Retrieve a device by MAC address GLOB

Returns all the current [`InterfaceDescriptionBlock`].

Return the inner reader

Consumes [`Self`], returning the wrapped writer.

Tries to downcasts the current block into an [`InterfaceDescriptionBlock`]

Check whether this is a group address. Group addresses start with 01:80:C2::0/24.

The 01:00:5e::0/18 space is reserved for ipv4 multicast

The 33:33::0/24 space is reserved for ipv6 multicast

Check if this is a multicast address

The 01:80:c2::0/18 space is reserved for spanning-tree requests.

This is phase two of M1 Retrieval, specifically processed after we receive an authentication from AP where the station is our rogue mac.

Get the FrameSubType from a 4-bit integer (bit 4-7) under the assumption that this is a management frame.

Parse an [Ack] frame. The general structure is: - FrameControl - Duration - Destination

Parse an [Action] frame. The general structure is: - ManagementHeader - Category (indicating the type of action, e.g., spectrum management, QoS) - Ac

Parse an [AssociationRequest] frame. The general structure is: - ManagementHeader - Beacon interval - Capability info - Dynamic fields

Parse an [AssociationResponse] frame. The general structure is: - ManagementHeader - Capability info - Status code - Association id - Dynamic fields

Parse an [Authentication] frame. The general structure is: - ManagementHeader - Authentication Algorithm Number - Authentication Transaction Sequence

Parse a [Beacon] frame. The general structure is: - ManagementHeader - Beacon interval - Capability info - Dynamic fields

Parse a [BlockAck] frame. Check the inline docs and the docs of [BlockAck] for more information. This is a rather complicated one, but the docs shoul

Parse a [BlockAckRequest] frame. Check the inline docs and the docs of [BlockAckRequest] for more information. This is a rather complicated one, but

CfAck

CfAckCfPoll

CfPoll

Parse a [Cts] frame. The general structure is: - FrameControl - Duration - Destination

Parse a [Data] frame.

DataCfAck

DataCfAckCfPoll

DataCfPoll

Parse a [Deauthentication] frame. The general structure is: - ManagementHeader - Reason Code

Get the FrameType a two-bit integer (bits 3-4 of the payload).

RsnCipherSuite::WEP => vec![0x00, 0x0F, 0xAC, 0x01], RsnCipherSuite::TKIP => vec![0x00, 0x0F, 0xAC, 0x02], RsnCipherSuite::WRAP => vec![0x00, 0x0F, 0x

Parse mac addresses. Just take 6 bytes, clone them and create a new MacAddress struct from those bytes.

Parse a [NullData] frame.

Parse a [ProbeRequest] frame. The general structure is: - ManagementHeader - Dynamic fields

Parse a [ProbeResponse] frame. The general structure is: - ManagementHeader - Beacon interval - Capability info - Dynamic fields

QosCfAckCfPoll

QosCfPoll

Parse a [QosData] frame.

QosDataCfAck

QosDataCfAckCfPoll

QosDataCfPoll

Parse a [QosNull] frame.

Parse a [ReassociationRequest] frame. The general structure is: - ManagementHeader - Capability info - Listen interval - Current AP address (MAC addr

Parse a [ReassociationResponse] frame. The general structure is: - ManagementHeader - Capability info - Status code - Association id

Parse a [Rts] frame. The general structure is: - FrameControl - Duration - Source - Destination

Parse and return the [ManagementHeader] from a given payload.

Reset t1

Reset t2

Our definition of "directed" is that it is sending a probe-request to a specific AP mac.

Our definition of "undirected" is that it is sending a probe-request to broadcast.

Function to update capabilities with non-None values from another instance

Writes a [`Block`]. # Example ```rust,no_run use std::borrow::Cow; use std::fs::File; use std::time::Duration; use pcap_file::pcapng::blocks::enhanc

Writes a [`PcapPacket`] to a writer.

The BSSID for this request. In most cases, this is expected to be present. The only time it's not, is in a wireless distributed system (WDS).

A convenience method to get a fixed-size slice copyfrom any slice. This will always use the first `X` bytes of the slice.