Int
graph BT
N1["Int"] -->|inherits| N2["IntegralNumber"];
N2["IntegralNumber"] -->|inherits| N3["Number"];
N3["Number"] -->|inherits| N4["Stringable"];
N4["Stringable"] -->|inherits| N5["Any"];
Characteristics
| Quality |
Value |
| Inherits |
IntegralNumber |
| Extends |
N/A |
| Decorators |
#sealed; #Gambol.layout.c; |
| Is enum |
false |
| Is sealed |
true |
| Is extern |
false |
| Is abstract |
false |
| Is generator |
false |
| Has value semantics |
false |
| Has stored properties |
true |
| Should register destructor |
true |
| Has atomic memory |
false |
| Is copy assignable |
false |
| Is zero initializable |
false |
Functions
parse
parse (str String, base Int32 = -1) -> Int
Subscript
[s @Self, idx ULen] -> Bool
Methods
construct
construct (s strictly @Self) -> Self
sign
#Gambol.function.alwaysinline
sign (s @Self) -> Int
abs
#Gambol.function.alwaysinline
abs (s @Self) -> Int
trem
#Gambol.function.alwaysinline
trem (s @Self, o @Self) -> Int
frem
#Gambol.function.alwaysinline
frem (s @Self, o @Self) -> Int
erem
#Gambol.function.alwaysinline
erem (s @Self, o @Self) -> Int
tdiv
#Gambol.function.alwaysinline
tdiv (s @Self, o @Self) -> Int
fdiv
#Gambol.function.alwaysinline
fdiv (s @Self, o @Self) -> Int
ediv
#Gambol.function.alwaysinline
ediv (s @Self, o @Self) -> Int
tdivrem
#Gambol.function.alwaysinline
tdivrem (s @Self, o @Self) -> Int, Int
fdivrem
#Gambol.function.alwaysinline
fdivrem (s @Self, o @Self) -> Int, Int
edivrem
#Gambol.function.alwaysinline
edivrem (s @Self, o @Self) -> Int, Int
str
str (s @Self, base: Int8 = 10, width: Len = 1) -> String
hash
#Gambol.function.alwaysinline
#strict
hash (s @Self, hasher strictly @ (Pointer, Len) -> Nil) -> Nil
complement_bit
#Gambol.function.alwaysinline
complement_bit (s @Self, idx ULen) -> Nil
count_ones
#Gambol.function.alwaysinline
count_ones (s @Self) -> ULen
scan_for
#Gambol.function.alwaysinline
scan_for (s @Self, val Bool, start_idx ULen = 0) -> ULen
Unary Operators
~
#Gambol.function.alwaysinline
~ (s @Self) -> Int
-
#Gambol.function.alwaysinline
- (s @Self) -> Int
Binary Operators
==
#Gambol.function.alwaysinline
== (s @Self, o @Self) -> Bool
<
#Gambol.function.alwaysinline
< (s @Self, o @Self) -> Bool
<=
#Gambol.function.alwaysinline
<= (s @Self, o @Self) -> Bool
>
#Gambol.function.alwaysinline
> (s @Self, o @Self) -> Bool
>=
#Gambol.function.alwaysinline
>= (s @Self, o @Self) -> Bool
+
#Gambol.function.alwaysinline
+ (s @Self, o @Self) -> Int
+=
#Gambol.function.alwaysinline
+= (s @Self, o @Self) -> Self
-
#Gambol.function.alwaysinline
- (s @Self, o @Self) -> Int
-=
#Gambol.function.alwaysinline
-= (s @Self, o @Self) -> Self
*
#Gambol.function.alwaysinline
* (s @Self, o @Self) -> Int
*=
#Gambol.function.alwaysinline
*= (s @Self, o @Self) -> Self
/
#Gambol.function.alwaysinline
/ (s @Self, o @Self) -> Int
/=
#Gambol.function.alwaysinline
/= (s @Self, o @Self) -> Self
%
#Gambol.function.alwaysinline
% (s @Self, o @Self) -> Int
%=
#Gambol.function.alwaysinline
%= (s @Self, o @Self) -> Self
&
#Gambol.function.alwaysinline
& (s @Self, o @Self) -> Int
&=
#Gambol.function.alwaysinline
&= (s @Self, o @Self) -> Self
|
#Gambol.function.alwaysinline
| (s @Self, o @Self) -> Int
|=
#Gambol.function.alwaysinline
|= (s @Self, o @Self) -> Self
^
#Gambol.function.alwaysinline
^ (s @Self, o @Self) -> Int
^=
#Gambol.function.alwaysinline
^= (s @Self, o @Self) -> Self
>>
#Gambol.function.alwaysinline
>> (s @Self, count ULen) -> Int
>>=
#Gambol.function.alwaysinline
>>= (s @Self, count ULen) -> Self
>>>
#Gambol.function.alwaysinline
>>> (s @Self, count ULen) -> Int
>>>=
#Gambol.function.alwaysinline
>>>= (s @Self, count ULen) -> Self
<<
#Gambol.function.alwaysinline
<< (s @Self, count ULen) -> Int
<<=
#Gambol.function.alwaysinline
<<= (s @Self, count ULen) -> Self
Casts To
- Int8
- Int16
- Int32
- Int64
- Int128
- Int256
- Int512
- UInt8
- UInt16
- UInt32
- UInt64
- UInt128
- UInt256
- UInt512
- NInt
- UNInt
- Float
- Float32
- Float64
- NFloat
- Bool
Properties
__mpz_t
__is_initialized