void rice::pastry::testing::PingMessageNew::ctor(int32_t pingAddress, ::rice::pastry::NodeHandle* src, ::rice::pastry::Id* tgt)
{
super::ctor(pingAddress);
init();
setSender(src);
target = tgt;
}
Message::Message(quint32 pNo, Member* sender, quint32 cmd, QByteArray payload)
{
setPacketNo(pNo);
setSender(sender);
setCommand(cmd);
setPayload(payload);
}
void rice::pastry::commonapi::PastryEndpointMessage::ctor(int32_t address, ::rice::p2p::commonapi::rawserialization::RawMessage* message, ::rice::pastry::NodeHandle* sender)
{
super::ctor(address);
checkRawType(message);
setSender(sender);
this->message = message;
setPriority(npc(message)->getPriority());
}
void rice::pastry::pns::messages::LeafSetRequest::ctor(::rice::pastry::NodeHandle* nodeHandle, int32_t dest)
{
super::ctor(dest);
if(nodeHandle == nullptr)
throw new ::java::lang::IllegalArgumentException(u"nodeHandle == null!"_j);
setSender(nodeHandle);
setPriority(HIGH_PRIORITY);
}
void ccPacketHandler::buildDetectedNodePacket(byte sender, byte neighbourID)
{
clearPacket();
setReceiver(SERVER_01);
setSender(sender);
setAdminKey(NEAR_NODE_EVENT);
setNeighbourId(neighbourID);
setBuildCounter(4);
}
// I assume this is the same as the sender?
// U also assume that this is like "Name <address>"
void KTNEFWriter::setOrganizer( const QString& organizer ) {
int i = organizer.find( '<' );
if ( i == -1 )
return;
QString name = organizer.left( i );
name.stripWhiteSpace();
QString email = organizer.right( i+1 );
email = email.left( email.length()-1 );
email.stripWhiteSpace();
setSender( name, email );
}
void ccPacketHandler::buildPacket(byte receiver, byte sender, byte adminKey)
{
clearPacket(); /// clear existing ccPacket
setReceiver(receiver); /// set given receiver
setSender(sender); /// set sender
setAdminKey(adminKey); /// set given administration key
setBuildCounter(3); /// set build counter to next free byte's position
}
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 );
}
void ccPacketHandler::buildPacket(byte receiver, byte sender, byte adminKey)
{
clearPacket();
setReceiver(receiver);
setSender(sender);
setAdminKey(adminKey);
setBuildCounter(3);
}
void ccPacketHandler::buildRSSIPacket(byte sender, byte rawRSSI, byte neighbourID)
{
clearPacket(); /// clear the packet
setReceiver(SERVER_01);
setSender(sender);
setAdminKey(NEAR_NODE_EVENT);
setDetectedRSSI(rawRSSI);
setNeighbourId(neighbourID);
setBuildCounter(5); /// set build counter to next free byte's position
}
void rice::pastry::join::JoinRequest::ctor(::rice::p2p::commonapi::rawserialization::InputBuffer* buf, ::rice::pastry::NodeHandleFactory* nhf, ::rice::pastry::NodeHandle* sender, ::rice::pastry::PastryNode* localNode) /* throws(IOException) */
{
super::ctor(JoinAddress::getCode());
auto version = npc(buf)->readByte();
{
int32_t numRows;
int32_t numCols;
switch (version) {
case int32_t(1):
timestamp = npc(buf)->readLong();
case int32_t(0):
setSender(sender);
rtBaseBitLength = npc(buf)->readByte();
initialize(rtBaseBitLength);
handle = java_cast< ::rice::pastry::NodeHandle* >(npc(nhf)->readNodeHandle(buf));
if(npc(buf)->readBoolean())
joinHandle = java_cast< ::rice::pastry::NodeHandle* >(npc(nhf)->readNodeHandle(buf));
rowCount = npc(buf)->readShort();
numRows = ::rice::pastry::Id::IdBitLength / rtBaseBitLength;
numCols = int32_t(1) << rtBaseBitLength;
for (auto i = int32_t(0); i < numRows; i++) {
::rice::pastry::routing::RouteSetArray* thisRow;
if(npc(buf)->readBoolean()) {
thisRow = new ::rice::pastry::routing::RouteSetArray(numCols);
