; []===========================================================[] ; ; NOTICE: THIS PROGRAM BELONGS TO AWARD SOFTWARE INTERNATIONAL(R) ; INC. IT IS CONSIDERED A TRADE SECRET AND IS NOT TO BE ; DIVULGED OR USED BY PARTIES WHO HAVE NOT RECEIVED ; WRITTEN AUTHORIZATION FROM THE OWNER. ; ; []===========================================================[] ; ; ;---------------------------------------------------------------------------- ;Rev Date Name Description ;---------------------------------------------------------------------------- ;R69 04/28/99 RAX Addded switch 'RI_AlWAYS_Wakeup_SUSPEND'. ;R65A 04/27/99 RAX Added switch to enable PME wake-up suspend always, and ; fixed PME didn't control. ;R68 04/26/99 RAX Fixed 'HDD_PWRDOWN_IN_SUSPEND' funtion not working and ; add switch to remove HDD power down in suspend fuction ; control item. ;R30A 04/23/99 RIC Fix that "WAKE_LAN_BY_LID"&"LID_Triger_By_Rising_Edge" ; definition fail in using 3Com LAN on 596A chip. ; And add "LID_ACTIVE_HIGH" definition. ;R67 04/22/99 RIC Fix that NT2000(Build-in 1982-2015) can't be installed. ; Because CMOS 7fh is ACPI Century Field not Year Alarm! ;R66A 04/16/99 RIC Fixed that "IOTRAP_SUPPORT" definition cause system ; unstable. ;R66 04/12/99 RIC Add "USB_MOUSE_SUPPORT" definition. ;R65 03/26/99 RAX Added "PME_SUPPORT" define to support PME wakeup and ; power on even ACPI mode and fixed coding mistake. ;R64 03/26/99 RIC Save CMOS Index Port in SMI Hander. ;R49C 03/24/99 ADS Fixed s4 resume hang in post 61h with SDRAM 64M bytes. ;R63 03/22/99 RAX Added define for that if customer request PM function ; working just only APM hooked. ;R62 03/19/99 RAX Fixed PM didn't work on BIOS 6.00. ;R49B 03/17/99 ADS Fixed s4 resume hanged in VGA BIOS. ;R61 03/11/99 ADS Add "WAKE_LAN_BY_GPI" function to support PCI2.2 ; specification. ; NOTE: you must defined "WAKE_LAN_BY_LID" before ; "WAKE_LAN_BY_GPI". ;R52B 03/08/99 RIC Fix the R52A code was still in-completely. ;R32A 02/08/99 RIC Fix that Modem Ring Resume Setting to Disable fail ; in "Move_F000_PMU_INIT_To_E000" define. ;R60 02/01/99 RAX Modify code for not use hard coding. ;R59 02/01/99 ADS Added "Chkwakeup_source" hook to resume from SMI ; function(ext: power buttom,extsmi etc...)for WIN98 ; OSR1. ;R58 02/01/99 ADS Patch WIN98 OSR1 enable "scheduled task" will clear all ; resume event (ex:like keyboard mouse etc..) ;R57 01/30/99 PAL Added "ADM9240_CPUFAN_CNTL_IN_SUSPEND" option ;R56 01/27/99 RAY Support LCD_CRT_OPTION & NEW_SUPERVGA_KERNEL ;R52A 01/21/99 RIC Fix the R52 code was still in-completely. ;R55 01/20/99 GAR Add special for TYAN ;R54 01/20/99 RIC Fix that VGA Active of PM Setup set ON cause system ; to hang in Win98(ACPI mode) ;R53 01/20/99 RIC Fix that Power Fail function abnormally when reset in ; Suspend or S1. ;R52 01/19/99 ADS Add VT686 PM event VGA reg. ;R51 01/14/99 ADS Add "PM_Beep_Speaker" function to support into suspend ; & resume speaker beep. ;R49A 01/13/99 ADS Fixed sometime cause s4 resume hanged. ;R50 01/12/99 RIC Add "Blink_Suspend_LED_In_GPO0" definition. ;R49 01/11/99 ADS Added Suspend to HDD function. ;R48 01/05/99 GAR If define POWER_LED_SELECTION, POWER_LED_USE will ; be defined ;R47 01/05/99 RIC Add 50h func SMI call in SMI_Soft_Off routine for ; specail programing of ACPI wake up . ;R46 01/04/99 GAR Fix bug. If PS2 mouse doesn't exist and restart to DOS ; in APCI mode, the keyboard will be lock ;R45 12/31/98 ADS Add "APC_Power_LED_ITEM" define for customer request. ;R31A 12/31/98 GAR Fix bug.The mouse power on will not effect if R31 ;R44 12/29/98 ADS Fixed s4 can't show progress view. ;R42B 12/28/98 GAR Fix power led compile bug. ;R43 12/28/98 PAL Added "FAN3_CNTL_USE_PWM" to control fan in suspend ;R42A 12/24/98 GAR Move fan code of ITE8693 to ITE8693.SSR ;R42 12/21/98 GAR Add led and fan functions for ITE8693/8673 ;R21A 12/16/98 RIC Add E000_Read_GPI_Pin sub-routine. ;R41 12/08/98 PAL Added W83782D & W83783S CPUFAN control in suspend use ; "W83782D_CPUFAN_CNTL_IN_SUSPEND" & "CPU1_FAN_USE_PWM" ;R05A 12/02/98 RIC Fix that IRQ Wake Event of ACPI don't according to ; BIOS Setup. ;R40 11/30/98 BAR Update ESCD DMI use SMM mode. ;R39 11/26/98 RIC Modify the Throttling Reg to 24bit from 32bit ; for HCT test fail in Throttling Duty Cycle ;R38A 11/16/98 RIC Fix that Trend Anti-Virus replace F0000-F4800 area. ; So move Get_Set_Ct_OR, Get_Set_Ct_AND to chiprun. ;R38 11/13/98 PAL Move E000 shadow control code from CHIPPOST.ASM ; to avoid Trend code destroy and added Wakeup_VGA option ;R37 11/11/98 ADS Added suspend to HDD function. ;R36 11/10/98 RIC Fix that APM1.2 of HCT8.0 test fail in Disabled Timer. ;R35 11/04/98 RIC Add "Power_Type_Selectable" definition. ;R34 11/01/98 RIC If Onchip USB Disable, don't enable Legacy USB SMI. ; Otherwise some mainboards will sometimes have garbage ; SMI. ;R33 11/01/98 RIC Add "Disable_EXTSMI_When_PowerOff" define. ;R32 10/30/98 RIC Fix that Modem Ring Resume Setting to Disable fail. ;R31 10/29/98 GAR Add to disable and enable keybroad interface command ; to solve that when windows restart to DOS, keyborad ; doesn't work. ;R30 10/26/98 RIC Fix that "WAKE_LAN_BY_LID" fail in using 3Com LAN ; Card. ;R29 10/20/98 RIC Turn on/off HDD standby timer while ACPI function on/off ;R28 10/19/98 RIC Save PCI configuration space I/O port. ;R25B 10/08/98 RIC Fix that "Clear_PME_Before_Off" define still hang ; in some mainboards. ;R27 10/07/98 RIC Fix that RTC alarm resume cause system to hang in ; Windows NT. ;R25A 10/06/98 RIC Fix that "Clear_PME_Before_Off" define sometimes hang. ;R22A 10/06/98 GAR Add "Use_4_Frame_PS2_Mouse" for 4 frame PS2 mouse ;R23A 10/06/98 RIC Remove R23 code. ;R26 09/23/98 RIC Change ACPI IRQ assign algorithm to Auto-assigned. ; If you want to use old algorithm, please define: ; 1."No_ACPI_IRQ_Auto_Assign" for disabled new algorithm. ; 2."ACPI_IRQ_Selectable" for enabled old algorithm. ;R25 09/22/98 RIC Add "Clear_PME_Before_Off" define to support WOL ; in suspend. ;R24 09/22/98 RIC Fix that WOL hang in POST 0Dh in some mainboard ; (with 596 SouthBridge) ;R23 09/21/98 RIC Add "Cover_Garbage_IRQ12" define. ;R09A 09/16/98 ADS Fixed error. ;R22 09/16/98 GAR Add PS2 mouse reset command to IO_SOFT_OFF. ; This can enable PS2 mouse, if you select mouse power ; on. ;R07A 09/11/98 RIC Add "Disable_EXTSMI_Button" define to fix that some ; mainboard design error in EXTSMI. ; (System will Auto-PowerOn when PowerOff by PWRBTN) ;R16B 09/10/98 RIC Fix that R16A code cause system sometimes auto PowerOn ; when Power Button press in Instant-Off condition. ;R20B 09/09/98 RIC Fix that R20 code cause EXTSMI Button abnormal. ;R21 09/01/98 RIC Add E000_Control_GPO_Pin routine. ;R20A 08/31/98 ADS Fixed R20 error. ;R20 08/27/98 RIC Add SMI_Sof_Off routine. ; and move APM16_PowerOff(PMU) code to SMI_Sof_Off. ;R18A 08/20/98 RIC Fixed that R18 code mistake in "Always_Enable_LID". ;R19 08/18/98 RIC Fixed that Power Buttom still can entry suspend. ;R18 08/12/98 RIC Add "Always_Enable_LID" ; "WAKE_LAN_BY_LID" definition. ;R17 08/10/98 RIC Fixed that system USB garbage status cause SMI routine ; fail when USB set to Disabled. ;R16A 08/05/98 RIC Fixed that abnormal Power Button function atill cause ; RTC Alarm resume fail. ;R16 07/29/98 RIC Fixed that Power Button function is abnormally in 596 ; chip. ; Reason: ; 596 chip ACPI I/O Reg 2C[2] and 586B are ; in reverse design. ;R15 07/28/98 RIC Let USB Keyboard can wakeup from suspend when USB ; IRQ don't set to wakeup event. ;R14 07/24/98 RIC Add "Wake_On_GPI_Support" define. ;R13 07/20/98 RIC Add "LID_SUPPORT" define ;R12 07/20/98 RIC Fixed that SMBus Host Status cause system not to entry ; Suspend Mode. ;R11 07/15/98 RIC Remove no use code. ;R10 07/09/98 RIC Add "Wake_On_EXTSMI0_Support" define. ;R09 07/07/98 RIC Fixed that Green function is abnormal when Doze Time ; set enabled and Suspend Timer set to Disabled ;R08 07/01/98 RIC Fixed that Thermal function work abnormally. ; and Add "No_Thermal_Warning_Beep" for Thermal_With_SMI ;R07 06/29/98 RIC Fixed that system Power Buttom fail in new VT596 chip. ; Add "Cover_VT596_E_Version" define. ;R06 06/29/98 RIC Fixed that system hang at POST 0Ah in new VT596 chip. ;R05 06/15/98 RIC Fixed that system(with VT596,ACPI) can't wake-up from ; 'S1' mode in Win98. ;R04 06/15/98 RIC Fixed that PM Timeout and COM Mouse WakeUp abnormally ; in VT596. ;R03 06/12/98 RIC Add "No_PowerBottom_Debounce_In_Memphis" define. ;R02 06/15/98 RIC Fix code mistake. ;R01A 05/19/98 RIC Fixed that R01 code is not successful and modify ; "OverHot_Use_Thermal_Pin" define to "Thermal_Enable" ;R01 05/18/98 ADS Added "Suspend_When_High_In_GPI" &"OverHot_Use_Thermal_Pin" ; define. ;R00 05/13/98 RIC Initialization. .386p PAGE 56,132 TITLE CHIPSET -- 686 EISA/ISA ROM/BIOS include BIOS.CFG include BSETUP.INC include COMMON.MAC include COMMON.EQU include POST.MAC include CMOS.EQU INCLUDE CHIPSET.EQU _SMI_ENTRY EQU 0d0h SMI_IDLE EQU 0d1h SMI_SUS EQU 0d3h ifdef APM_IN_SMBASE COMPILE_FOR_APMBIOS = 1 include APM.INC endif ;APM_IN_SMBASE ;R40 - start ifdef Flash_IN_SMBASE COMPILE_FOR_APMBIOS = 1 include SMIFlash.INC endif ;Flash_IN_SMBASE ;R40 - end extrn Get_Cmos:near extrn Set_Cmos:Near ifndef CRT_Control_Not_In_F000 ifndef CRT_Control_Not_In_APM extrn Enable_CRT:near extrn Disable_CRT:near endif ;CRT_Control_Not_In_APM endif ;CRT_Control_Not_In_F000 extrn PM_Option_Item:near extrn PM_Auto_Table:near extrn VGA_Type_Item:near extrn Doze_Timer_Item:near extrn Susp_Timer_Item:near extrn Wait_APM_Item:near extrn Video_Off_Item :near extrn HDD_Timer_Item:Near extrn IRQ3_Event_Item:Near ;R62 start extrn IRQ4_Event_Item:near extrn IRQ5_Event_Item:near extrn IRQ6_Event_Item:near extrn IRQ7_Event_Item:near extrn IRQ8_Event_Item:near extrn IRQ9_Event_Item:near extrn IRQ10_Event_Item:near extrn IRQ11_Event_Item:near extrn IRQ12_Event_Item:near extrn IRQ13_Event_Item:near extrn IRQ14_Event_Item:near extrn IRQ15_Event_Item:near ;R62 end extrn Get_PMU:near extrn Get_Set_PMU:near extrn Set_PMU:near extrn Get_Set_PMU_OR:near ;R38 extrn Get_Set_PMU_AND:near extrn Get_Set_Ct_AND:near ;R38A extrn Get_Set_PMU_AND:near ;R38A extrn GetItem_Value:Near extrn Get_PM_RAM_Seg:near extrn Open_PM_RAM:near extrn Close_PM_RAM:near extrn Evt_HDD_Item:near extrn Evt_DMA_Item:near extrn Evt_INTR_Item:near extrn Evt_LPT_COM_Item:near extrn M_Evt_VGA_Item:near ifdef Have_Conserve_Item extrn Conserve_Mode_Item:near endif; Have_Conserve_Item extrn Alarm_Item:near ;R20 extrn RTC_Alarm_Resume:Far extrn PWRBTN_OVRD_Item:Near extrn Ring_Item:Near ifdef ABIT_Have_Suspend_Fan_Item extrn Fan_Item:Near endif; ABIT_Have_Suspend_Fan_Item ifndef New_Superio_Led_Function ;R42 ifdef PM_LED_USE_GPIO extrn Set_PM_LED:near endif; PM_LED_USE_GPIO ifdef LED_Blinking_at_PM extrn Set_PM_LED_Blinking:near endif; LED_Blinking_at_PM ;R48 - start ifdef Power_Led_Selection POWER_LED_USE EQU 1 endif ;Power_Led_Selection ;R48 - end ;R42 - start ifdef POWER_LED_USE extrn Set_power_led:near endif; POWER_LED_USE else ;New_Superio_Led_Function ifdef LED_Blinking_at_PM extrn Set_power_led:near endif; LED_Blinking_at_PM endif ;New_Superio_Led_Function ;R42Aifdef Superio_support_Fan ;R42A extrn Fan_Power_On:Near ;R42A extrn Fan_Power_Off:Near ;R42Aendif ;Superio_support_Fan ;R42 - end ifdef HDD_PWRDOWN_IN_SUSPEND ifndef HDD_always_PWRDOWN_IN_SUSPEND ;R68 extrn HDD_Power_Item:near endif ;HDD_always_PWRDOWN_IN_SUSPEND ;R68 endif; HDD_PWRDOWN_IN_SUSPEND ifdef Break_Suspend_In_Mouse_CMOS extrn Mouse_Irq_Item:near extrn CONFIG_TABLE:near extrn system1_byte:near endif; Break_Suspend_In_Mouse_CMOS extrn Post_call_proc:near extrn F000_call_proc:near extrn F000_GetItem_Value:near extrn Get_PMIO:near extrn Set_PMIO:near extrn Get_Set_PMIO:near extrn Get_Set_PMIO_OR:near extrn Get_Set_PMIO_AND:near extrn Set_PMIO_Clear:near extrn Issue_SW_SMI:near extrn F000_Func_End:near extrn F000_Vect:near ;R42ifdef POWER_LED_USE ;R42 extrn Set_power_led:near ;R42endif; POWER_LED_USE ifdef ACPI_Support extrn ACPI_option_Item:near extrn fPROC_Set_HDD_Standby_Timer:far ;R29 ;R26 IFNDEF No_ACPI_IRQ_Selectable IFDEF ACPI_IRQ_Selectable ;R26 extrn Assign_ACPI_IRQ_Item:near ;R26 ENDIF; No_ACPI_IRQ_Selectable ENDIF;ACPI_IRQ_Selectable ;R26 ifdef S4_SUPPORT extrn Do_S4_Suspend:far extrn E_S4_Resume:far extrn WakeUP_VGA:far ;R38 extrn REAL_IDT_LOC:near endif; S4_SUPPORT endif ;ACPI_Support ;R65A start ifdef PME_SUPPORT extrn WO_Item:near endif ;PME_SUPPORT ;R65A end ;R37 - starts ifdef Notebook_Power_Management extrn Suspend_0V:near extrn Resume_0V:near extrn Suspend_Option_Item:near ;R49 extrn OS_TYPE_ITEM:near ;R49 endif ;Notebook_Power_Management ;R37 - ends IFDEF USB_SUPPORT ifdef USB_MOUSE_SUPPORT ;R66 extrn USB_Mouse_Item:near ;R66 endif ;USB_MOUSE_SUPPORT ;R66 extrn ONBD_USB_Item:near ;R17 extrn Usb_Legacy_Item:near COMPILE_FOR_USBBIOS = 1 include USBBIOS.ASM ENDIF ;USB_SUPPORT RSM MACRO db 0FH,0AAH ; Not defined in MASM. ENDM FIXOFST MACRO ADDRESS dw offset ADDRESS - offset SMI_Handler_Start ENDM ;[]-----------------------------------------------------------------------[] ; GGGGGGGG RRRRRRRR AA MMM MMM ; GGGGGGGGGGG RRRRRRRRR AAAA MMMMM MMMMM ; GGGG RRR RRR AAAAAA MMMMMM MMMMMM ; GGG GGGGG RRRRRRRRR AAA AAA MMM MMMMM MMM ; GGGG GGGG RRRRRRRR AAAAAAAAAA MMM MMMMM MMM ; GGGGGGGGGGGG RRR RRR AAAAAAAAAAAA MMM MMM MMM ; GGGGGGGGGG ======== RRR RRR AAA AAA MMM MMM MMM ;[]-----------------------------------------------------------------------[] G_RAM SEGMENT USE16 AT 0 ORG 04H*4 include SEG_0.INC ORG 400H include G_RAM.INC G_RAM ENDS ;R37 - starts ifdef Notebook_Power_Management SM_RAM SEGMENT USE16 AT 0 INCLUDE SM_RAM.INC SM_RAM ENDS ;R49 - starts ZV_Temp_Stack SEGMENT USE16 AT 0 org 1000h VIDEO_BUFFER LABEL WORD org 2000h VMode_BUFFER LABEL WORD org 0FFF0h ZV_STACK_TOP LABEL DWORD ZV_Temp_Stack ENDS ;R49 - ends endif; Notebook_Power_Management ;R37 - ends ;R11 SMI_STRUCT STRUC ;R11 dd ? ;R11 _SpSave dw 1 dup (?) ;R11 _EspSave dd 1 dup (?) ;R11 _EaxSave dd 1 dup (?) ;R11 _EbxSave dd 1 dup (?) ;R11 _Cr2Save dd 1 dup (?) ;R11 _Cr3Save dd 1 dup (?) ;R11 _Gdt dq 1 dup (0) ;R11 dw 1 dup (?) ;R11 dw 1 dup (?) ;R11 db 1 dup (?) ;R11 db 1 dup (?) ;R11 db 1 dup (?) ;R11 db 1 dup (?) ;R11 dw 1 dup (?) ;R11 dw 1 dup (?) ;R11 db 1 dup (?) ;R11 db 1 dup (?) ;R11 db 1 dup (?) ;R11 db 1 dup (?) ;R11 _DsSave dt 1 dup (?) ;R11 _EsSave dt 1 dup (?) ;R11 _SsSave dt 1 dup (?) ;R11 _FsSave dt 1 dup (?) ;R11 _GsSave dt 1 dup (?) ;R11 _LdtSave dt 1 dup (?) ;R11 _TskSave dt 1 dup (?) ;R11 _Dstemp db 10 dup (?) ;R11 _GdtSave df 1 dup (?) ;R11 _GdtNew dw 1 dup (?) ;R11 dd 1 dup (?) ;R11 _IdtSave df 1 dup (?) ;R11 _RealModeIdt dw 1 dup (?) ;R11 dd 1 dup (?) ;R11 SMI_STRUCT ENDS ;[]-----------------------------------------------------------------------[] ; PPPPPPPPP MMM MMM RRRRRRRR AA MMM MMM ; PPP PPP MMMMM MMMMM RRRRRRRRR AAAA MMMMM MMMMM ; PPPPPPPPP MMMMMM MMMMMM RRR RRR AAAAAA MMMMMM MMMMMM ; PPPPPPPP MMM MMMMM MMM RRRRRRRRR AAA AAA MMM MMMMM MMM ; PPP MMM MMMMM MMM RRRRRRRR AAAAAAAAAA MMM MMMMM MMM ; PPP MMM MMM MMM RRR RRR AAAAAAAAAAAA MMM MMM MMM ; PPP MMM MMM MMM ===== RRR RRR AAA AAA MMM MMM MMM ;[]-----------------------------------------------------------------------[] PM_RAM SEGMENT USE16 AT 0 ORG 0 PM_RAM_START LABEL BYTE include PM_RAM.INC include CT_PMRAM.INC PM_RAM_LEN EQU $-Offset PM_RAM:PM_RAM_START PM_RAM ENDS DGROUP GROUP FCODE FCODE SEGMENT USE16 PARA Public 'CODE' ASSUME CS:DGROUP ;[]-------------------------------------------------------------------[] ; ; PPPPPPPP AA RRRRRRRR TTTTTTTTTTT 111 ; PPPPPPPPP AAAA RRRRRRRRR TTTTTTTTTTT *** 1111 ; PPP PPP AAAAAA RRR RRR TTT *** 11111 ; PPPPPPPPP AAA AAA RRRRRRRRR TTT 111 ; PPPPPPPP AAAAAAAAAA RRRRRRRR TTT *** 111 ; PPP AAAAAAAAAAAA RRR RRR TTT *** 111 ; PPP AAA AAA RRR RRR TTT 111 ; ; ; 1. Standard routines that must be filled in to let the BIOS KERNAL ; to program the PMU registers ; 2. Called during POST & after POST ; ;[]-------------------------------------------------------------------[] ;R38 - start ;[]==============================================================[] ; Disable_E000_ROM_Shadow : (POST 63h) ; Disable E000 ROM Shadow (Direct Access to ISA) ; Input : None ; Output: None ; Save: all ;[]==============================================================[] public Disable_E000_ROM_Shadow Disable_E000_ROM_Shadow proc near ;disable E0000 shadow RAM mov cx,VT692 + 63h mov bl,NOT 0c0H call Get_Set_Ct_AND ;disable onboard E0000 ROM mov cx,VT586 + 43h mov bl,NOT 30H call Get_Set_Ct_AND ret Disable_E000_ROM_Shadow endp ;R38A ;[]==============================================================[] ;R38A ; Get_Set_Ct_AND(Get_Set_PCI_AND): ;R38A ; AND a value in the chipset register. ;R38A ; Input : CX = Index register to change. ;R38A ; bl = Value to change (AND) ;R38A ; Output : None ;R38A ; Destory: EAX, ECX, DX ;R38A ; ;R38A ;[]==============================================================[] ;R38A Public Get_Set_Ct_AND, Get_Set_PMU_AND ;R38A Get_Set_Ct_AND proc near ;R38A Get_Set_PMU_AND: ;R38A extrn Get_Ct:near ;R38A extrn Set_Ct:near ;R38A call Get_Ct ;R38A and al, bl ;AND data ;R38A call Set_Ct ;R38A ret ;R38A Get_Set_Ct_AND endp ;[]==============================================================[] ;E000_Shadow_R: ; Set video BIOS(E000-E800) shadow readonly ;Input : none ;Output: none ;[]==============================================================[] Public E000_Shadow_R E000_Shadow_R proc near extrn GET_SET_CT:near mov cx,VT692 + 63h mov bx,803fh call GET_SET_CT ret E000_Shadow_R endp Public E000_64k_Shadow_R E000_64k_Shadow_R proc near jmp E000_Shadow_R E000_64k_Shadow_R endp ;R38 - end ;[]========================================================================[] ;Procedure: Get_PM_IRQ ; ;Function : Tell BIOS which IRQ is PMI using ; ;Input : None ; ;Output : NC: ; AL = 1 - PMI using IRQ 15 ; AL = 2 - PMI using NMI ; AL = 3 - PMI using SMI ; CF: ; No IRQ or NMI or SMI is available ; ;Preserve : All except AX & FLAG ; ;Note : 1. Stack available ; 2. called from PM_Init ;[]========================================================================[] Public Get_PM_IRQ Get_PM_IRQ Proc Near mov al,03h ;always SMI for PENTIUM CPU clc ret Get_PM_IRQ Endp ;[]========================================================================[] ;Procedure: Check_PM_Using_NMI ; ;Function : To handle the NMI which is caused by a PMU ; ;Input : None ; ;Output : None ; ;Saves : Please save all registers ; ;[Note] : 1. Called every time a NMI is occured ; 2. check to see if this SMI is issue by PMU ; ; if PMI ; Serve the PMI then ; ; sti ; iret ; ; if not PMI : jump back to a external label(near) ; named "NMI_Original" & do nothing! ; ; So if your chip never use NMI, just "jmp NMI_Original"! ; ;[]========================================================================[] Public Check_PM_Using_NMI Check_PM_Using_NMI: PM_Not_NMI: extrn NMI_Original:near jmp NMI_Original ;[]-------------------------------------------------------------------[] ; ; PPPPPPPP AA RRRRRRRR TTTTTTTTTTT 2222222 ; PPPPPPPPP AAAA RRRRRRRRR TTTTTTTTTTT *** 22222222 ; PPP PPP AAAAAA RRR RRR TTT *** 222 222 ; PPPPPPPPP AAA AAA RRRRRRRRR TTT 222 ; PPPPPPPP AAAAAAAAAA RRRRRRRR TTT *** 222 ; PPP AAAAAAAAAAAA RRR RRR TTT *** 2222222 ; PPP AAA AAA RRR RRR TTT 22222222 ; ; ; Called during POST Only ; ;[]-------------------------------------------------------------------[] ;[]========================================================================[] ;Procedure: Ct_Check_Green_VGA ; ;Function : To tell BIOS kernel that if the VGA adaptor's V/H SYNC ; signal should be turned off or not when video off. ; This should refer to the setup setting. ; ;Input : None ; ;Output : ZF : don't turned off V/H SYNC ; NZ : V/H SYNC can be turned off ; ;Note : 1. Some VGA adaptors use V/H SYNC signals for special ; purpose, e.g. TSENG LAB use them for DRAM refresh. ; Therefore, these signals must never be turn off ; at any time. ; 2. called from POST at POST 82 ;[]========================================================================[] Public Ct_Check_Green_VGA Ct_Check_Green_VGA Proc Near pushad mov si,offset VGA_Type_Item call GetItem_Value or al,al popad ret Ct_Check_Green_VGA Endp ;[]==============================================================[] ;Input: None ;Function : To see if it is a SMI ;[]==============================================================[] Public Ct_Check_SMI_Start Ct_Check_SMI_Start Proc Near extrn Not_SMI_Start:near jmp Not_SMI_Start Ct_Check_SMI_Start Endp ;[]==============================================================[] ;Procedure: PM_Option_Check ; ;Function : Get PM option ; ;Input : None ; ;Output : 1. ZF - User Defined! ; i.e. use CMOS value to prg PM chip ; ; NZ - Use Pre-defined value to prg PM chip ; AL = PM option ; i.e. DISBLED ; MAX-POWER_SAVING ; MIN-POWERING-SAVING.... ; SI = offset of auto-table ; i.e. MIN_PM_SAVING_TABLE ; MAX_PM_SAVING_TABLE ; PM_DISABLE_TABLE in file PFEATURE.ASM ; ; 2. CF - Global Power Management should be disabled ; ; NC - Global Power Management should be enabled ; ;Registers : FLAGS, AX, SI - destroyed ; Others - should be preserved ;[]==============================================================[] Public PM_Option_Check PM_Option_Check Proc Near mov si,offset cs:PM_Option_Item call GetItem_Value mov cl,al xor ch,ch mov si,offset cs:PM_Auto_Table shl cx,1 dec cx add si,cx mov si,cs:[si] PM_Option_Check_Exit: cmp al,1 ;PM disabled? je short @F ;yes ;if PM option is "user defined" then OEM routine should ;check here for both items disabled or al,al ;set/clear Zero Flag clc ret @@: or al,al ;set/clear Zero Flag ifdef Set_APM_According_PM_Setup stc ;indicate PM disable else; Set_APM_According_PM_Setup clc ;indicate PM disable endif; Set_APM_According_PM_Setup ret PM_Option_Check Endp ;[]==================================================================[] ;Procedure: Ct_Global_PM_Disable ; ;Function : To disable all power management features ; ;Input : None ;Output : None ; ;Registers: all registers preserved ; ;[Note] : called from PM_INIT before PM_RAM is available ;[]==================================================================[] Public Ct_Global_PM_Disable Ct_Global_PM_Disable Proc Near pusha ifdef USB_SUPPORT POST_FUNC_CALL Ct_Check_Usb_Disabled jnc short @f endif ;USB_SUPPORT @@: popa ret Ct_Global_PM_Disable Endp ;[]==================================================================[] ;Procedure: Clear_PM_RAM ; ;Function : Clear power management data area (PM_RAM segment) ; This routine is used to clear extended BIOS data area ; in order to provide a clean environment for power ; management code ; ;Input : ES : PM_RAM ;Output : None ; ;Registers: all registers preserved except FLAGS ; ;[Note] : called from PM_INIT ;[]==================================================================[] Public Clear_PM_RAM Clear_PM_RAM Proc Near ASSUME ES:PM_RAM pusha mov di,offset PM_RAM:PM_RAM_START mov cx,PM_RAM_LEN xor ax,ax cld rep stosb popa ret Clear_PM_RAM Endp ;[]========================================================================[] ;Procedure: Ct_PMRAM_Use_SYSRAM ; ;Function : To tell the BIOS kernel that if you are using the SYSRAM ; for PM_RAM ; ;Input : None ; ;Output : AL = Size of PM_RAM that you want to reserved from SYSRAM. ; 0=None, 1=1K, 2=2k etc. ; ;Save : All