Fuzion Logo
fuzion-lang.dev — The Fuzion Language Portal

ps_set

container.ps_set

§
(K 
type
)
:
Set K
 is
 
[Private constructor]

Type Parameters

Functions

§
(k container.ps_set.K)
 => 
container.this.Set container.ps_set.K  
[Redefinition of  container.Set.add]

redefines:


redefines:

§
 => 
Sequence Sequence.T  
[Inherited from  Sequence]
§
(sep String)
 => 
String  
[Inherited from  Sequence]
§
 => 
String  
[Inherited from  Set]
§
 => 
String  
[Inherited from  Sequence]
§
 => 
Sequence String  
[Inherited from  Sequence]
§
 => 
option Sequence.T  
[Inherited from  Sequence]
§
(chunk_size i32)
 => 
Sequence (Sequence Sequence.T)  
[Inherited from  Sequence]
§
(U 
type
, V 
type
, b Sequence U, f Binary V Sequence.T U)
 => 
Sequence V  
[Inherited from  Sequence]
§
(e container.ps_set.K)
 => 
bool  
[Redefinition of  container.Set.contains]
§
 => 
i32  
[Inherited from  Sequence]
§
(f Unary bool Sequence.T)
 => 
i32  
[Inherited from  Sequence]
§
(l Sequence Sequence.T)
 => 
i32  
[Inherited from  Sequence]
§
 => 
Sequence Sequence.T  
[Inherited from  Sequence]
§
 => 
Sequence Sequence.T  
[Inherited from  Sequence]
§
(n i32)
 => 
Sequence Sequence.T  
[Inherited from  Sequence]
§
 => 
Type  
[Inherited from  Any]
§
 => 
Sequence.T  
[Inherited from  Sequence]
§
(pattern Sequence Sequence.T)
 => 
option i32  
[Inherited from  Sequence]
§
 => 
trit  
[Inherited from  Set]

redefines:

§
 => 
option Sequence.T  
[Inherited from  Sequence]
§
(default Sequence.T)
 => 
Sequence.T  
[Inherited from  Sequence]
§
(B 
type
, f Unary (Sequence B) Sequence.T)
 => 
Sequence B  
[Inherited from  Sequence]
§
(m Monoid Sequence.T)
 => 
Sequence.T  
[Inherited from  Sequence]
§
(f Binary Sequence.T Sequence.T Sequence.T)
 => 
Sequence.T  
[Inherited from  Sequence]
§
(B 
type
, f Binary B B Sequence.T, e B)
 => 
B  
[Inherited from  Sequence]
§
(m Monoid Sequence.T)
 => 
Sequence.T  
[Inherited from  Sequence]
§
(s Sequence.T, m Monoid Sequence.T)
 => 
Sequence.T  
[Inherited from  Sequence]
§
(f Binary Sequence.T Sequence.T Sequence.T)
 => 
Sequence.T  
[Inherited from  Sequence]
§
(B 
type
, f Binary B Sequence.T B, e B)
 => 
B  
[Inherited from  Sequence]
§
(f Unary unit Sequence.T)
 => 
unit  
[Inherited from  Sequence]
§
(f Unary bool Sequence.T)
 => 
unit  
[Inherited from  Sequence]
§
(K 
type
, B 
type
, key_f Unary K Sequence.T, f Unary B Sequence.T)
 => 
container.Map K (Sequence B)  
[Inherited from  Sequence]
§
(K 
type
, B 
type
, key_f Unary K Sequence.T, f Unary B Sequence.T, reduce_f Binary B B B)
 => 
container.Map K B  
[Inherited from  Sequence]
§
(k container.ps_set.K)
 => 
bool
§
(i i32)
 => 
Sequence.T  
[Inherited from  Sequence]
§
(x Sequence.T)
 => 
option i32  
[Inherited from  Sequence]
§
(I 
type
, start_idx I)
 => 
Sequence (tuple I Sequence.T)  
[Inherited from  Sequence]
§
(f Unary unit Sequence.T)
 => 
unit  
[Inherited from  Sequence]
§
(B 
type
, f Unary B Sequence.T)
 => 
Sequence B  
[Inherited from  Sequence]
§
(at i32, v Sequence.T)
 => 
Sequence Sequence.T  
[Inherited from  Sequence]
§
 => 
bool  
[Inherited from  Sequence]
§
 => 
bool  
[Inherited from  Sequence]
§
(other container.Set container.Set.E)
 => 
bool  
[Inherited from  Set]
§
(i i32)
 => 
bool  
[Inherited from  Sequence]
§
 => 
option Sequence.T  
[Inherited from  Sequence]
§
(default Sequence.T)
 => 
Sequence.T  
[Inherited from  Sequence]
§
(B 
type
, f Unary B Sequence.T)
 => 
Sequence B  
[Inherited from  Sequence]

redefines:

§
 => 
option Sequence.T  
[Inherited from  Sequence]

redefines:

§
(n i32)
 => 
option Sequence.T  
[Inherited from  Sequence]
§
(U 
type
, b Sequence U)
 => 
Sequence (tuple Sequence.T U)  
[Inherited from  Sequence]
§
 => 
String  
[Inherited from  Any]
§
(R 
type
, init R, f Binary (choice R (abort R)) R Sequence.T)
 => 
R  
[Inherited from  Sequence]
§
 => 
Sequence Sequence.T  
[Inherited from  Sequence]
§
(R 
type
, f Binary R R Sequence.T, a R)
 => 
Sequence R  
[Inherited from  Sequence]
§
(from i32, to i32)
 => 
Sequence Sequence.T  
[Inherited from  Sequence]
§
(size i32, step i32)
 => 
Sequence (Sequence Sequence.T)  
[Inherited from  Sequence]
§
(l Sequence Sequence.T)
 => 
bool  
[Inherited from  Sequence]
§
 => 
Sequence Sequence.T  
[Inherited from  Sequence]
§
(n i32)
 => 
Sequence Sequence.T  
[Inherited from  Sequence]
§
(TA 
type
, U 
type
, xf transducer TA U Sequence.T, rf Binary TA TA U, init TA)
 => 
TA  
[Inherited from  Sequence]
§
 => 
Sequence Sequence.T  
[Inherited from  Sequence]
§
 => 
option Sequence.T  
[Inherited from  Sequence]
§
(U 
type
, V 
type
, b Sequence U, f Binary V Sequence.T U)
 => 
Sequence V  
[Inherited from  Sequence]

Type Functions

§
 => 
String  
[Inherited from  Type]

redefines:

§
 => 
Type  
[Inherited from  Type]

redefines:

§
(a property.equatable.this.type, b property.equatable.this.type)
 => 
bool  
[Inherited from  equatable]
  
[Abstract feature]
§
(T 
type
)
 => 
bool  
[Inherited from  Type]
§
 => 
bool  
[Inherited from  Sequence]
§
 => 
String  
[Inherited from  Type]
§
 => 
String  
[Inherited from  Type]

redefines:

§
 => 
Type  
[Inherited from  Any]