for (auto j = int32_t(0); j < numCols; j++) {
if(npc(buf)->readBoolean()) {
thisRow->set(j, new ::rice::pastry::routing::RouteSet(buf, nhf, localNode));
} else {
thisRow->set(j, nullptr);
}
}
} else {
thisRow = nullptr;
}
rows->set(i, thisRow);
}
if(npc(buf)->readBoolean())
leafSet = ::rice::pastry::leafset::LeafSet::build(buf, nhf);
break;
default:
throw new ::java::io::IOException(::java::lang::StringBuilder().append(u"Unknown Version: "_j)->append(version)->toString());
}
}
}
void ccPacketHandler::buildPatternCommand(byte receiver, byte PatternKey, byte colorKey1, byte colorKey2)
{
clearPacket();
setReceiver(receiver);
setSender(SERVER_01);
setAdminKey(PatternKey);
setFirstColor(colorKey1);
setSecondColor(colorKey2);
setBuildCounter(5);
}
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 ccPacketHandler::acknowledge()
{
byte sender = getPacketSender(); /// save sender
byte receiver = getPacketReceiver(); /// save receiver
byte ulf = ccHash(); /// hash the data
clearPacket(); /// clear the packet
setReceiver(sender); /// set sender as receiver
setSender(receiver); /// set receiver as sender
setAdminKey(ACKNOWLEDGE_REQUEST); /// set acknowlegde key
setPackNum(ulf); /// set the hash as data
}
void ccPacketHandler::testPacket(byte receiver, byte sender)
{
for (byte i = 0; i < _ccPacket.length; ++i) /// fill packet with zeros
{
_ccPacket.data[i] = i; /// set i-th byte := i for each byte in the packet
}
setReceiver(receiver); /// setting receiver
setSender(sender); /// setting sender
setAdminKey(TEST); /// setting administration key - default := 255
setHash(ccHash()); /// hashing the data and saving in member _hash
}
void Message::toMessage(string msg) {
/* local variables */
int i, len, x;
string temp = "";
time_t t_temp;
/* algorithm */
if (msg[0]=='4') {
i = 2;
len = msg.length();
//sender
temp = getSubstr(msg, i, ';');
setSender(temp);
temp = "";
//receiver
i++;
temp = getSubstr(msg, i, ';');
setReceiver(temp);
temp = "";
//timestamp
i++;
temp = getSubstr(msg, i, ';');
istringstream buffer(temp);
int x;
buffer >> x;
t_temp = x;
setTimestamp(t_temp);
temp = "";
//message body
i++;
temp = getSubstr(msg, i, ';');
text = temp;
temp = "";
//type
i++;
temp = getSubstrInt(msg, i, len);
type = temp;
}
void rice::pastry::commonapi::PastryEndpointMessage::ctor(int32_t address, ::rice::p2p::commonapi::rawserialization::InputBuffer* buf, ::rice::p2p::commonapi::rawserialization::MessageDeserializer* md, int16_t type, int32_t priority, ::rice::pastry::NodeHandle* sender) /* throws(IOException) */
{
super::ctor(address);
int8_t version = int32_t(0);
switch (version) {
case int32_t(0):
setSender(sender);
if(type == 0) {
message = new ::rice::p2p::util::rawserialization::JavaSerializedMessage(npc(md)->deserialize(buf, type, priority, sender));
} else {
message = java_cast< ::rice::p2p::commonapi::rawserialization::RawMessage* >(npc(md)->deserialize(buf, type, priority, sender));
}
if(getMessage() == nullptr)
throw new ::java::io::IOException(::java::lang::StringBuilder().append(u"PEM.deserialize() message = null type:"_j)->append(type)
->append(u" md:"_j)
->append(static_cast< ::java::lang::Object* >(md))->toString());
break;
default:
throw new ::java::io::IOException(::java::lang::StringBuilder().append(u"Unknown Version: "_j)->append(version)->toString());
}
}
QxtMailMessage::QxtMailMessage(const QString& sender, const QString& recipient)
{
qxt_d = new QxtMailMessagePrivate;
setSender(sender);
addRecipient(recipient);
}