func closure with captured object scope More...

#include <closure.hpp>

Inheritance diagram for by::closure:

Public Member Functions
const ntype &	getType () const override

scope &	subs () override

priorType	prioritize (const args &a) const override

const modifier &	getModifier () const override

str	run (const args &a) override

const baseObj &	getOrigin () const override

const baseFunc &	getFunc () const

params &	getParams () override

const node *	getRet () const override

const src &	getSrc () const override

Public Member Functions inherited from by::baseFunc
	baseFunc (const modifier &mod)

const params &	getParams () const BY_CONST_FUNC(getParams())

Public Member Functions inherited from by::node
me &	operator[] (const std::string &name)

const me &	operator[] (const std::string &name) const BY_CONST_FUNC(operator[](name))

me &	operator[] (const std::string *it)

const me &	operator[] (const std::string *it) const BY_CONST_FUNC(operator[](it))

me &	operator[] (const nchar *name)

const me &	operator[] (const nchar *name) const BY_CONST_FUNC(operator[](name))

nbool	in (const node &elem) const

nbool	in (const node *elem) const

const scope &	subs () const BY_CONST_FUNC(subs()) virtual tstr< nbicontainer > mySubs() const

const node *	deduce (const node &it) const

const node *	deduce (const node *it) const BY_SIDE_FUNC(deduce)

template<typename T >
T *	sub (std::function< nbool(const std::string &, const T &)> l)

template<typename T >
const T *	sub (std::function< nbool(const std::string &, const T &)> l) const BY_CONST_FUNC(sub< T >(l)) template< typename T

template<typename T = me>
const T *	sub () const BY_CONST_FUNC(sub< T >()) template< typename T

template<typename T = me>
T *	sub (const std::string *it) BY_SIDE_FUNC(sub)

template<typename T = me>
const T *	sub (const std::string &name) const BY_CONST_FUNC(sub< T >(name)) template< typename T

template<typename T = me>
T *	sub (const std::string *name, const args &a) BY_SIDE_FUNC(name

template<typename T = me>
const T *	sub (const std::string &name, const args &a) const BY_CONST_FUNC(sub< T >(name

template<typename T = me>
const T a const T *	sub (const std::string *name, const args &a) const BY_CONST_FUNC(sub< T >(name

template<typename T >
const T a const T a tnarr< T, strTactic >	subAll (std::function< nbool(const std::string &, const T &)> l) const

template<typename T = me>
tnarr< T, strTactic >	subAll () const

template<typename T = me>
tpriorities< T >	subAll (const std::string &name) const

template<typename T = me>
tpriorities< T >	subAll (const std::string *it) const BY_SIDE_FUNC(subAll< T >) template< typename T

template<typename T = me>
tpriorities< T >	subAll (const std::string &name, const args &a) const

template<typename T = me>
tpriorities< T >	subAll (const std::string name, const args a) const BY_SIDE_FUNC(name

tpriorities< T > subAll< T >	tpriorities ())

template<typename T = me>
tpriorities< T >	subAll (const std::string *name, const args &a) const BY_SIDE_FUNC(name

tpriorities< T > subAll< T >	tpriorities ())

bool	canRun (const args &a) const

priorType	prioritize (const args *it) const BY_SIDE_FUNC(it

str	run (const args *it) BY_SIDE_FUNC(run)

str	run (const std::string &name, const args &a)

str	run (const std::string &name, const args *a) BY_SIDE_FUNC(a

str	run (name, a)

str	str ())

str	run (const std::string *name, const args &a) BY_SIDE_FUNC(name

str run	str ())

str	run (const std::string name, const args a) BY_SIDE_FUNC(name &&a

str run	str ())

str	run (const std::string &name)

str	run (const std::string *it) BY_SIDE_FUNC(run)

str	run ()

virtual void	rel ()

template<typename T >
nbool	is () const

nbool	is (const typeProvidable &to) const

nbool	is (const typeProvidable *it) const BY_SIDE_FUNC(is)

nbool	is (const type &to) const

nbool	is (const type *it) const BY_SIDE_FUNC(is)

template<typename T >
tstr< T >	as () const

str	as (const typeProvidable &to) const

str	as (const typeProvidable *it) const BY_SIDE_FUNC(as)

str	as (const type &to) const

str	as (const type *it) const BY_SIDE_FUNC(as)

template<typename T >
nbool	isImpli () const

virtual nbool	isImpli (const type &to) const

nbool	isImpli (const typeProvidable &to) const

nbool	isImpli (const typeProvidable *it) const BY_SIDE_FUNC(isImpli)

template<typename T >
tstr< T >	asImpli () const

virtual str	asImpli (const type &to) const

str	asImpli (const typeProvidable &to) const

str	asImpli (const typeProvidable *it) const BY_SIDE_FUNC(asImpli)

virtual nbool	isComplete () const

virtual str	getEval () const

virtual void	accept (const visitInfo &i, visitor &v)

void	inFrame (const bicontainable *args) const override

void	outFrame () const override

virtual void	inFrame (const bicontainable *args) const=0

void	inFrame () const

virtual void	outFrame () const=0

Public Member Functions inherited from by::instance
	instance (id newId)

	instance (const me &rhs)

