otupy.profiles.slpf.data.drop_process.DropProcess

class DropProcess(value=<no_arg>, names=None, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: Enumerated

Drop-Process enumeration

The action to be performed in case the packet is dropped. Defined in Sec. 2.1.3.2 of the SLPF Specification.

Methods

extend	Extends the Enumarated
todict	Converts to dictionary
fromdict	Builds instance from dictionary

Attributes

none	Drop the packet and do not send a notification to the source of the packet
reject	Drop the packet and send an ICMP host unreachable (or equivalent) to the source of the packet
false_ack	Drop the traffic and send a false acknowledgment

__init__(*args, **kwds)

classmethod extend(name, value=None)

Extends the Enumarated

Extends the definition with a new <name, value> pair.

Parameters:

• name – The name (tag) used to identify a new element in the Enumeration.

• value – The numeric index associated to the Enumerated (optional).

Returns:

None

false_ack = 3

Drop the traffic and send a false acknowledgment

classmethod fromdict(dic, e)

Builds instance from dictionary

It is used during deserialization to create an otupy instance from the text message. It takes an Encoder instance that is used to recursively build instances of the inner objects (the Encoder provides standard methods to create instances of base objects like strings, integers, boolean).

Parameters:

• dic – The intermediary dictionary representation from which the object is built.

• e – The Encoder that is being used.

Returns:

An instance of this class initialized from the dictionary values.

none = 1

Drop the packet and do not send a notification to the source of the packet

reject = 2

Drop the packet and send an ICMP host unreachable (or equivalent) to the source of the packet

todict(e)

Converts to dictionary

It is used to convert this object to an intermediary representation during serialization. It takes an Encoder argument that is used to recursively serialize inner data and structures (the Encoder provides standard methods for converting base types to dictionaries)..

Parameters:

e – The Encoder that is being used.

Returns:

A dictionary compliants to the Language Specification’s serialization rules.