public function msgHandle($msgName, $msgData)
{
#fwrite(STDOUT, 'msgHandle: /'.$msgRaw.'/'."\n");
$msgHandleReturnValue = '';
if ($msgName == 'noop') {
$this->log('debug', 'no operation');
} elseif ($msgName == 'test') {
$len = 0;
$test_data = 'N/A';
if (array_key_exists('len', $msgData)) {
$len = (int) $msgData['len'];
}
if (array_key_exists('test_data', $msgData)) {
$test_data = $msgData['test_data'];
}
$this->log('debug', 'test: ' . $len . ' /' . $test_data . '/');
} elseif ($msgName == 'hello') {
if (array_key_exists('ip', $msgData)) {
$ip = $msgData['ip'];
if ($ip != '127.0.0.1' && strIsIp($ip)) {
$this->getSettings()->data['node']['uriPub'] = 'tcp://' . $ip;
$this->getSettings()->setDataChanged(true);
}
}
$this->log('debug', 'actions execute: CRITERION_AFTER_HELLO');
$this->actionsExecute(ClientAction::CRITERION_AFTER_HELLO);
$msgHandleReturnValue .= $this->sendId();
} elseif ($msgName == 'id') {
#print __CLASS__.'->'.__FUNCTION__.': '.$msgName.', '.(int)$this->getStatus('hasId')."\n";
if ($this->getTable()) {
if (!$this->getStatus('hasId')) {
$release = 0;
$id = '';
$port = 0;
$strKeyPub = '';
$strKeyPubSign = '';
$strKeyPubFingerprint = '';
$bridgeServer = false;
$bridgeClient = false;
$isChannelPeer = false;
$hashcash = '';
if (array_key_exists('release', $msgData)) {
$release = (int) $msgData['release'];
}
if (array_key_exists('id', $msgData)) {
$id = $msgData['id'];
}
if (array_key_exists('port', $msgData)) {
$port = (int) $msgData['port'];
}
if (array_key_exists('sslKeyPub', $msgData)) {
$strKeyPub = base64_decode($msgData['sslKeyPub']);
}
if (array_key_exists('sslKeyPubSign', $msgData)) {
$strKeyPubSign = base64_decode($msgData['sslKeyPubSign']);
}
if (array_key_exists('bridgeServer', $msgData)) {
$bridgeServer = (bool) $msgData['bridgeServer'];
}
if (array_key_exists('bridgeClient', $msgData)) {
$bridgeClient = (bool) $msgData['bridgeClient'];
}
if (array_key_exists('isChannel', $msgData)) {
// isChannelPeer
$isChannelPeer = (bool) $msgData['isChannel'];
}
if ($isChannelPeer) {
$this->setStatus('isChannelPeer', true);
}
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': /' . $id . '/ /' . $port . '/ bs=' . (int) $bridgeServer . '');
$idOk = false;
$node = new Node();
if (Uuid::isValid($id) && $id != Uuid::NIL) {
$node->setIdHexStr($id);
$node->setUri('tcp://' . $this->getUri()->getHost() . ':' . $port);
$node->setBridgeServer($bridgeServer);
$node->setBridgeClient($bridgeClient);
$node->setTimeLastSeen(time());
$node = $this->getTable()->nodeEnclose($node);
#$this->log('debug', 'node ok: '.(int)is_object($node).' /'.$node->getIdHexStr().'/');
// Check if not Local Node
if (!$this->getLocalNode()->isEqual($node)) {
if ($strKeyPub) {
if ($strKeyPubSign) {
if (openssl_verify($strKeyPub, $strKeyPubSign, $strKeyPub, OPENSSL_ALGO_SHA1)) {
if (Node::genIdHexStr($strKeyPub) == $id) {
// Check if a public key already exists.
if ($node->getSslKeyPub()) {
#$this->logColor('debug', 'SSL public key ok [Aa]', 'green');
$idOk = true;
if ($node->getSslKeyPub() == $strKeyPub) {
#$this->logColor('debug', 'SSL public key ok [Ab]', 'green');
$node->setSslKeyPubStatus('C');
$node->setDataChanged(true);
}
} else {
// No public key found.
$sslPubKey = openssl_pkey_get_public($strKeyPub);
if ($sslPubKey !== false) {
$sslPubKeyDetails = openssl_pkey_get_details($sslPubKey);
if ($sslPubKeyDetails['bits'] >= Node::SSL_KEY_LEN_MIN) {
#$this->logColor('debug', 'SSL public key ok [B]', 'green');
$idOk = true;
$node->setSslKeyPub($strKeyPub);
$node->setSslKeyPubStatus('C');
$node->setDataChanged(true);
} else {
$msgHandleReturnValue .= $this->sendError(2020, $msgName);
$this->log('error', static::getErrorMsg(2020));
}
} else {
$msgHandleReturnValue .= $this->sendError(2040, $msgName);
$this->log('error', static::getErrorMsg(2040));
}
}
} else {
$msgHandleReturnValue .= $this->sendError(1030, $msgName);
$this->log('error', static::getErrorMsg(1030));
}
} else {
$msgHandleReturnValue .= $this->sendError(2080, $msgName);
$this->log('error', static::getErrorMsg(2080));
while ($openSslErrorStr = openssl_error_string()) {
$this->log('error', 'SSL: ' . $openSslErrorStr);
}
}
} else {
$msgHandleReturnValue .= $this->sendError(2005, $msgName);
$this->log('error', static::getErrorMsg(2005));
}
} else {
$msgHandleReturnValue .= $this->sendError(2000, $msgName);
$this->log('error', static::getErrorMsg(2000));
}
} else {
// It's the ID from the Local Node. Something is wrong.
$msgHandleReturnValue .= $this->sendError(1020, $msgName);
$this->log('error', static::getErrorMsg(1020));
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
$this->log('error', static::getErrorMsg(9000));
}
if ($idOk) {
$this->setStatus('hasId', true);
$this->setNode($node);
if ($this->getStatus('isOutbound')) {
$this->getNode()->incConnectionsOutboundSucceed();
}
if ($this->getStatus('isInbound')) {
$this->getNode()->incConnectionsInboundSucceed();
}
if (!$this->debug && $node->getBridgeServer() && $this->getStatus('bridgeTargetUri')) {
$this->logColor('debug', 'bridge server: ' . $this->getStatus('bridgeServerUri'), 'yellow');
$this->logColor('debug', 'bridge target: ' . $this->getStatus('bridgeTargetUri'), 'yellow');
$actions = array();
$action = new ClientAction(ClientAction::CRITERION_AFTER_ID_SUCCESSFULL);
$action->setName('bridge_server_init_ssl');
$action->functionSet(function ($action, $client) {
$this->logColor('debug', 'init ssl because of bridge server', 'green');
$client->sendSslInit();
});
$actions[] = $action;
$action = new ClientAction(ClientAction::CRITERION_AFTER_HAS_SSL);
$action->setName('bridge_server_send_connect');
$action->functionSet(function ($action, $client) {
$this->logColor('debug', 'bridge ssl ok', 'yellow');
$client->sendBridgeConnect($client->getStatus('bridgeTargetUri'));
});
$actions[] = $action;
$this->actionsAdd($actions);
}
$msgHandleReturnValue .= $this->sendIdOk();
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': ID OK');
} else {
$msgHandleReturnValue .= $this->sendQuit();
$this->shutdown();
}
} else {
$msgHandleReturnValue .= $this->sendError(1010, $msgName);
$this->log('error', static::getErrorMsg(1010));
}
} else {
$msgHandleReturnValue .= $this->sendError(9010, $msgName);
$this->log('error', static::getErrorMsg(9010));
}
} elseif ($msgName == 'id_ok') {
$this->log('debug', $this->getUri() . ' recv ' . $msgName);
$this->log('debug', 'actions execute: CRITERION_AFTER_ID_SUCCESSFULL');
$this->actionsExecute(ClientAction::CRITERION_AFTER_ID_SUCCESSFULL);
if ($this->getStatus('isChannelPeer')) {
$this->consoleMsgAdd('New incoming channel connection from ' . $this->getUri() . '.', true, true, true);
}
if ($this->getStatus('isChannelPeer') || $this->getStatus('isChannelLocal')) {
if ($this->getServer() && $this->getServer()->getKernel()) {
$contact = $this->getServer()->getKernel()->getAddressbook()->contactGetByNodeId($this->getNode()->getIdHexStr());
if ($contact) {
$text = 'You talked to ';
$text .= $this->getNode()->getIdHexStr() . ' (' . $contact->getUserNickname() . ')';
$text .= ' once before.';
$this->consoleMsgAdd($text, true, false);
} else {
$this->consoleMsgAdd('You never talked to ' . $this->getNode()->getIdHexStr() . ' before.', true, false);
$this->consoleMsgAdd('Verify the public keys with you conversation partner on another channel.', true, false);
$this->consoleMsgAdd('Public keys fingerprints:', true, false);
$this->consoleMsgAdd(' Yours: ' . $this->getLocalNode()->getSslKeyPubFingerprint(), true, false);
$this->consoleMsgAdd(' Peers: ' . $this->getNode()->getSslKeyPubFingerprint(), true, false);
}
}
}
} elseif ($msgName == 'node_find') {
if ($this->getStatus('hasId')) {
$rid = '';
$num = static::NODE_FIND_NUM;
$nodeId = '';
$hashcash = '';
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
if (array_key_exists('num', $msgData)) {
$num = $msgData['num'];
}
if (array_key_exists('nodeId', $msgData)) {
$nodeId = $msgData['nodeId'];
}
if (array_key_exists('hashcash', $msgData)) {
$hashcash = $msgData['hashcash'];
}
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $rid);
if ($rid) {
if ($hashcash && $this->hashcashVerify($hashcash, $this->getNode()->getIdHexStr(), static::HASHCASH_BITS_MIN)) {
if ($nodeId) {
$node = new Node();
$node->setIdHexStr($nodeId);
if ($node->isEqual($this->getLocalNode())) {
$this->log('debug', 'node find: find myself');
$msgHandleReturnValue .= $this->sendNodeFound($rid);
} elseif (!$node->isEqual($this->getNode()) && ($onode = $this->getTable()->nodeFind($node))) {
$this->log('debug', 'node find: find in table');
$msgHandleReturnValue .= $this->sendNodeFound($rid, array($onode));
} else {
$this->log('debug', 'node find: closest to "' . $node->getIdHexStr() . '"');
$nodes = $this->getTable()->nodeFindClosest($node, $num);
foreach ($nodes as $cnodeId => $cnode) {
if ($cnode->isEqual($this->getNode())) {
unset($nodes[$cnodeId]);
break;
}
}
$msgHandleReturnValue .= $this->sendNodeFound($rid, $nodes);
}
}
} else {
$msgHandleReturnValue .= $this->sendError(4000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
$this->log('error', static::getErrorMsg(9000));
}
} else {
$msgHandleReturnValue .= $this->sendError(1000, $msgName);
}
} elseif ($msgName == 'node_found') {
if ($this->getStatus('hasId')) {
$rid = '';
$nodes = array();
$hashcash = '';
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
if (array_key_exists('nodes', $msgData)) {
$nodes = $msgData['nodes'];
}
if (array_key_exists('hashcash', $msgData)) {
$hashcash = $msgData['hashcash'];
}
if ($rid) {
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $rid);
$request = $this->requestGetByRid($rid);
if ($request) {
if ($hashcash && $this->hashcashVerify($hashcash, $this->getNode()->getIdHexStr(), static::HASHCASH_BITS_MAX)) {
$this->requestRemove($request);
$nodeId = $request['data']['nodeId'];
$nodesFoundIds = $request['data']['nodesFoundIds'];
$distanceOld = $request['data']['distance'];
$uri = '';
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $rid . ' nodes: ' . count($nodes));
if ($nodes) {
// Find the smallest distance.
