static void lge_ats_update_atcmd_state(char *cmd, int state)
{
#if defined (CONFIG_LGE_SUPPORT_AT_CMD)
struct ats_data *data = &lge_ats_data;
if(!data->atdev)
data->atdev = atcmd_get_dev();
if(data->atdev)
update_atcmd_state(data->atdev, cmd, state);
#endif
}
// at_param shall be ONLY INTERGER, do not (float / pointer / string...)
static int dsatHandleAT_ARM11(uint32_t at_cmd, uint32_t at_act, uint32_t at_param,struct msm_rpc_server *server)
{
int result = HANDLE_OK;
#ifdef USE_REPLY_RETSTRING
int loop = 0;
#endif
char ret_string[MAX_STRING_RET];
uint32_t ret_value1 =0;
uint32_t ret_value2 = 0;
memset (ret_string, 0, sizeof(ret_string));
switch (at_cmd)
{
// example code
case ATCMD_FRST:
{
if(at_act != ATCMD_ACTION)
result = HANLDE_FAIL;
sprintf(ret_string, "edcb");
ret_value1 = 10;
ret_value2 = 20;
}
break;
case ATCMD_SWV:
{
}
break;
case ATCMD_AVR: /* 45 */
{
//printk("#### ATCMD_AVR ###### Act: 0x%x, Param: 0x%x\n", at_act, at_param);
printk("\n[kschoi] ***** ATCMD_AVR key = %d : rpc_server_misc.c",at_param);
lge_atcmd_report_key(1, at_param);
}
break;
case ATCMD_EMT: //46
{
ret_value1 = external_memory_test();
}
break;
case ATCMD_NOT_ATMCD_EARSENSE:
{
printk(" ****************** ATCMD_NOT_ATMCD_EARSENSE ****************** \n");
printk(" ****************** headset_inserted [%d] ****************** \n",headset_inserted);
ret_value1 = headset_inserted;
break;
}
case ATCMD_FRSTSTATUS:
if ( at_act == ATCMD_ACTION )
ret_value1 = set_kernel_factory_reset_status(at_param);
else
ret_value1 = get_kernel_factory_reset_status();
break;
case ATCMD_MOT: // 71
{
#if 1 // def CONFIG_ANDROID_VIBRATOR
if (at_act == ATCMD_ACTION){
ret_value1 = is_vib_state(); // Check vibrator state
}
else if (at_act == ATCMD_ASSIGN) {
if (at_param== 1) {
// vibrator_set(100);
vibrator_enable(); // Enable vibrator
ret_value1 = 1; // "MOTOR ON"
}
else {
vibrator_disable(); // Disabe vibrator
printk("#### ATCMD_MOT 0###### Act: 0x%x, Param: 0x%x\n", at_act, at_param);
ret_value1 = 0; // "MOTOR OFF"
}
}
else
#endif
{
result = HANLDE_FAIL;
}
}
break;
case ATCMD_FKPD: // 33
{
if (at_act == ATCMD_ASSIGN) {
ret_value1 = 1;
at_fkpd_cfg(1/*ENABLE FKPD KEY INPUT*/, at_param/*AT INPUT KEY VALUE*/);
}
else if (at_act == ATCMD_QUERY){ //JUST RETURN OK
ret_value1 = 1;
}
else {
result = HANLDE_FAIL;
}
}
break;
case ATCMD_GKPD: // 34
{
if (at_act == ATCMD_ACTION) {
ret_value1 = at_gkpd_cfg(0/* 0 = READ GKPD*/,0/* READ GKPD STATE*/); //READ GKPD STATE
}
else if (at_act == ATCMD_ASSIGN) {
if (at_param== 1)
{
at_gkpd_cfg(1/*WRITE GKPD*/,1/*WRITE TO SET GKPD BUFF*/); //SET GKPD STATE
ret_value1 = 1; // "GKPD ON"
}
else {
at_gkpd_cfg(1/*WRITE GKPD*/,0/*DISABLE GKPD BUFF*/); //DISABLE GKPD STATE
ret_value1 = 0; // "GKPD OFF"
}
}
else if (at_act == ATCMD_QUERY) {
ret_value1 = at_gkpd_cfg(0/*READ GKPD*/,1/*READ GKPD BUUFERED VALUE*/); //READ A GKPD BUUFER VALUE
}
else {
result = HANLDE_FAIL;
}
}
break;
case ATCMD_BOFF: // 58
{
// To use AT%LCD, uncomment this.
