struct Int32
Defined in:
Constant Summary
-
MAX =
2147483647
-
MIN =
-2147483648
Constructors
Class Method Summary
Instance Method Summary
-
#!=(other : Int32) : Bool
Returns
true
ifself
is not equal to other. -
#!=(other : Int8) : Bool
Returns
true
ifself
is not equal to other. -
#!=(other : Int128) : Bool
Returns
true
ifself
is not equal to other. -
#!=(other : UInt8) : Bool
Returns
true
ifself
is not equal to other. -
#!=(other : UInt16) : Bool
Returns
true
ifself
is not equal to other. -
#!=(other : UInt32) : Bool
Returns
true
ifself
is not equal to other. -
#!=(other : UInt64) : Bool
Returns
true
ifself
is not equal to other. -
#!=(other : UInt128) : Bool
Returns
true
ifself
is not equal to other. -
#!=(other : Float32) : Bool
Returns
true
ifself
is not equal to other. -
#!=(other : Float64) : Bool
Returns
true
ifself
is not equal to other. -
#!=(other : Int16) : Bool
Returns
true
ifself
is not equal to other. -
#!=(other : Int64) : Bool
Returns
true
ifself
is not equal to other. -
#&(other : Int16) : self
Returns the result of performing a bitwise AND of
self
's and other's bits. -
#&(other : Int8) : self
Returns the result of performing a bitwise AND of
self
's and other's bits. -
#&(other : Int32) : self
Returns the result of performing a bitwise AND of
self
's and other's bits. -
#&(other : Int64) : self
Returns the result of performing a bitwise AND of
self
's and other's bits. -
#&(other : Int128) : self
Returns the result of performing a bitwise AND of
self
's and other's bits. -
#&(other : UInt8) : self
Returns the result of performing a bitwise AND of
self
's and other's bits. -
#&(other : UInt16) : self
Returns the result of performing a bitwise AND of
self
's and other's bits. -
#&(other : UInt32) : self
Returns the result of performing a bitwise AND of
self
's and other's bits. -
#&(other : UInt64) : self
Returns the result of performing a bitwise AND of
self
's and other's bits. -
#&(other : UInt128) : self
Returns the result of performing a bitwise AND of
self
's and other's bits. -
#&*(other : Int8) : self
Returns the result of multiplying
self
and other. -
#&*(other : Int16) : self
Returns the result of multiplying
self
and other. -
#&*(other : Int32) : self
Returns the result of multiplying
self
and other. -
#&*(other : Int64) : self
Returns the result of multiplying
self
and other. -
#&*(other : Int128) : self
Returns the result of multiplying
self
and other. -
#&*(other : UInt8) : self
Returns the result of multiplying
self
and other. -
#&*(other : UInt16) : self
Returns the result of multiplying
self
and other. -
#&*(other : UInt64) : self
Returns the result of multiplying
self
and other. -
#&*(other : UInt128) : self
Returns the result of multiplying
self
and other. -
#&*(other : UInt32) : self
Returns the result of multiplying
self
and other. -
#&+(other : UInt128) : self
Returns the result of adding
self
and other. -
#&+(other : UInt64) : self
Returns the result of adding
self
and other. -
#&+(other : UInt32) : self
Returns the result of adding
self
and other. -
#&+(other : Int16) : self
Returns the result of adding
self
and other. -
#&+(other : Int32) : self
Returns the result of adding
self
and other. -
#&+(other : Int8) : self
Returns the result of adding
self
and other. -
#&+(other : UInt16) : self
Returns the result of adding
self
and other. -
#&+(other : UInt8) : self
Returns the result of adding
self
and other. -
#&+(other : Int128) : self
Returns the result of adding
self
and other. -
#&+(other : Int64) : self
Returns the result of adding
self
and other. -
#&-(other : Int8) : self
Returns the result of subtracting
self
and other. -
#&-(other : Int16) : self
Returns the result of subtracting
self
and other. -
#&-(other : Int32) : self
Returns the result of subtracting
self
and other. -
#&-(other : Int64) : self
Returns the result of subtracting
self
and other. -
#&-(other : UInt128) : self