foreach ($nodes as $nodeArId => $nodeAr) {
$nodeArId = '';
$nodeArSslPubKey = '';
$nodeArBridgeServer = false;
$nodeArBridgeClient = false;
$nodeArBridgeDst = array();
$node = new Node();
if (isset($nodeAr['id'])) {
$nodeArId = $nodeAr['id'];
}
if (isset($nodeAr['uri'])) {
$node->setUri($nodeAr['uri']);
}
if (isset($nodeAr['sslKeyPub']) && $nodeAr['sslKeyPub']) {
$nodeArSslPubKey = base64_decode($nodeAr['sslKeyPub']);
}
if (isset($nodeAr['bridgeServer'])) {
$nodeArBridgeServer = $nodeAr['bridgeServer'];
}
if (isset($nodeAr['bridgeClient'])) {
$nodeArBridgeClient = $nodeAr['bridgeClient'];
}
if (isset($nodeAr['bridgeDst'])) {
# TODO
$nodeArBridgeDst = $nodeAr['bridgeDst'];
}
$node->setBridgeServer($nodeArBridgeServer);
$node->setBridgeServer($nodeArBridgeClient);
$node->setTimeLastSeen(time());
$distanceNew = $this->getLocalNode()->distanceHexStr($node);
$this->log('debug', 'node found: ' . $nodeArId . ', do=/' . $distanceOld . '/ dn=/' . $distanceNew . '/');
if ($nodeArId) {
$node->setIdHexStr($nodeArId);
if ($nodeArSslPubKey) {
if (Node::genIdHexStr($nodeArSslPubKey) == $nodeArId) {
if ($node->setSslKeyPub($nodeArSslPubKey)) {
if (!$this->getLocalNode()->isEqual($node)) {
if (!in_array($node->getIdHexStr(), $nodesFoundIds)) {
$nodesFoundIds[] = $nodeAr['id'];
if (count($nodesFoundIds) > static::NODE_FIND_MAX_NODE_IDS) {
array_shift($nodesFoundIds);
}
if ($nodeAr['id'] == $nodeId) {
$this->log('debug', 'node found: find completed');
$uri = '';
} else {
if ($distanceOld != $distanceNew) {
$distanceMin = Node::idMinHexStr($distanceOld, $distanceNew);
if ($distanceMin == $distanceNew) {
// Is smaller then $distanceOld.
$distanceOld = $distanceNew;
$uri = $node->getUri();
}
}
}
$this->getTable()->nodeEnclose($node);
} else {
$this->log('debug', 'node found: already known');
}
} else {
$this->log('debug', 'node found: myself, node equal');
}
} else {
$this->log('debug', 'node found: public key invalid');
}
} else {
$this->log('debug', 'node found: ID does not match public key');
}
} else {
$this->log('debug', 'node found: no public key set');
}
} else {
$this->log('debug', 'node found: no node id set');
}
}
}
$this->log('debug', 'actions execute: CRITERION_AFTER_NODE_FOUND');
$this->actionsExecute(ClientAction::CRITERION_AFTER_NODE_FOUND);
if ((string) $uri) {
// Further search at the nearest node.
$this->log('debug', 'node found: uri (' . (string) $uri . ') ok');
$clientActions = array();
$action = new ClientAction(ClientAction::CRITERION_AFTER_ID_SUCCESSFULL);
$action->functionSet(function ($action, $client) use($nodeId, $distanceOld, $nodesFoundIds) {
$client->sendNodeFind($nodeId, $distanceOld, $nodesFoundIds);
});
$clientActions[] = $action;
$this->getServer()->connect($uri, $clientActions);
}
} else {
$msgHandleReturnValue .= $this->sendError(4000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $rid . ' end');
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(1000, $msgName);
}
} elseif ($msgName == 'msg') {
if ($this->getStatus('hasId')) {
if ($this->getMsgDb()) {
$rid = '';
$version = 0;
$id = '';
$srcNodeId = '';
$srcSslKeyPub = '';
$dstNodeId = '';
$subject = '';
$body = '';
$password = '';
$checksum = '';
$relayCount = 0;
$timeCreated = 0;
$hashcash = '';
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
if (array_key_exists('version', $msgData)) {
$version = (int) $msgData['version'];
}
if (array_key_exists('id', $msgData)) {
$id = $msgData['id'];
}
if (array_key_exists('srcNodeId', $msgData)) {
$srcNodeId = $msgData['srcNodeId'];
}
if (array_key_exists('srcSslKeyPub', $msgData)) {
$srcSslKeyPub = base64_decode($msgData['srcSslKeyPub']);
}
if (array_key_exists('dstNodeId', $msgData)) {
$dstNodeId = $msgData['dstNodeId'];
}
if (array_key_exists('body', $msgData)) {
$body = $msgData['body'];
}
if (array_key_exists('password', $msgData)) {
$password = $msgData['password'];
}
if (array_key_exists('checksum', $msgData)) {
$checksum = $msgData['checksum'];
}
if (array_key_exists('relayCount', $msgData)) {
$relayCount = (int) $msgData['relayCount'];
}
if (array_key_exists('timeCreated', $msgData)) {
$timeCreated = (int) $msgData['timeCreated'];
}
if (array_key_exists('hashcash', $msgData)) {
$hashcash = $msgData['hashcash'];
}
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $id);
#fwrite(STDOUT, __CLASS__.'->'.__FUNCTION__.' body: '.$body."\n");
#$this->log('debug', 'msg '.$id.' body: '.$body);
$status = 1;
// New
if ($this->getMsgDb()->getMsgById($id)) {
$status = 2;
// Reject
}
$srcNode = new Node();
$srcNode->setIdHexStr($srcNodeId);
$srcNode = $this->getTable()->nodeEnclose($srcNode);
#fwrite(STDOUT, __CLASS__.'->'.__FUNCTION__.': srcNode: '.$srcNode->getIdHexStr()."\n");
$this->log('debug', 'msg ' . $id . ' srcNode: ' . $srcNode->getIdHexStr());
if ($srcNode->getSslKeyPub()) {
if ($srcNode->getSslKeyPub() != $srcSslKeyPub) {
$status = 3;
// Error
}
} else {
if (Node::genIdHexStr($srcSslKeyPub) == $srcNodeId) {
if ($srcNode->setSslKeyPub($srcSslKeyPub)) {
$srcNode->setDataChanged(true);
}
} else {
$status = 3;
// Error
}
}
if ($hashcash && $this->hashcashVerify($hashcash, $this->getNode()->getIdHexStr(), static::HASHCASH_BITS_MAX)) {
$msgHandleReturnValue .= $this->sendMsgResponse($rid, $status);
if ($status == 1) {
$msg = new Msg();
$msg->setVersion($version);
$msg->setId($id);
$msg->setRelayNodeId($this->getNode()->getIdHexStr());
$msg->setSrcNodeId($srcNodeId);
$msg->setSrcSslKeyPub($srcSslKeyPub);
$msg->setDstNodeId($dstNodeId);
$msg->setBody($body);
$msg->setPassword($password);
$msg->setChecksum($checksum);
$msg->setRelayCount($relayCount);
$msg->setEncryptionMode('D');
$msg->setStatus('U');
$msg->setTimeCreated($timeCreated);
$msg->setTimeReceived(time());
if ($msg->getDstNodeId() == $this->getLocalNode()->getIdHexStr()) {
$msg->setDstSslPubKey($this->getLocalNode()->getSslKeyPub());
$msg->setSsl($this->getSsl());
try {
if ($msg->decrypt()) {
#fwrite(STDOUT, 'msg '.$id.': decrypt ok'."\n");
$this->log('debug', 'msg ' . $id . ' decrypt ok');
if (!$msg->getIgnore()) {
#fwrite(STDOUT, 'msg '.$id.': not ignore'."\n");
$this->log('debug', 'msg ' . $id . ' not ignore');
$this->log('debug', 'msg ' . $id . ' subject: ' . $msg->getSubject());
$this->getServer()->imapMailAdd($msg);
$this->getServer()->consoleMsgAdd('You got mail.', true, true, true);
} else {
#fwrite(STDOUT, 'msg '.$id.': ignore'."\n");
$this->log('debug', 'msg ' . $id . ' ignore');
}
} else {
#fwrite(STDOUT, 'msg '.$id.': decrypt failed B'."\n");
$this->log('debug', 'msg ' . $id . ' decrypt failed B');
}
} catch (Exception $e) {
#fwrite(STDOUT, 'msg '.$id.': decrypt failed A: '.$e->getMessage()."\n");
$this->log('debug', 'msg ' . $id . ' decrypt failed A: ' . $e->getMessage());
}
} else {
#fwrite(STDOUT, 'msg '.$id.': msg not for me'."\n");
$this->log('debug', 'msg ' . $id . ' not for me');
}
$this->getMsgDb()->msgAdd($msg);
// Add all messages.
