Function or object evaluation arguments. More...

#include <args.hpp>

Inheritance diagram for by::args:

Public Member Functions
	args (const narr &rhs)

	args (const baseObj *me)

	args (const baseObj *me, const narr &rhs)

	args (const me &rhs)

const me &	setMe (const node &me) const
	Sets the "me" object (context) for these arguments.

const me &	setMe (const node *me) const BY_SIDE_FUNC(me

node *	getMe () const

std::string	toStr () const

tmay< me >	evalAll (const params &ps) const
	Evaluates all arguments against a given set of parameters.

tmay< me >	evalAll (const params *it) const BY_SIDE_FUNC(evalAll)

Public Member Functions inherited from by::tnarr< node >
	tnarr (const Es &... elems)

	tnarr (const me &rhs)

me &	operator= (const me &rhs)=default

node &	operator[] (nidx n) override

ncnt	len () const override

nbool	in (nidx n) const override

node *	get (nidx n) override

nbool	set (const iter &at, const node &new1) override

nbool	set (nidx n, const node &new1) override

nbool	add (const iter &e, const node &new1) override

nbool	add (nidx n, const node &new1) override

void	add (const iter &here, const iter &from, const iter &to) override

nbool	del (const iter &from, const iter &end) override

nbool	del (const iter &it) override

nbool	del (nidx n) override

void	rel () override

clonable *	clone () const override

void	onCloneDeep (const clonable &from) override

std::string	asStr () const

Public Member Functions inherited from by::tucontainable< T, R, RSquare >
nbool	in (const T &it) const

nbool	in (const T *it) const BY_SIDE_FUNC(in)

nbool	in (std::function< nbool(const T &)> l) const

template<typename T1 >
nbool	in (std::function< nbool(const T1 &)> l) const

nbool	isEmpty () const

template<typename T1 >
std::conditional_t< _IS_POINTER, T1 *, tmay< T1 > >	get (std::function< nbool(const T1 &)> l)

std::conditional_t< _IS_POINTER, R, tmay< R > >	get (std::function< nbool(const T &)> l)

template<typename T1 >
void	each (std::function< nbool(T1 &)> l)

void	each (std::function< nbool(T &)> l)

virtual iter	end () const

virtual iter	rend () const

virtual iter	last () const

iter	iterate (ncnt step) const

iter	iterate (const T &it) const

iter	riterate (ncnt step) const

iter	riterate (const T &it) const

virtual nbool	set (const iter &at, const T &new1)=0

virtual nbool	set (const iter &at, const T *new1) BY_SIDE_FUNC(new1

virtual nbool	set (at, *new1)

virtual nbool	add (const iter &at, const T &new1)=0

nbool	add (const iter &at, const T *new1) BY_SIDE_FUNC(new1

nbool	add (at, *new1)

nbool	add (std::initializer_list< const T * > elems)

nbool	add (const T &new1)

nbool	add (const T *it) BY_SIDE_FUNC(add)

virtual void	add (const iter &here, const iter &from, const iter &to)=0

void	add (const iter &from, const iter &to)

void	add (const iter &here, me &rhs)

void	add (const me &rhs)

void	add (const me *rhs) BY_SIDE_FUNC(rhs

void add	void ())

template<typename E >
ncnt	add (const typename tucontainable< E >::iter &from, const typename tucontainable< E >::iter &to)

template<typename E >
ncnt	add (const tucontainable< E > &rhs)

template<typename K , typename V >
ncnt	add (const tbicontainable< K, V > &rhs)

nbool	del ()

nbool	del (const T &it)

nbool	del (const T *it) BY_SIDE_FUNC(del)

virtual nbool	del (const iter &it)=0

virtual nbool	del (const iter &from, const iter &end)=0

nbool	del (const me &rhs)

nbool	del (const me *rhs) BY_SIDE_FUNC(rhs

Public Member Functions inherited from by::tarrayable< T, R, RSquare >
const RSquare	operator[] (nidx n) const BY_CONST_FUNC(operator[](n)) virtual nbool in(nidx n) const =0

const R	get (nidx n) const BY_CONST_FUNC(get(n)) virtual nbool set(nidx n

nbool	set (nidx n, const T *new1) BY_SIDE_FUNC(new1

nbool	set (n, *new1)

virtual nbool	add (nidx n, const T &new1)=0

nbool	add (nidx n, const T *new1) BY_SIDE_FUNC(new1

nbool	add (n, *new1)

Public Attributes
const me setMe	me

const me setMe *	this

Public Attributes inherited from by::tucontainable< T, R, RSquare >
template<typename T1 >
std::conditional_t< _IS_POINTER, const T1 *, tmay< T1 > > get(std::function< nbool(const T1 &)> l) const std tnarr< T, strTactic	getAll )(std::function< nbool(const T &)> l) const

template<typename T1 >
void each(std::function< nbool(const T1 &)> l) const BY_CONST_FUNC(each(l)) void each(std ite	rbegin )() const

virtual nbool	false

nbool	false

void add	rhs

nbool del	rhs

nbool del	false

Public Attributes inherited from by::tarrayable< T, R, RSquare >
const R const T &	new1 = 0

nbool	false

Additional Inherited Members
Public Types inherited from by::tnarr< node >
typedef tstr< node, strTactic >	wrap

typedef super::iter	iter

typedef super::iteration	iteration

Protected Member Functions inherited from by::tnarr< node >
iteration *	_onMakeIteration (ncnt step, nbool isReversed) const override

Detailed Description

Function or object evaluation arguments.

Represents arguments passed for eval() of functions or objects. Inherits from narr, so all narr APIs can be used.

Me Object

args is characterized by including a me object when passed. For example, with functions, the function fundamentally cannot know from which runtime object the eval() request came. Unlike some other languages, it doesn't create a hidden thisptr in args. Through separate setMe(), functions or properties using args can know from which object these args were passed.

Note that baseObj calls setMe(this) to place itself in args when eval(name, args) is called.

Member Function Documentation

◆ evalAll()

tmay< me > by::args::evalAll ( const params & ps ) const

Evaluates all arguments against a given set of parameters.

This is an important step in function/method invocation, ensuring that the provided arguments match the expected parameters.

Parameters

ps	The parameters to evaluate the arguments against.

Returns: A tmay containing an args object with evaluated arguments on success, or an empty tmay if evaluation fails.

◆ setMe()

const me & by::args::setMe ( const node & me ) const

Sets the "me" object (context) for these arguments.

This method is const because the _me member is mutable, allowing the context to be set even for const argument instances.

Parameters

me	The `node` representing the "me" (context) object.

Returns: A const reference to this args instance.

◆ toStr()

std::string by::args::toStr ( ) const

Remarks: in order to call this func, you must have prepared thread and frames.

The documentation for this class was generated from the following file:

/home/runner/work/byeol/byeol/module/core/ast/args.hpp

Public Member Functions