Class FloatObjectInternal

Import path

import semmle.python.objects.Constants

Direct supertypes

Indirect supertypes

Predicates

booleanValue	Gets the boolean value of this object. This may be both true and false if the “object” represents a set of possible objects.
floatValue
getBuiltin	Gets the `Builtin` for this object, if any. Objects (except unknown and undefined values) should attempt to return exactly one result for either this method or `getOrigin()`.
getClass	Gets the class of this object.
getIterNext	Gets the ‘object’ resulting from iterating over this object. Used in the context `for i in this:`. The result is the ‘object’ assigned to `i`.
getLiteral	Gets an AST literal with the same value as this object
intValue	Gets the integer value of things that have integer values and whose integer value is tracked. That is, some ints, mainly small numbers, and bools.
introducedAt	Holds if this object is introduced into the code base at `node` given the `context` This means that `node`, in `context`, points-to this object, but the object has not flowed there from anywhere else. Examples: * The object `None` is “introduced” by the keyword “None”. * A bound method would be “introduced” when relevant attribute on an instance is accessed. In `x = X(); x.m` `x.m` introduces the bound method.
length	Gets the length of the sequence that this “object” represents. Always returns a value for a sequence, will be -1 if the object has no fixed length.
strValue	Gets the string value of things that have string values. That is, strings.
toString	Gets a textual representation of this element.

Inherited predicates

attribute	Holds if the result of getting the attribute `name` is `value` and that `value` comes from `origin`. Note this is not the same as class lookup. For example for an object `x` the attribute `name` (`x.name`) may refer to a bound-method, an attribute of the instance, or an attribute of the class.	from ConstantObjectInternal
attributesUnknown	Holds if the attributes of this object are wholly or partly unknowable	from ConstantObjectInternal
binds	Holds if attribute lookup on this object may “bind” `instance` to `descriptor`. Here “bind” means that `instance` is passed to the `descriptor.__get__()` method at runtime. The term “bind” is used as this most likely results in a bound-method.	from ConstantObjectInternal
callResult	Holds if `obj` is the result of calling `this` and `origin` is the origin of `obj`.	from ConstantObjectInternal
callResult	Holds if `obj` is the result of calling `this` and `origin` is the origin of `obj` with callee context `callee`.	from ConstantObjectInternal
calleeAndOffset	Holds if the function `scope` is called when this object is called and `paramOffset` is the difference from the parameter position and the argument position. For a normal function `paramOffset` is 0. For classes and bound-methods it is 1. Used by points-to to help determine flow from arguments to parameters.	from ConstantObjectInternal
contextSensitiveCallee		from ConstantObjectInternal
descriptorGetClass	Holds if the result of attribute access on the class holding this descriptor is `value`, originating at `origin` For example, although `T.__dict__['name'] = classmethod(f)`, `T.name` is a bound-method, binding `f` and `T`	from ConstantObjectInternal
descriptorGetInstance	Holds if the result of attribute access on an instance of a class holding this descriptor is `value`, originating at `origin` For example, with `T.__dict__['name'] = classmethod(f)`, `T().name` is a bound-method, binding `f` and `T`	from ConstantObjectInternal
functionAndOffset	Holds if the object `function` is called when this object is called and `paramOffset` is the difference from the parameter position and the argument position. For a normal function `paramOffset` is 0. For classes and bound-methods it is 1. This is used to implement the `CallableValue` public API.	from ObjectInternal
getClassDeclaration	Gets the class declaration for this object, if it is a class with a declaration.	from ConstantObjectInternal
getName	Gets the name of this of this object if it has a meaningful name. Note that the name of an object is not necessarily the name by which it is called For example the function named `posixpath.join` will be called `os.path.join`.	from ConstantObjectInternal
getOrigin	Gets a control flow node that represents the source origin of this object, if it has a meaningful location in the source code. This method exists primarily for providing backwards compatibility and locations for source objects. Source code objects should attempt to return exactly one result for this method.	from ConstantObjectInternal
getSource	For backwards compatibility shim – Not all objects have a “source”. Objects (except unknown and undefined values) should attempt to return exactly one result for this method.	from ObjectInternal
hasAttribute	Holds if this value has the attribute `name`	from ObjectInternal
isBuiltin		from ObjectInternal
isClass	True if this “object” is a class. That is, its class inherits from `type`	from ConstantObjectInternal
isDescriptor	Holds if this object is a descriptor. Holds, for example, for functions and properties and not for integers.	from ConstantObjectInternal
isNotSubscriptedType		from ConstantObjectInternal
notTestableForEquality	True if this “object” can be meaningfully analyzed to determine the boolean value of equality tests on it. For example, `None` or `int` can be, but `int()` or an unknown string cannot.	from ConstantObjectInternal
subscriptUnknown	Holds if the result of subscripting this object are wholly or partly unknowable	from ConstantObjectInternal
useOriginAsLegacyObject	Holds if this ‘object’ represents an entity that should be exposed to the legacy points_to API This should hold for almost all objects that do not have an underlying DB object representing their source, for example `super` objects and bound-method. This should not hold for objects that are inferred to exists by an import statements or the like, but which aren’t in the database.	from ConstantObjectInternal