}
} else {
$msgHandleReturnValue .= $this->sendError(4000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(3090, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(1000, $msgName);
}
} elseif ($msgName == 'msg_response') {
if ($this->getStatus('hasId')) {
$rid = '';
$status = 0;
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
if (array_key_exists('status', $msgData)) {
$status = (int) $msgData['status'];
}
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $rid . ', ' . $status);
$request = $this->requestGetByRid($rid);
if ($request) {
#ve($request);
$msg = $request['data']['msg'];
$msg->addSentNode($this->getNode()->getIdHexStr());
$msg->setStatus('S');
if ($this->getNode()->getIdHexStr() == $msg->getDstNodeId()) {
$msg->setStatus('D');
}
$this->log('debug', 'actions execute: CRITERION_AFTER_MSG_RESPONSE_SUCCESSFULL');
$this->actionsExecute(ClientAction::CRITERION_AFTER_MSG_RESPONSE_SUCCESSFULL);
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(1000, $msgName);
}
$this->log('debug', 'actions execute: CRITERION_AFTER_MSG_RESPONSE');
$this->actionsExecute(ClientAction::CRITERION_AFTER_MSG_RESPONSE);
} elseif ($msgName == 'ssl_init') {
#ve($this);
if ($this->getSsl()) {
if ($this->getStatus('hasId')) {
if (!$this->getStatus('hasSslInit')) {
$rid = '';
$hashcash = '';
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
if (array_key_exists('hashcash', $msgData)) {
$hashcash = $msgData['hashcash'];
}
$this->logColor('debug', 'SSL: init A: ' . $rid, 'green');
if ($hashcash && $this->hashcashVerify($hashcash, $this->getNode()->getIdHexStr(), static::HASHCASH_BITS_MIN)) {
$this->logColor('debug', 'SSL: init B', 'green');
$this->setStatus('hasSslInit', true);
$msgHandleReturnValue .= $this->sendSslInit();
$msgHandleReturnValue .= $this->sendSslInitResponse($rid, 1);
#fwrite(STDOUT, 'ssl init: /'.$msgHandleReturnValue.'/'."\n");
#ve($msgHandleReturnValue);
} else {
$this->resetStatusSsl();
#$msgHandleReturnValue .= $this->sendError(4000, $msgName);
$msgHandleReturnValue .= $this->sendSslInitResponse($rid, 4000);
}
}
} else {
$this->resetStatusSsl();
#$msgHandleReturnValue .= $this->sendError(1000, $msgName);
$msgHandleReturnValue .= $this->sendSslInitResponse(null, 1000);
}
} else {
$this->resetStatusSsl();
#$msgHandleReturnValue .= $this->sendError(3090, $msgName);
$msgHandleReturnValue .= $this->sendSslInitResponse(null, 3090);
}
} elseif ($msgName == 'ssl_init_response') {
$rid = '';
$status = 0;
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
if (array_key_exists('status', $msgData)) {
$status = $msgData['status'];
}
$this->logColor('debug', 'SSL: init response: ' . $rid . ' ' . $status, 'green');
if ($status) {
if ($status == 1) {
// Ok
if ($this->getStatus('hasSslInit') && !$this->getStatus('hasSslInitOk')) {
$this->logColor('debug', 'SSL: init ok', 'green');
$this->setStatus('hasSslInitOk', true);
$msgHandleReturnValue .= $this->sendSslTest();
} else {
$this->logColor('warning', $msgName . ' SSL: you already initialized ssl', 'green');
$msgHandleReturnValue .= $this->sendError(2050, $msgName);
}
} else {
$this->logColor('warning', $msgName . ' SSL: failed. status = ' . $status, 'green');
$this->resetStatusSsl();
$msgHandleReturnValue .= $this->sendError(3100, $msgName);
}
} else {
$this->logColor('warning', $msgName . ' SSL: failed, invalid data', 'green');
$this->resetStatusSsl();
$msgHandleReturnValue .= $this->sendError(3100, $msgName);
}
} elseif ($msgName == 'ssl_test') {
if ($this->getStatus('hasSslInitOk') && !$this->getStatus('hasSslTest')) {
$msgData = $this->sslMsgDataPrivateDecrypt($msgData);
if ($msgData) {
$token = '';
if (array_key_exists('token', $msgData)) {
$token = $msgData['token'];
}
if ($token) {
$this->logColor('debug', 'SSL: test', 'green');
$this->setStatus('hasSslTest', true);
$msgHandleReturnValue .= $this->sendSslVerify($token);
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2070, $msgName);
$this->logColor('warning', $msgName . ' SSL: decryption failed', 'green');
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$logTmp = 'you need to initialize ssl /' . (int) $this->getStatus('hasSslInitOk') . '/';
$logTmp .= ' /' . (int) $this->getStatus('hasSslTest') . '/';
$this->logColor('warning', $msgName . ' SSL: ' . $logTmp, 'green');
}
} elseif ($msgName == 'ssl_verify') {
if ($this->getStatus('hasSslTest') && !$this->getStatus('hasSslVerify')) {
$msgData = $this->sslMsgDataPrivateDecrypt($msgData);
if ($msgData) {
$token = '';
if (array_key_exists('token', $msgData)) {
$token = $msgData['token'];
}
if ($token && $this->sslTestToken && $token == $this->sslTestToken) {
$this->logColor('debug', 'SSL: verified', 'green');
#print __CLASS__.'->'.__FUNCTION__.': '.$msgName.' SSL: verified'."\n";
$this->setStatus('hasSslVerify', true);
$msgHandleReturnValue .= $this->sendSslPasswordPut();
} else {
$msgHandleReturnValue .= $this->sendError(2080, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2070, $msgName);
$this->logColor('warning', $msgName . ' SSL: decryption failed', 'green');
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$this->logColor('warning', $msgName . ' SSL: you need to initialize ssl', 'green');
}
} elseif ($msgName == 'ssl_password_put') {
if ($this->getStatus('hasSslVerify') && !$this->getStatus('hasSslPasswortPut')) {
$msgData = $this->sslMsgDataPrivateDecrypt($msgData);
if ($msgData) {
$password = '';
if (array_key_exists('password', $msgData)) {
$password = $msgData['password'];
}
if ($password) {
$this->logColor('debug', 'SSL: password put', 'green');
$this->setStatus('hasSslPasswortPut', true);
$this->sslPasswordPeerCurrent = $password;
#$this->logColor('debug', 'SSL: peer password: '******'green');
$msgHandleReturnValue .= $this->sendSslPasswordTest();
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2070, $msgName);
$this->logColor('warning', $msgName . ' SSL: decryption failed', 'green');
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$this->logColor('warning', $msgName . ' SSL: you need to initialize ssl', 'green');
}
} elseif ($msgName == 'ssl_password_test') {
if ($this->getStatus('hasSslPasswortPut') && !$this->getStatus('hasSslPasswortTest')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData);
if ($msgData) {
$token = '';
if (array_key_exists('token', $msgData)) {
$token = $msgData['token'];
}
if ($token) {
$this->setStatus('hasSslPasswortTest', true);
$msgHandleReturnValue .= $this->sendSslPasswordVerify($token);
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2070, $msgName);
$this->logColor('warning', $msgName . ' SSL: decryption failed', 'green');
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$this->logColor('warning', $msgName . ' SSL: you need to initialize ssl', 'green');
}
} elseif ($msgName == 'ssl_password_verify') {
if ($this->getStatus('hasSslPasswortTest')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData);
if ($msgData) {
$token = '';
if (array_key_exists('token', $msgData)) {
$token = $msgData['token'];
}
#print __CLASS__.'->'.__FUNCTION__.': '.$msgName.' SSL: password token: '.$token."\n";
if ($token) {
$testToken = hash('sha512', $this->sslPasswordToken . '_' . $this->getNode()->getIdHexStr());
if ($this->sslPasswordToken && $token == $testToken) {
$this->logColor('debug', 'SSL: password verified', 'green');
$this->logColor('debug', 'SSL: OK', 'green');
$this->setStatus('hasSsl', true);
$this->log('debug', 'actions execute: CRITERION_AFTER_HAS_SSL');
$this->actionsExecute(ClientAction::CRITERION_AFTER_HAS_SSL);
} else {
$msgHandleReturnValue .= $this->sendError(2090, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2070, $msgName);
