void dmtcp::ProcessInfo::serialize(jalib::JBinarySerializer& o)
{
JSERIALIZE_ASSERT_POINT("dmtcp::ProcessInfo:");
_savedBrk = (uint64_t) sbrk(0);
o & _elfType;
o & _isRootOfProcessTree & _pid & _sid & _ppid & _gid & _fgid;
o & _procname & _hostname & _launchCWD & _ckptCWD & _upid & _uppid;
o & _compGroup & _numPeers & _noCoordinator & _argvSize & _envSize;
o & _restoreBufAddr & _savedHeapStart & _savedBrk;
o & _ckptDir & _ckptFileName & _ckptFilesSubDir;
JTRACE("Serialized process information")
(_sid) (_ppid) (_gid) (_fgid)
(_procname) (_hostname) (_launchCWD) (_ckptCWD) (_upid) (_uppid)
(_compGroup) (_numPeers) (_noCoordinator) (_argvSize) (_envSize) (_elfType);
JASSERT(!_noCoordinator || _numPeers == 1) (_noCoordinator) (_numPeers);
if (_isRootOfProcessTree) {
JTRACE("This process is Root of Process Tree");
}
JTRACE("Serializing ChildPid Table") (_childTable.size()) (o.filename());
o.serializeMap(_childTable);
JSERIALIZE_ASSERT_POINT("EOF");
}
void dmtcp::ProcessInfo::serialize ( jalib::JBinarySerializer& o )
{
JSERIALIZE_ASSERT_POINT ( "dmtcp::ProcessInfo:" );
if (o.isWriter()){
refresh();
}
o & _isRootOfProcessTree & _pid & _sid & _ppid & _gid & _fgid;
o & _procname & _hostname & _upid & _uppid;
o & _compGroup & _numPeers & _noCoordinator & _argvSize & _envSize;
JTRACE("Serialized process information")
(_sid) (_ppid) (_gid) (_fgid)
(_procname) (_hostname) (_upid) (_uppid)
(_compGroup) (_numPeers) (_noCoordinator) (_argvSize) (_envSize);
JASSERT(!_noCoordinator || _numPeers == 1) (_noCoordinator) (_numPeers);
if ( _isRootOfProcessTree ) {
JTRACE ( "This process is Root of Process Tree" );
}
JTRACE ("Serializing ChildPid Table") (_childTable.size()) (o.filename());
o.serializeMap(_childTable);
JTRACE ("Serializing tidVector");
JSERIALIZE_ASSERT_POINT ( "TID Vector:[" );
o & _tidVector;
JSERIALIZE_ASSERT_POINT ( "}" );
JSERIALIZE_ASSERT_POINT( "EOF" );
}
void dmtcp::VirtualPidTable::serialize ( jalib::JBinarySerializer& o )
{
JSERIALIZE_ASSERT_POINT ( "dmtcp::VirtualPidTable:" );
o.serializeMap(_pidMapTable);
JSERIALIZE_ASSERT_POINT( "EOF" );
printPidMaps();
}
void
EpollConnection::serializeSubClass(jalib::JBinarySerializer &o)
{
JSERIALIZE_ASSERT_POINT("EpollConnection");
o&_type &_stat;
o.serializeMap(_fdToEvent);
}
void UniquePid::serialize ( jalib::JBinarySerializer& o )
{
// NOTE: Do not put JTRACE/JNOTE/JASSERT in here
UniquePid theCurrentProcess, theParentProcess;
if ( o.isWriter() )
{
theCurrentProcess = ThisProcess();
theParentProcess = ParentProcess();
}
o & theCurrentProcess & theParentProcess;
if ( o.isReader() )
{
theProcess() = theCurrentProcess;
parentProcess() = theParentProcess;
}
}
void
SocketConnection::serialize(jalib::JBinarySerializer &o)
{
JSERIALIZE_ASSERT_POINT("SocketConnection");
o&_sockDomain&_sockType&_sockProtocol &_peerType;
JSERIALIZE_ASSERT_POINT("SocketOptions:");
uint64_t numSockOpts = _sockOptions.size();
o &numSockOpts;
if (o.isWriter()) {
// JTRACE("TCP Serialize ") (_type) (_id.conId());
typedef map<int64_t, map<int64_t, jalib::JBuffer> >::iterator levelIterator;
typedef map<int64_t, jalib::JBuffer>::iterator optionIterator;
uint64_t numLvl = _sockOptions.size();
o &numLvl;
for (levelIterator lvl = _sockOptions.begin();
lvl != _sockOptions.end(); ++lvl) {
int64_t lvlVal = lvl->first;
uint64_t numOpts = lvl->second.size();
JSERIALIZE_ASSERT_POINT("Lvl");
o&lvlVal &numOpts;
for (optionIterator opt = lvl->second.begin();
opt != lvl->second.end(); ++opt) {
int64_t optType = opt->first;
jalib::JBuffer &buffer = opt->second;
int64_t bufLen = buffer.size();
JSERIALIZE_ASSERT_POINT("Opt");
o&optType &bufLen;
o.readOrWrite(buffer.buffer(), bufLen);
}
}
} else {
uint64_t numLvl = 0;
o &numLvl;
while (numLvl-- > 0) {
int64_t lvlVal = -1;
int64_t numOpts = 0;
JSERIALIZE_ASSERT_POINT("Lvl");
o&lvlVal &numOpts;
while (numOpts-- > 0) {
int64_t optType = -1;
int64_t bufLen = -1;
JSERIALIZE_ASSERT_POINT("Opt");
o&optType &bufLen;
jalib::JBuffer buffer(bufLen);
o.readOrWrite(buffer.buffer(), bufLen);
_sockOptions[lvlVal][optType] = buffer;
}
}
}
JSERIALIZE_ASSERT_POINT("EndSockOpts");
}