void
t_subvector(
Vector1 vec1,
Vector2 vec2,
Vector3 vec3,
IndexObj1 const& obj1,
IndexObj2 const& obj2,
IndexObj3 const& obj3)
{
typedef typename Vector1::value_type T;
// Check initial values.
check_v(vec1, obj1);
check_v(vec2, obj1);
check_v(vec3, obj1);
// Rotate through values.
set_v (vec1, obj2);
check_v(vec2, obj2);
set_v (vec2, obj3);
check_v(vec3, obj3);
set_v (vec3, obj1);
// Check vector lengths.
length_type size = vec1.size();
test_assert(vec1.size() == size);
test_assert(vec2.size() == size);
test_assert(vec3.size() == size);
test_assert(vec1.size(0) == size);
test_assert(vec2.size(0) == size);
test_assert(vec3.size(0) == size);
// Test vector assignment.
Vector<T> new1(size); set_v(new1, obj1);
Vector<T> new2(size); set_v(new2, obj2);
Vector<T> new3(size); set_v(new3, obj3);
check_v(vec1, obj1);
check_v(vec2, obj1);
check_v(vec3, obj1);
vec1 = new2;
check_v(vec1, obj2);
check_v(vec2, obj2);
check_v(vec3, obj2);
vec2 = new3;
check_v(vec1, obj3);
check_v(vec2, obj3);
check_v(vec3, obj3);
vec3 = new1;
check_v(vec1, obj1);
check_v(vec2, obj1);
check_v(vec3, obj1);
}
static auto getStrongIdRange2(std::size_t s, const Vector1& existing1, const Vector2& existing2)
{
std::vector<Id<T>> vec;
vec.reserve(s + existing1.size() + existing2.size());
std::transform(existing1.begin(), existing1.end(), std::back_inserter(vec),
[] (const auto& elt) { return elt.id(); });
std::transform(existing2.begin(), existing2.end(), std::back_inserter(vec),
[] (const auto& elt) { return elt->id(); });
for(; s --> 0 ;)
{
vec.push_back(getStrongId(vec));
}
auto final = std::vector<Id<T>>(vec.begin() + existing1.size() + existing2.size(), vec.end());
return final;
}
bool CheckEqualVector(const Vector1 &vector1, const Vector2 &vector2)
{
if(vector1.size() != vector2.size())
return false;
return std::equal(vector1.begin(), vector1.end(), vector2.begin());
}