registers except AL & FLAGS ; ;Note : 1. called before PM_INIT (POST 79) ; 2. simply return AL=0 if PM_RAM is located at shadow RAM ; or SMRAM ; 4. stack available ;[]========================================================================[] Public Ct_PMRAM_Use_SYSRAM Ct_PMRAM_Use_SYSRAM Proc Near xor al,al ret Ct_PMRAM_Use_SYSRAM Endp ;[]========================================================================[] ;Procedure: Ct_Early_PM_Init ; ;Function : Early PM chip initializations ; ;Input : None ; ;Output : None ; ;Preserve : All ; ;Note : 1. Call from POST 9 ; 2. Stack available ; 3. You can initialize any PM function which is needed ; to be done earlier! ;[]========================================================================[] Public Ct_Early_PM_Init Ct_Early_PM_Init Proc Near Post_Func_Call E000_Ct_Early_PM_Init ret Ct_Early_PM_Init Endp ifndef New_Superio_Led_Function ;R42 ifdef PM_LED_USE_GPIO F000_Set_PM_LED Proc Far call Set_PM_LED retf F000_Set_PM_LED Endp endif; PM_LED_USE_GPIO ifdef LED_Blinking_at_PM F000_Set_PM_LED_Blinking Proc Far call Set_PM_LED_Blinking retf F000_Set_PM_LED_Blinking Endp endif; LED_Blinking_at_PM ifdef POWER_LED_USE F000_Set_POWER_LED Proc Far call Set_POWER_LED retf F000_Set_POWER_LED Endp endif; POWER_LED_USE ;R42 - start else ;New_Superio_Led_Function ifdef LED_Blinking_at_PM F000_LED_Flash Proc Far call Set_POWER_LED retf F000_LED_Flash Endp endif; LED_Blinking_at_PM endif ;New_Superio_Led_Function ;R42Aifdef Superio_Support_Fan ;R42AF000_Fan_Power_On Proc Far ;R42A call Fan_Power_On ;R42A retf ;R42AF000_Fan_Power_On Endp ;R42A ;R42AF000_Fan_Power_Off Proc Far ;R42A call Fan_Power_Off ;R42A retf ;R42AF000_Fan_Power_Off Endp ;R42Aendif; Superio_Support_Fan ;R42 - end ;[]========================================================================[] ;Input : None ;Output : AL = 0 --> Currently MODEM Ring cannot ; wake up system ; AL = RING_WAKEUP_ENABLED --> Currently MODEM Ring can ; wake up system ;[]========================================================================[] Public CT_RING_WAKEUP_STATUS CT_RING_WAKEUP_STATUS Proc Near mov cx, VT586_ACPI + 44h call Get_PMU mov bl,al mov [WAKE_MODEM0],al mov cx,VT586_ACPI + 45h call Get_PMU mov bh,al mov [WAKE_MODEM1],al mov cx, VT586_ACPI + 46h call Get_PMU or bl,al mov cx, VT586_ACPI + 47h call Get_PMU mov bh,al mov word ptr PM_RAM:[DEASSERT_STPCLK_IRQS],bx extrn Modem_IRQ_Item:near mov si, offset Modem_IRQ_Item call GetItem_Value mov word ptr [APM_Modem_IRQ], 0 or al, al jz short @F mov bx, 1 mov cl, al shl bx, cl mov word ptr [APM_Modem_IRQ], bx or word ptr PM_RAM:[DEASSERT_STPCLK_IRQS],bx or byte ptr [WAKE_MODEM0],bl or byte ptr [WAKE_MODEM1],bh test ax,bx mov al, RING_WAKEUP_ENABLED ;current ON jnz short @F xor al, al ;current OFF @@: ret CT_RING_WAKEUP_STATUS Endp ;[]========================================================================[] ;Input : None ;Output : AL = 0 --> PM Timer is currently disabled ; AL = PMU_TIMER_ENABLED --> PM Timer is currently Enabled ;[]========================================================================[] Public CT_PMU_TIMER_STATUS CT_PMU_TIMER_STATUS Proc Near mov al, PMU_TIMER_ENABLED ;assume enabled mov cx,VT586_ACPI+50h call Get_PMU test al,80h jnz short @F ;No xor al, al ;all mode disable @@: ret CT_PMU_TIMER_STATUS Endp ;[]========================================================================[] ;Procedure: Ct_PM_Final_Init ; ;Function : PM initialization before boot ; ;Input : None ; ;Output : None ; ;Registers: Please preserve all registers ; ;Note : 1. Call from POST 82 ; 2. Stack available ;[]========================================================================[] Public Ct_PM_Final_Init Ct_PM_Final_Init Proc Near ifdef Move_F000_PMU_INIT_To_E000 Post_Func_Call E000_Ct_PM_Final_Init else; Move_F000_PMU_INIT_To_E000 ifdef Have_Conserve_Item mov si,offset Conserve_Mode_Item call GetItem_Value mov bl,al shl bl,4 else; Have_Conserve_Item xor bl,bl endif; Have_Conserve_Item mov cx,VT586_ACPI + 53h call Get_Set_PMU_OR mov cl, 30h call Set_PMIO_Clear ;R67 mov ah,0 ; Clear Y-M-D Alarm Setting. mov al,32h ;R67 Set ACPI Century Field call Get_Cmos ;R67 to the year of Now ! mov ah,al ;R67 mov al,7fh ; call Set_Cmos ; xchg al,ah ; Clear M-D Alarm Setting. mov al,7eh ; call Set_Cmos ; xchg al,ah ; mov al,7dh ; call Set_Cmos ; ifdef Disable_ExtSMI_SW_In_POST mov cl, 01h ; Clear Power Buttom Status call Get_PMIO ; call Set_PMIO ; Post_Func_call Delay_About_1_Second mov cl, 01h ; call Get_PMIO ; call Set_PMIO ; mov cl, 03h ; Enable Power Buttom mov bl, 01h ; call Get_Set_PMIO_OR ; endif; Disable_ExtSMI_SW_In_POST ;R01A - starts ifdef VT596 IFDEF Thermal_Enable mov cx,VT586_ACPI + 4ch ;R08 mov bl,70h ;R08 call E000_Get_Set_PMU_OR mov bl,0D0h ;R08 call Get_Set_PMU_OR ;R08 ifndef Thermal_Active_By_High ;R08 mov cl,2ch ;R08 mov bl,40h ;R08 call Get_Set_PMIO_OR ;R08 endif; Thermal_Active_By_High ;R08 ENDIF;Thermal_Enable endif; VT596 ;R01A - ends endif; Move_F000_PMU_INIT_To_E000 ret Ct_PM_Final_Init Endp ;[]========================================================================[] ;Procedure: Ct_PM_Init ; ;Function : Special PM init which the standard code can't do ; ;Input : DS = DGROUP ; ES = PM_RAM ; ;Output : None ; ;Note : 1. Call from POST 79S (PM initialization) ; 2. Stack available ; 3. Don't destroy any SEGMENT registers! ;[]========================================================================[] ASSUME ES:PM_RAM ASSUME DS:DGROUP Public Ct_PM_Init Ct_PM_Init Proc Near ifdef Move_F000_PMU_INIT_To_E000 Post_Func_Call E000_Ct_Pm_Init else; Move_F000_PMU_INIT_To_E000 pusha push ds push es pop ds ;--------------- Set 32bit Timer for ACPI ------------------------ ;R39 mov cx, VT586_ACPI + 41h ;R39 mov bl, 08h ;R39 call Get_Set_PMU_OR mov si, offset DGROUP:Alarm_Item call GetItem_Value ;get setup setting mov bl,al mov si, offset DGROUP:PWRBTN_OVRD_Item call GetItem_Value ;get setup setting shl al,1 or bl,al mov PM_RAM:[ALARM_RESUME], bl mov si, offset DGROUP:Ring_Item ; Set Ring Resume call GetItem_Value ; By Setup Item mov bh,al ;R32 shl al,3 or PM_RAM:[ALARM_RESUME], al ifndef VT596 ;R32 mov cl, 27h mov bl,not 04h call Get_Set_PMIO_AND else; VT596 ;R32 mov cl, 25h ;R32 mov bl,not 01h ;R32 call Get_Set_PMIO ;R32 endif; VT596 ;R32 ifdef Set_APM_According_PM_Setup call PM_Option_Check ; If PM set Disable jc short @f ; No, Jmp ! or byte ptr PM_RAM:[ALARM_RESUME],80h ; Set Flag to be PM Disable ? @@: endif; Set_APM_According_PM_Setup ifdef ABIT_Have_Suspend_Fan_Item mov si, offset DGROUP:Fan_Item call GetItem_Value shl al,2 or PM_RAM:[ALARM_RESUME], al endif; ABIT_Have_Suspend_Fan_Item ;--------------- Save miscellaneous setup settings --------------- mov si,offset DGROUP:Doze_Timer_Item mov di,offset PM_RAM:DOZE_TIME ;R62 start call Timer_Transfer mov si,offset DGROUP:Susp_Timer_Item mov di,offset PM_RAM:SUSPEND_TIME call Timer_Transfer ;R62 end ;R62 mov cx,2 ;R62 ;R62 Prg_Next_Item: ;R62 ;R62 call GetItem_Value ;get setup setting ;R62 xor ah,ah ;R62 shl ax,1 ;R62 mov bx,offset Timer_Value ;value table ;R62 add bx,ax ;translate ;R62 mov ax,cs:[bx] ;into reg. value ;R62 mov es:[di],ax ;save value in PM_RAM ;R62 ;R62 add si,ITEM_SIZE ;R62 inc di ;R62 inc di ;R62 loop short Prg_Next_Item mov ax,PM_RAM:[DOZE_Time] mov PM_RAM:[Doze_Setting],ax mov ax,PM_RAM:[SUSPEND_TIME] mov PM_RAM:[Suspend_Setting],ax ;Primary/Secondary Setting ;R62 mov si,offset DGROUP:IRQ3_Event_Item ;R62 mov cx,13 ;R62 xor bx, bx ;R62 xor dx,dx ;R62 set_pri: ;R62 call GetItem_Value ;R62 or bl, al ;R62 and bl, 11111101b ;R62 shr al, 1 ;R62 or dl, al ;R62 pri: ;R62 add si, ITEM_SIZE ;R62 ror bx, 1 ;R62 ror dx, 1 ;R62 loop set_pri ;R62 start mov di,offset DGROUP:IRQ_Evnt_TBL mov cx,IRQ_Evnt_TBL_Len xor bx, bx xor dx,dx set_pri: mov si,word ptr CS:[DI] push di call GetItem_Value pop di or bl, al and bl, 11111101b shr al, 1 or dl, al pri: add di, 2 ror bx, 1 ror dx, 1 loop short set_pri ;R62 end test byte ptr FLOPPY_TYPE[bp],0ffH ; no floppy installed ? jnz short Fdd_Attach and bl,NOT 01000000b ;disable IRQ6 primary event Fdd_Attach: ;R23A ifdef Cover_Garbage_IRQ12 ;R23 - starts ;R23A test bh,10h ;R23A jz short W_IRQ12_Dis ;R23A or PM_RAM:[ALARM_RESUME], 80h ;Wake Event IRQ12 Enabled. ;R23A and bh,not 10h ;R23A W_IRQ12_Dis: ;R23A endif; Cover_Garbage_IRQ12 ;R23 - ends ifdef VT686 ;R52A or bl,00000010b ;R52A Always Enable IRQ1(Keyboard Event). endif; VT686 ;R52A push dx mov cx, VT586_ACPI + 44h mov al, bl call Set_PMU mov cx, VT586_ACPI + 45h mov al, bh call Set_PMU pop dx mov bx, dx mov cx, VT586_ACPI + 46h mov al, bl call Set_PMU mov cx, VT586_ACPI + 47h mov al, bh call Set_PMU ;APM option mov si,offset DGROUP:Wait_APM_Item call GetItem_Value mov PM_RAM:[Wait_APM_Flag],al ;video off option mov si,offset Video_Off_Item call GetItem_value mov PM_RAM:[Video_Off_Mode],al ;Read DOZE timer setup value and store in SM RAM ;Read Suspend timer setup value and store in SM RAM ;Set Conserve Mode mov cx, VT586_ACPI + 53h mov al, 88h ; But the first conserve mode will on afer call Set_PMU ; first doze state mov PM_RAM:[PM_MODE1],FULL_ON post_func_call Update_PM_Timer ;enable primary activity monitor post_func_call End_Pmi_Handler ;clear status ifdef Break_Suspend_In_Mouse_CMOS mov si,offset Mouse_Irq_Item call GetItem_Value shl al,2 mov PM_RAM:[MISC_CNTL1],al endif; Break_Suspend_In_Mouse_CMOS ifdef HDD_PWRDOWN_IN_SUSPEND ifdef HDD_PWRDOWN_IN_SUSPEND_After_1Min mov si,offset HDD_Power_Item Call GetItem_Value mov byte ptr PM_RAM:[HDD_OFF_Timer],al cmp al,0 jz short @f post_func_call HDD_Timer_Restore @@: endif; HDD_PWRDOWN_IN_SUSPEND_After_1Min endif; HDD_PWRDOWN_IN_SUSPEND mov cl, 2ch ;R08 mov al, 1 ;R08 call Set_PMIO ;R16 mov bx, 01e0h ;R08 mov bx, 01e4h ;R16 call Get_Set_PMIO ;R08 ;Set CPU type ifdef VT686 ;R52A - starts mov si,offset Evt_INTR_Item call F000_Getitem_Value mov bl,00000000b ; set primary activity test al,1 jz short @F mov bl,00000010b @@: mov PM_RAM:[VT586PM_I34h_Value],bl ;default mov cl, 34h call E000_Set_PMIO mov si,offset Evt_HDD_Item call F000_GetItem_Value or al,al jz short No_Evt_HDD or PM_RAM:[VT586PM_I34h_Value],00011100b No_Evt_HDD: mov si,offset Evt_DMA_Item call F000_GetItem_Value or PM_RAM:[VT586PM_I34h_Value],al mov si,offset Evt_LPT_COM_Item call F000_GetItem_Value or al,al jz short No_Evt_LPT_COM or PM_RAM:[VT586PM_I34h_Value],11100000b No_Evt_LPT_COM: mov si,offset M_Evt_VGA_Item call F000_GetItem_Value mov cl, 35h call E000_Set_PMIO else; VT686 ;R52A - ends mov si,offset Evt_INTR_Item call Getitem_Value mov bl,10000000b ; set primary activity test al,1 jz short @F mov bl,10000010b @@: mov al,bl mov PM_RAM:[VT586PM_I34h_Value],al ;default mov cl, 34h call Set_PMIO mov si,offset Evt_HDD_Item call GetItem_Value shl al,3 or PM_RAM:[VT586PM_I34h_Value],al mov si,offset Evt_DMA_Item call GetItem_Value or PM_RAM:[VT586PM_I34h_Value],al ;R52A mov si,offset Evt_INTR_Item ;R52A call GetItem_Value ;R52A shl al,1 ;R52A or PM_RAM:[VT586PM_I34h_Value],al mov si,offset Evt_LPT_COM_Item call GetItem_Value shl al,5 or PM_RAM:[VT586PM_I34h_Value],al mov si,offset M_Evt_VGA_Item call GetItem_Value ;R52Aifndef VT686 ;R52 shl al,4 or PM_RAM:[VT586PM_I34h_Value],al ;R52A;R52 - starts ;R52Aelse; VT686 ;R52A mov cl, 35h ;R52A call E000_Set_PMIO ;R52Aendif; VT686 ;R52A;R52 - ends endif; VT686 ;R52A mov cl, 38h mov al, 01h call Set_PMIO ifdef Have_Fan_Control_Item_In_GPO_Low Have_Fan_Control_Item_In_GPO EQU 1 endif; Have_Fan_Control_Item_In_GPO_Low ifdef Have_Fan_Control_Item_In_GPO_High Have_Fan_Control_Item_In_GPO EQU 1 endif; Have_Fan_Control_Item_In_GPO_High ifdef Have_Fan_Control_Item_In_GPO extrn Fan_Control_Item:near mov si, offset DGROUP:Fan_Control_Item call GetItem_Value ;save suspend--> fan shl al,7 ;stop ? or PM_RAM:[Video_Off_Mode],al endif; Have_Fan_Control_Item_In_GPO ifdef ACPI_SUPPORT ; mov cl, 2ah ; Enable Software SMI mov bl, 40h ; call Get_Set_PMIO_OR ; endif ;ACPI_SUPPORT ; push ds mov ax,G_RAM mov ds,ax assume ds:G_RAM mov bl,byte ptr ds:[hardware] pop ds mov byte ptr PM_RAM:[PS2_INST],bl pop ds popa endif; Move_F000_PMU_INIT_To_E000 ret Ct_PM_Init Endp ifndef Move_F000_PMU_INIT_To_E000 ;R62 start ;==================================================[] ;Input: SI = item offset ; DI = timer setting offset in PM_RAM ;==================================================[] Timer_Transfer proc near call GetItem_Value ;get setup setting xor ah,ah shl ax,1 mov bx,offset Timer_Value ;value table add bx,ax ;translate mov ax,cs:[bx] ;into reg. value mov es:[di],ax ;save value in PM_RAM ret Timer_Transfer ENDP IRQ_Evnt_TBL: dw offset IRQ3_Event_Item dw offset IRQ4_Event_Item dw offset IRQ5_Event_Item dw offset IRQ6_Event_Item dw offset IRQ7_Event_Item dw offset IRQ8_Event_Item dw offset IRQ9_Event_Item dw offset IRQ10_Event_Item dw offset IRQ11_Event_Item dw offset IRQ12_Event_Item dw offset IRQ13_Event_Item dw offset IRQ14_Event_Item dw offset IRQ15_Event_Item IRQ_Evnt_TBL_Len EQU ($ - offset IRQ_Evnt_TBL) /2 ;R62 end ; value ,unit ; ---------------------- Timer_Value: db 00000000b,0ah ;Disable db 00000101b,0ah ;5 Sec db 00001010b,0ah ;10 Sec db 00010100b,0ah ;20 Sec db 00011110b,0ah ;30 Sec db 00101000b,0ah ;40 Sec db 00111100b,0ah ;1 Min db 01111000b,0ah ;2 Min db 00000100b,0bh ;4 Min db 00000110b,0bh ;6 Min db 00001000b,0bh ;8 Min db 00001010b,0bh ;10 Min db 00010100b,0bh ;20 Min db 00011110b,0bh ;30 Min db 00101000b,0bh ;40 Min db 00111100b,0bh ;1 Hour endif; Move_F000_PMU_INIT_To_E000 ;[]========================================================================[] ;Procedure: Ct_LCD_Init ; ;Function : Set the LCD power down timer which initial method ; varies from chip to chip ; ;Input : DS = DGROUP ; ES = PM_RAM ; ;Output : None ; ;Note : 1. Call from POST 79S (PM initialization) ; 2. Stack available ; 3. Don't destroy any SEGMENT registers! ;[]========================================================================[] ASSUME ES:PM_RAM ASSUME DS:DGROUP Public Ct_LCD_Init Ct_LCD_Init Proc Near ret Ct_LCD_Init Endp ;[]========================================================================[] ;Procedure: HDD_Standby_Offset ; ;Function : Tell BIOS kernal the offset of the setup item ; "HDD Power Down Timer" ; ;Input : DS = DGROUP ; ES = PM_RAM ; ;Output : NC: HDD Power Down Item exist ; SI = Item offset ; CF: HDD Power Down Item absent ; SI Don't care ; ;Note : 1. Call from POST 79S (PM initialization) ; 2. Stack available ; 3. Don't destroy any SEGMENT registers! ; 4. If you don't have such a item in SETUP, ; just set carry flag & return! ;[]========================================================================[] ASSUME ES:PM_RAM ASSUME DS:DGROUP Public HDD_Standby_Offset HDD_Standby_Offset Proc Near extrn HDD_Timer_Item:Near mov si,offset HDD_Timer_Item clc ret HDD_Standby_Offset Endp ;[]========================================================================[] ;Procedure: Get_IRQ15_Offset ; ;Input : DS = G_RAM ; ;Output : NC: ; AX = Segment location of the IRQ15 ; PMI service routine ; SI = offset of the IRQ15 PMI service routine ; ; i.e. AX:SI ; ; CF: ; IRQ 15 is not supported! ; ;Registers: Please preserve all registers except AX & SI ; ;[Note] : 1. called from PM_INIT ; NC: AX:SI will be placed interrupt table located ; in segment 0 ; CF: IRQ15 vector will be masked off ;[]========================================================================[] ASSUME DS:G_RAM Public Get_IRQ15_Offset Get_IRQ15_Offset Proc Near stc ret Get_IRQ15_Offset Endp ;[]========================================================================[] ;Procedure: Ct_Resume_Handle ; ;Function : Ct_Resume_Handle ; ;Input : None ; ;Output : None ;[]========================================================================[] Public Ct_Resume_Handle Ct_Resume_Handle Proc Near mov ax,G_RAM mov ds,ax ASSUME DS:G_RAM mov ss,G_RAM:[ROM_MODULE_SEG] mov sp,G_RAM:[ROM_MODULE_OFFSET] iret Ct_Resume_Handle Endp ;[]-------------------------------------------------------------------[] ; ; PPPPPPPP AA RRRRRRRR TTTTTTTTTTT 33333 ; PPPPPPPPP AAAA RRRRRRRRR TTTTTTTTTTT *** 333 333 ; PPP PPP AAAAAA RRR RRR TTT *** 333 ; PPPPPPPPP AAA AAA RRRRRRRRR TTT 33333 ; PPPPPPPP AAAAAAAAAA RRRRRRRR TTT *** 333 ; PPP AAAAAAAAAAAA RRR RRR TTT *** 333 333 ; PPP AAA AAA RRR RRR TTT 33333 ; ; Hooks to the real mode APM functions ; ;[]-------------------------------------------------------------------[] ;[]-------------------------------------------------------------------[] ; ; PPPPPPPP AA RRRRRRRR TTTTTTTTTTT 44444 ; PPPPPPPPP AAAA RRRRRRRRR TTTTTTTTTTT *** 444444 ; PPP PPP AAAAAA RRR RRR TTT *** 444 444 ; PPPPPPPPP AAA AAA RRRRRRRRR TTT 4444444444 ; PPPPPPPP AAAAAAAAAA RRRRRRRR TTT *** 44444444444 ; PPP AAAAAAAAAAAA RRR RRR TTT *** 444 ; PPP AAA AAA RRR RRR TTT 444 ; ; ; ; OEM specific subroutines ; ; Normally, this part will be placed with the PMI handler ; (IRQ15 or SMI or NMI) ; ;[]-------------------------------------------------------------------[] ;[]========================================================================[] ;Function : Routine to handle the power management interrupt (PMI). ; ;Input : None ; ;Output : if PM using IRQ --- no output! ; if PM using NMI --- NC: BIOS has handle this NMI for ; PM chip! ; CF: NMI is not issue by PM chip ; ;Destroy: if PM using IRQ --- destroy None ; if PM using NMI --- destroy FLAG ;[]========================================================================[] Public APM_R31_Added APM_R31_Added: ;[]========================================================================[] ;Procedure: Get_PMI_Source ; ;Function : To get the corresponding PMI routine according ; to what kind of PMI it is ; ;Input : DS = PM_RAM ; ;Output : SI = point to appropriate PMI handler ; e.g. if it is a suspend request ; SI = offset Suspend_Handler ; ;Note : 1. Called from PM_Handler ; 2. stack available ; 3. The BIOS PM kernal will issue: ; "call si" after calling this routine! ;[]========================================================================[] ;[]========================================================================[] ; ;Function : Service routine to handle PMI source 0Fh (reg. 35h bit 4-0) ; ;[]========================================================================[] ;[]========================================================================[] ; ;Function : Service routine to handle PMI source ; ;[]========================================================================[] ;[]========================================================================[] ; ;Function : Service routine to handle PMI source ; ;[]========================================================================[] ;[]========================================================================[] ; ;Function : Service routine to handle EXT SMI1 source ; ;[]========================================================================[] ;[]========================================================================[] ; ;Function : Service routine to handle PMI source ; ;[]========================================================================[] ;[]========================================================================[] ; ;Function : Service routine to handle PMI source ; ;[]========================================================================[] ;[]========================================================================[] ; ;Function : Service routine to handle PMI source ; ;[]========================================================================[] ASSUME DS:PM_RAM ifndef CRT_Control_Not_In_F000 F000_Enable_CRT Proc Far call Enable_CRT retf F000_Enable_CRT Endp F000_Disable_CRT Proc Far call Disable_CRT retf F000_Disable_CRT Endp endif ;CRT_Control_Not_In_F000 ifndef V_ALARM_IN_E000 F000_Virtual_Resume_Timer Proc Far call Virtual_Resume_Timer retf F000_Virtual_Resume_Timer Endp ;----------------------------------------------------------- ;Function : 1. reg.30h bit 1,0 --> 00b (Full-On Mode) ; 2. set PM_RAM:[PM_MODE]=FULL_ON ; 3. Enable CRT display ; 4. set CPU to its full speed ; ;Input : DS = PM_RAM ; ;Output : None ;----------------------------------------------------------- ;[]========================================================================[] ;input : DS = PM_RAM ;[]========================================================================[] include v_alarm.inc Low_Power_Throttling Proc Near ret Low_Power_Throttling Endp endif ;V_ALARM_IN_E000 ALIGN 4 Public PM_Int8_Hook PM_Int8_Hook Proc Near ret PM_Int8_Hook Endp ;[]===============================================================[] ; ; Cfg_Video_Mode: ; Routine to initial video after vga initial within POST. ; ; Entry: none ; ; Exit: none ; ; Name | Date | Description ; ----------------------------------------------------------------- ;[]==================================================================[] public Cfg_Video_Mode Cfg_Video_Mode proc near ret Cfg_Video_Mode endp ;---------------------------------------------------------------------------- ;Output : AL = 0 DPMS not support ; (CRT sleep disable or Controll by H/V sync & Blanking) ; = 1 CRT sleep use DPMS STANDBY ; = 2 CRT sleep use DPMS SUSPEND ;*(Default Value) = 3 CRT sleep use DPMS OFF ; = 4 CRT sleep use DPMS REDUCE ON (not support in v1.0) ;---------------------------------------------------------------------------- Public Get_DPMS_Option Get_DPMS_Option proc near ifndef NO_DPMS_SUPPORT extrn VGA_Type_Item:near mov si,offset VGA_Type_Item call GetItem_Value cmp al,3 jnz short _No_DPMS_Support mov dx,12D2H ; ST AGP vendor ID mov cx,0018H ; RIVA 128 device ID xor si,si ; first device mov ax,0b102H ; find PCI device func. call int 1AH jnc short Have_ST_AGP ; Found => Set No Support DPMS mov al,3 jmp short @f ; No => Set Support DPMS Have_ST_AGP: _No_DPMS_Support: xor al,al ; Set No Support DPMS @@: else ;DPMS_STANDARD xor al,al endif ;DPMS_STANDARD ret Get_DPMS_Option endp ifndef CRT_Control_Not_In_F000 ifdef CRT_Control_Not_In_APM include CRT_Ctrl.inc endif ;CRT_Control_Not_In_APM endif ;CRT_Control_Not_In_F000 ;R56 - starts ifdef LCD_CRT_OPTION ;[]==================================================================[] ; ; Procedure Name: LCD_BACKLIGHT_ON ; ; This routine is used to turn on the LCD backlight. ; ; Saves: all ; Input: ; none ; ; Output: ; none ; ; [Note]: ; 1. This routine is hardware dependent. ; ; Author: Daniel Huang ; Date: August, 08, 1995 ; ; Name | Date | Description ; ----------------------------------------------------------------- ; DNL | 08/08/95 | Initial version for C&T65545 ;[]==================================================================[] PUBLIC LCD_BACKLIGHT_ON LCD_BACKLIGHT_ON PROC NEAR clc ret LCD_BACKLIGHT_ON ENDP ;[]==================================================================[] ; ; Procedure Name: LCD_BACKLIGHT_OFF ; ; This routine is used to turn off the LCD backlight. ; ; Saves: all ; Input: ; none ; ; Output: ; none ; ; [Note]: ; 1. This routine is hardware dependent. ; ; Author: Daniel Huang ; Date: August, 08, 1995 ; ; Name | Date | Description ; ----------------------------------------------------------------- ; DNL | 08/08/95 | Initial version for C&T65545 ;[]==================================================================[] PUBLIC LCD_BACKLIGHT_OFF LCD_BACKLIGHT_OFF PROC NEAR clc ret LCD_BACKLIGHT_OFF ENDP endif ;LCD_CRT_OPTION ifdef NEW_SUPERVGA_KERNEL public VGA_SIGN_ON_BEFORE VGA_SIGN_ON_BEFORE proc near ret VGA_SIGN_ON_BEFORE ENDP ;;============================================================ public CT_MODESET_ADJUST CT_MODESET_ADJUST proc near ret CT_MODESET_ADJUST ENDP ;;============================================================ public CT_GET_PANEL_TYPE CT_GET_PANEL_TYPE proc near ret CT_GET_PANEL_TYPE ENDP F_Video_Func Proc Far Call Video_Func retf F_Video_Func Endp ;=============================================================== public CT_PWR_OFF_PANEL CT_PWR_OFF_PANEL proc near ret CT_PWR_OFF_PANEL ENDP ;=============================================================== public CT_PWR_ON_PANEL CT_PWR_ON_PANEL proc near ret CT_PWR_ON_PANEL ENDP ;=============================================================== public Ct_Set_TV_Mode Ct_Set_TV_Mode Proc Near ret Ct_Set_TV_Mode ENDP ;=============================================================== endif ;NEW_SUPERVGA_KERNEL ;R56 - ends ;--------------------------------------------------------------------------- ;R49 - starts ifdef Notebook_Power_Management Public F_Suspend_0V F_Suspend_0V proc Far call Suspend_0V ret F_Suspend_0V ENDP F_Resume_0V Proc Far Call Resume_0V ret F_Resume_0V Endp endif ;Notebook_Power_Management ;R49 - ends FCODE ENDS ;-------------------------------------------------------------- ;-------------------------------------------------------------- ;----- The following codes will be located at E000 ! ---------- ;----- The following codes will be located at E000 ! ---------- ;----- The following codes will be located at E000 ! ---------- ;----- The following codes will be located at E000 ! ---------- ;-------------------------------------------------------------- ;-------------------------------------------------------------- EGROUP GROUP ECODE ECODE SEGMENT USE16 PARA PUBLIC 'ECODE' ASSUME CS:EGROUP,DS:G_RAM,ES:EGROUP align 4 if STD_Function EQ 1 ;[]========================================================================[] ; ;Procedure: CT_0V_Shutdown ; ;Function : Routine to put system into off state. ; ;Input : None ; ;Output : None ; ;[]========================================================================[] Public CT_0V_Shutdown CT_0V_Shutdown Proc Near mov ax,PM_RAM_SEGMENT mov ds,ax extrn APM_16_PowerOff:near F000_call DGROUP:APM_16_PowerOff ret CT_0V_Shutdown Endp ;[]========================================================================[] ; ;Procedure: CT_System_Wakeup ; ;Function : Routine for system wake up from Zero-Volt-Suspend. ; ;Input : None ; ;Output : None ; ;[]========================================================================[] Public CT_System_Wakeup CT_System_Wakeup Proc Near ret CT_System_Wakeup Endp ;[]========================================================================[] ; ; Suspend_Chipset_Table ; ; This table describe chipset registers which save & restore during ; Zero-Volt-Suspend & Resume. ; It is refrenced by routine Save_Chipset & Restore_Chipset. ; ; Formate: ; ; DW , ; DW : : ; DW : : ; DW : : ; DW , ; DW FFFFh ; End of table ; ; ;[]========================================================================[] PUBLIC Suspend_Chipset_Table Suspend_Chipset_Table: ;R49C;R49B dw VT586 + 00h, 100h ;R49C dw VT586 + 00h, 37h ;R49B ;R49C dw VT586 + 47h, 60h ;R49B ;R49C dw VT586_IDE + 00h, 100h ;R49C dw VT586_USB + 00h, 100h ;R49C ;R49C dw VT586_ACPI + 00h, 14h ;R49B ;R49C dw VT586_ACPI + 16h, 40h - 16h ;R49B ;R49C ifdef VT686 ;R49C dw VT586_USB_2 + 10h, 31h ;R49C dw VT686_AC97 + 10h, 30h ;R49C dw VT686_AC97 +100h+10h, 30h ;MC97 function 6 ;R49C endif; VT686 ;R49 dw VT586_ACPI + 00h, 14h ;R49 dw VT586_ACPI + 16h, 40h - 16h ;R49A dw VT586_ACPI + 40h, 1;R49 ;R49C - starts dw VT692 + 10h, 90h dw VT692_PP + 10h, 30h dw VT586 + 00h, 37h dw VT586 + 47h, 60h dw VT586_IDE + 00h, 100h dw VT586_USB + 00h, 100h dw VT586_ACPI + 16h, 40h - 16h ;R49C - ends dw 0FFFFh ;[]========================================================================[] ;Procedure: Get_SMBASE_Seg ; ;Function : Return SMBASE segment. ; ;Input : None ; ;Output : EAX: should point to the SMBASE address (32bit address). ; ;[]========================================================================[] Public Get_SMBASE_SEG Get_SMBASE_SEG Proc Near mov eax, 0A0000h ret Get_SMBASE_SEG Endp ;[]========================================================================[] ;Procedure: CT_AllShadow_RW ; ;Function : To Enable/Disable all shadow Read/Write. ; ;Input : AL = 0 For all shadow readable. ; AL = 1 For all shadow writeable. ; ;Output : None ; ;Preserve : ; ;Note : 1. Stack available. ; 2. called from Suspend_0V or Resume_0V. ; 3. If the chipset support shadow RAM both Readable & Writeable ; then don't care input AL, Just program chipset for shadow ; RAM both R/W-able. ; ;[]========================================================================[] Public CT_AllShadow_RW CT_AllShadow_RW Proc Near pusha push ebx mov cx,VT692 + 61h mov bl,0FFh call E000_GET_SET_PMU_OR inc cl call E000_GET_SET_PMU_OR inc cl mov bl,0F0h call E000_GET_SET_PMU_OR pop ebx popa ret CT_AllShadow_RW Endp ;[]========================================================================[] ;Procedure: CT_SMBASE_Off ; ;Function : To disable SMBASE map function. ; ;Input : None ; ;Output : None ; ;[]========================================================================[] Public CT_SMBASE_Off CT_SMBASE_Off Proc Near pusha push ebx mov cx,VT692+63h ;R44 mov bx,00Fch mov bx,02Fch ;R44 call E000_GET_SET_PMU pop ebx popa ret CT_SMBASE_Off endp ;[]========================================================================[] ;Procedure: CT_SMBASE_On ; ;Function : To Enable SMBASE map function. ; ;Input : None ; ;Output : None ; ;[]========================================================================[] Public CT_SMBASE_On CT_SMBASE_On Proc Near pusha push ebx mov cx,VT692+63h mov bx,00FCh ;R49A ;R49A mov bx,03FCh call E000_GET_SET_PMU pop ebx popa ret CT_SMBASE_On Endp ;[]========================================================================[] ;Procedure: CT_Disable_SMI ; ;Function : To disable SMI trigger. ; ;Input : None ; ;Output : None ; ;[]========================================================================[] Public CT_Disable_SMI CT_Disable_SMI Proc Near ret CT_Disable_SMI Endp ;[]========================================================================[] ;Procedure: CT_Skip_ZV_Shadow ; ;Function : To tell ZV suspend kernal that do not save/restore shadow RAM ; if it is need. ; ;Input : AX = shadow RAM segment C000H,D000H,E000H,F000H. ; ;Output : ZF = Skip this segment save/restore during ZV susupend/resume. ; NZF = This segment save/restore during ZV susupend/resume. ; ;Save : AX ; ;Note : Sometime chipset use shadow RAM for SMBASE, So it is need to ; skip shadow RAM save/restore during ZV susupend/resume. ; Refrence the chipset Sis-550X for this case. ; ;[]========================================================================[] Public CT_Skip_ZV_Shadow CT_Skip_ZV_Shadow Proc Near or ax,ax ret CT_Skip_ZV_Shadow Endp Public Save_Ct_device Save_Ct_device Proc near ret Save_Ct_device Endp Public Restore_Ct_device Restore_Ct_device Proc Near ret Restore_Ct_device Endp ifdef S4_Support Public Wakeup_Device Wakeup_Device Proc NEAR ; Enable IDE Channel push ebx mov cx, VT586_IDE+04H mov bl, 05h Call E000_Get_Set_PMU_OR pop ebx ret Wakeup_Device Endp endif; S4_Support endif ;STD_Function ifdef ACPI_Support ;[]========================================================================[] ;Procedure: Ct_ACPI_Option ; ;Function : Return ACPI on/off status ; ;Input : None ; ;Output : CF = 1 ACPI off ; CF = 0 ACPI on ;[]========================================================================[] Public Ct_ACPI_Option Ct_ACPI_Option Proc Near ;R26 IFNDEF No_ACPI_IRQ_Selectable IFDEF ACPI_IRQ_Selectable ;R26 mov si,offset Assign_ACPI_IRQ_Item call F000_GetItem_Value or al,al ; if ACPI IRQ set NA ? jnz short @F ; No, jmp ! stc ; Set Not ACPI ret @@: ;R26 ENDIF; No_ACPI_IRQ_Selectable ENDIF;ACPI_IRQ_Selectable ;R26 mov si,offset ACPI_option_Item call F000_GetItem_Value or al,al ;Enable ACPI ? clc ; Set Is ACPI jz short @F ;Yes stc ; Set Not ACPI @@: ret Ct_ACPI_Option Endp endif; ACPI_Support ;[]========================================================================[] ;Procedure: E000_Ct_Early_PM_Init ; ;Function : Early PM chip initializations ; ;Input : None ; ;Output : None ; ;Preserve : All ; ;Note : 1. Call from POST 9 ; 2. Stack available ; 3. You can initialize any PM function which is needed ; to be done earlier! ;[]========================================================================[] Public E000_Ct_Early_PM_Init E000_Ct_Early_PM_Init Proc Near push ds push es pushad cld ifdef Wake_On_GPI_Support ;R14 - starts mov al,55h NMI_OFF ; CMOS [55h] : out 70h,al ; bit 4 : Wake_On_GPI_Support in al,71h ; and al,10h shr al,4 shl al,Wake_On_GPI_Support mov bh, al mov cl, 24h ; mov bl, not (01h shl Wake_On_GPI_Support) call E000_Get_Set_PMIO ; endif; Wake_On_GPI_Support ;R14 - ends ifdef VT596 mov bl,not 04h ;R27 Set RTC Alarm Resume Off mov cl, 03h ;R27 call E000_Get_Set_PMIO_AND ;R27 mov dx,ACPI_Port + 00h in ax,dx out dx,ax mov dx,ACPI_Port + 20h ;R06 in ax,dx ;R06 out dx,ax ;R06 mov dx,ACPI_Port + 30h ;R06 in ax,dx ;R06 out dx,ax ;R06 mov dx,ACPI_Port + 32h ;R06 in ax,dx ;R06 out dx,ax ;R06 mov dx,ACPI_Port + 28h ;R04 in ax,dx ;R04 out dx,ax ;R04 IFNDEF Power_Button_Dont_Set_Level_Trigger ;R16 - starts mov cl, 2Ch ; Set Power Button to mov bl, 04h ; Level Trigger call E000_Get_Set_PMIO_OR ; ENDIF; Power_Button_Dont_Set_Level_Trigger ;R16 - ends IFDEF Always_Enable_LID ;R18 - starts mov cl, 25h ; Always Enable LID# ;R18A mov bl,80h ; mov bl,08h ;R18A call E000_Get_Set_PMIO_OR ; ENDIF;Always_Enable_LID ; IFDEF WAKE_LAN_BY_LID mov al,55h NMI_OFF ; CMOS [55h] : out 70h,al ; bit 4 : WAKE_LAN_BY_LID in al,71h ; and al,10h shr al,1 mov bh, al mov bl, not 08h mov cl, 25h ; 25h bit 3 : LID# call E000_Get_Set_PMIO ; ifdef WAKE_LAN_BY_GPI ;R61 shr bh, 3 ;R61 mov cl, WAKE_LAN_BY_GPI ;R61 shl bh, cl ;R61 mov bl, bh ;R61 not bl ;R61 mov dx, ACPI_Port + 24h ;R61 in al, dx ;R61 and al, bl ;R61 or al, bh ;R61 mov dx, ACPI_Port + 24h ;R61 out dx, al ;R61 endif; WAKE_LAN_BY_GPI ;R61 IFDEF LID_ACTIVE_HIGH ;R30A - starts mov cl, 2Ch ; 2Ch bit 7 : LID# Rising Trigger mov bl,not 80h ; call E000_Get_Set_PMIO_AND ; ELSE; LID_ACTIVE_HIGH ;R30A - ends ifndef LID_Triger_By_Rising_Edge ;R30 mov cl, 2Ch ;R30 2Ch bit 7 : LID# Falling Trigger mov bl, 80h ;R30 call E000_Get_Set_PMIO_OR ;R30 else; LID_Triger_By_Rising_Edge ;R30A mov cl, 2Ch ;R30A 2Ch bit 7 : LID# Rising Trigger mov bl,not 80h ;R30A call E000_Get_Set_PMIO_AND ;R30A endif; LID_Triger_By_Rising_Edge ;R30 ENDIF; LID_ACTIVE_HIGH ;R30A ENDIF;WAKE_LAN_BY_LID ;R18 - ends endif; VT596 mov ax,cs mov ds,ax mov ax,03800h ; orginal CPU SMBase mov es,ax mov cx,Change_SMBase_L ;dword length mov si,offset Change_SMBase xor di,di rep movsb ; Enable SMI Call E000_Ct_Enable_SMI F000_call Issue_SW_SMI ;Change SMBASE xor cx, cx @@: loop @B ;R11 M1_Cpu: ; Disable all SMI ; Enable SMI ; **** Change_SMBase subroutine is executing at this point in SMM Mode **** ; **** After this point, all SMM execute at memory 0A8000h **************** ; Disable SMI ; Enable SMRAM can be access mov cx, VT692 + 63h ;Enable a000:0 - b000:ffff read/write to DRAM mov bx, 01fch call E000_Get_Set_PMU mov ax,cs mov ds,ax mov ax,0A800h mov es,ax ; Copy SMI_Handler to SMRAM 0A8000h ; DS = CS, ES = 0A8000h mov cx, (SMI_Handler_Len/4) mov si,offset SMI_Handler_Start xor di,di rep movsd ; Modified the offset of JMP instruction for different CPU ;R11 mov si, (offset Intel_SMI_Start-offset SMI_Handler_Start-3) ;R11 ;R11 Intel_Cpu: ;R11 mov word ptr es:[1], si ifdef APM_IN_SMBASE call Move_APMCode endif ;APM_IN_SMBASE ;R40 - start ifdef Flash_IN_SMBASE call Move_FlashCode endif ;Flash_IN_SMBASE ;R40 - end ; Close SMRAM, for operate correctly at SMRAM mov cx,VT692 + 63h mov bx, 0fch call E000_Get_Set_PMU ifdef Suspend_TurnOff_Fan_By_GPIO_0_High mov cl, 42h ; mov bl, not 01h ; call E000_Get_Set_PMIO_AND ; mov cl, 40h ;Active GPIO 0 is Output mov bl, 01h ; call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_0_High ifdef Suspend_TurnOff_Fan_By_GPO_LowByte_Low mov cx,VT586_ACPI + 40h ; Set Pin136 GPO_WE mov bl,not 80h call E000_Get_Set_PMU_AND mov cl, 46h ;GPO Hi Byte = High mov bl, Suspend_TurnOff_Fan_By_GPO_LowByte_Low call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPO_LowByte_Low ifdef Suspend_TurnOff_Fan_By_GPO_HiByte_Low mov cx,VT586_ACPI + 40h ; Set Pin136 GPO_WE mov bl,not 80h call E000_Get_Set_PMU_AND mov cl, 47h ;GPO Hi Byte = High mov bl, Suspend_TurnOff_Fan_By_GPO_HiByte_Low call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPO_HiByte_Low ifdef Suspend_TurnOff_Fan_By_GPO_LowByte_High mov cx,VT586_ACPI + 40h ; Set Pin136 GPO_WE mov bl,not 80h call E000_Get_Set_PMU_AND mov cl, 46h ;GPO Hi Byte = Low mov bl,not Suspend_TurnOff_Fan_By_GPO_LowByte_High call E000_Get_Set_PMIO_AND ; endif; Suspend_TurnOff_Fan_By_GPO_LowByte_High ifdef Suspend_TurnOff_Fan_By_GPO_HiByte_High mov cx,VT586_ACPI + 40h ; Set Pin136 GPO_WE mov bl,not 80h call E000_Get_Set_PMU_AND mov cl, 47h ;GPO Hi Byte = Low mov bl,not Suspend_TurnOff_Fan_By_GPO_HiByte_High call E000_Get_Set_PMIO_AND ; endif; Suspend_TurnOff_Fan_By_GPO_HiByte_High ifdef Suspend_TurnOff_Fan_By_GPO_Low mov cx,VT586_ACPI + 40h ; Set Pin136 GPO_WE mov bl,not 80h call E000_Get_Set_PMU_AND mov dx, ACPI_Port + 46h in ax,dx or ax, Suspend_TurnOff_Fan_By_GPO_Low out dx,ax out dx,ax endif; Suspend_TurnOff_Fan_By_GPO_Low IFDEF VT596 ;-------------------------------------; ; >> 596(3050) : << ; ; Control GPO to High After PowerOn ;Because default of GPIO is LOW ;-------------------------------------; ;---------; ; GPO0-7 ; ;---------; GPO_Port_4C_VAL = 00h ifdef Suspend_Send_Low_To_GPO0 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 01h endif; Suspend_Send_Low_To_GPO0 ifdef Suspend_Send_Low_To_GPO1 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 02h endif; Suspend_Send_Low_To_GPO1 ifdef Suspend_Send_Low_To_GPO2 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 04h endif; Suspend_Send_Low_To_GPO2 ifdef Suspend_Send_Low_To_GPO3 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 08h endif; Suspend_Send_Low_To_GPO3 ifdef Suspend_Send_Low_To_GPO4 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 10h endif; Suspend_Send_Low_To_GPO4 ifdef Suspend_Send_Low_To_GPO5 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 20h endif; Suspend_Send_Low_To_GPO5 ifdef Suspend_Send_Low_To_GPO6 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 40h endif; Suspend_Send_Low_To_GPO6 ifdef Suspend_Send_Low_To_GPO7 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 80h endif; Suspend_Send_Low_To_GPO7 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 7 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR (01h SHL Suspend_Send_Low_To_GPO) endif;Suspend_Send_Low_To_GPO LE 7 endif; Suspend_Send_Low_To_GPO if GPO_Port_4C_VAL NE 00h mov cl, 4Ch mov bl, GPO_Port_4C_VAL call E000_Get_Set_PMIO_OR endif; GPO_Port_4C_VAL NE 00h ;---------; ; GPO8-15 ; ;---------; GPO_Port_4D_VAL = 00h ifdef Suspend_Send_Low_To_GPO8 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 01h endif; Suspend_Send_Low_To_GPO8 ifdef Suspend_Send_Low_To_GPO9 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 02h endif; Suspend_Send_Low_To_GPO9 ifdef Suspend_Send_Low_To_GPO10 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 04h endif; Suspend_Send_Low_To_GPO10 ifdef Suspend_Send_Low_To_GPO11 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 08h endif; Suspend_Send_Low_To_GPO11 ifdef Suspend_Send_Low_To_GPO12 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 10h endif; Suspend_Send_Low_To_GPO12 ifdef Suspend_Send_Low_To_GPO13 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 20h endif; Suspend_Send_Low_To_GPO13 ifdef Suspend_Send_Low_To_GPO14 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 40h endif; Suspend_Send_Low_To_GPO14 ifdef Suspend_Send_Low_To_GPO15 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 80h endif; Suspend_Send_Low_To_GPO15 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 15 if Suspend_Send_Low_To_GPO GE 8 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR (01h SHL (Suspend_Send_Low_To_GPO-8)) endif;Suspend_Send_Low_To_GPO LE 8 endif;Suspend_Send_Low_To_GPO LE 15 endif; Suspend_Send_Low_To_GPO if GPO_Port_4D_VAL NE 00h mov cl, 4Dh mov bl, GPO_Port_4D_VAL call E000_Get_Set_PMIO_OR endif; GPO_Port_4D_VAL NE 00h ;----------; ; GPO16-23 ; ;----------; GPO_Port_4E_VAL = 00h ifdef Suspend_Send_Low_To_GPO16 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 01h endif; Suspend_Send_Low_To_GPO16 ifdef Suspend_Send_Low_To_GPO17 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 02h endif; Suspend_Send_Low_To_GPO17 ifdef Suspend_Send_Low_To_GPO18 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 04h endif; Suspend_Send_Low_To_GPO18 ifdef Suspend_Send_Low_To_GPO19 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 08h endif; Suspend_Send_Low_To_GPO19 ifdef Suspend_Send_Low_To_GPO20 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 10h endif; Suspend_Send_Low_To_GPO20 ifdef Suspend_Send_Low_To_GPO21 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 20h endif; Suspend_Send_Low_To_GPO21 ifdef Suspend_Send_Low_To_GPO22 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 40h endif; Suspend_Send_Low_To_GPO22 ifdef Suspend_Send_Low_To_GPO23 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 80h endif; Suspend_Send_Low_To_GPO23 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 23 if Suspend_Send_Low_To_GPO GE 16 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR (01h SHL (Suspend_Send_Low_To_GPO-16)) endif;Suspend_Send_Low_To_GPO LE 16 endif;Suspend_Send_Low_To_GPO LE 23 endif; Suspend_Send_Low_To_GPO if GPO_Port_4E_VAL NE 00h mov cl, 4Eh mov bl, GPO_Port_4E_VAL call E000_Get_Set_PMIO_OR endif; GPO_Port_4E_VAL NE 00h ;----------; ; GPO24-30 ; ;----------; GPO_Port_4F_VAL = 00h ifdef Suspend_Send_Low_To_GPO24 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 01h endif; Suspend_Send_Low_To_GPO24 ifdef Suspend_Send_Low_To_GPO25 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 02h endif; Suspend_Send_Low_To_GPO25 ifdef Suspend_Send_Low_To_GPO26 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 04h endif; Suspend_Send_Low_To_GPO26 ifdef Suspend_Send_Low_To_GPO27 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 08h endif; Suspend_Send_Low_To_GPO27 ifdef Suspend_Send_Low_To_GPO28 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 10h endif; Suspend_Send_Low_To_GPO28 ifdef Suspend_Send_Low_To_GPO29 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 20h endif; Suspend_Send_Low_To_GPO29 ifdef Suspend_Send_Low_To_GPO30 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 40h endif; Suspend_Send_Low_To_GPO30 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 30 if Suspend_Send_Low_To_GPO GE 24 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR (01h SHL (Suspend_Send_Low_To_GPO-24)) endif;Suspend_Send_Low_To_GPO LE 24 endif;Suspend_Send_Low_To_GPO LE 30 endif; Suspend_Send_Low_To_GPO if GPO_Port_4F_VAL NE 00h mov cl, 4Fh mov bl, GPO_Port_4F_VAL call E000_Get_Set_PMIO_OR endif; GPO_Port_4F_VAL NE 00h ENDIF; VT596 ifdef Power_On_ATX_By_GPIO0 ifdef Have_Keyboard_PowerOn_Item mov al,55h NMI_OFF ; CMOS [55h] : out 70h,al ; bit 4 : Keyboard_Item of setup in al,71h ; and al,10h shr al,4 mov bh, al else; Have_Keyboard_PowerOn_Item mov bh,01h endif; Have_Keyboard_PowerOn_Item mov cl, 26h ; mov bl, not 01h ; call E000_Get_Set_PMIO ; ;---------------------------------------; ; Clear Keyboard's Output Buffer ; ;---------------------------------------; push ds ; copy these code from mov ax,G_RAM ; Post_13S of E0POST.asm ! mov ds,ax ASSUME DS:G_RAM pushf sti xor cx,cx Cln_KB_Buf_: in al,60h NEWIODELAY loop short Cln_KB_Buf_ and INIT_ERR_FLG,NOT (IEF_SETUP_OK+IEF_TO_ENTER_SETUP) mov dword ptr PTR_KBD_BUF_HD,01e001eh popf pop ds ASSUME DS:PM_RAM endif; Power_On_ATX_By_GPIO0 ;R10 - starts ifdef Wake_On_EXTSMI0_Support mov al,55h NMI_OFF ; CMOS [55h] : out 70h,al ; bit 4 : Keyboard_Item of setup in al,71h ; and al,10h shr al,4 mov bh, al mov cl, 26h ; mov bl, not 01h ; call E000_Get_Set_PMIO ; endif; Wake_On_EXTSMI0_Support ;R10 - ends mov cx,VT586_ACPI + 40h ; Enable => ; Power Buttom Debounce ! mov bl, 20h call E000_Get_Set_PMU_OR mov cl, 01h ; Clear Power Buttom Status call E000_Get_PMIO call E000_Set_PMIO call Delay_About_1_Second mov cl, 01h call E000_Get_PMIO call E000_Set_PMIO ifdef Disable_ExtSMI_SW_In_POST mov al,55h NMI_OFF F000_call Get_Cmos test al,80h jz short @f endif; Disable_ExtSMI_SW_In_POST IFNDEF WAKE_LAN_BY_LID ;R24 IFNDEF PATCH_WOL_STATUS ;R24 mov cl, 03h ; Enable Power Buttom mov bl, 01h call E000_Get_Set_PMIO_OR ENDIF; PATCH_WOL_STATUS ;R24 ENDIF; WAKE_LAN_BY_LID ;R24 IFDEF WAKE_LAN_BY_LID ;R24 - starts mov cl, 03h ; Disable Power Buttom mov bl,not 01h call E000_Get_Set_PMIO_AND ENDIF; WAKE_LAN_BY_LID IFDEF PATCH_WOL_STATUS mov cl, 03h ; Disable Power Buttom mov bl,not 01h call E000_Get_Set_PMIO_AND ENDIF; PATCH_WOL_STATUS ;R24 - ends @@: mov cl, 27h mov bl,02h call E000_Get_Set_PMIO_OR ifdef Cache_ZZ_Pin_To_GPIO4 mov cl, 40h mov bl,10h call E000_Get_Set_PMIO_OR mov cl, 42h mov bl,not 10h call E000_Get_Set_PMIO_AND endif; Cache_ZZ_Pin_To_GPIO4 ifdef Clear_PME_Before_Off ;R25B call Record_WOL_Info ;R25B endif; Clear_PME_Before_Off ;R25B popad pop es pop ds ret E000_Ct_Early_PM_Init Endp ifdef APM_IN_SMBASE COMPILE_FOR_APMBIOS = 2 include APM.INC endif ;APM_IN_SMBASE ;R40 - start ifdef Flash_IN_SMBASE COMPILE_FOR_APMBIOS = 2 include SMIFlash.INC endif ;Flash_IN_SMBASE ;R40 - end ifdef Move_F000_PMU_INIT_To_E000 ;[]========================================================================[] ;Procedure: E000_Ct_PM_Final_Init ; ;Function : PM initialization before boot ; ;Input : None ; ;Output : None ; ;Registers: Please preserve all registers ; ;Note : 1. Call from POST 82 ; 2. Stack available ;[]========================================================================[] ASSUME ES:PM_RAM ASSUME DS:DGROUP Public E000_Ct_PM_Final_Init E000_Ct_PM_Final_Init Proc Near ifdef Have_Conserve_Item mov si,offset Conserve_Mode_Item call F000_GetItem_Value mov bl,al shl bl,4 else; Have_Conserve_Item xor bl,bl endif; Have_Conserve_Item mov cx,VT586_ACPI + 53h call E000_Get_Set_PMU_OR mov cl, 30h call E000_Set_PMIO_Clear ;R67 mov ah,0 ; Clear Y-M-D Alarm Setting. mov al,32h ;R67 Set ACPI Century Field F000_call Get_Cmos ;R67 to the year of Now ! mov ah,al ;R67 mov al,7fh ; F000_call Set_Cmos ; xchg al,ah ; Clear M-D Alarm Setting. mov al,7eh ; F000_call Set_Cmos ; xchg al,ah ; mov al,7dh ; F000_call Set_Cmos ; ifdef Disable_ExtSMI_SW_In_POST mov cl, 01h ; Clear Power Buttom Status call E000_Get_PMIO ; call E000_Set_PMIO ; call Delay_About_1_Second ; mov cl, 01h ; call E000_Get_PMIO ; call E000_Set_PMIO ; mov cl, 03h ; Enable Power Buttom mov bl, 01h ; call E000_Get_Set_PMIO_OR ; endif; Disable_ExtSMI_SW_In_POST ;R08A - starts ifdef VT596 IFDEF Thermal_Enable mov cx,VT586_ACPI + 4ch mov bl,0D0h call E000_Get_Set_PMU_OR ifndef