$this->logColor('warning', $msgName . ' SSL: decryption failed', 'green');
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$this->logColor('warning', $msgName . ' SSL: you need to initialize ssl', 'green');
}
$this->sslTestToken = '';
$this->sslPasswordToken = '';
} elseif ($msgName == 'ssl_password_reput') {
if ($this->getStatus('hasSsl')) {
if (!$this->getStatus('hasReSslPasswortPut')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData);
if ($msgData) {
$password = '';
if (array_key_exists('password', $msgData)) {
$password = $msgData['password'];
}
if ($password) {
$this->logColor('debug', 're-SSL: password reput 1A', 'green');
$this->setStatus('hasReSslPasswortPut', true);
$this->sslPasswordPeerNew = $password;
#$this->logColor('debug', 'SSL: peer password: '******'green');
#$this->logColor('debug', 'SSL: peer password new: '.substr($this->sslPasswordPeerNew, 0, 20), 'green');
if (!$this->getStatus('hasSendReSslPasswortPut')) {
$this->sslMsgCount = 0;
$this->sslPasswordToken = '';
$this->sslPasswordLocalNew = '';
#$this->sslPasswordPeerNew = '';
#$this->setStatus('hasSendReSslPasswortPut', true);
#$this->setStatus('hasReSslPasswortTest', false);
$this->logColor('debug', 're-SSL: password reput 1B', 'green');
$msgHandleReturnValue .= $this->sendSslPasswordReput();
}
$this->logColor('debug', 're-SSL: password reput 2', 'green');
$msgHandleReturnValue .= $this->sendSslPasswordRetest();
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2070, $msgName);
$this->logColor('warning', $msgName . ' re-SSL: decryption failed', 'green');
}
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$logMsg = $msgName . ' re-SSL: you need to initialize ssl, ';
$logMsg .= 'hasSsl=/' . (int) $this->getStatus('hasSsl') . '/ ';
$logMsg .= 'hasReSslPasswortPut=/' . (int) $this->getStatus('hasReSslPasswortPut') . '/';
$this->logColor('warning', $logMsg, 'green');
}
} elseif ($msgName == 'ssl_password_retest') {
if ($this->getStatus('hasReSslPasswortPut') && !$this->getStatus('hasReSslPasswortTest')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData, $this->sslPasswordLocalNew, $this->sslPasswordPeerNew);
if ($msgData) {
$token = '';
if (array_key_exists('token', $msgData)) {
$token = $msgData['token'];
}
if ($token) {
$this->logColor('debug', 're-SSL: password retest', 'green');
$this->setStatus('hasReSslPasswortTest', true);
$msgHandleReturnValue .= $this->sendSslPasswordReverify($token);
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2070, $msgName);
$this->logColor('warning', $msgName . ' re-SSL: decryption failed', 'green');
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$logMsg = $msgName . ' re-SSL: you need to initialize ssl, ';
$logMsg .= 'hasReSslPasswortPut=/' . (int) $this->getStatus('hasReSslPasswortPut') . '/ ';
$logMsg .= 'hasReSslPasswortTest=/' . (int) $this->getStatus('hasReSslPasswortTest') . '/';
$this->logColor('warning', $logMsg, 'green');
}
} elseif ($msgName == 'ssl_password_reverify') {
if ($this->getStatus('hasReSslPasswortTest')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData, $this->sslPasswordLocalNew, $this->sslPasswordPeerNew);
if ($msgData) {
$token = '';
if (array_key_exists('token', $msgData)) {
$token = $msgData['token'];
}
#print __CLASS__.'->'.__FUNCTION__.': '.$msgName.' re-SSL: password token: '.$token."\n";
if ($token) {
$testToken = hash('sha512', $this->sslPasswordToken . '_' . $this->getNode()->getSslKeyPubFingerprint());
if ($this->sslPasswordToken && $token == $testToken) {
$this->logColor('debug', 're-SSL: password verified', 'green');
$this->logColor('debug', 're-SSL: OK', 'green');
$this->setStatus('hasSendReSslPasswortPut', false);
$this->setStatus('hasReSslPasswortPut', false);
$this->setStatus('hasReSslPasswortTest', false);
$this->sslPasswordLocalCurrent = $this->sslPasswordLocalNew;
$this->sslPasswordPeerCurrent = $this->sslPasswordPeerNew;
$this->logColor('debug', 'actions execute: CRITERION_AFTER_HAS_RESSL', 'green');
$this->actionsExecute(ClientAction::CRITERION_AFTER_HAS_RESSL);
} else {
$msgHandleReturnValue .= $this->sendError(2090, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2070, $msgName);
$this->logColor('warning', $msgName . ' re-SSL: decryption failed', 'green');
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$logMsg = $msgName . ' re-SSL: you need to initialize ssl, ';
$logMsg .= 'hasReSslPasswortTest=/' . (int) $this->getStatus('hasReSslPasswortTest') . '/';
$this->logColor('warning', $logMsg, 'green');
}
$this->sslPasswordToken = '';
$this->sslPasswordLocalNew = '';
$this->sslPasswordLocalNew = '';
} elseif ($msgName == 'talk_request') {
if ($this->getStatus('hasSsl')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData);
if ($msgData) {
$rid = '';
$userNickname = '[unknown]';
$hashcash = '';
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
if (array_key_exists('userNickname', $msgData) && $msgData['userNickname']) {
$userNickname = $msgData['userNickname'];
}
if (array_key_exists('hashcash', $msgData)) {
$hashcash = $msgData['hashcash'];
}
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $rid . ', ' . $userNickname);
if ($rid) {
if ($hashcash && $this->hashcashVerify($hashcash, $this->getNode()->getIdHexStr(), static::HASHCASH_BITS_MAX)) {
if ($this->getServer() && $this->getServer()->kernelHasConsole()) {
$this->setStatus('hasTalkRequest', true);
$this->consoleTalkRequestAdd($rid, $userNickname);
} else {
$msgHandleReturnValue .= $this->sendTalkResponse($rid, 4);
#$msgHandleReturnValue .= $this->sendQuit();
#$this->shutdown();
$action = new ClientAction(ClientAction::CRITERION_AFTER_PREVIOUS_ACTIONS);
$action->setName('talk_request_after_previous_actions_shutdown');
$action->functionSet(function ($action, $client) {
$client->shutdown();
});
$this->actionAdd($action);
}
} else {
$msgHandleReturnValue .= $this->sendError(4000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$this->logColor('warning', $msgName . ' SSL: you need to initialize ssl', 'green');
}
} elseif ($msgName == 'talk_response') {
if ($this->getStatus('hasSsl')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData);
if ($msgData) {
$rid = '';
$status = 0;
$userNickname = '[unknown]';
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
if (array_key_exists('status', $msgData)) {
$status = (int) $msgData['status'];
}
if (array_key_exists('userNickname', $msgData) && $msgData['userNickname']) {
$userNickname = $msgData['userNickname'];
}
#$this->log('debug', $this->getUri().' recv '.$msgName.': '.$rid.', '.(int)$status.', '.$userNickname);
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $rid . ', ' . (int) $status);
$request = $this->requestGetByRid($rid);
if ($request) {
$this->requestRemove($request);
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': request ok (' . $status . ')');
//if($status == 0){} // Undefined
if ($status == 1) {
// Accepted
$this->setStatus('hasTalk', true);
$this->consoleMsgAdd('Talk request accepted.', true, false, true);
$this->consoleMsgAdd('Now talking to "' . $userNickname . '".', true, true);
$this->consoleSetModeChannel(true);
$this->consoleSetModeChannelClient($this);
if ($this->getServer() && $this->getServer()->getKernel()) {
// Add to addressbook.
$contact = new Contact();
$contact->setNodeId($this->getNode()->getIdHexStr());
$contact->setUserNickname($userNickname);
$this->getServer()->getKernel()->getAddressbook()->contactAdd($contact);
}
} elseif ($status == 2) {
// Declined
$this->consoleMsgAdd('Talk request declined.', true, true, true);
} elseif ($status == 3) {
// Timeout
$this->consoleMsgAdd('Talk request timed out.', true, true, true);
} elseif ($status == 4) {
// No console, standalone server.
