int LoadDebugStatistics(void)
{
unsigned int i;
int group;
XINREF pf;
char filename[200];
PrintLog(0," load statistics...\n");
for(group=1; group<=STATISGROUP_MAX; group++) {
sprintf(filename, "%s%s", STATISTIC_SAVEPATH, NameSave[group-1]);
pf = XinOpen(filename, 'r');
if(NULL == pf) continue;
for(i=0; __start__statistic+i<__stop__statistic; i++) {
if(__start__statistic[i].group == group)
__start__statistic[i].count = XinReadInt(pf, __start__statistic[i].name, __start__statistic[i].count);
}
XinClose(pf);
}
SET_INIT_FLAG(LoadDebugStatistics);
return 0;
}
/**
* @brief 载入校准参数文件
* @param file 文件名
* @param array 校准数组
* @param maxlen 校准数组最大长度
* @return 成功返回校准数组长度, 失败返回-1
*/
static int LoadCalibFile(const char *file, struct ad_calib *array, int maxnum)
{
XINREF pf;
int i, num, value;
char name[32];
DebugPrint(0, " load %s...", file);
pf = XinOpen(file, 'r');
if(NULL == pf) {
DebugPrint(0, "no file\n");
return -1;
}
num = XinReadInt(pf, "num", 0);
if(num < 2) {
DebugPrint(0, "error\n");
goto mark_fail;
}
if(num > maxnum) num = maxnum;
for(i=0; i<num; i++) {
sprintf(name, "adv%d", i);
value = XinReadInt(pf, name, -1);
if(value < 0) {
DebugPrint(0, "error %s\n", name);
goto mark_fail;
}
array[i].adv = value;
sprintf(name, "realv%d", i);
value = XinReadInt(pf, name, -1000);
if(value == -1000) {
DebugPrint(0, "error %s\n", name);
goto mark_fail;
}
array[i].realv = value;
}
DebugPrint(0, "ok\n");
XinClose(pf);
return num;
mark_fail:
XinClose(pf);
return -1;
}
static void LoadPrdConfig(void)
{
char str[64], name[16];
XINREF pf;
int i;
memset(&PltConfig, 0, sizeof(PltConfig));
pf = XinOpen("/work/pltestprd.xin", 'r');
if(NULL == pf) {
printf("load prd config failed\n");
return;
}
PltConfig.maxmet = XinReadInt(pf, "maxmet", DEFAULT_FILE_MET);
if(PltConfig.maxmet <= 0 || PltConfig.maxmet > MAX_PLCMET) PltConfig.maxmet = DEFAULT_FILE_MET;
PltConfig.maxprd = XinReadInt(pf, "maxprd", DEFAULT_FILE_PRD);
if(PltConfig.maxprd <= 0 || PltConfig.maxprd > MAX_FILE_PRD) PltConfig.maxprd = DEFAULT_FILE_PRD;
i = (PltConfig.maxmet*MET_DATA_LEN+PRD_HEAD_LEN)*PltConfig.maxprd + FILE_HEAD_LEN;
if(i > LEN_FILE_CACHE) {
ErrorLog("too much file len(%d)\n", i);
PltConfig.maxmet = DEFAULT_FILE_MET;
PltConfig.maxprd = DEFAULT_FILE_PRD;
XinClose(pf);
return;
}
PltConfig.prdcount = XinReadInt(pf, "count", 0);
if(PltConfig.prdcount < 0 || PltConfig.prdcount > PltConfig.maxprd) {
printf("invalid prd count\n");
PltConfig.prdcount = 0;
XinClose(pf);
return;
}
for(i=0; i<PltConfig.prdcount; i++) {
sprintf(name, "prd%d", i+1);
if(XinReadString(pf, name, str, 64) > 0) {
StringToPrdTime(str, i);
