void ccci_md_mem_reserve(void)
{
void* ptr = NULL;
int tmp_md_id = MD_SYS1;
parse_ccci_dfo_setting(NULL, 0);
#if defined(CONFIG_MTK_ENABLE_MD1)
ptr = (void*)arm_memblock_steal(modem_size_list[tmp_md_id], SZ_32M);
if(ptr)
{
md_resv_mem_addr[tmp_md_id] =(unsigned int) ptr;
printk("[ccci/ctl] (1)md mem reserve successfully,ptr=%p,size=%d\n",ptr,modem_size_list[tmp_md_id]);
}else{
printk("[ccci/ctl] (1)md mem reserve fail.\n");
md_resv_mem_addr[tmp_md_id] =0;
}
tmp_md_id = MD_SYS2;
ptr = NULL;
#endif // MTK_ENABLE_MD1
#if defined(MTK_ENABLE_MD2)
ptr = (void*)arm_memblock_steal(modem_size_list[tmp_md_id], SZ_32M);
if(ptr)
{
md_resv_mem_addr[tmp_md_id] =(unsigned int) ptr;
printk("[ccci/ctl] (2)md mem reserve successfully,ptr=%p,size=%d\n",ptr,modem_size_list[tmp_md_id]);
}else{
printk("[ccci/ctl] (2)md mem reserve fail.\n");
md_resv_mem_addr[tmp_md_id] =0;
}
#endif // MTK_ENABLE_MD2
}
//get the info about how many modem is running currently
unsigned int get_nr_modem(void)
{
// 2 additional modems (rear end)
parse_ccci_dfo_setting(NULL, 0);
// return modem_num;
return 0;
}
void ccci_md_mem_reserve(void)
{
void* ptr;
parse_ccci_dfo_setting(NULL, 0);
ptr = (void*)arm_memblock_steal(modem_size_list[0],SZ_32M);
if(ptr)
{
md_resv_mem_addr[MD_SYS1] =(unsigned int) ptr;
printk("[ccci/ctl] (0)md mem reserve successfully,ptr=%p,size=%d\n",ptr,modem_size_list[0]);
}else{
printk("[ccci/ctl] (0)md mem reserve fail.\n");
md_resv_mem_addr[MD_SYS1] =0;
}
}
