void Extension::updateSelector(Selector &s) const {
if (isAll()) {
replaceInSelector(s);
} else if (s.match(target)) {
s.appendSelector(extension);
}
}
Any ArticulatedModel::Instruction::Identifier::toAny() const {
if (isAll()) {
return Any(Any::ARRAY, "all");
} else if (isRoot()) {
return Any(Any::ARRAY, "root");
} else if (id.initialized()) {
return Any(int(id));
} else {
return Any(name);
}
}
~CLookupJoinActivityMaster()
{
if (!container.queryLocal() && !isAll())
{
container.queryJob().freeMPTag(broadcast2MpTag);
container.queryJob().freeMPTag(broadcast3MpTag);
container.queryJob().freeMPTag(lhsDistributeTag);
container.queryJob().freeMPTag(rhsDistributeTag);
// NB: if mpTag is allocated, the activity base class frees
}
}
/** Combines the current QDjangoWhere with the \a other QDjangoWhere using
* a logical OR.
*
* \param other
*/
QDjangoWhere QDjangoWhere::operator||(const QDjangoWhere &other) const
{
if (isAll() || other.isNone())
return *this;
else if (isNone() || other.isAll())
return other;
QDjangoWhere result;
result.m_combine = OrCombine;
result.m_children << *this << other;
return result;
}
void serializeSlaveData(MemoryBuffer &dst, unsigned slave)
{
if (!container.queryLocal())
{
serializeMPtag(dst, mpTag);
if (!isAll())
{
serializeMPtag(dst, broadcast2MpTag);
serializeMPtag(dst, broadcast3MpTag);
serializeMPtag(dst, lhsDistributeTag);
serializeMPtag(dst, rhsDistributeTag);
}
}
}
CLookupJoinActivityMaster(CMasterGraphElement * info) : CMasterActivity(info)
{
if (container.queryLocal())
broadcast2MpTag = broadcast3MpTag, lhsDistributeTag = rhsDistributeTag = TAG_NULL;
else
{
mpTag = container.queryJob().allocateMPTag(); // NB: base takes ownership and free's
if (!isAll())
{
broadcast2MpTag = container.queryJob().allocateMPTag();
broadcast3MpTag = container.queryJob().allocateMPTag();
lhsDistributeTag = container.queryJob().allocateMPTag();
rhsDistributeTag = container.queryJob().allocateMPTag();
}
}
}
/** Combines the current QDjangoWhere with the \a other QDjangoWhere using
* a logical OR.
*
* \param other
*/
QDjangoWhere QDjangoWhere::operator||(const QDjangoWhere &other) const
{
if (isAll() || other.isNone())
return *this;
else if (isNone() || other.isAll())
return other;
if (d->combine == QDjangoWherePrivate::OrCombine) {
QDjangoWhere result = *this;
result.d->children << other;
return result;
}
QDjangoWhere result;
result.d->combine = QDjangoWherePrivate::OrCombine;
result.d->children << *this << other;
return result;
}
Link* prim(Link *input, int p) {
bool first = true, cn = false;
int minW, num = 0, lnum = 0;
vector<int> points;
Link
*start = input->copyList()->getFirst(),
*start_t,
*end,
*end_t;
points.push_back(start->getX());
while (!isAll(points, p)) {
minW = start->maxW();
start_t = start;
while (start_t != NULL) {
if
(
(
(
count(points.begin(), points.end(), start_t->getX())
+
count(points.begin(), points.end(), start_t->getY())
)
== 1
)
&&
(
minW >= start_t->getW()
)
) {
minW = start_t->getW();
num = start_t->getN();
}
start_t = start_t->getNext();
}
if (lnum == num) {
for(int i = 1; i <= p; i++) {
if(!count(points.begin(), points.end(), i)) {
points.push_back(i);
cn = true;
break;
}
}
}
if (cn) {
cn = false;
continue;
}
lnum = num;
if (first) {
end = new Link(start->findForNum(num));
end_t = end;
end_t->setNext(NULL);
end_t->setPrev(NULL);
first = false;
} else {
end_t->addNewLink(start->findForNum(num));
end_t = end_t->getNext();
}
if (!count(points.begin(), points.end(), end_t->getX())) {
points.push_back(end_t->getX());
}
if (!count(points.begin(), points.end(), end_t->getY())) {
points.push_back(end_t->getY());
}
}
return end;
}
bool cli::framework::DisplayOptions::isDefault() const
{
return !isAll() && getDisplay().size() == 0;
}
