void acquireMoreLocks(char* serviceName, int servicePort, char* fileName,
int lockID, int numLocks, int64_t offsets[],
int64_t lengths[]) {
int i;
MessageClient client = newClient(serviceName, servicePort);
Message m = newMessage();
m->type = FILE_LOCK_CLIENT_SERVICE_CLIENT_MESSAGE;
setStringParam(m, "functionName", "acquiremore");
setStringParam(m, "fileName", fileName);
setIntegerParam(m, "numLocks", numLocks);
setIntegerParam(m, "lockID", lockID);
createLongArrayParam(m, "offsets", numLocks);
createLongArrayParam(m, "lengths", numLocks);
for (i = 0; i < numLocks; ++i) {
setLongArrayParamValue(m, "offsets", i, offsets[i]);
setLongArrayParamValue(m, "lengths", i, lengths[i]);
}
//printf("acquiremorelocks: Message to be sent:\n");
//printMessage(m);
Message reply = clientCall(client, m);
clientDisconnect(client);
//printf("acquiremorelocks: Reply:\n");
//printMessage(reply);
destroyMessage(m);
destroyMessage(reply);
}
void releaseBlockLocks(char* serviceName, int servicePort,
char* fileName, int lockID) {
MessageClient client = newClient(serviceName, servicePort);
Message m = newMessage();
m->type = FILE_LOCK_CLIENT_SERVICE_CLIENT_MESSAGE;
setStringParam(m, "functionName", "releaseblock");
setStringParam(m, "fileName", fileName);
setIntegerParam(m, "lockID", lockID);
Message reply = clientCall(client, m);
clientDisconnect(client);
destroyMessage(m);
destroyMessage(reply);
}
SP_HiveRespObject * SP_HiveDBProtocol :: executeJson( int dbfile, const char * user,
const char * dbname, SP_NKStringList * sql )
{
SP_JsonArrayNode params;
{
SP_JsonObjectNode * args = new SP_JsonObjectNode();
makeArgs( args, dbfile, user, dbname );
SP_JsonArrayNode * sqlNode = new SP_JsonArrayNode();
for( int i = 0; i < sql->getCount(); i++ ) {
sqlNode->addValue( new SP_JsonStringNode( sql->getItem( i ) ) );
}
SP_JsonPairNode * sqlPair = new SP_JsonPairNode();
sqlPair->setName( "sql" );
sqlPair->setValue( sqlNode );
args->addValue( sqlPair );
params.addValue( args );
}
SP_JsonStringBuffer buffer;
SP_JsonRpcUtils::toReqBuffer( "execute", user, ¶ms, &buffer );
SP_HiveRespObject * resp = NULL;
SP_NKHttpResponse httpResp;
int ret = clientCall( mSocket, "/sphivedb", mIsKeepAlive,
buffer.getBuffer(), buffer.getSize(), &httpResp );
if( 0 == ret ) {
SP_JsonRpcRespObject * inner = new SP_JsonRpcRespObject(
(char*)httpResp.getContent(), httpResp.getContentLength() );
resp = new SP_HiveRespObjectJson( inner, 1 );
} else {
SP_NKLog::log( LOG_WARNING, "clientCall %d", ret );
}
return resp;
}
SP_HiveRespObject * SP_HiveDBProtocol :: executeProtoBuf( int dbfile, const char * user,
const char * dbname, SP_NKStringList * sql )
{
SP_ProtoBufEncoder params;
{
makeArgs( ¶ms, dbfile, user, dbname );
for( int i = 0; i < sql->getCount(); i++ ) {
params.addString( SP_HiveReqObjectProtoBuf::eSQL, sql->getItem(i) );
}
}
SP_ProtoBufEncoder reqEncoder;
SP_ProtoBufRpcUtils::initReqEncoder( &reqEncoder, "execute", user );
reqEncoder.addBinary( SP_ProtoBufRpcReqObject::eParams,
params.getBuffer(), params.getSize() );
SP_HiveRespObjectProtoBuf * resp = NULL;
SP_NKHttpResponse httpResp;
int ret = clientCall( mSocket, "/sphivedb/protobuf", mIsKeepAlive,
reqEncoder.getBuffer(), reqEncoder.getSize(), &httpResp );
if( 0 == ret ) {
SP_ProtoBufRpcRespObject * inner = new SP_ProtoBufRpcRespObject();
inner->copyFrom( (char*)httpResp.getContent(), httpResp.getContentLength() );
resp = new SP_HiveRespObjectProtoBuf( inner, 1 );
} else {
SP_NKLog::log( LOG_WARNING, "clientCall %d", ret );
}
return resp;
}