Returns the result of subtracting
self
and other. -
#&-(other : UInt64) : self
Returns the result of subtracting
self
and other. -
#&-(other : UInt32) : self
Returns the result of subtracting
self
and other. -
#&-(other : UInt16) : self
Returns the result of subtracting
self
and other. -
#&-(other : UInt8) : self
Returns the result of subtracting
self
and other. -
#&-(other : Int128) : self
Returns the result of subtracting
self
and other. -
#*(other : Int16) : self
Returns the result of multiplying
self
and other. -
#*(other : UInt32) : self
Returns the result of multiplying
self
and other. -
#*(other : Float64) : Float64
Returns the result of multiplying
self
and other. -
#*(other : Float32) : Float32
Returns the result of multiplying
self
and other. -
#*(other : UInt128) : self
Returns the result of multiplying
self
and other. -
#*(other : UInt64) : self
Returns the result of multiplying
self
and other. -
#*(other : Int8) : self
Returns the result of multiplying
self
and other. -
#*(other : UInt16) : self
Returns the result of multiplying
self
and other. -
#*(other : UInt8) : self
Returns the result of multiplying
self
and other. -
#*(other : Int128) : self
Returns the result of multiplying
self
and other. -
#*(other : Int64) : self
Returns the result of multiplying
self
and other. -
#*(other : Int32) : self
Returns the result of multiplying
self
and other. -
#+(other : Int8) : self
Returns the result of adding
self
and other. -
#+(other : Int16) : self
Returns the result of adding
self
and other. -
#+(other : Int32) : self
Returns the result of adding
self
and other. -
#+(other : Int64) : self
Returns the result of adding
self
and other. -
#+(other : Int128) : self
Returns the result of adding
self
and other. -
#+(other : UInt8) : self
Returns the result of adding
self
and other. -
#+(other : UInt16) : self
Returns the result of adding
self
and other. -
#+(other : UInt32) : self
Returns the result of adding
self
and other. -
#+(other : UInt64) : self
Returns the result of adding
self
and other. -
#+(other : UInt128) : self
Returns the result of adding
self
and other. -
#+(other : Float64) : Float64
Returns the result of adding
self
and other. -
#+(other : Float32) : Float32
Returns the result of adding
self
and other. -
#-(other : Int8) : self
Returns the result of subtracting
self
and other. - #-
-
#-(other : Float64) : Float64
Returns the result of subtracting
self
and other. -
#-(other : Float32) : Float32
Returns the result of subtracting
self
and other. -
#-(other : UInt128) : self
Returns the result of subtracting
self
and other. -
#-(other : UInt64) : self
Returns the result of subtracting
self
and other. -
#-(other : UInt32) : self
Returns the result of subtracting
self
and other. -
#-(other : UInt16) : self
Returns the result of subtracting
self
and other. -
#-(other : UInt8) : self
Returns the result of subtracting
self
and other. -
#-(other : Int128) : self
Returns the result of subtracting
self
and other. -
#-(other : Int64) : self
Returns the result of subtracting
self
and other. -
#-(other : Int32) : self
Returns the result of subtracting
self
and other. -
#-(other : Int16) : self
Returns the result of subtracting
self
and other. -
#/(other : Float32) : Float32
Returns the result of dividing
self
and other. -
#/(other : Float64) : Float64
Returns the result of dividing
self
and other. -
#<(other : Int16) : Bool
Returns
true
ifself
is less than other. -
#<(other : Int32) : Bool
Returns
true
ifself
is less than other. -
#<(other : Int64) : Bool
Returns
true
ifself
is less than other. -
#<(other : Int128) : Bool
Returns
true
ifself
is less than other. -
#<(other : UInt8) : Bool
Returns
true
ifself
is less than other. -
#<(other : UInt16) : Bool
Returns
true
ifself
is less than other. -
#<(other : UInt32) : Bool
Returns
true
ifself
is less than other. -
#<(other : UInt64) : Bool
Returns
true
ifself
is less than other. -
