// Copyright (c) Hercules Dev Team, licensed under GNU GPL.
// See the LICENSE file
// Portions Copyright (c) Athena Dev Teams
#ifndef LOGIN_LOGIN_H
#define LOGIN_LOGIN_H
#include "../common/core.h" // CORE_ST_LAST
#include "../common/mmo.h" // NAME_LENGTH,SEX_*
struct mmo_account;
enum E_LOGINSERVER_ST
{
LOGINSERVER_ST_RUNNING = CORE_ST_LAST,
LOGINSERVER_ST_SHUTDOWN,
LOGINSERVER_ST_LAST
};
#define LOGIN_CONF_NAME "conf/login-server.conf"
#define LAN_CONF_NAME "conf/subnet.conf"
// supported encryption types: 1- passwordencrypt, 2- passwordencrypt2, 3- both
#define PASSWORDENC 3
#define PASSWD_LEN 32+1 // 23+1 for plaintext, 32+1 for md5-ed passwords
struct login_session_data {
int account_id;
int login_id1;
int login_id2;
char sex;// 'F','M','S'
char userid[NAME_LENGTH];
char passwd[PASSWD_LEN];
int passwdenc;
char md5key[20];
uint16 md5keylen;
char lastlogin[24];
uint8 group_id;
uint8 clienttype;
uint32 version;
uint8 client_hash[16];
int has_client_hash;
int fd;
time_t expiration_time;
};
struct mmo_char_server {
char name[20];
int fd;
uint32 ip;
uint16 port;
uint16 users; // user count on this server
uint16 type; // 0=normal, 1=maintenance, 2=over 18, 3=paying, 4=P2P
uint16 new_; // should display as 'new'?
};
struct client_hash_node {
int group_id;
uint8 hash[16];
struct client_hash_node *next;
};
struct Login_Config {
uint32 login_ip; // the address to bind to
uint16 login_port; // the port to bind to
unsigned int ipban_cleanup_interval; // interval (in seconds) to clean up expired IP bans
unsigned int ip_sync_interval; // interval (in minutes) to execute a DNS/IP update (for dynamic IPs)
bool log_login; // whether to log login server actions or not
char date_format[32]; // date format used in messages
bool new_account_flag,new_acc_length_limit; // auto-registration via _M/_F ? / if yes minimum length is 4?
int start_limited_time; // new account expiration time (-1: unlimited)
bool use_md5_passwds; // work with password hashes instead of plaintext passwords?
int group_id_to_connect; // required group id to connect
int min_group_id_to_connect; // minimum group id to connect
bool check_client_version; // check the clientversion set in the clientinfo ?
uint32 client_version_to_connect; // the client version needed to connect (if checking is enabled)
int allowed_regs; // account registration flood protection [Kevin]
int time_allowed; // time in seconds
bool ipban; // perform IP blocking (via contents of `ipbanlist`) ?
bool dynamic_pass_failure_ban; // automatic IP blocking due to failed login attemps ?
unsigned int dynamic_pass_failure_ban_interval; // how far to scan the loginlog for password failures
unsigned int dynamic_pass_failure_ban_limit; // number of failures needed to trigger the ipban
unsigned int dynamic_pass_failure_ban_duration; // duration of the ipban
bool use_dnsbl; // dns blacklist blocking ?
