void test_get_slice(void)
{
unsigned int utime1 = 0;
unsigned int u64time2[2] = {0};
unsigned int uresult = 0;
utime1 = omTimerGet();
printk("\nom slice is %d, bbp slice is %d %d, result = %d\n", utime1, u64time2[0],u64time2[1],uresult);
}
static void tele_mntn_acpu_ddr_freqlink(unsigned int qos_id, unsigned int new_freq)
{
PWC_TELE_MNTN_ACPU_DFS_DDR_QOS_STRU *qos = NULL;
PWC_TELE_MNTN_ACPU_DFS_DDR_QOSINFO_STRU * info = NULL;
if(!g_pPwcAcpuLog)
return;
qos = &(g_pPwcAcpuLog->dfsDdr.qos);
info = &(qos->info);
info->cmd_id = (short)PM_QOS_UPDATE_REQ;
info->qos_id = (short)qos_id;
if(current) {
info->pid = current->pid;
if(current->parent)
info->ppid = current->parent->pid;
}
info->tag_val = new_freq;
info->new_freq = new_freq;
qos->qosSliceTime = omTimerGet();
(void)tele_mntn_write_log(TELE_MNTN_QOS_DDR_ACPU, sizeof(PWC_TELE_MNTN_ACPU_DFS_BOOST_STRU), (void *)qos);
}
/***********************************************************************************
Function: BSP_ICC_Errlog_Save
Description: 将ICC发送和接受时的失败消息
调用OM的回调函数输出
Calls: BSP_MNTN_OmDrvTraceSend
Input: module_id
prim_id
buffer
Output: NA
Return: NA
************************************************************************************/
void BSP_ICC_Errlog_Save( BSP_U16 module_id, BSP_U16 prim_id, void *buffer)
{
BSP_U32 record_valid = 0x0;
if(NULL == g_drv_icc_buf)
{
printk("#####not init#######\n");
return;
}
if (!g_icc_errlog_init_flag)
{
printk("########drv icc mntn not init####### \n");
return;
}
if (NULL == buffer)
{
printk("#######buffer is null#######\n");
return;
}
down(&g_drv_icc_mntn_mutex);
memset((void *)g_icc_mntn_info_header, 0, sizeof(icc_mntn_info_header));
if (((ICC_PRIMID)prim_id >= DRV_PRIM_ICC_ERRLOG) && ((ICC_PRIMID)prim_id <= DRV_PRIM_ICC_ERRLOG))
{
g_icc_mntn_info_header->header_flag = DRV_MNTN_HEADER_FLAG;
g_icc_mntn_info_header->u32ChanID = ((icc_mntn_info_t *)buffer)->u32ChanID;
g_icc_mntn_info_header->s32Errlog = ((icc_mntn_info_t *)buffer)->s32Errlog;
g_icc_mntn_info_header->module_id = module_id;
g_icc_mntn_info_header->prim_id = prim_id;
g_icc_mntn_info_header->s32Datesize = ((icc_mntn_info_t *)buffer)->s32Datesize;
g_icc_mntn_info_header->time_stamp = omTimerGet();
printk("ICC_Errlog_Save:header_flag:%d,u32ChanID:%d,s32Errlog:%d,module_id:%d,prim_id:%d,s32Datesize:%d,time_stamp:%d\n",g_icc_mntn_info_header->header_flag,\
g_icc_mntn_info_header->u32ChanID,g_icc_mntn_info_header->s32Errlog,g_icc_mntn_info_header->module_id,g_icc_mntn_info_header->prim_id,g_icc_mntn_info_header->s32Datesize,g_icc_mntn_info_header->time_stamp );//test
record_valid = 1;
}
else
{
printk("invalid prim_id\n");
}
printk("#######record_valid:%d#######\n",record_valid);
/************om, now delete*************/
/*
if (record_valid)
{
trace_pri_check_flag=icc_trace_pri_check(prim_id);
if(TRUE==trace_pri_check_flag)
{
printk("#######BSP_MNTN_OmDrvTraceSend#######\n");
BSP_MNTN_OmDrvTraceSend(prim_id, module_id, (BSP_U8 *)g_icc_mntn_info_header,
sizeof(icc_mntn_info_header));
}
}
else
{
printk("error invalid record \n ");
}
*/
up(&g_drv_icc_mntn_mutex);
#ifdef MNTN_DBG
printk("######GO out BSP_ICC_Errlog_Save#######\n");
#endif
}
static inline void __ipc_track_set(void __iomem *base, int mdev, int phase)
{
unsigned int slice = omTimerGet();
writel(slice , base + MDEV_TRACK(mdev, phase));
}