#<(other : UInt128) : Bool
Returns
true
ifself
is less than other. -
#<(other : Float32) : Bool
Returns
true
ifself
is less than other. -
#<(other : Float64) : Bool
Returns
true
ifself
is less than other. -
#<(other : Int8) : Bool
Returns
true
ifself
is less than other. -
#<=(other : UInt16) : Bool
Returns
true
ifself
is less than or equal to other. -
#<=(other : UInt8) : Bool
Returns
true
ifself
is less than or equal to other. -
#<=(other : Int128) : Bool
Returns
true
ifself
is less than or equal to other. -
#<=(other : Int64) : Bool
Returns
true
ifself
is less than or equal to other. -
#<=(other : Int32) : Bool
Returns
true
ifself
is less than or equal to other. -
#<=(other : Int16) : Bool
Returns
true
ifself
is less than or equal to other. -
#<=(other : UInt64) : Bool
Returns
true
ifself
is less than or equal to other. -
#<=(other : UInt128) : Bool
Returns
true
ifself
is less than or equal to other. -
#<=(other : Float32) : Bool
Returns
true
ifself
is less than or equal to other. -
#<=(other : Float64) : Bool
Returns
true
ifself
is less than or equal to other. -
#<=(other : Int8) : Bool
Returns
true
ifself
is less than or equal to other. -
#<=(other : UInt32) : Bool
Returns
true
ifself
is less than or equal to other. -
#==(other : UInt32) : Bool
Returns
true
ifself
is equal to other. -
#==(other : UInt16) : Bool
Returns
true
ifself
is equal to other. -
#==(other : UInt8) : Bool
Returns
true
ifself
is equal to other. -
#==(other : UInt64) : Bool
Returns
true
ifself
is equal to other. -
#==(other : Int64) : Bool
Returns
true
ifself
is equal to other. -
#==(other : Int32) : Bool
Returns
true
ifself
is equal to other. -
#==(other : Int16) : Bool
Returns
true
ifself
is equal to other. -
#==(other : Int8) : Bool
Returns
true
ifself
is equal to other. -
#==(other : UInt128) : Bool
Returns
true
ifself
is equal to other. -
#==(other : Float32) : Bool
Returns
true
ifself
is equal to other. -
#==(other : Float64) : Bool
Returns
true
ifself
is equal to other. -
#==(other : Int128) : Bool
Returns
true
ifself
is equal to other. -
#>(other : UInt64) : Bool
Returns
true
ifself
is greater than other. -
#>(other : Int8) : Bool
Returns
true
ifself
is greater than other. -
#>(other : Int16) : Bool
Returns
true
ifself
is greater than other. -
#>(other : Int32) : Bool
Returns
true
ifself
is greater than other. -
#>(other : Int64) : Bool
Returns
true
ifself
is greater than other. -
#>(other : Int128) : Bool
Returns
true
ifself
is greater than other. -
#>(other : UInt8) : Bool
Returns
true
ifself
is greater than other. -
#>(other : UInt16) : Bool
Returns
true
ifself
is greater than other. -
#>(other : UInt32) : Bool
Returns
true
ifself
is greater than other. -
#>(other : UInt128) : Bool
Returns
true
ifself
is greater than other. -
#>(other : Float32) : Bool
Returns
true
ifself
is greater than other. -
#>(other : Float64) : Bool
Returns
true
ifself
is greater than other. -
#>=(other : Int8) : Bool
Returns
true
ifself
is greater than or equal to other. -
#>=(other : Float64) : Bool
Returns
true
ifself
is greater than or equal to other. -
#>=(other : Float32) : Bool
Returns
true
ifself
is greater than or equal to other. -
#>=(other : UInt128) : Bool
Returns
true
ifself
is greater than or equal to other. -
#>=(other : UInt64) : Bool
Returns
true
ifself
is greater than or equal to other. -
#>=(other : UInt32) : Bool
Returns
true
ifself
is greater than or equal to other. -
#>=(other : UInt16) : Bool
Returns
true
ifself
is greater than or equal to other. -
#>=(other : UInt8) : Bool
Returns
true
ifself
is greater than or equal to other. -
#>=(other : Int128) : Bool
Returns
true
ifself
is greater than or equal to other. -
#>=(other : Int64) : Bool
Returns
true
ifself
is greater than or equal to other. -
#>=(other : Int32) : Bool
Returns
true
ifself
is greater than or equal to other. -
#>=(other : Int16) : Bool
Returns
true
ifself
is greater than or equal to other. -
