tables::table::table
1) Empty constructor.
template <typename... Ts,is_primitive_type... Ps>
inline
table<std::pair<Ts,Ps>...>::table()2) Constructor with initializer_list.
template <typename... Ts,is_primitive_type... Ps>
inline
table<std::pair<Ts,Ps>...>::table(std::initializer_list<Ps>... ls)
)3) Constructor with columns.
template <typename... Ts,is_primitive_type... Ps>
inline
table<std::pair<Ts,Ps>...>::table(const column<Ps>&... cols)4) Constructor with columns by rvalue
template <typename... Ts,is_primitive_type... Ps>
inline
table<std::pair<Ts,Ps>...>::table(column<Ps>&&... cols)5) Constructor with tuple of columns
template <typename... Ts,is_primitive_type... Ps>
inline
table<std::pair<Ts,Ps>...>::table(const std::tuple<column<Ps>...>& cs)6) Constructor with tuple of columns by rvalue
template <typename... Ts,is_primitive_type... Ps>
inline
table<std::pair<Ts,Ps>...>::table(std::tuple<column<Ps>...>&& cs)7) Constructor with mtuple of columns
template <typename... Ts,is_primitive_type... Ps>
inline
table<std::pair<Ts,Ps>...>::table(
const mtuple<std::pair<Ts,column<Ps>>...>& cols
)8) Constructor with mtuples by rvalue
template <typename... Ts,is_primitive_type... Ps>
inline
table<std::pair<Ts,Ps>...>::table(
mtuple<std::pair<Ts,column<Ps>>...>&& cols
)9) Copy constructor
template <typename... Ts,is_primitive_type... Ps>
inline
table<std::pair<Ts,Ps>...>::table(
const table<std::pair<Ts,Ps>...>& t
)10) Move constructor
template <typename... Ts,is_primitive_type... Ps>
inline
table<std::pair<Ts,Ps>...>::table(table<std::pair<Ts,Ps>...>&& t)Example
Code
#include <cpptables/table.hh>
using namespace tables;
using namespace std;
// Columns
struct name_c { constexpr static string_view name = "Name"; };
struct mass_c { constexpr static string_view name = "Mass"; };
struct radius_c { constexpr static string_view name = "Radius"; };
// The table type
using planets_t = table<
pair<name_c,string_view>,
pair<mass_c,double>,
pair<radius_c,double>
>;
void table_ctrs()
{
// Default constructor.
planets_t no_planets;
// Construct with initializer_list
{
const planets_t planets(
{"Mercury", "Venus", "Earth", "Mars", "Jupiter", "Saturn", "Uranus", "Neptune"},
{0.055, 0.815, 1.0, 0.107, 317.8, 95.159, 14.536, 17.147 },
{0.3829, 0.9499, 1.0, 0.533, 11.209, 9.449, 4.007, 3.883 }
);
cout << planets << "\n";
}
// Construct with colums
{
const column<string_view> names({
"Mercury", "Venus", "Earth", "Mars", "Jupiter", "Saturn", "Uranus", "Neptune"
});
const column<double> mass({
0.055, 0.815, 1.0, 0.107, 317.8, 95.159, 14.536, 17.147
});
const column<double> radius({
0.3829, 0.9499, 1.0, 0.533, 11.209, 9.449, 4.007, 3.883
});
const planets_t planets1( names, mass, radius );
}
// Construct with colums by rvalue
{
column<string_view> names({
"Mercury", "Venus", "Earth", "Mars", "Jupiter", "Saturn", "Uranus", "Neptune"
});
column<double> mass({
0.055, 0.815, 1.0, 0.107, 317.8, 95.159, 14.536, 17.147
});
column<double> radius({
0.3829, 0.9499, 1.0, 0.533, 11.209, 9.449, 4.007, 3.883
});
const planets_t planets1(
move(names), move(mass), move(radius)
);
}
// Copy constructor
{
const planets_t planets(
{"Mercury", "Venus", "Earth", "Mars", "Jupiter", "Saturn", "Uranus", "Neptune"},
{0.055, 0.815, 1.0, 0.107, 317.8, 95.159, 14.536, 17.147 },
{0.3829, 0.9499, 1.0, 0.533, 11.209, 9.449, 4.007, 3.883 }
);
const planets_t copy(planets);
}
// Move constructor
{
planets_t planets(
{"Mercury", "Venus", "Earth", "Mars", "Jupiter", "Saturn", "Uranus", "Neptune"},
{0.055, 0.815, 1.0, 0.107, 317.8, 95.159, 14.536, 17.147 },
{0.3829, 0.9499, 1.0, 0.533, 11.209, 9.449, 4.007, 3.883 }
);
const planets_t moved_planets(move(planets));
}
}