$this->consoleMsgAdd($this->getUri() . ' has no user interface. Can\'t talk to you.', true, true, true);
#$msgHandleReturnValue .= $this->sendQuit();
#$this->shutdown();
$action = new ClientAction(ClientAction::CRITERION_AFTER_PREVIOUS_ACTIONS);
$action->setName('talk_request_after_previous_actions_shutdown');
$action->functionSet(function ($action, $client) {
$client->sendQuit();
$client->shutdown();
});
$this->actionAdd($action);
$this->log('debug', 'actions left: ' . count($this->actions));
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
}
}
} elseif ($msgName == 'talk_msg') {
#$this->log('debug', $this->getUri().' recv '.$msgName);
if ($this->getStatus('hasSsl')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData);
if ($msgData) {
$rid = '';
$userNickname = '[unknown]';
$text = '';
$ignore = false;
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
if (array_key_exists('userNickname', $msgData) && $msgData['userNickname']) {
$userNickname = $msgData['userNickname'];
}
if (array_key_exists('text', $msgData)) {
$text = $msgData['text'];
}
if (array_key_exists('ignore', $msgData)) {
$ignore = $msgData['ignore'];
}
#$debugText = '/'.$rid.'/ /'.$userNickname.'/ '.(int)$ignore.' /'.$text.'/';
#$this->log('debug', $this->getUri().' recv '.$msgName.': '.$debugText);
$this->log('debug', $this->getUri() . ' recv ' . $msgName);
if (!$ignore) {
$this->consoleTalkMsgAdd($rid, $userNickname, $text);
}
}
}
} elseif ($msgName == 'talk_user_nickname_change') {
#$this->log('debug', $this->getUri().' recv '.$msgName);
if ($this->getStatus('hasSsl')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData);
if ($msgData) {
$userNicknameOld = '[unknown]';
$userNicknameNew = '';
if (array_key_exists('userNicknameOld', $msgData) && $msgData['userNicknameOld']) {
$userNicknameOld = $msgData['userNicknameOld'];
}
if (array_key_exists('userNicknameNew', $msgData)) {
$userNicknameNew = $msgData['userNicknameNew'];
}
if ($this->getServer() && $this->getServer()->getKernel()) {
$contact = $this->getServer()->getKernel()->getAddressbook()->contactGetByNodeId($this->getNode()->getIdHexStr());
if ($contact) {
if (!$userNicknameOld) {
$userNicknameOld = $contact->getUserNickname();
}
if ($userNicknameNew) {
$contact->setUserNickname($userNicknameNew);
$this->getServer()->getKernel()->getAddressbook()->setDataChanged(true);
}
}
}
if ($userNicknameNew) {
#$this->log('debug', $this->getUri().' recv '.$msgName.': '.$userNicknameOld.', '.$userNicknameNew);
$this->consoleMsgAdd('User "' . $userNicknameOld . '" is now known as "' . $userNicknameNew . '".', true, true, true);
}
}
}
} elseif ($msgName == 'talk_close') {
if ($this->getStatus('hasSsl')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData);
if ($msgData) {
$rid = '';
$userNickname = '[unknown]';
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
if (array_key_exists('userNickname', $msgData) && $msgData['userNickname']) {
$userNickname = $msgData['userNickname'];
}
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $rid . ', ' . $userNickname);
$msgHandleReturnValue .= $this->sendQuit();
$this->setStatus('hasTalkClose', true);
$this->shutdown();
$this->consoleMsgAdd('Talk closed by "' . $userNickname . '".', true, true, true);
$this->consoleSetModeChannel(false);
$this->consoleSetModeChannelClient(null);
}
}
} elseif ($msgName == 'bridge_connect') {
if ($this->getSettings()->data['node']['bridge']['server']['enabled']) {
if ($this->getStatus('hasSsl')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData);
if ($msgData) {
$targetUri = '';
if (array_key_exists('uri', $msgData)) {
$targetUri = $msgData['uri'];
$targetUri = UriFactory::factory($targetUri);
}
$this->logColor('debug', $this->getUri() . ' recv ' . $msgName . ': target /' . $targetUri . '/', 'yellow');
$client = $this->getServer()->connect($targetUri);
if ($client !== null) {
$this->logColor('debug', 'bridge connected to target /' . $targetUri . '/', 'yellow');
$this->setBridgeClient($client);
$client->setBridgeClient($client);
$client->setStatus('bridgeTargetUri', $targetUri);
$msgHandleReturnValue .= $this->sendBridgeConnectResponse(1);
} else {
$this->logColor('debug', 'bridge connection to target /' . $targetUri . '/ failed', 'yellow');
$msgHandleReturnValue .= $this->sendBridgeConnectResponse(2);
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$this->log('warning', static::getErrorMsg(2060));
}
} else {
$msgHandleReturnValue .= $this->sendError(5000, $msgName);
$this->log('warning', static::getErrorMsg(5000));
}
} elseif ($msgName == 'bridge_connect_response') {
if ($this->getSettings()->data['node']['bridge']['server']['enabled'] || $this->getSettings()->data['node']['bridge']['client']['enabled']) {
if ($this->getStatus('hasSsl')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData);
if ($msgData) {
$status = 0;
if (array_key_exists('status', $msgData)) {
$status = (int) $msgData['status'];
}
$this->logColor('debug', $this->getUri() . ' recv ' . $msgName . ': /' . $status . '/', 'yellow');
if ($status) {
if ($status == 1) {
$this->logColor('debug', 'bridge connection ok', 'yellow');
$this->bridgeActionsExecute(ClientAction::CRITERION_AFTER_HELLO);
$this->bridgeActionsExecute(ClientAction::CRITERION_AFTER_HAS_SSL);
/*foreach($this->bridgeActions as $bridgeActionId => $bridgeAction){
$name = $bridgeAction->getName();
$criteria = join(',', $bridgeAction->getCriteria());
$this->logColor('debug', 'bridgeAction: /'.$name.'/ /'.$criteria.'/', 'yellow');
#$this->bridgeActionRemove($bridgeAction);
#$bridgeAction->functionExec($this);
}*/
} elseif ($status == 2) {
$this->logColor('debug', 'bridge connection failed', 'yellow');
} else {
$this->logColor('debug', 'bridge connect response unknown status', 'yellow');
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$this->log('warning', static::getErrorMsg(2060));
}
} else {
$msgHandleReturnValue .= $this->sendError(5100, $msgName);
$this->log('warning', static::getErrorMsg(5100));
}
} elseif ($msgName == 'bridge_msg') {
if ($this->getSettings()->data['node']['bridge']['server']['enabled']) {
if ($this->getStatus('hasSsl')) {
$msgData = $this->sslMsgDataPasswordDecrypt($msgData);
if ($msgData) {
$data = '';
if (array_key_exists('data', $msgData)) {
$data = $msgData['data'];
}
$this->logColor('debug', $this->getUri() . ' recv ' . $msgName . ': /' . $data . '/', 'yellow');
$this->logColor('debug', 'bridge server: ' . $this->getStatus('bridgeServerUri'), 'yellow');
$this->logColor('debug', 'bridge target: ' . $this->getStatus('bridgeTargetUri'), 'yellow');
$this->logColor('debug', 'bridge client: ' . (int) ($this->bridgeClient !== null), 'yellow');
# TODO
if ($this->bridgeClient) {
}
} else {
$msgHandleReturnValue .= $this->sendError(9000, $msgName);
}
} else {
$msgHandleReturnValue .= $this->sendError(2060, $msgName);
$this->log('warning', static::getErrorMsg(2060));
}
} else {
$msgHandleReturnValue .= $this->sendError(5200, $msgName);
$this->log('warning', static::getErrorMsg(5200));
}
} elseif ($msgName == 'ping') {
$rid = '';
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
$msgHandleReturnValue .= $this->sendPong($rid);
} elseif ($msgName == 'pong') {
$rid = '';
if (array_key_exists('rid', $msgData)) {
$rid = $msgData['rid'];
}
$this->pongTime = time();
} elseif ($msgName == 'error') {
$code = 0;
$msg = '';
$name = '';
if (array_key_exists('msg', $msgData)) {
$code = (int) $msgData['code'];
}
if (array_key_exists('msg', $msgData)) {
$msg = $msgData['msg'];
}
if (array_key_exists('msg', $msgData)) {
$name = $msgData['name'];
}
if ($code >= 2000 && $code <= 3999) {
// SSL
$this->logColor('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $code . ', ' . $msg . ', ' . $name, 'green');
} elseif ($code >= 5000 && $code <= 5999) {
// Bridge
$this->logColor('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $code . ', ' . $msg . ', ' . $name, 'yellow');
} else {
$this->log('debug', $this->getUri() . ' recv ' . $msgName . ': ' . $code . ', ' . $msg . ', ' . $name);
}
} elseif ($msgName == 'quit') {
$this->shutdown();
} else {
$this->log('debug', $this->getUri() . ' recv /' . $msgName . '/: not implemented.');
$msgHandleReturnValue .= $this->sendError(9020, $msgName);
}
return $msgHandleReturnValue;
}
/**
* @expectedException RuntimeException
* @expectedExceptionCode 203
*/
public function testDecryptionRuntimeException203()
{
$msg = new Msg();
$msg->setVersion(1);
$msg->setId('cafed00d-2131-4159-8e11-0b4dbadb1738');
$msg->setSrcNodeId('cafed00d-2331-4159-8e11-0b4dbadb1738');
$msg->setSrcSslKeyPub(static::SRC1_SSL_KEY_PUB);
$msg->setSrcUserNickname('username1');
$msg->setDstNodeId('cafed00d-2431-4159-8e11-0b4dbadb1738');
$msg->setDstSslPubKey(static::DST1_SSL_KEY_PUB);
$msg->setSubject('subj1');
$msg->setText('text1');
$msg->setSslKeyPrv(static::SRC1_SSL_KEY_PRV, static::SSL_KEY_PRV_PASS);
$msg->setIgnore(false);
$this->assertTrue($msg->encrypt());
$body = $msg->getBody();
$timeCreated = $msg->getTimeCreated();
