void XMLMessage::setBean(XMLMessageBean* bean)
{
char *xmlText = bean->encode();
if (xmlText != NULL)
{
ByteArray bytes(xmlText, strlen(xmlText));
setPayload(&bytes);
}
else
setPayload(NULL);
}
Message::Message(quint32 pNo, Member* sender, quint32 cmd, QByteArray payload)
{
setPacketNo(pNo);
setSender(sender);
setCommand(cmd);
setPayload(payload);
}
void MigrationVerifyActor::handleVerifyRequest(const idgs::actor::ActorMessagePtr& msg) {
pb::MigrationVerifyRequest* request = NULL;
if (msg->getPayload()) {
request = dynamic_cast<pb::MigrationVerifyRequest*>(msg->getPayload().get());
}
if (request && request->has_schema_name() && request->has_store_name()) {
auto datastore = idgs::store::idgs_store_module()->getDataStore();
auto store = datastore->getStore(request->schema_name(), request->store_name());
if (!store) {
LOG(ERROR) << "store " << request->schema_name() << "." << request->store_name() << " is not found.";
auto payload = std::make_shared<pb::MigrationVerifyResponse>();
payload->set_result_code(static_cast<int32_t>(RC_STORE_NOT_FOUND));
auto respMsg = msg->createResponse();
respMsg->setOperationName("VERIFY_RESPONSE");
respMsg->setPayload(payload);
idgs::actor::sendMessage(respMsg);
return;
}
if (store->getStoreConfig()->getStoreConfig().partition_type() != idgs::store::pb::PARTITION_TABLE) {
LOG(ERROR) << "store " << request->schema_name() << "." << request->store_name() << " is not a partition store.";
auto payload = std::make_shared<pb::MigrationVerifyResponse>();
payload->set_result_code(static_cast<int32_t>(RC_STORE_NOT_FOUND));
auto respMsg = msg->createResponse();
respMsg->setOperationName("VERIFY_RESPONSE");
respMsg->setPayload(payload);
idgs::actor::sendMessage(respMsg);
return;
}
}
clientMsg = msg;
auto& members = idgs_application()->getMemberManager()->getMemberTable();
auto it = members.begin();
for (; it != members.end(); ++ it) {
if (it->isLocalStore() && (it->getState() == idgs::pb::MS_PREPARED || it->getState() == idgs::pb::MS_ACTIVE)) {
auto reqMsg = createActorMessage();
reqMsg->setOperationName("LOCAL_VERIFY_REQUEST");
reqMsg->setDestMemberId(it->getId());
reqMsg->setDestActorId(actorId);
reqMsg->setPayload(msg->getPayload());
idgs::actor::sendMessage(reqMsg);
++ memberSize;
}
}
}
Packet::Packet(string packetData){
// Parse the packet into the object
stringstream deserializer(packetData);
string type;
deserializer >> type;
string d;
string t;
string dateTime;
deserializer >> d;
deserializer >> t;
stringstream dateTimeStream;
dateTimeStream << d << " " << t;
dateTime = dateTimeStream.str();
const char * timeBuffer =dateTime.c_str();
tm date;
strptime(timeBuffer, "%Y-%m-%d %H:%M:%S", &date);
time_t packetTime = mktime(&date);
setTimeSent(packetTime);
int life;
deserializer >> life;
setLifeTime(life);
int pno;
deserializer >> pno;
setPacketNumber(pno);
int hop;
deserializer >> hop;
hop++;
setHopCount(hop);
string src;
deserializer >> src;
setSourceAddress(src);
string dest;
deserializer >> dest;
setDestinationAddress(dest);
stringstream payloadStream;
payloadStream << deserializer.rdbuf();
string pay = payloadStream.str();
pay = pay.substr(1, pay.length());
setPayload(pay);
}
// rxPacket - Function to read the frame received.
