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class Key;
class Value;
class SortAlgorithm;
class DefaultSort;
class T;
class X;
class Y;
class Bar;
class Foo {
template<class Bar> void fum(int i);
};
// TEMPLATE_STRUCT
template<class Key, class Value, class SortAlgorithm=DefaultSort>
struct Map
{
Key* keys;
Value* values;
SortAlgorithm* sortAlgorithm;
Map();
};
// TEMPLATE_CLASS
template<class T> class nonVector {
private:
T* head;
public:
nonVector() { head =new T(); }
int length() { return 1; }
const T& first();
};
// TEMPLATE_UNION
template<class X, class Y, int size=16>
union ArrayOverlay {
public:
X x[size];
Y y[size];
static int<X,Y> numArrays;
};
// TEMPLATE_METHODS
class TemplateContainer {
// these are in an enclosing class
template<class Bar> void fum(int i);
template<int> void scrum(void) {};
};
// TEMPLATE_FUNCTION
template<class T> const T& nonVector<T>::first() const
{
return *head;
}
template<class X> bool IsGreaterThan(X,X);
template<class Bar> void Foo::fum(int i) {}
// TEMPLATE_VARIABLES
template <bool threads, int inst> char* default_alloc_template<threads, inst>::S_start_free = 0;
// an instantiation, not a template:
complex<float> cf(0,0);
//template<class Language, class CharacterSet, class SortAlgorithm<CharacterSet> >
//Dictionary* TheSpellCheckDictionary;
int success;
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