static void rk2918_get_bat_capacity(struct rk2918_battery_data *bat)
{
s32 deltatime = 0;
ktime_t ktmietmp;
struct timespec ts;
ktmietmp = ktime_get_real();
ts = ktime_to_timespec(ktmietmp);
deltatime = ts.tv_sec - batteryspendcnt;
if (first_flag || (openfailflag && (openfailcount > 1)))
//多次打开，刚开始采样时不准，多次采样。。
{
if(first_flag == 1)
first_flag--;
openfailcount--;
printk("%s,first_flag=%d,openfailflag=%d,openfailcount=%d\n",__func__,first_flag,openfailflag,openfailcount);
gBatCapacity = rk2918_battery_load_capacity();
if (gBatCapacity == 0) gBatCapacity = 1;
}
else if ((deltatime > 1) && (first_flag == 0) &&(!time_chg_flag))//处理休眠之后的电量回复,如果超过十分钟
{
//printk("---->time_chg_flag =%d\n", time_chg_flag);
gBatCapacity = rk2918_battery_resume_get_Capacity(deltatime);
}
else
{
gBatCapacity = rk2918_get_bat_capacity_ext(gBatVoltage);
}
if(time_chg_flag)
time_chg_flag = 0;
batteryspendcnt = ts.tv_sec;
}
static void rk2918_get_bat_capacity(struct rk2918_battery_data *bat)
{
int deltatime = 0;
struct timespec now;
getnstimeofday(&now);
deltatime = now.tv_sec-batteryspendcnt1;
if (resumeflag == 1)
printk("%s..batteryspendcnt1=%d now.tv_sec=%d,deltatime=%d\n",__FUNCTION__,batteryspendcnt1,(unsigned long)now.tv_sec,deltatime);
//if (first_flag || (openfailcount > 1))
if (first_flag || (openfailflag && (openfailcount > 1)))
//多次打开，刚开始采样时不准，多次采样。。
{
if(first_flag == 1)
first_flag= 0;
openfailcount--;
//printk("%s,first_flag=%d,openfailflag=%d,openfailcount=%d\n",__func__,first_flag,openfailflag,openfailcount);
gBatCapacity = rk2918_battery_load_capacity();
if (gBatCapacity == 0) gBatCapacity = 1;
}
else if ((resumeflag == 1) && (deltatime > 700) && (first_flag == 0))//处理休眠之后的电量回复,如果超过十分钟
{
resumeflag = 0;
gBatCapacity = rk2918_battery_resume_get_Capacity(deltatime);
}
else
{
resumeflag = 0;
gBatCapacity = rk2918_get_bat_capacity_ext(gBatVoltage);
/*
if(deltatime>1)
{
if(gBatCapacity--<2)
gBatCapacity = 50;
if(gBatCapacity==15)
gBatCapacity = 4;
batteryspendcnt = ktmietmp.tv.sec;
}
*/
}
batteryspendcnt1 = now.tv_sec;
}
static void rk2918_get_bat_capacity(struct rk2918_battery_data *bat)
{
int deltatime = 0;
ktime_t ktmietmp;
struct timespec ts;
ktmietmp = ktime_get_real();
ts = ktime_to_timespec(ktmietmp);
deltatime = ts.tv_sec - batteryspendcnt;
//deltatime = ktmietmp.tv.sec - batteryspendcnt;
if (first_flag || (openfailflag && (openfailcount > 1)))
//多次打开，刚开始采样时不准，多次采样。。
{
if(first_flag == 1)
first_flag--;
openfailcount--;
printk("%s,first_flag=%d,openfailflag=%d,openfailcount=%d\n",__func__,first_flag,openfailflag,openfailcount);
gBatCapacity = rk2918_battery_load_capacity();
if (gBatCapacity == 0)
gBatCapacity = 1;
}
else if ((deltatime > 600) && (first_flag == 0))//处理休眠之后的电量回复,如果超过十分钟
{
gBatCapacity = rk2918_battery_resume_get_Capacity(deltatime);
}
else
{
gBatCapacity = rk2918_get_bat_capacity_ext(gBatVoltage);
/*
if(deltatime>1)
{
if(gBatCapacity--<2)
gBatCapacity = 50;
if(gBatCapacity==15)
gBatCapacity = 4;
batteryspendcnt = ktmietmp.tv.sec;
}
*/
}
//batteryspendcnt = ktmietmp.tv.sec;
batteryspendcnt=ts.tv_sec;
}