private function _fvAMFSend($amf)
{
$serializer = new AMFSerializer();
$result3 = $serializer->serialize($amf);
// serialize the data
$answer = Request('', $result3);
$amf2 = new AMFObject($answer);
$deserializer2 = new AMFDeserializer($amf2->rawData);
// deserialize the data
$deserializer2->deserialize($amf2);
// run the deserializer
$doinit = 0;
if (!isset($amf2->_bodys[0]->_value['data'][0])) {
DoInit();
return false;
}
Check4Rewards($amf2);
foreach (@$amf2->_bodys[0]->_value['data'] as $key => $returned) {
$resp = $returned['errorType'];
$err = $returned['errorData'];
if ($resp == 28 || $resp == 29) {
if (strpos($err, 'MC::lock()') !== false) {
//Ignore Quietly Now, even if Debug is on
$iguser = load_array('ignores.txt');
preg_match('/rts_USER_(.*)_lock/', $err, $matches);
$iguser[floatval($matches[1])] = floatval($matches[1]);
save_array($iguser, 'ignores.txt');
} else {
if ($this->settings['debug'] == 1 && $err != 'Remaining function') {
AddLog2('fvManager Error: ' . $resp . ' - ' . $err);
}
}
unset($amf2->_bodys[0]->_value['data'][$key]);
if ($doinit == 0) {
DoInit();
}
$doinit = 1;
if ($key == 0) {
return false;
}
}
}
return $amf2;
}
function RequestAMF2($amf)
{
$serializer = new AMFSerializer();
$result = $serializer->serialize($amf);
// serialize the data
$answer = Request('', $result);
$amf2 = new AMFObject($answer);
$deserializer2 = new AMFDeserializer($amf2->rawData);
// deserialize the data
$deserializer2->deserialize($amf2);
// run the deserializer
Check4Rewards($amf2);
// Check if there was a error
// Check if there was data[0] and or data[1]
$errorfound = 'N';
$errorType = '';
$errorData = '';
if (@$amf2->_bodys[0]->_value['errorType'] != 0) {
$errorfound = 'Y';
$errorType = $amf2->_bodys[0]->_value['errorType'];
$errorData = $amf2->_bodys[0]->_value['errorData'];
}
if (isset($amf2->_bodys[0]->_value['data'][0])) {
if (@$amf2->_bodys[0]->_value['data'][0]['errorType'] != 0) {
$errorfound = 'Y';
$errorType = $amf2->_bodys[0]->_value['data'][0]['errorType'];
$errorData = $amf2->_bodys[0]->_value['data'][0]['errorData'];
}
}
if (isset($amf2->_bodys[0]->_value['data'][1])) {
if (@$amf2->_bodys[0]->_value['data'][1]['errorType'] != 0) {
$errorfound = 'Y';
$errorType = $amf2->_bodys[0]->_value['data'][1]['errorType'];
$errorData = $amf2->_bodys[0]->_value['data'][1]['errorData'];
}
}
if ($errorfound == 'Y') {
if ($errorData == "There is a new version of the farm game released") {
AddLog2('FV UPDATE: New Version of FV Released');
AddLog2('Work Will Restart in 15 Seconds');
unlink('unit_check.txt');
RestartBot();
} else {
if ($errorData == "token value failed") {
AddLog2('FV FUBAR: Game Opened in Another Browser');
AddLog2('Work Will Restart in 15 Seconds');
RestartBot();
} else {
if ($errorData == "token too old") {
AddLog2('FV FUBAR: Your Session Has Expired');
AddLog2('Work Will Restart in 15 Seconds');
RestartBot();
} else {
if ($errorType == 29) {
AddLog2('FV FUBAR: Server Sequence Was Reset');
DoInit();
} else {
$res = "Error: " . $errorType . " " . $errorData;
DoInit();
}
}
}
}
} else {
if (!isset($amf2->_bodys[0]->_value['data'][0])) {
echo "\n*****\nError:\n BAD AMF REPLY - Possible Server problem or farm badly out of sync\n*****\n";
$res = "BAD AMF REPLY (OOS?)";
} else {
if ($errorType == '' && $errorData == '') {
$res = 'OK';
} else {
$res = 'Unknown';
}
}
}
//if (isset($amf2->_bodys[0]->_value['data'][0])) {
//$res = $errorType . " " . $errorData;
//}
//}
return $res;
}
private function _fvAMFSend($amf)
{
$serializer = new AMFSerializer();
$result3 = $serializer->serialize($amf);
// serialize the data
$answer = Request('', $result3);
$amf2 = new AMFObject($answer);
$deserializer2 = new AMFDeserializer($amf2->rawData);
// deserialize the data
$deserializer2->deserialize($amf2);
// run the deserializer
$doinit = 0;
if (!isset($amf2->_bodys[0]->_value['data'][0])) {
DoInit();
return false;
}
Check4Rewards($amf2);
foreach (@$amf2->_bodys[0]->_value['data'] as $key => $returned) {
$resp = $returned['errorType'];
$err = $returned['errorData'];
if ($resp == 28 || $resp == 29) {
if ($err != 'Remaining function') {
AddLog2('fvFarmer Error: ' . $resp . ' - ' . $err);
}
unset($amf2->_bodys[0]->_value['data'][$key]);
if ($doinit == 0) {
DoInit();
}
$doinit = 1;
if ($key == 0) {
return false;
}
}
}
return $amf2;
}
function RequestAMF($amf, $includeamf = false)
{
$amf2 = RequestAMFIntern($amf);
Check4Rewards($amf2);
$res = CheckAMF2Response($amf2);
if ($includeamf) {
return array('res' => $res, 'amf2' => $amf2);
}
return $res;
}
private function _fvAMFSend($amf)
{
$serializer = new AMFSerializer();
$result3 = $serializer->serialize($amf);
// serialize the data
$answer = Request('', $result3);
$amf2 = new AMFObject($answer);
$deserializer2 = new AMFDeserializer($amf2->rawData);
// deserialize the data
$deserializer2->deserialize($amf2);
// run the deserializer
if (!isset($amf2->_bodys[0]->_value['data'][0])) {
DoInit();
return false;
}
Check4Rewards($amf2);
foreach (@$amf2->_bodys[0]->_value['data'] as $key => $returned) {
$resp = $returned['errorType'];
$err = $returned['errorData'];
if ($resp == 28 || $resp == 29) {
$this->reload = true;
}
}
return $amf2;
}