static void delete_test()
{
IntVec* vec = new_int_vec(2);
vec->push(vec, 7);
vec->push(vec, 91);
vec->push(vec, 561);
vec->push(vec, 78);
vec->push(vec, 57);
vec->del(vec, 1);
printf("current: %lu", vec->current);
printf("[ ");
for (size_t i = 0; i < vec->current; i++)
{
printf("%d ", vec->nth(vec, i));
}
printf("]\n");
assert_int_equal(561, vec->nth(vec, 1));
assert_int_equal(4, vec->current);
destroy_int_vec(vec);
}
static void pop_test()
{
IntVec* vec = new_int_vec(2);
vec->push(vec, 7);
vec->push(vec, 42);
vec->push(vec, 8);
assert_int_equal(8, vec->pop(vec));
assert_int_equal(42, vec->pop(vec));
assert_int_equal(7, vec->pop(vec));
destroy_int_vec(vec);
}
static void insert_test()
{
IntVec* vec = new_int_vec(2);
vec->push(vec, 12);
vec->push(vec, 42);
vec->push(vec, 90);
vec->push(vec, -21487);
vec->push(vec, 789);
vec->push(vec, 1092);
vec->push(vec, 87);
vec->push(vec, 7648);
vec->ins(vec, 4, 9);
// Test that vec->limit is doubled by vec->ins when it is reached.
assert_int_equal(16, vec->limit);
// Test that inserted value is in the right area.
assert_int_equal(9, vec->nth(vec, 4));
// Test that the following values have been moved up successfully.
assert_int_equal(789, vec->nth(vec, 5));
assert_int_equal(1092, vec->nth(vec, 6));
assert_int_equal(87, vec->nth(vec, 7));
assert_int_equal(7648, vec->nth(vec, 8));
destroy_int_vec(vec);
}