Thermal_Active_By_High mov cl,2ch mov bl,40h call E000_Get_Set_PMIO_OR endif; Thermal_Active_By_High ENDIF;Thermal_Enable ;R45 - starts ifdef APC_Power_LED_ITEM mov al, APC_LED_CMOS F000_call Get_Cmos test al, APC_LED_CMOS_BIT jnz short Enable_GPO_Device mov bl, 0Bfh ;disable GPO23,22 mov cx, VT596+75h call E000_Get_Set_PMU_AND jmp short Disable_GPO_Device Enable_GPO_Device: mov bl, 40h ;enable GPO23,22 mov cx, VT596+75h call E000_Get_Set_PMU_OR Disable_GPO_Device: endif; APC_Power_LED_ITEM ;R45 - ends endif; VT596 ;R08 - ends ret E000_Ct_PM_Final_Init Endp ;[]========================================================================[] ;Procedure: E000_Ct_PM_Init ; ;Function : Special PM init which the standard code can't do ; ;Input : DS = DGROUP ; ES = PM_RAM ; ;Output : None ; ;Note : 1. Call from POST 79S (PM initialization) ; 2. Stack available ; 3. Don't destroy any SEGMENT registers! ;[]========================================================================[] ASSUME ES:PM_RAM ASSUME DS:DGROUP Public E000_Ct_PM_Init E000_Ct_PM_Init Proc Near pusha ;R49 - starts ifdef Notebook_Power_Management mov si,offset OS_Type_Item call F000_GetItem_Value mov byte ptr PM_RAM:OS_TYPE_BYTE,al endif ;Notebook_Power_Management ;R49 - ends push ds push es pop ds ;--------------- Set 32bit Timer for ACPI ------------------------ ;R39 mov cx, VT586_ACPI + 41h ;R39 mov bl, 08h ;R39 call E000_Get_Set_PMU_OR ;R65A start ifdef PME_SUPPORT mov si, offset DGROUP:WO_Item call F000_GetItem_Value ;get setup setting shl al,5 mov bl,al mov cl,24h call E000_Get_PMIO and al,not 20h or al,bl call E000_Set_PMIO endif ;PME_SUPPORT ;R65A end mov si, offset DGROUP:Alarm_Item call F000_GetItem_Value ;get setup setting mov bl,al mov si, offset DGROUP:PWRBTN_OVRD_Item call F000_GetItem_Value ;get setup setting shl al,1 or bl,al mov PM_RAM:[ALARM_RESUME], bl mov si, offset DGROUP:Ring_Item ; Set Ring Resume call F000_GetItem_Value ; By Setup Item mov bh,al ;R32A shl al,3 or PM_RAM:[ALARM_RESUME], al ifndef VT596 ;R32A mov cl, 27h mov bl,not 04h call E000_Get_Set_PMIO_AND else; VT596 ;R32A mov cl, 25h ;R32A mov bl,not 01h ;R32A call E000_Get_Set_PMIO ;R32A endif; VT596 ;R32A ifdef Set_APM_According_PM_Setup F000_call PM_Option_Check ; If PM set Disable jc short @f ; No, Jmp ! or byte ptr PM_RAM:[ALARM_RESUME],80h ; Set Flag to be PM Disable ? @@: endif; Set_APM_According_PM_Setup ifdef ABIT_Have_Suspend_Fan_Item mov si, offset DGROUP:Fan_Item call F000_GetItem_Value shl al,2 or PM_RAM:[ALARM_RESUME], al endif; ABIT_Have_Suspend_Fan_Item ;--------------- Save miscellaneous setup settings --------------- mov si,offset DGROUP:Doze_Timer_Item mov di,offset PM_RAM:DOZE_TIME ;R62 start call Timer_Transfer mov si,offset DGROUP:Susp_Timer_Item mov di,offset PM_RAM:SUSPEND_TIME call Timer_Transfer ;R62 end ;R62 mov cx,2 ;R62 ;R62 Prg_Next_Item: ;R62 ;R62 call F000_GetItem_Value ;get setup setting ;R62 xor ah,ah ;R62 shl ax,1 ;R62 mov bx,offset Timer_Value ;value table ;R62 add bx,ax ;translate ;R62 mov ax,cs:[bx] ;into reg. value ;R62 mov es:[di],ax ;save value in PM_RAM ;R62 ;R62 add si,ITEM_SIZE ;R62 inc di ;R62 inc di ;R62 loop short Prg_Next_Item mov ax,PM_RAM:[DOZE_Time] mov PM_RAM:[Doze_Setting],ax mov ax,PM_RAM:[SUSPEND_TIME] mov PM_RAM:[Suspend_Setting],ax ;Primary/Secondary Setting ;R62 mov si,offset DGROUP:IRQ3_Event_Item ;R62 mov cx,13 ;R62 xor bx, bx ;R62 xor dx,dx ;R62 set_pri: ;R62 call F000_GetItem_Value ;R62 or bl, al ;R62 and bl, 11111101b ;R62 shr al, 1 ;R62 or dl, al ;R62 pri: ;R62 add si, ITEM_SIZE ;R62 ror bx, 1 ;R62 ror dx, 1 ;R62 loop set_pri ;R62 start mov di,offset IRQ_Evnt_TBL mov cx,IRQ_Evnt_TBL_Len xor bx,bx xor dx,dx set_pri: mov si,word ptr CS:[DI] push di call F000_GetItem_Value pop di or bl, al and bl, 11111101b shr al, 1 or dl, al pri: add di,2 ror bx, 1 ror dx, 1 loop short set_pri ;R62 end test byte ptr FLOPPY_TYPE[bp],0ffH ; no floppy installed ? jnz short Fdd_Attach and bl,NOT 01000000b ;disable IRQ6 primary event Fdd_Attach: ;R23A ifdef Cover_Garbage_IRQ12 ;R23 - starts ;R23A test bh,10h ;R23A jz short W_IRQ12_Dis ;R23A or PM_RAM:[ALARM_RESUME], 80h ;Wake Event IRQ12 Enabled. ;R23A and bh,not 10h ;R23A W_IRQ12_Dis: ;R23A endif; Cover_Garbage_IRQ12 ;R23 - ends ifdef VT686 ;R52B or bl,00000010b ;R52B Always Enable IRQ1(Keyboard Event). endif; VT686 ;R52B push dx mov cx, VT586_ACPI + 44h mov al, bl call E000_Set_PMU mov cx, VT586_ACPI + 45h mov al, bh call E000_Set_PMU pop dx mov bx, dx mov cx, VT586_ACPI + 46h mov al, bl call E000_Set_PMU mov cx, VT586_ACPI + 47h mov al, bh call E000_Set_PMU ;APM option mov si,offset DGROUP:Wait_APM_Item call F000_GetItem_Value mov PM_RAM:[Wait_APM_Flag],al ;video off option mov si,offset Video_Off_Item call F000_GetItem_value mov PM_RAM:[Video_Off_Mode],al ;Read DOZE timer setup value and store in SM RAM ;Read Suspend timer setup value and store in SM RAM ;Set Conserve Mode mov cx, VT586_ACPI + 53h mov al, 88h ; But the first conserve mode will on afer call E000_Set_PMU ; first doze state mov PM_RAM:[PM_MODE1],FULL_ON call Update_PM_Timer ;enable primary activity monitor call End_Pmi_Handler ;clear status ifdef Break_Suspend_In_Mouse_CMOS mov si,offset Mouse_Irq_Item call F000_GetItem_Value shl al,2 mov PM_RAM:[MISC_CNTL1],al endif; Break_Suspend_In_Mouse_CMOS ifdef HDD_PWRDOWN_IN_SUSPEND ifdef HDD_PWRDOWN_IN_SUSPEND_After_1Min mov si,offset HDD_Power_Item Call F000_GetItem_Value mov byte ptr PM_RAM:[HDD_OFF_Timer],al cmp al,0 jz short @f Call HDD_Timer_Restore @@: endif; HDD_PWRDOWN_IN_SUSPEND_After_1Min endif; HDD_PWRDOWN_IN_SUSPEND mov cl, 2ch ;R08 mov al, 1 ;R08 call E000_Set_PMIO ;R16 mov bx, 01e0h ;R08 mov bx, 01e4h ;R16 call E000_Get_Set_PMIO ;R08 ;Set CPU type ifdef VT686 ;R52B - starts mov si,offset Evt_INTR_Item call F000_Getitem_Value mov bl,00000000b ; set primary activity test al,1 jz short @F mov bl,00000010b @@: mov PM_RAM:[VT586PM_I34h_Value],bl ;default mov cl, 34h call E000_Set_PMIO mov si,offset Evt_HDD_Item call F000_GetItem_Value or al,al jz short No_Evt_HDD or PM_RAM:[VT586PM_I34h_Value],00011100b No_Evt_HDD: mov si,offset Evt_DMA_Item call F000_GetItem_Value or PM_RAM:[VT586PM_I34h_Value],al mov si,offset Evt_LPT_COM_Item call F000_GetItem_Value or al,al jz short No_Evt_LPT_COM or PM_RAM:[VT586PM_I34h_Value],11100000b No_Evt_LPT_COM: mov si,offset M_Evt_VGA_Item call F000_GetItem_Value mov cl, 35h call E000_Set_PMIO else; VT686 ;R52B - ends mov si,offset Evt_INTR_Item call F000_Getitem_Value mov bl,10000000b ; set primary activity test al,1 jz short @F mov bl,10000010b @@: mov al,bl mov PM_RAM:[VT586PM_I34h_Value],al ;default mov cl, 34h call E000_Set_PMIO mov si,offset Evt_HDD_Item call F000_GetItem_Value shl al,3 or PM_RAM:[VT586PM_I34h_Value],al mov si,offset Evt_DMA_Item call F000_GetItem_Value or PM_RAM:[VT586PM_I34h_Value],al mov si,offset Evt_INTR_Item call F000_GetItem_Value shl al,1 or PM_RAM:[VT586PM_I34h_Value],al mov si,offset Evt_LPT_COM_Item call F000_GetItem_Value shl al,5 or PM_RAM:[VT586PM_I34h_Value],al mov si,offset M_Evt_VGA_Item call F000_GetItem_Value ;R52B ifndef VT686 ;R52 shl al,4 or PM_RAM:[VT586PM_I34h_Value],al ;R52B ;R52 - starts ;R52B else; VT686 ;R52B mov cl, 35h ;R52B call E000_Set_PMIO ;R52B endif; VT686 ;R52B ;R52 - ends endif; VT686 ;R52B mov cl, 38h mov al, 01h call E000_Set_PMIO ifdef Have_Fan_Control_Item_In_GPO_Low Have_Fan_Control_Item_In_GPO EQU 1 endif; Have_Fan_Control_Item_In_GPO_Low ifdef Have_Fan_Control_Item_In_GPO_High Have_Fan_Control_Item_In_GPO EQU 1 endif; Have_Fan_Control_Item_In_GPO_High ifdef Have_Fan_Control_Item_In_GPO extrn Fan_Control_Item:near mov si, offset DGROUP:Fan_Control_Item call F000_GetItem_Value ;save suspend--> fan shl al,7 ;stop ? or PM_RAM:[Video_Off_Mode],al endif; Have_Fan_Control_Item_In_GPO ifdef ACPI_SUPPORT mov cl, 2ah ; Enable Software SMI mov bl, 40h call E000_Get_Set_PMIO_OR endif ;ACPI_SUPPORT ;R25B ifdef Clear_PME_Before_Off ;R25A ;R25B call Record_WOL_Info ;R25A ;R25B endif; Clear_PME_Before_Off ;R25A push ds mov ax,G_RAM mov ds,ax assume ds:G_RAM mov bl,byte ptr ds:[hardware] pop ds mov byte ptr PM_RAM:[PS2_INST],bl pop ds popa ret E000_Ct_PM_Init Endp ;R25A - starts ifdef Clear_PME_Before_Off Record_WOL_Info proc near ;R25B push ds ;R25B mov ax, PM_RAM_SEGMENT ;R25B mov ds, ax ;R25B ASSUME DS:PM_RAM xor si,si ;first device mov ecx,00020000h ;find class code (Network) mov ax,0b103H ;find PCI device func. call int 1AH jc short No_WOL_Card ;R25B mov byte ptr PM_RAM:[WOL1_Bus],bh ;R25B mov byte ptr PM_RAM:[WOL1_Device],bl mov al,0F0h ;R25B out 72h,al ;R25B mov al,bh ;R25B out 73h,al ;R25B mov al,0F1h ;R25B out 72h,al ;R25B mov al,bl ;R25B out 73h,al ;R25B inc si ;the 2'nd device mov ecx,00020000h ;find class code (Network) mov ax,0b103H ;find PCI device func. call int 1AH jc short No_WOL_Card ;R25B mov byte ptr PM_RAM:[WOL2_Bus],bh ;R25B mov byte ptr PM_RAM:[WOL2_Device],bl mov al,0F2h ;R25B out 72h,al ;R25B mov al,bh ;R25B out 73h,al ;R25B mov al,0F3h ;R25B out 72h,al ;R25B mov al,bl ;R25B out 73h,al ;R25B No_WOL_Card: ;R25B pop ds ;R25B ASSUME DS:NOTHING ret Record_WOL_Info endp endif; Clear_PME_Before_Off ;R25A - ends ;R62 start ;==================================================[] ;Input: SI = item offset ; DI = timer setting offset in PM_RAM ;==================================================[] Timer_Transfer proc near call F000_GetItem_Value ;get setup setting xor ah,ah shl ax,1 mov bx,offset Timer_Value ;value table add bx,ax ;translate mov ax,cs:[bx] ;into reg. value mov es:[di],ax ;save value in PM_RAM ret Timer_Transfer ENDP IRQ_Evnt_TBL: dw offset DGROUP:IRQ3_Event_Item dw offset DGROUP:IRQ4_Event_Item dw offset DGROUP:IRQ5_Event_Item dw offset DGROUP:IRQ6_Event_Item dw offset DGROUP:IRQ7_Event_Item dw offset DGROUP:IRQ8_Event_Item dw offset DGROUP:IRQ9_Event_Item dw offset DGROUP:IRQ10_Event_Item dw offset DGROUP:IRQ11_Event_Item dw offset DGROUP:IRQ12_Event_Item dw offset DGROUP:IRQ13_Event_Item dw offset DGROUP:IRQ14_Event_Item dw offset DGROUP:IRQ15_Event_Item IRQ_Evnt_TBL_Len EQU ($ - offset IRQ_Evnt_TBL)/2 ;R62 end ; value ,unit ; ---------------------- Timer_Value: db 00000000b,0ah ;Disable db 00000101b,0ah ;5 Sec db 00001010b,0ah ;10 Sec db 00010100b,0ah ;20 Sec db 00011110b,0ah ;30 Sec db 00101000b,0ah ;40 Sec db 00111100b,0ah ;1 Min db 01111000b,0ah ;2 Min db 00000100b,0bh ;4 Min db 00000110b,0bh ;6 Min db 00001000b,0bh ;8 Min db 00001010b,0bh ;10 Min db 00010100b,0bh ;20 Min db 00011110b,0bh ;30 Min db 00101000b,0bh ;40 Min db 00111100b,0bh ;1 Hour endif; Move_F000_PMU_INIT_To_E000 IFDEF USB_SUPPORT COMPILE_FOR_USBBIOS = 2 include USBBIOS.ASM E000_Ct_Enable_SMI proc near mov cx, VT586 + 48h ;R34 If Onchip USB Enable ? call E000_Get_PMU ;R34 test al,04h ;R34 jnz short USB_Dis_1 ;R34 mov cl, 2Ah mov bl, 10h call E000_Get_Set_PMIO_OR USB_Dis_1: ;R34 mov cl, 2Ch mov bl, 01h call E000_Get_Set_PMIO_OR ifdef OverHot_Use_ExtSmi mov cl,24h mov bl,OVERHOT_USE_EXTSMI ;EXTSMI ? call E000_Get_Set_PMIO_OR endif; OverHot_Use_ExtSmi ifdef LM75_USE_EXTSMI4 mov cl,24h mov bl,10h ;;EXTSMI4 call E000_Get_Set_PMIO_OR endif; LM75_USE_EXTSMI4 ifdef LM75_USE_EXTSMI3 mov cl,24h mov bl,08h ;;EXTSMI3 call E000_Get_Set_PMIO_OR endif; LM75_USE_EXTSMI3 ifdef VT596 ;R07A IFDEF Cover_VT596_E_Version ;R07 - starts IFDEF Disable_EXTSMI_Button ;R07A mov cl,24h mov bl,not 01H ;Disable EXTSMI call E000_Get_Set_PMIO_AND ;R07A ELSE; Cover_VT596_E_Version ;R07 - ends ELSE; Disable_EXTSMI_Button ;R07A mov cl,24h mov bl,01H ;EXTSMI call E000_Get_Set_PMIO_OR ;R07A ENDIF;Cover_VT596_E_Version ;R07 ENDIF;Disable_EXTSMI_Button ;R07A ;R01 - starts IFDEF Suspend_When_High_In_GPI mov cl,24h ; Enable SMI of GPI. ;R01A mov bl,Suspend_When_High_In_GPI mov bl,(01h shl Suspend_When_High_In_GPI) ;R01A call E000_Get_Set_PMIO_OR ENDIF;Suspend_When_High_In_GPI ;R01A ifdef OverHot_Use_Thermal_Pin IFDEF Thermal_Enable ;R01A ifdef Thermal_With_SMI ;R01A mov cl,25h mov bl,04h call E000_Get_Set_PMIO_OR endif;Thermal_With_SMI ;R01A ;R01A endif; OverHot_Use_Thermal_Pin ENDIF;Thermal_Enable ;R01A ;R01 - ends endif; VT596 ifdef Suspend_SW_USE_EXTSMI mov cl,24h mov bl,Suspend_SW_USE_EXTSMI ;EXTSMI call E000_Get_Set_PMIO_OR endif; Suspend_SW_USE_EXTSMI ifdef Suspend_SW_USE_EXTSMI4 mov cl,24h mov bl,10h ;;EXTSMI4 call E000_Get_Set_PMIO_OR endif; Suspend_SW_USE_EXTSMI4 ret E000_Ct_Enable_SMI Endp E000_Ct_Disable_SMI proc near mov cl, 2Ah mov bl, not 10h call E000_Get_Set_PMIO_AND mov cl, 2Ch mov bl, NOT 01h call E000_Get_Set_PMIO_AND ifdef OverHot_Use_ExtSmi mov cl,24h mov bl,not OVERHOT_USE_EXTSMI ;EXTSMI ? call E000_Get_Set_PMIO_AND endif; OverHot_Use_ExtSmi ifdef LM75_USE_EXTSMI4 mov cl,24h mov bl,not 10h ;;EXTSMI4 call E000_Get_Set_PMIO_AND endif; LM75_USE_EXTSMI4 ifdef LM75_USE_EXTSMI3 mov cl,24h mov bl,not 08h ;;EXTSMI3 call E000_Get_Set_PMIO_AND endif; LM75_USE_EXTSMI3 ifdef VT596 mov cl,24h mov bl,not 01H ;EXTSMI call E000_Get_Set_PMIO_AND ;R01 - starts IFDEF Suspend_When_High_In_GPI mov cl,24h ; Disable SMI of GPI. ;R01A mov bl, not Suspend_When_High_In_GPI mov bl, not (01h shl Suspend_When_High_In_GPI) ;R01A call E000_Get_Set_PMIO_AND ENDIF;Suspend_When_High_In_GPI ;R01A ifdef OverHot_Use_Thermal_Pin IFDEF Thermal_Enable ;R01A ifdef Thermal_With_SMI ;R01A mov cl,25h mov bl,not 04h call E000_Get_Set_PMIO_AND endif;Thermal_With_SMI ;R01A ;R01A endif; OverHot_Use_Thermal_Pin ENDIF;Thermal_Enable ;R01A ;R01 - ends endif; VT596 ifdef Suspend_SW_USE_EXTSMI mov cl,24h mov bl,not Suspend_SW_USE_EXTSMI call E000_Get_Set_PMIO_AND endif; Suspend_SW_USE_EXTSMI ifdef Suspend_SW_USE_EXTSMI4 mov cl,24h mov bl,not 10h ;;EXTSMI4 call E000_Get_Set_PMIO_AND endif; Suspend_SW_USE_EXTSMI4 ret E000_Ct_Disable_SMI Endp ;[]========================================================================[] ;Procedure: Ct_Usb_Init ;Function: USB initialization for Chipset dependent module ; 1. Initialize SMI handler ; 2. Check USB legacy support enabled ; 3. Initialize chipset dependent feature for legacy support ;Input: none ;Output: CF = 0 USB legacy support enabled and initialization successful ; CF = 1 USB legacy support disabled or initialization fail ;[]========================================================================[] Ct_Usb_Init: mov cx, VT586_USB+LEGACY_HI mov bl, USBPIRQDEN ;must be enabled for VIA chip call E000_Get_Set_PMU_OR mov cx, VT586+48h call E000_Get_PMU test al, 04 jnz short Ct_Usb_Init_Fail ;R66 - starts ifdef IOTRAP_SUPPORT call Ct_EnableUsbLegacySmi ;Enable Legacy USB SMI endif ;IOTRAP_SUPPORT ;R66 - ends call E000_Ct_Enable_SMI clc ret Ct_Usb_Init_Fail: stc ret ;[]========================================================================[] ;Procedure: Ct_Check_Usb_Disabled ;Function: Check USB host controller enabled and legacy support enabled ; 1. Check host controller enabled ; 2. Check legacy support enabled ;Input: none ;Output: CF = 0 Host present and legacy support enabled ; CF = 1 Host disabled or legacy support disabled ;[]========================================================================[] Ct_Check_Usb_Disabled: ;R17 mov cx, VT586+48h ;R17 call E000_Get_PMU ;R17 test al, 04 ;R17 jnz short Ct_Check_Usb_Fail mov si, offset ONBD_USB_Item ;R17 call F000_GetItem_Value ;R17 or al, al ;R17 jnz short Ct_Check_Usb_Fail ;R17 mov si, offset USB_Legacy_Item call F000_GetItem_Value ;R66 - starts ifdef USB_MOUSE_SUPPORT xor dl, dl or al, al jz short Check_Mouse_Item or dl, USBKBSUPPORT Check_Mouse_Item: push dx mov si, offset USB_Mouse_Item call F000_GetItem_Value pop dx or al, al jz short Check_Mouse_End or dl, USBMSSUPPORT Check_Mouse_End: mov al, dl endif ;USB_MOUSE_SUPPORT ;R66 - ends or al, al jz short Ct_Check_Usb_Fail clc ret Ct_Check_Usb_Fail: stc ret ;[]========================================================================[] ;Procedure: Ct_Usb_ID ;Function: Report PCI ID of USB host controller ;Input: none ;Output: AX = Host controller ID ;[]========================================================================[] Ct_Usb_ID: mov ax, VT586_USB ret ENDIF ;USB_SUPPORT ;********************************************************************* ;********************************************************************* ;***** ***** ;***** The following codes ***** ;***** (between label SMI_Handler_Start & SMI_Handler_End) ***** ;***** should be placed in SMRAM !!! ***** ;***** ***** ;********************************************************************* ;********************************************************************* ;[]==========================================================================[] ; Change_SMBase: ; Change SMRAM address to 0A0000h - 0AFFFFh. ; This is a temporary SMI handler routine. ;[]==========================================================================[] ALIGN 4 Change_SMBase Proc Near ; Change SMBase ; mov cx, VT586 + 84h ; call Get_Pci ; and al, 0feh ; call Set_Pci mov dx,ACPI_Port+28h mov al,0ffh out dx,al ; Change SMBase mov eax,0A0000h mov di,0FEF8h ;SMBASE location mov dword ptr cs:[di], eax mov dx,ACPI_Port+2dh mov al,01h out dx,al ; Clear SMI request ; mov cx, VT586 + 86h ;SMI Enable register ; mov al, 0ffh ; call Set_PCI ; mov cx, VT586 + 87h ;SMI Enable register ; mov al, 0ffh ; call Set_PCI RSM Change_SMBase Endp Change_SMBase_L EQU $ - offset Change_SMBase ALIGN 4 Public SMI_Handler_Start SMI_Handler_Start label near SMI_Start: db 0E9h ;JMP ;R11 dw ? ;Intel_SMI_Start or ;R11 ;Cyrix_SMI_Start dw (offset Intel_SMI_Start-offset SMI_Handler_Start-3) ;------------------------------------------------------------------------ ;********************************************************************* ;********************************************************************* ;R11 ALIGN 4 ;R11 Stack_top2 EQU 03BFF0h _SMBASE_LOC EQU 0A800h ;R11 ALIGN 4 ;R11 ;Data saving table for CYRIX CPU ;R11 ;R11 SpSave dw ? ;R11 EspSave dd ? ;R11 EaxSave dd ? ;R11 EbxSave dd ? ;R11 Cr2Save dd ? ;R11 Cr3Save dd ? ;R11 ;R11 Gdt dq 0 ;R11 RD_WR EQU 12h ;read/write ;R11 EX_RD EQU 1Ah ;execute/readable ;R11 ADDR = 0 ;R11 LIMT = 100000h ;R11 G_BIG = $ - Gdt ;R11 dw (LIMT-1 AND 0ffffh) ;R11 dw (ADDR AND 0ffffh) ;R11 db ((ADDR SHR 16) AND 0ffh) ;R11 db RD_WR OR (0 SHL 5) OR (1 SHL 7) ;R11 db ((LIMT-1 SHR 16) AND 0fh) OR (0 SHL 6) OR (1 SHL 7) ;R11 db ((ADDR SHR 24) AND 0ffh) ;R11 G_CODE = $ - Gdt ;R11 dw (LIMT-1 AND 0ffffh) ;R11 dw (ADDR AND 0ffffh) ;R11 db ((ADDR SHR 16) AND 0ffh) ;R11 db EX_RD OR (0 SHL 5) OR (1 SHL 7) ;R11 db ((LIMT-1 SHR 16) AND 0fh) OR (0 SHL 6) OR (1 SHL 7) ;R11 db ((ADDR SHR 24) AND 0ffh) ;R11 GDTSIZE = ($ - Gdt) ;R11 ;R11 DsSave dt ? ;R11 EsSave dt ? ;R11 SsSave dt ? ;R11 FsSave dt ? ;R11 GsSave dt ? ;R11 LdtSave dt ? ;R11 TskSave dt ? ;R11 Dstemp db 0ffh,0ffh,0,0,0,92h,8fh,0,0,0 ;4 Gb segment ;R11 GdtSave df 0 ;R11 GdtNew dw GDTSIZE-1 ;R11 dd ? ;address ;R11 IdtSave df 0 ;R11 RealModeIdt dw 3ffh ;R11 dd 0 ;R11 ;R11 Cyrix_SMI_Start: ;R11 mov cs:[_EaxSave],eax ;R11 mov cs:[_EspSave],esp ;R11 mov cs:[_EbxSave],ebx ;R11 SVLDT CS,_LdtSave ;save LDT ;R11 SVDC CS,_DsSave,DS ;save DS ;R11 SVDC CS,_EsSave,ES ;save ES ;R11 SVDC CS,_SsSave,SS ;save SS ;R11 SVDC CS,_FsSave,FS ;save FS ;R11 SVDC CS,_GsSave,GS ;save GS ;R11 RSDC CS,_Dstemp,DS ;set DS ;R11 RSDC CS,_Dstemp,SS ;set SS ;R11 RSDC CS,_Dstemp,ES ;set ES ;R11 ;R11 db 066h ;R11 SGDT fword ptr cs:[_GdtSave] ;save GDT ;R11 ;R11 db 066h ;R11 SIDT fword ptr cs:[_IdtSave] ;save IDT ;R11 ;R11 mov eax,cr2 ;R11 mov cs:[_Cr2Save],eax ;save CR2 ;R11 ;R11 mov eax,cr3 ;R11 mov cs:[_Cr3Save],eax ;save CR3 ;R11 ;R11 mov ax,_SMBASE_LOC ;R11 mov ss,ax ;setup stack ;R11 mov esp,STACK_TOP2 ;R11 ;R11 ;---------------------------- ;R11 ;Clear VM flag in Eflags ;R11 ;R11 mov eax,0 ;R11 push eax ;R11 mov eax,_SMBASE_LOC ;R11 push eax ;R11 mov eax,offset @F ;R11 sub eax,offset SMI_Handler_Start ;R11 push eax ;R11 iretd ;R11 @@: ;R11 ;---------------------------- ;R11 ;R11 db 66h ;R11 LIDT fword ptr cs:[_RealModeIdt] ;set real mode IDT ;R11 ;R11 mov ax,cs ;R11 mov ss,ax ;R11 mov esp,Stack_top2 ;R11 ;R11 pushad ;R11 mov dx, 0cf8h ;R11 in eax, dx ;R11 push eax ;R11 ;R11 ifdef USB_SUPPORT ;R11 pushad ;R11 push ds ;R11 push es ;R11 call Usb_Smi ;R11 pop es ;R11 pop ds ;R11 popad ;R11 jnc short Cyrix_SMI_Exit ;R11 endif ;USB_SUPPORT ;R11 ;R11 CALL PMI_Handler ;R11 ;R11 Cyrix_SMI_Exit: ;R11 pop eax ;R11 mov dx, 0cf8h ;R11 out dx, eax ;R11 popad ;R11 ;R11 RSLDT CS,_LdtSave ;retore LDT ;R11 RSDC CS,_DsSave,DS ;restore DS ;R11 RSDC CS,_EsSave,ES ;restore ES ;R11 RSDC CS,_SsSave,SS ;restore SS ;R11 RSDC CS,_FsSave,FS ;restore FS ;R11 RSDC CS,_GsSave,GS ;restore GS ;R11 ;R11 db 66h ;R11 LGDT fword ptr cs:[_GdtSave] ;restore GDT ;R11 db 66h ;R11 LIDT fword ptr cs:[_IdtSave] ;restore IDT ;R11 ;R11 mov eax,cs:[_Cr2Save] ;restore CR2 ;R11 mov cr2,eax ;R11 mov eax,cs:[_Cr3Save] ;restore CR3 ;R11 mov cr3,eax ;R11 ;R11 mov esp,cs:[_EspSave] ;R11 mov eax,cs:[_EaxSave] ;R11 mov ebx,cs:[_EbxSave] ;R11 ;R11 RSM STACK_TOP1 EQU 03FF0H ALIGN 4 Intel_SMI_Start: ; Force Intel SMI offset from 8000h to 0. db 0EAh dw (offset @F-offset SMI_Handler_Start) dw _SMBASE_LOC @@: cli mov ax,cs mov ss,ax ;setup stack mov esp,STACK_TOP1 ifdef USB_SUPPORT pushad push ds push es mov dx,0cf8h ;R28 in eax,dx ;R28 push eax ;R28 push dx ;R28 call Usb_Smi pop dx ;R28 pop eax ;R28 out dx,eax ;R28 pop es pop ds popad jc short @f rsm @@: endif ;USB_SUPPORT ;far call PMI_handler in F0000h ;PMI_Handler in F0000h use IRET to return to user, ;so pushf before calling mov dx,0cf8h ;R28 in eax,dx ;R28 push eax ;R28 push dx ;R28 in al, 70h ;R64 push ax ;R64 CALL PMI_Handler pop ax ;R64 out 70h,al ;R64 pop dx ;R28 pop eax ;R28 out dx,eax ;R28 RSM ;Execute RSM instruction to get back to application ;---------------------------------------------------------------------- ;Function : Set Mode timer with appropriate value ;Input : DS = PM_RAM ;---------------------------------------------------------------------- ASSUME DS:PM_RAM Update_PM_Timer Proc Near pusha mov si,offset PM_RAM:DOZE_TIME mov al,[PM_MODE1] xor ah,ah ;R09 mov cx,3 ;R09A mov cx,3 ;R09 mov cx,2 ;R09A sub cx,ax shl ax,1 add si,ax xor bh,bh jcxz short Prg_Timer_Value @@: mov bx,[si] or bl,bl jnz short Prg_Timer_Value inc si inc si loop short @B xor bh,bh Prg_Timer_Value: mov cx,VT586_ACPI + 51h mov al,bl ;set timer value call E000_Set_PMU mov cx,VT586_ACPI + 50h mov al,bh ;set timer unit call E000_Set_PMU mov cl, 2ah mov bl, 04h call E000_Get_Set_PMIO_OR ;R14 ifdef SUSPEND_SWITCH ;R14 mov cl, 24h ;R14 mov bl,00000010b ;R14 call E000_Get_Set_PMIO_OR ;R14 endif ;SUSPEND_SWITCH popa ret Update_PM_Timer Endp ;[]========================================================================[] ;Procedure: End_PMI_Handler ; ;Function : Handle the end of PMI ; ;Input : DS = PM_RAM ; ;Output : None ; ;Note : 1. called from every PMI & after PMI requests has been served ; 2. stack available ;[]========================================================================[] ASSUME DS:PM_RAM Public End_PMI_Handler End_PMI_Handler Proc Near ; Clear activity source mov cl, 00h call E000_Set_PMIO_Clear mov cl, 30h call E000_Set_PMIO_Clear mov cl, 28h call E000_Set_PMIO_Clear mov cl, 20h call E000_Set_PMIO_Clear mov cl, 2ch mov bl, 11h call E000_Get_Set_PMIO_OR mov cl, 2dh mov al, 1 call E000_Set_PMIO ;R64 in al, 70h ;R64 out 70h,al ret End_PMI_Handler Endp ;[]========================================================================[] ;Function : Routine to handle the power management interrupt (PMI). ; ;Input : None ; ;Output : if PM using IRQ --- no output! ; if PM using NMI --- NC: BIOS has handle this NMI for ; PM chip! ; CF: NMI is not issue by PM chip ; ;Destroy: if PM using IRQ --- destroy None ; if PM using NMI --- destroy FLAG ;[]========================================================================[] Public PMI_Handler PMI_Handler Proc near cli pushad ifdef S4_Support mov ax,SEG REAL_IDT_LOC mov es,ax mov si,OFFSET REAL_IDT_LOC lidt fword ptr es:[si] endif; S4_Support push ds push es push fs push gs ifndef Set_APM_According_PM_Setup ifdef Debug_SMI mov al, _SMI_ENTRY out 80h, al endif; Debug_SMI endif; Set_APM_According_PM_Setup ;-------------- Branch to appropriate PMI Handlers ------------------------- It_Is_PMI: mov ax,PM_RAM_SEGMENT mov ds,ax ASSUME DS:PM_RAM mov cx,VT692 + 63h call E000_Get_PMU push ax call E000_Open_PM_RAM ;-------------- Branch to appropriate PMI Handlers ------------------------- call Get_PMI_Source ;Get PMI Handler routine offset in SI ifdef Clear_PME_Before_Off ;R25 call SMI_Patch_LanBoot ;R25 endif; Clear_PME_Before_Off ;R25 call End_PMI_Handler call E000_Close_PM_RAM pop ax mov cx,VT692 + 63h call E000_Set_PMU ;----------------- PMI request is done! About to leave ISR ------------------ pop gs pop fs pop es pop ds popad RET PMI_Handler Endp ifdef CRT_Control_Not_In_F000 include CRT_Ctrl.inc endif ;CRT_Control_Not_In_F000 ;[]========================================================================[] ;Procedure: E000_Open_PM_RAM ; ;Function : To enable the PM RAM read/write ; ;Input : None ; ;Output : None ; ;Preserve : All ; ;Note : 1. Stack available ; 2. called from PM_Init & APM ;[]========================================================================[] Public E000_Open_PM_RAM E000_Open_PM_RAM Proc Near push ebx mov cx,VT692 + 63h mov bl,00110000b ;enable PM_RAM read/write call E000_Get_Set_PMU_OR pop ebx ret E000_Open_PM_RAM Endp ;[]========================================================================[] ;Procedure: E000_Close_PM_RAM ; ;Function : To close PM RAM ; (Normally, PM_RAM is located in shadow RAM) ; ;Input : AL = 1 --> there is option ROM in the PM_RAM area ; 0 --> there is no option ROM in the PM_RAM area ; ;Output : if input AL = 1 ; ; switch the PM_RAM area back to ROM ; ; if input AL = 0 ; ; program this area into read-only mode ; ;Preserve : All ; ;Note : 1. Stack available ; 2. called from PMI_Handler, PM_Init ;[]========================================================================[] Public E000_Close_PM_RAM E000_Close_PM_RAM Proc Near mov cx,VT692 + 63h mov bx,0010000011001111b ;shadow read-only call E000_Get_Set_PMU ret E000_Close_PM_RAM Endp ;R51 - starts ifdef PM_Beep_Speaker ;[]========================================================================[] ;Procedure : PM_Warning_Beep ; ;Input : cx = no of beeps ; ;Output : AH bit 1,0 = original speaker status ; AL bit 765432 = original port 61h status ; 1,0 = 00 ; ;Note : speaker will be turned off ; ;[]========================================================================[] DATA8254 EQU 40H CTRL8254 EQU 43H Public PM_Warning_Beep PM_Warning_Beep Proc Near in al,61h push ax ;------------------ program speaker frequency ------------------------- mov al,0B6H out CTRL8254,al NEWIODELAY mov al,50h out DATA8254+2,al NEWIODELAY mov al,03h out DATA8254+2,al NEWIODELAY ;-------------------- save speaker status ----------------------------- in al,61h mov ah,al and ah,03h ;------------------------ Beep loop ----------------------------------- Beep_Loop: push cx in al,61h NEWIODELAY or al,3 out 61h,al NEWIODELAY mov cx,1000h call Wait_Refr and al,not 03h out 61h,al NEWIODELAY call Wait_Refr pop cx loop Beep_Loop pop ax out 61h, al ret PM_Warning_Beep Endp ;-------------------------------------------- ;Input : CX = number of Refresh Cycle ;-------------------------------------------- ALIGN 4 Wait_Refr Proc Near pusha Next_Refresh_Cycle: @@: in al,61h test al,010h jz short @B @@: in al,61h test al,010h jnz short @B loop Next_Refresh_Cycle popa ret Wait_Refr Endp endif ;PM_Beep_Speaker ;R51 - ends ;--------------------------------------------------------------- ; E000_Get_PMU: ; Reads a value directly from the chipset register. ; ; Input : CX = Index register to read ; Output : AL = Value read ; Destory: EAX, DX ;--------------------------------------------------------------- public E000_Get_PMU E000_Get_PMU proc near CONFIG_ADDR EQU 0cf8h mov ax, 8000h ;enable PCI config. shl eax, 16 mov ax, cx and al, not 03h ;32 bit access for PCI mov dx, CONFIG_ADDR ;index is 0CF8h out dx, eax mov dl, 0FCh ;start from 0CFCh mov al, cl and al, 03h add dl, al ;byte index to read in al, dx ret E000_Get_PMU endp ;--------------------------------------------------------------- ; E000_Set_PMU: ; Changes a value in the chipset register. ; Input : CX = Index register to change ; AL = Value to change ; Output : None ; Destory: EAX, ECX, DX ; ;--------------------------------------------------------------- public E000_Set_PMU E000_Set_PMU proc near xchg ax, cx shl ecx, 16 ;save write value xchg ax, cx ;restore cx mov ax, 8000h ;enable PCI config. shl eax, 16 mov ax, cx and al, not 03h ;32 bit access for PCI mov dx, CONFIG_ADDR ;index is 0CF8h out dx, eax mov dl, 0fch ;start from 0cfch mov al, cl and al, 03h add dl, al ;byte index to read shr ecx, 16 ;restore value mov ax, cx out dx, al ret E000_Set_PMU endp ;--------------------------------------------------------------- ; E000_Get_Set_PMU: ; Read one chipset register value and set it back. ; Input : CX = register index ; BL = value to AND ; BH = value to OR ; Output : None ; Destroy: EAX, ECX, DX ;--------------------------------------------------------------- public E000_Get_Set_PMU E000_Get_Set_PMU proc near call E000_Get_PMU and al, bl ;AND data or al, bh ;OR data call E000_Set_PMU ret E000_Get_Set_PMU endp ;--------------------------------------------------------------- ; E000_Get_Set_PMU_AND: ; Read one chipset register value and set it back (AND). ; Input : CX = register index ; BL = value to AND ; Output : None ; Destroy: EAX, ECX, DX ;--------------------------------------------------------------- public E000_Get_Set_PMU_AND E000_Get_Set_PMU_AND proc near call E000_Get_PMU and al, bl ;AND data call E000_Set_PMU ret E000_Get_Set_PMU_AND endp ;--------------------------------------------------------------- ; E000_Get_Set_PMU_OR: ; Read one chipset register value and set it back (OR). ; Input : CX = register index ; BL = value to OR ; Output : None ; Destroy: EAX, ECX, DX ;--------------------------------------------------------------- public E000_Get_Set_PMU_OR E000_Get_Set_PMU_OR proc near call E000_Get_PMU or al, bl ;AND data call E000_Set_PMU ret E000_Get_Set_PMU_OR endp public E000_Get_PMIO E000_Get_PMIO proc near push dx mov eax, 80000000h + VT586_ACPI + 48h mov dx, 0cf8h out dx, eax mov dl, 0fch in ax, dx mov dx, ax and dx, NOT 03h add dl, cl in al, dx pop dx ret E000_Get_PMIO endp public E000_Set_PMIO E000_Set_PMIO proc near push dx push bx mov bl, al mov eax, 80000000h + VT586_ACPI + 48h mov dx, 0cf8h out dx, eax mov dl, 0fch in ax, dx mov dx, ax and dx, NOT 03h add dl, cl mov al, bl out dx, al pop bx pop dx ret E000_Set_PMIO endp ;[]==============================================================[] ; E000_Get_Set_PMIO: ; Change a value in the chipset register(ACPI). ; Input : CX = Index register to change ; bl = Value to change AND ; bh = Value to change OR ; Output : None ; Destory: EAX, ECX, DX ; ;[]==============================================================[] Public E000_Get_Set_PMIO E000_Get_Set_PMIO proc near call E000_Get_PMIO and al, bl ;AND data or al, bh ;OR data call E000_Set_PMIO ret E000_Get_Set_PMIO endp ;[]==============================================================[] ; E000_Get_Set_PMIO_OR: ; OR a value in the chipset register(ACPI). ; Input : CX = Index register to change ; bl = Value to change (OR) ; Output : None ; Destory: EAX, ECX, DX ; ;[]==============================================================[] Public E000_Get_Set_PMIO_OR E000_Get_Set_PMIO_OR proc near call E000_Get_PMIO or al, bl ;OR data call E000_Set_PMIO ret E000_Get_Set_PMIO_OR endp ;[]==============================================================[] ; E000_Get_Set_PMIO_AND: ; AND a value in the chipset register(ACPI). ; Input : CX = Index register to change ; bl = Value to change (AND) ; Output : None ; Destory: EAX, ECX, DX ; ;[]==============================================================[] Public E000_Get_Set_PMIO_AND E000_Get_Set_PMIO_AND proc near call E000_Get_PMIO and al, bl ;AND data call E000_Set_PMIO ret E000_Get_Set_PMIO_AND endp ;[]==============================================================[] ; E000_Set_PMIO_Clear: ; Clear a value in the chipset register. ; Input : CX = Index register to change. ; bl = Value to change (Clear) ; Output : None ; Destory: EAX, ECX, DX ; ;[]==============================================================[] Public E000_Set_PMIO_Clear E000_Set_PMIO_Clear proc near mov al, 0ffh ; 0FFh (Write 1 to Clear) call E000_Set_PMIO ; Clear ret E000_Set_PMIO_Clear endp ;R21 - starts Public E000_GPO_PIN_LOW E000_GPO_PIN_LOW Proc Near Call E000_Control_GPO_Pin ret E000_GPO_PIN_LOW Endp Public E000_GPO_PIN_High E000_GPO_PIN_High Proc Near or bl,GPO_PIN_HIGH Call E000_Control_GPO_Pin ret E000_GPO_PIN_High Endp Public E000_Control_GPO_Pin E000_Control_GPO_Pin Proc Near pushad mov cl,bl and cl,07h mov bh,01h shl bh,cl mov cl,bl and cl,07fh shr cl,3 add cl,4ch test bl,GPO_PIN_HIGH mov bl,bh jz short _Set_and_ Call E000_Get_Set_PMIO_OR popad ret _Set_and_: not bl Call E000_Get_Set_PMIO_AND popad ret E000_Control_GPO_Pin Endp ;R21A - start Public E000_Read_GPI_Pin E000_Read_GPI_Pin Proc Near pushad mov cl,bl and cl,07h mov bh,01h shl bh,cl ; BH = bit map push cx ; CL = shift offset mov cl,bl and cl,07fh shr cl,3 add cl,48h Call E000_Get_PMIO pop cx and al,bh ; AND BH shr al,cl ; SHR CL or al,al popad ret E000_Read_GPI_Pin Endp ;R21A - end ;R21 - ends ;[]========================================================================[] ;Procedure: Get_PMI_Source ; ;Function : To get the corresponding PMI routine according ; to what kind of PMI it is ; ;Input : DS = PM_RAM ; ;Output : SI = point to appropriate PMI handler ; e.g. if it is a suspend request ; SI = offset Suspend_Handler ; ;Note : 1. Called from PM_Handler ; 2. stack available ; 3. The BIOS PM kernal will issue: ; "call si" after calling this routine! ;[]========================================================================[] ASSUME DS:PM_RAM Public Get_PMI_Source Get_PMI_Source Proc Near mov cl, 21h call E000_Get_PMIO test al,01h jz short @f call Clear_Modem_Ring_Status @@: mov cl, 28h call E000_Get_PMIO mov bl, al and bl,not 80h ;R04 mov cl, 01h ; ACPI Chip : call E000_Get_PMIO ; Move Suspend Buttom to and al,01h ; Power Buttom offset 01 bit 0 (status) shl al, 7 ; or bl, al ; bit 7 of BL: ExtSMI status mov cl, 2ah call E000_Get_PMIO mov bh, al mov cl, 03h ; ACPI Chip : call E000_Get_PMIO ; Move Suspend Buttom to and al,01h ; Power Buttom shl al, 7 ; offset 03 bit 0 (On/Off) or al, bh and bl, al ;R54 ifndef VT686 ;R52 ;R54 test PM_RAM:[VT586PM_I34h_Value], 10h ; if VGA Event is Diabled ;R54 jz short @f ; Yes, jump! ;R54 ;R54 mov cl, 30h ;R54 call e000_get_PMIO ;R54 test al, 10h ; Judgement is video active ;R54 jz short @f ; No, jump! ;R54 mov cl, 30h ;R54 call E000_Get_PMIO ;R54 and al, 10h ;R54 call E000_Set_PMIO ;R54 call Null_Handler ; Reset timer ;R54 jmp Get_PMI_Source_End ;R54 @@: ;R54 else; VT686 ;R52 - starts ;R54 mov cl, 35h ; if VGA Event is Diabled ;R54 call e000_get_PMIO ; Yes, jump! ;R54 jz short VGA_Evt_Disable ;R54 ;R54 mov cl, 31h ;R54 call e000_get_PMIO ;R54 test al, 01h ; Judgement is video active ;R54 jz short VGA_Evt_Disable ; No, jump! ;R54 mov cl, 31h ;R54 call E000_Get_PMIO ;R54 and al, 01h ;R54 call E000_Set_PMIO ;R54 call Null_Handler ; Reset timer ;R54 jmp Get_PMI_Source_End ;R54 VGA_Evt_Disable: ;R54 endif; VT686 ;R52 - ends ifdef OverHot_Use_ExtSmi mov cl,20h call e000_get_pmio and al,OverHot_Use_ExtSmi xor bh,bh or bh,al test bh,OverHot_Use_ExtSmi jz short @F call OverHot_Use_Handler cmp bl,0 je Get_PMI_Source_End @@: endif; OverHot_Use_ExtSmi ifdef LM75_USE_EXTSMI4 mov cl,20h call e000_get_pmio and al,10h shr al,4 xor bh,bh or bh,al test bh,00000001b jz short @F call LM75_OverHot_Handler cmp bl,0 je Get_PMI_Source_End @@: endif; LM75_USE_EXTSMI4 ifdef LM75_USE_EXTSMI3 mov cl,20h call e000_get_pmio and al,08h shr al,3 xor bh,bh or bh,al test bh,00000001b jz short @F call LM75_OverHot_Handler cmp bl,0 je Get_PMI_Source_End @@: endif; LM75_USE_EXTSMI3 ifdef VT596 mov cl,20h call e000_get_pmio and al,01H xor bh,bh or bh,al test bh,01H ;is EXTSMI ? jz short @F ;no jmp! ifdef Debug_SMI push ax mov al,95h out 80h,al pop ax endif; Debug_SMI IFDEF Set_APM_According_PM_Setup test byte ptr PM_RAM:[ALARM_RESUME],80h ; If Setup set PM Disable ? jnz short Skip_ExtSMI_1 ; No, Jmp ! call Set_Full_On_State ret Skip_ExtSMI_1: ENDIF;Set_APM_According_PM_Setup mov al,0aah call Turbo_SW_Handler jmp Get_PMI_Source_End @@: ;R01 - starts IFDEF Suspend_When_High_In_GPI mov cl,20h call e000_get_pmio ;R01A and al,Suspend_When_High_In_GPI and al,(01h shl Suspend_When_High_In_GPI) ;R01A xor bh,bh or bh,al ;R01A test bh,Suspend_When_High_In_GPI test bh,(01h shl Suspend_When_High_In_GPI) ;R01A jz short @F ifdef Debug_SMI push ax mov al,97h out 80h,al pop ax endif; Debug_SMI ifdef Set_APM_According_PM_Setup test byte ptr PM_RAM:[ALARM_RESUME],80h ; If Setup set PM Disable ? jnz short Skip_GPI ; No, Jmp ! call Set_Full_On_State ret Skip_GPI: endif;Set_APM_According_PM_Setup ;R01A call SW_SMI_Handler mov al,0aah ;R01A call Turbo_SW_Handler ;R01A jmp Get_PMI_Source_End @@: ENDIF;Suspend_When_High_In_GPI ;R01A ifdef OverHot_Use_Thermal_Pin IFDEF Thermal_Enable ;R01A ifdef Thermal_With_SMI ;R01A mov cl,21h call e000_get_pmio test al,04H jz short @F call OverHot_Use_Handler cmp bl,0 jmp Get_PMI_Source_End @@: endif; Thermal_With_SMI ;R01A ;R01A endif; OverHot_Use_Thermal_Pin ENDIF; Thermal_Enable ;R01A ;R01 - ends endif; VT596 ifdef Suspend_SW_USE_EXTSMI mov cl,20h call e000_get_pmio and al,Suspend_SW_USE_EXTSMI xor bh,bh or bh,al test bh,Suspend_SW_USE_EXTSMI jz short @F ifdef Debug_SMI push ax mov al,96h out 80h,al pop ax endif; Debug_SMI ifdef Set_APM_According_PM_Setup test byte ptr PM_RAM:[ALARM_RESUME],80h ; If Setup set PM Disable ? jnz short Skip_ExtSMI_1 ; No, Jmp ! call Set_Full_On_State ret Skip_ExtSMI_1: endif; Set_APM_According_PM_Setup mov al,0aah call Turbo_SW_Handler jmp Get_PMI_Source_End @@: endif; Suspend_SW_USE_EXTSMI ifdef Suspend_SW_USE_EXTSMI4 mov cl,20h call e000_get_pmio and al,10h shr al,4 xor bh,bh or bh,al test bh,00000001b jz short @F ifdef Debug_SMI push ax mov al,70h out 80h,al pop ax endif; Debug_SMI ifdef Set_APM_According_PM_Setup test byte ptr PM_RAM:[ALARM_RESUME],80h ; If Setup set PM Disable ? jnz short Skip_ExtSMI ; No, Jmp ! call Set_Full_On_State ret Skip_ExtSMI: endif; Set_APM_According_PM_Setup mov al,0aah call Turbo_SW_Handler jmp Get_PMI_Source_End @@: endif; Suspend_SW_USE_EXTSMI4 cmp bl,0 jne short @F ifdef Debug_SMI push ax mov al,71h out 80h,al pop ax endif; Debug_SMI call Null_Handler jmp Get_PMI_Source_End @@: test bl,01000000b jz short @F ifdef Debug_SMI push ax mov al,72h out 80h,al pop ax endif; Debug_SMI call SW_SMI_Handler jmp Get_PMI_Source_End @@: test bl,10000000b jz short @F ifdef Debug_SMI push ax mov al,73h out 80h,al pop ax endif; Debug_SMI or byte ptr PM_RAM:[ALARM_RESUME],40h ;R20 Set Press PowerButtom Flag call Turbo_SW_Handler jmp Get_PMI_Source_End @@: test bl,00000001b jz short @F ifdef Debug_SMI push ax mov al,74h out 80h,al pop ax endif; Debug_SMI call Primary_Active_Handler jmp Get_PMI_Source_End @@: ;R54 - starts ifndef VT686 test PM_RAM:[VT586PM_I34h_Value], 10h ; if VGA Event is Diabled jz short @f ; Yes, jump! mov cx, 30h call e000_get_PMIO test al, 10h ; Judgement is video active jz short @f ; No, jump! mov cx, 30h call E000_Get_PMIO and al, 10h call E000_Set_PMIO call Null_Handler ; Reset timer jmp Get_PMI_Source_End @@: else; VT686 mov cx, 35h call e000_get_PMIO test al,01h jz short @f mov cx, 31h call e000_get_PMIO test al, 01h ; Judgement is video active jz short @f ; No, jump! mov cx, 31h call E000_Get_PMIO and al, 01h call E000_Set_PMIO call Null_Handler ; Reset timer jmp Get_PMI_Source_End @@: endif; VT686 ;R54 - ends test bl,00000100b jz short @F ifdef Debug_SMI push ax mov al,75h out 80h,al pop ax endif; Debug_SMI call GP0_Timeout_Handler jmp Get_PMI_Source_End @@: test bl,00001000b jz short @F ifdef Debug_SMI push ax mov al,76h out 80h,al pop ax endif; Debug_SMI call IRQ_Active_Handler jmp Get_PMI_Source_End @@: test bl,00000010b jz short @F ifdef Debug_SMI push ax mov al,77h out 80h,al pop ax endif; Debug_SMI call Secondary_Timeout_Handler jmp Get_PMI_Source_End @@: test bl,00110000b jz short @F ifdef Debug_SMI push ax mov al,78h out 80h,al pop ax endif; Debug_SMI call Null_Handler jmp Get_PMI_Source_End @@: Get_PMI_Source_End: ifdef Always_LM75_OverHot call LM75_OverHot_Handler endif; Always_LM75_OverHot ret Get_PMI_Source Endp ALIGN 4 ;[]========================================================================[] ;[]========================================================================[] Null_Handler Proc Near call Set_Full_On_State ret Null_Handler Endp ;R01 - starts ;R01Aifdef OverHot_Use_Thermal_Pin ifdef Thermal_Enable ;R01A IFDEF Thermal_With_SMI ;R01A OverHot_Use_Handler proc near ;R01A xor al,al ;R01A mov cl,21h ;R01A call e000_get_pmio ;R01A test al,04h ;R01A jnz Warning_Beep_Off ;R01A Warning_Beep_On: ;R01A mov al,0bbh ;R01A out 80h,al ;R01A ;R01A mov cl,10h ;speed low ;R01A ifdef Thermal_Percent ;R01A mov al,Thermal_Percent ;R01A else; Thermal_Percent ;R01A mov al,14h ;R01A endif; Thermal_Percent ;R01A ;R01A call e000_set_pmio ;R01A ;R01A ifndef No_LM75_Warning_Beep ;R01A mov al,0b6h ;beep on ;R01A out 43h,al ;R01A newiodelay ;R01A mov al,50h ;R01A out 42h,al ;R01A newiodelay ;R01A mov al,03h ;R01A out 42h,al ;R01A newiodelay ;R01A in al,61h ;R01A or al,03h ;R01A out 61h,al ;R01A endif; No_LM75_Warning_Beep ;R01A jmp short @F ;R01A Warning_Beep_Off: ;R01A mov al,0ffh ;R01A out 80h,al ;R01A ;R01A ifndef No_LM75_Warning_Beep ;R01A in al,61h ;beep off ;R01A and al,not 03h ;R01A out 61h,al ;R01A endif; No_LM75_Warning_Beep ;R01A ;R01A mov cl, 10h ;speed high ;R01A mov al, 10h ;R01A call E000_Set_PMIO ;R01A @@: ;R08 - starts push bx mov cl,21h call e000_get_pmio test al,04h jnz Warning_Beep_Off Warning_Beep_On: mov al,0bbh out 80h,al ifndef No_Thermal_Warning_Beep mov al,0b6h ;beep on out 43h,al newiodelay mov al,50h out 42h,al newiodelay mov al,03h out 42h,al newiodelay in al,61h or al,03h out 61h,al endif; No_Thermal_Warning_Beep jmp short @F Warning_Beep_Off: mov al,0ffh out 80h,al ifndef No_Thermal_Warning_Beep in al,61h ;beep off and al,not 03h ; out 61h,al ; endif; No_Thermal_Warning_Beep @@: mov cl,21h ; Clear Thermal Status call e000_get_pmio ; and al,04h ; call e000_set_pmio ; pop bx ;R08 - ends ret OverHot_Use_Handler endp ENDIF; Thermal_With_SMI ;R01A ;R01A endif; OverHot_Use_Thermal_Pin endif; Thermal_Enable ;R01A ;R01 - ends ifdef OverHot_Use_ExtSmi OverHot_Use_Handler proc near xor al,al mov cl,44h call e000_get_pmio test al,OverHot_Use_ExtSmi jnz Warning_Beep_Off Warning_Beep_On: mov al,0bbh out 80h,al mov cl,10h ;speed low ifdef LM75_Throttling_Percent mov al,LM75_Throttling_Percent else; LM75_Throttling_Percent mov al,14h endif; LM75_Throttling_Percent call e000_set_pmio ifndef No_LM75_Warning_Beep mov al,0b6h ;beep on out 43h,al newiodelay mov al,50h out 42h,al newiodelay mov al,03h out 42h,al newiodelay in al,61h or al,03h out 61h,al endif; No_LM75_Warning_Beep jmp short @F Warning_Beep_Off: mov al,0ffh out 80h,al ifndef No_LM75_Warning_Beep in al,61h ;beep off and al,not 03h out 61h,al endif; No_LM75_Warning_Beep mov cl, 10h ;speed high mov al, 10h call E000_Set_PMIO @@: ret OverHot_Use_Handler endp endif; OverHot_Use_ExtSmi ifdef LM75_USE_EXTSMI4 LM75_OverHot_Handler proc near xor al,al mov cl,44h call e000_get_pmio test al,10h jnz Warning_Beep_Off Warning_Beep_On: mov al,0bbh out 80h,al mov cl,10h ;speed low ifdef LM75_Throttling_Percent mov al,LM75_Throttling_Percent else; LM75_Throttling_Percent mov al,14h endif; LM75_Throttling_Percent call e000_set_pmio ifndef No_LM75_Warning_Beep mov al,0b6h ;beep on out 43h,al newiodelay mov al,50h out 42h,al newiodelay mov al,03h out 42h,al newiodelay in al,61h or al,03h out 61h,al endif; No_LM75_Warning_Beep jmp short @F Warning_Beep_Off: mov al,0ffh out 80h,al ifndef No_LM75_Warning_Beep in al,61h ;beep off and al,not 03h out 61h,al endif; No_LM75_Warning_Beep mov cl, 10h ;speed high mov al, 10h call E000_Set_PMIO @@: ret LM75_OverHot_Handler endp endif; LM75_USE_EXTSMI4 ifdef LM75_USE_EXTSMI3 LM75_OverHot_Handler proc near mov al,0bbh out 80h,al xor al,al mov cl,44h call e000_get_pmio and al,08h or al,al jnz Warning_Beep_Off Warning_Beep_On: mov cl,10h ;speed low ifdef LM75_Throttling_Percent mov al,LM75_Throttling_Percent else; LM75_Throttling_Percent mov al,14h endif; LM75_Throttling_Percent call e000_set_pmio mov al,0b6h ;beep on out 43h,al newiodelay mov al,50h out 42h,al newiodelay mov al,03h out 42h,al newiodelay in al,61h or al,03h out 61h,al jmp short @F Warning_Beep_Off: in al,61h ;beep off and al,not 03h out 61h,al mov cl, 10h ;speed high mov al, 10h call E000_Set_PMIO @@: ret LM75_OverHot_Handler endp endif; LM75_USE_EXTSMI3 ifdef APM_IN_SMBASE COMPILE_FOR_APMBIOS = 3 include APM.INC endif ;APM_IN_SMBASE ;R40 - start ifdef Flash_IN_SMBASE COMPILE_FOR_APMBIOS = 3 include SMIFlash.INC endif ;Flash_IN_SMBASE ;R40 - end ;[]========================================================================[] ; ;Function : Service routine to handle PMI source 0Fh (reg. 35h bit 4-0) ; ;[]========================================================================[] ALIGN 4 SW_SMI_Handler Proc Near ifdef ACPI_Support call ACPIOnOff jc short @f ret @@: endif; ACPI_Support ;R20 - starts ;R20B ifdef ACPI_Support ;R20A ;R20B mov dx, SMI_CMD_RD ; mov dx, ACPI_Port + 2Fh ;R20B in al, dx ;Read SMI_CMD (APMC) port mov bl,al and bl, 0F0h ; cmp bl, 050h ;If SMI Soft Off ? jnz short Not_SMI_Soft_Off call SMI_Soft_Off Not_SMI_Soft_Off: ;R20B endif; ACPI_Support ;R20A ;R20 - ends ;reset software SMI register ifndef ACPI_SUPPORT mov cl, 2ah ;VT3040 status port mov bl, NOT 40h call E000_Get_Set_PMIO_AND endif ;ACPI_SUPPORT mov cl, 28h call E000_Get_PMIO call E000_Set_PMIO ;R37 - starts ifdef NoteBook_Power_Management mov al,[Software_SMI_Type] cmp al,SMI_0V_Resume jne short @F call far ptr Software_SMI_0V_Resume cmp al,SMI_BIOS_RSM jne short @F call far ptr Software_SMI_BIOS_RSM @@: endif ;NoteBook_Power_Management ;R37 - ends ifdef APM_IN_SMBASE call Chk_Kernel_SMI jc short Not_KRNLSMI ret Not_KRNLSMI: endif ;APM_IN_SMBASE ;R40 - start ifndef APM_IN_SMBASE ifdef Flash_IN_SMBASE call Chk_Kernel_SMI jc short Not_KRNLSMI ret Not_KRNLSMI: endif ;Flash_IN_SMBASE endif ;APM_IN_SMBASE ;R40 - end mov al, [Software_SMI_Type] cmp al, CRT_OFF_REQ jne short @F ifdef CRT_Control_Not_In_F000 call Disable_CRT else ;CRT_Control_Not_In_F000 FAR_Call F000_Disable_CRT, 0F000h endif ;CRT_Control_Not_In_F000 ret @@: cmp al, CRT_ON_REQ jne short @F ifdef CRT_Control_Not_In_F000 call Enable_CRT else ;CRT_Control_Not_In_F000 FAR_Call F000_Enable_CRT, 0F000h endif ;CRT_Control_Not_In_F000 ret @@: ifdef ACPI_SUPPORT ifdef S4_SUPPORT cmp al,SMI_S4_Resume jne short @f FAR_Call E_S4_Resume,0E000h ret @@: endif ;S4_SUPPORT endif ;ACPI_SUPPORT ;------------------------------------------------------ cmp al, ENABLE_RESUME_TIMER_REQ jne short @F ret @@: ;------------------------------------------------------ cmp al, DISABLE_RESUME_TIMER_REQ jne short @F ret @@: ;------------------------------------------------------ cmp al, ENABLE_RESUME_RING jne short @F mov ax, word ptr [APM_Modem_IRQ] or byte ptr [WAKE_MODEM0], al or byte ptr [WAKE_MODEM1], ah or word ptr [DEASSERT_STPCLK_IRQS], ax ret @@: ;------------------------------------------------------ cmp al, DISABLE_RESUME_RING jne short @F mov ax, word ptr [APM_Modem_IRQ] not ax and byte ptr [WAKE_MODEM0], al and byte ptr [WAKE_MODEM1], ah and word ptr [DEASSERT_STPCLK_IRQS], ax ret @@: ;---- timer base -------------------------------------------------- mov bx,(00000000b shl 8)+11110111b cmp al, DISABLE_PM_REQ je short To_Disable_PM_Timer mov bx,(00001000b shl 8)+11110111b cmp al, ENABLE_PM_REQ je short To_Enable_PM_Timer cmp al, RESTORE_POWERON_D4_REQ je short To_Enable_PM_Timer cmp al, ENABLE_TIMER_REQ je short To_Enable_PM_Timer xor bh, bh cmp al, DISABLE_TIMER_REQ jne short Not_APM_Driver_Req mov Dword ptr [DOZE_TIME], 0 ;R36 To_Disable_PM_Timer: To_Enable_PM_Timer: mov cx, VT586_ACPI + 50h call Set_Full_ON_State call E000_Get_Set_PMU ret Not_APM_Driver_Req: cmp [PM_TimeOut_Type],04h ;Full-On Request? je Set_Full_On_State test [PM_TimeOut_Type],03h ;Any Request? jz short SW_SMI_Exit ;no! mov al,[PM_TimeOut_Type] add al,0D6h out 80h,al call Go_PM_State SW_SMI_Exit: mov [PM_TimeOut_Type],00h ;clear request ret SW_SMI_Handler Endp ;R20 - starts ;[]========================================================================[] ; SMI_Soft_Off: ; Soft Off ; ;Input: AL Bit3 = 1 not call from Software SMI.