#include <object.h>

Inheritance diagram for newlang::IntPlus:

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Public Member Functions
	IntPlus (const ObjPtr value)

Public Member Functions inherited from newlang::IntAny
	IntAny (const ObjPtr value, ObjType type)

virtual	~IntAny ()

Public Member Functions inherited from newlang::Obj
	Obj (ObjType type=ObjType::None, const char var_name=nullptr, TermPtr func_proto=nullptr, ObjType fixed=ObjType::None, bool init=false, Sync sync=nullptr)

ObjPtr	shared ()

ObjPtr	MakeConst ()

ObjPtr	MakeMutable ()

virtual ObjPtr	IteratorMake (const char *filter=nullptr, bool check_create=true)

virtual ObjPtr	IteratorMake (Obj *args)

virtual ObjPtr	IteratorData ()

virtual ObjPtr	IteratorReset ()

virtual ObjPtr	IteratorNext (int64_t count)

ObjPtr	IteratorNext (ObjPtr count)

ObjType	getType ()

ObjType	getTypeAsLimit ()

std::string &	getName ()

const std::string &	getName () const

void	SetClassName (std::string &name)

bool	is_const () const

bool	is_init () const

bool	is_none_type () const

bool	is_bool_type () const

bool	is_arithmetic_type () const

bool	is_string_type () const

bool	is_string_char_type () const

bool	is_string_wide_type () const

bool	is_dictionary_type () const

bool	is_plain_type () const

bool	is_other_type () const

bool	is_class_type () const

bool	is_simple_type () const

bool	is_scalar () const

bool	is_function_type () const

bool	is_native () const

bool	is_tensor_type () const

bool	is_integer () const

bool	is_integral () const

bool	is_complex () const

bool	is_floating () const

bool	is_indexing () const

bool	is_ellipsis () const

bool	is_range () const

bool	is_rational () const

bool	is_type_name () const

bool	is_error () const

bool	is_return () const

bool	is_block () const

bool	is_defined_type ()

bool	is_any_size ()

void	SetTermProp (Term &term)

virtual int64_t	size () const

virtual int64_t	size (int64_t ind) const

int64_t	resize_ (int64_t size, ObjPtr fill, const std::string="")

virtual bool	empty () const

Dict< Obj >::PairType &	at (const std::string name) const

Dict< Obj >::PairType &	at (const std::string name) override

Dict< Obj >::PairType &	at (const int64_t index) override

const Dict< Obj >::PairType &	at (const int64_t index) const override

Dict< Obj >::PairType &	at (ObjPtr find)

bool	exist (ObjPtr &find, bool strong)

size_t	ItemValueCount (ObjPtr &find, bool strong)

ObjPtr	operator() ()

ObjPtr	op_call (ObjPtr args)

ObjPtr	op_call (Obj &args)

template<typename... T>
std::enable_if< is_all< Obj::PairType, T... >::value, ObjPtr >::type	operator() (T ... args)

template<typename... T>
std::enable_if<!is_all< Obj::PairType, T... >::value, ObjPtr >::type	operator() (T ... args)

template<typename I >
std::enable_if< std::is_integral< I >::value &&!std::is_pointer< I >::value, constPairType & >::type	operator[] (const I index)

template<typename N >
std::enable_if< std::is_same< N, std::string >::value\|\|std::is_pointer< N >::value, constPairType & >::type	operator[] (const N name)

Obj::iterator	find (const std::string name)

Obj::iterator	begin ()

Obj::iterator	end ()

Obj::const_iterator	begin () const

Obj::const_iterator	end () const

PairType &	push_back (const PairType &p)

PairType &	push_back (const Type value, const std::string &name="")

Obj::iterator	at_index (const int64_t index)

Obj::const_iterator	at_index_const (const int64_t index) const

Obj::const_iterator	insert (Obj::const_iterator pos, const PairType &data)

const std::string &	name (const int64_t index) const override

int64_t	resize (int64_t new_size, const Type fill, const std::string &name="") override

void	erase (const size_t from, const size_t to) override

void	erase (const int64_t index) override

void	clear_ () override

void	clear_ (bool clear_iterator_name)

	operator bool () const

	operator int8_t () const

	operator uint8_t () const

	operator int16_t () const

	operator uint16_t () const

	operator int32_t () const

	operator uint32_t () const

	operator int64_t () const

	operator uint64_t () const

	operator float () const

	operator double () const

	operator std::string () const

	operator std::wstring () const

	operator void * () const

	operator Rational () const

ObjPtr	operator+ ()