}
}
XinClose(pf);
}
/**
* @brief 保存统计量
*/
static void SaveStatistics(void)
{
unsigned int i;
int group;
XINREF pf;
char filename[200];
for(group=1; group<=STATISGROUP_MAX; group++) {
sprintf(filename, "%s%s", STATISTIC_SAVEPATH, NameSave[group-1]);
pf = XinOpen(filename, 'w');
if(NULL == pf) {
ErrorLog("can not open %s for write\n", filename);
continue;
}
for(i=0; __start__statistic+i<__stop__statistic; i++) {
if(__start__statistic[i].group == group)
XinWriteInt(pf, __start__statistic[i].name, __start__statistic[i].count, 0);
}
XinClose(pf);
}
}
/**
* @brief 保存终端参数
* @return 0成功, 否则失败
*/
int SaveParaTerm(void)
{
//SaveParaCamra(); //保存摄像头信息
XINREF pf;
int bakup = 0;
char str[48];
int i;
DebugPrint(0, "Save paraterm\n");
pf = XinOpen(PARAM_SAVE_PATH "/term.xin", 'w');
if(NULL == pf)
{
PrintLog(0,"open param_path...\n");
goto mark_bakup;
}
mark_save:
XinWriteInt( pf, "svraddrflag", ParaTermG.svraddr.net.chn, 0);
IpToString(ParaTermG.svraddr.net.ip, str);
XinWriteString(pf,"svraddrIp", str);
XinWriteInt(pf, "svrport", ParaTermG.svraddr.net.port, 0);
IpToString(ParaTermG.svraddr_1.net.ip, str);
XinWriteString(pf,"svraddrIp2", str);
XinWriteInt(pf, "svrport2", ParaTermG.svraddr_1.net.port, 0);
IpToString(ParaTermG.svraddr_2.net.ip, str);
XinWriteString(pf,"svraddrIp3", str);
XinWriteInt(pf, "svrport3", ParaTermG.svraddr_2.net.port, 0);
sms_phone_tounnor((unsigned char *)str, ParaTermG.sms_addr);
XinWriteHex(pf,"smsaddr", (unsigned char *)str, 8);
/*by ydl add 2011-03-21*/
IpToString(ParaTermG.gate_addr.net.ip, str);
XinWriteString(pf,"gateaddr", str);
XinWriteInt(pf, "gateport", ParaTermG.gate_addr.net.port, 0);
XinWriteString(pf,"apn",ParaTermG.apn);
XinWriteString( pf, "cdmausr", ParaTermG.cdma_usr);
XinWriteString(pf, "cdmapwd", ParaTermG.cdma_pwd);
XinWriteHex(pf, "norpwd", ParaTermG.nor_pwd,3);
XinWriteHex(pf, "compwd", ParaTermG.com_pwd, 3);
XinWriteHex(pf, "admpwd", ParaTermG.adm_pwd,3);
XinWriteInt(pf,"search_device",ParaTermG.search_device,0);
XinWriteInt(pf,"taskstarthour",ParaTermG.task_starthour,0);
XinWriteInt(pf,"taskstartdev",ParaTermG.task_startdev,0);
XinWriteInt(pf,"plcroutetype",ParaTermG.plc_route_type,0);
XinWriteHex(pf,"gatelinewaste",ParaTermG.gate_linewaste,2);
XinWriteInt(pf,"hourupimpdata",ParaTermG.hour_upimpdata,0);
XinWriteInt(pf,"hourupdaydata",ParaTermG.hour_updaydata,0);
XinWriteInt(pf,"alarmflag",ParaTermG.alarm_flag,0);
unsigned char tmpbuf[16];
Cascade_AddrChange(ParaTermG.cascade_addr, tmpbuf,1);
XinWriteHex(pf, "cascadeaddr", tmpbuf, 16);
//XinWriteHex(pf, "cascadeaddr", ParaTermG.cascade_addr, 16);