(use "call") ; = 0 call from Software SMI. ; AL bit1 = 1 : Do PowerOff ; = 0 : Don't PowerOff ; ; AL = 50h call from ACPI Wake-Up ;R47 ; AL = 51h call from S1 ; AL = 55h call from S5 ; AL = 57h call from APM16 PowerOff ; AL = 5Ah call from PowerButtom to Power Off ; AL = 58h call from PowerButtom/EXTSMI Buttom to Suspend ; ;Output: None. ;[]========================================================================[] Public SMI_Soft_Off ;R49 SMI_Soft_Off Proc Near call Enable_Resume_Event ifdef SUPERIO_SOFT_OFF_SUPPORT call IO_Soft_Off endif; SUPERIO_SOFT_OFF_SUPPORT call Chipset_Soft_Off ret SMI_Soft_Off Endp Chipset_Soft_Off Proc Near test al,00000010b ;bit 1 = 1 : Do PowerOff ;bit 1 = 0 : Don't PowerOff jz short Dont_Turn_Off_ATX_Power call Clear_Power_Buttom_Status xor cx,cx Delay_For_PowerOff: NEWIODELAY ifdef More_Delay_Before_PowerOff NEWIODELAY NEWIODELAY NEWIODELAY NEWIODELAY NEWIODELAY endif; More_Delay_Before_PowerOff loop short Delay_For_PowerOff IFNDEF NO_ATX_Judgement ifndef Always_ATX_Power ;***************************************; ; ATX/AT power judge by GPI for 596 ; ;***************************************; Power_Type_Judge_In_GPI_7_0 = 00h Power_Type_Judge_In_GPI_15_8 = 00h Power_Type_Judge_In_GPI_21_16 = 00h ;***************************************; ; Use "ATX_High_AT_Low_In_GPI" Define ; ;***************************************; ifdef ATX_High_AT_Low_In_GPI if ATX_High_AT_Low_In_GPI LE 7 if ATX_High_AT_Low_In_GPI GE 0 Power_Type_Judge_In_GPI_7_0 = Power_Type_Judge_In_GPI_7_0 or (01h shl ATX_High_AT_Low_In_GPI) endif; ATX_High_AT_Low_In_GPI GE 0 endif; ATX_High_AT_Low_In_GPI LE 7 if ATX_High_AT_Low_In_GPI LE 15 if ATX_High_AT_Low_In_GPI GE 8 Power_Type_Judge_In_GPI_15_8 = Power_Type_Judge_In_GPI_15_8 or (01h shl (ATX_High_AT_Low_In_GPI-8)) endif; ATX_High_AT_Low_In_GPI GE 8 endif; ATX_High_AT_Low_In_GPI LE 15 if ATX_High_AT_Low_In_GPI LE 21 if ATX_High_AT_Low_In_GPI GE 16 Power_Type_Judge_In_GPI_21_16 = Power_Type_Judge_In_GPI_21_16 or (01h shl (ATX_High_AT_Low_In_GPI-16)) endif; ATX_High_AT_Low_In_GPI GE 16 endif; ATX_High_AT_Low_In_GPI LE 21 endif;ATX_High_AT_Low_In_GPI ;***************************************; ; Use "ATX_Low_AT_High_In_GPI" Define ; ;***************************************; ifdef ATX_Low_AT_High_In_GPI if ATX_Low_AT_High_In_GPI LE 7 if ATX_Low_AT_High_In_GPI GE 0 Power_Type_Judge_In_GPI_7_0 = Power_Type_Judge_In_GPI_7_0 or (01h shl ATX_Low_AT_High_In_GPI) endif; ATX_Low_AT_High_In_GPI GE 0 endif; ATX_Low_AT_High_In_GPI LE 7 if ATX_Low_AT_High_In_GPI LE 15 if ATX_Low_AT_High_In_GPI GE 8 Power_Type_Judge_In_GPI_15_8 = Power_Type_Judge_In_GPI_15_8 or (01h shl (ATX_Low_AT_High_In_GPI-8)) endif; ATX_Low_AT_High_In_GPI GE 8 endif; ATX_Low_AT_High_In_GPI LE 15 if ATX_Low_AT_High_In_GPI LE 21 if ATX_Low_AT_High_In_GPI GE 16 Power_Type_Judge_In_GPI_21_16 = Power_Type_Judge_In_GPI_21_16 or (01h shl (ATX_Low_AT_High_In_GPI-16)) endif; ATX_Low_AT_High_In_GPI GE 16 endif; ATX_Low_AT_High_In_GPI LE 21 endif;ATX_Low_AT_High_In_GPI ;***************************************; ; ATX => CMOS Protect, AT => Skip ; ;***************************************; if Power_Type_Judge_In_GPI_7_0 NE 00h mov dx, ACPI_Port + 48h in al, dx test al, Power_Type_Judge_In_GPI_7_0 endif;Power_Type_Judge_In_GPI_7_0 NE 00h if Power_Type_Judge_In_GPI_15_8 NE 00h mov dx, ACPI_Port + 49h in al, dx test al, Power_Type_Judge_In_GPI_15_8 endif;Power_Type_Judge_In_GPI_15_8 NE 00h if Power_Type_Judge_In_GPI_21_16 NE 00h mov dx, ACPI_Port + 4Ah in al, dx test al, Power_Type_Judge_In_GPI_21_16 endif;Power_Type_Judge_In_GPI_21_16 NE 00h ifdef ATX_High_AT_Low_In_GPI ; If ATX power ? jz short Dont_Turn_Off_ATX_Power ; No,jmp! endif; ATX_High_AT_Low_In_GPI ; (1:ATX, 0:AT) ifdef ATX_Low_AT_High_In_GPI ; If ATX power ? jnz short Dont_Turn_Off_ATX_Power ; No,jmp! endif; ATX_Low_AT_High_In_GPI ; (0:ATX, 1:AT) ifndef ATX_High_AT_Low_In_GPI ifndef ATX_Low_AT_High_In_GPI mov dx, ACPI_Port + 05h ; Doing a Sequence let mov al, 01h ; AT Power to work properly out dx, al ; in CMOS Protection Mode. mov al, 11h ; out dx, al ; mov al, 10h ; out dx, al ; endif; ATX_Low_AT_High_In_GPI endif; ATX_High_AT_Low_In_GPI endif; Always_ATX_Power ifdef Detect_ATX_Power_By_CMOS_Bank2 mov al, 90h ; out 72h, al ; mov al, 55h ; out 73h, al ; mov al, 90h ; out 72h, al ; in al, 73h ; cmp al, 55h ; Is ATX power ? jnz short Dont_Turn_Off_ATX_Power ; No,jump endif; Detect_ATX_Power_By_CMOS_Bank2 ENDIF; NO_ATX_Judgement ;R35 - start ifdef Power_Type_Selectable mov al,Power_Type_CMOS out 70h,al in al,71h test al,Power_Type_CMOS_Bit ; If AT Power ? jz short Dont_Turn_Off_ATX_Power endif; Power_Type_Selectable ;R35 - end ifdef Disable_EXTSMI_When_PowerOff ;R33 mov cl, 24h ;R33 mov bl, not 01h ;R33 call E000_Get_Set_PMIO_AND ;R33 endif; Disable_EXTSMI_When_PowerOff ;R33 mov cl, 05h ifdef VT596 mov bx, 28E3h else; VT596 mov bx, 20E3h endif; VT596 call E000_Get_Set_PMIO Dont_Turn_Off_ATX_Power: ret Chipset_Soft_Off Endp Enable_Resume_Event Proc Near ;R65A start ifdef PME_SUPPORT ifdef PME_AlWAYS_Wakeup_SUSPEND call Enable_PME cmp al,57h je short offCall cmp al,5Ah jne short NotoffCall offCall: call Restore_PME_Setting NotoffCall: endif ;PME_AlWAYS_Wakeup_SUSPEND endif ;PME_SUPPORT ;R65A end pusha cmp al,50h ;R47 jz short ACPI_Wake_Up ;R47 mov bh,1 ; Set RTC Alarm Resume call RTC_Alarm_Resume ; ifdef Clear_PME_Before_Off ;R25 call SMI_Patch_LanBoot ;R25 endif; Clear_PME_Before_Off ;R25 ifdef Record_PWRON_Status cmp al,51h ;R53 jz short Dont_Record_PWRON_Status ;R53 cmp al,58h ;R53 jz short Dont_Record_PWRON_Status ;R53 mov al,RdRsmSts_CMOS OUT 70h,al jcxz short $+2 IN AL,71h jcxz short $+2 test al,RdRsmSts_CMOS_Bits jnz Dont_Record_PWRON_Status ; 00 : Set Auto ; xx : not Set Auto mov al,RdRsmSts_CMOS OUT 70h,al jcxz short $+2 IN AL,71h jcxz short $+2 or al,(RdRsmSts_CMOS_Bits AND (RdRsmSts_CMOS_Bits SHR 1)) OUT 71h,al jcxz short $+2 Dont_Record_PWRON_Status: endif; Record_PWRON_Status popa ret ;R47 - starts ACPI_Wake_Up: mov bh,0 ; Set RTC Alarm Disabled call RTC_Alarm_Resume ; popa ret ;R47 - ends Enable_Resume_Event Endp ;R65A start ifdef PME_SUPPORT ifdef PME_AlWAYS_Wakeup_SUSPEND Enable_PME proc near pusha mov cl,24h mov bl,20h call E000_Get_Set_PMIO_OR popa ret Enable_PME ENDP Restore_PME_Setting proc near pusha mov al,WOL_CMOS out CMOS,al NEWIODELAY in al,CMOS+1 and al,WOL_CMOS_BIT mov bl,al jz short Dis_PME mov bl,20h Dis_PME: mov cl,24h call E000_Get_PMIO and al,not 20h or al,bl call E000_Set_PMIO popa ret Restore_PME_Setting ENDP endif ;PME_AlWAYS_Wakeup_SUSPEND endif ;PME_SUPPORT ;R65A end ;[]========================================================================[] ; RTC_Alarm_Resume: ; Power On ATX or Resume by RTC Alarm. ; ;Input: BH = 0 Turn Off RTC function. ; = 1 Turn On RTC function. ;Output: ;[]========================================================================[] ASSUME DS:PM_RAM Public RTC_Alarm_Resume RTC_Alarm_Resume Proc Near pusha ;BH = 0 : OFF ; 1 : ON pusha mov bl,02h test PM_RAM:[ALARM_RESUME], 08h jz short @f mov cl, 25h ; Enable RI Resume for VT596 call E000_Get_PMIO ; or al,01h ; call E000_Set_PMIO ; or bl,04h @@: mov cl, 27h call E000_Get_Set_PMIO_OR popa test byte ptr PM_RAM:[ALARM_RESUME],01h ; If Setup set Enable ? jz No_RTC_On_Support ; No, Jmp! ;-------------------------------; ; Set RTC Alarm Status & Timer ; ;-------------------------------; cmp bh,1 jz Set_RTC_Alarm_On Set_RTC_Alarm_Off: mov bl,not 04h ; Set RTC Alarm Resume Off mov cl, 03h call E000_Get_Set_PMIO_AND mov al,0Bh ; Restore RTC Alarm Status call SM_Get_CMOS ; CMOS index 0Bh bit 5. mov ah,al ; mov al,byte ptr PM_RAM:[ALARM_RESUME] and al, 20h ; mask bit5 or ah,al ; mov al,0Bh ; call SM_Set_CMOS ; ; Restore STD Alarm Timer. mov ah,byte ptr PM_RAM:[Alarm_Timer_Second] mov al,01h ; call SM_Set_Cmos ; mov ah,byte ptr PM_RAM:[Alarm_Timer_Minute] mov al,03h ; call SM_Set_Cmos ; mov ah,byte ptr PM_RAM:[Alarm_Timer_Hour] mov al,05h ; call SM_Set_Cmos ; ;R67 mov ah,0 ; Clear Extend Alarm Timer. ;R67 mov al,7Fh ; ;R67 call _Set_Cmos ; mov al,7Eh ; call _Set_Cmos ; mov al,7Dh ; call _Set_Cmos ; jmp No_RTC_On_Support ; Set_RTC_Alarm_On: mov bl, 04h ; Set RTC Alarm Resume On mov cl, 03h call E000_Get_Set_PMIO_OR mov al,0Bh ; Set RTC Alarm ON call SM_Get_CMOS ; CMOS index 0Bh bit 5. mov ah,al ; (Alarm Status). and al, 20h ; mask bit5 or byte ptr PM_RAM:[ALARM_RESUME],al or ah,20h ; mov al,0Bh ; call SM_Set_CMOS ; mov al,05h ; Save STD RTC Alarm Timer call SM_Get_Cmos ; Setting. mov byte ptr PM_RAM:[Alarm_Timer_Hour],al mov al,03h ; call SM_Get_Cmos ; mov byte ptr PM_RAM:[Alarm_Timer_Minute],al mov al,01h ; call SM_Get_Cmos ; mov byte ptr PM_RAM:[Alarm_Timer_Second],al ;R67 mov ah,0 ; Clear Extend Alarm Timer. ;R67 mov al,7Fh ; ;R67 call _Set_Cmos ; mov al,7Eh ; call _Set_Cmos ; mov bl,0 ; Clear Flag ifndef Alarm_Hour_CMOS ;R60 mov al,4Fh ; Set Hour Alarm Timer. else ;Alarm_Hour_CMOS ;R60 mov al,Alarm_Hour_CMOS ;R60 endif ;Alarm_Hour_CMOS ;R60 call SM_Get_Cmos ; add bl,al ; Tset if set zero. call Hex_2_BCD ; mov al,05h ; call SM_Set_Cmos ; ifndef Alarm_Min_CMOS ;R60 mov al,4Eh ; Set Minute Alarm Timer. else ;Alarm_Min_CMOS ;R60 mov al,Alarm_Min_CMOS ;R60 endif ;Alarm_Min_CMOS ;R60 call SM_Get_Cmos ; add bl,al ; Tset if set zero. call Hex_2_BCD ; mov al,03h ; call SM_Set_Cmos ; ifndef Alarm_Sec_CMOS ;R60 mov al,4Dh ; Set Second Alarm Timer. else ;Alarm_Sec_CMOS ;R60 mov al,Alarm_Sec_CMOS ;R60 endif ;Alarm_Sec_CMOS ;R60 call SM_Get_Cmos ; add bl,al ; Tset if set zero. call Hex_2_BCD ; mov al,01h ; call SM_Set_Cmos ; ifndef Alarm_Date_CMOS mov al,5Dh ; Set Date Alarm Timer. else; Alarm_Date_CMOS mov al,Alarm_Date_CMOS ; Set Date Alarm Timer. endif; Alarm_Date_CMOS call SM_Get_Cmos ; cmp bl,0 ; If set 00:00:00 ? jnz short _Not_Z ; No,jmp dec al ; Yes => Date = Date - 1. _Not_Z: ; call Hex_2_BCD ; mov al,7Dh ; call SM_Set_Cmos ; No_RTC_On_Support: ifdef SANLI_Keyboard_Special push ds mov ax,40h mov ds,ax and byte ptr ds:[17h],not 70h extrn UPDATE_LED:NEAR call UPDATE_LED xor cx,cx loop short $ pop ds endif; SANLI_Keyboard_Special popa ret RTC_Alarm_Resume Endp ;[]========================================================================[] ;Function : Convert one byte Hex number to BCD ; ;Input : AL in HEX ; ;Output : AH in BCD ; ;Destory : AL ;[]========================================================================[] Hex_2_BCD: push cx xor ah,ah mov cl,10 idiv cl mov cl,4 shl al,cl or ah,al pop cx ret SM_Get_Cmos: OUT 70h,AL ; address to interface jcxz short $+2 IN AL,71h jcxz short $+2 ret SM_Set_Cmos: OUT 70h,AL ; address to interface jcxz short $+2 xchg al,ah ;ah=index,al=value OUT 71h,AL ; and output it jcxz short $+2 ret _Set_Cmos: call SM_Set_Cmos xchg al,ah ret ;R20 - ends ;R25 - starts ifdef Clear_PME_Before_Off ;[]========================================================================[] ;Function : Clear PME# status of Intel 558 LAN chip. ; The PME# keep at low state while the system is power-on by ; LAN. BIOS need to clear PME# status to make PME# to high ; state for next wake-on-lan. ;Input : none ;Output : none ;[]========================================================================[] SMI_Patch_LanBoot Proc near pushad ;R25A IFDEF WAKE_LAN_BY_LID ;R25A mov cl, 21h ;R25A call E000_Get_PMIO ;R25A test al,08h ;R25A jz short Not_WOL_Card ;R25A ENDIF;WAKE_LAN_BY_LID ;R25A IFDEF Wake_On_GPI_Support ; ;R25A mov cl, 20h ; ;R25A call E000_Get_PMIO ; ;R25A test al, (01h shl Wake_On_GPI_Support) ;R25A jz short Not_WOL_Card ;R25A ;R25A ENDIF;Wake_On_GPI_Support ; ;R25A ;R25A xor si,si ;first device ;R25A ;R25A Clear_PME: ;R56A ;R25A ;R25A mov ecx,00020000h ;find class code (Network) ;R25A mov ax,0b103H ;find PCI device func. call ;R25A ;R25A int 1AH ;R25A jc short Not_WOL_Card ;R25A ;R25A push bx ;save Bus No + Device No + Func No ;R25A mov ch,bl ;device + function No. ;R25A mov cl,34h ;PME# point register ;R25A call E000_Get_CfgSpace_Byte ;R25A pop bx ;get Bus No + Device No + Func No ;R25A mov ch,bl ;R25A mov cl,al ;R25A add cl,3 ;R25A ;R25A push bx ;save Bus No + Device No + Func No ;R25A push cx ;save Register index ;R25A call E000_Get_CfgSpace_Byte ;R25A pop cx ;get Register index ;R25A pop bx ;get Bus No + Device No + Func No ;R25A ;R25A test al,11111000b ;PMC bit 31-27 if any bit is ;R25A jz short No_PME_Support ;not 0 then PME# not supported ;R25A ;R25A add cl,2 ;R25A ;R25A call E000_Get_CfgSpace_Byte ;R25A call E000_Set_CfgSpace_Byte ;write to clear PME# status ;R25A ;R25A No_PME_Support: ;R25A ;R25A inc si ;R56A next device ;R25A jmp short Clear_PME ;R56A ;R25A - starts ;R25B mov bh,byte ptr PM_RAM:[WOL1_Bus] ;R25B mov ch,byte ptr PM_RAM:[WOL1_Device] ;R25B ;R25B cmp word ptr [WOL1_Bus],0 ;R25B je No_WOL2 ;R25B ;R25B mov bh,byte ptr PM_RAM:[WOL1_Bus] ;R25B mov ch,byte ptr PM_RAM:[WOL1_Device] mov al,0F0h ;R25B out 72h,al ;R25B jmp $+2 ;R25B in al,73h ;R25B mov bh,al ;R25B mov al,0F1h ;R25B out 72h,al ;R25B jmp $+2 ;R25B in al,73h ;R25B mov ch,al ;R25B mov bl,ch ;R25B or bx,bx ;R25B jz No_WOL2 ;R25B mov cl,34h ;PME# point register call E000_Get_CfgSpace_Byte mov cl,al add cl,3 call E000_Get_CfgSpace_Byte test al,11111000b ;PMC bit 31-27 if any bit is jz short No_WOL1 ;not 0 then PME# not supported add cl,2 call E000_Get_CfgSpace_Byte call E000_Set_CfgSpace_Byte No_WOL1: ;R25B cmp word ptr [WOL2_Bus],0 ;R25B je short No_WOL2 ;R25B ;R25B mov bh,byte ptr PM_RAM:[WOL2_Bus] ;R25B mov ch,byte ptr PM_RAM:[WOL2_Device] mov al,0F2h ;R25B out 72h,al ;R25B jmp $+2 ;R25B in al,73h ;R25B mov bh,al ;R25B mov al,0F3h ;R25B out 72h,al ;R25B jmp $+2 ;R25B in al,73h ;R25B mov ch,al ;R25B mov bl,ch ;R25B or bx,bx ;R25B jz No_WOL2 ;R25B mov cl,34h ;PME# point register call E000_Get_CfgSpace_Byte mov cl,al add cl,3 call E000_Get_CfgSpace_Byte test al,11111000b ;PMC bit 31-27 if any bit is jz short No_WOL1 ;not 0 then PME# not supported add cl,2 call E000_Get_CfgSpace_Byte call E000_Set_CfgSpace_Byte No_WOL2: ;R25A - ends ;R25A Not_WOL_Card: ;R25A ;R25A IFDEF WAKE_LAN_BY_LID ;R25A fuc_: ;R25A mov cl, 21h ;R25A mov bl, 08h ;R25A call E000_Get_Set_PMIO_AND ;R25A call E000_Get_PMIO ;R25A test al,08h ;R25A jnz short fuc_ ;R25A ;R25A ENDIF;WAKE_LAN_BY_LID ;R25A IFDEF Wake_On_GPI_Support ; ;R25A fuc_: ;R25A mov cl, 20h ; ;R25A mov bl, (01h shl Wake_On_GPI_Support) ;R25A call E000_Get_Set_PMIO_AND ; ;R25A call E000_Get_PMIO ; ;R25A test al, (01h shl Wake_On_GPI_Support) ;R25A jnz short fuc_ ;R25A ;R25A ;R25A ENDIF;Wake_On_GPI_Support ; ;R25B - starts IFDEF WAKE_LAN_BY_LID fuc_: mov cl, 21h mov bl, 08h call E000_Get_Set_PMIO_AND call E000_Get_PMIO test al,08h jnz short fuc_ ENDIF;WAKE_LAN_BY_LID IFDEF Wake_On_GPI_Support fuc_: mov cl, 20h mov bl, (01h shl Wake_On_GPI_Support) call E000_Get_Set_PMIO_AND call E000_Get_PMIO test al, (01h shl Wake_On_GPI_Support) jnz short fuc_ ENDIF;Wake_On_GPI_Support IFDEF WAKE_LAN_BY_GPI1 fuc_: mov cl, 20h mov bl, 02h call E000_Get_Set_PMIO_AND call E000_Get_PMIO test al,02h jnz short fuc_ ENDIF;WAKE_LAN_BY_GPI1 IFDEF WAKE_LAN_BY_RI fuc_: mov cl, 21h mov bl, 01h call E000_Get_Set_PMIO_AND call E000_Get_PMIO test al,01h jnz short fuc_ ENDIF;WAKE_LAN_BY_RI ;R25B - ends popad ret SMI_Patch_LanBoot endp E000_Get_CfgSpace_Byte: mov ax,8000H ;enable PCI config. or al,bh ;set bus no. shl eax,16 mov ax,cx and al,NOT 03h ;32 bit access for PCI mov dx,CONFIG_ADDR ;index is 0cf8h out dx,eax add dl,4 ;start from 0cfch mov al,cl and al,03h add dl,al ;byte index to read in al,dx ret ;[]========================================================================[] ;[]========================================================================[] ALIGN 4 E000_Set_CfgSpace_Byte: xchg ax,cx shl ecx,16 ;save value xchg ax,cx ;restore cx mov ax,8000H ;enable PCI config. or al,bh ;set bus no. shl eax,16 mov ax,cx and al,NOT 03h ;32 bit access for PCI mov dx,CONFIG_ADDR ;index is 0cf8h out dx,eax add dl,4 ;start from 0cfch mov al,cl and al,03h add dl,al ;byte index to read mov eax,ecx shr eax,16 out dx,al ret endif; Clear_PME_Before_Off ;R25 - ends ;[]========================================================================[] ; ;Function : Service routine to handle PMI source ; ;[]========================================================================[] ALIGN 4 Secondary_Timeout_Handler Proc Near mov al,[POST_MODE] out 80h,al mov cl, 28h mov al, 02h call E000_Set_PMIO mov [PM_TimeOut_Type],03h ;Suspend request jmp Go_suspend ret Secondary_Timeout_Handler Endp ;[]========================================================================[] ; ;Function : Service routine to handle PMI source ; ;[]========================================================================[] ALIGN 4 DRQ_Active_Handler Proc Near call Set_Full_On_State ret DRQ_Active_Handler Endp ;[]========================================================================[] ; ;Function : Service routine to handle EXT SMI1 source ; ;[]========================================================================[] Turbo_SW_Handler Proc Near ifdef VT596 push ax endif; VT596 ifdef Suspend_SW_USE_EXTSMI push ax endif; Suspend_SW_USE_EXTSMI ifdef Suspend_SW_USE_EXTSMI4 push ax endif; Suspend_SW_USE_EXTSMI4 mov al,55h NMI_OFF ; CMOS [55h] : out 70h,al ; bit 5 : Alarm_Item of setup ; bit 6 : Modem Ring in al,71h ; bit 7 : PWRBTN_OVRD_Item of setup mov bl,al ; Get setup setting ? and al,20h shr al,5 mov cl,bl ; Get bit 7 set to [ALARM_RESUME] bit 1 and cl,80h shr cl,6 or al,cl and bl,40h ; Get bit 6 set to [ALARM_RESUME] bit 3 shr bl,3 or al,bl or PM_RAM:[ALARM_RESUME], al ; PM_RAM:[ALARM_RESUME] : ; bit 0 : Alarm_Item of setup ; bit 1 : PWRBTN_OVRD_Item of ;R20 mov al,1 ; Turn On ;R20 call far ptr RTC_Alarm_Resume ifdef VT596 pop ax cmp al,0aah ;R20B je short @f je short Not_Power_Button_ ;R20B endif; VT596 ifdef Suspend_SW_USE_EXTSMI pop ax cmp al,0aah ;R20B je short @f je short Not_Power_Button_ ;R20B endif; Suspend_SW_USE_EXTSMI ifdef Suspend_SW_USE_EXTSMI4 pop ax cmp al,0aah ;R20B je short @f je short Not_Power_Button_ ;R20B endif; Suspend_SW_USE_EXTSMI4 ;R20 test byte ptr PM_RAM:[ALARM_RESUME],02h ; If Setup set Instant-off ? ;R20 jz short @f ;R20 ;R16 mov cl, 05h ;R20 ifdef VT596 ;R20 call Clear_Power_Buttom_Status ;R16 ;R20 mov bx, 28E3h ;R20 else; VT596 ;R20 mov bx, 20E3h ;R20 endif; VT596 ;R20 mov cl, 05h ;R16 ;R20 call E000_Get_Set_PMIO ;R20B @@: ifndef Disable_ExtSMI_SW_In_POST push es mov ax,G_RAM mov es,ax assume es:G_RAM ;R19 pop es test word ptr es:[INIT_ERR_FLG],IEF_IN_POST pop es ;R19 ;R20 jnz short Skip_EXTSMI_In_POST ;R20 - starts jz short EXTSMI_Not_In_POST mov al,58h test byte ptr PM_RAM:[ALARM_RESUME],02h ; If Setup set Instant-off ? jz short @f mov al,5Ah @@: call SMI_Soft_Off jmp short Skip_EXTSMI_In_POST EXTSMI_Not_In_POST: ;R20 - ends endif; Disable_ExtSMI_SW_In_POST Not_Power_Button_: ;R20B ifndef USB_Legacy_PM_Support ifndef USB_PM_SUPPORT call Clear_Power_Buttom_Status endif; USB_PM_SUPPORT endif; USB_Legacy_PM_Support ifdef Set_APM_According_PM_Setup test byte ptr PM_RAM:[ALARM_RESUME],80h ; If Setup set PM Disable ? jnz short @f ; No, Jmp ! call Set_Full_On_State ret @@: endif; Set_APM_According_PM_Setup ifdef SUSPEND_SWITCH mov cl, 2Dh ; Clear SMI Lock mov bl, not 0FEh ; Then do PM function call E000_Get_Set_PMIO_AND mov cx,VT586_ACPI + 50h mov bl,0f0h ;disable GP0 timer call E000_Get_Set_PMU_AND mov si,offset Suspend_Setting mov [PM_TimeOut_Type],03h ifndef Extrn_SMI_Control_By_Suspend_TimeOut_Mode or byte ptr[ALARM_RESUME],10h ; Assign User extrn SMI endif ;Extrn_SMI_Control_By_Suspend_TimeOut_Mode call Set_PM_State ifndef Extrn_SMI_Control_By_Suspend_TimeOut_Mode and byte ptr[ALARM_RESUME],not 10h ; Clear Status endif ;Extrn_SMI_Control_By_Suspend_TimeOut_Mode call Clear_Power_Buttom_Status ;R16A ;R20 mov al,0 ;R16A Turn Off ;R20 call far ptr RTC_Alarm_Resume ;R16A Skip_EXTSMI_In_POST: call Clear_Power_Buttom_Status ;R19 call Set_Full_On_State else ;SUSPEND_SWITCH call Clear_Power_Buttom_Status ;R16A ;R20 mov al,0 ;R16A Turn Off ;R20 call far ptr RTC_Alarm_Resume ;R16A mov bh,0 ;R20 Turn Off call RTC_Alarm_Resume ;R20 Skip_EXTSMI_In_POST: call Clear_Power_Buttom_Status ;R19 call Set_Full_On_State endif ;SUSPEND_SWITCH ;R16A call Clear_Power_Buttom_Status ;R16A mov al,0 ; Turn Off ;R16A call far ptr RTC_Alarm_Resume ret Turbo_SW_Handler Endp Delay_About_1_Second Proc Near push cx xor cx,cx _delay: newiodelay newiodelay loop short _delay pop cx ret Delay_About_1_Second Endp Clear_Power_Buttom_Status Proc Near @@: mov cl, 01h ; Clear Power Buttom Status call E000_Get_PMIO ; till Power Buttom opened. call E000_Set_PMIO call Delay_About_1_Second mov cl, 01h call E000_Get_PMIO test al,01h jnz short @b ifdef VT596 mov cl,20h call E000_Get_PMIO ; till Power Buttom opened. call E000_Set_PMIO call Delay_About_1_Second mov cl,20h call E000_Get_PMIO test al,01H jnz short @b endif; VT596 ifdef Suspend_SW_USE_EXTSMI mov cl,20h call E000_Get_PMIO ; till Power Buttom opened. call E000_Set_PMIO call Delay_About_1_Second mov cl,20h call E000_Get_PMIO test al,Suspend_SW_USE_EXTSMI jnz short @b endif; Suspend_SW_USE_EXTSMI ifdef Suspend_SW_USE_EXTSMI4 mov cl,20h call E000_Get_PMIO ; till Power Buttom