JSDoc: Class: int

new int_(xnon-null, baseopt, non-null) → {Sk.builtin.int_|Sk.builtin.lng}

Constructor for Python int. If provided number is greater than integer threshold, will return a Python long instead.

type int, all integers are created with this method, it is also used for the builtin int()

Takes also implemented __int__ and __trunc__ methods for x into account and tries to use __index__ and/or __int__ if base is not a number

Parameters:

Name	Type	Attributes	Description
`x`	Object \| number		Python object or Javascript number to convert to Python int
`base`	Object \| number \| Sk.builtin.none	<optional>	Optional base, can only be used when x is Sk.builtin.str

Source:

int.js, line 8

Returns:

Python int (or long, if overflow)

Type: Sk.builtin.int_ | Sk.builtin.lng

Extends

Sk.builtin.numtype

Members

(static) threshold$ :number

Threshold to determine when types should be converted to long.

Note: be sure to check against threshold in both positive and negative directions.

Type:

number

Source:

int.js, line 204

$r

Return the string representation of this instance.

Javascript function, returns Python object.

Inherited From:

Sk.builtin.object#$r

Source:

object.js, line 351

abs

Python wrapper of __abs__ method.

Inherited From:

Sk.builtin.numtype#__abs__

Source:

numtype.js, line 22

add

Python wrapper of __add__ method.

Inherited From:

Sk.builtin.numtype#__add__

Source:

numtype.js, line 130

coerce

Python wrapper of __coerce__ method.

Inherited From:

Sk.builtin.numtype#__coerce__

Source:

numtype.js, line 418

complex

Python wrapper of __complex__ dunder method.

Source:

int.js, line 175

div

Python wrapper of __div__ method.

Inherited From:

Sk.builtin.numtype#__div__

Source:

numtype.js, line 238

divmod

Python wrapper of __divmod__ method.

Inherited From:

Sk.builtin.numtype#__divmod__

Source:

numtype.js, line 346

eq

Python wrapper for __eq__ method.

Inherited From:

Sk.builtin.object#__eq__

Source:

object.js, line 277

float

Python wrapper of __float__ method.

Inherited From:

Sk.builtin.numtype#__float__

Source:

numtype.js, line 112

floordiv

Python wrapper of __floordiv__ method.

Inherited From:

Sk.builtin.numtype#__floordiv__

Source:

numtype.js, line 274

ge

Python wrapper for __ge__ method.

Inherited From:

Sk.builtin.object#__ge__

Source:

object.js, line 337

gt

Python wrapper for __gt__ method.

Inherited From:

Sk.builtin.object#__gt__

Source:

object.js, line 325

hash

Python wrapper for __hash__ method.

Inherited From:

Sk.builtin.object#__hash__

Source:

object.js, line 265

index

Python wrapper of __index__ dunder method.

Source:

int.js, line 166

int

Python wrapper of __int__ method.

Inherited From:

Sk.builtin.numtype#__int__

Source:

numtype.js, line 76

le

Python wrapper for __le__ method.

Inherited From:

Sk.builtin.object#__le__

Source:

object.js, line 313

long

Python wrapper of __long__ method.

Inherited From:

Sk.builtin.numtype#__long__

Source:

numtype.js, line 94

lt

Python wrapper for __lt__ method.

Inherited From:

Sk.builtin.object#__lt__

Source:

object.js, line 301

mod

Python wrapper of __mod__ method.

Inherited From:

Sk.builtin.numtype#__mod__

Source:

numtype.js, line 310

mul

Python wrapper of __mul__ method.

Inherited From:

Sk.builtin.numtype#__mul__

Source:

numtype.js, line 202

ne

Python wrapper for __ne__ method.

Inherited From:

Sk.builtin.object#__ne__

Source:

object.js, line 289

neg

Python wrapper of __neg__ method.

Inherited From:

Sk.builtin.numtype#__neg__

Source:

numtype.js, line 40

new

Default implementation of new just calls the class constructor

Inherited From:

Sk.builtin.object#__new__

Source:

object.js, line 207

pos

Python wrapper of __pos__ method.

Inherited From:

Sk.builtin.numtype#__pos__

Source:

numtype.js, line 58

pow

Python wrapper of __pow__ method.

