode = false;
}
if (!$autodecode) {
$autodecode_ds = false;
} else {
require_once str_replace("\\", "/", dirname(__FILE__)) . "/deflate_stream.php";
// Since servers and browsers do everything wrong, ignore the encoding claim and attempt to auto-detect the encoding.
$autodecode_ds = new DeflateStream();
$autodecode_ds->Init("rb", -1, array("type" => "auto"));
}
// Process the body.
$body = "";
if (isset($headers["Transfer-Encoding"]) && strtolower($headers["Transfer-Encoding"][0]) == "chunked") {
do {
// Calculate the next chunked size and ignore chunked extensions.
while (strpos($data, "\n") === false && ($data2 = fgets($fp, 116000)) !== false) {
if ($timeout !== false && HTTPGetTimeLeft($startts, $timeout) == 0) {
return array("success" => false, "error" => HTTPTranslate("HTTP timeout exceeded."), "errorcode" => "timeout_exceeded");
}
$rawsize += strlen($data2);
$data .= $data2;
if (isset($options["recvratelimit"])) {
HTTPRateLimit($rawsize, $recvstart, $options["recvratelimit"]);
}
if (isset($options["debug_callback"])) {
$options["debug_callback"]("rawrecv", $data2, $options["debug_callback_opts"]);
} else {
if ($debug) {
$rawdata .= $data2;
}
}
if (feof($fp)) {
break;
}
}
$pos = strpos($data, "\n");
if ($pos === false) {
$pos = strlen($data);
}
$line = trim(substr($data, 0, $pos));
$data = substr($data, $pos + 1);
$pos = strpos($line, ";");
if ($pos === false) {
$pos = strlen($line);
}
$size = hexdec(substr($line, 0, $pos));
if ($size < 0) {
$size = 0;
}
// Retrieve content.
$size2 = $size;
$size3 = min(strlen($data), $size);
if ($size3 > 0) {
$data2 = substr($data, 0, $size3);
$data = substr($data, $size3);
$size2 -= $size3;
if ($response["code"] == 100 || !isset($options["read_body_callback"])) {
$body .= HTTPGetDecodedBody($autodecode_ds, $data2);
} else {
if (!$options["read_body_callback"]($response, HTTPGetDecodedBody($autodecode_ds, $data2), $options["read_body_callback_opts"])) {
return array("success" => false, "error" => HTTPTranslate("Read body callback returned with a failure condition."), "errorcode" => "read_body_callback");
}
}
}
while ($size2 > 0 && ($data2 = fread($fp, $size2 > 65536 ? 65536 : $size2)) !== false) {
if ($timeout !== false && HTTPGetTimeLeft($startts, $timeout) == 0) {
return array("success" => false, "error" => HTTPTranslate("HTTP timeout exceeded."), "errorcode" => "timeout_exceeded");
}
$tempsize = strlen($data2);
$rawsize += $tempsize;
$size2 -= $tempsize;
if ($response["code"] == 100 || !isset($options["read_body_callback"])) {
$body .= HTTPGetDecodedBody($autodecode_ds, $data2);
} else {
if (!$options["read_body_callback"]($response, HTTPGetDecodedBody($autodecode_ds, $data2), $options["read_body_callback_opts"])) {
return array("success" => false, "error" => HTTPTranslate("Read body callback returned with a failure condition."), "errorcode" => "read_body_callback");
}
}
if (isset($options["recvratelimit"])) {
HTTPRateLimit($rawsize, $recvstart, $options["recvratelimit"]);
}
if (isset($options["debug_callback"])) {
$options["debug_callback"]("rawrecv", $data2, $options["debug_callback_opts"]);
} else {
if ($debug) {
$rawdata .= $data2;
}
}
if (feof($fp)) {
break;
}
}
// Ignore one newline.
while (strpos($data, "\n") === false && ($data2 = fgets($fp, 116000)) !== false) {
if ($timeout !== false && HTTPGetTimeLeft($startts, $timeout) == 0) {
return array("success" => false, "error" => HTTPTranslate("HTTP timeout exceeded."), "errorcode" => "timeout_exceeded");
}
$rawsize += strlen($data2);
$data .= $data2;
if (isset($options["recvratelimit"])) {
HTTPRateLimit($rawsize, $recvstart, $options["recvratelimit"]);
}
if (isset($options["debug_callback"])) {
$options["debug_callback"]("rawrecv", $data2, $options["debug_callback_opts"]);
} else {
if ($debug) {
$rawdata .= $data2;
}
}
if (feof($fp)) {
break;
}
}
$pos = strpos($data, "\n");
if ($pos === false) {
$pos = strlen($data);
}
$data = substr($data, $pos + 1);
} while ($size);
// Process additional headers.
