All Classes and Interfaces
Class
Description
The
AcknowledgeMode
determines the mode of operation regarding
acknowledging hop count and send message transmissions.The
SerialP2PHeader
represents a P2PHeader
optimized for
local microcontroller wiring (networks) and microcontroller memory layout:
The visited hops are serialized and deserialized in the tail of the
SerialP2PMessage
as this makes append the last hop easier for devices
with small memory buffers.Basic implementation of the
P2PMessage
optimized for local area
microcontroller wiring (networks) and microcontroller memory layout: The hops
are serialized and deserialized in the tail of the SerialP2PMessage
as this makes append the last hop easier for devices with small memory
buffers.The
SerialP2PMessageConsumer
implements a P2PMessageConsumer
optimized for local area microcontroller wiring (networks) and
microcontroller memory layout.The
SerialP2PTail
represents a P2PHeader
optimized for local
microcontroller wiring (networks) and microcontroller memory layout: The hops
(as of AbstractP2PTail.getHops()
are serialized and deserialized in the tail of the
SerialP2PMessage
suffixed with the CRC checksum, as this makes append
the last hop and recalculate the CRC checksum easier for devices with small
memory buffers.The
SerialP2PTransmissionMetrics
provides additional metrics for the
SerialPeerProxy
to communicate over the
HandshakePortController
.Builder to build
TransmissionMetrics
instances.The
SerialPeer
implements a Peer
optimized for local area
microcontroller wiring (networks) and microcontroller memory layout.The
SerialPeerProxy
implements a PeerProxy
optimized for
local area microcontroller wiring (networks) and microcontroller memory
layout using serial Port
instances.The
SerialPeerRouter
definition defines a PeerRouter
optimized for local area microcontroller wiring (networks) and
microcontroller memory layout.