void* testmode_sleep_mode_test(uint32_t sub1_cmd, uint32_t sub2_cmd)
{
int value = 0 ;
struct testmode_relay_result *relay_result;
relay_result = (struct testmode_relay_result *)kzalloc(sizeof(struct testmode_relay_result), GFP_KERNEL);
switch( sub2_cmd )
{
case 0:
{
struct input_dev* idev = NULL;
extern struct input_dev* get_ats_input_dev(void);
idev = get_ats_input_dev();
if(idev == NULL)
printk("%s: input device addr is NULL\n",__func__);
if(check_lcd_status() > 0)
{
input_report_key(idev,(unsigned int)KEY_POWER, 1);
input_report_key(idev,(unsigned int)KEY_POWER, 0);
}
relay_result->ret_value = TESTMODE_SUCCESS;
break;
}
case 1:
wirte_flight_mode(1);
break;
default:
break;
}
return relay_result;
}
void* testmode_sleep_mode_test(uint32_t sub1_cmd, uint32_t sub2_cmd)
{
//jungjr_compile_error int value = 0 ;
struct testmode_relay_result *relay_result;
relay_result = (struct testmode_relay_result *)kzalloc(sizeof(struct testmode_relay_result), GFP_KERNEL);
// START [email protected] 20100901 LAB1_FW : sleep mode {
switch( sub2_cmd )
{
case 0:
{
#ifdef LGE_TEST_MODE_TBD
struct input_dev* idev = NULL;
extern struct input_dev* get_ats_input_dev(void);
idev = get_ats_input_dev();
if(idev == NULL)
printk("%s: input device addr is NULL\n",__func__);
if(check_lcd_status() > 0)
{
/* LCD ON STATS ÀÏ ¶§¸¸ */
input_report_key(idev,(unsigned int)KEY_POWER, 1);
input_report_key(idev,(unsigned int)KEY_POWER, 0);
}
#endif /* LGE_TEST_MODE_TBD */
relay_result->ret_value = TESTMODE_SUCCESS;
break;
}
// START [email protected] 20100914 LAB1_FW : Flight_mode {
case 1:
wirte_flight_mode(1);
break;
// END [email protected] 20100914 LAB1_FW : Flight_mode }
default:
break;
}
// END [email protected] 20100901 LAB1_FW : sleep mode }
return relay_result;
}
int lge_ats_handle_atcmd(struct msm_rpc_server *server,
struct rpc_request_hdr *req, unsigned len,
void (*update_atcmd_state)(char *cmd, int state) )
{
struct rpc_ats_atcmd_args *args = (struct rpc_ats_atcmd_args *)(req + 1);
int result = HANDLE_OK;
char ret_string[MAX_STRING_RET];
uint32_t ret_value1 =0;
uint32_t ret_value2 = 0;
uint32_t at_cmd;
uint32_t at_act;
uint32_t at_param;
#ifdef CONFIG_LGE_BROADCAST
/* mtv_blt_mode : 1 mtv_av_mode : 0*/
static int mtv_blt_mode = 0;
struct broadcast_mtv_sig_info tdmbdata;
#endif
at_cmd = be32_to_cpu(args->at_cmd);
at_act = be32_to_cpu(args->at_act);
at_param = be32_to_cpu(args->at_param);
printk(KERN_INFO "%s: at_cmd = %d, at_act=%d, at_param=%d:\n",
__func__, args->at_cmd, args->at_act,args->at_param);
memset(server->retvalue.ret_string, 0, sizeof(server->retvalue.ret_string));
memset (ret_string, 0, sizeof(ret_string));
switch (at_cmd)
{
case ATCMD_ACS: //31
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("acs", at_param); //state is up? down?
break;
case ATCMD_VLC: //36
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("vlc", at_param); //state is up? down?
break;
case ATCMD_SPM: //40
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("spm", at_param); //state is up? down?
break;
case ATCMD_MPT: //43
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("mpt", at_param); //state is up? down?
break;
case ATCMD_FMR: //42
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("fmr", at_param); //state is up? down?
