class AdaptiveFidelityEntity : public Handler

Inheritance:

Public Fields

int address_

Node* nid_

static struct node_head nodehead_

The remaining objects handle a (static) linked list of nodes static head of list of nodes

int nodeid_

for nam use

Public Methods

virtual void adapt_it()

inline int adaptivefidelity()

AdaptiveFidelityEntity(Node *nid)

void add_neighbor(u_int32_t)

for adaptive fidelity

virtual void add_rcvtime(float t)

virtual void get_node_idletime();

virtual void add_sndtime(float t)

inline int address()

virtual int command(int argc, const char*const* argv)

inline double energy()

inline double energy_level1()

inline double energy_level2()

inline EnergyModel* energy_model()

static Node* get_node_by_address(nsaddr_t)

inline int getneighbors()

virtual void handle(Event *e)

virtual void idle_energy_patch(float, float)

inline double initialenergy()

inline void insert(struct node_head* head)

NsObject* intf_to_target(int32_t)

inline Location* location()

inline float max_inroute_time()

inline Node* nextnode()

Node(void)

inline int nodeid()

inline int powersaving()

void scan_neighbor()

virtual void set_node_sleep(int)

virtual void set_node_state(int)

inline void set_sleepseed(float t)

inline void set_sleeptime(float t)

inline int sleep()

virtual void start()

void start_powersaving()

inline int state()

inline float state_start_time()

~Node()

Protected Classes

struct

int neighbor_cnt_

how many neighbors in this list

neighbor_list_item* head

struct neighbor_list_item

u_int32_t id

node id

int ttl

time-to-live

neighbor_list_item* next

pointer to next item

Protected Fields

int adaptivefidelity_

Is AFECA activated ?

AdaptiveFidelityEntity* afe_

EnergyModel* energy_model_

float idle_time_

Event intr

float last_time_gosleep

time when radio is turned off

Location* location_

float max_inroute_time_

maximum time that a node can remaining

int maxttl_

active how long a node can keep its neighbor

int namDefinedFlag_

Is nam defined ?

int powersavingflag_

Is BECA activated ?

int sleep_mode_

= 1: radio is turned off

float sleep_seed_

float sleep_time_

SoftNeighborHandler* snh_

int state_

used for AFECA state

float state_start_time_

starting time of one AFECA state

float total_rcvtime_

total time in receiving data

float total_sleeptime_

total time of radio in off mode

float total_sndtime_

total time in sending data

Protected Methods

LIST_ENTRY(Node)

declare list entry structure

Protected

struct

int neighbor_cnt_

how many neighbors in this list

neighbor_list_item* head

struct neighbor_list_item

u_int32_t id

node id

int ttl

time-to-live

neighbor_list_item* next

pointer to next item

Inherited from Handler:

Node(void)

~Node()

virtual int command(int argc, const char*const* argv)

inline int address()

inline int nodeid()

inline double energy()

inline double initialenergy()

inline double energy_level1()

inline double energy_level2()

inline EnergyModel* energy_model()

inline Location* location()

inline int sleep()

inline int state()

inline float state_start_time()

inline float max_inroute_time()

inline int adaptivefidelity()

inline int powersaving()

inline int getneighbors()

virtual void set_node_sleep(int)

virtual void set_node_state(int)

virtual void add_rcvtime(float t)

virtual void get_node_idletime();

virtual void add_sndtime(float t)

virtual void idle_energy_patch(float, float)

int address_

int nodeid_

for nam use

NsObject* intf_to_target(int32_t)

static struct node_head nodehead_

The remaining objects handle a (static) linked list of nodes static head of list of nodes

inline void insert(struct node_head* head)

inline Node* nextnode()

static Node* get_node_by_address(nsaddr_t)

void add_neighbor(u_int32_t)

for adaptive fidelity

void scan_neighbor()

void start_powersaving()

LIST_ENTRY(Node)

declare list entry structure

EnergyModel* energy_model_

Location* location_

int sleep_mode_

= 1: radio is turned off

int state_

used for AFECA state

float state_start_time_

starting time of one AFECA state

float total_sleeptime_

total time of radio in off mode

float total_rcvtime_

total time in receiving data

float total_sndtime_

total time in sending data

int adaptivefidelity_

Is AFECA activated ?

int powersavingflag_

Is BECA activated ?

int namDefinedFlag_

Is nam defined ?

float last_time_gosleep

time when radio is turned off

float max_inroute_time_

maximum time that a node can remaining

int maxttl_

active how long a node can keep its neighbor

struct neighbor_list_item

u_int32_t id

node id

int ttl

time-to-live

neighbor_list_item* next

pointer to next item

struct

int neighbor_cnt_

how many neighbors in this list

neighbor_list_item* head

SoftNeighborHandler* snh_

AdaptiveFidelityEntity* afe_

Node* nid_

virtual void start()

virtual void handle(Event *e)

virtual void adapt_it()

inline void set_sleeptime(float t)

inline void set_sleepseed(float t)

AdaptiveFidelityEntity(Node *nid)

Event intr

float sleep_time_

float sleep_seed_

float idle_time_

alphabetic index hierarchy of classes

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