$password = $msg->getPassword();
$checksum = $msg->getChecksum();
$body = base64_decode($body);
$body = gzdecode($body);
$body = json_decode($body, true);
$body['data'] = 'invalid';
$body = json_encode($body);
$body = gzencode($body, 9);
$body = base64_encode($body);
$msg = new Msg();
$msg->setVersion(1);
$msg->setId('cafed00d-2131-4159-8e11-0b4dbadb1738');
$msg->setSrcNodeId('cafed00d-2331-4159-8e11-0b4dbadb1738');
$msg->setBody($body);
$msg->setSrcSslKeyPub(static::SRC1_SSL_KEY_PUB);
$msg->setDstSslPubKey(static::DST1_SSL_KEY_PUB);
$msg->setSslKeyPrv(static::DST1_SSL_KEY_PRV, static::SSL_KEY_PRV_PASS);
$msg->setDstNodeId('cafed00d-2431-4159-8e11-0b4dbadb1738');
$msg->setTimeCreated($timeCreated);
$msg->setPassword($password);
$msg->setChecksum($checksum);
$msg->decrypt();
}
public function testMsgDbDefault()
{
$uuid1 = '10000000-1000-4001-8001-1000000000';
$uuid2 = '20000000-2000-4002-8002-20000000';
@unlink('test_data/bucket_root.yml');
$runName = uniqid('', true);
$prvFileName = 'testfile_cronjob_id_rsa_' . date('Ymd_His') . '_' . $runName . '.prv';
$pubFileName = 'testfile_cronjob_id_rsa_' . date('Ymd_His') . '_' . $runName . '.pub';
$settignsFileName = 'testfile_cronjob_settings_' . date('Ymd_His') . '_' . $runName . '.pub';
file_put_contents('test_data/' . $prvFileName, static::NODE_LOCAL_SSL_KEY_PRV);
file_put_contents('test_data/' . $pubFileName, static::NODE_LOCAL_SSL_KEY_PUB);
$settings = new Settings('test_data/' . $settignsFileName);
$settings->data['datadir'] = 'test_data';
$settings->data['node']['id'] = Node::genIdHexStr(static::NODE_LOCAL_SSL_KEY_PUB);
$settings->data['node']['sslKeyPrvPass'] = '******';
$settings->data['node']['sslKeyPrvPath'] = 'test_data/' . $prvFileName;
$settings->data['node']['sslKeyPubPath'] = 'test_data/' . $pubFileName;
$settings->data['node']['bridge']['client']['enabled'] = false;
#$settings->setDataChanged(true);
#$settings->save();
$localNode = new Node();
$localNode->setIdHexStr($settings->data['node']['id']);
$localNode->setUri($settings->data['node']['uriLocal']);
$localNode->setSslKeyPub(file_get_contents($settings->data['node']['sslKeyPubPath']));
$this->assertEquals(static::NODE_LOCAL_SSL_KEY_PUB, $localNode->getSslKeyPub());
// @codingStandardsIgnoreStart
#$this->assertEquals('FC_WwG2GdTmCLSKhpEmJso6pejm9c6oACjX', Node::genSslKeyFingerprint($localNode->getSslKeyPub()));
$this->assertEquals('FC_6t6Z9dYVWEDfEzGQGDSAteLQsFE8SDwZFK2PoiQuM2ezFUA2yNpBPiT9oBwvFBfzDWZzZF5sxBtcSd', Node::genSslKeyFingerprint($localNode->getSslKeyPub()));
// @codingStandardsIgnoreEnd
$nodes = array();
$nodes[0] = new Node();
$nodes[0]->setIdHexStr($uuid1 . '00');
$nodes[0]->setUri('tcp://127.0.0.0:25000');
$nodes[0]->setSslKeyPub(static::NODE0_SSL_KEY_PUB);
$nodes[1] = new Node();
$nodes[1]->setIdHexStr($uuid1 . '01');
$nodes[1]->setUri('tcp://127.0.0.1:25000');
$nodes[2] = new Node();
$nodes[2]->setIdHexStr($uuid1 . '02');
$nodes[2]->setUri('tcp://127.0.0.2:25000');
$nodes[2]->setSslKeyPub(static::NODE2_SSL_KEY_PUB);
$nodes[3] = new Node();
$nodes[3]->setIdHexStr($uuid1 . '03');
$nodes[3]->setUri('tcp://127.0.0.3:25000');
$nodes[4] = new Node();
$nodes[4]->setIdHexStr($uuid1 . '04');
$nodes[4]->setUri('tcp://127.0.0.4:25000');
$nodes[4]->setSslKeyPub(static::NODE4_SSL_KEY_PUB);
$nodes[5] = new Node();
$nodes[5]->setIdHexStr($uuid1 . '05');
$nodes[5]->setUri('tcp://127.0.0.5:25000');
$nodes[5]->setSslKeyPub(static::NODE5_SSL_KEY_PUB);
$table = new Table();
$table->setDatadirBasePath($settings->data['datadir']);
$table->setLocalNode($localNode);
$table->nodeEnclose($nodes[0]);
$table->nodeEnclose($nodes[1]);
$table->nodeEnclose($nodes[2]);
#$table->nodeEnclose($nodes[3]); // Test not in table.
#$table->nodeEnclose($nodes[4]);
#$table->nodeEnclose($nodes[5]);
$msgs = array();
for ($nodeNo = 1000; $nodeNo <= 1011; $nodeNo++) {
$msg = new Msg();
$msg->setId($uuid2 . $nodeNo);
$this->assertEquals($uuid2 . $nodeNo, $msg->getId());
$msg->setSrcNodeId($settings->data['node']['id']);
$msg->setSrcSslKeyPub($table->getLocalNode()->getSslKeyPub());
$msg->setSrcUserNickname($settings->data['user']['nickname']);
$msg->setText('this is a test. ' . date('Y-m-d H:i:s'));
$msg->setSslKeyPrvPath($settings->data['node']['sslKeyPrvPath'], $settings->data['node']['sslKeyPrvPass']);
$msg->setStatus('O');
$msg->setDstNodeId($nodes[0]->getIdHexStr());
$msg->setEncryptionMode('D');
$msg->setDstSslPubKey($nodes[0]->getSslKeyPub());
$msgs[$nodeNo] = $msg;
#fwrite(STDOUT, __METHOD__.' msg setup: '.$nodeNo.''.PHP_EOL);
}
$msgs[1001]->setDstNodeId($nodes[1]->getIdHexStr());
$msgs[1001]->setEncryptionMode('S');
$msgs[1001]->setDstSslPubKey($table->getLocalNode()->getSslKeyPub());
$this->assertEquals('S', $msgs[1001]->getEncryptionMode());
$msgs[1002]->setDstNodeId($nodes[2]->getIdHexStr());
$msgs[1002]->setEncryptionMode('S');
$msgs[1002]->setDstSslPubKey($table->getLocalNode()->getSslKeyPub());
$this->assertEquals('S', $msgs[1002]->getEncryptionMode());
$msgs[1003]->setDstNodeId($nodes[3]->getIdHexStr());
$msgs[1003]->setEncryptionMode('S');
$msgs[1003]->setDstSslPubKey($table->getLocalNode()->getSslKeyPub());
$this->assertEquals('S', $msgs[1003]->getEncryptionMode());
$msgs[1004]->setSentNodes(array(1, 2, 3, 4, 5, 6, 7, 8, 9, 10));
$this->assertEquals(array(1, 2, 3, 4, 5, 6, 7, 8, 9, 10), $msgs[1004]->getSentNodes());
$msgs[1005]->setStatus('U');
$msgs[1006]->setStatus('S');
$msgs[1007]->setStatus('S');
$msgs[1007]->setSentNodes(array(1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21));
$msgs[1008]->setStatus('S');
$msgs[1008]->setForwardCycles(110);
$msgs[1008]->setSentNodes(array(1, 2, 3, 4, 5, 6, 7, 8, 9, 10));
$msgs[1009]->setStatus('S');
$msgs[1009]->setSentNodes(array(1, 2, 3, 4, 5, 6, 7, 8, 9, 10, $uuid1 . '00'));
$msgs[1010]->setRelayNodeId($uuid1 . '01');
$msgs[1011]->setSrcNodeId($nodes[4]->getIdHexStr());
$msgs[1011]->setDstNodeId($nodes[5]->getIdHexStr());
$msgs[1011]->setStatus('U');
$msgDb = new MsgDb();
$msgDb->setDatadirBasePath($settings->data['datadir']);
$cronjobLog = new Logger('cronjob');
#$cronjobLog->pushHandler(new LoggerStreamHandler('php://stdout', Logger::DEBUG));
$cronjob = new Cronjob();
$cronjob->setLog($cronjobLog);
$cronjob->setMsgDb($msgDb);
$cronjob->setSettings($settings);
$cronjob->setTable($table);
// Encrypt
foreach ($msgs as $msgId => $msg) {
#fwrite(STDOUT, __METHOD__.' encrypt: '.$msgId.PHP_EOL);
$encrypted = false;
try {
$encrypted = $msg->encrypt();
} catch (Exception $e) {
print 'ERROR: ' . $e->getMessage() . PHP_EOL;
}
$this->assertTrue($encrypted);
$rv = $cronjob->getMsgDb()->msgAdd($msg);
}
$this->assertEquals(12, $cronjob->getMsgDb()->getMsgsCount());
// Init Nodes
#fwrite(STDOUT, __METHOD__.' init nodes'.PHP_EOL);
$cronjob->msgDbInitNodes();
$cronjobMsgs = $cronjob->getMsgDb()->getMsgs();
#foreach($cronjobMsgs as $msgId => $msg){
# $logOut = $msg->getId().', '.$msg->getStatus().', '.$msg->getEncryptionMode();
# fwrite(STDOUT, __METHOD__.' cronjobMsgs: '.$logOut.PHP_EOL);
#}
$this->assertEquals(12, count($cronjobMsgs));
$this->assertEquals($msgs[1000], $cronjobMsgs[$uuid2 . '1000']);
$this->assertEquals($msgs[1001], $cronjobMsgs[$uuid2 . '1001']);
$this->assertEquals($msgs[1002], $cronjobMsgs[$uuid2 . '1002']);
$this->assertEquals($msgs[1003], $cronjobMsgs[$uuid2 . '1003']);
$this->assertEquals($msgs[1004], $cronjobMsgs[$uuid2 . '1004']);
$this->assertEquals($msgs[1005], $cronjobMsgs[$uuid2 . '1005']);
$this->assertEquals($msgs[1006], $cronjobMsgs[$uuid2 . '1006']);
$this->assertEquals($msgs[1007], $cronjobMsgs[$uuid2 . '1007']);
$this->assertEquals($msgs[1008], $cronjobMsgs[$uuid2 . '1008']);
$this->assertEquals($msgs[1009], $cronjobMsgs[$uuid2 . '1009']);
$this->assertEquals($msgs[1010], $cronjobMsgs[$uuid2 . '1010']);
$this->assertEquals($msgs[1011], $cronjobMsgs[$uuid2 . '1011']);
$this->assertEquals('D', $cronjobMsgs[$uuid2 . '1000']->getEncryptionMode());
$this->assertEquals('S', $cronjobMsgs[$uuid2 . '1001']->getEncryptionMode());
$this->assertEquals('D', $cronjobMsgs[$uuid2 . '1002']->getEncryptionMode());
$this->assertEquals('S', $cronjobMsgs[$uuid2 . '1003']->getEncryptionMode());
$this->assertEquals('D', $cronjobMsgs[$uuid2 . '1004']->getEncryptionMode());
$this->assertEquals('D', $cronjobMsgs[$uuid2 . '1005']->getEncryptionMode());
$this->assertEquals('D', $cronjobMsgs[$uuid2 . '1006']->getEncryptionMode());
$this->assertEquals('D', $cronjobMsgs[$uuid2 . '1007']->getEncryptionMode());
$this->assertEquals('D', $cronjobMsgs[$uuid2 . '1008']->getEncryptionMode());
$this->assertEquals('D', $cronjobMsgs[$uuid2 . '1009']->getEncryptionMode());
$this->assertEquals('D', $cronjobMsgs[$uuid2 . '1010']->getEncryptionMode());
$this->assertEquals('D', $cronjobMsgs[$uuid2 . '1011']->getEncryptionMode());
$updateMsgs = $cronjob->msgDbSendAll();
/*foreach($updateMsgs as $msgId => $msg){
$logOut = '/'.$msg['obj']->getId().'/';
$logOut .= ' /'.$msg['obj']->getStatus().'/';
$logOut .= ' /'.$msg['obj']->getEncryptionMode().'/'.' '.count($msg['nodes']);