ObjPtr	operator- ()

ObjPtr &	operator+ (ObjPtr &obj)

ObjPtr &	operator- (ObjPtr &obj)

ObjPtr	operator++ ()

ObjPtr	operator++ (int)

ObjPtr	operator-- ()

ObjPtr	operator-- (int)

ObjPtr	operator* (ObjPtr obj)

ObjPtr	operator* (Obj value)

ObjPtr	operator/ (ObjPtr obj)

ObjPtr	operator/ (Obj value)

ObjPtr	op_div_ceil (ObjPtr obj)

ObjPtr	op_div_ceil (Obj value)

ObjPtr	op_concat (ObjPtr obj, ConcatMode mode=ConcatMode::Error)

ObjPtr	op_concat (Obj &value, ConcatMode mode=ConcatMode::Error)

ObjPtr	op_concat_ (Obj &obj, ConcatMode mode=ConcatMode::Error)

ObjPtr	op_concat_ (ObjPtr obj, ConcatMode mode=ConcatMode::Error)

ObjPtr	operator% (ObjPtr obj)

ObjPtr	operator% (Obj value)

ObjPtr	operator+ (ObjPtr obj)

ObjPtr	operator+ (Obj value)

ObjPtr	operator+= (ObjPtr obj)

ObjPtr	operator+= (Obj obj)

ObjPtr	operator- (ObjPtr obj)

ObjPtr	operator- (Obj value)

ObjPtr	operator-= (ObjPtr obj)

ObjPtr	operator-= (Obj obj)

bool	operator< (ObjPtr obj)

bool	operator< (Obj obj)

bool	operator<= (ObjPtr obj)

bool	operator<= (Obj obj)

bool	operator> (ObjPtr obj)

bool	operator> (Obj obj)

bool	operator>= (ObjPtr obj)

bool	operator>= (Obj obj)

int	op_compare (Obj &value)

bool	op_class_test (ObjPtr obj, Context *ctx) const

bool	op_class_test (const char name, Context ctx) const

bool	op_duck_test (ObjPtr obj, bool strong)

bool	op_duck_test (Obj *value, bool strong)

bool	op_equal (ObjPtr value)

bool	op_equal (Obj &value)


bool	op_accurate (ObjPtr obj)

bool	op_accurate (Obj &value)

ObjPtr	op_bit_and (ObjPtr obj, bool strong)

ObjPtr	op_bit_and (Obj &obj, bool strong)

ObjPtr	op_pow (ObjPtr obj) const

ObjPtr	op_pow (Obj &obj) const

ObjPtr	op_pow_ (ObjPtr obj)

ObjPtr	op_pow_ (Obj &obj)

ObjPtr	op_assign (ObjPtr obj)

ObjPtr	op_assign (Obj &obj)

bool	operator= (Obj &obj)

ObjPtr	operator*= (ObjPtr obj)

ObjPtr	operator*= (Obj obj)

ObjPtr	operator/= (ObjPtr obj)

ObjPtr	operator/= (Obj obj)

ObjPtr	op_div_ceil_ (ObjPtr obj)

ObjPtr	op_div_ceil_ (Obj &obj)

ObjPtr	operator%= (ObjPtr obj)

ObjPtr	operator%= (Obj obj)

ObjPtr	op_bit_and_set (Obj &obj, bool strong)

ObjPtr	operator^= (ObjPtr obj)

ObjPtr	operator^= (Obj)

ObjPtr	operator\|= (ObjPtr obj)

ObjPtr	operator\|= (Obj)

ObjPtr	op_lshift_set (ObjPtr obj)

ObjPtr	op_lshift_set (Obj)

ObjPtr	op_rshift_set (ObjPtr obj)

ObjPtr	op_rshift_set (Obj)

ObjPtr	op_rrshift_set (ObjPtr obj)

ObjPtr	op_rrshift_set (Obj)

template<typename T >
bool	operator= (T value)

void	dump_dict_ (std::string &str, bool deep=true) const

std::string	toString (bool deep=true) const

std::string	GetValueAsString () const

std::wstring	GetValueAsStringWide () const

std::shared_ptr< Rational >	GetValueAsRational () const

int64_t	GetValueAsInteger () const

double	GetValueAsNumber () const

bool	GetValueAsBoolean () const

std::vector< int64_t >	toIntVector (bool raise=true) const

ObjPtr	CallNative (Context *ctx, Obj args)

