xsd.nonPositiveInteger

The xsd.nonPositiveInteger class is derived from xsd.integer by setting the value of maxInclusive to be 0. This results in the standard mathematical concept of the non-positive integers. The value space of xsd.nonPositiveInteger is the infinite set {…,-2,-1,0}.

Base class: xsd.integer -> xsd.decimal -> xsd.anyAtomicType -> xsd.anySimpleType

class xsd.nonPositiveInteger(value)

Attributes

xsd.anySimpleType.lexical_value

Returns the lexical representation of the datatype as native str.

xsd.nonPositiveInteger.value

Returns the value of the nonPositiveInteger datatype as decimal.Decimal.

Methods

xsd.anySimpleType.is_boolean()

Returns True if the datatype object is of type boolean.

xsd.anySimpleType.is_decimal()

Returns True if the datatype object is of type decimal or derived from type decimal.

xsd.anySimpleType.is_double()

Returns True if the datatype object is of type double.

xsd.anySimpleType.is_duration()

Returns True if the datatype object is of type duration.

xsd.anySimpleType.is_float()

Returns True if the datatype object is of type float.

xsd.anySimpleType.is_integer()

Returns True if the datatype object is of type decimal or derived from type integer.

xsd.anySimpleType.is_numeric()

Returns True if the datatype object is a numeric type.

xsd.anySimpleType.is_string()

Returns True if the datatype object is a string type.

Special methods

__bool__, __eq__, __float__, __ge__, __gt__, __int__, __le__, __lt__, __ne__