$lastheader = "";
do {
while (strpos($data, "\n") === false && ($data2 = fgets($fp, 116000)) !== false) {
if ($timeout !== false && HTTPGetTimeLeft($startts, $timeout) == 0) {
return array("success" => false, "error" => HTTPTranslate("HTTP timeout exceeded."), "errorcode" => "timeout_exceeded");
}
$rawsize += strlen($data2);
$data .= $data2;
if (isset($options["recvratelimit"])) {
HTTPRateLimit($rawsize, $recvstart, $options["recvratelimit"]);
}
if (isset($options["debug_callback"])) {
$options["debug_callback"]("rawrecv", $data2, $options["debug_callback_opts"]);
} else {
if ($debug) {
$rawdata .= $data2;
}
}
if (feof($fp)) {
break;
}
}
$pos = strpos($data, "\n");
if ($pos === false) {
$pos = strlen($data);
}
$header = rtrim(substr($data, 0, $pos));
$data = substr($data, $pos + 1);
$rawrecvheadersize += $pos + 1;
if ($header != "") {
if ($lastheader != "" && (substr($header, 0, 1) == " " || substr($header, 0, 1) == "\t")) {
$headers[$lastheader][count($headers[$lastheader]) - 1] .= $header;
} else {
$pos = strpos($header, ":");
if ($pos === false) {
$pos = strlen($header);
}
$lastheader = HTTPHeaderNameCleanup(substr($header, 0, $pos));
if (!isset($headers[$lastheader])) {
$headers[$lastheader] = array();
}
$headers[$lastheader][] = ltrim(substr($header, $pos + 1));
}
}
} while ($header != "");
if ($response["code"] != 100 && isset($options["read_headers_callback"])) {
if (!$options["read_headers_callback"]($response, $headers, $options["read_headers_callback_opts"])) {
return array("success" => false, "error" => HTTPTranslate("Read headers callback returned with a failure condition."), "errorcode" => "read_header_callback");
}
}
} else {
if (isset($headers["Content-Length"])) {
$size = (int) $headers["Content-Length"][0];
$datasize = 0;
while ($datasize < $size && ($data2 = fread($fp, $size > 65536 ? 65536 : $size)) !== false) {
if ($timeout !== false && HTTPGetTimeLeft($startts, $timeout) == 0) {
return array("success" => false, "error" => HTTPTranslate("HTTP timeout exceeded."), "errorcode" => "timeout_exceeded");
}
$tempsize = strlen($data2);
$datasize += $tempsize;
$rawsize += $tempsize;
if ($response["code"] == 100 || !isset($options["read_body_callback"])) {
$body .= HTTPGetDecodedBody($autodecode_ds, $data2);
} else {
if (!$options["read_body_callback"]($response, HTTPGetDecodedBody($autodecode_ds, $data2), $options["read_body_callback_opts"])) {
return array("success" => false, "error" => HTTPTranslate("Read body callback returned with a failure condition."), "errorcode" => "read_body_callback");
}
}
if (isset($options["recvratelimit"])) {
HTTPRateLimit($rawsize, $recvstart, $options["recvratelimit"]);
}
if (isset($options["debug_callback"])) {
$options["debug_callback"]("rawrecv", $data2, $options["debug_callback_opts"]);
} else {
if ($debug) {
$rawdata .= $data2;
}
}
if (feof($fp)) {
break;
}
}
} else {
if ($response["code"] != 100) {
while (($data2 = fread($fp, 65536)) !== false) {
if ($timeout !== false && HTTPGetTimeLeft($startts, $timeout) == 0) {
return array("success" => false, "error" => HTTPTranslate("HTTP timeout exceeded."), "errorcode" => "timeout_exceeded");
}
$tempsize = strlen($data2);
$rawsize += $tempsize;
if ($response["code"] == 100 || !isset($options["read_body_callback"])) {
$body .= HTTPGetDecodedBody($autodecode_ds, $data2);
} else {
if (!$options["read_body_callback"]($response, HTTPGetDecodedBody($autodecode_ds, $data2), $options["read_body_callback_opts"])) {
return array("success" => false, "error" => HTTPTranslate("Read body callback returned with a failure condition."), "errorcode" => "read_body_callback");
}
}
if (isset($options["recvratelimit"])) {
HTTPRateLimit($rawsize, $recvstart, $options["recvratelimit"]);
}
if (isset($options["debug_callback"])) {
$options["debug_callback"]("rawrecv", $data2, $options["debug_callback_opts"]);
} else {
if ($debug) {
$rawdata .= $data2;
}
}
if (feof($fp)) {
break;
}
}
}
}
}
if ($autodecode_ds !== false) {
$autodecode_ds->Finalize();
$data2 = $autodecode_ds->Read();
if ($response["code"] == 100 || !isset($options["read_body_callback"])) {
$body .= $data2;
} else {
if (!$options["read_body_callback"]($response, $data2, $options["read_body_callback_opts"])) {
return array("success" => false, "error" => HTTPTranslate("Read body callback returned with a failure condition."), "errorcode" => "read_body_callback");
}
}
}
} while ($response["code"] == 100);
return array("success" => true, "rawrecv" => $rawdata, "rawrecvsize" => $rawsize, "rawrecvheadersize" => $rawrecvheadersize, "recvstart" => $recvstart, "response" => $response, "headers" => $headers, "body" => $body);
}
function curl_exec($ch)
{
global $curl_init__map;
$key = get_check_curl_init_key($ch);
// Set allowed protocols.
