Module AstExtended

Import path

import semmle.python.AstExtended

Imports

Classes

AliasList	A list of aliases in an import statement
ArgumentsParent	The parent of an `Arguments` node. Internal implementation class
AstNode	A syntactic node (Class, Function, Module, Expr, Stmt or Comprehension) corresponding to a flow node
BytesOrStr
Comprehension	A comprehension part, the ‘for a in seq’ part of [ a * a for a in seq ]
ComprehensionList	A list of Comprehensions (for generating parts of a set, list or dictionary comprehension)
DictItem
DictItemList
DictItemListParent
ExprContextParent	The parent of an `ExprContext`. Internal implementation class
ExprList	A list of expressions
ExprListParent	The parent of an `ExprList`. Internal implementation class
ExprParent	The parent of an `Expr`. Internal implementation class
FunctionParent	The parent of a `Function`. Internal implementation class
ParamSpec	A param spec parameter, such as `T1` in `type T[T1] = T2`.
ParameterList	A parameter list
PatternList	A list of patterns
PatternListParent	The parent of a `PatternList`. Internal implementation class
PatternParent	The parent of a `Pattern`. Internal implementation class
StmtListParent	The parent of a `StmtList`. Internal implementation class
StrListParent	The parent of a `StrList`. Internal implementation class
StringList	A list of strings (the primitive type string not Bytes or Unicode)
StringPart	A part of a string literal formed by implicit concatenation. For example the string literal “abc” expressed in the source as `"a" "b" "c"` would be composed of three `StringPart`s.
StringPartList
TypeAlias	A type alias statement, such as `type T[T1,T2] = T3`.
TypeParameter	A generic type parameter, as seen in function, class, and type alias definitions.
TypeParameterList	A list of type parameters
TypeParameterListParent	A parent of a `TypeParameterList`. Internal implementation class.
TypeVar	A type variable, with an optional bound, such as `T1` and `T2` in `type T[T1, T2: T3] = T4`.
TypeVarTuple	A type var tuple parameter, such as `T1` in `type T[T1] = T2`.