int enable_get_sim_type(int md_id, unsigned int enable)
{
int ret = 0;
unsigned int msg_id = EXT_MD_SIM_TYPE;
unsigned int resv = enable;
ret = eemcs_notify_md_by_sys_msg(MD_SYS5, msg_id, resv);
DBGLOG(SMSG,INF,"enable_get_sim_type(enable=%d): %d", resv, ret);
return ret;
}
//------------For MD get Battery info from AP------------//
void send_battery_info(int md_id)
{
int ret = 0;
unsigned int para = 0;
unsigned int resv = 0;
unsigned int msg_id = EXT_MD_GET_BATTERY_INFO;
resv = eemcs_get_bat_info(para);
ret = eemcs_notify_md_by_sys_msg(md_id, msg_id, resv);
DBGLOG(SMSG, INF, "send bat vol(%d) to md: %d", resv, ret);
return;
}
static void
mtk_cl_mddtxpwr_set_mddtxpwr_limit(void)
{
// TODO: optimize
int i = 0;
int min_limit = 65535;
for (; i < MAX_NUM_INSTANCE_MTK_COOLER_MDDTXPWR; i++)
{
unsigned long curr_state;
MTK_CL_MDDTXPWR_GET_CURR_STATE(curr_state, cl_mddtxpwr_state[i]);
if (1 == curr_state)
{
int limit;
MTK_CL_MDDTXPWR_GET_LIMIT(limit, cl_mddtxpwr_state[i]);
if ((min_limit > limit) && (limit > 0))
min_limit = limit;
}
}
if (min_limit != cl_mddtxpwr_cur_limit)
{
cl_mddtxpwr_cur_limit = min_limit;
#if 1
if (65535 <= cl_mddtxpwr_cur_limit)
{
int ret =
eemcs_notify_md_by_sys_msg(MD_SYS5, EXT_MD_DTX_REQ, 8);
mtk_cooler_mddtxpwr_dprintk_always("mtk_cl_mddtxpwr_set_mddtxpwr_limit() ret %d limit=30\n", ret);
}
else
{
int ret =
eemcs_notify_md_by_sys_msg(MD_SYS5, EXT_MD_DTX_REQ, cl_mddtxpwr_cur_limit);
mtk_cooler_mddtxpwr_dprintk_always("mtk_cl_mddtxpwr_set_mddtxpwr_limit() ret %d limit=%d\n", cl_mddtxpwr_cur_limit);
}
#endif
}
}
static int amdtxpwr_backoff(int level)
{
int ret;
if (level == 0)
{
// no throttle
//ret = eemcs_notify_md_by_sys_msg(MD_SYS5, EXT_MD_DTX_REQ, 8);
ret = eemcs_notify_md_by_sys_msg(MD_SYS5, EXT_MD_TX_PWR_REDU_REQ, 23); // TODO: 30db as unlimit...
mtk_cooler_amdtxctrl_dprintk_always("[%s] unlimit DTX and TX\n", __func__);
}
#if 0
else if (level >= 1 && level <= 7)
{
// only DTX
ret = eemcs_notify_md_by_sys_msg(MD_SYS5, EXT_MD_DTX_REQ, 8-level);
ret = eemcs_notify_md_by_sys_msg(MD_SYS5, EXT_MD_TX_PWR_REDU_REQ, 23); // TODO: 30db as unlimit...
mtk_cooler_amdtxctrl_dprintk_always("[%s] limit DTX %d and unlimit TX\n", __func__, 8-level);
}
#endif
else if (level >= 1 && level <= COOLER_STEPS-1)
{
// DTX 1/8 + Tx power back off
//ret = eemcs_notify_md_by_sys_msg(MD_SYS5, EXT_MD_DTX_REQ, 1);
ret = eemcs_notify_md_by_sys_msg(MD_SYS5, EXT_MD_TX_PWR_REDU_REQ, (23- (level)*3)); // TODO: 30db as unlimit...
mtk_cooler_amdtxctrl_dprintk_always("[%s] limit DTX 1 and limit TX %d\n", __func__, (23- (level)*3));
}
else
{
// error...
ret = -1;
mtk_cooler_amdtxctrl_dprintk_always("[%s] ouf of range\n", __func__);
}
return ret;
}
static void eemcs_low_battery_cb(unsigned int level)
{
int md_id;
int ret;
unsigned int reserve = 0xFFFFFFFF;
/*
* byte3 byte2 byte1 byte0
* 0 4G 3G 2G
*/
if(level == LOW_BATTERY_LEVEL_0) {
reserve = 0;// 0
} else if(level == LOW_BATTERY_LEVEL_1 || level == LOW_BATTERY_LEVEL_2) {
reserve = (1<<6);// 64
}
if(reserve!=0xFFFFFFFF) {
for(md_id = MD_EXT1; md_id < (MD_EXT1+MAX_EXT_MD_NUM); md_id++) {
ret = eemcs_notify_md_by_sys_msg(md_id, EXT_MD_LOW_BATTERY_LEVEL, reserve);
printk("[EEMCS/PLAT] eemcs_low_battery_cb: md_id=%d, msg=%x, reserve=%d, ret=%d\n", \
md_id, EXT_MD_LOW_BATTERY_LEVEL, reserve, ret);
}
}
}
int eemcs_sysmsg_echo_test(int md_id, int data)
{
eemcs_notify_md_by_sys_msg(md_id, TEST_MSG_ID_AP2MD, data);
return 0;
}