$allowedprotocols = array("http" => true, "https" => true);
if (isset($curl_init__map[$key]["options"][CURLOPT_PROTOCOLS])) {
$allowedprotocols["http"] = (bool) ($curl_init__map[$key]["options"][CURLOPT_PROTOCOLS] & CURLPROTO_HTTP);
$allowedprotocols["https"] = (bool) ($curl_init__map[$key]["options"][CURLOPT_PROTOCOLS] & CURLPROTO_HTTPS);
}
$curl_init__map[$key]["browser"]->SetState(array("allowedprotocols" => $allowedprotocols));
// Set allowed redirect protocols.
$allowedprotocols = array("http" => true, "https" => true);
if (isset($curl_init__map[$key]["options"][CURLOPT_REDIR_PROTOCOLS])) {
$allowedprotocols["http"] = (bool) ($curl_init__map[$key]["options"][CURLOPT_REDIR_PROTOCOLS] & CURLPROTO_HTTP);
$allowedprotocols["https"] = (bool) ($curl_init__map[$key]["options"][CURLOPT_REDIR_PROTOCOLS] & CURLPROTO_HTTPS);
}
$curl_init__map[$key]["browser"]->SetState(array("allowedredirprotocols" => $allowedprotocols));
// Load cookies. Violates the PHP/cURL definition a lot. Whatever.
if (isset($curl_init__map[$key]["options"][CURLOPT_COOKIEFILE]) && is_string($curl_init__map[$key]["options"][CURLOPT_COOKIEFILE]) && $curl_init__map[$key]["options"][CURLOPT_COOKIEFILE] != "") {
$data = @unserialize(@file_get_contents($curl_init__map[$key]["options"][CURLOPT_COOKIEFILE]));
if ($data !== false && is_array($data)) {
// Load the WebBrowser() object with the cookies.
$curl_init__map[$key]["browser"]->SetState(array("cookies" => $data));
}
$curl_init__map[$key]["options"][CURLOPT_COOKIEFILE] = "";
}
if (isset($curl_init__map[$key]["options"][CURLOPT_COOKIESESSION]) && $curl_init__map[$key]["options"][CURLOPT_COOKIESESSION]) {
$curl_init__map[$key]["browser"]->DeleteSessionCookies();
}
// Set the autoreferer setting.
$curl_init__map[$key]["browser"]->SetState(array("autoreferer" => isset($curl_init__map[$key]["options"][CURLOPT_AUTOREFERER]) && $curl_init__map[$key]["options"][CURLOPT_AUTOREFERER]));
// Set the Referer.
if (isset($curl_init__map[$key]["options"][CURLOPT_REFERER]) && is_string($curl_init__map[$key]["options"][CURLOPT_REFERER])) {
$curl_init__map[$key]["browser"]->SetState(array("referer" => $curl_init__map[$key]["options"][CURLOPT_REFERER]));
}
// Set the followlocation and maxfollow settings.
