BSP_S32 BSP_IPF_ST_402()
{
s32 result = 0;
u32 reg_table_size =0;
result = ipf_drx_bak_reg();
if(IPF_SUCCESS != result)
{
bsp_trace(BSP_LOG_LEVEL_ERROR, BSP_MODU_IPF, "BSP_IPF_ST_402 backup reg fail!\n");
return IPF_ERROR;
}
/*ʹÓÃsyssc reset ipf£¬¸ù¾Ýmengbiao£¬Õâ»áʹËùÓмĴæÆ÷Çå0*/
ipf_drx_restore_reg();
reg_table_size = sizeof(g_ipf_setting_table_test);
result = compare_reg_table(g_ipf_setting_table_test, (u32*)IPF_PWRCTL_INFO_ADDR, reg_table_size);
if(IPF_SUCCESS != result)
{
bsp_trace(BSP_LOG_LEVEL_ERROR, BSP_MODU_IPF, "BSP_IPF_ST_402 restore g_ipf_setting_table_test fail!\n");
return IPF_ERROR;
}
reg_table_size = sizeof(g_ipf_adq_rptr_table_test);
result = compare_reg_table(g_ipf_adq_rptr_table_test, (u32*)IPF_PWRCTL_ADQ_WPTR_INFO_ADDR, reg_table_size);
if(IPF_SUCCESS != result)
{
bsp_trace(BSP_LOG_LEVEL_ERROR, BSP_MODU_IPF, "BSP_IPF_ST_402 restore g_ipf_setting_table_test fail!\n");
return IPF_ERROR;
}
reg_table_size = sizeof(g_ipf_adq_wptr_chctrl_table_test);
result = compare_reg_table(g_ipf_adq_wptr_chctrl_table_test, (u32*)IPF_PWRCTL_ADQ_RPTR_CHCTRL_ADDR, reg_table_size);
if(IPF_SUCCESS != result)
{
bsp_trace(BSP_LOG_LEVEL_ERROR, BSP_MODU_IPF, "BSP_IPF_ST_402 restore g_ipf_setting_table_test fail!\n");
return IPF_ERROR;
}
return IPF_SUCCESS;
}
/*Check of ipf filter restore success or not test*/
BSP_S32 BSP_IPF_ST_403()
{
s32 result = 0;
result = ipf_drx_bak_reg();
if(IPF_SUCCESS != result)
{
bsp_trace(BSP_LOG_LEVEL_ERROR, BSP_MODU_IPF, "BSP_IPF_ST_402 backup reg fail!\n");
return IPF_ERROR;
}
ipf_drx_restore_reg();
return check_filter_restore_status();
}
/*各模块填写时，注意suspend顺序与resume顺序相反*/
static s32 enter_suspend_and_resume(u32 pm_msg)
{
s32 ret = 0;
pm_suspend_flag = 0;
pm_resume_flag = 0;
if(PMSG_SUSPEND==pm_msg){
/*可维可测，记录进入suspend总次数*/
dpm_debug[DPM_BUTTON][0]++;
/*本分支回调各设备的suspend回调函数，顺序往下加*/
writel(bsp_get_slice_value(), DPM_SRAM_TIMER1);
ret=tem_protect_suspend();
if(ret !=0)
{
pm_suspend_flag = 1;
dpm_debug[DPM_TEM][0] +=1;
goto end;
}
writel(bsp_get_slice_value(), DPM_SRAM_TIMER2);
ret=bsp_socp_suspend();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER3);
if(ret !=0)
{
pm_suspend_flag = 1;
dpm_debug[DPM_SOCP][0] +=1;
goto tem_resume;
}
bsp_ipc_suspend();
bsp_amon_suspend();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER4);
(void)uart_suspend_port();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER5);
ret = ipf_drx_bak_reg();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER6);
if(ret !=0)
{
pm_suspend_flag = 1;
dpm_debug[DPM_IPF][0] +=1;
goto uart_resume;
}
ret = bsp_pmu_suspend();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER7);
if(ret != 0)
{
pm_suspend_flag = 1;
dpm_debug[DPM_PMU][0] +=1;
goto ipf_resume;
}
bsp_wdt_suspend(0);
}
else if(PMSG_RESUME==pm_msg){
dpm_debug[DPM_BUTTON][1]++;/*可维可测，记录进入resume总次数*/
/*本分支回调各设备的resume回调函数,顺序往上加*/
writel(bsp_get_slice_value(), DPM_SRAM_TIMER8);
ret = bsp_pmu_resume();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER9);
if(ret != 0)
{
pm_resume_flag = 1;
dpm_debug[DPM_PMU][1] +=1;
goto resume;
}
ipf_resume:
ipf_drx_restore_reg();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER10);
uart_resume:
(void)uart_resume_port();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER11);
bsp_amon_resume();
bsp_ipc_resume();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER12);
bsp_socp_resume();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER13);
tem_resume:
tem_protect_resume();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER14);
bsp_hkadc_resume();
writel(bsp_get_slice_value(), DPM_SRAM_TIMER15);
bsp_wdt_resume();
}
end:
if(PMSG_SUSPEND==pm_msg)
{
if(0==pm_suspend_flag)
return DPM_OK;
else
return DPM_ERROR;
}
resume:
if(PMSG_RESUME==pm_msg)
{
if(0==pm_resume_flag)
return DPM_OK;
else
return DPM_ERROR;
}
return DPM_OK;
}