opened. call E000_Set_PMIO call Delay_About_1_Second mov cl,20h call E000_Get_PMIO test al,10h jnz short @b endif; Suspend_SW_USE_EXTSMI4 ret Clear_Power_Buttom_Status Endp ;[]========================================================================[] ; ;Function : Service routine to handle PMI source ; ;[]========================================================================[] ALIGN 4 IRQ_Active_Handler Proc Near call Set_Full_On_State ret IRQ_Active_Handler Endp ;[]========================================================================[] ; ;Function : Service routine to handle PMI source ; ;[]========================================================================[] ALIGN 4 Primary_Active_Handler Proc Near call Set_Full_On_State ret Primary_Active_Handler Endp ;[]========================================================================[] ; ;Function : Service routine to handle PMI source ; ;[]========================================================================[] ALIGN 4 GP0_Timeout_Handler Proc Near ifdef Blink_Suspend_LED_In_GPO0 ;R50 ifdef No_StandBy_Blink_LED ;R50 ifdef VT686 ;R50 mov cx,VT586_ACPI + 54h ;R50 mov bx,01FCh ;R50 call E000_Get_Set_PMU ;R50 endif; VT686 ;R50 endif;No_StandBy_Blink_LED ;R50 endif; Blink_Suspend_LED_In_GPO0 ;R50 mov cl, 28h mov al, 04h call E000_Set_PMIO mov al, [VT586PM_50h_Value] ;Disable GP0 and al, 11110000b mov cx,VT586_ACPI + 50h call E000_Set_PMU mov al,[PM_MODE1] cmp al,FULL_ON ;Now Full-On mode? mov si,offset Doze_Setting mov [PM_TimeOut_Type],01h ;Doze request je short @F ;yes mov si,offset Suspend_Setting mov [PM_TimeOut_Type],03h ;Suspend request @@: call Set_PM_State mov cl, 2Dh ; Clear SMI Lock mov bl, not 0FEh ; Then do PM function call E000_Get_Set_PMIO_AND ret GP0_Timeout_Handler Endp ;----------------------------------------------------------- ;Function : 1. reg.30h bit 1,0 --> 00b (Full-On Mode) ; 2. set PM_RAM:[PM_MODE]=FULL_ON ; 3. Enable CRT display ; 4. set CPU to its full speed ; ;Input : DS = PM_RAM ; ;Output : None ;----------------------------------------------------------- ASSUME DS:PM_RAM Set_Full_On_State Proc Near pusha cmp [PM_MODE1],SUSPEND_MODE jne short @F mov [APMEventSave],RESUME_NORMAL_NOTIFY @@: ;****************************** ;1. Chipset's MUSTs for wake up ;****************************** ;clear STPCLK# mov cl, 10h mov al, 10h call E000_Set_PMIO ;******************************************* ;2. Restore all items which has been changed ;******************************************* mov [PM_MODE1],FULL_ON ifdef CRT_Control_Not_In_F000 call Enable_CRT else ;CRT_Control_Not_In_F000 FAR_Call F000_Enable_CRT, 0F000h endif ;CRT_Control_Not_In_F000 ;******************************************************** ;3. clear any possible flags of APM & of this BIOS itself ;******************************************************** and [PM_CTRL_FLAG],not CPU_IDLE_FLAG ;Clear Idle flag mov [PM_TimeOut_Type],00h ;*********************************** ;4. set indications for FULL-ON mode ;*********************************** mov [PM_TimeOut_Type],0 ;Full_On_Mode mov [PM_MODE],FULL_ON mov al,PMI_FULLON ; debug port out 80h,al ; debug port ;****************** ;5. update PM timer ;****************** mov cl, 2ah mov bl, 11111100b ;disable primary call E000_Get_Set_PMIO_AND mov al,PMI_FULLON out 80h,al mov [PM_MODE],FULL_ON mov [PM_TimeOut_Type],00h ;clear request call Update_PM_Timer mov cl, 34h ;R02 mov al,10000000b ; set activity dector default mov al,PM_RAM:[VT586PM_I34h_Value] ;R02 call E000_Set_PMIO ifdef Suspend_LED_Control ;Set bit 6 to "1" to turn on suspend LED mov ah,1 call Send_Smout endif; Suspend_LED_Control ifdef LID_SUPPORT ;R13 mov cl, 23h ;R13 mov bl, 10h ;R13 call E000_Get_Set_PMIO_AND ;R13 endif; LID_SUPPORT ;R13 ;R41 - start ifdef W83782D_CPUFAN_CNTL_IN_SUSPEND Call Turn_On_CPU_Fan endif; W83782D_CPUFAN_CNTL_IN_SUSPEND ;R41 - end ;R57 - start ifdef ADM9240_CPUFAN_CNTL_IN_SUSPEND Call Turn_On_Fan endif; ADM9240_CPUFAN_CNTL_IN_SUSPEND ;R57 - end ;R42A - start ifdef Superio_Support_Sensor Call Turn_On_CPU_Fan endif ;Superio_Support_Sensor ;R42A - end ifdef Blink_Suspend_LED_In_GPO0 ;R50 ifdef VT686 ;R50 mov cx,VT586_ACPI + 54h ;R50 mov bl,not 03h ;R50 call E000_Get_Set_PMU_AND ;R50 endif; VT686 ;R50 endif; Blink_Suspend_LED_In_GPO0 ;R50 popa ret Set_Full_On_State Endp ;[]========================================================================[] ;input : DS = PM_RAM ;[]========================================================================[] ASSUME DS:PM_RAM Set_PM_State Proc Near cmp byte ptr [si],00h jne short PM_State_Yes ifndef Extrn_SMI_Control_By_Suspend_TimeOut_Mode test byte ptr[ALARM_RESUME],10h ; if user extrn SMI jnz short PM_State_Yes ; Yes,jmp endif ;Extrn_SMI_Control_By_Suspend_TimeOut_Mode cmp si,offset Suspend_Setting jne short @F ret @@: inc [PM_TimeOut_Type] inc [PM_TimeOut_Type] inc si jmp short Set_PM_State PM_State_Yes: call Enable_WakeUp_Source ifdef ADVANCE_POWER_MANAGEMENT xor bl,bl test byte ptr [Wait_APM_Flag],0FFh ;user care APM? jz short Dont_Care_APM ;no! test [APM_STATUS],IS_CONNECT_CALL_MADE ;APM connected? jz short Dont_Care_APM ;APM not connected! test [EXTEND_APM_STATUS],IS_PM_ENGAGED jz short @F cmp [PM_TimeOut_Type],03h ;Suspend request? jne short Idle_Req ;no! mov [APMEventSave],SUSPENDREQUEST ;make APM request jmp short Wait_For_APM Idle_Req: test [EXTEND_APM_STATUS],APM_16BIT_FUNC_MODE mov bl,6 jnz short Dont_Care_APM or [PM_CTRL_FLAG],CPU_IDLE_FLAG mov [PM_MODE],FULL_ON Wait_For_APM: ret Dont_Care_APM: mov al,[PM_TimeOut_Type] or al,0D0h out 80h,al ;R63 start ifdef PM_WORK_UNDER_APM_ONLY ;R65 test byte ptr [Wait_APM_Flag],0F0h test byte ptr [APM_STATUS],0F0h ;R65 jnz short APM_HOOK mov PM_RAM:[DOZE_Time],0 mov PM_RAM:[Doze_Setting],0 mov PM_RAM:[SUSPEND_TIME],0 mov PM_RAM:[Suspend_Setting],0 mov [PM_TimeOut_Type],0 mov al,0ffh out 80h,al test byte ptr PM_RAM:[ALARM_RESUME],40h ; If Press PowerButtom ? jz short APM_HOOK ;No test byte ptr PM_RAM:[ALARM_RESUME],02h ; If Setup set Instant-off ? jz short APM_HOOK ;No mov [PM_TimeOut_Type],3 APM_HOOK: endif ;PM_WORK_UNDER_APM_ONLY ;R63 end endif; ADVANCE_POWER_MANAGEMENT Go_PM_State: ;------------------------------------------- ;1. disable CRT according to setup settings ;------------------------------------------- mov dl,4 sub dl,[PM_TimeOut_Type] cmp [Video_Off_Mode],dl jb short @F ifdef CRT_Control_Not_In_F000 call Disable_CRT else ;CRT_Control_Not_In_F000 FAR_Call F000_Disable_CRT, 0F000h endif ;CRT_Control_Not_In_F000 @@: ;------------------------------------------- ;2. Fix AT clock to 7.19Mhz ;------------------------------------------- ;----------------------------------------------------------- ;3. prg turbo/deturbo status according to MODBIN settings ;4. Prg General Purpose IO Pins according to MODBIN settings ;----------------------------------------------------------- cmp [PM_TimeOut_Type],01h jne short Seting_End mov cl, 10h ;set Doze mode mov al, 18h ; call E000_Set_PMIO ;Enable throttling Seting_End: ;-------------------------------------------------------- ;5. set indications ;-------------------------------------------------------- mov bh,[PM_TimeOut_Type] mov [PM_MODE1],bh mov [PM_MODE],bh ;flash LED ;-------------------------------------------------------- ;6. enable trigger source ;-------------------------------------------------------- cmp [PM_TimeOut_Type],3 ;Suspend request? jne short Not_Suspend_Request call Go_Suspend ifdef USB_SUPPORT ifdef USB_PM_SUPPORT pushad push ds push es call Usb_Smi pop es pop ds popad endif; USB_PM_SUPPORT endif ;USB_SUPPORT ;system wake up here test [The_2nd_event],01h jnz short Set_PM_State_Exit Not_Suspend_Request: call Update_PM_Timer mov [PM_TimeOut_Type],00h ;clear request Set_PM_State_Exit: ret Set_PM_State Endp ;-------------------------------- ;-------------------------------- ASSUME DS:PM_RAM Go_Suspend Proc Near ;R20 - starts mov al,58h test byte ptr PM_RAM:[ALARM_RESUME],40h ; If Press PowerButtom ? jz short _Not_Instant_Off test byte ptr PM_RAM:[ALARM_RESUME],02h ; If Setup set Instant-off ? jz short _Not_Instant_Off mov al,5Ah _Not_Instant_Off: call SMI_Soft_Off ;R20 - ends ;R51 - starts ifdef PM_Beep_Speaker ifndef PM_Beep_NUM mov cx, 3 else ;PM_Beep_NUM mov cx, BEEP_NUM endif ;PM_Beep_NUM call PM_Warning_Beep endif ;PM_Beep_Speaker ;R51 - ends ;---------------------------------------------------------------------------; ; If you want to have the function of turn off fan during suspend. ; ; You must define : ; ; Suspend_TurnOff_Fan_By_GPIO_0_High EQU 1h or 2h,4h,8h,10h,20h,40h,80h ; ; or ; ; Suspend_TurnOff_Fan_By_GPIO_0_Low EQU 1h or 2h,4h,8h,10h,20h,40h,80h ; ;---------------------------------------------------------------------------; ;R41 - start ifdef W83782D_CPUFAN_CNTL_IN_SUSPEND Call Turn_Off_CPU_Fan endif; W83782D_CPUFAN_CNTL_IN_SUSPEND ;R41 - end ;R57 - start ifdef ADM9240_CPUFAN_CNTL_IN_SUSPEND Call Turn_Off_Fan endif; ADM9240_CPUFAN_CNTL_IN_SUSPEND ;R57 - end ;R42A - start ifdef Superio_Support_Sensor Call Turn_Off_CPU_Fan endif ;Superio_Support_Sensor ;R42A - end ifdef Suspend_TurnOff_Fan_By_GPIO_0_High mov cl, 42h ; mov bl, 01h ;GPIO 0 = High call E000_Get_Set_PMIO_OR ; mov cl, 40h ; mov bl, 01h ;Active GPIO 0 is Output call E000_Get_Set_PMIO_OR endif; Suspend_TurnOff_Fan_By_GPIO_0_High ifdef Suspend_TurnOff_Fan_By_GPIO_0_Low mov cl, 40h ; mov bl, 01h ;Active GPIO 0 is Output call E000_Get_Set_PMIO_OR mov cl, 42h ; mov bl,not 01h ;GPIO 0 = Low call E000_Get_Set_PMIO_AND endif; Suspend_TurnOff_Fan_By_GPIO_0_Low ifdef Suspend_TurnOff_Fan_By_GPIO_2_High mov cl, 42h ;GPIO 2 = High mov bl, 04h ; call E000_Get_Set_PMIO_OR ; mov cl, 40h ;Active GPIO 2 is Output mov bl, 04h ; call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_2_High ifdef Suspend_TurnOff_Fan_By_GPIO_2_Low mov cl, 42h ;GPIO 2 = Low mov bl,not 04h ; call E000_Get_Set_PMIO_AND ; mov cl, 40h ;Active GPIO 2 is Output mov bl, 04h ; call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_2_Low ifdef Suspend_TurnOff_Fan_By_GPIO_3_High mov cl, 42h ;GPIO 4 = High mov bl, 08h ; call E000_Get_Set_PMIO_OR ; mov cl, 40h ;Active GPIO 4 is Output mov bl, 08h ; call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_3_High ifdef Suspend_TurnOff_Fan_By_GPIO_3_Low mov cl, 42h ;GPIO 4 = Low mov bl,not 08h ; call E000_Get_Set_PMIO_AND ; mov cl, 40h ;Active GPIO 4 is Output mov bl, 08h ; call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_3_Low ifdef Suspend_TurnOff_Fan_By_GPIO_4_High mov cl, 42h ;GPIO 4 = High mov bl, 10h ; call E000_Get_Set_PMIO_OR ; mov cl, 40h ;Active GPIO 4 is Output mov bl, 10h ; call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_4_High ifdef Suspend_TurnOff_Fan_By_GPIO_4_Low mov cl, 42h ;GPIO 4 = Low mov bl,not 10h ; call E000_Get_Set_PMIO_AND ; mov cl, 40h ;Active GPIO 4 is Output mov bl, 10h ; call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_4_Low ifdef Suspend_TurnOff_Fan_By_GPO_LowByte_Low mov cl, 46h ;GPO Hi Byte = Low mov bl,not Suspend_TurnOff_Fan_By_GPO_LowByte_Low call E000_Get_Set_PMIO_AND ; endif; Suspend_TurnOff_Fan_By_GPO_LowByte_Low ifdef Suspend_TurnOff_Fan_By_GPO_HiByte_Low mov cl, 47h ;GPO Hi Byte = Low mov bl,not Suspend_TurnOff_Fan_By_GPO_HiByte_Low ifdef ABIT_Have_Suspend_Fan_Item test PM_RAM:[ALARM_RESUME], 04h jnz short @f or bl,80h @@: endif; ABIT_Have_Suspend_Fan_Item call E000_Get_Set_PMIO_AND ; endif; Suspend_TurnOff_Fan_By_GPO_HiByte_Low ifdef Suspend_TurnOff_Fan_By_GPO_LowByte_High mov cl, 46h ;GPO Hi Byte = High mov bl, Suspend_TurnOff_Fan_By_GPO_LowByte_High call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPO_LowByte_High ifdef Suspend_TurnOff_Fan_By_GPO_HiByte_High mov cl, 47h ;GPO Hi Byte = High mov bl, Suspend_TurnOff_Fan_By_GPO_HiByte_High call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPO_HiByte_High ifdef Suspend_TurnOff_Fan_By_GPO_Low mov dx, ACPI_Port + 46h ;GPO Word = Low in ax,dx and ax,not Suspend_TurnOff_Fan_By_GPO_Low out dx,ax out dx,ax endif; Suspend_TurnOff_Fan_By_GPO_Low IFDEF VT596 ;---------------------------------------; ; >> 596(3050) : << ; ; Control GPO to Low Before Suspend ; ;---------------------------------------; ;---------; ; GPO0-7 ; ;---------; GPO_Port_4C_VAL = 00h ifdef Suspend_Send_Low_To_GPO0 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 01h endif; Suspend_Send_Low_To_GPO0 ifdef Suspend_Send_Low_To_GPO1 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 02h endif; Suspend_Send_Low_To_GPO1 ifdef Suspend_Send_Low_To_GPO2 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 04h endif; Suspend_Send_Low_To_GPO2 ifdef Suspend_Send_Low_To_GPO3 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 08h endif; Suspend_Send_Low_To_GPO3 ifdef Suspend_Send_Low_To_GPO4 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 10h endif; Suspend_Send_Low_To_GPO4 ifdef Suspend_Send_Low_To_GPO5 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 20h endif; Suspend_Send_Low_To_GPO5 ifdef Suspend_Send_Low_To_GPO6 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 40h endif; Suspend_Send_Low_To_GPO6 ifdef Suspend_Send_Low_To_GPO7 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 80h endif; Suspend_Send_Low_To_GPO7 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 7 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR (01h SHL Suspend_Send_Low_To_GPO) endif;Suspend_Send_Low_To_GPO LE 7 endif; Suspend_Send_Low_To_GPO if GPO_Port_4C_VAL NE 00h mov cl, 4Ch mov bl, not GPO_Port_4C_VAL IFDEF Have_Fan_Control_Item_In_GPO_Low if Have_Fan_Control_Item_In_GPO_Low LE 7 test PM_RAM:[Video_Off_Mode],80h ; Is disable ? jz short Suspend_Turn_Off_Fan or bl,(01h shl Have_Fan_Control_Item_In_GPO_Low) Suspend_Turn_Off_Fan: endif; Have_Fan_Control_Item_In_GPO_Low LE 7 ENDIF;Have_Fan_Control_Item_In_GPO_Low call E000_Get_Set_PMIO_AND endif; GPO_Port_4C_VAL NE 00h ;---------; ; GPO8-15 ; ;---------; GPO_Port_4D_VAL = 00h ifdef Suspend_Send_Low_To_GPO8 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 01h endif; Suspend_Send_Low_To_GPO8 ifdef Suspend_Send_Low_To_GPO9 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 02h endif; Suspend_Send_Low_To_GPO9 ifdef Suspend_Send_Low_To_GPO10 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 04h endif; Suspend_Send_Low_To_GPO10 ifdef Suspend_Send_Low_To_GPO11 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 08h endif; Suspend_Send_Low_To_GPO11 ifdef Suspend_Send_Low_To_GPO12 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 10h endif; Suspend_Send_Low_To_GPO12 ifdef Suspend_Send_Low_To_GPO13 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 20h endif; Suspend_Send_Low_To_GPO13 ifdef Suspend_Send_Low_To_GPO14 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 40h endif; Suspend_Send_Low_To_GPO14 ifdef Suspend_Send_Low_To_GPO15 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 80h endif; Suspend_Send_Low_To_GPO15 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 15 if Suspend_Send_Low_To_GPO GE 8 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR (01h SHL (Suspend_Send_Low_To_GPO-8)) endif;Suspend_Send_Low_To_GPO LE 8 endif;Suspend_Send_Low_To_GPO LE 15 endif; Suspend_Send_Low_To_GPO if GPO_Port_4D_VAL NE 00h mov cl, 4Dh mov bl, not GPO_Port_4D_VAL IFDEF Have_Fan_Control_Item_In_GPO_Low if Have_Fan_Control_Item_In_GPO_Low LE 15 IF Have_Fan_Control_Item_In_GPO_Low GE 8 test PM_RAM:[Video_Off_Mode],80h ; Is disable ? jz short Suspend_Turn_Off_Fan or bl,(01h shl (Have_Fan_Control_Item_In_GPO_Low-8)) Suspend_Turn_Off_Fan: ENDIF; Have_Fan_Control_Item_In_GPO_Low GE 8 endif; Have_Fan_Control_Item_In_GPO_Low LE 15 ENDIF;Have_Fan_Control_Item_In_GPO_Low call E000_Get_Set_PMIO_AND endif; GPO_Port_4D_VAL NE 00h ;----------; ; GPO16-23 ; ;----------; GPO_Port_4E_VAL = 00h ifdef Suspend_Send_Low_To_GPO16 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 01h endif; Suspend_Send_Low_To_GPO16 ifdef Suspend_Send_Low_To_GPO17 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 02h endif; Suspend_Send_Low_To_GPO17 ifdef Suspend_Send_Low_To_GPO18 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 04h endif; Suspend_Send_Low_To_GPO18 ifdef Suspend_Send_Low_To_GPO19 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 08h endif; Suspend_Send_Low_To_GPO19 ifdef Suspend_Send_Low_To_GPO20 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 10h endif; Suspend_Send_Low_To_GPO20 ifdef Suspend_Send_Low_To_GPO21 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 20h endif; Suspend_Send_Low_To_GPO21 ifdef Suspend_Send_Low_To_GPO22 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 40h endif; Suspend_Send_Low_To_GPO22 ifdef Suspend_Send_Low_To_GPO23 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 80h endif; Suspend_Send_Low_To_GPO23 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 23 if Suspend_Send_Low_To_GPO GE 16 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR (01h SHL (Suspend_Send_Low_To_GPO-16)) endif;Suspend_Send_Low_To_GPO LE 16 endif;Suspend_Send_Low_To_GPO LE 23 endif; Suspend_Send_Low_To_GPO if GPO_Port_4E_VAL NE 00h mov cl, 4Eh mov bl,not GPO_Port_4E_VAL IFDEF Have_Fan_Control_Item_In_GPO_Low if Have_Fan_Control_Item_In_GPO_Low LE 23 IF Have_Fan_Control_Item_In_GPO_Low GE 16 test PM_RAM:[Video_Off_Mode],80h ; Is disable ? jz short Suspend_Turn_Off_Fan or bl,(01h shl (Have_Fan_Control_Item_In_GPO_Low-16)) Suspend_Turn_Off_Fan: ENDIF; Have_Fan_Control_Item_In_GPO_Low GE 16 endif; Have_Fan_Control_Item_In_GPO_Low LE 23 ENDIF;Have_Fan_Control_Item_In_GPO_Low call E000_Get_Set_PMIO_AND endif; GPO_Port_4E_VAL NE 00h ;----------; ; GPO24-30 ; ;----------; GPO_Port_4F_VAL = 00h ifdef Suspend_Send_Low_To_GPO24 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 01h endif; Suspend_Send_Low_To_GPO24 ifdef Suspend_Send_Low_To_GPO25 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 02h endif; Suspend_Send_Low_To_GPO25 ifdef Suspend_Send_Low_To_GPO26 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 04h endif; Suspend_Send_Low_To_GPO26 ifdef Suspend_Send_Low_To_GPO27 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 08h endif; Suspend_Send_Low_To_GPO27 ifdef Suspend_Send_Low_To_GPO28 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 10h endif; Suspend_Send_Low_To_GPO28 ifdef Suspend_Send_Low_To_GPO29 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 20h endif; Suspend_Send_Low_To_GPO29 ifdef Suspend_Send_Low_To_GPO30 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 40h endif; Suspend_Send_Low_To_GPO30 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 30 if Suspend_Send_Low_To_GPO GE 24 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR (01h SHL (Suspend_Send_Low_To_GPO-24)) endif;Suspend_Send_Low_To_GPO LE 24 endif;Suspend_Send_Low_To_GPO LE 30 endif; Suspend_Send_Low_To_GPO if GPO_Port_4F_VAL NE 00h mov cl, 4Fh mov bl,not GPO_Port_4F_VAL IFDEF Have_Fan_Control_Item_In_GPO_Low if Have_Fan_Control_Item_In_GPO_Low LE 30 IF Have_Fan_Control_Item_In_GPO_Low GE 24 test PM_RAM:[Video_Off_Mode],80h ; Is disable ? jz short Suspend_Turn_Off_Fan or bl,(01h shl (Have_Fan_Control_Item_In_GPO_Low-24)) Suspend_Turn_Off_Fan: ENDIF; Have_Fan_Control_Item_In_GPO_Low GE 24 endif; Have_Fan_Control_Item_In_GPO_Low LE 30 ENDIF;Have_Fan_Control_Item_In_GPO_Low call E000_Get_Set_PMIO_AND endif; GPO_Port_4F_VAL NE 00h ;---------------------------------------; ; >> 596(3050) : << ; ; Control GPO to High Before Suspend ; ;---------------------------------------; ;---------; ; GPO0-7 ; ;---------; GPO_Port_4C_VAL = 00h ifdef Suspend_Send_High_To_GPO0 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 01h endif; Suspend_Send_High_To_GPO0 ifdef Suspend_Send_High_To_GPO1 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 02h endif; Suspend_Send_High_To_GPO1 ifdef Suspend_Send_High_To_GPO2 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 04h endif; Suspend_Send_High_To_GPO2 ifdef Suspend_Send_High_To_GPO3 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 08h endif; Suspend_Send_High_To_GPO3 ifdef Suspend_Send_High_To_GPO4 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 10h endif; Suspend_Send_High_To_GPO4 ifdef Suspend_Send_High_To_GPO5 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 20h endif; Suspend_Send_High_To_GPO5 ifdef Suspend_Send_High_To_GPO6 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 40h endif; Suspend_Send_High_To_GPO6 ifdef Suspend_Send_High_To_GPO7 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 80h endif; Suspend_Send_High_To_GPO7 ifdef Suspend_Send_High_To_GPO if Suspend_Send_High_To_GPO LE 7 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR (01h SHL Suspend_Send_High_To_GPO) endif;Suspend_Send_High_To_GPO LE 7 endif; Suspend_Send_High_To_GPO if GPO_Port_4C_VAL NE 00h mov cl, 4Ch mov bl, GPO_Port_4C_VAL IFDEF Have_Fan_Control_Item_In_GPO_High if Have_Fan_Control_Item_In_GPO_High LE 7 test PM_RAM:[Video_Off_Mode],80h ; Is disable ? jz short Suspend_Turn_Off_Fan and bl,(01h shl Have_Fan_Control_Item_In_GPO_High) Suspend_Turn_Off_Fan: endif; Have_Fan_Control_Item_In_GPO_High LE 7 ENDIF;Have_Fan_Control_Item_In_GPO_High call E000_Get_Set_PMIO_OR endif; GPO_Port_4C_VAL NE 00h ;---------; ; GPO8-15 ; ;---------; GPO_Port_4D_VAL = 00h ifdef Suspend_Send_High_To_GPO8 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 01h endif; Suspend_Send_High_To_GPO8 ifdef Suspend_Send_High_To_GPO9 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 02h endif; Suspend_Send_High_To_GPO9 ifdef Suspend_Send_High_To_GPO10 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 04h endif; Suspend_Send_High_To_GPO10 ifdef Suspend_Send_High_To_GPO11 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 08h endif; Suspend_Send_High_To_GPO11 ifdef Suspend_Send_High_To_GPO12 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 10h endif; Suspend_Send_High_To_GPO12 ifdef Suspend_Send_High_To_GPO13 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 20h endif; Suspend_Send_High_To_GPO13 ifdef Suspend_Send_High_To_GPO14 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 40h endif; Suspend_Send_High_To_GPO14 ifdef Suspend_Send_High_To_GPO15 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 80h endif; Suspend_Send_High_To_GPO15 ifdef Suspend_Send_High_To_GPO if Suspend_Send_High_To_GPO LE 15 if Suspend_Send_High_To_GPO GE 8 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR (01h SHL (Suspend_Send_High_To_GPO-8)) endif;Suspend_Send_High_To_GPO LE 8 endif;Suspend_Send_High_To_GPO LE 15 endif; Suspend_Send_High_To_GPO if GPO_Port_4D_VAL NE 00h mov cl, 4Dh mov bl, GPO_Port_4D_VAL IFDEF Have_Fan_Control_Item_In_GPO_High if Have_Fan_Control_Item_In_GPO_High LE 15 IF Have_Fan_Control_Item_In_GPO_High GE 8 test PM_RAM:[Video_Off_Mode],80h ; Is disable ? jz short Suspend_Turn_Off_Fan and bl,(01h shl (Have_Fan_Control_Item_In_GPO_High-8)) Suspend_Turn_Off_Fan: ENDIF; Have_Fan_Control_Item_In_GPO_High GE 8 endif; Have_Fan_Control_Item_In_GPO_High LE 15 ENDIF;Have_Fan_Control_Item_In_GPO_High call E000_Get_Set_PMIO_OR endif; GPO_Port_4D_VAL NE 00h ;----------; ; GPO16-23 ; ;----------; GPO_Port_4E_VAL = 00h ifdef Suspend_Send_High_To_GPO16 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 01h endif; Suspend_Send_High_To_GPO16 ifdef Suspend_Send_High_To_GPO17 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 