Inherited From:

Sk.builtin.numtype#__pow__

Source:

numtype.js, line 382

radd

Python wrapper of __radd__ method.

Inherited From:

Sk.builtin.numtype#__radd__

Source:

numtype.js, line 148

rdiv

Python wrapper of __rdiv__ method.

Inherited From:

Sk.builtin.numtype#__rdiv__

Source:

numtype.js, line 256

rdivmod

Python wrapper of __rdivmod__ method.

Inherited From:

Sk.builtin.numtype#__rdivmod__

Source:

numtype.js, line 364

repr

Python wrapper for __repr__ method.

Inherited From:

Sk.builtin.object#__repr__

Source:

object.js, line 219

rfloordiv

Python wrapper of __rfloordiv__ method.

Inherited From:

Sk.builtin.numtype#__rfloordiv__

Source:

numtype.js, line 292

rmod

Python wrapper of __rmod__ method.

Inherited From:

Sk.builtin.numtype#__rmod__

Source:

numtype.js, line 328

rmul

Python wrapper of __rmul__ method.

Inherited From:

Sk.builtin.numtype#__rmul__

Source:

numtype.js, line 220

rpow

Python wrapper of __rpow__ method.

Inherited From:

Sk.builtin.numtype#__rpow__

Source:

numtype.js, line 400

rsub

Python wrapper of __rsub__ method.

Inherited From:

Sk.builtin.numtype#__rsub__

Source:

numtype.js, line 184

str

Python wrapper for __str__ method.

Inherited From:

Sk.builtin.object#__str__

Source:

object.js, line 253

sub

Python wrapper of __sub__ method.

Inherited From:

Sk.builtin.numtype#__sub__

Source:

numtype.js, line 166

trunc

Python wrapper of __trunc__ dunder method.

Source:

int.js, line 157

nb$inplace_add

Source:

int.js, line 754

nb$inplace_divide

Source:

int.js, line 763

nb$inplace_floor_divide

Source:

int.js, line 769

nb$inplace_multiply

Source:

int.js, line 760

nb$inplace_power

Source:

int.js, line 772

nb$inplace_remainder

Source:

int.js, line 766

nb$inplace_subtract

Source:

int.js, line 757

ob$type :Sk.builtin.type|Object

The type object of this class.

Type:

Sk.builtin.type | Object

Inherited From:

Sk.builtin.object#ob$type

Source:

object.js, line 202

tp$name :string

The name of this class.

Type:

string

Inherited From:

Sk.builtin.object#tp$name

Source:

object.js, line 196

Methods

"$r"()

Source:

int.js, line 1042

clone() → {Sk.builtin.int_}

Returns a copy of this instance.

Javascript function, returns Python object.

Source:

int.js, line 213

Returns:

The copy

Type: Sk.builtin.int_

GenericGetAttr(pyName, canSuspendopt) → {undefined}

Get an attribute

Parameters:

Name	Type	Attributes	Description
`pyName`	Object		Python string name of the attribute
`canSuspend`	boolean	<optional>	Can we return a suspension?

Inherited From:

Sk.builtin.object#GenericGetAttr

Source:

object.js, line 40

Returns:

Type: undefined

GenericSetAttr(pyName, value, canSuspendopt) → {undefined}

Parameters:

Name	Type	Attributes
`pyName`	Object
`value`	Object
`canSuspend`	boolean	<optional>

Inherited From:

Sk.builtin.object#GenericSetAttr

Source:

object.js, line 129

Returns:

Type: undefined

nb$abs() → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Compute the absolute value of this instance and return.

Javascript function, returns Python object.

Overrides:

Sk.builtin.numtype#nb$abs

Source:

numtype.js, line 615

Returns:

The absolute value

Type: Sk.builtin.numtype | Sk.builtin.NotImplemented

nb$add(othernon-null) → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Add a Python object to this instance and return the result (i.e. this + other).

Returns NotImplemented if addition between this type and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object to add.

Overrides:

Sk.builtin.numtype#nb$add

Source:

numtype.js, line 441

Returns:

The result of the addition.

Type: Sk.builtin.numtype | Sk.builtin.NotImplemented

nb$and(othernon-null) → {Sk.builtin.int_|Sk.builtin.lng|Sk.builtin.NotImplemented}

Compute the bitwise AND of this instance and a Python object (i.e. this & other).

