ns3::PLC_CsmaCa Class Reference

#include <plc-csmaca.h>

List of all members.

Public Member Functions
void	setSlottedCsmaCa (void)
void	setUnSlottedCsmaCa (void)
bool	isSlottedCsmaCa (void) const
bool	isUnSlottedCsmaCa (void) const
void	setMacMinBE (uint8_t macMinBE)
uint8_t	getMacMinBE (void) const
void	setMacMaxBE (uint8_t macMaxBE)
uint8_t	getMacMaxBE (void) const
void	setmacMaxCSMABackoffs (uint8_t macMaxCSMABackoffs)
uint8_t	getmacMaxCSMABackoffs (void) const
void	setUnitBackoffPeriod (uint64_t unitBackoffPeriod)
uint64_t	getUnitBackoffPeriod (void) const
uint64_t	getTimeToNextSlot (void) const
void	Start (void)
void	Cancel ()
void	RandomBackoffDelay ()
void	CanProceed ()
void	RequestCCA ()
void	CcaConfirm (PLC_PhyCcaResult status)
void	SetCcaRequestCallback (PLC_CsmaCaCcaRequestCallback c)
void	SetCcaCancelCallback (PLC_CsmaCaCcaCancelCallback c)
void	SetCsmaCaMacCallback (PLC_CsmaCaMacCallback c)
bool	IsActive (void)
Static Public Member Functions
static TypeId	GetTypeId ()

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Detailed Description

This class is a helper for the PLC_Mac to manage the Csma/CA state machine.

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Member Function Documentation

void ns3::PLC_CsmaCa::CcaConfirm

(

PLC_PhyCcaResult

status

)

IEEE 802.15.4-2006 section 6.2.2.2 PLME-CCA.confirm status

Parameters:

status

TRX_OFF, BUSY or IDLE

When Phy has completed CCA, it calls back here which in turn execute the final steps of the CSMA-CA algorithm. It checks to see if the Channel is idle, if so check the Contention window before permitting transmission (step 5). If channel is busy, either backoff and perform CCA again or treat as channel access failure (step 4).

void ns3::PLC_CsmaCa::SetCsmaCaMacCallback

(

PLC_CsmaCaMacCallback

c

)

set the callback function. Used at the end of a Channel Assessment, as part of the interconnections between the CSMA-CA and the MAC. The callback lets MAc know a channel is either idle or busy

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The documentation for this class was generated from the following files:

• model/plc-csmaca.h
• model/plc-csmaca.cc