$curl_init__map[$key]["browser"]->SetState(array("followlocation" => isset($curl_init__map[$key]["options"][CURLOPT_FOLLOWLOCATION]) && $curl_init__map[$key]["options"][CURLOPT_FOLLOWLOCATION]));
$curl_init__map[$key]["browser"]->SetState(array("maxfollow" => isset($curl_init__map[$key]["options"][CURLOPT_MAXREDIRS]) ? $curl_init__map[$key]["options"][CURLOPT_MAXREDIRS] : 20));
// Set up the options array.
$options = array();
// Set connect and total timeout options.
if (isset($curl_init__map[$key]["options"][CURLOPT_CONNECTTIMEOUT]) || isset($curl_init__map[$key]["options"][CURLOPT_CONNECTTIMEOUT_MS])) {
$timeout = (isset($curl_init__map[$key]["options"][CURLOPT_CONNECTTIMEOUT]) ? $curl_init__map[$key]["options"][CURLOPT_CONNECTTIMEOUT] : 0) + (isset($curl_init__map[$key]["options"][CURLOPT_CONNECTTIMEOUT_MS]) ? $curl_init__map[$key]["options"][CURLOPT_CONNECTTIMEOUT_MS] : 0) / 1000;
if ($timeout > 0) {
$options["connecttimeout"] = $timeout;
$options["proxyconnecttimeout"] = $timeout;
}
}
if (isset($curl_init__map[$key]["options"][CURLOPT_TIMEOUT]) || isset($curl_init__map[$key]["options"][CURLOPT_TIMEOUT_MS])) {
$timeout = (isset($curl_init__map[$key]["options"][CURLOPT_TIMEOUT]) ? $curl_init__map[$key]["options"][CURLOPT_TIMEOUT] : 0) + (isset($curl_init__map[$key]["options"][CURLOPT_TIMEOUT_MS]) ? $curl_init__map[$key]["options"][CURLOPT_TIMEOUT_MS] : 0) / 1000;
if ($timeout > 0) {
$options["connecttimeout"] = $timeout;
$options["proxyconnecttimeout"] = $timeout;
}
}
// Set proxy options.
if (isset($curl_init__map[$key]["options"][CURLOPT_PROXY])) {
if (isset($curl_init__map[$key]["options"][CURLOPT_PROXYTYPE]) && $curl_init__map[$key]["options"][CURLOPT_PROXYTYPE] != CURLPROXY_HTTP) {
$curl_init__map[$key]["errorno"] = CURLE_UNSUPPORTED_PROTOCOL;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("CURLOPT_PROXYTYPE option is unsupported.");
return false;
}
$proxyurl = $curl_init__map[$key]["options"][CURLOPT_PROXY];
$proxyport = (int) (isset($curl_init__map[$key]["options"][CURLOPT_PROXYPORT]) ? $curl_init__map[$key]["options"][CURLOPT_PROXYPORT] : false);
if ($proxyport < 1 || $proxyport > 65535) {
$proxyport = false;
}
if (strpos($proxyurl, "://") === false) {
$proxyurl = ($proxyport == 443 ? "https://" : "http://") . $proxyurl;
}
$proxyurl = ExtractURL($proxyurl);
if ($proxyport !== false) {
$proxyurl["port"] = $proxyport;
}
if (isset($curl_init__map[$key]["options"][CURLOPT_PROXYUSERPWD])) {
$userpass = explode(":", $curl_init__map[$key]["options"][CURLOPT_PROXYUSERPWD]);
if (count($userpass) == 2) {
$proxyurl["loginusername"] = urldecode($userpass[0]);
$proxyurl["loginpassword"] = urldecode($userpass[1]);
}
}
$options["proxyurl"] = CondenseURL($proxyurl);
if (isset($curl_init__map[$key]["options"][CURLOPT_HTTPPROXYTUNNEL])) {
$options["proxyconnect"] = $curl_init__map[$key]["options"][CURLOPT_HTTPPROXYTUNNEL];
}
}
// Set SSL options.