break;
/*[LGE_CHANGE_S][Camera][[email protected] 2010-05-26 : AT Command AT_CAM AT_AVR */
case ATCMD_AVR: //45
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("avr", at_param); //state is up? down?
break;
case ATCMD_CAM: //70
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("cam", at_param); //state is up? down?
break;
/*[LGE_CHANGE_E[Camera][[email protected] 2010-05-26 : AT Command AT_CAM AT_AVR */
case ATCMD_EMT: // 46
ret_value1 = external_memory_test();
break;
case ATCMD_FC: // 59
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
ret_value1 = 0;
break;
case ATCMD_FO: // 60
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
ret_value1 = 0;
break;
//LGE_UPDATE_S [email protected] 2010-06-21, add AT%FLIHGT
case ATCMD_FLIGHT: // 82
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
wirte_flight_mode(at_param);
update_atcmd_state("flight", at_param); //state is up? down?
break;
//LGE_UPDATE_E [email protected] 2010-06-21, add AT%FLIHGT
case ATCMD_MMCFORMAT: // 129
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
//LGE_UPDATE_S FS 2011-03-22
if(!external_memory_test())
ret_value1 = 0;
else
{
update_atcmd_state("mmcformat", 0);
update_atcmd_state("mmcformat", 1);
update_atcmd_state("mmcformat", 9);
ret_value1 = 1;
}
//LGE_UPDATE_E FS 2011-03-22
break;
//LG_BTUI_NV : Get_BDADDR - [email protected]
case ATCMD_BTAD: //52
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
printk(KERN_INFO "[BTUI] %s: at_cmd => ATCMD_BTAD\n", __func__);
atcmd_get_dev()->state = 1;
update_atcmd_state("btad", at_param);
break;
//LG_BTUI_NV
//LG_BTUI_DUT : use brcm_patchram_plus [S]
case ATCMD_BTTM: //53
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
printk(KERN_INFO "[BTUI] %s: at_cmd => ATCMD_BTTM\n", __func__);
update_atcmd_state("bttm", at_param);
if(at_param==3)
msleep(1000); // 1sec delay
else
msleep(5000); // 5sec delay
break;
//LG_BTUI_DUT : use brcm_patchram_plus [E]
#ifdef CONFIG_LGE_BROADCAST
case ATCMD_MTV: //150
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
printk(KERN_INFO "[MTV] %s: at_cmd => ATCMD_MTV\n", __func__);
if(at_param == 71)
{
printk(KERN_INFO "[MTV] AV Test On process\n");
update_atcmd_state("mtv", at_param);
mtv_blt_mode = 0;
}
else if(at_param == 1)
{
if(mtv_blt_mode == 1)
{
printk(KERN_INFO "[MTV] BLT Off process\n");
mtv_blt_mode = 0;
broadcast_tdmb_blt_close();
broadcast_tdmb_blt_power_off();
}
else
{
printk(KERN_INFO "[MTV] AV Test Off process\n");
update_atcmd_state("mtv", at_param);
}
}
else
{
if((at_param > 71) &&(at_param <= 133))
{
printk(KERN_INFO "[MTV] BLT On\n");
broadcast_tdmb_blt_power_on();
broadcast_tdmb_blt_open();
broadcast_tdmb_blt_tune_set_ch(at_param);
mtv_blt_mode = 1;
}
else if((at_param == 2)||(at_param == 3)
|| (at_param == 4)||(at_param == 5))
{
broadcast_tdmb_blt_get_sig_info((void*)&tdmbdata);
ret_value1 = tdmbdata.msc_ber;
ret_value2 = tdmbdata.tp_err_cnt;
printk(KERN_INFO "[MTV] BLT get ber ber = %d, tp_err_cnt = %d\n", ret_value1, ret_value2);
}
else
{
printk(KERN_INFO "[MTV] BLT Error range\n");
//result = HANDLE_ERROR;
}
}
break;
#endif
default :
result = HANDLE_ERROR;
break;
}
/* give to RPC server result */
strncpy(server->retvalue.ret_string, ret_string, MAX_STRING_RET);
server->retvalue.ret_string[MAX_STRING_RET-1] = 0;
server->retvalue.ret_value1 = ret_value1;