#if defined(CONFIG_MACH_MSM7X27_SWIFT)
int fd;
char buf = '0';
mm_segment_t oldfs;
oldfs = get_fs();
set_fs(get_ds());
fd = sys_open((const char __user *) "/sys/devices/virtual/backlight/rt9393/brightness", O_WRONLY | O_CREAT | O_TRUNC, 0777);
if (fd < 0) {
break;
}
sys_write(fd, &buf, sizeof(char));
sys_close(fd);
set_fs(oldfs);
#endif
#ifdef CONFIG_BACKLIGHT_EVE
lge_atcmd_boff();
#endif
ret_value1 = 1;
}
break;
case ATCMD_FC: // 59
if(at_act != ATCMD_ACTION)
result = HANLDE_FAIL;
#ifdef CONFIG_ANDROID_HALL_IC
if (is_slide_open()== 0)
{
set_slide_open(1); // close slide
ret_value1 = 1; // "FOLDER CLOSE OK"
}
else
{
ret_value1 = 0; // "FOLDER IS ALREADY CLOSED"
}
#endif
break;
case ATCMD_FO: // 60
if(at_act != ATCMD_ACTION)
result = HANLDE_FAIL;
#ifdef CONFIG_ANDROID_HALL_IC
if (is_slide_open() == 0)
{
ret_value1 = 1; // "FOLDER IS ALREADY OPEN"
}
else
{
set_slide_open(0); // open slide
ret_value1 = 0; // "FOLDER OPEN OK"
}
#endif
break;
#if 1 // defined (CONFIG_MACH_EVE)-comment
case ATCMD_VLC: //36
if(at_act != ATCMD_ACTION)
result = HANLDE_FAIL;
if (atpdev != NULL){
update_atcmd_state(atpdev, "vlc", at_param); //state is up? down?
}
else
{
printk("\n[%s] error vlc", __func__ );
}
break;
case ATCMD_SPM: //40
if(at_act != ATCMD_ACTION)
result = HANLDE_FAIL;
if (atpdev != NULL){
update_atcmd_state(atpdev, "spm", at_param); //state is up? down?
}
else
{
printk("\n[%s] error spm", __func__ );
}
break;
case ATCMD_ACS:
if ( at_param != 0 )
mdelay(1000);
break;
case ATCMD_MPT: //43
if(at_act != ATCMD_ACTION)
result = HANLDE_FAIL;
if (atpdev != NULL){
update_atcmd_state(atpdev, "mpt", at_param); //state is up? down?
mdelay (1000);
}
else
{
printk("\n[%s] error mpt", __func__ );
}
break;
case ATCMD_FMR: //42
printk("\n[rpc_server_misc] ATCMD_FMR");
if(at_act != ATCMD_ACTION)
result = HANLDE_FAIL;
if (atpdev != NULL){
update_atcmd_state(atpdev, "fmr", at_param); //state is up? down?
}
else
{
printk("\n[%s] error fmr", __func__ );
}
break;
#endif
case ATCMD_LCD: /* 69 */
{
// To use AT%LCD, uncomment this.
lge_atcmd_report_key(ATCMD_LCD_REPORTKEY, at_param);
ret_value1 = 1;
}
break;
case ATCMD_CAM: /* 70 */
{
//printk("#### ATCMD_CAM ###### Act: 0x%x, Param: 0x%x\n", at_act, at_param);
printk("\n[kschoi] ***** ATCMD_CAM key = %d: rpc_server_misc.c",at_param);
lge_atcmd_report_key(0, at_param);
}
break;
default :
result = HANDLE_ERROR;
break;
}
// give to RPC server result
/////////////////////////////////////////////////////////////////
#ifdef USE_REPLY_RETSTRING
for(loop = 0; loop < MAX_STRING_RET ; loop++)
{
server->retvalue.ret_string[loop]= (AT_STR_t)(ret_string[loop]);
}
server->retvalue.ret_string[MAX_STRING_RET-1] = 0;
server->retvalue.ret_value1 = ret_value1;
server->retvalue.ret_value2 = ret_value2;
#endif
/////////////////////////////////////////////////////////////////
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;
#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;
}