$options["sslopts"] = array();
$options["sslopts"]["verify_peer"] = isset($curl_init__map[$key]["options"][CURLOPT_SSL_VERIFYPEER]) ? $curl_init__map[$key]["options"][CURLOPT_SSL_VERIFYPEER] : true;
if (isset($curl_init__map[$key]["options"][CURLOPT_CAINFO])) {
$options["sslopts"]["cafile"] = $curl_init__map[$key]["options"][CURLOPT_CAINFO];
}
if (isset($curl_init__map[$key]["options"][CURLOPT_CAPATH])) {
$options["sslopts"]["capath"] = $curl_init__map[$key]["options"][CURLOPT_CAPATH];
}
if (!isset($options["sslopts"]["cafile"]) && !isset($options["sslopts"]["capath"])) {
$options["sslopts"]["auto_cainfo"] = true;
}
if (isset($curl_init__map[$key]["options"][CURLOPT_SSLCERT]) && isset($curl_init__map[$key]["options"][CURLOPT_SSLKEY])) {
if ($curl_init__map[$key]["options"][CURLOPT_SSLCERT] !== $curl_init__map[$key]["options"][CURLOPT_SSLKEY]) {
$curl_init__map[$key]["errorno"] = CURLE_SSL_CONNECT_ERROR;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("CURLOPT_SSLCERT and CURLOPT_SSLKEY must be identical.");
return false;
}
$certpass = isset($curl_init__map[$key]["options"][CURLOPT_SSLCERTPASSWD]) ? $curl_init__map[$key]["options"][CURLOPT_SSLCERTPASSWD] : false;
$keypass = isset($curl_init__map[$key]["options"][CURLOPT_SSLKEYPASSWD]) ? $curl_init__map[$key]["options"][CURLOPT_SSLKEYPASSWD] : false;
if ($certpass !== $keypass) {
$curl_init__map[$key]["errorno"] = CURLE_SSL_CONNECT_ERROR;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("CURLOPT_SSLCERTPASSWD and CURLOPT_SSLKEYPASSWD must be identical.");
return false;
}
$certtype = strtoupper(isset($curl_init__map[$key]["options"][CURLOPT_SSLCERTTYPE]) ? $curl_init__map[$key]["options"][CURLOPT_SSLCERTTYPE] : "PEM");
$keytype = strtoupper(isset($curl_init__map[$key]["options"][CURLOPT_SSLKEYTYPE]) ? $curl_init__map[$key]["options"][CURLOPT_SSLKEYTYPE] : "PEM");
if ($certpass !== $keypass || $cert !== "PEM") {
$curl_init__map[$key]["errorno"] = CURLE_SSL_CONNECT_ERROR;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("CURLOPT_SSLCERTTYPE and CURLOPT_SSLKEYTYPE must be PEM format.");
return false;
}
$options["sslopts"]["local_cert"] = $curl_init__map[$key]["options"][CURLOPT_SSLCERT];
if ($certpass !== false) {
$options["sslopts"]["passphrase"] = $certpass;
}
}
if (isset($curl_init__map[$key]["options"][CURLOPT_SSL_CIPHER_LIST])) {
$options["sslopts"]["ciphers"] = $curl_init__map[$key]["options"][CURLOPT_SSL_CIPHER_LIST];
}
$options["sslopts"]["auto_cn_match"] = true;
$options["sslopts"]["auto_sni"] = true;
$options["sslopts"]["capture_peer_cert"] = isset($curl_init__map[$key]["options"][CURLOPT_CERTINFO]) ? $curl_init__map[$key]["options"][CURLOPT_CERTINFO] : false;
// Set the method.
if (isset($curl_init__map[$key]["options"][CURLOPT_UPLOAD]) && (bool) $curl_init__map[$key]["options"][CURLOPT_UPLOAD]) {
$options["method"] = "PUT";
} else {
$options["method"] = $curl_init__map[$key]["method"];
}
// Set the HTTP version.
if (isset($curl_init__map[$key]["options"][CURLOPT_HTTP_VERSION])) {
if ($curl_init__map[$key]["options"][CURLOPT_HTTP_VERSION] == CURL_HTTP_VERSION_1_0) {
$options["httpver"] = "1.0";
} else {
if ($curl_init__map[$key]["options"][CURLOPT_HTTP_VERSION] == CURL_HTTP_VERSION_1_1) {
$options["httpver"] = "1.1";
}
}
}
// Set rate limits.
if (isset($curl_init__map[$key]["options"][CURLOPT_MAX_RECV_SPEED_LARGE])) {
$options["recvratelimit"] = $curl_init__map[$key]["options"][CURLOPT_MAX_RECV_SPEED_LARGE];
}
if (isset($curl_init__map[$key]["options"][CURLOPT_MAX_SEND_SPEED_LARGE])) {
$options["sendratelimit"] = $curl_init__map[$key]["options"][CURLOPT_MAX_SEND_SPEED_LARGE];
}
// Set headers.
