CodeQL library for Python

codeql/python-all 2.1.1-dev (changelog, source)

Class NumericObject

A numeric object (int or float). Includes those occurring in the source as a literal or in a builtin module as a value.

Import path

import python

Direct supertypes

Object

Indirect supertypes

@py_object

Predicates

booleanValue	Gets the Boolean value that this object would evaluate to in a Boolean context, such as `bool(x)` or `if x: ...`
floatValue	Gets the value of this object if it is a constant float
intValue	Gets the value of this object if it is a constant integer and it fits in a QL int
repr	Gets the string representation of this object, equivalent to calling repr() in Python

Inherited predicates

asBuiltin	INTERNAL – Do not use	from Object
getAnInferredType	Gets an inferred type for this object, without using inter-procedural analysis. WARNING: The lack of context makes this less accurate than f.refersTo(this, result, _) for a control flow node ‘f’	from Object
getOrigin	Gets the point in the source code from which this object “originates”.	from Object
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 Object
hasLongName	Holds if this object can be referred to by `longName` For example, the modules `dict` in the `sys` module has the long name `sys.modules` and the name `os.path.join` will refer to the path joining function even though it might be declared in the `posix` or `nt` modules. Long names can have no more than three dots after the module name.	from Object
isBuiltin	Whether this is a builtin object. A builtin object is one defined by the implementation, such as the integer 4 or by a native extension, such as a NumPy array class.	from Object
isC	Retained for backwards compatibility. See Object.isBuiltin()	from Object
maybe		from Object
notClass		from Object
overrides	Whether this overrides o. In this context, “overrides” means that this object is a named attribute of a some class C and `o` is a named attribute of another class S, both attributes having the same name, and S is a super class of C.	from Object
simpleClass	Gets the class of this object for simple cases, namely constants, functions, comprehensions and built-in objects.	from Object
toString	Gets a textual representation of this element.	from Object

Charpred