pyuaf.util.primitives

This module defines some primitive data types (since Python does not differentiate clearly between, for example, an UInt32 and an Int16 value.

class Boolean

class pyuaf.util.primitives.Boolean(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new Boolean value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.Boolean.

    Returns:pyuaf.util.opcuatypes.Boolean
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "Boolean".

    Returns:"Boolean"
    Return type:str

  • Attributes:

    value

    A bool value.

class SByte

class pyuaf.util.primitives.SByte(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new SByte value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.SByte.

    Returns:pyuaf.util.opcuatypes.SByte
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "SByte".

    Returns:"SByte"
    Return type:str

  • Attributes:

    value

    An int value.

class Byte

class pyuaf.util.primitives.Byte(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new Byte value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.Byte.

    Returns:pyuaf.util.opcuatypes.Byte
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "Byte".

    Returns:"Byte"
    Return type:str

  • Attributes:

    value

    An int value.

class Int16

class pyuaf.util.primitives.Int16(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new Int16 value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.Int16.

    Returns:pyuaf.util.opcuatypes.Int16
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "Int16".

    Returns:"Int16"
    Return type:str

  • Attributes:

    value

    An int value.

class UInt16

class pyuaf.util.primitives.UInt16(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new UInt16 value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.UInt16.

    Returns:pyuaf.util.opcuatypes.UInt16
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "UInt16".

    Returns:"UInt16"
    Return type:str

  • Attributes:

    value

    An int value.

class Int32

class pyuaf.util.primitives.Int32(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new Int32 value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.Int32.

    Returns:pyuaf.util.opcuatypes.Int32
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "Int32".

    Returns:"Int32"
    Return type:str

  • Attributes:

    value

    An int value.

class UInt32

class pyuaf.util.primitives.UInt32(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new UInt32 value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.UInt32.

    Returns:pyuaf.util.opcuatypes.UInt32
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "UInt32".

    Returns:"UInt32"
    Return type:str

  • Attributes:

    value

    An int value.

class Int64

class pyuaf.util.primitives.Int64(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new Int64 value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.Int64.

    Returns:pyuaf.util.opcuatypes.Int64
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "Int64".

    Returns:"Int64"
    Return type:str

  • Attributes:

    value

    An int value.

class UInt64

class pyuaf.util.primitives.UInt64(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new UInt64 value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.UInt64.

    Returns:pyuaf.util.opcuatypes.UInt64
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "UInt64".

    Returns:"UInt64"
    Return type:str

  • Attributes:

    value

    An int value.

class Float

class pyuaf.util.primitives.Float(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new Float value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.Float.

    Returns:pyuaf.util.opcuatypes.Float
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "Float".

    Returns:"Float"
    Return type:str

  • Attributes:

    value

    A float value.

class Double

class pyuaf.util.primitives.Double(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new Double value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.Double.

    Returns:pyuaf.util.opcuatypes.Double
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "Double".

    Returns:"Double"
    Return type:str

  • Attributes:

    value

    A float value.

class String

class pyuaf.util.primitives.String(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new String value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.String.

    Returns:pyuaf.util.opcuatypes.String
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "String".

    Returns:"String"
    Return type:str

  • Attributes:

    value

    A string value.

class ByteString

class pyuaf.util.primitives.ByteString(*args)

Construct a primitive.

  • Methods:

    __init__([value])

    Construct a primitive.

    Construct a new ByteString value with an optional initial value.

    static type()

    Get the type of the value, in this case pyuaf.util.opcuatypes.ByteString.

    Returns:pyuaf.util.opcuatypes.ByteString
    Return type:int
    static typeName()

    Get the name of the type of the value, in this case "ByteString".

    Returns:"ByteString"
    Return type:str

  • Attributes:

    value

    A built-in Python bytearray value.

class BooleanArray

An array of Boolean instances.

You can also specify an array of Booleans with a python list of Boolean instances. But, in case you want an empty list, then you need to use BooleanArray because an empty python list does not contain any type information of the contents of the list.

class SByteArray

An array of SByte instances.

You can also specify an array of SBytes with a python list of SByte instances. But, in case you want an empty list, then you need to use SByteArray because an empty python list does not contain any type information of the contents of the list.

class ByteArray

An array of Byte instances.

You can also specify an array of Bytes with a python list of Byte instances. But, in case you want an empty list, then you need to use ByteArray because an empty python list does not contain any type information of the contents of the list.

class Int16Array

An array of Int16 instances.

You can also specify an array of Int16s with a python list of Int16 instances. But, in case you want an empty list, then you need to use Int16Array because an empty python list does not contain any type information of the contents of the list.

class UInt16Array

An array of UInt16 instances.

You can also specify an array of UInt16s with a python list of UInt16 instances. But, in case you want an empty list, then you need to use UInt16Array because an empty python list does not contain any type information of the contents of the list.

class Int32Array

An array of Int32 instances.

You can also specify an array of Int32s with a python list of Int32 instances. But, in case you want an empty list, then you need to use Int32Array because an empty python list does not contain any type information of the contents of the list.

class UInt32Array

An array of UInt32 instances.

You can also specify an array of UInt32s with a python list of UInt32 instances. But, in case you want an empty list, then you need to use UInt32Array because an empty python list does not contain any type information of the contents of the list.

class Int64Array

An array of Int16 instances.

You can also specify an array of Int64s with a python list of Int64 instances. But, in case you want an empty list, then you need to use Int64Array because an empty python list does not contain any type information of the contents of the list.

class UInt64Array

An array of UInt64 instances.

You can also specify an array of UInt64s with a python list of UInt64 instances. But, in case you want an empty list, then you need to use UInt64Array because an empty python list does not contain any type information of the contents of the list.

class FloatArray

An array of Float instances.

You can also specify an array of Floats with a python list of Float instances. But, in case you want an empty list, then you need to use FloatArray because an empty python list does not contain any type information of the contents of the list.

class DoubleArray

An array of Double instances.

You can also specify an array of Doubles with a python list of Double instances. But, in case you want an empty list, then you need to use DoubleArray because an empty python list does not contain any type information of the contents of the list.

class StringArray

An array of String instances.

You can also specify an array of Strings with a python list of String instances. But, in case you want an empty list, then you need to use StringArray because an empty python list does not contain any type information of the contents of the list.

class ByteStringArray

An array of ByteString instances.

You can also specify an array of ByteStrings with a python list of ByteString instances. But, in case you want an empty list, then you need to use ByteStringArray because an empty python list does not contain any type information of the contents of the list.