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🌌integer

§integer<T>
=>
integer<integer.T>
:
numeric<T>
[src]

integer

integer is the abstract ancestor of integer numbers that provides operations
from numeric plus a devision remainder operation %, bitwise logical operations,
shift operations and gcd. Also, integers can be used to build fractions.

§asString(len i32, base u32)

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:

convert this to a number using the given base. If negative, add "-" as
the first character. Extend with leading "0" until the length is at
least len

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:

convert this to a decimal number in a string. If negative, add "-" as
the first character.

redefines Object.asString:

§asString(base u32)

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:

convert this to a number using the given base. If negative, add "-" as
the first character.

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:

create binary representation

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:

create binary representation with given number of digits.

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create decimal representation

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:

create decimal representation with given number of digits.

§from_u32(v u32)

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T

:

the value corresponding to v in whatever integer implementation we have, maximum in case of overflow

§gcd(b T)

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T

:

greatest common divisor of this and b

note that this assumes zero to be divisible by any positive integer.

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:

create hexadecimal representation

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:

create hexadecimal representation with given number of digits.

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T

:

find the highest power of b that is less or equal than thiz.

§infix %(other T)

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T

:

division remainder
redefines numeric.infix %:
basic operations: 'infix %' (division remainder)

§infix %%(other T)

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test divisibility by other

§infix &(other T)

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T

:

bitwise operations

§infix /-/(other T)

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fraction<integer.T>

:

create a fraction

§infix <<(other T)

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T

:

§infix >>(other T)

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T

:

shift operations

§infix ^(other T)

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T

:

§infix |(other T)

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T

:

§infix ⁄(other T)

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fraction<integer.T>

:

create a fraction via unicode fraction slash \u2044 '⁄ '

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:

create octal representation

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create octal representation with given number of digits.

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T

:

the constant '10' in whatever integer implementation we have, maximum in case of overflow

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:

the u32 value corresponding to this

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T

:

the constant '2' in whatever integer implementation we have, maximum in case of overflow