fwrite(STDOUT, __METHOD__.' update msg: '.$logOut.PHP_EOL);
#ve($msg['nodes']);
}*/
$this->assertEquals(6, count($updateMsgs));
$this->assertEquals('O', $msgs[1000]->getStatus());
$this->assertEquals('O', $msgs[1002]->getStatus());
$this->assertEquals('U', $msgs[1005]->getStatus());
$this->assertEquals('S', $msgs[1006]->getStatus());
$this->assertEquals('O', $msgs[1010]->getStatus());
$this->assertEquals('U', $msgs[1011]->getStatus());
$this->assertEquals('D', $msgs[1000]->getEncryptionMode());
$this->assertEquals('D', $msgs[1002]->getEncryptionMode());
$this->assertEquals('D', $msgs[1005]->getEncryptionMode());
$this->assertEquals('D', $msgs[1006]->getEncryptionMode());
$this->assertEquals('D', $msgs[1010]->getEncryptionMode());
$this->assertEquals('D', $msgs[1011]->getEncryptionMode());
$this->assertTrue(array_key_exists($uuid2 . '1000', $updateMsgs));
$this->assertTrue(array_key_exists($uuid2 . '1002', $updateMsgs));
$this->assertTrue(array_key_exists($uuid2 . '1005', $updateMsgs));
$this->assertTrue(array_key_exists($uuid2 . '1006', $updateMsgs));
$this->assertTrue(array_key_exists($uuid2 . '1010', $updateMsgs));
$this->assertTrue(array_key_exists($uuid2 . '1011', $updateMsgs));
$this->assertEquals(3, count($updateMsgs[$uuid2 . '1000']['nodes']));
$this->assertEquals(3, count($updateMsgs[$uuid2 . '1002']['nodes']));
$this->assertEquals(3, count($updateMsgs[$uuid2 . '1005']['nodes']));
$this->assertEquals(3, count($updateMsgs[$uuid2 . '1006']['nodes']));
$this->assertEquals(2, count($updateMsgs[$uuid2 . '1010']['nodes']));
$this->assertEquals(3, count($updateMsgs[$uuid2 . '1011']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '00', $updateMsgs[$uuid2 . '1000']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '01', $updateMsgs[$uuid2 . '1000']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '02', $updateMsgs[$uuid2 . '1000']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '00', $updateMsgs[$uuid2 . '1002']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '01', $updateMsgs[$uuid2 . '1002']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '02', $updateMsgs[$uuid2 . '1002']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '00', $updateMsgs[$uuid2 . '1005']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '01', $updateMsgs[$uuid2 . '1005']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '02', $updateMsgs[$uuid2 . '1005']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '00', $updateMsgs[$uuid2 . '1006']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '01', $updateMsgs[$uuid2 . '1006']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '02', $updateMsgs[$uuid2 . '1006']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '00', $updateMsgs[$uuid2 . '1010']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '02', $updateMsgs[$uuid2 . '1010']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '00', $updateMsgs[$uuid2 . '1011']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '01', $updateMsgs[$uuid2 . '1011']['nodes']));
$this->assertTrue(array_key_exists($uuid1 . '02', $updateMsgs[$uuid2 . '1011']['nodes']));
}
public function testSendMsg()
{
list($client1, $client2) = $this->sendGenTestDataDefault();
// Send Msg before ID should cause an error.
$msg = new Msg();
$msg->setVersion(1);
$msg->setSrcNodeId($client1->getSettings()->data['node']['id']);
$msg->setSrcSslKeyPub(static::NODE_LOCAL_SSL_KEY_PUB1);
$msg->setSrcUserNickname('thefox');
$msg->setDstNodeId($client2->getSettings()->data['node']['id']);
$msg->setDstSslPubKey(static::NODE_LOCAL_SSL_KEY_PUB2);
$msg->setSubject('my first subject');
$msg->setText('hello world! this is a test');
$msg->setSslKeyPrv(static::NODE_LOCAL_SSL_KEY_PRV1, 'my_password');
$msg->encrypt();
$raw = $client1->sendMsg($msg);
#ve($raw);
$raw = $client2->dataRecv($raw);
#ve($raw);
$json = $this->rawMsgToJson($raw);
#ve($json);
$this->assertEquals('error', $json[0]['name']);
$this->assertEquals(1000, $json[0]['data']['code']);
$this->sendClientsId($client1, $client2);
// Send Msg
$msg = new Msg();
$msg->setVersion(1);
#$msg->setId('200b9758-2d34-4152-8ada-fc09fc9c9da0');
$msg->setSrcNodeId('cafed00d-2131-4159-8e11-0b4dbadb1738');
$msg->setSrcSslKeyPub(static::NODE_LOCAL_SSL_KEY_PUB1);
$msg->setSrcUserNickname('thefox');
$msg->setDstNodeId('cafed00d-2131-4159-8e11-0b4dbadb1739');
$msg->setDstSslPubKey(static::NODE_LOCAL_SSL_KEY_PUB2);
$msg->setSubject('my first subject');
$msg->setText('hello world! this is a test');
$msg->setSslKeyPrv(static::NODE_LOCAL_SSL_KEY_PRV1, 'my_password');
$msg->encrypt();
$raw = $client1->sendMsg($msg);
$json = $this->rawMsgToJson($raw);
#ve($json);
$rid = $json[0]['data']['rid'];
$this->assertEquals('msg', $json[0]['name']);
$this->assertEquals('cafed00d-2131-4159-8e11-0b4dbadb1738', $json[0]['data']['srcNodeId']);
$this->assertEquals('cafed00d-2131-4159-8e11-0b4dbadb1739', $json[0]['data']['dstNodeId']);
$raw = $client2->dataRecv($raw);
$json = $this->rawMsgToJson($raw);
#ve($json);
$this->assertEquals('msg_response', $json[0]['name']);
$this->assertEquals($rid, $json[0]['data']['rid']);
$client1->getServer()->getKernel()->shutdown();
$client2->getServer()->getKernel()->shutdown();
}
public function testGetMsgsForDst()
{
$db = new MsgDb();
$msg = new Msg();
$msg->setId('76cabb4d-e729-4a50-a792-e223704c2943');
$db->msgAdd($msg);
$msg = new Msg();
$msg->setId('76cabb4d-e729-4a50-a792-e223704c2944');
$msg->setDstNodeId('76cabb4d-e729-4a50-a792-e223704c2947');
$db->msgAdd($msg);
$msg = new Msg();
$msg->setId('76cabb4d-e729-4a50-a792-e223704c2945');
$db->msgAdd($msg);
$msg = new Msg();
$msg->setId('76cabb4d-e729-4a50-a792-e223704c2946');
$msg->setDstNodeId('76cabb4d-e729-4a50-a792-e223704c2947');
$db->msgAdd($msg);
$node = new Node();
$node->setIdHexStr('76cabb4d-e729-4a50-a792-e223704c2947');
$msgs = $db->getMsgsForDst($node);
$this->assertTrue(is_array($msgs));
$this->assertTrue(isset($msgs['76cabb4d-e729-4a50-a792-e223704c2944']));
$this->assertTrue(isset($msgs['76cabb4d-e729-4a50-a792-e223704c2946']));
}
private function handleCommandMsg($line)
{
#print __CLASS__.'->'.__FUNCTION__.': "'.$line.'"'."\n";
$line = substr($line, 3);
#print __CLASS__.'->'.__FUNCTION__.': get table'."\n";
$table = $this->ipcKernelConnection->execSync('getTable');
#print __CLASS__.'->'.__FUNCTION__.': get msgDb'."\n";
#$msgDb = $this->ipcKernelConnection->execSync('getMsgDb');
$msgs = $this->ipcKernelConnection->execSync('msgDbMsgGetMsgsForDst');
$msgsByIndex = array_keys($msgs);
#ve($msgDb);
#ve($msgs);
#ve($msgsByIndex);
/*
if(!$msgDb){
print __CLASS__.'->'.__FUNCTION__.': get msgDb failed'."\n";
return;
}*/
if ($line) {
$line = substr($line, 1);
$args = preg_split('/ /', $line);
#ve($args);
#print __CLASS__.'->'.__FUNCTION__.': rest "'.$line.'"'."\n";
#$this->printPs1(true, 'handleCommandMsg A');
if ($args[0] == 'new' || $args[0] == 'n') {
if (Uuid::isValid($args[1])) {
if ($args[1] != $table->getLocalNode()->getIdHexStr()) {
$this->sttyExitIcanonMode();
$this->sttyEchoOn();
stream_set_blocking(STDIN, 1);
print PHP_EOL . 'Subject: ';
$subject = strtolower(substr(fgets(STDIN, 100), 0, -1));
if (!$subject) {
$subject = 'No Subject';
}
#print "Subject: '".$subject."'\n\n";
print PHP_EOL . 'Enter the text to send.' . PHP_EOL;
print 'NOTE: end text with <RETURN>.<RETURN>' . PHP_EOL;
$text = '';
while (!$this->getExit()) {
$line = fgets(STDIN, 1024);
#print "line: '".substr($line, 0, -1)."'\n";
if (substr($line, 0, -1) == '.') {
break;
}
$text .= $line;
#sleep(1);
}
if (!$this->getExit()) {
$text = substr($text, 0, -1);
print 'Send msg? [Y/n] ';
$answer = strtolower(substr(fgets(STDIN, 100), 0, -1));
if (!$answer) {
$answer = 'y';
}
print "Answer: '" . $answer . "'" . PHP_EOL;
#print "Text: '".$text."'\n";
stream_set_blocking(STDIN, 0);
$this->sttyEnterIcanonMode();
$this->sttyEchoOff();
if ($answer == 'y') {
$dstNodeId = $args[1];
#$dstNodeId = '42785b21-011b-4093-b61d-000000000001';
#$text = 'this is a test. '.date('Y-m-d H:i:s');
$table = $this->ipcKernelConnection->execSync('getTable');
$msg = new Msg();
$msg->setSrcNodeId($this->settings->data['node']['id']);
$msg->setSrcSslKeyPub($table->getLocalNode()->getSslKeyPub());
$msg->setSrcUserNickname($this->userNickname);
$dstNode = new Node();
$dstNode->setIdHexStr($dstNodeId);
$msg->setDstNodeId($dstNode->getIdHexStr());
if ($oDstNode = $table->nodeFind($dstNode)) {
#print 'found node in table'.PHP_EOL;
$msg->setDstSslPubKey($oDstNode->getSslKeyPub());
}
#else{ print 'node not found'.PHP_EOL; }
$msg->setSubject($subject);
$msg->setText($text);
$msg->setSslKeyPrvPath($this->settings->data['node']['sslKeyPrvPath'], $this->settings->data['node']['sslKeyPrvPass']);
$msg->setStatus('O');
$encrypted = false;
#print 'DstSslPubKey: '.strlen($msg->getDstSslPubKey()).PHP_EOL;
if ($msg->getDstSslPubKey()) {
#print 'use dst key'.PHP_EOL;
$msg->setEncryptionMode('D');
} else {
// Encrypt with own public key
// while destination public key is not available.