$options["headers"] = array();
$options["headers"]["Accept"] = "*/*";
if (isset($curl_init__map[$key]["options"][CURLOPT_HTTPHEADER]) && is_array($curl_init__map[$key]["options"][CURLOPT_HTTPHEADER])) {
foreach ($curl_init__map[$key]["options"][CURLOPT_HTTPHEADER] as $header) {
$pos = strpos($header, ":");
if ($pos !== false) {
$val = ltrim(substr($header, $pos + 1));
if ($val == "") {
unset($options["headers"][HTTPHeaderNameCleanup(substr($header, 0, $pos))]);
} else {
$options["headers"][HTTPHeaderNameCleanup(substr($header, 0, $pos))] = $val;
}
}
}
}
if (isset($curl_init__map[$key]["options"][CURLOPT_USERAGENT])) {
$options["headers"]["User-Agent"] = $curl_init__map[$key]["options"][CURLOPT_USERAGENT];
}
if (isset($curl_init__map[$key]["options"][CURLOPT_COOKIE])) {
$options["headers"]["Cookie"] = $curl_init__map[$key]["options"][CURLOPT_COOKIE];
}
if (isset($curl_init__map[$key]["options"][CURLOPT_RANGE])) {
$options["headers"]["Range"] = "bytes=" . $curl_init__map[$key]["options"][CURLOPT_RANGE];
}
if (isset($curl_init__map[$key]["options"][CURLOPT_RESUME_FROM])) {
$options["headers"]["Range"] = "bytes=" . $curl_init__map[$key]["options"][CURLOPT_RESUME_FROM] . "-";
}
if (isset($curl_init__map[$key]["options"][CURLOPT_TIMECONDITION]) && isset($curl_init__map[$key]["options"][CURLOPT_TIMEVALUE])) {
if ($curl_init__map[$key]["options"][CURLOPT_TIMECONDITION] == CURL_TIMECOND_IFMODSINCE) {
$options["headers"]["If-Modified-Since"] = gmdate("D, d M Y H:i:s", $curl_init__map[$key]["options"][CURLOPT_TIMEVALUE]) . " GMT";
} else {
if ($curl_init__map[$key]["options"][CURLOPT_TIMECONDITION] == CURL_TIMECOND_IFUNMODSINCE) {
$options["headers"]["If-Unmodified-Since"] = gmdate("D, d M Y H:i:s", $curl_init__map[$key]["options"][CURLOPT_TIMEVALUE]) . " GMT";
}
}
}
// Set POST variables and files.
if (isset($curl_init__map[$key]["options"][CURLOPT_POSTFIELDS])) {
$postvars = $curl_init__map[$key]["options"][CURLOPT_POSTFIELDS];
if (is_string($postvars)) {
$postvars2 = array();
$postvars = explode("&", $postvars);
foreach ($postvars as $postvar) {
$pos = strpos($postvar, "=");
if ($pos === false) {
$name = urldecode($postvar);
$val = "";
} else {
$name = urldecode(substr($postvar, 0, $pos));
$val = urldecode(substr($postvar, $pos + 1));
}
if (!isset($postvars2[$name])) {
$postvars2[$name] = array();
}
$postvars2[$name][] = $val;
}
$postvars = $postvars2;
unset($postvars2);
}
foreach ($postvars as $name => $vals) {
if (is_string($vals) || is_numeric($vals)) {
$vals = array($vals);
}
foreach ($vals as $num => $val) {
// Move files to their own array.
if (substr($val, 0, 1) == "@") {
$pos = strrpos($val, ";type=");
if ($pos === false) {
$mimetype = "";
} else {
$mimetype = substr($val, $pos + 6);
$val = substr($val, 0, $pos);
}
$val = substr($val, 1);
if (file_exists($val)) {
if (!isset($options["files"])) {
$options["files"] = array();
}
$options["files"][] = array("name" => $name, "filename" => HTTPFilenameSafe(HTTPExtractFilename($val)), "type" => $mimetype, "datafile" => $val);
unset($vals[$num]);
}
}
}
if (!count($vals)) {
unset($postvars[$name]);
} else {
$postvars[$name] = $vals;
}
}
$options["postvars"] = $postvars;
$options["method"] = "POST";
}
// Process the URL.
