PACKED void * diag_userDataBackUp_handler(PACKED void *req_pkt_ptr,uint16 pkt_len)
{
udbp_req_type *req_ptr = (udbp_req_type *) req_pkt_ptr;
udbp_rsp_type *rsp_ptr = NULL;
const rsp_len = sizeof( udbp_rsp_type );
rsp_ptr = (udbp_rsp_type *) diagpkt_alloc (DIAG_USET_DATA_BACKUP, rsp_len);
if(rsp_ptr)
{
switch(req_ptr->header.sub_cmd)
{
case SRD_INIT_OPERATION :
diag_SRD_Init(req_ptr,rsp_ptr);
break;
case USERDATA_BACKUP_REQUEST :
diag_userDataBackUp_entrySet(req_ptr,rsp_ptr);
break;
case GET_DOWNLOAD_INFO :
break;
case EXTRA_NV_OPERATION :
#ifdef LG_FW_SRD_EXTRA_NV
diag_extraNv_entrySet(req_ptr,rsp_ptr);
#endif
break;
case PRL_OPERATION :
#ifdef LG_FW_SRD_PRL
diag_PRL_entrySet(req_ptr,rsp_ptr);
#endif
break;
default :
rsp_ptr = (void *) diagpkt_err_rsp (DIAG_BAD_PARM_F, req_ptr, pkt_len);
break;
}
}
/* Execption*/
if (rsp_ptr == NULL){
return NULL;
}
if (!diagcomm_status()){
diagpkt_free(rsp_ptr);
return NULL;
}
return rsp_ptr;
}
asmlinkage long sys_LGE_Dload_SRD (void *req_pkt_ptr, void *rsp_pkt_ptr)
{
udbp_req_type *req_ptr = (udbp_req_type *) req_pkt_ptr;
udbp_rsp_type *rsp_ptr = (udbp_rsp_type *) rsp_pkt_ptr;
//uint16 rsp_len = pkg_len;
int write_size=0 , mtd_op_result=0;
// DIAG_TEST_MODE_F_rsp_type union type is greater than the actual size, decrease it in case sensitive items
switch(req_ptr->header.sub_cmd)
{
case SRD_INIT_OPERATION:
printk(KERN_INFO "[SRD] SRD_INIT_OPERATION \n");
diag_SRD_Init(req_ptr,rsp_ptr);
break;
case USERDATA_BACKUP_REQUEST:
printk(KERN_INFO "[SRD] USERDATA_BACKIP_REQUEST \n");
//remote_rpc_srd_cmmand(req_ptr, rsp_ptr); //userDataBackUpStart() ���⼭ ... shared ram ���� �ϵ���. ..
diag_userDataBackUp_entrySet(req_ptr,rsp_ptr,0); //write info data , after rpc respons include write_sector_counter
//todo .. rsp_prt->header.write_sector_counter, how about checking no active nv item ;
// write ram data to emmc misc partition as many as retruned setor counters
load_srd_shard_base=smem_alloc(SMEM_ERR_CRASH_LOG, SIZE_OF_SHARD_RAM); //384K byte
if (load_srd_shard_base ==NULL)
{
((udbp_rsp_type*)rsp_ptr)->header.err_code = UDBU_ERROR_CANNOT_COMPLETE;
printk(KERN_INFO "[SRD] backup req smem alloc fail!! ");
break;
// return rsp_ptr;
}
write_size= req_ptr->nv_counter *256; //return nv backup counters
printk(KERN_INFO "[SRD] backup req// nv_counter = %d", req_ptr->nv_counter);
write_size= (req_ptr->header.packet_version/0x10000) *256; //return nv backup counters
//write_size = 512;
printk(KERN_INFO "[SRD] backup req// pkt_version = %d", (int) req_ptr->header.packet_version);
if( write_size >SIZE_OF_SHARD_RAM)
{
((udbp_rsp_type*)rsp_ptr)->header.err_code = UDBU_ERROR_CANNOT_COMPLETE; //hue..
break;
}
load_srd_kernel_base=kmalloc((size_t)write_size, GFP_KERNEL);
memcpy(load_srd_kernel_base,load_srd_shard_base,write_size);
//srd_bytes_pos_in_emmc+512 means that info data already writed at emmc first sector
mtd_op_result = lge_write_srd_block(srd_bytes_pos_in_emmc+512, load_srd_kernel_base, write_size); //512 info data
if(mtd_op_result!= write_size)
{
((udbp_rsp_type*)rsp_ptr)->header.err_code = UDBU_ERROR_CANNOT_COMPLETE;
kfree(load_srd_kernel_base);
printk(KERN_INFO "[SRD] backup req// mtd_op != wtite_size");
break;
}
kfree(load_srd_kernel_base);
#if 0
if ( !writeBackUpNVdata( load_srd_base , write_size))
{
((udbp_rsp_type*)rsp_ptr)->header.err_code = UDBU_ERROR_CANNOT_COMPLETE;
return rsp_ptr;
}
#endif
break;
case GET_DOWNLOAD_INFO :
break;
case EXTRA_NV_OPERATION :
#ifdef LG_FW_SRD_EXTRA_NV
diag_extraNv_entrySet(req_ptr,rsp_ptr);
#endif
break;
case PRL_OPERATION :
#ifdef LG_FW_SRD_PRL
diag_PRL_entrySet(req_ptr,rsp_ptr);
#endif
break;
default :
rsp_ptr =NULL; //(void *) diagpkt_err_rsp (DIAG_BAD_PARM_F, req_ptr, pkt_len);
break;
}
/* Execption*/
if (rsp_ptr == NULL){
return FALSE;
}
printk(KERN_INFO "[SRD] syscall complete rsp->err_code = %d ", (int)rsp_ptr->header.err_code);
return TRUE;
}
