Class ClassValue

A class in the Python program, both Python and built-in.

Import path


                                import python

Direct supertypes

Value

Indirect supertypes

TObject

Known direct subtypes

Predicates

declaredAttribute	Gets the attribute declared in this class
declaresAttribute	Holds if this class declares the attribute `name`, not including attributes declared by super classes.
failedInference
getABaseType	Gets an immediate base type of this class.
getASuperType	Gets an improper super type of this class.
getBaseType	Gets the nth immediate base type of this class.
getMro	Gets the MRO for this class
getQualifiedName	Gets the qualified name for this class. Should return the same name as the `__qualname__` attribute on classes in Python 3.
getScope	Gets the scope associated with this class, if it is not a builtin class
hasAttribute	Holds if this class has the attribute `name`, including attributes declared by super classes.
isCallable
isContainer	Holds if this class is a container(). That is, does it have a getitem method.
isContextManager	Holds if this class is a context manager.
isDescriptorType	Holds if this class is a descriptor.
isIterable	Holds if this class is an iterable.
isIterator	Holds if this class is an iterator.
isLegalExceptionType	Whether this class is a legal exception class. What constitutes a legal exception class differs between major versions
isMapping	Holds if this class is a mapping. Mutually exclusive with `isSequence()`.
isNewStyle	Holds if this class is a new style class. A new style class is one that implicitly or explicitly inherits from `object`.
isOldStyle	Holds if this class is an old style class. An old style class is one that does not inherit from `object`.
isSequence	Holds if this class is a sequence. Mutually exclusive with `isMapping()`.
lookup	Looks up the attribute `name` on this class. Note that this may be different from `this.attr(name)`. For example given the class: `class C: @classmethod def f(cls): pass` `this.lookup("f")` is equivalent to `C.__dict__['f']`, which is the class-method whereas `this.attr("f")` is equivalent to `C.f`, which is a bound-method.

Inherited predicates

attr	Gets a `Value` that represents the attribute `name` of this object.	from Value
getABooleanValue	Gets the boolean interpretation of this value. Could be both `true` and `false`, if we can’t determine the result more precisely.	from Value
getACall	Gets a call to this object	from Value
getACall	Gets a call to this object with the given `caller` context.	from Value
getAReference	Gets a `ControlFlowNode` that refers to this object.	from Value
getClass	Gets the class of this object. Strictly, the `Value` representing the class of the objects represented by this Value.	from Value
getDefiniteBooleanValue	Gets the boolean interpretation of this value, only if we can determine the result precisely. The result can be `none()`, but never both `true` and `false`.	from Value
getName	Gets the name of this value, if it has one. Note this is the innate name of the object, not necessarily all the names by which it can be called.	from Value
getOrigin	Gets the origin CFG node for this value.	from Value
hasLocationInfo	Holds if this element is at the specified location. The location spans column `startcolumn` of line `startline` to column `endcolumn` of line `endline` in file `filepath`. For more information, see Locations.	from Value
isAbsent	Whether this value is absent from the database, but has been inferred to likely exist	from Value
isBuiltin	Holds if this value is builtin. Applies to built-in functions and methods, but also integers and strings.	from Value
overrides	Whether this overrides v. In this context, “overrides” means that this object is a named attribute of a some class C and `v` is a named attribute of another class S, both attributes having the same name, and S is a super class of C.	from Value
toString	Gets a textual representation of this element.	from Value

Charpred

ClassValue