DecoratorList

graph BT
N1["DecoratorList"] -->|inherits| N2["AST"];
N1["DecoratorList"] -->|inherits| N3["Unpackable[nom Decorator]"];
N3["Unpackable[nom Decorator]"] -->|inherits| N4["Iterable[nom Decorator]"];
N3["Unpackable[nom Decorator]"] -->|inherits| N5["UnpackableAT"];
N5["UnpackableAT"] -->|inherits| N6["Length"];
N5["UnpackableAT"] -->|inherits| N7["IterableAT"];
N5["UnpackableAT"] -->|inherits| N8["CollectionAT"];
N8["CollectionAT"] -->|inherits| N9["Any"];
N7["IterableAT"] -->|inherits| N9["Any"];
N6["Length"] -->|inherits| N9["Any"];
N4["Iterable[nom Decorator]"] -->|inherits| N7["IterableAT"];
N7["IterableAT"] -->|inherits| N9["Any"];
N2["AST"] -->|inherits| N10["Stringable"];
N10["Stringable"] -->|inherits| N9["Any"];

Characteristics

Quality	Value
Inherits	AST, Unpackable[nom Decorator]
Extends	N/A
Decorators	N/A
Is enum	false
Is sealed	false
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

Type Aliases

DType

DType = nom Decorator

---

Subscript

[s nom @Self, index Int64] -> nom DType

Methods

construct

construct (s strictly @Self, ast_ptr: Pointer = Pointer(), owner: Bool = true) -> Self

---

add_decorator

add_decorator (s nom @Self, decorator nom DType) -> Nil

---

len

#strict
len (s nom @Self) -> Len

---

get_iterator

get_iterator (s nom @Self) -> ASTListIterator[nom Self]

---

Properties

doc_string (computed)

doc_string String

---

decorators (computed)

decorators nom DecoratorList?

---

status (computed)

status UInt32

sets and returns the ast status code defined by the compiler

---

__ast_ptr

__ast_ptr Pointer

---

__is_owner

__is_owner Bool

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