#print 'use local key'.PHP_EOL;
$msg->setEncryptionMode('S');
$msg->setDstSslPubKey($table->getLocalNode()->getSslKeyPub());
}
try {
$encrypted = $msg->encrypt();
if ($encrypted) {
$this->ipcKernelConnection->execAsync('msgDbMsgAdd', array($msg));
$this->msgAdd('OK: msg created ' . $msg->getId(), true, true);
} else {
$this->msgAdd('ERROR: could not encrypt message.', true, true);
}
} catch (Exception $e) {
$this->msgAdd('ERROR: ' . $e->getMessage(), true, true);
}
#$this->printPs1(true, 'handleCommandMsg B');
} else {
print 'Nothing created, nothing sent.' . PHP_EOL;
$this->printPs1(true, 'handleCommandMsg C');
}
}
} else {
$this->msgAdd();
$this->msgAdd('Send a message to yourself?', false, true);
}
} else {
$this->msgAdd();
$this->msgAdd('ERROR: "' . $args[1] . '" is not a UUID.', false, true);
}
} elseif ($args[0] == 'read' || $args[0] == 'r') {
if (isset($args[1])) {
$msg = null;
if (Uuid::isValid($args[1])) {
if (isset($msgs[$args[1]])) {
$msg = $msgs[$args[1]];
}
} else {
$no = (int) $args[1] - 1;
if (isset($msgsByIndex[$no])) {
$msg = $msgs[$msgsByIndex[$no]];
}
}
if ($msg) {
$msg->setDstSslPubKey($table->getLocalNode()->getSslKeyPub());
$sslKeyPrvPath = $this->settings->data['node']['sslKeyPrvPath'];
$sslKeyPrvPass = $this->settings->data['node']['sslKeyPrvPass'];
$msg->setSslKeyPrvPath($sslKeyPrvPath, $sslKeyPrvPass);
#ve($msg);
$text = null;
try {
$text = $msg->decrypt();
} catch (Exception $e) {
$text = null;
#print 'ERROR: decrypt: '.$e->getMessage().PHP_EOL;
}
$dateCreated = new DateTime();
$dateCreated->setTimestamp($msg->getTimeCreated());
$dateReceived = new DateTime();
$dateReceived->setTimestamp($msg->getTimeReceived());
$fromLine = '';
if ($msg->getSrcUserNickname()) {
$fromLine .= $msg->getSrcUserNickname() . ' ';
}
$fromLine .= '<' . $msg->getSrcNodeId() . '>';
$toLine = '';
if ($table->getLocalNode()->getIdHexStr() == $msg->getDstNodeId()) {
$toLine .= 'Me ';
}
$toLine .= '<' . $msg->getDstNodeId() . '>';
$this->msgAdd();
if (!$text) {
$this->msgAdd('WARNING: could not decrypt text. Only meta data available.', false, false);
}
$this->msgAdd('----- MESSAGE BEGIN -----');
$this->msgAdd('Subject: ' . $msg->getSubject(), false, false);
$this->msgAdd('From: ' . $fromLine, false, false);
$this->msgAdd('To: ' . $toLine, false, false);
$this->msgAdd('Msg ID: ' . $msg->getId(), false, false);
$this->msgAdd('Status: ' . $msg->getStatusText(), false, false);
$this->msgAdd('Created: ' . $dateCreated->format('Y-m-d H:i:s'), false, false);
$this->msgAdd('Received: ' . $dateReceived->format('Y-m-d H:i:s'), false, false);
if ($text) {
$this->msgAdd();
$this->msgAdd($text, false, false);
$msg->setStatus('R');
$this->ipcKernelConnection->execAsync('msgDbMsgUpdate', array($msg));
}
$this->msgAdd('----- MESSAGE END -----', false, true);
} else {
$this->msgAdd();
$this->msgAdd('ERROR: could not read msg "' . $args[1] . '".', false, true);
}
} else {
$this->msgAdd();
$this->msgAdd('ERROR: you must specify a msg number or ID.', false, true);
}
}
} else {
$format = '%3d %1s %36s %s %s';
$this->msgAdd();
$this->msgAdd(' # N FROM CRATED RECEIVED', false, true);
$no = 0;
foreach ($msgs as $msgId => $msg) {
$no++;
$dateCreated = new DateTime();
$dateCreated->setTimestamp($msg->getTimeCreated());
$dateReceived = new DateTime();
$dateReceived->setTimestamp($msg->getTimeReceived());
$line = sprintf($format, $no, $msg->getStatus() == 'U' ? '*' : ' ', $msg->getSrcNodeId(), $dateCreated->format('Y-m-d H:i:s'), $dateReceived->format('Y-m-d H:i:s'));
$this->msgAdd($line, false, false);
}
$this->msgAdd('END OF LIST', false, true);
}
}
public function mailNew($event, $from, $rcpt, $mail)
{
#fwrite(STDOUT, 'mail new: /'.$from.'/ a/'.join('/ /', $rcpt).'/'."\n");
#$this->log->debug('mailNew: '.$event->getTrigger().' /'.$from.'/');
$settings = $this->getSettings();
$table = $this->ipcKernelConnection->execSync('getTable');
$text = $mail->getBody();
foreach ($rcpt as $dstNodeId) {
$dstNodeId = substr($dstNodeId, 0, strpos($dstNodeId, '@'));
#fwrite(STDOUT, 'to: /'.$dstNodeId.'/'."\n");
$msg = new Msg();
$msg->setSrcNodeId($settings->data['node']['id']);
$msg->setSrcSslKeyPub($table->getLocalNode()->getSslKeyPub());
$msg->setSrcUserNickname($settings->data['user']['nickname']);
$dstNode = new Node();
$dstNode->setIdHexStr($dstNodeId);
$msg->setDstNodeId($dstNode->getIdHexStr());
if ($oDstNode = $table->nodeFind($dstNode)) {
#print 'found node in table'.PHP_EOL;
$msg->setDstSslPubKey($oDstNode->getSslKeyPub());
}
#else{ print 'node not found'.PHP_EOL; }
$msg->setSubject($mail->getSubject());
$msg->setText($text);
$msg->setSslKeyPrvPath($settings->data['node']['sslKeyPrvPath'], $settings->data['node']['sslKeyPrvPass']);
$msg->setStatus('O');
$encrypted = false;
#print 'DstSslPubKey: '.strlen($msg->getDstSslPubKey()).PHP_EOL;
if ($msg->getDstSslPubKey()) {
#print 'use dst key'.PHP_EOL;
$msg->setEncryptionMode('D');
} else {
// Encrypt with own public key
// while destination public key is not available.
#print 'use local key'.PHP_EOL;
$msg->setEncryptionMode('S');
$msg->setDstSslPubKey($table->getLocalNode()->getSslKeyPub());
}
try {
$encrypted = $msg->encrypt();
if ($encrypted) {
$this->ipcKernelConnection->execAsync('msgDbMsgAdd', array($msg));
$this->log->debug('OK: msg created ' . $msg->getId());
} else {
$this->log->error('Could not encrypt message.');
}
} catch (Exception $e) {
$this->log->error('ERROR: ' . $e->getMessage());
}
}
}