#^(other : Int128) : self
Returns the result of performing a bitwise XOR of
self
's and other's bits. -
#^(other : UInt8) : self
Returns the result of performing a bitwise XOR of
self
's and other's bits. -
#^(other : UInt16) : self
Returns the result of performing a bitwise XOR of
self
's and other's bits. -
#^(other : UInt32) : self
Returns the result of performing a bitwise XOR of
self
's and other's bits. -
#^(other : UInt64) : self
Returns the result of performing a bitwise XOR of
self
's and other's bits. -
#^(other : UInt128) : self
Returns the result of performing a bitwise XOR of
self
's and other's bits. -
#^(other : Int32) : self
Returns the result of performing a bitwise XOR of
self
's and other's bits. -
#^(other : Int16) : self
Returns the result of performing a bitwise XOR of
self
's and other's bits. -
#^(other : Int8) : self
Returns the result of performing a bitwise XOR of
self
's and other's bits. -
#^(other : Int64) : self
Returns the result of performing a bitwise XOR of
self
's and other's bits. - #clone
-
#leading_zeros_count
Returns the number of leading
0
-bits. - #popcount
-
#to_f : Float64
Returns
self
converted toFloat64
. -
#to_f! : Float64
Returns
self
converted toFloat64
. -
#to_f32 : Float32
Returns
self
converted toFloat32
. -
#to_f32! : Float32
Returns
self
converted toFloat32
. -
#to_f64 : Float64
Returns
self
converted toFloat64
. -
#to_f64! : Float64
Returns
self
converted toFloat64
. -
#to_i : Int32
Returns
self
converted toInt32
. -
#to_i! : Int32
Returns
self
converted toInt32
. -
#to_i128 : Int128
Returns
self
converted toInt128
. -
#to_i128! : Int128
Returns
self
converted toInt128
. -
#to_i16 : Int16
Returns
self
converted toInt16
. -
#to_i16! : Int16
Returns
self
converted toInt16
. -
#to_i32 : Int32
Returns
self
converted toInt32
. -
#to_i32! : Int32
Returns
self
converted toInt32
. -
#to_i64 : Int64
Returns
self
converted toInt64
. -
#to_i64! : Int64
Returns
self
converted toInt64
. -
#to_i8 : Int8
Returns
self
converted toInt8
. -
#to_i8! : Int8
Returns
self
converted toInt8
. -
#to_u : UInt32
Returns
self
converted toUInt32
. -
#to_u! : UInt32
Returns
self
converted toUInt32
. -
#to_u128 : UInt128
Returns
self
converted toUInt128
. -
#to_u128! : UInt128
Returns
self
converted toUInt128
. -
#to_u16 : UInt16
Returns
self
converted toUInt16
. -
#to_u16! : UInt16
Returns
self
converted toUInt16
. -
#to_u32 : UInt32
Returns
self
converted toUInt32
. -
#to_u32! : UInt32
Returns
self
converted toUInt32
. -
#to_u64 : UInt64
Returns
self
converted toUInt64
. -
#to_u64! : UInt64
Returns
self
converted toUInt64
. -
#to_u8 : UInt8
Returns
self
converted toUInt8
. -
#to_u8! : UInt8
Returns
self
converted toUInt8
. - #trailing_zeros_count
-
#unsafe_chr : Char
Returns a
Char
that has the unicode codepoint ofself
, without checking if this integer is in the range valid for chars (0..0x10ffff
). -
#|(other : Int8) : self
Returns the result of performing a bitwise OR of
self
's and other's bits. -
#|(other : Int16) : self
Returns the result of performing a bitwise OR of
self
's and other's bits. -
#|(other : Int32) : self
Returns the result of performing a bitwise OR of
self
's and other's bits. -
#|(other : Int64) : self
Returns the result of performing a bitwise OR of
self
's and other's bits. -
#|(other : UInt128) : self
Returns the result of performing a bitwise OR of
self
's and other's bits. -
#|(other : UInt64) : self
Returns the result of performing a bitwise OR of
self
's and other's bits. -
#|(other : UInt32) : self
Returns the result of performing a bitwise OR of
self
's and other's bits. -
#|(other : UInt16) : self
Returns the result of performing a bitwise OR of
self
's and other's bits. -
#|(other : UInt8) : self
Returns the result of performing a bitwise OR of
self
's and other's bits. -
#|(other : Int128) : self
Returns the result of performing a bitwise OR of
self
's and other's bits.