void XBeeLib::rxPacket()
{
int index;
int size;
int length;
int payloadPosition;
if(getCoordinatorEnabled() == 1){
size = 8;
length = 22;
payloadPosition = 14;
}
else{
size = 1;
length = 9;
payloadPosition = 8;
}
clearReceived();
char frame[size];
index = 0;
if(Serial.available() > length){
Serial.println();
for(int i = 0; i <= length; i++){
if((i >= payloadPosition) && (i < length)){
frame[index] = Serial.read();
addReceived((String)((char)frame[index]));
Serial.print(frame[index], HEX);
Serial.print(" ");
index++;
}
else{
Serial.print(Serial.read(), HEX);
Serial.print(" ");
}
}
Serial.print("\n<<< ");
Serial.println(getReceived());
if(getCoordinatorEnabled() == 0){
if(getReceived() == "r"){
//setConfigure();
}
if(getReceived() == "s"){
//setSleepMode();
}
if(getReceived() == "t"){
setPayload(getStatus());
txRequest(getPayloadAddress());
}
}
}
}
/*!
\brief Create a Smart Poster record based on the record passed
through the argument.
Internalizes and parses the payload of the original record.
*/
NdefNfcSpRecord::NdefNfcSpRecord(const QNdefRecord &other)
: QNdefRecord(QNdefRecord::NfcRtd, "Sp"),
recordUri(NULL),
recordAction(NULL),
recordSize(NULL),
recordType(NULL),
recordImage(NULL)
{
setPayload(other.payload());
}
/*!
\brief Create an empty Smart Poster (Sp) record.
Note that in order to write a Smart Poster to a tag,
you have to at least add the URL. An empty Smart Poster
record is not valid according to the specs.
*/
NdefNfcSpRecord::NdefNfcSpRecord()
: QNdefRecord(QNdefRecord::NfcRtd, "Sp"),
recordUri(NULL),
recordAction(NULL),
recordSize(NULL),
recordType(NULL),
recordImage(NULL)
{
setPayload(QByteArray(0, char(0)));
}
// Note; doit-on passer en dynamique ???
// si l'o
anbMessage createIDMessage (unsigned char txID)
{
anbMessage msg;
setTxID (&msg, txID);
setRxID (&msg, _BDCAST_ADDR);
setType (&msg, ID_MSG);
setSize (&msg, 0);
setPayload (&msg, NULL);
return msg;
}
anbMessage createACKMessage (unsigned char txID, unsigned char rxID)
{
anbMessage msg;
setTxID (&msg, txID);
setRxID (&msg, rxID);
setType (&msg, ACK_MSG);
setSize (&msg, 0);
setPayload (&msg, NULL);
return msg;
}
DeviceInfoPacket::DeviceInfoPacket(int width, int height, String userID) {
mWidth=width;
mHeight=height;
mUserID=userID;
sprintf(buffer, "%4d%4d0123456789", 720, 1280);
header=new PacketHeader(DEVICE_INFO, 18);
setHeader(header);
setPayload((byte*)buffer);
}
anbMessage createDATAMessage (unsigned char txID, unsigned char rxID,
char* payload, unsigned char payloadSize)
{
anbMessage msg;
setTxID (&msg, txID);
setRxID (&msg, rxID);
setType (&msg, DATA_MSG);
setSize (&msg, payloadSize);
setPayload (&msg, payload);
return msg;
}
/*!
Sets the locale of the text record to \a locale.
