/*
系统初始化和Initialize.xml更新时需要刷新注册，但Initialize.xml由push系统自己注册。
regist_flag
0 means unregist
1 means resgist
*/
static int parse_progs()
{
int ret = -1;
int i = 0;
PUSH_XML_FLAG_E push_flag = PUSH_XML_FLAG_UNDEFINED;
RECEIVETYPE_E recv_type = -1;
int product_id = -1;
char sqlite_cmd[1024];
int (*sqlite_callback)(char **, int, int, void *, unsigned int) = parse_progs_cb;
int resgist_action = 0;
s_mom_progs_p = (MOM_PROG_S *)malloc(sizeof(MOM_PROG_S) * MOM_PROG_NUM);
if(NULL==s_mom_progs_p){
DEBUG("can not malloc %d*%d memery to save mother progs\n", sizeof(MOM_PROG_S),MOM_PROG_NUM);
ret = -1;
}
else{
sqlite3_snprintf(sizeof(sqlite_cmd),sqlite_cmd,"SELECT ReceiveType,DescURI,productID FROM ProductDesc;");
ret = sqlite_read(sqlite_cmd, (void *)(&resgist_action), sizeof(resgist_action), sqlite_callback);
DEBUG("ret=%d\n", ret);
for(i=0;i<MOM_PROG_NUM;i++)
{
if(strlen(s_mom_progs_p[i].DescURI)>0){
s_receive_status = RECEIVESTATUS_FINISH;
recv_type = atoi(s_mom_progs_p[i].ReceiveType);
if(RECEIVETYPE_PUBLICATION==recv_type || RECEIVETYPE_PREVIEW==recv_type){
push_flag = PUBLICATION_XML;
}
else if(RECEIVETYPE_COLUMN==recv_type){
push_flag = COLUMN_XML;
}
else if(RECEIVETYPE_SPRODUCT==recv_type){
push_flag = SPRODUCT_XML;
}
else{
DEBUG("%d(%s) can not be distinguish\n", recv_type, s_mom_progs_p[i].DescURI);
push_flag = PUSH_XML_FLAG_UNDEFINED;
}
if(PUSH_XML_FLAG_UNDEFINED!=push_flag){
product_id = atoi(s_mom_progs_p[i].productID);
s_receive_status = RECEIVESTATUS_FINISH;
// 确保在解析Publications.xml之前，明确得到s_receive_status，因为在解析入库时需要判断
if(0==parse_xml(s_mom_progs_p[i].DescURI, push_flag, NULL)){
DEBUG("parse %s success\n", s_mom_progs_p[i].DescURI);
}
else{
DEBUG("parse %s failed\n", s_mom_progs_p[i].DescURI);
}
}
}
}
}
return ret;
}
/*
初始化及反初始化demux过滤器
act_flag： 1——初始化demux过滤器
0——反初始化demux过滤器
*/
int pid_init(int act_flag)
{
char sqlite_cmd[256+128];
int (*sqlite_callback)(char **, int, int, void *, unsigned int) = allpid_sqlite_cb;
sqlite3_snprintf(sizeof(sqlite_cmd),sqlite_cmd,"SELECT pid,pidtype,FreshFlag FROM Channel;");
// 1 means alloc filter
int filter_act = act_flag;
return sqlite_read(sqlite_cmd, &filter_act, sizeof(filter_act), sqlite_callback);
}
void *thread_handler(struct socket_data *data) //看多线程是不是可以用同一个handler函数。
{
struct socket_data client_data;
int len = 0;
client_data = *data;
pthread_mutex_unlock(&mutex);
memset(client_data.buff,0,sizeof(client_data.buff));
len = read(client_data.socket, client_data.buff, 1);
printf("this is table :%d\n", client_data.buff[0]);
memset(client_data.buff,0,sizeof(client_data.buff));
len = read(client_data.socket, client_data.buff, BUFFER_SIZE);
//while((len = read(client_data.socket, client_data.buff, BUFFER_SIZE)) > 0)
//{
switch(client_data.buff[0])
{
case 0:
break;
debug("this is the meal list \n");
case 1:
break;
debug("meal ok\n");
case 2:
debug("requist server\n");
break;
default:
break;
}
//printf("receive client %d :%s\n",client_data.socket, client_data.buff);
//write(client_data.socket, client_data.buff, len);
//memset(client_data.buff, 0, len);
//} while
printf("the socket is:%d\n", client_data.socket);
sqlite_read(&client_data);
debug("this client exit\n");
close(client_data.socket);
// 每个线程的handler一样，但传进来的参数不一样。数据结构不一样，每一个线程都有自己的数据结构。
// 每个线程创建时同时创建它的数据结构，以其线程号为后缀，以参数形式传个handler。
//每个线程应该做的事。
//read_data_bass() // 读数据库。
//sendmsg（） //发送菜单。
//while(readmsg() > 0) //一直等待client的消息。
//{
//switch() //对消息进行解析，看是点好的菜单，还是呼唤服务员
//{
//}
//}
}
int softwareVersion_get(char *version, unsigned int len)
{