Instance methods inherited from struct Int
%(other : BigInt) : BigInt%(other : Int) %, &*(other : BigInt) : BigInt &*, &**(exponent : Int) : self &**, &+(other : BigInt) : BigInt &+, &-(other : BigInt) : BigInt &-, *(other : BigInt) : BigInt
*(other : BigRational)
*(other : BigDecimal) *, **(exponent : Int) : self
**(exponent : Float) : Float64 **, +(other : BigRational)
+(other : BigDecimal)
+(other : BigInt) : BigInt +, -(other : BigRational)
-(other : BigInt) : BigInt
-(other : BigDecimal) -, /(other : BigRational)
/(other : BigDecimal)
/(other : Int)
/(other : BigInt) : BigInt /, //(other : Float)
//(other : BigRational)
//(other : BigDecimal)
//(other : BigInt) : BigInt
//(other : Int) //, <<(count : Int) <<, <=>(other : BigDecimal)
<=>(other : BigRational)
<=>(other : Int) : Int32
<=>(other : BigInt) <=>, ===(char : Char) ===, >>(count : Int) >>, abs abs, bit(bit) bit, bits_set?(mask) bits_set?, ceil ceil, chr chr, day : Time::Span day, days : Time::Span days, divisible_by?(num) divisible_by?, downto(to)
downto(to, &block : self -> ) : Nil downto, even? even?, fdiv(other) fdiv, floor floor, gcd(other : Int) gcd, gcm(other : BigInt) : Int gcm, hash(hasher) hash, hour : Time::Span hour, hours : Time::Span hours, humanize_bytes(io : IO, precision : Int = 3, separator = '.', *, significant : Bool = true, format : BinaryPrefixFormat = :IEC) : Nil
humanize_bytes(precision : Int = 3, separator = '.', *, significant : Bool = true, format : BinaryPrefixFormat = :IEC) : String humanize_bytes, lcm(other : BigInt) : BigInt
lcm(other : Int) lcm, microsecond : Time::Span microsecond, microseconds : Time::Span microseconds, millisecond : Time::Span millisecond, milliseconds : Time::Span milliseconds, minute : Time::Span minute, minutes : Time::Span minutes, modulo(other) modulo, month : Time::MonthSpan month, months : Time::MonthSpan months, nanosecond : Time::Span nanosecond, nanoseconds : Time::Span nanoseconds, odd? odd?, popcount popcount, pred pred, remainder(other : Int) remainder, round round, second : Time::Span second, seconds : Time::Span seconds, succ succ, tdiv(other : Int) tdiv, times
times(&block : self -> ) : Nil times, to(to)
to(to, &block : self -> ) : Nil to, to_big_d to_big_d, to_big_i : BigInt to_big_i, to_big_r to_big_r, to_io(io : IO, format : IO::ByteFormat) to_io, to_json(json : JSON::Builder) to_json, to_s(base : Int, upcase : Bool = false) : String
to_s(io : IO) : Nil
to_s(base : Int, io : IO, upcase : Bool = false) : Nil
to_s : String to_s, trailing_zeros_count trailing_zeros_count, trunc trunc, upto(to)
upto(to, &block : self -> ) : Nil upto, week : Time::Span week, weeks : Time::Span weeks, year : Time::MonthSpan year, years : Time::MonthSpan years, ~ ~
Constructor methods inherited from struct Int
from_io(io : IO, format : IO::ByteFormat) : self
from_io
Instance methods inherited from module Comparable(BigDecimal)
<(other : T)
<,
<=(other : T)
<=,
<=>(other : T)
<=>,
==(other : T)
==,
>(other : T)
>,
>=(other : T)
>=
Instance methods inherited from module Comparable(BigRational)
<(other : T)
<,
<=(other : T)
<=,
<=>(other : T)
<=>,
==(other : T)
==,
>(other : T)
>,
>=(other : T)
>=
Instance methods inherited from module Comparable(BigInt)
<(other : T)
<,
<=(other : T)
<=,
<=>(other : T)
<=>,
==(other : T)
==,
>(other : T)
>,
>=(other : T)
>=
Instance methods inherited from struct Number
*(other : Complex)*(other : BigFloat) *, +(other : BigFloat)
+(other : Complex)
+ +, -(other : Complex)
-(other : BigFloat) -, /(other : Complex)
