} END_TEST
START_TEST (test_2) {
object *obj = object_list();
fail_unless(object_list_length(obj) == 0, NULL);
object *val;
val = object_int(1);
object_list_insert_at(obj, 0, val);
object_free(val);
fail_unless(object_list_length(obj) == 1, NULL);
val = object_int(3);
object_list_insert_at(obj, 1, val);
object_free(val);
fail_unless(object_list_length(obj) == 2, NULL);
val = object_int(2);
object_list_insert_at(obj, 1, val);
object_free(val);
fail_unless(object_list_length(obj) == 3, NULL);
object *next = object_copy(obj);
fail_unless(object_list_length(next) == 3, NULL);
object_list_remove(obj, 0);
fail_unless(object_list_length(obj) == 2, NULL);
object_list_remove(obj, 0);
fail_unless(object_list_length(obj) == 1, NULL);
object_list_remove(obj, 0);
fail_unless(object_list_length(obj) == 0, NULL);
object_free(obj);
obj = next;
next = object_copy(next);
object_list_remove(obj, 1);
fail_unless(object_list_length(obj) == 2, NULL);
object_free(obj);
obj = next;
object_list_remove(obj, 2);
fail_unless(object_list_length(obj) == 2, NULL);
object_free(obj);
object_free(obj);
} END_TEST
long timeLinearSearch(
std::size_t Size,
std::uniform_int_distribution<IntType> &UniformIntDistribution_,
std::default_random_engine DefaultRandomEngine_) {
auto L = getRandomList(Size, UniformIntDistribution_, DefaultRandomEngine_);
auto x = object_int(UniformIntDistribution_(DefaultRandomEngine_));
return timeAlgorithm([&]() -> void { L.linear_search(x); });
}
object_list
getRandomList(std::size_t Size,
std::uniform_int_distribution<IntType> &UniformIntDistribution_,
std::default_random_engine &DefaultRandomEngine_) {
object_list L;
for (; Size != 0; --Size) {
L.append(object_int(UniformIntDistribution_(DefaultRandomEngine_)));
}
return L;
}
long timeBinarySearch(
std::size_t Size,
std::uniform_int_distribution<IntType> &UniformIntDistribution_,
std::default_random_engine DefaultRandomEngine_) {
auto L = object_list::mergeSort(
getRandomList(Size, UniformIntDistribution_, DefaultRandomEngine_));
auto x = object_int(UniformIntDistribution_(DefaultRandomEngine_));
return timeAlgorithm([&]() -> void {
auto M = object_list::sort(L);
M.search(x);
});
}
long timeAmortizedBinarySearch(
std::size_t Size,
std::uniform_int_distribution<IntType> &UniformIntDistribution_,
std::default_random_engine DefaultRandomEngine_, std::size_t Iterations) {
auto L = getRandomList(Size, UniformIntDistribution_, DefaultRandomEngine_);
return timeAlgorithm([&]() -> void {
auto M = object_list::sort(L);
for (; Iterations != 0; --Iterations) {
M.search(object_int(UniformIntDistribution_(DefaultRandomEngine_)));
}
});
}