if(NULL==version || 0==len)
return -1;
char sqlite_cmd[SQLITECMDLEN];
int (*sqlite_callback)(char **, int, int, void *) = setting_sqlite_callback;
memset(sqlite_cmd, 0, sizeof(sqlite_cmd));
snprintf(sqlite_cmd,sizeof(sqlite_cmd),"SELECT value FROM global WHERE name='version';");
INSTRUCTION_RESULT_E ret = sqlite_read(sqlite_cmd, version, sqlite_callback);
if(ret<=RESULT_OK){
DEBUG("read 'version' from table 'global' failed, read from ini\n");
strncpy(version, s_version, len);
}
return 0;
}
int smartpower_server_port_get(void)
{
char server_port[16];
char sqlite_cmd[SQLITECMDLEN];
int (*sqlite_callback)(char **, int, int, void *) = setting_sqlite_callback;
memset(server_port, 0, sizeof(server_port));
memset(sqlite_cmd, 0, sizeof(sqlite_cmd));
snprintf(sqlite_cmd,sizeof(sqlite_cmd),"SELECT value FROM global WHERE name='port';");
INSTRUCTION_RESULT_E ret = sqlite_read(sqlite_cmd, server_port, sqlite_callback);
if(ret<=RESULT_OK || 0>=atoi(server_port)){
DEBUG("read 'port' from table 'global' failed, read from ini\n");
return s_server_port;
}
else{
return atoi(server_port);
}
}
int smartpower_server_ip_get(char *server_ip, unsigned int len)
{
if(NULL==server_ip || 0==len)
return -1;
char sqlite_cmd[SQLITECMDLEN];
int (*sqlite_callback)(char **, int, int, void *) = setting_sqlite_callback;
memset(sqlite_cmd, 0, sizeof(sqlite_cmd));
snprintf(sqlite_cmd,sizeof(sqlite_cmd),"SELECT value FROM global WHERE name='serverIP';");
INSTRUCTION_RESULT_E ret = sqlite_read(sqlite_cmd, server_ip, sqlite_callback);
if(ret<=RESULT_OK){
DEBUG("read 'serverIP' from table 'global' failed, read from ini\n");
strncpy(server_ip, s_server_ip, len);
}
return 0;
}
int main(int argc, const char *argv[])
{
sqlite3 *db;
char buff[256] = {0};
char name[100] = {0};
char info[256] = {0};
int *len = NULL;
struct socket_data sock_data;
char *ptr = sock_data.buff;
db = sqlite_init();
sqlite_read(db, &sock_data);
printf("id = %d\n",*((int *)ptr));
ptr+=4;
len = (int *)ptr;
//printf("len of name is :%d \n", *len);
ptr+=4;
strncpy(name, ptr, *len);
printf("name is :%s\n",name);
ptr+=*len;
printf("price = %d\n",*((int *)ptr));
ptr+=4;
len = (int *)ptr;
//printf("len of info is :%d \n", *len);
ptr+=4;
strncpy(info, ptr, *len);
printf("info is :%s\n",info);
sqlite_close(db);
return 0;
}
/*
功能： 将数据库中的设备列表读出，存入内存中。开机、插入设备、更新设备、删除设备后均调用此函数。
返回： 0——成功；-1——失败
*/
int equipment_refresh(void)
{
char sqlite_cmd[SQLITECMDLEN];
int (*sqlite_callback)(char **, int, int, void *) = equipment_sqlite_callback;
sem_wait(&s_sem_equipment);
int i = 0;
for(i=0;i<EQUIPMENT_NUM;i++)
g_equipments[i].type_id = -1;
sem_post(&s_sem_equipment);
memset(sqlite_cmd, 0, sizeof(sqlite_cmd));
sprintf(sqlite_cmd,"SELECT typeID,locationID,iconID,operID,socketID,roomName,devName,elecData FROM devlist;");
INSTRUCTION_RESULT_E ret = sqlite_read(sqlite_cmd, NULL, sqlite_callback);
if(ret<RESULT_OK)
ret = -1;
else
ret = 0;
return ret;
}
int serialNum_get(char *sn, unsigned int len)
{
if(NULL==sn || 0==len)
return -1;
// if(strlen(s_serial_num)>10){
// strncpy(sn, s_serial_num, len);
// return 0;
// }
char sqlite_cmd[SQLITECMDLEN];
int (*sqlite_callback)(char **, int, int, void *) = setting_sqlite_callback;
memset(sqlite_cmd, 0, sizeof(sqlite_cmd));
snprintf(sqlite_cmd,sizeof(sqlite_cmd),"SELECT value FROM global WHERE name='serialNUM';");
INSTRUCTION_RESULT_E ret = sqlite_read(sqlite_cmd, sn, sqlite_callback);
if(ret<=RESULT_OK){
DEBUG("read 'sn' from table 'global' failed, read from ini\n");
strncpy(sn, s_serial_num, len);
}
return 0;
}