/(other : BigFloat) /, //(other : BigFloat) //, <=>(other : BigFloat)
<=>(other) : Int32? <=>, ==(other : Complex) ==, abs abs, abs2 abs2, cis cis, clamp(min, max)
clamp(range : Range) clamp, divmod(number) divmod, format(io : IO, separator = '.', delimiter = ',', decimal_places : Int? = nil, *, group : Int = 3, only_significant : Bool = false) : Nil
format(separator = '.', delimiter = ',', decimal_places : Int? = nil, *, group : Int = 3, only_significant : Bool = false) : String format, humanize(io : IO, precision = 3, separator = '.', delimiter = ',', *, base = 10 ** 3, significant = true, prefixes : Indexable = SI_PREFIXES) : Nil
humanize(precision = 3, separator = '.', delimiter = ',', *, base = 10 ** 3, significant = true, prefixes : Proc) : Nil
humanize(precision = 3, separator = '.', delimiter = ',', *, base = 10 ** 3, significant = true, &block) : String
humanize(io : IO, precision = 3, separator = '.', delimiter = ',', *, base = 10 ** 3, significant = true, &prefixes : Int32, Float64 -> Tuple(Int32, UNDERSCORE) | Tuple(Int32, UNDERSCORE, Bool)) : Nil
humanize(precision = 3, separator = '.', delimiter = ',', *, base = 10 ** 3, significant = true, prefixes = SI_PREFIXES) : String
humanize(io : IO, precision = 3, separator = '.', delimiter = ',', *, base = 10 ** 3, significant = true, prefixes : Proc) : Nil humanize, i i, round(digits = 0, base = 10) round, sign sign, significant(digits, base = 10) significant, step(*, to = nil, by = 1)
step(*, to = nil, by = 1, &block) step, to_big_f to_big_f, to_c to_c, to_yaml(yaml : YAML::Nodes::Builder) to_yaml, zero? : Bool zero?
Constructor methods inherited from struct Number
zero : self
zero
Class methods inherited from struct Number
si_prefix(magnitude : Int, prefixes = SI_PREFIXES) : Char?
si_prefix
Instance methods inherited from module Comparable(BigFloat)
<(other : T)
<,
<=(other : T)
<=,
<=>(other : T)
<=>,
==(other : T)
==,
>(other : T)
>,
>=(other : T)
>=
Instance methods inherited from module Comparable(Number)
<(other : T)
<,
<=(other : T)
<=,
<=>(other : T)
<=>,
==(other : T)
==,
>(other : T)
>,
>=(other : T)
>=
Instance methods inherited from struct Value
==(other : JSON::Any)==(other : YAML::Any)
==(other) ==, dup dup
Instance methods inherited from class Object
!=(other)
!=,
!~(other)
!~,
==(other)
==,
===(other : JSON::Any)===(other : YAML::Any)
===(other) ===, =~(other) =~, class class, dup dup, hash(hasher)
hash hash, inspect(io : IO) : Nil
inspect : String inspect, itself itself, not_nil! not_nil!, pretty_inspect(width = 79, newline = "\n", indent = 0) : String pretty_inspect, pretty_print(pp : PrettyPrint) : Nil pretty_print, tap(&block) tap, to_json(io : IO)
to_json to_json, to_pretty_json(indent : String = " ")
to_pretty_json(io : IO, indent : String = " ") to_pretty_json, to_s : String
to_s(io : IO) : Nil to_s, to_yaml(io : IO)
to_yaml to_yaml, try(&block) try, unsafe_as(type : T.class) forall T unsafe_as
Constructor methods inherited from class Object
from_json(string_or_io, root : String) : selffrom_json(string_or_io) : self from_json, from_yaml(string_or_io : String | IO) : self from_yaml
Constructor Detail
Class Method Detail
Instance Method Detail
Returns the result of performing a bitwise AND of self
's and other's bits.
Returns the result of performing a bitwise AND of self
's and other's bits.
Returns the result of performing a bitwise AND of self
's and other's bits.
Returns the result of performing a bitwise AND of self
's and other's bits.