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

void *	operator new (size_t sz) noexcept

void	operator delete (void *pt, size_t sz) noexcept

virtual id	getId () const

virtual nbool	isHeap () const

const bindTag *	getBindTag () const

Public Member Functions inherited from by::typeProvidable
nbool	operator== (const me &rhs) const

nbool	operator!= (const me &rhs) const

nbool	isSub (const type &it) const

nbool	isSub (const type *it) const BY_SIDE_FUNC(isSub)

nbool	isSub (const me &it) const

nbool	isSub (const me *it) const BY_SIDE_FUNC(isSub)

nbool	isSuper (const type &it) const

nbool	isSuper (const type *it) const BY_SIDE_FUNC(isSuper)

nbool	isSuper (const me &it) const

nbool	isSuper (const me *it) const BY_SIDE_FUNC(isSuper)

template<typename T >
nint	isSub () const

template<typename T >
nint	isSuper () const

template<typename T >
T *	cast ()

template<typename T >
const T *	cast () const BY_CONST_FUNC(cast< T >()) virtual void *cast(const type &to)

const void *	cast (const type &to) const BY_CONST_FUNC(cast(to)) void cast(const type it) BY_SIDE_FUNC(cast)

Public Member Functions inherited from by::clonable
virtual me *	clone () const =0

virtual me *	cloneDeep () const

virtual void	onCloneDeep (const me &from)

Public Member Functions inherited from by::frameInteractable
void	inFrame () const

Static Public Member Functions
static me *	make (const node &e)

static me *	make (const node *it) BY_SIDE_FUNC(make)

Static Public Member Functions inherited from by::baseFunc
static nbool	isFuncButNotClosure (const node &n)

static nbool	isFuncButNotClosure (const node *it) BY_SIDE_FUNC(isFuncButNotClosure)

Additional Inherited Members
Public Attributes inherited from by::node
T sub	name

T sub	nullptr

tpriorities< T > subAll< T >	name

priorType prioritize	it

priorType prioritize	NO_MATCH

str run	name

Static Public Attributes inherited from by::baseFunc
static const std::string	ME = "me"

Protected Member Functions inherited from by::baseFunc
ntype &	_getType ()

void	_setSrc (const src &newSrc) override

Protected Member Functions inherited from by::node
virtual str	_onRunSub (node &sub, const args &a)

void	_setSrc (const src *it) BY_SIDE_FUNC(_setSrc)

Protected Member Functions inherited from by::instance
nbool	_setId (id new1)

Static Protected Member Functions inherited from by::instance
static instancer *	_getMgr ()

Detailed Description

func closure with captured object scope

Proxy for @func with captured object scope for closures. When arguments are provided, object scope is replaced with captured scope.

Note: Allows carrying functions without needing to reference any object.

Member Function Documentation

◆ getModifier()

const modifier & by::closure::getModifier ( ) const

overridevirtual

Reimplemented from by::baseFunc.

◆ getOrigin()

const baseObj & by::closure::getOrigin ( ) const

overridevirtual

Implements by::baseFunc.

◆ getParams()

params & by::closure::getParams ( )

overridevirtual

Returns: parameters of run() func. parameter is just a type. and I don't care about the value of each parameters. that is the reason why I uses a ref to represents parameter.

I need the name and which types should be casted and binded from given arguments are matters.

Reimplemented from by::baseFunc.

◆ getRet()

const node * by::closure::getRet ( ) const

overridevirtual

Returns: node which has same type of the func. in byeol lang, even type is an object. that's why I return this as a node.

Remarks: please don't confuse this to node::getEval(). evaluate means program just read the code and expand or calculate then replace it to the accurate another identifier or variable. so evalType of the func is just the func itself because there is nothing to calculate or run. that's completely different to Return type of the function. if there is a runExpr instance, and it takes the func and proper argument, then it can be evaluated and its evalType is the return type of the func.

Reimplemented from by::baseFunc.

◆ getSrc()

const src & by::closure::getSrc ( ) const

overridevirtual

Reimplemented from by::baseFunc.

◆ getType()

const ntype & by::closure::getType ( ) const

overridevirtual

Implements by::typeProvidable.

◆ prioritize()

priorType by::closure::prioritize ( const args & a ) const

overridevirtual

Reimplemented from by::baseFunc.

◆ run()

str by::closure::run ( const args & a )

overridevirtual

Implements by::node.

◆ subs()

scope & by::closure::subs ( )

overridevirtual

Reimplemented from by::baseFunc.

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

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

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ getModifier()

◆ getOrigin()

◆ getParams()

◆ getRet()

◆ getSrc()

◆ getType()

◆ prioritize()

◆ run()

◆ subs()