servicedata.cpp
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#include "string.h"
#include "servicedata.h"
#include <QDebug>
#include <fcntl.h>
#include <unistd.h> // write(), close()
#include <dirtylevel.h>
#define FRAM_SIZE 2048
#define FRAM_TEST_PROCESS 0
#define fRam_path "/sys/bus/spi/devices/spi0.0/fram"
#define INIT_FRAM 0 //시작시 RRAM 초기화
ServiceData::ServiceData()
{
qDebug()<< "Statics Data Size Report\r\n error_log size = " << sizeof(error_log) << " \r\nuse_static_log size = " << sizeof(use_statics_log) \
<< "\r\nsensor_statics_log size = " << sizeof(sensor_statics_log);
memset((void*)err_log.data,0x00,sizeof(error_log));
memset((void*)use_log.data,0x00,sizeof(use_statics_log));
memset((void*)sensor_log.data,0x00, sizeof(sensor_statics_log));
#if INIT_FRAM == 1
saveServiceData();
#else
loadServiceData();
#endif
}
bool ServiceData::loadServiceData(void){
uint8_t buffs[FRAM_SIZE];
uint8_t* pBuff;
int fd;
pBuff = buffs;
#if FRAM_TEST_PROCESS == 1
int i;
memset(buffs,0x00,256);
for(i=0;i<256;i++){
buffs[i] = i;
}
fd = open(fRam_path, O_RDWR);
if(fd>0){
write(fd,buffs,256);
close(fd);
}
else{
qDebug()<<"FRAM open fail!";
return false;
}
i=0;
memset(buffs,0x00,256);
fd = open(fRam_path, O_RDONLY );
if(fd>0){
read(fd,buffs,256);
close(fd);
}else{
qDebug()<<"FRAM open fail!";
return false;
}
for(i=0;i<256;i++){
if(i !=buffs[i]) {
qDebug()<<"FRAM Test Fail";
return false;
}
}
qDebug()<<"FRAM Test Success!";
return true;
#endif
fd = open(fRam_path, O_RDONLY );
if(fd>0){
memset(buffs,0x00,FRAM_SIZE);
read(fd,buffs,FRAM_SIZE);
if(buffs[sizeof(error_log) + sizeof(use_statics_log) + sizeof(sensor_statics_log)] != 0x9C){
qDebug() << "service data read incorrected!";
close(fd);
return saveServiceData();
}
qDebug() << "FRAM Read, Write Size is " << sizeof(error_log)+sizeof(use_statics_log) + sizeof(sensor_log);
memcpy((void*)err_log.data,pBuff,sizeof(error_log)); pBuff += sizeof(error_log);
memcpy((void*)use_log.data, pBuff,sizeof(use_statics_log));pBuff += sizeof(use_statics_log);
memcpy((void*)sensor_log.data,pBuff,sizeof(sensor_statics_log)); pBuff+= sizeof(sensor_statics_log);
close(fd);
qDebug() <<"FRAM Load Success";
}else{
qDebug()<<"FRAM FILE Open fail!!";
}
return true;
}
bool ServiceData::resetSensorlogData()
{
memset((void*)sensor_log.data,0x00, sizeof(sensor_statics_log));
return saveServiceData();
}
bool ServiceData::setWashState(bool bval, bool save)
{
use_log.items.b_oven_state.b.wash_state = bval;
if(save) return saveServiceData();
else return true;
}
bool ServiceData::setTotalCookingTime(uint32_t val, bool save)
{
use_log.items.total_cook_time = val;
if(save) return saveServiceData();
else return true;
}
bool ServiceData::setTotalCookingCount(uint32_t val, bool save)
{
use_log.items.total_cook_count = val;
if(save) return saveServiceData();
else return true;
}
bool ServiceData::addTotalCookingCount(uint32_t val, bool save)
{
use_log.items.total_cook_count +=val;
if(save) return saveServiceData();
else return true;
}
bool ServiceData::addTotalCookingTime(uint32_t val, bool save)
{
use_log.items.total_cook_time += val;
if(save) return saveServiceData();
else return true;
}
bool ServiceData::saveServiceData(void){
uint8_t buffs[FRAM_SIZE];
uint8_t* pBuff;
int fd;
pBuff = buffs;
fd = open(fRam_path, O_RDWR | O_SYNC);
if(fd>0){
memset(buffs,0x00,FRAM_SIZE);
memcpy(pBuff,(void*)err_log.data,sizeof(error_log)); pBuff += sizeof(err_log);
memcpy(pBuff,(void*)use_log.data,sizeof(use_statics_log)); pBuff += sizeof(use_statics_log);
memcpy(pBuff,(void*)sensor_log.data,sizeof(sensor_statics_log)); pBuff += sizeof(sensor_statics_log);
*pBuff = 0x9C;
write(fd,buffs,FRAM_SIZE);
close(fd);
}else{
qDebug()<<"FRAM FILE Open fail!!";
return false;
}
return true;
}