/// Create all partitions according to job options
STATUS makePartitions() {
std::string typ, nam;
PartitionDefs::iterator j;
clearPartitions().ignore();
for(j=m_partitionDefs.begin(); j != m_partitionDefs.end(); ++j) {
Tokenizer tok(true);
Tokenizer::Items::iterator i;
tok.analyse(*j, " ", "", "", "=", "'", "'");
for(i = tok.items().begin(); i != tok.items().end(); i++ ) {
CSTR& t = (*i).tag();
CSTR& v = (*i).value();
switch( ::toupper(t[0]) ) {
case 'N':
nam = v;
break;
case 'T':
typ = v;
break;
}
}
STATUS sc = create(nam, typ);
if ( !sc.isSuccess() ) {
return sc;
}
else if ( !m_defaultPartition.length() ) {
m_defaultPartition = nam;
}
}
return STATUS::SUCCESS;
}
/// Service initialisation
virtual STATUS finalize() {
setDataLoader(0).ignore();
clearStore().ignore();
clearPartitions().ignore();
m_current = Partition();
detachServices();
return Service::finalize();
}
Nauty::Nauty(int vertices)
{
n_ = vertices;
m_ = (n_ + WORDSIZE - 1)/WORDSIZE;
//printf ("size of long = %d (%d)\nwordsize = %d\nn,m = %d,%d\n",
// SIZEOF_LONG, sizeof (long), WORDSIZE, n_, m_);
nauty_check (WORDSIZE, m_, n_, NAUTYVERSIONID);
/// Apparently sizes are skewed on 64bit machines
#define MULTIPLIER 2
G_ = (graph *) malloc(MULTIPLIER * m_ * n_ * sizeof(int));
lab_ = (int *) malloc(MULTIPLIER * n_ * sizeof(int));
ptn_ = (int *) malloc(MULTIPLIER * n_ * sizeof(int));
active_ = NULL;
orbits_ = (int *) malloc(MULTIPLIER * n_ * sizeof(int));
options_ = (optionblk *) malloc(MULTIPLIER * sizeof(optionblk));
stats_ = (statsblk *) malloc(MULTIPLIER * sizeof(statsblk));
worksize_ = 100*m_;
workspace_ = (setword *) malloc(MULTIPLIER * worksize_*sizeof(setword));
canonG_ = NULL;
if (G_ == 0 || lab_ == 0 || ptn_ == 0 ||
orbits_ == 0 || options_ == 0 || stats_ == 0 ||
workspace_ == 0) assert(0);
// Zero allocated memory
memset(G_, 0, m_*n_*sizeof(int));
memset(lab_, 0, n_*sizeof(int));
memset(ptn_, 0, n_*sizeof(int));
memset(orbits_, 0, n_*sizeof(int));
memset(workspace_, 0, worksize_*sizeof(setword));
// Set the options you want
options_->getcanon = FALSE;
options_->digraph = FALSE;
options_->writeautoms = FALSE;
options_->writemarkers = FALSE;
options_->defaultptn = TRUE;
options_->cartesian = FALSE;
options_->linelength = 78;
options_->outfile = NULL;
options_->userrefproc = NULL;
options_->userautomproc = NULL;
options_->userlevelproc = NULL;
options_->usernodeproc = NULL;
// options_->usertcellproc = NULL;
options_->invarproc = NULL;
options_->tc_level = 100;
options_->mininvarlevel = 0;
options_->maxinvarlevel = 1;
options_->invararg = 0;
options_->dispatch = &dispatch_graph;
// Make an empty graph
for (int j = 0; j < n_; j++) {
set *gv = GRAPHROW(G_, j, m_);
EMPTYSET(gv, m_);
}
vstat_ = new int[n_];
clearPartitions();
afp_ = NULL;
}
/// Standard Destructor
virtual ~MultiStoreSvc() {
setDataLoader(0).ignore();
resetPreLoad().ignore();
clearStore().ignore();
clearPartitions().ignore();
}