*/
void QNdefNfcTextRecord::setLocale(const QString &locale)
{
QByteArray p = payload();
quint8 status = p.isEmpty() ? 0 : p.at(0);
quint8 codeLength = status & 0x3f;
quint8 newStatus = (status & 0xd0) | locale.length();
p[0] = newStatus;
p.replace(1, codeLength, locale.toAscii());
setPayload(p);
}
Message::Message()
{
d = new MessageData;
qRegisterMetaType<Message>("Message");
setType( "" );
setPayload( "" );
setSenderID( 0 );
setGroupID( 0 );
setSeconds( 0 );
setUseconds( 0 );
setBridgeID( 0 );
setHist( false );
setName( "Unknown" );
setSender( 0 );
}
/*! \sa PacketProcessor
*/
Packet& PacketProcessor::buildIPPacket(string p_DestinationIP, string p_SourceIP, string p_Payload)
{
//store the arguments
m_DestinationIP = p_DestinationIP;
m_SourceIP = p_SourceIP;
m_Payload = p_Payload;
//set version
m_PacketBuffer[0] = (unsigned char)setSubField((unsigned)m_PacketBuffer[0], VERSION, 7, 4);
//set standard header length
m_PacketBuffer[0] = (unsigned char)setSubField((unsigned)m_PacketBuffer[0], IHL, 3, 0);
//set the second field to zero (DSCP[7-2] and ECN[1-0])
//set identification
setMultipleFields(&m_PacketBuffer[5], m_Identification++, SHORT);
//set flags
clearBit(&m_PacketBuffer[6], 7); //reserved
clearBit(&m_PacketBuffer[6], 6); //Don't fragment DF
clearBit(&m_PacketBuffer[6], 5); //More fragments MF
//set fragment offset
//set TTL
m_PacketBuffer[8] = TTL;
//set Protocol
m_PacketBuffer[9] = PROTOCOL;
//set source IP
m_Converter.ipToUChar(m_SourceIP, &m_PacketBuffer[12]);
//set destination IP
m_Converter.ipToUChar(m_DestinationIP, &m_PacketBuffer[16]);
//set paylod and packet length
setMultipleFields(&m_PacketBuffer[3], setPayload(&m_PacketBuffer[20]), SHORT);
addCheckSum(m_PacketBuffer);
//set the IP packet into the frame
m_Frame.setPDU(m_PacketBuffer);
resetPacketBuffer();
return m_Frame;
}
HardwareState::HardwareState() {
// set initial states and values of modules
setEnergy((MIN_PROPER_VOLTAGE + MAX_PROPER_VOLTAGE)/2);
setEnergyCurrent(MAX_PROPER_CURRENT);
setEnergyStatus(MODULE_ON);
setTemperature((MAX_PROPER_TEMPERATURE + MIN_PROPER_TEMPERATURE)/2);
setTemperatureStatus(MODULE_ON);
setPayload(1);
setPayloadStatus(MODULE_STANDBY);
setSband(1);
setSbandStatus(MODULE_STANDBY);
setSolarPanels(1);
setSolarPanelsStatus(MODULE_ON);
setThermalControl(1);
setThermalControlStatus(MODULE_STANDBY);
}
void EthernetFrame::build(MacAddress& dstMac, MacAddress& srcMac, NetworkData* newPayload /* = 0 */,
const PayloadType newPayloadType /* = Eth_MaxType */) {
ACE_TRACE("EthernetFrame::build");
throwIfInitialized();
setInitialized_(true);
if ( newPayload )
setUnitLength(estimate_length(newPayload->getUnitLength(), preambleLength_, typeLen_));
else
setUnitLength(estimate_length(0, preambleLength_, typeLen_));
if (preambleLength_ == LinuxTap) { setPreambleType(newPayloadType); }
setDstAddr(dstMac);
setSrcAddr(srcMac);
setEtherType(newPayloadType);
if ( newPayload) setPayload(newPayload);
}
Message::Message( QString type, QByteArray payload, quint64 senderID, quint64 groupID,
quint32 seconds, quint32 useconds, quint32 bridgeID, bool hist ,
QString name, Target* sender )
{
d = new MessageData;
qRegisterMetaType<Message>("Message");
setType( type );
setPayload( payload );
setSenderID( senderID );
setGroupID( groupID );
setSeconds( seconds );
setUseconds( useconds );
setBridgeID( bridgeID );
setHist( hist );
setName( name );
setSender( sender );
}
void PairStoreDelegateRddPartition::handleRddTransform(const idgs::actor::ActorMessagePtr& msg) {
if (!active) {
active = true;
}
transform();
rddLocal->setPartitionState(partition, TRANSFORM_COMPLETE);
shared_ptr<RddResponse> response = make_shared<RddResponse>();
response->set_partition(partition);
response->set_result_code(RRC_SUCCESS);
auto respMsg = createActorMessage();
respMsg->setDestActorId(rddLocal->getRddId().actor_id());
respMsg->setDestMemberId(rddLocal->getRddId().member_id());
respMsg->setOperationName(PARTITION_TRANSFORM_COMPLETE);
respMsg->setPayload(response);
sendMessage(respMsg);
}
/*!