XinWriteInt(pf,"cascadeflag",ParaTermG.cascade_flag,0);
XinWriteInt(pf,"dayreadmondata",ParaTermG.day_read_mondata,0);
XinWriteInt(pf,"hourreadmondata",ParaTermG.hour_read_mondata,0);
XinWriteInt(pf,"dayupmondata",ParaTermG.day_up_mondata,0);
XinWriteInt(pf,"hourupmondata",ParaTermG.hour_up_mondata,0);
//XinWriteHex(pf,"smsaddr", ParaTermG.sms_addr,16);//短信中心号码
Cascade_AddrChange(ParaTermG.peibian_addr,tmpbuf,0);
XinWriteHex(pf,"peibian_addr",tmpbuf,4);
XinWriteHex(pf, "ct", ParaTermG.ct,2);
for(i=0;i<MAX_485PORT;i++){
sprintf((char *)tmpbuf,"baud%d",i);
XinWriteInt(pf,(char *)tmpbuf,ParaTermG.port[i].baud,0);
sprintf((char *)tmpbuf,"databits%d",i);
XinWriteInt(pf, (char *)tmpbuf,ParaTermG.port[i].databits, 0);//默认为8
sprintf((char *)tmpbuf,"stopbits%d",i);
XinWriteInt(pf, (char *)tmpbuf,ParaTermG.port[i].stopbits, 0);//默认为1
sprintf((char *)tmpbuf,"parity%d",i);
XinWriteInt(pf, (char *)tmpbuf, ParaTermG.port[i].parity,0);//校验位
sprintf((char *)tmpbuf,"func%d",i);
XinWriteInt(pf, (char *)tmpbuf, ParaTermG.port[i].func,0);//级联
}
#if 0
int i;
for (i=0; i<PORTCFG_NUM; i++)
{
printf(str, "port_valid%d", i);
XinWriteInt(pf, str, ParaTermG.port[i].valid, 0);
printf(str, "port_frame%d", i);
XinWriteInt(pf, str, ParaTermG.port[i].frame, 0);
printf(str, "port_baud%d", i);
XinWriteInt(pf, str, ParaTermG.port[i].baud, 0);
printf(str, "port_func%d", i);
XinWriteInt(pf, str, ParaTermG.port[i].func, 0);
}
#endif
XinClose(pf);
/*end*/
mark_bakup:
if(bakup) return 0;
bakup = 1;
pf = XinOpen(PARAM_BAK_PATH "/term.xin", 'w');
if(NULL == pf)
{
PrintLog(0,"open bak fail... \n");
return 1;
}
goto mark_save;
}
int LoadParaTerm(void)
{
XINREF pf;
char str[100];
int i;
struct hostent *mast_host;
struct in_addr *sin_addr;
DebugPrint(0, " load param term...");
DebugPrint(0, " sizeof(term)=%d\r\n",sizeof(para_term_tG));
LoadDefParaTerm();
if(getuciConfigvar("sn",str) == 0)
{
PrintLog(0,"SN:%s\n",str);
ParaTermG.deviceid[0] = str[0]-0x30;
ParaTermG.deviceid[1] = str[1]-0x30;
ParaTermG.deviceid[2] = str[2]-0x30;
ParaTermG.deviceid[3] = str[3]-0x30;
ParaTermG.deviceid[4] = str[4]-0x30;
ParaTermG.deviceid[5] = str[5]-0x30;
ParaTermG.deviceid[6] = str[6]-0x30;
ParaTermG.deviceid[7] = str[7]-0x30;
}
if(getuciConfigvar("firststart",str) == 0)
{
ParaTermG.first_start = str[0]-0x30;
}
if(getuciConfigvar("musicmonth",str) == 0)
{
ParaTermG.Musicmonth = str[0]-0x30;
}
if(getuciConfigvar("master_addr",str) == 0)
{
PrintLog(0,"master_addr:%s\n",str);
mast_host = gethostbyname(str);
if(mast_host != NULL)
{
PrintLog(0,"Master IP Address :%s\n",inet_ntoa(*((struct in_addr *)mast_host->h_addr)));