Returns NotImplemented if bitwise AND operation between int and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object to AND with this one

Source:

int.js, line 535

Returns:

The result of the conjunction

Type: Sk.builtin.int_ | Sk.builtin.lng | Sk.builtin.NotImplemented

nb$divide(othernon-null) → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Divide this instance by a Python object and return the result (i.e this / other).

Returns NotImplemented if division between this type and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The divisor, which must be a Python object.

Overrides:

Sk.builtin.numtype#nb$divide

Source:

numtype.js, line 508

Returns:

The result of the division

Type: Sk.builtin.numtype | Sk.builtin.NotImplemented

nb$divmod(othernon-null) → {Sk.builtin.tuple|Sk.builtin.NotImplemented}

Compute the quotient and the remainder of this instance and a given Python object and return the result.

Returns NotImplemented if division or modulo operations between this type and other type are unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The divisor, which must be a Python object.

Overrides:

Sk.builtin.numtype#nb$divmod

Source:

numtype.js, line 575

Returns:

The result of the operation. If both operations are supported, a Python tuple containing (quotient, remainder) in that order.

Type: Sk.builtin.tuple | Sk.builtin.NotImplemented

nb$floor_divide(othernon-null) → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Floor divide this instance by a Python object and return the result (i.e. this // other).

Returns NotImplemented if floor division between this type and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The divisor, which must be a Python object.

Overrides:

Sk.builtin.numtype#nb$floor_divide

Source:

numtype.js, line 530

Returns:

The result of the floor division

Type: Sk.builtin.numtype | Sk.builtin.NotImplemented

nb$inplace_and(othernon-null) → {Sk.builtin.int_|Sk.builtin.lng|Sk.builtin.NotImplemented}

Compute the bitwise AND of this instance and a Python object (i.e. this &= other).

Returns NotImplemented if inplace bitwise AND operation between int and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object to AND with this one

Source:

int.js, line 774

Returns:

The result of the conjunction

Type: Sk.builtin.int_ | Sk.builtin.lng | Sk.builtin.NotImplemented

nb$inplace_lshift(othernon-null) → {Sk.builtin.int_|Sk.builtin.lng|Sk.builtin.NotImplemented}

Compute the bitwise left shift of this instance by a Python object (i.e. this <<= other).

Returns NotImplemented if inplace bitwise left shift operation between int and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object by which to left shift

Source:

int.js, line 822

Returns:

The result of the left shift

Type: Sk.builtin.int_ | Sk.builtin.lng | Sk.builtin.NotImplemented

nb$inplace_or(othernon-null) → {Sk.builtin.int_|Sk.builtin.lng|Sk.builtin.NotImplemented}

Compute the bitwise OR of this instance and a Python object (i.e. this |= other).

Returns NotImplemented if inplace bitwise OR operation between int and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object to OR with this one

Source:

int.js, line 790

Returns:

The result of the disjunction

Type: Sk.builtin.int_ | Sk.builtin.lng | Sk.builtin.NotImplemented

nb$inplace_rshift(othernon-null) → {Sk.builtin.int_|Sk.builtin.lng|Sk.builtin.NotImplemented}

Compute the bitwise right shift of this instance by a Python object (i.e. this >>= other).

Returns NotImplemented if inplace bitwise right shift operation between int and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object by which to right shift

Source:

int.js, line 838

Returns:

The result of the right shift

Type: Sk.builtin.int_ | Sk.builtin.lng | Sk.builtin.NotImplemented

nb$inplace_xor(othernon-null) → {Sk.builtin.int_|Sk.builtin.lng|Sk.builtin.NotImplemented}

Compute the bitwise XOR of this instance and a Python object (i.e. this ^= other).

Returns NotImplemented if inplace bitwise XOR operation between int and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object to XOR with this one

Source:

int.js, line 806

Returns:

The result of the exclusive disjunction

Type: Sk.builtin.int_ | Sk.builtin.lng | Sk.builtin.NotImplemented

nb$invert() → {Sk.builtin.int_}

Compute the bitwise inverse of this instance (i.e. ~this).

Javscript function, returns Python object.