Sets the enconding of the contents to \a encoding.
*/
void QNdefNfcTextRecord::setEncoding(Encoding encoding)
{
QByteArray p = payload();
quint8 status = p.isEmpty() ? 0 : p.at(0);
QString string = text();
if (encoding == Utf8)
status &= ~0x80;
else
status |= 0x80;
p[0] = status;
setPayload(p);
setText(string);
}
/*!
Sets the contents of the text record to \a text.
*/
void QNdefNfcTextRecord::setText(const QString text)
{
if (payload().isEmpty())
setLocale(QLocale().name());
QByteArray p = payload();
quint8 status = p.at(0);
bool utf16 = status & 0x80;
quint8 codeLength = status & 0x3f;
p.truncate(1 + codeLength);
QTextCodec *codec = QTextCodec::codecForName(utf16 ? "UTF-16BE" : "UTF-8");
p += codec->fromUnicode(text);
setPayload(p);
}
void PairStoreDelegateRddPartition::handleActionRequest(const idgs::actor::ActorMessagePtr& msg) {
ActionRequest* request = dynamic_cast<ActionRequest*>(msg->getPayload().get());
DVLOG(3) << getPartitionName() << " run " << request->action_op_name() << " action";
shared_ptr<ActionResponse> response = make_shared<ActionResponse>();
response->set_action_id(request->action_id());
response->set_partition(partition);
ActionMgr& actionMgr = *idgs_rdd_module()->getActionManager();
const ActionPtr& action = actionMgr.get(request->action_op_name());
RddResultCode code = RRC_SUCCESS;
if (action.get()) {
if (rddLocal->isReplicatedRdd() && partition > 0) {
code = RRC_SUCCESS;
} else {
action::ActionContext ctx;
if (ctx.initContext(&msg, &rddLocal->getKeyTemplate(), &rddLocal->getValueTemplate())) {
code = action->action(&ctx, this);
if (code == RRC_SUCCESS) {
auto& result = ctx.getPartitionResult();
for (int32_t i = 0; i < result.size(); ++i) {
response->add_action_value(result[i].toString());
}
}
} else {
code = RRC_INVALID_ACTION_PARAM;
}
}
} else {
LOG(ERROR)<< "action " << request->action_op_name() << " is not registered.";
code = RRC_ACTION_NOT_FOUND;
}
response->set_result_code(code);
VLOG(2) << getPartitionName() << " process " << request->action_op_name() << " action done.";
auto respMsg = msg->createResponse();
respMsg->setOperationName(RDD_ACTION_RESPONSE);
respMsg->setPayload(response);
idgs::actor::sendMessage(respMsg);
}
anbMessage unserializeMessage (char* msgBuffer)
{
anbMessage msg;
char *visitor = msgBuffer;
setTxID (&msg, (unsigned char) *visitor);
++visitor;
setRxID (&msg, (unsigned char) *visitor);
++visitor;
setType (&msg, (unsigned char) *visitor);
++visitor;
setSize (&msg, (unsigned char) *visitor);
if (getSize (&msg) != 0)
{
createPayload (&msg, getSize (&msg));
++visitor;
setPayload (&msg, visitor);
}
return msg;
}
void MigrationVerifyActor::handleVerifyResponse(const idgs::actor::ActorMessagePtr& msg) {
auto response = dynamic_cast<pb::MigrationVerifyResponse*>(msg->getPayload().get());
memberData.insert(std::pair<int32_t, pb::MemberMigrationData>(msg->getSourceMemberId(), response->member_data(0)));
if (memberData.size() == memberSize) {
auto payload = std::make_shared<pb::MigrationVerifyResponse>();
payload->set_result_code(static_cast<int32_t>(RC_SUCCESS));
auto it = memberData.begin();
for (; it != memberData.end(); ++ it) {
payload->add_member_data()->CopyFrom(it->second);
}
auto respMsg = clientMsg->createResponse();
respMsg->setOperationName("VERIFY_RESPONSE");
respMsg->setPayload(payload);
