Class Hierarchy

• object: The most base type
  • int: int(x[, base]) -> integer
    • pyxsd.xsdDataTypes.Integer: Identical to the integer type in python.
      • pyxsd.xsdDataTypes.Boolean: Class for Boolean.
      • pyxsd.xsdDataTypes.NegativeInteger: Integers with values less than zero.
      • pyxsd.xsdDataTypes.NonNegativeInteger: Integers with values greater than or equal to zero.
      • pyxsd.xsdDataTypes.PositiveInteger: Integers with values greater than zero.
      • pyxsd.xsdDataTypes.NonPositiveInteger: Integers with values less than or equal to zero.
  • pyxsd.elementRepresentatives.elementRepresentative.ElementRepresentative: ElementRepresentative is the base class for all of the tag type classes in the ElementRepresentative system, and it contains the methods that control movement around the tree.
    • pyxsd.elementRepresentatives.length.Length: The class for the Length tag.
    • pyxsd.elementRepresentatives.maxInclusive.MaxInclusive: The class for the MaxInclusive tag.
    • pyxsd.elementRepresentatives.minInclusive.MinInclusive: The class for the MinInclusive tag.
    • pyxsd.elementRepresentatives.enumeration.Enumeration: The class for the Enumeration tag.
    • pyxsd.elementRepresentatives.minExclusive.MinExclusive: The class for the MaxInclusive tag.
    • pyxsd.elementRepresentatives.pattern.Pattern: The class for the pattern tag.
    • pyxsd.elementRepresentatives.maxExclusive.MaxExclusive: The class for the MaxInclusive tag.
  • float: float(x) -> floating point number
    • pyxsd.xsdDataTypes.Double: Identical to the float type in python.
  • list: list() -> new list list(sequence) -> new list initialized from sequence's items
    • pyxsd.xsdDataTypes.TypeList: Identical to the list type in python.
  • tuple: tuple() -> an empty tuple tuple(sequence) -> tuple initialized from sequence's items
    • pyxsd.transforms.vector.Vector: Included as part of the CellSizer Library
  • pyxsd.schemaBase.SchemaBase: Serves as the base class for all schema type classes created.
  • pyxsd.transforms.transform.Transform: The base abstract class for all transforms.
    • pyxsd.transforms.cellSizer.CellSizer
      • pyxsd.transforms.sphereCutter.SphereCutter
      • pyxsd.transforms.expandCell.ExpandCell
  • pyxsd.xsdDataTypes.XsdDataType: An empty class.
    • pyxsd.xsdDataTypes.String: Identical to the string type in python.
      • pyxsd.xsdDataTypes.Base64Binary: Used with data encoded into base64.
      • pyxsd.xsdDataTypes.ID: Used for ID attributes in xml and xsd files.
      • pyxsd.xsdDataTypes.IDREF: Used for IDREF attributes in xml and xsd files.
    • pyxsd.xsdDataTypes.Integer: Identical to the integer type in python.
      • pyxsd.xsdDataTypes.Boolean: Class for Boolean.
      • pyxsd.xsdDataTypes.NegativeInteger: Integers with values less than zero.
      • pyxsd.xsdDataTypes.NonNegativeInteger: Integers with values greater than or equal to zero.
      • pyxsd.xsdDataTypes.PositiveInteger: Integers with values greater than zero.
      • pyxsd.xsdDataTypes.NonPositiveInteger: Integers with values less than or equal to zero.
    • pyxsd.xsdDataTypes.Double: Identical to the float type in python.
    • pyxsd.xsdDataTypes.TypeList: Identical to the list type in python.
  • pyxsd.writers.xmlTreeWriter.XmlTreeWriter
  • pyxsd.transforms.bravaisLattice.BravaisLattice: Included as part of the CellSizer Library
  • pyxsd.elementRepresentatives.list.ElementRepresentative: ElementRepresentative is the base class for all of the tag type classes in the ElementRepresentative system, and it contains the methods that control movement around the tree.
    • pyxsd.elementRepresentatives.list.List: The class for the list tag.
    • pyxsd.elementRepresentatives.simpleContent.SimpleContent: The class for the simpleContent tag.
  • pyxsd.transforms.atom.Atom: Included as part of the CellSizer Library
  • pyxsd.elementRepresentatives.elementRepresentative.ElementRepresentative: ElementRepresentative is the base class for all of the tag type classes in the ElementRepresentative system, and it contains the methods that control movement around the tree.
    • pyxsd.elementRepresentatives.attribute.Attribute: The class for the attribute tag.
    • pyxsd.elementRepresentatives.xsdType.XsdType: This class is the base class for SimpleType and ComplexType Subclass of ElementRepresentative.
      • pyxsd.elementRepresentatives.complexType.ComplexType: The class for the complexType tag.
        • pyxsd.elementRepresentatives.schema.Schema: The class for the schema tag.
      • pyxsd.elementRepresentatives.simpleType.SimpleType: The class for the simpleType tag.
    • pyxsd.elementRepresentatives.element.Element: The class for the element tag.
    • pyxsd.elementRepresentatives.extension.Extension: The class for the Extension tag.
  • pyxsd.writers.xmlTagWriter.XmlTagWriter: This class writes one element.
  • basestring: Type basestring cannot be instantiated; it is the base for str and unicode.
    • str: str(object) -> string
      • pyxsd.xsdDataTypes.String: Identical to the string type in python.
        • pyxsd.xsdDataTypes.Base64Binary: Used with data encoded into base64.
        • pyxsd.xsdDataTypes.ID: Used for ID attributes in xml and xsd files.
        • pyxsd.xsdDataTypes.IDREF: Used for IDREF attributes in xml and xsd files.
  • pyxsd.elementRepresentatives.documentation.ElementRepresentative: ElementRepresentative is the base class for all of the tag type classes in the ElementRepresentative system, and it contains the methods that control movement around the tree.
    • pyxsd.elementRepresentatives.documentation.Documentation: The class for the Documentation tag.
    • pyxsd.elementRepresentatives.restriction.Restriction: The class for the Restiction tag.
    • pyxsd.elementRepresentatives.sequence.Sequence: The class for the sequence tag.
  • pyxsd.pyXSD.PyXSD: main class of the program that is in charge of data flow.