PrintLog(0,"Master HostName :%s\n",mast_host->h_name);
sin_addr = (struct in_addr *)mast_host->h_addr;
memcpy(ParaTermG.svraddr.net.ip,&sin_addr->s_addr,4);
//ParaTermG.svraddr.net.ip[0] = sin_addr->s_addr.s_b1;
//ParaTermG.svraddr.net.ip[1] = sin_addr->s_addr.s_b2;
//ParaTermG.svraddr.net.ip[2] = sin_addr->s_addr.s_b3;
//ParaTermG.svraddr.net.ip[3] = sin_addr->S_un_b.s_b4;
}
}
if(getuciConfigvar("master_port",str) == 0)
{
PrintLog(0,"master_port:%s\n",str);
ParaTermG.svraddr.net.port = atoi(str);
}
PrintLog(0,"music_volume:%s\n",str);
if(getuciConfigvar("music_volume",str) == 0)
{
PrintLog(0,"music_volume:%s\n",str);
ParaTermG.music_volume = atoi(str);
setvolume(ParaTermG.music_volume);
}
else
{
PrintLog(0,"music_volume:%s\n",str);
ParaTermG.music_volume = 20;
setvolume(ParaTermG.music_volume);
}
sprintf(str,"ParaTermG.device_code = %s\n",ParaTermG.device_code);
load_hardinfo();
pf = XinOpen(PARAM_SAVE_PATH "/term.xin", 'r');
if(NULL == pf) {
pf = XinOpen(PARAM_BAK_PATH "/term.xin", 'r');
if(NULL == pf) {
DebugPrint(0, "no file\n");
// SaveParaTerm();
return 1;
}
}
/*读主站IP*/
ParaTermG.svraddr.net.chn = XinReadInt(pf, "svraddrflag",0x04);//读上行连接方式
if(XinReadString(pf, "svraddrIp", str, 24) > 0) {
StringToIp(str, ParaTermG.svraddr.net.ip);
}
ParaTermG.svraddr.net.port = XinReadInt(pf, "svrport", 8300);
/*读主站2IP*/
ParaTermG.svraddr_1.net.chn = XinReadInt(pf, "svraddrflag1",0x04);//读上行连接方式
if(XinReadString(pf, "svraddrIp1", str, 24) > 0) {
StringToIp(str, ParaTermG.svraddr_1.net.ip);
}
ParaTermG.svraddr_1.net.port = XinReadInt(pf, "svrport1", 9001);
/*读主站3IP*/
ParaTermG.svraddr_2.net.chn = XinReadInt(pf, "svraddrflag2",0x04);//读上行连接方式
if(XinReadString(pf, "svraddrIp2", str, 24) > 0) {
StringToIp(str, ParaTermG.svraddr_2.net.ip);
}
ParaTermG.svraddr_2.net.port = XinReadInt(pf, "svrport2", 9001);
/*读网关地址*/
if(XinReadString(pf, "gateaddr", str, 24) > 0)
{
StringToIp(str, ParaTermG.gate_addr.net.ip);
}
/*by ydl add 2011-03-21*/
ParaTermG.gate_addr.net.port = XinReadInt(pf, "gateport", 9001);
/*读短信中心号码*/
//XinReadHex(pf, "smsaddr", str,16);
int rtn;
rtn = XinReadHex(pf, "smsaddr", (unsigned char *)str, 8);
if (rtn != -1)
{
sms_phone_tonormal(rtn, (unsigned char *)str, ParaTermG.sms_addr);
}
XinReadString(pf, "apn", ParaTermG.apn,16);
/*by ydl modify 2011-05-15*/
XinReadString( pf, "cdmausr", ParaTermG.cdma_usr,32 );
XinReadString(pf, "cdmapwd", ParaTermG.cdma_pwd, 32);
XinReadHex(pf, "norpwd", ParaTermG.nor_pwd, 3);//普通密码
XinReadHex(pf, "compwd", ParaTermG.com_pwd, 3);//设置密码
XinReadHex(pf, "admpwd", ParaTermG.adm_pwd,3);//管理员密码
/*默认振铃次数*/