idgs::actor::sendMessage(respMsg);
memberData.clear();
memberSize = 0;
}
}
// copy constructor
SFPacket::SFPacket(const SFPacket &pPacket) {
length = pPacket.getLength();
type = pPacket.getType();
seqno = pPacket.getSeqno();
setPayload(pPacket.getPayload(), length);
}
void MigrationVerifyActor::handleLocalVerifyRequest(const idgs::actor::ActorMessagePtr& msg) {
pb::MigrationVerifyRequest* request = NULL;
if (msg->getPayload()) {
request = dynamic_cast<pb::MigrationVerifyRequest*>(msg->getPayload().get());
}
auto datastore = idgs::store::idgs_store_module()->getDataStore();
std::vector<idgs::store::StorePtr> stores;
if (request && request->has_schema_name() && request->has_store_name()) {
auto store = datastore->getStore(request->schema_name(), request->store_name());
stores.push_back(store);
} else {
datastore->getStores(stores);
}
auto app = idgs_application();
auto cluster = app->getClusterFramework();
auto pcnt = cluster->getPartitionCount();
auto bkcnt = cluster->getClusterConfig()->max_replica_count() - 1;
auto local = cluster->getLocalMember()->getId();
auto partitionMgr = app->getPartitionManager();
auto payload = std::make_shared<pb::MigrationVerifyResponse>();
payload->set_result_code(static_cast<int32_t>(RC_SUCCESS));
auto memberData = payload->add_member_data();
memberData->set_member_id(local);
for (int32_t i = 0; i < stores.size(); ++ i) {
auto& store = stores.at(i);
auto& storeConfigWrapper = store->getStoreConfig();
if (storeConfigWrapper->getStoreConfig().partition_type() == idgs::store::pb::PARTITION_TABLE) {
auto pstore = dynamic_cast<idgs::store::PartitionedStore*>(store.get());
auto& schemaName = store->getStoreConfig()->getSchema();
auto& storeName = store->getStoreConfig()->getStoreConfig().name();
auto storeData = memberData->add_store_data();
storeData->set_schema_name(schemaName);
storeData->set_store_name(storeName);
for (int32_t p = 0; p < pcnt; ++ p) {
auto partition = partitionMgr->getPartition(p);
for (int32_t pos = 0; pos < bkcnt + 1; ++ pos) {
if (partition->getMemberId(pos) == local) {
auto partitionData = storeData->add_partition_data();
partitionData->set_partition_id(p);
partitionData->set_position(pos);
partitionData->set_member_id(local);
partitionData->set_size(pstore->dataSize(p));
VLOG(0) << schemaName << "." << storeName << " partition " << p << "(" << pos << ") data size " << partitionData->size() << " on member " << local;
std::shared_ptr<idgs::store::StoreMap> map;
pstore->snapshotStore(p, map);
auto it = map->iterator();
while (it->hasNext()) {
idgs::store::StoreOption ps;
storeConfigWrapper->calculatePartitionInfo(it->key(), &ps);
ps.memberId = partitionMgr->getPartition(ps.partitionId)->getMemberId(pos);
auto keyPartition = partitionData->add_key_partition();
keyPartition->set_key_partition_id(ps.partitionId);
keyPartition->set_key_member_id(ps.memberId);
it->next();
}
}
}
}
}
}
auto respMsg = msg->createResponse();
respMsg->setOperationName("VERIFY_RESPONSE");
respMsg->setPayload(payload);
idgs::actor::sendMessage(respMsg);
}
void Widget::_receive( Msg * _pMsg )
{
State state = m_state;
switch( _pMsg->type() )
{
case MsgType::MouseEnter:
if( m_bPressed )
state.setPressed(true);
else
state.setHovered(true);
break;
case MsgType::MouseLeave:
state.setHovered(false); // Also clears any pressed flag.