server->retvalue.ret_value2 = ret_value2;
/////////////////////////////////////////////////////////////////
if(result == HANDLE_OK)
result = RPC_RETURN_RESULT_OK;
else
result = RPC_RETURN_RESULT_ERROR;
return result;
}
int lge_ats_handle_atcmd(struct msm_rpc_server *server,
struct rpc_request_hdr *req, unsigned len,
void (*update_atcmd_state)(char *cmd, int state) )
{
struct rpc_ats_atcmd_args *args = (struct rpc_ats_atcmd_args *)(req + 1);
int result = HANDLE_OK;
char ret_string[MAX_STRING_RET];
uint32_t ret_value1 =0;
uint32_t ret_value2 = 0;
uint32_t at_cmd;
uint32_t at_act;
uint32_t at_param;
at_cmd = be32_to_cpu(args->at_cmd);
at_act = be32_to_cpu(args->at_act);
at_param = be32_to_cpu(args->at_param);
printk(KERN_INFO "%s: at_cmd = %d, at_act=%d, at_param=%d:\n",
__func__, args->at_cmd, args->at_act,args->at_param);
memset(server->retvalue.ret_string, 0, sizeof(server->retvalue.ret_string));
memset (ret_string, 0, sizeof(ret_string));
switch (at_cmd)
{
case ATCMD_ACS: //31
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("acs", at_param); //state is up? down?
break;
case ATCMD_VLC: //36
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("vlc", at_param); //state is up? down?
break;
case ATCMD_SPM: //40
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("spm", at_param); //state is up? down?
break;
case ATCMD_MPT: //43
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("mpt", at_param); //state is up? down?
break;
case ATCMD_FMR: //42
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("fmr", at_param); //state is up? down?
break;
/*[_S][Camera][kwangsoo.park 2010-05-26 : AT Command AT_CAM AT_AVR */
case ATCMD_AVR: //45
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("avr", at_param); //state is up? down?
break;
case ATCMD_CAM: //70
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
update_atcmd_state("cam", at_param); //state is up? down?
break;
/*[_E[Camera][kwangsoo.park 2010-05-26 : AT Command AT_CAM AT_AVR */
case ATCMD_EMT: // 46
ret_value1 = external_memory_test();
break;
case ATCMD_FC: // 59
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
ret_value1 = 0;
break;
case ATCMD_FO: // 60
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
ret_value1 = 0;
break;
//LGE_UPDATE_S ins.lee 2010-06-21, add AT%FLIHGT
case ATCMD_FLIGHT: // 82
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
wirte_flight_mode(at_param);
update_atcmd_state("flight", at_param); //state is up? down?
break;
//LGE_UPDATE_E ins.lee 2010-06-21, add AT%FLIHGT
case ATCMD_MMCFORMAT: // 129
if(at_act != ATCMD_ACTION)
result = HANDLE_FAIL;
//LGE_UPDATE_S E720 BCPARK 2010-09-06
if(!external_memory_test())
ret_value1 = 0;
else
{
update_atcmd_state("mmcformat", 0);
update_atcmd_state("mmcformat", 1);
update_atcmd_state("mmcformat", 9);
ret_value1 = 1;
}
//LGE_UPDATE_E E720 BCPARK 2010-09-06
break;
default :
result = HANDLE_ERROR;
break;
}
/* give to RPC server result */
strncpy(server->retvalue.ret_string, ret_string, MAX_STRING_RET);
server->retvalue.ret_string[MAX_STRING_RET-1] = 0;
server->retvalue.ret_value1 = ret_value1;
server->retvalue.ret_value2 = ret_value2;
/////////////////////////////////////////////////////////////////
if(result == HANDLE_OK)
result = RPC_RETURN_RESULT_OK;
else
result = RPC_RETURN_RESULT_ERROR;
return result;
}