Source:

int.js, line 749

Returns:

The result of the inversion

Type: Sk.builtin.int_

nb$isnegative() → {boolean|Sk.builtin.NotImplemented}

Determine if this instance is negative.

Javscript function, returns Javascript object or Sk.builtin.NotImplemented.

Overrides:

Sk.builtin.numtype#nb$isnegative

Source:

numtype.js, line 659

Returns:

true if this instance is negative, false otherwise

Type: boolean | Sk.builtin.NotImplemented

nb$ispositive() → {boolean|Sk.builtin.NotImplemented}

Determine if this instance is positive.

Javscript function, returns Javascript object or Sk.builtin.NotImplemented.

Overrides:

Sk.builtin.numtype#nb$ispositive

Source:

numtype.js, line 670

Returns:

true if this instance is positive, false otherwise

Type: boolean | Sk.builtin.NotImplemented

nb$lshift(othernon-null) → {Sk.builtin.int_|Sk.builtin.lng|Sk.builtin.NotImplemented}

Compute the bitwise left shift of this instance by a Python object (i.e. this << other).

Returns NotImplemented if bitwise left shift operation between int and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object by which to left shift

Source:

int.js, line 643

Returns:

The result of the left shift

Type: Sk.builtin.int_ | Sk.builtin.lng | Sk.builtin.NotImplemented

nb$multiply(othernon-null) → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Multiply this instance by a Python object and return the result (i.e. this * other).

Returns NotImplemented if multiplication between this type and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The multiplier, which must be a Python object.

Overrides:

Sk.builtin.numtype#nb$multiply

Source:

numtype.js, line 485

Returns:

The result of the multiplication

Type: Sk.builtin.numtype | Sk.builtin.NotImplemented

nb$negative() → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Compute the unary negative of this instance (i.e. -this).

Javscript function, returns Python object.

Overrides:

Sk.builtin.numtype#nb$negative

Source:

numtype.js, line 626

Returns:

A copy of this instance with the value negated

Type: Sk.builtin.numtype | Sk.builtin.NotImplemented

nb$nonzero() → {boolean|Sk.builtin.NotImplemented}

Determine if this instance is nonzero.

Javscript function, returns Javascript object or Sk.builtin.NotImplemented.

Overrides:

Sk.builtin.numtype#nb$nonzero

Source:

numtype.js, line 648

Returns:

true if this instance is not equal to zero, false otherwise

Type: boolean | Sk.builtin.NotImplemented

nb$or(othernon-null) → {Sk.builtin.int_|Sk.builtin.lng|Sk.builtin.NotImplemented}

Compute the bitwise OR of this instance and a Python object (i.e. this | other).

Returns NotImplemented if bitwise OR operation between int and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object to OR with this one

Source:

int.js, line 571

Returns:

The result of the disjunction

Type: Sk.builtin.int_ | Sk.builtin.lng | Sk.builtin.NotImplemented

nb$positive() → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Compute the unary positive of this instance (i.e. +this).

Javscript function, returns Python object.

Overrides:

Sk.builtin.numtype#nb$positive

Source:

numtype.js, line 637

Returns:

A copy of this instance with the value unchanged

Type: Sk.builtin.numtype | Sk.builtin.NotImplemented

nb$power(othernon-null, modopt, non-null) → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Raise this instance by a Python object, optionally modulo the exponent, and return the final result.

If mod is undefined, return this ** other. Else, return (this ** other) % mod.

Returns NotImplemented if exponentiation or modulation between this type and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Attributes	Description
`other`	Sk.builtin.object		The exponent, which must be a Python object.
`mod`	Sk.builtin.object	<optional>	The optional divisor, which must be a Python object if defined.

Overrides:

Sk.builtin.numtype#nb$power

Source:

numtype.js, line 596

Returns:

The result of the exponentiation.

Type: Sk.builtin.numtype | Sk.builtin.NotImplemented

nb$reflected_add()

Source:

int.js, line 246

nb$reflected_divide()

Source:

int.js, line 350

nb$reflected_divmod()

Source:

int.js, line 458

nb$reflected_floor_divide()

Source:

int.js, line 381

nb$reflected_multiply()

Source:

int.js, line 318

nb$reflected_power()

Source:

int.js, line 512

nb$reflected_remainder()

Source:

int.js, line 425

nb$reflected_subtract()

Source:

int.js, line 281

nb$remainder(othernon-null) → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Modulo this instance by a Python object and return the result (i.e. this % other).

