Constructs a container object.
multimap();
explicit multimap(key_compare^ pred);
multimap(multimap<Key, Mapped>% right);
multimap(multimap<Key, Mapped>^ right);
template<typename InIter>
multimapmultimap(InIter first, InIter last);
template<typename InIter>
multimap(InIter first, InIter last,
key_compare^ pred);
multimap(System::Collections::Generic::IEnumerable<GValue>^ right);
multimap(System::Collections::Generic::IEnumerable<GValue>^ right,
key_compare^ pred);
Parameters
first
Beginning of range to insert.last
End of range to insert.pred
Ordering predicate for the controlled sequence.right
Object or range to insert.
Remarks
The constructor:
multimap();
initializes the controlled sequence with no elements, with the default ordering predicate key_compare(). You use it to specify an empty initial controlled sequence, with the default ordering predicate.
The constructor:
explicit multimap(key_compare^ pred);
initializes the controlled sequence with no elements, with the ordering predicate pred. You use it to specify an empty initial controlled sequence, with the specified ordering predicate.
The constructor:
multimap(multimap<Key, Mapped>% right);
initializes the controlled sequence with the sequence [right.multimap::begin (STL/CLR)(), right.multimap::end (STL/CLR)()), with the default ordering predicate. You use it to specify an initial controlled sequence that is a copy of the sequence controlled by the multimap object right, with the default ordering predicate.
The constructor:
multimap(multimap<Key, Mapped>^ right);
initializes the controlled sequence with the sequence [right->multimap::begin (STL/CLR)(), right->multimap::end (STL/CLR)()), with the default ordering predicate. You use it to specify an initial controlled sequence that is a copy of the sequence controlled by the multimap object right, with the default ordering predicate.
The constructor:
template<typename InIter>
multimap(InIter first, InIter last);
initializes the controlled sequence with the sequence [first, last), with the default ordering predicate. You use it to make the controlled sequence a copy of another sequence, with the default ordering predicate.
The constructor:
template<typename InIter>
multimap(InIter first, InIter last,
key_compare^ pred);
initializes the controlled sequence with the sequence [first, last), with the ordering predicate pred. You use it to make the controlled sequence a copy of another sequence, with the specified ordering predicate.
The constructor:
multimap(System::Collections::Generic::IEnumerable<Key>^ right);
initializes the controlled sequence with the sequence designated by the enumerator right, with the default ordering predicate. You use it to make the controlled sequence a copy of another sequence described by an enumerator, with the default ordering predicate.
The constructor:
multimap(System::Collections::Generic::IEnumerable<Key>^ right,
key_compare^ pred);
initializes the controlled sequence with the sequence designated by the enumerator right, with the ordering predicate pred. You use it to make the controlled sequence a copy of another sequence described by an enumerator, with the specified ordering predicate.
Example
// cliext_multimap_construct.cpp
// compile with: /clr
#include <cliext/map>
typedef cliext::multimap<wchar_t, int> Mymultimap;
int main()
{
// construct an empty container
Mymultimap c1;
System::Console::WriteLine("size() = {0}", c1.size());
c1.insert(Mymultimap::make_value(L'a', 1));
c1.insert(Mymultimap::make_value(L'b', 2));
c1.insert(Mymultimap::make_value(L'c', 3));
for each (Mymultimap::value_type elem in c1)
System::Console::Write(" [{0} {1}]", elem->first, elem->second);
System::Console::WriteLine();
// construct with an ordering rule
Mymultimap c2 = cliext::greater_equal<wchar_t>();
System::Console::WriteLine("size() = {0}", c2.size());
c2.insert(c1.begin(), c1.end());
for each (Mymultimap::value_type elem in c2)
System::Console::Write(" [{0} {1}]", elem->first, elem->second);
System::Console::WriteLine();
// construct with an iterator range
Mymultimap c3(c1.begin(), c1.end());
for each (Mymultimap::value_type elem in c3)
System::Console::Write(" [{0} {1}]", elem->first, elem->second);
System::Console::WriteLine();
// construct with an iterator range and an ordering rule
Mymultimap c4(c1.begin(), c1.end(),
cliext::greater_equal<wchar_t>());
for each (Mymultimap::value_type elem in c4)
System::Console::Write(" [{0} {1}]", elem->first, elem->second);
System::Console::WriteLine();
// construct with an enumeration
Mymultimap c5( // NOTE: cast is not needed
(System::Collections::Generic::IEnumerable<
Mymultimap::value_type>^)%c3);
for each (Mymultimap::value_type elem in c5)
System::Console::Write(" [{0} {1}]", elem->first, elem->second);
System::Console::WriteLine();
// construct with an enumeration and an ordering rule
Mymultimap c6( // NOTE: cast is not needed
(System::Collections::Generic::IEnumerable<
Mymultimap::value_type>^)%c3,
cliext::greater_equal<wchar_t>());
for each (Mymultimap::value_type elem in c6)
System::Console::Write(" [{0} {1}]", elem->first, elem->second);
System::Console::WriteLine();
// construct by copying another container
Mymultimap c7(c4);
for each (Mymultimap::value_type elem in c7)
System::Console::Write(" [{0} {1}]", elem->first, elem->second);
System::Console::WriteLine();
// construct by copying a container handle
Mymultimap c8(%c3);
for each (Mymultimap::value_type elem in c8)
System::Console::Write(" [{0} {1}]", elem->first, elem->second);
System::Console::WriteLine();
return (0);
}
size() = 0 [a 1] [b 2] [c 3] size() = 0 [c 3] [b 2] [a 1] [a 1] [b 2] [c 3] [c 3] [b 2] [a 1] [a 1] [b 2] [c 3] [c 3] [b 2] [a 1] [c 3] [b 2] [a 1] [a 1] [b 2] [c 3]
Requirements
Header: <cliext/map>
Namespace: cliext