if (!isset($curl_init__map[$key]["options"][CURLOPT_URL]) || !is_string($curl_init__map[$key]["options"][CURLOPT_URL]) || $curl_init__map[$key]["options"][CURLOPT_URL] == "") {
$curl_init__map[$key]["errorno"] = CURLE_URL_MALFORMAT;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("No CURLOPT_URL option specified.");
return false;
}
$url = ExtractURL($curl_init__map[$key]["options"][CURLOPT_URL]);
if ($url["scheme"] == "") {
$curl_init__map[$key]["errorno"] = CURLE_URL_MALFORMAT;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("CURLOPT_URL does not have a scheme.");
return false;
}
if ($url["host"] == "") {
$curl_init__map[$key]["errorno"] = CURLE_URL_MALFORMAT;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("CURLOPT_URL does not specify a valid host.");
return false;
}
if (isset($curl_init__map[$key]["options"][CURLOPT_PORT]) && (int) $curl_init__map[$key]["options"][CURLOPT_PORT] > 0 && (int) $curl_init__map[$key]["options"][CURLOPT_PORT] < 65536) {
$url["port"] = (int) $curl_init__map[$key]["options"][CURLOPT_PORT];
}
if (isset($curl_init__map[$key]["options"][CURLOPT_USERPWD])) {
$userpass = explode(":", $curl_init__map[$key]["options"][CURLOPT_USERPWD]);
if (count($userpass) == 2) {
$url["loginusername"] = urldecode($userpass[0]);
$url["loginpassword"] = urldecode($userpass[1]);
}
} else {
if (isset($curl_init__map[$key]["options"][CURLOPT_NETRC]) && $curl_init__map[$key]["options"][CURLOPT_NETRC]) {
$data = @file_get_contents("~/.netrc");
if ($data !== false) {
$lines = explode("\n", $data);
unset($data);
$host = false;
$user = false;
$password = false;
foreach ($lines as $line) {
$line = trim($line);
if (substr($line, 0, 8) == "machine ") {
$host = trim(substr($line, 8));
}
if (substr($line, 0, 6) == "login ") {
$user = trim(substr($line, 6));
}
if (substr($line, 0, 9) == "password ") {
$password = trim(substr($line, 9));
}
if ($host !== false && $user !== false && $password !== false) {
if ($host === $url["host"] || isset($options["headers"]["Host"]) && $host === $options["headers"]["Host"]) {
$url["loginusername"] = $user;
$url["loginpassword"] = $password;
}
$host = false;
$user = false;
$password = false;
}
}
unset($lines);
}
}
}
// Condense URL.
$url = CondenseURL($url);
// Set up internal callbacks.
$options["read_headers_callback"] = "internal_curl_read_headers_callback";
$options["read_headers_callback_opts"] = $key;
if (!isset($curl_init__map[$key]["options"][CURLOPT_NOBODY]) || !$curl_init__map[$key]["options"][CURLOPT_NOBODY]) {
$options["read_body_callback"] = "internal_curl_read_body_callback";
$options["read_body_callback_opts"] = $key;
}
if ($options["method"] != "GET" && $options["method"] != "POST") {
$options["write_body_callback"] = "internal_curl_write_body_callback";
$options["write_body_callback_opts"] = $key;
}
$options["debug_callback"] = "internal_curl_debug_callback";
$options["debug_callback_opts"] = $key;
// Remove weird callback results.
unset($curl_init__map[$key]["rawproxyheaders"]);
unset($curl_init__map[$key]["rawheaders"]);
unset($curl_init__map[$key]["returnresponse"]);
unset($curl_init__map[$key]["returnheader"]);
unset($curl_init__map[$key]["returnbody"]);
unset($curl_init__map[$key]["filetime"]);
$curl_init__map[$key]["outputbody"] = false;
// Process the request.
$result = $curl_init__map[$key]["browser"]->Process($url, "", $options);
$curl_init__map[$key]["lastresult"] = $result;
// Deal with cookies.
if (!isset($curl_init__map[$key]["options"][CURLOPT_COOKIEFILE]) || !is_string($curl_init__map[$key]["options"][CURLOPT_COOKIEFILE])) {
// Delete all cookies for another run later.
$curl_init__map[$key]["browser"]->SetState(array("cookies" => array()));
} else {
if (isset($curl_init__map[$key]["options"][CURLOPT_COOKIEJAR])) {
// Write out cookies here. Another violation of how cURL does things. Another - whatever.
