Class zmbt::lang::EncodingView¶

ClassList > zmbt > lang > EncodingView

Classes¶

Type	Name
struct	ExprRow
class	Iterator

Public Types¶

Type	Name
typedef Keyword	K
typedef boost::json::value	V
typedef Iterator	const_iterator
typedef std::reverse_iterator< const_iterator >	const_reverse_iterator
typedef Iterator	iterator
typedef std::reverse_iterator< iterator >	reverse_iterator

Public Functions¶

Type	Name
	EncodingView (Encoding && root) = delete
	EncodingView () = default
	EncodingView (K const * k, std::size_t const * d, V const * v, std::size_t sz, std::size_t index_offset)
	EncodingView (Encoding const & root)
std::size_t	arity () const Number of children.
ExprRow	at (std::size_t i) const
ExprRow	back () const
const_iterator	begin () const
const_iterator	cbegin () const
const_iterator	cend () const
EncodingView	child (int ord) noexcept const
std::size_t	child_idx (int ord) noexcept const
std::list< EncodingView >	children () const Children subviews.
const_reverse_iterator	crbegin () const
const_reverse_iterator	crend () const
std::size_t	depth_offset () const
bool	empty () const
const_iterator	end () const
Encoding	freeze () const Hardcopy referenced encoding subview.
ExprRow	front () const
Keyword	head () noexcept const Root node keyword.
V const *	if_data () const
std::size_t const *	if_depth () const
K const *	if_keywords () const
std::size_t	index_offset () const
bool	is_boolean () const
bool	is_const () const
bool	operator!= (EncodingView const & o) const
bool	operator== (EncodingView const & o) const
ExprRow	operator[] (std::size_t i) const
const_reverse_iterator	rbegin () const
const_reverse_iterator	rend () const
std::size_t	size () const
EncodingView	slice (std::size_t start, std::size_t count) noexcept const Create a subview [start, start+count)
EncodingView	subtree (std::size_t const node) noexcept const Get a subview at specified node.
EncodingView	traverse_subtrees (std::size_t const node, std::size_t & next) noexcept const

Public Types Documentation¶

typedef K¶

using zmbt::lang::EncodingView::K =  Keyword;

typedef V¶

using zmbt::lang::EncodingView::V =  boost::json::value;

typedef const_iterator¶

using zmbt::lang::EncodingView::const_iterator =  Iterator;

typedef const_reverse_iterator¶

using zmbt::lang::EncodingView::const_reverse_iterator =  std::reverse_iterator<const_iterator>;

typedef iterator¶

using zmbt::lang::EncodingView::iterator =  Iterator;

typedef reverse_iterator¶

using zmbt::lang::EncodingView::reverse_iterator =  std::reverse_iterator< iterator>;

Public Functions Documentation¶

function EncodingView [1/4]¶

zmbt::lang::EncodingView::EncodingView (
    Encoding && root
) = delete

function EncodingView [2/4]¶

zmbt::lang::EncodingView::EncodingView () = default

function EncodingView [3/4]¶

zmbt::lang::EncodingView::EncodingView (
    K const * k,
    std::size_t const * d,
    V const * v,
    std::size_t sz,
    std::size_t index_offset
)

function EncodingView [4/4]¶

zmbt::lang::EncodingView::EncodingView (
    Encoding const & root
)

function arity¶

Number of children.

std::size_t zmbt::lang::EncodingView::arity () const

function at¶

ExprRow zmbt::lang::EncodingView::at (
    std::size_t i
) const

Get node at index i Throws std::range_error if out of bounds

function back¶

ExprRow zmbt::lang::EncodingView::back () const

function begin¶

inline const_iterator zmbt::lang::EncodingView::begin () const

function cbegin¶

inline const_iterator zmbt::lang::EncodingView::cbegin () const

function cend¶

inline const_iterator zmbt::lang::EncodingView::cend () const

function child¶

EncodingView zmbt::lang::EncodingView::child (
    int ord
) noexcept const

Get subview on child # ord If not found, returns empty view

function child_idx¶

std::size_t zmbt::lang::EncodingView::child_idx (
    int ord
) noexcept const

Get child # ord node index. Negative ord resolves as reverse. If not found, returns size()

function children¶

Children subviews.

std::list< EncodingView > zmbt::lang::EncodingView::children () const

function crbegin¶

inline const_reverse_iterator zmbt::lang::EncodingView::crbegin () const

function crend¶

inline const_reverse_iterator zmbt::lang::EncodingView::crend () const

function depth_offset¶

std::size_t zmbt::lang::EncodingView::depth_offset () const

function empty¶

bool zmbt::lang::EncodingView::empty () const

function end¶

inline const_iterator zmbt::lang::EncodingView::end () const

function freeze¶

Hardcopy referenced encoding subview.

Encoding zmbt::lang::EncodingView::freeze () const

function front¶

ExprRow zmbt::lang::EncodingView::front () const

function head¶

Root node keyword.

Keyword zmbt::lang::EncodingView::head () noexcept const

function if_data¶

inline V const * zmbt::lang::EncodingView::if_data () const

function if_depth¶

inline std::size_t const * zmbt::lang::EncodingView::if_depth () const

function if_keywords¶

inline K const * zmbt::lang::EncodingView::if_keywords () const

function index_offset¶

std::size_t zmbt::lang::EncodingView::index_offset () const

function is_boolean¶

bool zmbt::lang::EncodingView::is_boolean () const

function is_const¶

bool zmbt::lang::EncodingView::is_const () const

function operator!=¶

bool zmbt::lang::EncodingView::operator!= (
    EncodingView const & o
) const

function operator==¶

bool zmbt::lang::EncodingView::operator== (
    EncodingView const & o
) const

function operator[]¶

inline ExprRow zmbt::lang::EncodingView::operator[] (
    std::size_t i
) const

function rbegin¶

inline const_reverse_iterator zmbt::lang::EncodingView::rbegin () const

function rend¶

inline const_reverse_iterator zmbt::lang::EncodingView::rend () const

function size¶

std::size_t zmbt::lang::EncodingView::size () const

function slice¶

Create a subview [start, start+count)

EncodingView zmbt::lang::EncodingView::slice (
    std::size_t start,
    std::size_t count
) noexcept const

function subtree¶

Get a subview at specified node.

EncodingView zmbt::lang::EncodingView::subtree (
    std::size_t const node
) noexcept const

function traverse_subtrees¶

EncodingView zmbt::lang::EncodingView::traverse_subtrees (
    std::size_t const node,
    std::size_t & next
) noexcept const

Traverse subtrees from starting position. next arg points to the next subtree index at the same depth, or to size() if none.

The documentation for this class was generated from the following file zmbt-framework/zmbt-framework/backends/cxx/include/zmbt/expr/encoding.hpp