int main(int argc, const char * argv[]) {
// insert code here...
std::cout << "Hello, World!\n";
std::vector<int> this_vec = {0,1,2,3,4,5,6};
print_vec(this_vec);
reverse_vector(this_vec);
print_vec(this_vec);
std::vector<int> big_vector = fill_vec(47);
print_vec(big_vector);
reverse_vector(big_vector);
print_vec(big_vector);
std::list<int> small_list = fill_list(15, 47);
print_list(small_list);
reverse_list(small_list);
print_list(small_list);
std::list<int> big_list = fill_list(100, 710);
print_list(big_list);
reverse_list(big_list);
print_list(big_list);
Node* a = new Node;
a->value = 6;
a->ptr = new Node;
a->ptr->value = 7;
a->ptr->ptr = new Node;
a->ptr->ptr->value = 8;
a->ptr->ptr->ptr = new Node;
a->ptr->ptr->ptr->value = 9;
a->ptr->ptr->ptr->ptr = NULL;
// print out this list
print_linked_list("a",a);
// create an STL list with 4 elements
std::list<int> b;
b.push_back(10);
b.push_back(11);
b.push_back(12);
b.push_back(13);
// use the STL list as input to a creator function that creates
// linked lists with the same data
Node* c = make_linked_list_from_STL_list(b);
// print that data
print_linked_list("c",c);
//
// WRITE A FEW MORE TEST CASES OF make_linked_list_from_STL_list
//
// reverse a linked list of nodes
Node* d = reverse_nodes_in_linked_list(c);
// print this data
print_linked_list("d",d);
//
// WRITE A FEW MORE TEST CASES OF reverse_nodes_in_linked_list
return 0;
}
/*
* computes a vector that is [cut_rows,cut_cols,uncut_rows,uncut_cols) (flag=0) or [cut_cols,cut_rows,uncut_cols,uncut_rows] (flag=1)
*/
long* pa_unsorted_concat(struct sparsematrix* A, int flag){
int i;
int m = A->m;
int n = A->n;
int cut_length, uncut_length;
long *cut_part, *uncut_part;
cut_and_uncut(A,&cut_part,&cut_length,&uncut_part,&uncut_length);
if(flag){
reverse_vector(&cut_part,cut_length);
reverse_vector(&uncut_part,uncut_length);
}
long* vec = vecallocl(m+n);
int index_vec = 0;
for(i=0;i<uncut_length;i++) vec[index_vec++] = uncut_part[i];
for(i=0;i<cut_length;i++) vec[index_vec++] = cut_part[i];
vecfreel(cut_part);
vecfreel(uncut_part);
return vec;
}