Returns NotImplemented if modulation between this type and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The divisor, which must be a Python object.

Overrides:

Sk.builtin.numtype#nb$remainder

Source:

numtype.js, line 552

Returns:

The result of the modulation

Type: Sk.builtin.numtype | Sk.builtin.NotImplemented

nb$rshift(othernon-null) → {Sk.builtin.int_|Sk.builtin.lng|Sk.builtin.NotImplemented}

Compute the bitwise right shift of this instance by a Python object (i.e. this >> other).

Returns NotImplemented if bitwise right shift operation between int and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object by which to right shift

Source:

int.js, line 702

Returns:

The result of the right shift

Type: Sk.builtin.int_ | Sk.builtin.lng | Sk.builtin.NotImplemented

nb$subtract(othernon-null) → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Subtract a Python object from this instance and return the result (i.e. this - other).

Returns NotImplemented if subtraction between this type and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object to subtract.

Overrides:

Sk.builtin.numtype#nb$subtract

Source:

numtype.js, line 463

Returns:

The result of the subtraction.

Type: Sk.builtin.numtype | Sk.builtin.NotImplemented

nb$xor(othernon-null) → {Sk.builtin.int_|Sk.builtin.lng|Sk.builtin.NotImplemented}

Compute the bitwise XOR of this instance and a Python object (i.e. this ^ other).

Returns NotImplemented if bitwise XOR operation between int and other type is unsupported.

Javscript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Sk.builtin.object	The Python object to XOR with this one

Source:

int.js, line 607

Returns:

The result of the exclusive disjunction

Type: Sk.builtin.int_ | Sk.builtin.lng | Sk.builtin.NotImplemented

numberCompare() → {number|Sk.builtin.NotImplemented}

Compare this instance's value to another Python object's value.

Returns NotImplemented if comparison between int and other type is unsupported.

Javscript function, returns Javascript object or Sk.builtin.NotImplemented.

Source:

int.js, line 892

Returns:

negative if this < other, zero if this == other, positive if this > other

Type: number | Sk.builtin.NotImplemented

ob$eq(other) → {Sk.builtin.bool|Sk.builtin.NotImplemented}

Perform equality check between this instance and a Python object (i.e. this == other).

Implements __eq__ dunder method.

Javascript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Object	The Python object to check for equality.

Overrides:

Sk.builtin.numtype#ob$eq

Source:

object.js, line 392

Returns:

true if equal, false otherwise

Type: Sk.builtin.bool | Sk.builtin.NotImplemented

ob$ge(other) → {Sk.builtin.bool|Sk.builtin.NotImplemented}

Determine if this instance is greater than or equal to a Python object (i.e. this >= other).

Implements __ge__ dunder method.

Javascript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Object	The Python object to compare.

Overrides:

Sk.builtin.numtype#ob$ge

Source:

object.js, line 470

Returns:

true if this >= other, false otherwise

Type: Sk.builtin.bool | Sk.builtin.NotImplemented

ob$gt(other) → {Sk.builtin.bool|Sk.builtin.NotImplemented}

Determine if this instance is greater than a Python object (i.e. this > other).

Implements __gt__ dunder method.

Javascript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Object	The Python object to compare.

Overrides:

Sk.builtin.numtype#ob$gt

Source:

object.js, line 456

Returns:

true if this > other, false otherwise

Type: Sk.builtin.bool | Sk.builtin.NotImplemented

ob$le(other) → {Sk.builtin.bool|Sk.builtin.NotImplemented}

Determine if this instance is less than or equal to a Python object (i.e. this <= other).

Implements __le__ dunder method.

Javascript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Object	The Python object to compare.

Overrides:

Sk.builtin.numtype#ob$le

Source:

object.js, line 442

Returns:

true if this <= other, false otherwise

Type: Sk.builtin.bool | Sk.builtin.NotImplemented

ob$lt(other) → {Sk.builtin.bool|Sk.builtin.NotImplemented}

Determine if this instance is less than a Python object (i.e. this < other).

Implements __lt__ dunder method.

Javascript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Object	The Python object to compare.