break;
case MsgType::MousePress:
{
auto pMsg = static_cast<MousePressMsg*>(_pMsg);
if( pMsg->button() == MouseButton::Left )
{
if( state.isHovered() )
state.setPressed(true);
m_bPressed = true;
}
break;
}
case MsgType::MouseRelease:
{
auto pMsg = static_cast<MouseReleaseMsg*>(_pMsg);
if( pMsg->button() == MouseButton::Left )
{
if( state.isHovered() )
state.setPressed(false);
m_bPressed = false;
}
break;
}
case MsgType::FocusGained:
state.setFocused(true);
break;
case MsgType::FocusLost:
state.setFocused(false);
break;
case MsgType::DropPick:
{
auto pMsg = static_cast<DropPickMsg*>(_pMsg);
if (!pMsg->hasPayload())
{
pMsg->setPayload(Payload::create());
}
break;
}
case MsgType::DropEnter:
state.setTargeted(true);
break;
case MsgType::DropLeave:
state.setTargeted(false);
break;
default:
break;
}
if( state != m_state )
_setState( state );
}
void StoreMigrationSourceActor::handleMigrationRequest(const idgs::actor::ActorMessagePtr& msg) {
// migration data
if (it->hasNext()) {
std::shared_ptr<pb::MigrationData> payload = std::make_shared<pb::MigrationData>();
size_t cnt = 0;
auto mode = static_cast<protobuf::SerdesMode>(msg->getSerdesType());
while (it->hasNext() && cnt < batchSize) {
auto data = payload->add_data();
data->set_operation_name(OP_INTERNAL_INSERT);
protobuf::ProtoSerdesHelper::serialize(mode, it->key().get(), data->mutable_key());
protobuf::ProtoSerdesHelper::serialize(mode, it->value().get().get(), data->mutable_value());
++ cnt;
it->next();
}
auto reqMsg = msg->createResponse();
reqMsg->setOperationName(MIGRATION_DATA);
reqMsg->setPayload(payload);
idgs::actor::postMessage(reqMsg);
return;
}
// migration store cache
if (!redoLog.empty()) {
std::shared_ptr<pb::MigrationData> payload = std::make_shared<pb::MigrationData>();
auto mode = static_cast<protobuf::SerdesMode>(msg->getSerdesType());
size_t cnt = 0;
while (!redoLog.empty() && cnt < batchSize) {
MigrationRedoLog info;
redoLog.try_pop(info);
if (!info.key) {
continue;
}
auto data = payload->add_data();
data->set_operation_name(info.opName);
protobuf::ProtoSerdesHelper::serialize(mode, info.key.get(), data->mutable_key());
if (info.value) {
protobuf::ProtoSerdesHelper::serialize(mode, info.value.get(), data->mutable_value());
}
++ cnt;
}
auto reqMsg = msg->createResponse();
reqMsg->setOperationName(MIGRATION_DATA);
reqMsg->setPayload(payload);
idgs::actor::postMessage(reqMsg);
return;
}
auto& wrapper = pstore->getStoreConfig();
auto& schemaName = wrapper->getSchema();
auto& storeName = wrapper->getStoreConfig().name();
auto payload = std::make_shared<pb::StoreMigrationComplete>();
payload->set_schema_name(schemaName);
payload->set_store_name(storeName);
payload->set_data_size(map->size());
auto respMsg = msg->createResponse();
respMsg->setOperationName(STORE_MIGRATION_COMPLETE);
respMsg->setPayload(payload);
DVLOG(2) << "store " << schemaName << "." << storeName << " of partition " << partId << " migration complete on source member ";
idgs::actor::sendMessage(respMsg);
terminate();
}
void set_datagram_pfwd_challenge(uint8_t* packet , challenge_t challenge){
setPayload(packet,DATAGRAM_PFWD_CHALLENGE_DISP, CHALLENGE_LEN_BYTE, challenge);
}