py namespace

Namespaces

namespace detail

Classes

template<typename Iter>
struct key_iterator
template<typename Key, typename T>
class dict
template<typename T>
class Lict
Dict-like data structure by std::vector and Range.
template<typename Graph>
class VertexView
template<typename Graph>
class EdgeView
template<typename Vertex, typename Graph>
class AtlasView
template<typename _Graph>
class GrAdaptor
template<typename T>
struct RangeIterator
template<typename T>
struct Range
Range.
template<typename Key>
class set

Functions

template<typename Key, typename T>
auto operator<(const Key& key, const dict<Key, T>& m) -> bool -> auto
template<typename Key, typename T>
auto len(const dict<Key, T>& m) -> size_t -> auto
template<typename T>
auto enumerate(T& iterable) -> detail::EnumerateIterableWrapper< T > -> auto
enumerate(T &iterable)
template<typename T>
auto const_enumerate(const T& iterable) -> detail::EnumerateIterableWrapper< const T > -> auto
const_enumerate(const T &iterable)
template<typename T>
auto range(T start, T stop) -> Range< T > -> CONSTEXPR14 auto
range(T start, T stop)
template<typename T>
auto range(T stop) -> Range< T > -> CONSTEXPR14 auto
range(T stop)
template<typename Key>
auto operator<(const Key& key, const set<Key>& m) -> bool -> auto
template<typename Key>
auto len(const set<Key>& m) -> size_t -> auto

Function documentation

#include <py2cpp/dict.hpp>
template<typename Key, typename T>
auto py::operator<(const Key& key, const dict<Key, T>& m) -> bool

Template parameters
Key
T
Parameters
key in
m in
Returns true

#include <py2cpp/dict.hpp>
template<typename Key, typename T>
auto py::len(const dict<Key, T>& m) -> size_t

Template parameters
Key
T
Parameters
m in
Returns size_t

#include <py2cpp/enumerate.hpp>
template<typename T>
auto py::enumerate(T& iterable) -> detail::EnumerateIterableWrapper< T >

enumerate(T &iterable)

Template parameters
T
Parameters
iterable in
Returns detail::EnumerateIterableWrapper<T>

The enumerate(T &iterable) function is a utility function that allows you to iterate over a container or range and also get the index of each element in the iteration. It returns an instance of the detail::EnumerateIterableWrapper<T> class, which provides a range-based for loop compatible interface.

#include <py2cpp/enumerate.hpp>
template<typename T>
auto py::const_enumerate(const T& iterable) -> detail::EnumerateIterableWrapper< const T >

const_enumerate(const T &iterable)

Template parameters
T
Parameters
iterable in
Returns detail::EnumerateIterableWrapper<const T>

The const_enumerate(const T &iterable) function is a utility function that allows you to iterate over a constant container or range and also get the index of each element in the iteration. It returns an instance of the detail::EnumerateIterableWrapper<const T> class, which provides a range-based for loop compatible interface. This function is useful when you want to iterate over a constant container without modifying its elements.

#include <py2cpp/range.hpp>
template<typename T>
CONSTEXPR14 auto py::range(T start, T stop) -> Range< T >

range(T start, T stop)

Template parameters
T
Parameters
start in
stop in
Returns Range<T>

The range(T start, T stop) function is creating a range of values from start to stop. It returns a Range<T> object that represents the range. The range includes all values from start up to, but not including, stop.

#include <py2cpp/range.hpp>
template<typename T>
CONSTEXPR14 auto py::range(T stop) -> Range< T >

range(T stop)

Template parameters
T
Parameters
stop in
Returns Range<T>

The range(T stop) function is creating a range of values from 0 to stop. It returns a Range<T> object that represents the range. The range includes all values from 0 up to, but not including, stop.

#include <py2cpp/set.hpp>
template<typename Key>
auto py::operator<(const Key& key, const set<Key>& m) -> bool

Template parameters
Key
Parameters
key in
m in
Returns true

#include <py2cpp/set.hpp>
template<typename Key>
auto py::len(const set<Key>& m) -> size_t

Template parameters
Key
Parameters
m in
Returns size_t