char dnsbl_servs[1024]; // comma-separated list of dnsbl servers
int client_hash_check; // flags for checking client md5
struct client_hash_node *client_hash_nodes; // linked list containg md5 hash for each gm group
// Advanced subnet check [LuzZza]
struct s_subnet {
uint32 mask;
uint32 char_ip;
uint32 map_ip;
} subnet[16];
int subnet_count;
};
struct login_auth_node {
int account_id;
uint32 login_id1;
uint32 login_id2;
uint32 ip;
char sex;
uint32 version;
uint8 clienttype;
int group_id;
time_t expiration_time;
};
//-----------------------------------------------------
// Online User Database [Wizputer]
//-----------------------------------------------------
struct online_login_data {
int account_id;
int waiting_disconnect;
int char_server;
};
#define sex_num2str(num) ( ((num) == SEX_FEMALE) ? 'F' : ((num) == SEX_MALE) ? 'M' : 'S' )
#define sex_str2num(str) ( ((str) == 'F') ? SEX_FEMALE : ((str) == 'M') ? SEX_MALE : SEX_SERVER )
#define MAX_SERVERS 30
extern struct mmo_char_server server[MAX_SERVERS];
extern struct Login_Config login_config;
/**
* Login.c Interface
**/
struct login_interface {
DBMap* auth_db;
DBMap* online_db;
int fd;
struct Login_Config *lc;
int (*mmo_auth) (struct login_session_data* sd, bool isServer);
int (*mmo_auth_new) (const char* userid, const char* pass, const char sex, const char* last_ip);
int (*waiting_disconnect_timer) (int tid, int64 tick, int id, intptr_t data);
DBData (*create_online_user) (DBKey key, va_list args);
struct online_login_data* (*add_online_user) (int char_server, int account_id);
void (*remove_online_user) (int account_id);
int (*online_db_setoffline) (DBKey key, DBData *data, va_list ap);
int (*online_data_cleanup_sub) (DBKey key, DBData *data, va_list ap);
int (*online_data_cleanup) (int tid, int64 tick, int id, intptr_t data);
int (*sync_ip_addresses) (int tid, int64 tick, int id, intptr_t data);
bool (*check_encrypted) (const char* str1, const char* str2, const char* passwd);
bool (*check_password) (const char* md5key, int passwdenc, const char* passwd, const char* refpass);
int (*lan_subnetcheck) (uint32 ip);
int (*lan_config_read) (const char *lancfgName);
void (*fromchar_accinfo) (int fd, int account_id, int u_fd, int u_aid, int u_group, int map_fd, struct mmo_account *acc);
void (*fromchar_account) (int fd, int account_id, struct mmo_account *acc);
void (*fromchar_account_update_other) (int account_id, unsigned int state);
void (*fromchar_auth_ack) (int fd, int account_id, uint32 login_id1, uint32 login_id2, uint8 sex, int request_id, struct login_auth_node* node);
void (*fromchar_ban) (int account_id, time_t timestamp);
void (*fromchar_change_sex_other) (int account_id, char sex);
void (*fromchar_pong) (int fd);
void (*fromchar_parse_auth) (int fd, int id, const char *ip);
void (*fromchar_parse_update_users) (int fd, int id);
void (*fromchar_parse_request_change_email) (int fd, int id, const char *ip);
void (*fromchar_parse_account_data) (int fd, int id, const char *ip);
void (*fromchar_parse_ping) (int fd);
void (*fromchar_parse_change_email) (int fd, int id, const char *ip);
void (*fromchar_parse_account_update) (int fd, int id, const char *ip);
void (*fromchar_parse_ban) (int fd, int id, const char *ip);
void (*fromchar_parse_change_sex) (int fd, int id, const char *ip);
void (*fromchar_parse_account_reg2) (int fd, int id, const char *ip);
void (*fromchar_parse_unban) (int fd, int id, const char *ip);
void (*fromchar_parse_account_online) (int fd, int id);
void (*fromchar_parse_account_offline) (int fd);
void (*fromchar_parse_online_accounts) (int fd, int id);
void (*fromchar_parse_request_account_reg2) (int fd);
void (*fromchar_parse_update_wan_ip) (int fd, int id);
void (*fromchar_parse_all_offline) (int fd, int id);
void (*fromchar_parse_change_pincode) (int fd);
bool (*fromchar_parse_wrong_pincode) (int fd);
void (*fromchar_parse_accinfo) (int fd);
int (*parse_fromchar) (int fd);
void (*connection_problem) (int fd, uint8 status);
void (*kick) (struct login_session_data* sd);
void (*auth_ok) (struct login_session_data* sd);
void (*auth_failed) (struct login_session_data* sd, int result);
void (*login_error) (int fd, uint8 status);
void (*parse_ping) (int fd, struct login_session_data* sd);
void (*parse_client_md5) (int fd, struct login_session_data* sd);
bool (*parse_client_login) (int fd, struct login_session_data* sd, const char *ip);
void (*send_coding_key) (int fd, struct login_session_data* sd);
void (*parse_request_coding_key) (int fd, struct login_session_data* sd);
void (*char_server_connection_status) (int fd, struct login_session_data* sd, uint8 status);
void (*parse_request_connection) (int fd, struct login_session_data* sd, const char *ip);
int (*parse_login) (int fd);
};
struct login_interface *login;
void login_defaults(void);
#endif /* LOGIN_LOGIN_H */
