#ifndef __ROUTING_H__
#define __ROUTING_H__
#include <vector>
#include <dhash.h>
#include <gmp.h>
#include <node.h>
using namespace std;
struct FTItem
{
unsigned int m_uiStart;
Node m_Node;
};
struct KeyItem
{
unsigned int m_uiKey;
char m_pcName[64];
char m_pcIP[64];
int m_iPort;
};
class CRouting
{
public:
CRouting();
~CRouting();
public:
int start(const char* ip, const int& port = 0);
int join(const char* ip, const char* peer_ip, const int& port = 0, const int& peer_port = 0);
public:
int setAppPort(const int& port);
int lookup(const unsigned int& key, Node* n);
private:
int find_successor(const unsigned int& id, Node* n);
void closest_preceding_finger(const unsigned int& id, Node* n);
private:
void init_finger_table();
void print_finger_table();
void stabilize();
void notify(Node* n);
void fix_fingers(int& next);
void check_predecessor();
void check_successor(int& next);
private:
struct Param
{
CRouting* r;
char ip[64];
int port;
int32_t id;
CRTMsg* msg;
};
static void* run(void* r);
static void* process(void* p);
static void* stabilize(void* r);
private:
char m_pcIP[64];
int m_iPort;
unsigned int m_uiID;
int m_iKeySpace;
private:
vector<FTItem> m_vFingerTable;
Node m_Successor;
Node m_Predecessor;
vector<Node> m_vBackupSuccessors;
private:
vector<unsigned int> m_vKeys;
private:
CGMP* m_pGMP;
public:
static const int m_iRouterPort;
private:
int m_iAppPort;
};
#endif