ObjPtr	Copy () const

ObjPtr	Clone (const char *new_name=nullptr) const

void	CloneTo (Obj &clone)

void	CloneTo (ObjPtr &clone)

void	CloneDataTo (Obj &clone) const

void	ClonePropTo (Obj &clone) const

ObjPtr	toType (ObjType type) const

void	toType_ (ObjType type)

virtual	~Obj ()

const ObjPtr	index_get (const std::vector< Index > &index) const

ObjPtr	index_set (const std::vector< Index > &index, const ObjPtr value) const

ObjPtr	index_set_ (const std::vector< Index > &index, const ObjPtr value)

ObjPtr	op_set_index (ObjPtr index, ObjPtr value)

ObjPtr	op_set_index (int64_t index, std::string value)

template<typename T >
std::enable_if< std::is_same< T, bool >::value, void >::type	SetValue_ (bool value)

template<typename T >
std::enable_if< std::is_integral< T >::value, void >::type	SetValue_ (T value)

template<typename T >
std::enable_if< std::is_floating_point< T >::value, void >::type	SetValue_ (T value)

template<typename T >
std::enable_if< std::is_same< char *, T >::value, void >::type	SetValue_ (T text)

template<typename T >
std::enable_if< std::is_same< wchar_t *, T >::value, void >::type	SetValue_ (T text)

void	SetValue_ (std::string text)

void	SetValue_ (std::wstring text)

void	testConvertType (ObjType type)

void	testResultIntegralType (ObjType type, bool upscalint)

void	SetValue_ (ObjPtr value)

bool	CallAll (const char *func_name, ObjPtr &arg_in, ObjPtr &result, ObjPtr object=nullptr, size_t limit=0)

bool	CallOnce (ObjPtr &arg_in, ObjPtr &result, ObjPtr object=nullptr)

const TermPtr	Proto ()

void	remove (const Dict::PairType &value)

Public Member Functions inherited from newlang::Dict< Obj >
std::enable_if< std::is_integral< I >::value &&!std::is_pointer< I >::value, constPairType & >::type	operator[] (I index)

std::enable_if< std::is_same< N, std::string >::value\|\|std::is_pointer< N >::value, constPairType & >::type	operator[] (N name)

PairType &	push_back (const PairType &p)

PairType &	push_back (const Type value, const std::string &name="")

ListType::iterator	find (const std::string_view name)

virtual int64_t	index (const std::string_view field_name)

ListType::iterator	at_index (const int64_t index)

ListType::const_iterator	at_index_const (const int64_t index) const

virtual	~Dict ()

	Dict ()

	Dict (PairType arg)

	Dict (PairType arg, A... rest)

Additional Inherited Members
Public Types inherited from newlang::Obj
typedef Dict::PairType	PairType

Public Types inherited from newlang::Dict< Obj >
typedef std::shared_ptr< Obj >	Type

typedef std::pair< std::string, Type >	PairType

typedef std::list< PairType >	ListType

Static Public Member Functions inherited from newlang::Obj
static PairType	ArgNull (const std::string name="")

static PairType	Arg ()

static PairType	Arg (ObjPtr value, const std::string name="")

template<typename T >
static std::enable_if< std::is_pointer< T >::value\|\|std::is_same< std::string, T >::value, PairType >::type	Arg (T value, const std::string name="")

template<typename T >
static std::enable_if<!std::is_same< PairType, T >::value &&!std::is_pointer< T >::value &&!std::is_same< std::string, T >::value, PairType >::type	Arg (T value, const std::string name="")

static bool	is_true (const char *text)

static bool	op_duck_test_prop (Obj base, Obj value, bool strong)

static ObjPtr	GetIndex (ObjPtr obj, TermPtr index_arg)

static ObjPtr	GetIndex (ObjPtr obj, size_t index)

static ObjPtr	CreateType (ObjType type, ObjType fixed=ObjType::None, bool is_init=false, Sync *sync=nullptr)

static ObjPtr	CreateRational (const Rational &val)

static ObjPtr	CreateRational (const std::string val)

static ObjPtr	BaseTypeConstructor (Context *ctx, Obj &in)

static ObjPtr	ConstructorSimpleType_ (Context *ctx, Obj &args)

static ObjPtr	ConstructorDictionary_ (Context *ctx, Obj &args)

static ObjPtr	ConstructorNative_ (Context *ctx, Obj &args)

static ObjPtr	ConstructorStub_ (Context *ctx, Obj &args)

static ObjPtr	ConstructorClass_ (Context *ctx, Obj &args)

static ObjPtr	ConstructorStruct_ (Context *ctx, Obj &args)

