/usr/include/BALL/CONCEPT/composite.iC is in libball1.4-dev 1.4.1+20111206-3.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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// vi: set ts=2:
//
BALL_INLINE
Composite& Composite::operator = (const Composite& composite)
{
set(composite);
return *this;
}
BALL_INLINE
void Composite::get(Composite& composite, bool deep) const
{
composite.set(*this, deep);
}
BALL_INLINE
Size Composite::getDegree() const
{
return number_of_children_;
}
BALL_INLINE
Size Composite::countDescendants() const
{
return (countDescendants_() - 1);
}
BALL_INLINE
const Composite& Composite::getRoot() const
{
return (const_cast<Composite*>(this)->getRoot());
}
BALL_INLINE
const Composite* Composite::getLowestCommonAncestor(const Composite &composite) const
{
return ((Composite *)this)->getLowestCommonAncestor((Composite &)composite);
}
BALL_INLINE
Composite* Composite::getParent()
{
return parent_;
}
BALL_INLINE
const Composite* Composite::getParent() const
{
return parent_;
}
BALL_INLINE
const Composite* Composite::getChild(Index index) const
{
return ((Composite *)this)->getChild(index);
}
BALL_INLINE
const Composite* Composite::getSibling(Index index) const
{
return ((Composite *)this)->getSibling(index);
}
BALL_INLINE
Composite* Composite::getFirstChild()
{
return first_child_;
}
BALL_INLINE
const Composite* Composite::getFirstChild() const
{
return first_child_;
}
BALL_INLINE
Composite* Composite::getLastChild()
{
return last_child_;
}
BALL_INLINE
const Composite* Composite::getLastChild() const
{
return last_child_;
}
BALL_INLINE
const PreciseTime& Composite::getModificationTime() const
{
return modification_stamp_.getTime();
}
BALL_INLINE
const PreciseTime& Composite::getSelectionTime() const
{
return selection_stamp_.getTime();
}
BALL_INLINE
bool Composite::isEmpty() const
{
return (number_of_children_ == 0);
}
BALL_INLINE
bool Composite::isRoot() const
{
return (parent_ == 0);
}
BALL_INLINE
bool Composite::isAncestorOf(const Composite& composite) const
{
return composite.isDescendantOf(*this);
}
BALL_INLINE
bool Composite::isRootOf(const Composite& composite) const
{
return (((parent_ == 0) && (isAncestorOf(composite) == true)) || (&composite == this));
}
BALL_INLINE
bool Composite::isInterior() const
{
return (parent_ != 0 && first_child_ != 0);
}
BALL_INLINE
bool Composite::hasChild() const
{
return (first_child_ != 0);
}
BALL_INLINE
bool Composite::isChildOf(const Composite &composite) const
{
return (parent_ == &composite);
}
BALL_INLINE
bool Composite::isFirstChild() const
{
return (parent_ != 0 && parent_->first_child_ == this);
}
BALL_INLINE
bool Composite::isFirstChildOf(const Composite &composite) const
{
return (composite.first_child_ == this);
}
BALL_INLINE
bool Composite::isLastChild() const
{
return (parent_ != 0 && parent_->last_child_ == this);
}
BALL_INLINE
bool Composite::isLastChildOf(const Composite &composite) const
{
return (composite.last_child_ == this);
}
BALL_INLINE
bool Composite::hasParent() const
{
return (parent_ != 0);
}
BALL_INLINE
bool Composite::isParentOf(const Composite &composite) const
{
return (composite.parent_ == this);
}
BALL_INLINE
bool Composite::hasSibling() const
{
return (parent_ != 0 && parent_->number_of_children_ > 1);
}
BALL_INLINE
bool Composite::isSiblingOf(const Composite &composite) const
{
return ((composite.parent_ == parent_) && (parent_ != 0) && (&composite != this));
}
BALL_INLINE
bool Composite::hasPreviousSibling() const
{
return (previous_ != 0);
}
BALL_INLINE
bool Composite::isPreviousSiblingOf(const Composite &composite) const
{
return (next_ == &composite);
}
BALL_INLINE
bool Composite::hasNextSibling() const
{
return (next_ != 0);
}
BALL_INLINE
bool Composite::isNextSiblingOf(const Composite &composite) const
{
return (previous_ == &composite);
}
BALL_INLINE
bool Composite::isRelatedWith(const Composite &composite) const
{
return ((&composite == this)
|| composite.isAncestorOf(*this)
|| this->isAncestorOf(composite));
}
BALL_INLINE
bool Composite::containsSelection() const
{
return (contains_selection_);
}
BALL_INLINE
void Composite::host(Visitor<Composite>& visitor)
{
visitor.visit(*this);
}
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