Overrides:

Sk.builtin.numtype#ob$lt

Source:

object.js, line 428

Returns:

true if this < other, false otherwise

Type: Sk.builtin.bool | Sk.builtin.NotImplemented

ob$ne(other) → {Sk.builtin.bool|Sk.builtin.NotImplemented}

Perform non-equality check between this instance and a Python object (i.e. this != other).

Implements __ne__ dunder method.

Javascript function, returns Python object.

Parameters:

Name	Type	Description
`other`	Object	The Python object to check for non-equality.

Overrides:

Sk.builtin.numtype#ob$ne

Source:

object.js, line 410

Returns:

true if not equal, false otherwise

Type: Sk.builtin.bool | Sk.builtin.NotImplemented

round$(self, ndigits) → {Sk.builtin.int_}

Round this instance to a given number of digits, or zero if omitted.

Implements __round__ dunder method.

Javascript function, returns Python object.

Parameters:

Name	Type	Description
`self`	Sk.builtin.int_	This instance.
`ndigits`	Object \| number	The number of digits after the decimal point to which to round.

Source:

int.js, line 987

Returns:

The rounded integer.

Type: Sk.builtin.int_

str$(base, sign) → {string}

Convert this instance's value to a Javascript string.

Javascript function, returns Javascript object.

Parameters:

Name	Type	Description
`base`	number	The base of the value.
`sign`	boolean	true if the value should be signed, false otherwise.

Source:

int.js, line 1066

Returns:

The Javascript string representation of this instance.

Type: string

tp$hash() → {Sk.builtin.int_}

Return the hash value of this instance.

Javascript function, returns Python object.

Overrides:

Sk.builtin.numtype#tp$hash

Source:

object.js, line 374

Returns:

The hash value

Type: Sk.builtin.int_

tp$index() → {number}

Return this instance's Javascript value.

Javascript function, returns Javascript object.

Source:

int.js, line 186

Returns:

This instance's value.

Type: number

tp$str() → {Sk.builtin.str}

Return the string representation of this instance.

Javascript function, returns Python object.

Source:

int.js, line 1053

Returns:

The Python string representation of this instance.

Type: Sk.builtin.str

Class: int_

new int_(xnon-null, baseopt, non-null) → {Sk.builtin.int_|Sk.builtin.lng}

Parameters:

Returns:

Extends

Members

(static) threshold$ :number

Type:

$r

__abs__

__add__

__coerce__

__complex__

__div__

__divmod__

__eq__

__float__

__floordiv__

__ge__

__gt__

__hash__

__index__

__int__

__le__

__long__

__lt__

__mod__

__mul__

__ne__

__neg__

__new__

__pos__

__pow__

__radd__

__rdiv__

__rdivmod__

__repr__

__rfloordiv__

__rmod__

__rmul__

__rpow__

__rsub__

__str__

__sub__

__trunc__

nb$inplace_add

nb$inplace_divide

nb$inplace_floor_divide

nb$inplace_multiply

nb$inplace_power

nb$inplace_remainder

nb$inplace_subtract

ob$type :Sk.builtin.type|Object

Type:

tp$name :string

Type:

Methods

"$r"()

clone() → {Sk.builtin.int_}

Returns:

GenericGetAttr(pyName, canSuspendopt) → {undefined}

Parameters:

Returns:

GenericSetAttr(pyName, value, canSuspendopt) → {undefined}

Parameters:

Returns:

nb$abs() → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Returns:

nb$add(othernon-null) → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Parameters:

Returns:

nb$and(othernon-null) → {Sk.builtin.int_|Sk.builtin.lng|Sk.builtin.NotImplemented}

Parameters:

Returns:

nb$divide(othernon-null) → {Sk.builtin.numtype|Sk.builtin.NotImplemented}

Parameters:

Returns:

nb$divmod(othernon-null) → {Sk.builtin.tuple|Sk.builtin.NotImplemented}

Parameters:

Returns:

abs

add

coerce

complex

div

divmod

eq

float

floordiv

ge

gt

hash

index

int

le

long

lt

mod

mul

ne

neg

new

pos

pow

radd

rdiv

rdivmod

repr

rfloordiv

rmod

rmul

rpow

rsub

str

sub

trunc