static ObjPtr	ConstructorEnum_ (Context *ctx, Obj &args)

static ObjPtr	CreateBaseType (ObjType type)

static ObjPtr	CreateNone (Sync *sync=nullptr)

static ObjPtr	CreateEmpty (Sync *sync=nullptr)

static ObjPtr	CreatePointer (void ptr=nullptr, Sync sync=nullptr)

static ObjPtr	CreateNil (Sync *sync=nullptr)

static ObjPtr	CreateBool (bool value, Sync *sync=nullptr)

template<typename T1 , typename T2 , typename T3 >
static ObjPtr	CreateRange (T1 start, T2 stop, T3 step, Sync *sync=nullptr)

template<typename T1 , typename T2 >
static ObjPtr	CreateRange (T1 start, T2 stop, Sync *sync=nullptr)

template<typename T >
static std::enable_if< std::is_same< T, std::string >::value\|\|std::is_same< T, constchar * >::value, ObjPtr >::type	CreateValue (T value, Sync *sync=nullptr)

template<typename T >
static std::enable_if< std::is_same< T, std::wstring >::value\|\|std::is_same< T, constwchar_t * >::value, ObjPtr >::type	CreateValue (T value, Sync *sync=nullptr)

template<typename T >
static std::enable_if< std::is_integral< T >::value, ObjPtr >::type	CreateValue (T value, ObjType fix_type=ObjType::None, Sync *sync=nullptr)

template<typename T >
static std::enable_if< std::is_floating_point< T >::value, ObjPtr >::type	CreateValue (T value, ObjType fix_type=ObjType::None, Sync *sync=nullptr)

static ObjPtr	CreateString (const std::string_view str, Sync *sync=nullptr)

static ObjPtr	CreateString (const std::wstring_view str, Sync *sync=nullptr)

static ObjPtr	Yes (Sync *sync=nullptr)

static ObjPtr	No (Sync *sync=nullptr)

static ObjPtr	CreateDict (Sync *sync=nullptr)

template<typename... T>
static std::enable_if< is_all< PairType, T... >::value, ObjPtr >::type	CreateDict (T ... args)

static ObjPtr	CreateDict (const std::vector< ObjPtr > &arr, Sync *sync=nullptr)

static ObjPtr	CreateClass (std::string name)

template<typename... T>
static std::enable_if< is_all< PairType, T... >::value, ObjPtr >::type	CreateClass (std::string name, T ... args)

Static Public Member Functions inherited from newlang::Dict< Obj >
static PairType	pair (const Type value, const std::string name="")

Public Attributes inherited from newlang::Obj
ObjType	m_var_type_current
	Текущий тип значения объекта

ObjType	m_var_type_fixed
	Максимальный размер для арифметических типов, который задается разработчиком

bool	m_var_is_init
	Содержит ли объект корректное значение ???

std::string	m_var_name
	Имя переменной, в которой хранится объект

std::string	m_class_name
	Имя класса объекта (у базовых типов отсуствует)

std::vector< ObjPtr >	m_class_parents
	Родительские классы (типы)

std::string	m_module_name

const TermPtr	m_prototype
	Описание прототипа функции (или данных)

Context *	m_ctx

ObjPtr	m_dimensions
	Размерности для ObjType::Type.

PairType	m_str_pair

std::string	m_func_mangle_name

std::variant< std::monostate, int64_t, double, void , bool , int8_t , int16_t , int32_t , int64_t , float , double , NativeData, std::string, TermPtr, Iterator< Obj > >	m_var

std::string	m_value
	Содержит байтовую строку или байтовый массив с данными для представления в нативном виде (Struct, Unuion, Enum)

std::wstring	m_string
	Содержит строку широких символов

std::shared_ptr< torch::Tensor >	m_tensor
	Содержит только размерные тензоры (скляры хранятся в поле m_pointer и не создают m_tensor->defined())

Rational	m_rational
	Содержит дробь из длинных чисел

std::shared_ptr< Iterator< Obj > >	m_iterator
	Итератор для данных

ObjPtr	m_iter_range_value

TermPtr	m_sequence
	Последовательно распарсенных команд для выполнения

ObjPtr	m_return_obj

ObjWeak	m_reference

Sync *	m_sync

bool	m_check_args

bool	m_is_const

bool	m_is_reference

Detailed Description

Definition at line 1937 of file object.h.

Constructor & Destructor Documentation

◆ IntPlus()

newlang::IntPlus::IntPlus ( const ObjPtr value )

inline

Definition at line 1940 of file object.h.

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

lib/object.h

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ IntPlus()