Returns the result of performing a bitwise AND of self
's and other's bits.
Returns the result of performing a bitwise AND of self
's and other's bits.
Returns the result of performing a bitwise AND of self
's and other's bits.
Returns the result of performing a bitwise AND of self
's and other's bits.
Returns the result of performing a bitwise AND of self
's and other's bits.
Returns the result of performing a bitwise AND of self
's and other's bits.
Returns the result of multiplying self
and other.
In case of overflow a wrapping is performed.
Returns the result of multiplying self
and other.
In case of overflow a wrapping is performed.
Returns the result of multiplying self
and other.
In case of overflow a wrapping is performed.
Returns the result of multiplying self
and other.
In case of overflow a wrapping is performed.
Returns the result of multiplying self
and other.
In case of overflow a wrapping is performed.
Returns the result of multiplying self
and other.
In case of overflow a wrapping is performed.
Returns the result of multiplying self
and other.
In case of overflow a wrapping is performed.
Returns the result of multiplying self
and other.
In case of overflow a wrapping is performed.
Returns the result of multiplying self
and other.
In case of overflow a wrapping is performed.
Returns the result of multiplying self
and other.
In case of overflow a wrapping is performed.
Returns the result of adding self
and other.
In case of overflow a wrapping is performed.
Returns the result of adding self
and other.
In case of overflow a wrapping is performed.
Returns the result of adding self
and other.
In case of overflow a wrapping is performed.
Returns the result of adding self
and other.
In case of overflow a wrapping is performed.
Returns the result of adding self
and other.
In case of overflow a wrapping is performed.
Returns the result of adding self
and other.
In case of overflow a wrapping is performed.
Returns the result of adding self
and other.
In case of overflow a wrapping is performed.
Returns the result of adding self
and other.
In case of overflow a wrapping is performed.
Returns the result of adding self
and other.
In case of overflow a wrapping is performed.
Returns the result of adding self
and other.
In case of overflow a wrapping is performed.
Returns the result of subtracting self
and other.
In case of overflow a wrapping is performed.
Returns the result of subtracting self
and other.
In case of overflow a wrapping is performed.
Returns the result of subtracting self
and other.
In case of overflow a wrapping is performed.
Returns the result of subtracting self
and other.
In case of overflow a wrapping is performed.
Returns the result of subtracting self
and other.
In case of overflow a wrapping is performed.
Returns the result of subtracting self
and other.
In case of overflow a wrapping is performed.
Returns the result of subtracting self
and other.
In case of overflow a wrapping is performed.
Returns the result of subtracting self
and other.
In case of overflow a wrapping is performed.
Returns the result of subtracting self
and other.
In case of overflow a wrapping is performed.
Returns the result of subtracting self
and other.
In case of overflow a wrapping is performed.
Returns the result of performing a bitwise XOR of self
's and other's bits.
Returns the result of performing a bitwise XOR of self
's and other's bits.
Returns the result of performing a bitwise XOR of self
's and other's bits.
Returns the result of performing a bitwise XOR of self
's and other's bits.
Returns the result of performing a bitwise XOR of self
's and other's bits.
Returns the result of performing a bitwise XOR of self
's and other's bits.
Returns the result of performing a bitwise XOR of self
's and other's bits.
Returns the result of performing a bitwise XOR of self
's and other's bits.
Returns the result of performing a bitwise XOR of self
's and other's bits.
Returns the result of performing a bitwise XOR of self
's and other's bits.
Returns a Char
that has the unicode codepoint of self
,
without checking if this integer is in the range valid for
chars (0..0x10ffff
).
You should never use this method unless chr
turns out to
be a bottleneck.
97.unsafe_chr # => 'a'
Returns the result of performing a bitwise OR of self
's and other's bits.
Returns the result of performing a bitwise OR of self
's and other's bits.
Returns the result of performing a bitwise OR of self
's and other's bits.
Returns the result of performing a bitwise OR of self
's and other's bits.
Returns the result of performing a bitwise OR of self
's and other's bits.
Returns the result of performing a bitwise OR of self
's and other's bits.
Returns the result of performing a bitwise OR of self
's and other's bits.
Returns the result of performing a bitwise OR of self
's and other's bits.
Returns the result of performing a bitwise OR of self
's and other's bits.