Function with vector as the parameter : container as parameter « STL Basics « C++

Home
C++
 1 Bitset 2 Class 3 Console 4 Data Structure 5 Data Type 6 Deque 7 Development 8 File 9 Function 10 Generic 11 Language 12 List 13 Map Multimap 14 Overload 15 Pointer 16 Qt 17 Queue Stack 18 Set Multiset 19 STL Algorithms Binary search 20 STL Algorithms Heap 21 STL Algorithms Helper 22 STL Algorithms Iterator 23 STL Algorithms Merge 24 STL Algorithms Min Max 25 STL Algorithms Modifying sequence operations 26 STL Algorithms Non modifying sequence operations 27 STL Algorithms Sorting 28 STL Basics 29 String 30 Valarray 31 Vector
 C++ » STL Basics » container as parameter Screenshots
Function with vector as the parameter
 ```    #include  using std::cout; using std::endl; #include  using std::vector; template < typename T > void printVector( const vector< T > &integers2 ); int main() {    int array[ 6 ] = { 1, 2, 3, 4, 5, 6 }; // initialize array    vector< int > integers; // create vector of ints    integers.push_back( 2 );    integers.push_back( 3 );    integers.push_back( 4 );    printVector( integers );    cout << endl;    return 0; } template < typename T > void printVector( const vector< T > &integers2 ){    typename vector< T >::const_iterator constIterator;    for ( constIterator = integers2.begin();       constIterator != integers2.end(); ++constIterator )       cout << *constIterator << ' '; } /*  2 3 4  */           ```
Related examples in the same category
 1 Use list as the function parameter 2 Function with stack as parameter 3 Using template functions to output array of different types