int mca_send(int cmd_id, union mca_udata_req req_data, union mca_udata_rsp* p_rsp_data, int time_out)
{
struct ipc_msg msg;
struct mca_frame frame = {0};
unsigned int data_len = 0;
int ret = 0;
if(!p_rsp_data)
return -1;
(msg.cmd_mix).cmd_type = TYPE_PWC;
(msg.cmd_mix).cmd = CMD_SETTING;
(msg.cmd_mix).cmd_obj = OBJ_MCA;
(msg.cmd_mix).cmd_src = OBJ_AP;
msg.mode = time_out ? SYNC_CMD : ASYNC_CMD;
memset(&frame, 0, sizeof(struct mca_frame));
frame.cmd_id = cmd_id;
memcpy((void*)&frame.udata, (void*)&req_data, sizeof(union mca_udata_req));
data_len = (sizeof(msg.data) - sizeof(msg.data[0])) < sizeof(frame) \
? (sizeof(msg.data) - sizeof(msg.data[0])) : sizeof(frame);
memcpy((void*)&msg.data[1], (void*)&frame, data_len);
if(WARN_ON((sizeof(msg.data) - sizeof(msg.data[0])) < sizeof(frame)))
{
MCA_DEBUG("mca_send frame size is out of range!!!\n");
}
ret = ipc_msg_send(OBJ_LPM3, &msg, SYNC_MODE);
if(0 != ret)
{
MCA_DEBUG("mca send cmd:%d ret:0x%x failed!!!\n",cmd_id, ret);
return -1;
}
if (time_out) {
data_len= ((sizeof(msg.data) - sizeof(msg.data[0])) < sizeof(union mca_udata_rsp)) ?
(sizeof(msg.data) - sizeof(msg.data[0])) : sizeof(union mca_udata_rsp);
memcpy(p_rsp_data, &(msg.data[1]), data_len);
if(-1 == p_rsp_data->dfs_default_rsp.ret)
{
MCA_DEBUG("mca send cmd:%d rsp.ret:-1 failed!!!\n",cmd_id);
return -1;
}
}
return 0;
}
int mca_send(int cmd_id, union mca_udata_req req_data, union mca_udata_rsp* p_rsp_data, int time_out)
{
struct mca_frame frame = {0};
union mca_udata_rsp rsp;
unsigned long outputlen;
unsigned char outbuf[512] = {0};
int ret;
// If user need response data, p_rsp_data != NULL
if(p_rsp_data)
{
memset(&frame, 0, sizeof(struct mca_frame));
frame.cmd_id = cmd_id;
frame.udata = req_data;
outputlen = sizeof(union mca_udata_rsp);
MCA_DEBUG("mca send cmd:%d\n", cmd_id);
#if 0 //monan for new ifc
if(BSP_OK != MB_IFC_ExtendCall( IFCP_FUNC_MCU_MCA, BSP_MAILBOX_IFC_CALL_SYNC, (void *)0,(unsigned char*)(&frame),
sizeof(struct mca_frame), (unsigned char*)(&outbuf[0]), &outputlen))
{
MCA_DEBUG("mca send cmd:%d failed!!!\n",cmd_id);
goto ERR_DESTROY_EXIT;
}
#endif
if(BSP_OK != (ret = mcu_mca_cmd_handler((unsigned char*)(&frame), sizeof(struct mca_frame), (unsigned char*)(&outbuf[0]), outputlen, time_out)))
{
MCA_DEBUG("mca send cmd:%d ret:0x%x failed!!!\n",cmd_id, ret);
goto ERR_DESTROY_EXIT;
}
if(sizeof(union mca_udata_rsp) != outputlen)
{
MCA_DEBUG("output len(%d) is error, mca send cmd:%d failed!!!\n",outputlen, cmd_id);
goto ERR_DESTROY_EXIT;
}
else
{
memcpy(p_rsp_data, outbuf, outputlen);
}
}
else /* If p_rsp_data == NULL, we'll think user needn't response. */
{
memset(&frame, 0, sizeof(struct mca_frame));
frame.cmd_id = cmd_id;
frame.udata = req_data;
goto ERR_DESTROY_EXIT;
#if 0 //monan for new ifc
if(BSP_OK != MB_IFC_ExtendCall( IFCP_FUNC_MCU_MCA, BSP_MAILBOX_IFC_CALL_SYNC, (void *)0,(unsigned char*)(&frame),
sizeof(struct mca_frame), (unsigned char*)(&outbuf[0]), &outputlen))
{
MCA_DEBUG("mca send cmd:%d failed!!!\n",cmd_id);
goto ERR_DESTROY_EXIT;
}
#endif
if(sizeof(union mca_udata_rsp) != outputlen)
{
MCA_DEBUG("output len(%d) is error, mca send cmd:%d failed!!!\n",outputlen, cmd_id);
goto ERR_DESTROY_EXIT;
}
}
rsp = *(union mca_udata_rsp *)outbuf;
if(-1 == rsp.dfs_default_rsp.ret)
{
goto ERR_DESTROY_EXIT;
}
return 0;
ERR_DESTROY_EXIT:
return -1;
}