ParaTermG.search_device = XinReadInt( pf, "search_device", 0);
/*任务开始时间*/
ParaTermG.task_starthour = XinReadInt(pf, "taskstarthour", 0x01);
/*任务执行间隔*/
ParaTermG.task_startdev = XinReadInt(pf, "taskstartdev", 0x01);//间隔一小时
/*默认载波中继方式*/
ParaTermG.plc_route_type = XinReadInt( pf, "plcroutetype", 0x00);//自动中继
/*默认线损阀值*/
XinReadHex( pf, "gatelinewaste",ParaTermG.gate_linewaste, 2);// 1表示0.1%
/*重点用户数据上传时间*///保存为BCD码例如，如果是12点，则保存的是12而不是0x12
ParaTermG.hour_upimpdata = XinReadInt( pf, "hourupimpdata", 0xFF);//不主动上传
/*日冻结上传时间*/
ParaTermG.hour_updaydata = XinReadInt( pf, "hourupdaydata", 0xFF);//不主动上传
/*告警使能控制字*/
ParaTermG.alarm_flag = XinReadInt( pf, "alarmflag", 0);//不告警
/*级联从终端地址*/
//XinReadHex(pf, "cascadeaddr", ParaTermG.cascade_addr, 16);
unsigned char tmpbuf[16];
XinReadHex(pf, "cascadeaddr", tmpbuf, 16);
Cascade_AddrChange(tmpbuf, ParaTermG.cascade_addr,1);
//加载注册信息
ParaTermG.reg.autoflag = XinReadInt( pf, "AutoFlag", 0x01);
//检查注册码是不是本机使用的
XinReadString(pf,"RegeCode",ParaTermG.reg.register_code,13);
char tempregcode[13];
MakeRegisteCode(tempregcode);
if(strcmp(ParaTermG.reg.register_code,tempregcode) == 0) //注册验证成功
{
ParaTermG.reg.autoflag = 1;
}
else
{
ParaTermG.reg.autoflag = 0;
}
ParaTermG.reg.autoflag = 1;
/*级联标记*/
ParaTermG.cascade_flag = XinReadInt( pf, "cascadeflag", 1);//默认为主集中器，且不允许级联
/*月末数据抄收开始时间*/
ParaTermG.day_read_mondata = XinReadInt( pf, "dayreadmondata", 0x01);//一号开始冻结
/*月末数据抄收开始时间*/
ParaTermG.hour_read_mondata = XinReadInt( pf, "hourreadmondata", 0x01);// 1点
/*月冻结上传开始时间*/
ParaTermG.day_up_mondata = XinReadInt( pf, "dayupmondata", 0x03); // 3号
ParaTermG.hour_up_mondata = XinReadInt( pf, "hourupmondata", 0x05);//5点上传
// printf("day_mont=%d,hour_mont=%d",ParaTermG.day_read_mondata,ParaTermG.hour_read_mondata);
// printf("day_up_mont=%d,hour_up_mont=%d",ParaTermG.day_up_mondata,ParaTermG.hour_up_mondata);
XinReadHex(pf,"peibian_addr",tmpbuf,4);
Cascade_AddrChange(tmpbuf,ParaTermG.peibian_addr,0);
XinReadHex(pf, "ct", ParaTermG.ct, 2);//配变CT
for(i=0;i<MAX_485PORT;i++){
sprintf((char *)tmpbuf,"baud%d",i);
ParaTermG.port[i].baud = XinReadInt(pf, (char *)tmpbuf, 4); //默认为1200
sprintf((char *)tmpbuf,"databits%d",i);
ParaTermG.port[i].databits = XinReadInt(pf, (char *)tmpbuf, 8);//默认为8
sprintf((char *)tmpbuf,"stopbits%d",i);
ParaTermG.port[i].stopbits = XinReadInt(pf, (char *)tmpbuf, 1);//默认为1
sprintf((char *)tmpbuf,"parity%d",i);
ParaTermG.port[i].parity = XinReadInt(pf, (char *)tmpbuf, 1);//校验位
sprintf((char *)tmpbuf,"func%d",i);
ParaTermG.port[i].func= XinReadInt(pf, (char *)tmpbuf, i);//端口功能
}
DebugPrint(0, "ok\n");
XinClose(pf);
return 0;
}
