void parsePeers (const char *pszPeerAddresses, StringHashset &addresses)
{
StringTokenizer tokenizer (pszPeerAddresses, ';', ';');
const char *pszRemoteAddress;
while ((pszRemoteAddress = tokenizer.getNextToken()) != NULL) {
addresses.put (pszRemoteAddress);
}
}
int DSProUtils::addPeers (DSPro &dspro, ConfigManager &cfgMgr)
{
const char *pszMethodName = "DSProUtils::addPeers";
const uint16 ui16MocketsPort = static_cast<uint16>(cfgMgr.getValueAsInt ("aci.dspro.adaptor.mockets.port", MocketsAdaptor::DEFAULT_PORT));
StringHashset mocketsAddresses;
parsePeers (cfgMgr.getValue ("aci.dspro.adaptor.mockets.peer.addr"), mocketsAddresses);
const int mocketsRc = addPeer (dspro, MOCKETS, mocketsAddresses, ui16MocketsPort);
const uint16 ui16TCPPort = static_cast<uint16>(cfgMgr.getValueAsInt ("aci.dspro.adaptor.tcp.port", TCPAdaptor::DEFAULT_PORT));
StringHashset tcpAddresses;
parsePeers (cfgMgr.getValue ("aci.dspro.adaptor.tcp.peer.addr"), tcpAddresses);
const int iCount = tcpAddresses.getCount();
tcpAddresses.removeAll (mocketsAddresses);
if (iCount > tcpAddresses.getCount()) {
checkAndLogMsg (pszMethodName, Logger::L_Warning,
"trying to connect to the same peer with both Mockets and TCP. "
"The duplicated connections via TCP will be dropped.\n");
}
const int tcpRc = addPeer (dspro, TCP, tcpAddresses, ui16TCPPort);
return (mocketsRc + tcpRc);
}
int addPeer (DSPro &dspro, AdaptorType adaptorType, StringHashset &addresses, uint16 ui16Port)
{
int allRc = 0;
const char *pszMethodName = "DSProUtils::addPeer";
StringHashset::Iterator iter = addresses.getAllElements();
for (; !iter.end(); iter.nextElement()) {
int rc = dspro.addPeer (adaptorType, NULL, iter.getKey(), ui16Port);
if (rc < 0) {
checkAndLogMsg (pszMethodName, Logger::L_Warning, "could not connect "
"to %s:%u via %s. Returned %d.\n", iter.getKey(), ui16Port,
getAdaptorTypeAsString (adaptorType), rc);
allRc = -1;
}
}
return allRc;
}
int MetadataConfigurationImpl::addCustomMetadata (TiXmlElement *pRoot)
{
const char *pszMethodName = "MetadataConfiguration::addCustomMetadata (1)";
_ui16MetadataFieldsNumber = _usMetadataFixedFieldsNumber;
TiXmlElement *pXmlField = pRoot->FirstChildElement (XML_FIELD_ELEMENT);
if (pXmlField == nullptr) {
return -1;
}
StringHashset currentFields;
for (uint16 i = 0; i < _ui16MetadataFieldsNumber; i++) {
if (_pMetadataFieldInfos[i] != nullptr) {
currentFields.put (_pMetadataFieldInfos[i]->_sFieldName);
}
}
do {
TiXmlElement *pXmlElName = pXmlField->FirstChildElement (XML_FIELD_NAME_ELEMENT);
TiXmlElement *pXmlElType = pXmlField->FirstChildElement (XML_FIELD_TYPE_ELEMENT);
if ((pXmlElName != nullptr) && (pXmlElType != nullptr)) {
const String nameText (pXmlElName->GetText());
const String typeText (pXmlElType->GetText());
if ((nameText.length () <= 0) || (typeText.length() <= 0)) {
pXmlField = pXmlField->NextSiblingElement();
continue;
}
if (currentFields.containsKey (nameText)) {
checkAndLogMsg (pszMethodName, Logger::L_MildError, "trying to add duplicate field %s.\n",
nameText.c_str());
pXmlField = pXmlField->NextSiblingElement ();
continue;
}
String type (typeText);
type.convertToUpperCase ();
_ui16MetadataFieldsNumber++;
_pMetadataFieldInfos = static_cast<MetadataFieldInfo **>(realloc (_pMetadataFieldInfos,
_ui16MetadataFieldsNumber * sizeof (MetadataFieldInfo *)));
if (_pMetadataFieldInfos == nullptr) {
checkAndLogMsg (pszMethodName, memoryExhausted);
return -2;
}
if ((type != MetadataType::INTEGER8) && (type != MetadataType::INTEGER16) &&
(type != MetadataType::INTEGER32) && (type != MetadataType::INTEGER64) &&
(type != MetadataType::FLOAT) && (type != MetadataType::DOUBLE) &&
(type != MetadataType::TEXT)) {
checkAndLogMsg (pszMethodName, Logger::L_Warning, "unsupported data type for %s attribute: "
"%s. Setting it to %s.\n", nameText.c_str (), type.c_str (),
MetadataType::TEXT.c_str ());
// Set "TEXT" as default type in case the specified
// type doesn't match any type in MetadataType.
type = MetadataType::TEXT;
}
_pMetadataFieldInfos[_ui16MetadataFieldsNumber - 1] = new MetadataFieldInfo (nameText, type);
if ((_pMetadataFieldInfos[_ui16MetadataFieldsNumber - 1] == nullptr) ||
(_pMetadataFieldInfos[_ui16MetadataFieldsNumber - 1]->_sFieldName.length () <= 0)) {
checkAndLogMsg ("MetadataConfiguration::addCustomMetadata (1)", memoryExhausted);
return -3;
}
_pMetadataFieldInfos[_ui16MetadataFieldsNumber - 1]->_bVolatile = ((_ui16MetadataFieldsNumber - 1U) == _usPedigreeIndex);
pXmlField = pXmlField->NextSiblingElement();
}
} while (pXmlField != nullptr);
return 0;
}
