void vro_cpyfm(WORD wr_mode, WORD *pxyarray, FDB *psrcMFDB, FDB *pdesMFDB)
{
intin[0] = wr_mode;
i_ptr( psrcMFDB );
i_ptr2( pdesMFDB );
i_ptsin( pxyarray );
gsx_ncode(COPY_RASTER_FORM, 4, 1);
i_ptsin( ptsin );
}
void vr_recfl(WORD *pxyarray, FDB *pdesMFDB)
{
//gemdos(9,"Mysterious vr_recfl\r\n");
i_ptr( pdesMFDB );
i_ptsin( pxyarray );
gsx_ncode(FILL_RECTANGLE, 2, 1);
i_ptsin( ptsin );
//gemdos(9,"vr_recfl done\r\n");
}
void vrt_cpyfm(WORD wr_mode, WORD *pxyarray, FDB *psrcMFDB, FDB *pdesMFDB,
WORD fgcolor, WORD bgcolor)
{
intin[0] = wr_mode;
intin[1] = fgcolor;
intin[2] = bgcolor;
i_ptr( psrcMFDB );
i_ptr2( pdesMFDB );
i_ptsin( pxyarray );
gsx_ncode(121, 4, 3);
i_ptsin( ptsin );
}
int main() {
//Create three instances of the template
double(* d_ptr)(double *) = addAll<double,10>;
int(* i_ptr)(int *) = addAll<int,10>;
Number(* n_ptr)(Number *) = addAll<Number,10>;
double darray[10] = {1,2,3,4,5,6,7,8,9,10};
double resultOne = d_ptr(darray);
std::cout << "First total is: " << resultOne << std::endl;
int iarray[10] = {1,2,3,4,5,6,7,8,9,10};
int resultTwo = i_ptr(iarray);
std::cout << "Second total is: " << resultTwo << std::endl;
Number numbers[] = {1,2,3,4,5,6,7,8,9,10};
Number resultThree = n_ptr(numbers);
std::cout << "Third total is: " << resultThree << std::endl;
}
void vrn_trnfm(FDB *psrcMFDB, FDB *pdesMFDB)
{
i_ptr( psrcMFDB );
i_ptr2( pdesMFDB );
gsx_ncode(TRANSFORM_FORM, 0, 0);
}
TEUCHOS_UNIT_TEST( GetBaseObjVoidPtr, nonPolymorphicBuiltInTypes )
{
RCP<int> i_ptr(new int);
TEST_EQUALITY( getBaseObjVoidPtr(&*i_ptr), static_cast<const void*>(&*i_ptr) );
}
int main(){
typedef atomic_markable_reference<std::string> amr;
typedef amr::pair_ptr pair_ptr;
std::cout << "starting testing...\n";
// std::string* s1 = new std::string("hello");
//std::string* s2 = new std::string("bye");
amr::shared_ptr s1 = amr::shared_ptr(new std::string("hello"));
amr::shared_ptr s2 = amr::shared_ptr(new std::string("bye"));
amr a(s1,false);
//make sure initial values are right
pair_ptr rp = a.get_pair();
assert(rp->first==s1 && rp->second == false );
bool done = a.compare_and_set(rp,s2,true);
assert(done);
//make sure new values are right
rp = a.get_pair();
assert(rp->first==s2 && rp->second == true );
bool marked = a.attempt_mark(s2,false);
assert(marked);
rp = a.get_pair();
assert(rp->first ==s2 && rp->second == false );
//test the get call
bool mark = true;
amr::shared_ptr s3 = a.get(mark);
assert( !mark && s3 == s2);
//test convinience compare and set
done = a.compare_and_set(s2,false,s1,true);
assert(done);
rp = a.get_pair();
assert(rp->first ==s1 && rp->second == true );
//test with null ptr
{
amr::shared_ptr p;
done = a.compare_and_set(s1,true,p,false);
assert(done);
rp = a.get_pair();
assert(rp->first ==p && rp->second == false );
assert(!p);
}
mark = true;
amr::shared_ptr p2 = a.get(mark);
assert(!p2);
assert(!mark);
//test shared_ptr arrays
boost::shared_ptr<int> i_ptr(new int(5));
boost::shared_ptr<int> ptrs[5];
ptrs[0] = i_ptr;
ptrs[1] = i_ptr;
assert(ptrs[0] == i_ptr);
assert(ptrs[0] == ptrs[1]);
assert( *ptrs[0] == 5);
//test on array
amr::shared_ptr s_ptr(new std::string("h"));
boost::shared_ptr<amr> a_ptr(new amr(s_ptr,false));
boost::shared_ptr<amr> ptr_arr[5];
ptr_arr[0] = a_ptr;
ptr_arr[1] = a_ptr;
assert(ptr_arr[0] == a_ptr);
assert( ptr_arr[0]->get_ref() == s_ptr );
std::cout << "tests passed" << std::endl;
return 0;
}