$state = $curl_init__map[$key]["browser"]->GetState();
file_put_contents($curl_init__map[$key]["options"][CURLOPT_COOKIEJAR], serialize($state["cookies"]));
}
}
// Process the response.
if (!$result["success"]) {
if ($result["errorcode"] == "allowed_protocols") {
$curl_init__map[$key]["errorno"] = CURLE_UNSUPPORTED_PROTOCOL;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("The cURL emulation layer does not support the protocol or was redirected to an unsupported protocol by the host. %s", $result["error"]);
} else {
if ($result["errorcode"] == "allowed_redir_protocols") {
$curl_init__map[$key]["errorno"] = CURLE_UNSUPPORTED_PROTOCOL;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("The cURL emulation layer was redirected to an unsupported protocol by the host. %s", $result["error"]);
} else {
if ($result["errorcode"] == "retrievewebpage") {
if ($result["info"]["errorcode"] == "timeout_exceeded") {
$curl_init__map[$key]["errorno"] = CURLE_OPERATION_TIMEDOUT;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("The operation timed out. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "get_response_line") {
$curl_init__map[$key]["errorno"] = CURLE_READ_ERROR;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("Unable to get the response line. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "read_header_callback") {
$curl_init__map[$key]["errorno"] = CURLE_READ_ERROR;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("A read error occurred in the read header callback. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "read_body_callback") {
$curl_init__map[$key]["errorno"] = CURLE_READ_ERROR;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("A read error occurred in the read body callback. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "function_check") {
$curl_init__map[$key]["errorno"] = CURLE_FUNCTION_NOT_FOUND;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("A required function was not found. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "protocol_check") {
$curl_init__map[$key]["errorno"] = CURLE_UNSUPPORTED_PROTOCOL;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("The cURL emulation layer does not support the protocol or was redirected to an unsupported protocol by the host. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "transport_not_installed") {
$curl_init__map[$key]["errorno"] = CURLE_NOT_BUILT_IN;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("The cURL emulation layer attempted to use a required transport to connect to a host but failed. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "proxy_transport_not_installed") {
$curl_init__map[$key]["errorno"] = CURLE_NOT_BUILT_IN;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("The cURL emulation layer attempted to use a required transport to connect to a proxy but failed. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "proxy_connect") {
$curl_init__map[$key]["errorno"] = CURLE_COULDNT_CONNECT;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("Unable to connect to the proxy. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "proxy_connect_tunnel") {
$curl_init__map[$key]["errorno"] = CURLE_COULDNT_CONNECT;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("Unable to open a tunnel through the connected proxy. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "connect_failed") {
$curl_init__map[$key]["errorno"] = CURLE_COULDNT_CONNECT;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("Unable to connect to the host. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "write_body_callback") {
$curl_init__map[$key]["errorno"] = CURLE_WRITE_ERROR;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("A write error occurred in the write body callback. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "file_open") {
$curl_init__map[$key]["errorno"] = CURLE_FILE_COULDNT_READ_FILE;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("Unable to open file for upload. %s", $result["error"]);
} else {
if ($result["info"]["errorcode"] == "file_read") {
$curl_init__map[$key]["errorno"] = CURLE_READ_ERROR;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("A read error occurred while uploading a file. %s", $result["error"]);
} else {
$curl_init__map[$key]["errorno"] = CURLE_HTTP_RETURNED_ERROR;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("An error occurred. %s", $result["error"]);
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
return false;
}
if (isset($curl_init__map[$key]["returnresponse"]) && $curl_init__map[$key]["returnresponse"]["code"] >= 400 && isset($curl_init__map[$key]["options"][CURLOPT_FAILONERROR]) && $curl_init__map[$key]["options"][CURLOPT_FAILONERROR]) {
$curl_init__map[$key]["errorno"] = CURLE_HTTP_RETURNED_ERROR;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("A HTTP error occurred. %s", $curl_init__map[$key]["returnresponse"]["line"]);
return false;
}
if (isset($curl_init__map[$key]["options"][CURLOPT_FOLLOWLOCATION]) && $curl_init__map[$key]["options"][CURLOPT_FOLLOWLOCATION] && isset($result["headers"]["Location"])) {
$curl_init__map[$key]["errorno"] = CURLE_TOO_MANY_REDIRECTS;
$curl_init__map[$key]["errorinfo"] = HTTPTranslate("Too many redirects took place.");
return false;
}
if (isset($curl_init__map[$key]["options"][CURLOPT_RETURNTRANSFER]) && $curl_init__map[$key]["options"][CURLOPT_RETURNTRANSFER]) {
return (isset($curl_init__map[$key]["returnheader"]) ? $curl_init__map[$key]["returnheader"] . "\r\n" : "") . (isset($curl_init__map[$key]["returnbody"]) ? $curl_init__map[$key]["returnbody"] : "");
}
return true;
}