02h endif; Suspend_Send_High_To_GPO17 ifdef Suspend_Send_High_To_GPO18 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 04h endif; Suspend_Send_High_To_GPO18 ifdef Suspend_Send_High_To_GPO19 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 08h endif; Suspend_Send_High_To_GPO19 ifdef Suspend_Send_High_To_GPO20 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 10h endif; Suspend_Send_High_To_GPO20 ifdef Suspend_Send_High_To_GPO21 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 20h endif; Suspend_Send_High_To_GPO21 ifdef Suspend_Send_High_To_GPO22 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 40h endif; Suspend_Send_High_To_GPO22 ifdef Suspend_Send_High_To_GPO23 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 80h endif; Suspend_Send_High_To_GPO23 ifdef Suspend_Send_High_To_GPO if Suspend_Send_High_To_GPO LE 23 if Suspend_Send_High_To_GPO GE 16 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR (01h SHL (Suspend_Send_High_To_GPO-16)) endif;Suspend_Send_High_To_GPO LE 16 endif;Suspend_Send_High_To_GPO LE 23 endif; Suspend_Send_High_To_GPO if GPO_Port_4E_VAL NE 00h mov cl, 4Eh mov bl, GPO_Port_4E_VAL IFDEF Have_Fan_Control_Item_In_GPO_High if Have_Fan_Control_Item_In_GPO_High LE 23 IF Have_Fan_Control_Item_In_GPO_High GE 16 test PM_RAM:[Video_Off_Mode],80h ; Is disable ? jz short Suspend_Turn_Off_Fan and bl,(01h shl (Have_Fan_Control_Item_In_GPO_High-16)) Suspend_Turn_Off_Fan: ENDIF; Have_Fan_Control_Item_In_GPO_High GE 16 endif; Have_Fan_Control_Item_In_GPO_High LE 23 ENDIF;Have_Fan_Control_Item_In_GPO_High call E000_Get_Set_PMIO_OR endif; GPO_Port_4E_VAL NE 00h ;----------; ; GPO24-30 ; ;----------; GPO_Port_4F_VAL = 00h ifdef Suspend_Send_High_To_GPO24 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 01h endif; Suspend_Send_High_To_GPO24 ifdef Suspend_Send_High_To_GPO25 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 02h endif; Suspend_Send_High_To_GPO25 ifdef Suspend_Send_High_To_GPO26 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 04h endif; Suspend_Send_High_To_GPO26 ifdef Suspend_Send_High_To_GPO27 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 08h endif; Suspend_Send_High_To_GPO27 ifdef Suspend_Send_High_To_GPO28 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 10h endif; Suspend_Send_High_To_GPO28 ifdef Suspend_Send_High_To_GPO29 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 20h endif; Suspend_Send_High_To_GPO29 ifdef Suspend_Send_High_To_GPO30 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 40h endif; Suspend_Send_High_To_GPO30 ifdef Suspend_Send_High_To_GPO if Suspend_Send_High_To_GPO LE 30 if Suspend_Send_High_To_GPO GE 24 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR (01h SHL (Suspend_Send_High_To_GPO-24)) endif;Suspend_Send_High_To_GPO LE 24 endif;Suspend_Send_High_To_GPO LE 30 endif; Suspend_Send_High_To_GPO if GPO_Port_4F_VAL NE 00h mov cl, 4Fh mov bl, GPO_Port_4F_VAL IFDEF Have_Fan_Control_Item_In_GPO_High if Have_Fan_Control_Item_In_GPO_High LE 30 IF Have_Fan_Control_Item_In_GPO_High GE 24 test PM_RAM:[Video_Off_Mode],80h ; Is disable ? jz short Suspend_Turn_Off_Fan and bl,(01h shl (Have_Fan_Control_Item_In_GPO_High-24)) Suspend_Turn_Off_Fan: ENDIF; Have_Fan_Control_Item_In_GPO_High GE 24 endif; Have_Fan_Control_Item_In_GPO_High LE 30 ENDIF;Have_Fan_Control_Item_In_GPO_High call E000_Get_Set_PMIO_OR endif; GPO_Port_4F_VAL NE 00h ENDIF; VT596 ifdef Blink_Suspend_LED_In_GPO0 ;R50 ifdef VT686 ;R50 mov cx,VT586_ACPI + 54h ;R50 mov bx,02FCh ;R50 if Blink_Suspend_LED_In_GPO0 EQ 0 ;R50 mov bx,01FCh ;R50 endif;Blink_Suspend_LED_In_GPO0 EQ 0 ;R50 if Blink_Suspend_LED_In_GPO0 EQ 16 ;R50 mov bx,03FCh ;R50 endif;Blink_Suspend_LED_In_GPO0 EQ 16 ;R50 call E000_Get_Set_PMU ;R50 endif; VT686 ;R50 endif; Blink_Suspend_LED_In_GPO0 ;R50 ifdef SMBus_Port ;R12 ;-------------------------------; ;R12 ; Clear SMBus Host Status ; ;R12 ;-------------------------------; ;R12 mov dx,SMBus_Port ;R12 in al,dx ;R12 out dx,al ;R12 endif; SMBus_Port ;R12 call Set_Modem_Ring_Status ifndef New_Superio_Led_Function ;R42 ifdef PM_LED_USE_GPIO pushad mov al, 2 Call far ptr F000_SET_PM_LED popad endif; PM_LED_USE_GPIO ifdef LED_Blinking_at_PM pushad mov al, 1 Call far ptr F000_SET_PM_LED_Blinking popad endif; LED_Blinking_at_PM ifndef Special_For_TYAN ;R55 ifdef POWER_LED_USE pushad mov al, 2 Call far ptr F000_SET_POWER_LED popad endif; POWER_LED_USE endif ;Special_For_TYAN ;R55 ;R42 - start else ;New_Superio_Led_Function ;R42Bifdef Superio_support_Fan ifdef LED_Blinking_at_PM ;R42B pushad mov al, 1 Call far ptr F000_LED_Flash popad endif; LED_Blinking_at_PM ;R42B ;R42Bendif; Superio_support_Fan endif ;New_Superio_Led_Function ;R42Aifdef Superio_support_Fan ;R42A pushad ;R42A Call far ptr F000_Fan_Power_Off ;R42A popad ;R42Aendif; Superio_support_Fan ;R42 - end mov cx, VT586_ACPI + 53h mov bx,0000100111110000b call E000_Get_Set_PMU mov cl, 2ah ;enable 2nd event mov bx, 03FBh call E000_Get_Set_PMIO ;-------------------------------------------------------- ;1. turn off HDDs according setup settings ; & save register 67h status ; ; 1. HDD_Timer_Setting = 16 ; ===> HDD off when suspend ; 2. To turn off HDD, we must turn off ; HDD event in the first place! ;-------------------------------------------------------- cmp byte ptr PM_RAM:[The_2nd_Event],1 je short @F mov cx,3 @@: ;4. stop clock ;save speaker status ifdef Suspend_LED_Control ;Set bit 6 to "0" to turn off suspend LED xor ah,ah call Send_Smout endif; Suspend_LED_Control ;R49 ;R37 - starts ;R49 IFDEF NoteBook_Power_Management ;R49 cmp PM_RAM:Suspend_Option,Zero_V_Suspend ;R49 jne short @F ;R49 ;R49 cmp dword ptr PM_RAM:[ZV_HDD_Sector],0 ;R49 je short @F ;R49 Call far ptr F_Suspend_0V ;R49 ;R49 ifdef ADVANCE_POWER_MANAGEMENT ;R49 ; Set resume notify flag for APM to update time ;R49 mov PM_RAM:[APMEventSave],RESUME_NORMAL_NOTIFY ;R49 endif; ADVANCE_POWER_MANAGEMENT ;R49 jmp WakeUpByResumeTimer ;R49 ;R49 @@: ;R49 ENDIF ;NoteBook_Power_Management ;R49 ;R37 - ends ;Disable clock throttling mov cl, 10h xor al, al call E000_Set_PMIO cli mov bl,0ffh in al,021h test al,08h jz short @F and bl,0f7h @@: test al,10h jz short @F and bl,0efh @@: mov cx, VT586_ACPI + 44h call E000_Get_PMU push ax mov al,[WAKE_MODEM0] and al,bl or al,02h call E000_Set_PMU ifndef VT3044 mov cx,VT586 + 91h else ;VT3044 mov cx,VT586_ACPI + 45h endif ;VT3044 mov al,[WAKE_MODEM1] call E000_Set_PMU mov cl, 34h mov bl, 02h call E000_Get_Set_PMIO_OR in al,0a1h mov ah,al in al,21h push ax ;Store IRQ0 mov cx, VT586_ACPI + 44h call E000_Get_PMU mov bl, al mov cx, VT586_ACPI + 46h call E000_Get_PMU or al, bl not al and al, NOT 02h ; unmask 02 or al, 01h out 21h, al mov cx, VT586_ACPI + 45h call E000_Get_PMU mov bl, al mov cx, VT586_ACPI + 47h call E000_Get_PMU or bl, al not bl or bl, 01h test byte ptr PM_RAM:[PS2_INST],04h ;PS2 Mouse ? jz short @F and bl, NOT 010h mov cx, VT586_ACPI + 45h call E000_Get_PMU or al, 10h call E000_Set_PMU @@: mov al, bl out 0a1h, al ;assert STPCLK# inside SMI routine mov cl, 28h call E000_Get_PMIO call E000_Set_PMIO mov cl, 20h call E000_Get_PMIO call E000_Set_PMIO mov cx, VT586_ACPI + 50h xor al,al call E000_Set_PMU mov cl, 30h call E000_Set_PMIO_Clear ifdef HDD_PWRDOWN_IN_SUSPEND ifdef HDD_PWRDOWN_IN_SUSPEND_After_1Min mov al,byte ptr PM_RAM:[HDD_OFF_Timer] cmp al,0 jz short @f Call HDD_Power_Down @@: ;R68 start else ;HDD_PWRDOWN_IN_SUSPEND_After_1Min mov cl,34h mov bl,not 0Ch Call E000_Get_Set_PMIO_AND Call HDD_Power_Down ;R68 end endif; HDD_PWRDOWN_IN_SUSPEND_After_1Min endif; HDD_PWRDOWN_IN_SUSPEND ifdef Break_Suspend_In_Mouse_CMOS xor cx,cx mov bl,byte ptr PM_RAM:[MISC_CNTL1] and bl,Mouse_WakeUp_Mask cmp bl,Mouse_No_WakeUp je short Mouse_Mask_IRQ_START cmp bl,Mouse_Use_IRQ4 jne short @F mov cx,0010h jmp short Mouse_Mask_IRQ_START @@: cmp bl,Mouse_Use_IRQ3 jne short @F mov cx,0008h jmp short Mouse_Mask_IRQ_START @@: ;Disable PS2 mouse interface if PS2 mouse exist push es mov ax,0f000H ;BIOS segment mov es,ax assume es:nothing test byte ptr es:system1_byte, 04H ;PS2 existed ? pop es jnz short Ps2Exist and byte ptr PM_RAM:[MISC_CNTL1],not Mouse_WakeUp_Mask jmp short Ps2Absent Ps2Exist: mov al,0A7H ;disable PS2 mouse interface out 64H,al NEWIODELAY Ps2Absent: Mouse_Mask_IRQ_START: in al,21h newiodelay mov ah,al or al,cl out 21h,al in al,0a1h newiodelay push ax endif; Break_Suspend_In_Mouse_CMOS ;R23A ifdef Cover_Garbage_IRQ12 ;R23 - starts ;R23A test PM_RAM:[ALARM_RESUME], 80h ;Wake Event IRQ12 Enabled. ;R23A jnz short W_IRQ12_En ;R23A mov al,0A7H ;disable PS2 mouse interface ;R23A out 64H,al ;R23A NEWIODELAY ;R23A W_IRQ12_En: ;R23A endif; Cover_Garbage_IRQ12 ;R23 - ends ;R58 - starts ifdef Patch_WIN98_OSR1_BUG mov cx, VT586_ACPI + 44h call E000_Get_PMU mov bl,al mov cx,VT586_ACPI + 45h call E000_Get_PMU mov bh,al mov cx, VT586_ACPI + 46h call E000_Get_PMU or bl,al mov cx, VT586_ACPI + 47h call E000_Get_PMU or bh,al mov word ptr [DEASSERT_STPCLK_IRQS],bx endif; Patch_WIN98_OSR1_BUG ;R58 - ends ifdef V_ALARM_IN_E000 call Virtual_Resume_Timer else ;V_ALARM_IN_E000 FAR_Call F000_Virtual_Resume_Timer, 0F000h endif ;V_ALARM_IN_E000 jnc short WakeUpByResumeTimer ;align 4 ;-----------------------------------------------; ; Set USB to Suspend/Enable USB Resume Event ; ;-----------------------------------------------; ifdef USB_SUPPORT ifdef USB_PM_SUPPORT call Usb_Suspend call Clear_Power_Buttom_Status ;R15 - starts call Check_Legacy_Enable ;legacy support disabled? jz short Usb_Legacy_Enable_1 mov cl, 21h ; Clear USB Resume Status mov bl, 02h ; (Index 21h Bit 1) call E000_Get_Set_PMIO_AND ; mov cl, 25h ; Enable USB Resume SMI mov bl, 02h ; (Index 25h Bit 4) call E000_Get_Set_PMIO_OR ; Usb_Legacy_Enable_1: ;R15 - ends else; USB_PM_SUPPORT ifdef USB_Legacy_PM_Support call Clear_Power_Buttom_Status mov cx, VT586_USB + 3Ch ; Disbale IRQ of USB call E000_Get_PMU ; mov bh, al ; & Save IRQ of USB xor al,al ; call E000_Set_PMU ; else; USB_Legacy_PM_Support mov cl, 2Ah ; Index 2Ah Bit 4. mov bl, not 10h ; call E000_Get_Set_PMIO_AND ; endif; USB_Legacy_PM_Support endif; USB_PM_SUPPORT endif ;USB_SUPPORT ;R16B ifdef VT596 ;R16A - starts ;R16B call Clear_Power_Buttom_Status ;R20 ;R16B mov cl, 2Ch ; Set PowerButtom to ;R16B mov bl, not 04h ; Rising Edge Triger ;R16B call E000_Get_Set_PMIO_AND ; ;R16B endif; VT596 ;R16A - ends test byte ptr PM_RAM:[ALARM_RESUME],01h jz short @F mov cl, 01h call E000_Set_PMIO_Clear ; clear RTC status mov cl, 03h mov bl, 04h call E000_Get_Set_PMIO_OR ;R20 mov al,1 ; Turn On ;R20 call far ptr RTC_Alarm_Resume @@: ifdef VT596 ;R16B - starts call Clear_Power_Buttom_Status ;R20 mov cl, 2Ch ; Set PowerButtom to mov bl, not 04h ; Rising Edge Triger call E000_Get_Set_PMIO_AND ; endif; VT596 ;R16B - ends @@: ;R49 - starts IFDEF NoteBook_Power_Management cmp PM_RAM:Suspend_Option,Zero_V_Suspend jne short @F cmp dword ptr PM_RAM:[ZV_HDD_Sector],0 je short @F Call far ptr F_Suspend_0V ifdef ADVANCE_POWER_MANAGEMENT ; Set resume notify flag for APM to update time mov PM_RAM:[APMEventSave],RESUME_NORMAL_NOTIFY endif; ADVANCE_POWER_MANAGEMENT jmp WakeUpByResumeTimer @@: ENDIF ;NoteBook_Power_Management ;R49 - ends Stop_Clock: mov cl, 15h call E000_Get_PMIO ;CPU stop here xor cx,cx ;delay for a while loop short $ ifdef Disable_PowerButton_When_Suspend mov cl, 01h call E000_Get_PMIO test al,01 pushf and al,01h call E000_Set_PMIO popf jnz short Stop_Clock endif; Disable_PowerButton_When_Suspend ;-----------------------------------------------; ; Set USB to WakeUp/Disable USB Resume Event ; ;-----------------------------------------------; ifdef USB_SUPPORT ifdef USB_PM_SUPPORT ;R15 - starts call Check_Legacy_Enable ;legacy support disabled? jz short Usb_Legacy_Enable_2 mov cl, 21h ; Clear USB Resume Status mov bl, 02h ; (Index 21h Bit 1) call E000_Get_Set_PMIO_AND ; mov cl, 25h ; Disable USB Resume SMI mov bl, not 02h ; (Index 25h Bit 4) call E000_Get_Set_PMIO_AND ; Usb_Legacy_Enable_2: ;R15 - ends call Usb_Resume else; USB_PM_SUPPORT ifdef USB_Legacy_PM_Support mov cl, 01h call E000_Get_PMIO test al, 01h jnz short @f call Usb_Smi jc Short @f in al, 64h test al, 01h jz short Stop_Clock @@: mov cx, VT586_USB + 3Ch ; Restore IRQ of USB mov al, bh ; call E000_Set_PMU ; else; USB_Legacy_PM_Support mov cl, 2Ah ; Index 2Ah Bit 4. mov bl, 10h ; call E000_Get_Set_PMIO_OR ; endif; USB_Legacy_PM_Support endif; USB_PM_SUPPORT endif ;USB_SUPPORT ifdef VT596 ;R16A - starts mov cl, 2Ch ; Set PowerButtom to mov bl, 04h ; Level Triger call E000_Get_Set_PMIO_OR ; endif; VT596 ;R16A - ends ;R51 - starts ifdef PM_Beep_Speaker mov cx, 1 call PM_Warning_Beep endif ;PM_Beep_Speaker ;R51 - ends WakeUpByResumeTimer: ;deassert STPCLK# for next asserting function ifdef Break_Suspend_In_Mouse_CMOS pop ax out 0a1h,al mov al,ah out 21h,al mov al,byte ptr PM_RAM:[MISC_CNTL1] and al,Mouse_WakeUp_Mask cmp al,Mouse_Use_IRQ12 jne short NotIrq12 mov al,0A8H ;enable PS2 mouse interface out 64H,al NEWIODELAY NotIrq12: endif; Break_Suspend_In_Mouse_CMOS ;R23A ifdef Cover_Garbage_IRQ12 ;R23 - starts ;R23A test PM_RAM:[ALARM_RESUME], 80h ;Wake Event IRQ12 Enabled. ;R23A jnz short W_IRQ12_En_ ;R23A mov al,0A8H ;enable PS2 mouse interface ;R23A out 64H,al ;R23A NEWIODELAY ;R23A W_IRQ12_En_: ;R23A endif; Cover_Garbage_IRQ12 ;R23 - ends ifdef HDD_PWRDOWN_IN_SUSPEND ifdef HDD_PWRDOWN_IN_SUSPEND_After_1Min mov al,byte ptr PM_RAM:[HDD_OFF_Timer] cmp al,0 jz short @f Call HDD_Timer_Restore @@: ;R68 start else; HDD_PWRDOWN_IN_SUSPEND_After_1Min mov cl,34h mov bl,0Ch Call E000_Get_Set_PMIO_OR ;R68 end endif; HDD_PWRDOWN_IN_SUSPEND_After_1Min endif; HDD_PWRDOWN_IN_SUSPEND mov cl, 10h mov al, 18h call E000_Set_PMIO test byte ptr PM_RAM:[ALARM_RESUME],01h jz short @F mov cl, 01h call E000_Get_PMIO test al, 04h jz short @F push ax mov al, 0ch ;clear RTC out 70h, al in al, 71h pop ax call E000_Set_PMIO mov cl, 03h mov bl, NOT 04h call E000_Get_Set_PMIO_AND ;R20 mov al,0 ; Turn Off ;R20 call far ptr RTC_Alarm_Resume @@: mov bh,0 ;R20 Turn Off call RTC_Alarm_Resume ;R20 ;Enable decouple refresh before suspend pop ax out 021h,al NEWIODELAY mov al,ah out 0a1h,al pop ax mov cx, VT586_ACPI + 44h call E000_Set_PMU ;restore speaker status ;restore reserved register in al,80h mov [POST_MODE],al mov cx, VT586_ACPI + 53h call E000_Get_PMU ;Is 2nd event ? mov byte ptr PM_RAM:[The_2nd_Event],1 test al,00000010b jnz short Susp_Exit mov byte ptr PM_RAM:[The_2nd_Event],0 mov bx,(0 shl 8)+0feh call E000_Get_Set_PMU call Set_Full_On_State mov al, 0FFh out 80h, al Susp_Exit: ;---------------------------------------------------------------------------; ; If you want to have the function of turn off fan during suspend. ; ; You must define : ; ; Suspend_TurnOff_Fan_By_GPIO_0_High EQU 1h or 2h,4h,8h,10h,20h,40h,80h ; ; or ; ; Suspend_TurnOff_Fan_By_GPIO_0_Low EQU 1h or 2h,4h,8h,10h,20h,40h,80h ; ;---------------------------------------------------------------------------; ifdef Suspend_TurnOff_Fan_By_GPIO_0_High mov cl, 42h ; mov bl,not 01h ;GPIO 0 = Low call E000_Get_Set_PMIO_AND mov cl, 40h ; mov bl, 01h ;Active GPIO 0 is Output call E000_Get_Set_PMIO_OR endif; Suspend_TurnOff_Fan_By_GPIO_0_High ifdef Suspend_TurnOff_Fan_By_GPIO_0_Low mov cl, 42h ; mov bl, 01h ; GPIO 0 = High call E000_Get_Set_PMIO_OR mov cl, 40h ; mov bl, 01h ; Active GPIO 0 is Output call E000_Get_Set_PMIO_OR ifdef Suspend_SW_USE_EXTSMI if Suspend_SW_USE_EXTSMI EQ 01h mov cl, 40h ; Active GPIO 0 is Input mov bl, not 01h call E000_Get_Set_PMIO_AND endif; Suspend_SW_USE_EXTSMI endif; Suspend_SW_USE_EXTSMI endif; Suspend_TurnOff_Fan_By_GPIO_0_Low ifdef Suspend_TurnOff_Fan_By_GPIO_2_High mov cl, 42h ;GPIO 2 = Low mov bl,not 04h ; call E000_Get_Set_PMIO_AND ; mov cl, 40h ;Active GPIO 2 is Output mov bl, 04h ; call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_2_High ifdef Suspend_TurnOff_Fan_By_GPIO_2_Low mov cl, 42h ;GPIO 2 = High mov bl, 04h ; call E000_Get_Set_PMIO_OR ; mov cl, 40h ;Active GPIO 2 is Output mov bl, 04h ; call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_2_Low ifdef Suspend_TurnOff_Fan_By_GPIO_3_High mov cl, 42h ;GPIO 4 = Low mov bl,not 08h call E000_Get_Set_PMIO_AND ; mov cl, 40h ;Active GPIO 4 is Output mov bl, 08h call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_3_High ifdef Suspend_TurnOff_Fan_By_GPIO_3_Low mov cl, 42h ;GPIO 4 = High mov bl, 08h call E000_Get_Set_PMIO_OR ; mov cl, 40h ;Active GPIO 4 is Output mov bl, 08h call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_3_Low ifdef Suspend_TurnOff_Fan_By_GPIO_4_High mov cl, 42h ;GPIO 4 = Low mov bl,not 10h call E000_Get_Set_PMIO_AND ; mov cl, 40h ;Active GPIO 4 is Output mov bl, 10h call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_4_High ifdef Suspend_TurnOff_Fan_By_GPIO_4_Low mov cl, 42h ;GPIO 4 = High mov bl, 10h call E000_Get_Set_PMIO_OR ; mov cl, 40h ;Active GPIO 4 is Output mov bl, 10h call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPIO_4_Low ifdef Suspend_TurnOff_Fan_By_GPO_LowByte_Low mov cl, 46h ;GPO Hi Byte = High mov bl, Suspend_TurnOff_Fan_By_GPO_LowByte_Low call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPO_LowByte_Low ifdef Suspend_TurnOff_Fan_By_GPO_HiByte_Low mov cl, 47h ;GPO Hi Byte = High mov bl, Suspend_TurnOff_Fan_By_GPO_HiByte_Low call E000_Get_Set_PMIO_OR ; endif; Suspend_TurnOff_Fan_By_GPO_HiByte_Low ifdef Suspend_TurnOff_Fan_By_GPO_LowByte_High mov cl, 46h ;GPO Hi Byte = Low mov bl,not Suspend_TurnOff_Fan_By_GPO_LowByte_High call E000_Get_Set_PMIO_AND ; endif; Suspend_TurnOff_Fan_By_GPO_LowByte_High ifdef Suspend_TurnOff_Fan_By_GPO_HiByte_High mov cl, 47h ;GPO Hi Byte = Low mov bl,not Suspend_TurnOff_Fan_By_GPO_HiByte_High call E000_Get_Set_PMIO_AND ; endif; Suspend_TurnOff_Fan_By_GPO_HiByte_High ifdef Suspend_TurnOff_Fan_By_GPO_Low mov dx, ACPI_Port + 46h ;GPO Word = High in ax,dx or ax, Suspend_TurnOff_Fan_By_GPO_Low out dx,ax out dx,ax endif; Suspend_TurnOff_Fan_By_GPO_Low IFDEF VT596 ;---------------------------------------; ; >> 596(3050) : << ; ; Control GPO to High After Suspend ; ;---------------------------------------; ;---------; ; GPO0-7 ; ;---------; GPO_Port_4C_VAL = 00h ifdef Suspend_Send_Low_To_GPO0 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 01h endif; Suspend_Send_Low_To_GPO0 ifdef Suspend_Send_Low_To_GPO1 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 02h endif; Suspend_Send_Low_To_GPO1 ifdef Suspend_Send_Low_To_GPO2 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 04h endif; Suspend_Send_Low_To_GPO2 ifdef Suspend_Send_Low_To_GPO3 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 08h endif; Suspend_Send_Low_To_GPO3 ifdef Suspend_Send_Low_To_GPO4 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 10h endif; Suspend_Send_Low_To_GPO4 ifdef Suspend_Send_Low_To_GPO5 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 20h endif; Suspend_Send_Low_To_GPO5 ifdef Suspend_Send_Low_To_GPO6 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 40h endif; Suspend_Send_Low_To_GPO6 ifdef Suspend_Send_Low_To_GPO7 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 80h endif; Suspend_Send_Low_To_GPO7 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 7 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR (01h SHL Suspend_Send_Low_To_GPO) endif;Suspend_Send_Low_To_GPO LE 7 endif; Suspend_Send_Low_To_GPO if GPO_Port_4C_VAL NE 00h mov cl, 4Ch mov bl, GPO_Port_4C_VAL call E000_Get_Set_PMIO_OR endif; GPO_Port_4C_VAL NE 00h ;---------; ; GPO8-15 ; ;---------; GPO_Port_4D_VAL = 00h ifdef Suspend_Send_Low_To_GPO8 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 01h endif; Suspend_Send_Low_To_GPO8 ifdef Suspend_Send_Low_To_GPO9 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 02h endif; Suspend_Send_Low_To_GPO9 ifdef Suspend_Send_Low_To_GPO10 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 04h endif; Suspend_Send_Low_To_GPO10 ifdef Suspend_Send_Low_To_GPO11 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 08h endif; Suspend_Send_Low_To_GPO11 ifdef Suspend_Send_Low_To_GPO12 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 10h endif; Suspend_Send_Low_To_GPO12 ifdef Suspend_Send_Low_To_GPO13 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 20h endif; Suspend_Send_Low_To_GPO13 ifdef Suspend_Send_Low_To_GPO14 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 40h endif; Suspend_Send_Low_To_GPO14 ifdef Suspend_Send_Low_To_GPO15 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 80h endif; Suspend_Send_Low_To_GPO15 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 15 if Suspend_Send_Low_To_GPO GE 8 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR (01h SHL (Suspend_Send_Low_To_GPO-8)) endif;Suspend_Send_Low_To_GPO LE 8 endif;Suspend_Send_Low_To_GPO LE 15 endif; Suspend_Send_Low_To_GPO if GPO_Port_4D_VAL NE 00h mov cl, 4Dh mov bl, GPO_Port_4D_VAL call E000_Get_Set_PMIO_OR endif; GPO_Port_4D_VAL NE 00h ;----------; ; GPO16-23 ; ;----------; GPO_Port_4E_VAL = 00h ifdef Suspend_Send_Low_To_GPO16 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 01h endif; Suspend_Send_Low_To_GPO16 ifdef Suspend_Send_Low_To_GPO17 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 02h endif; Suspend_Send_Low_To_GPO17 ifdef Suspend_Send_Low_To_GPO18 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 04h endif; Suspend_Send_Low_To_GPO18 ifdef Suspend_Send_Low_To_GPO19 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 08h endif; Suspend_Send_Low_To_GPO19 ifdef Suspend_Send_Low_To_GPO20 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 10h endif; Suspend_Send_Low_To_GPO20 ifdef Suspend_Send_Low_To_GPO21 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 20h endif; Suspend_Send_Low_To_GPO21 ifdef Suspend_Send_Low_To_GPO22 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 40h endif; Suspend_Send_Low_To_GPO22 ifdef Suspend_Send_Low_To_GPO23 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 80h endif; Suspend_Send_Low_To_GPO23 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 23 if Suspend_Send_Low_To_GPO GE 16 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR (01h SHL (Suspend_Send_Low_To_GPO-16)) endif;Suspend_Send_Low_To_GPO LE 16 endif;Suspend_Send_Low_To_GPO LE 23 endif; Suspend_Send_Low_To_GPO if GPO_Port_4E_VAL NE 00h mov cl, 4Eh mov bl, GPO_Port_4E_VAL call E000_Get_Set_PMIO_OR endif; GPO_Port_4E_VAL NE 00h ;----------; ; GPO24-30 ; ;----------; GPO_Port_4F_VAL = 00h ifdef Suspend_Send_Low_To_GPO24 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 01h endif; Suspend_Send_Low_To_GPO24 ifdef Suspend_Send_Low_To_GPO25 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 02h endif; Suspend_Send_Low_To_GPO25 ifdef Suspend_Send_Low_To_GPO26 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 04h endif; Suspend_Send_Low_To_GPO26 ifdef Suspend_Send_Low_To_GPO27 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 08h endif; Suspend_Send_Low_To_GPO27 ifdef Suspend_Send_Low_To_GPO28 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 10h endif; Suspend_Send_Low_To_GPO28 ifdef Suspend_Send_Low_To_GPO29 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 20h endif; Suspend_Send_Low_To_GPO29 ifdef Suspend_Send_Low_To_GPO30 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 40h endif; Suspend_Send_Low_To_GPO30 ifdef Suspend_Send_Low_To_GPO if Suspend_Send_Low_To_GPO LE 30 if Suspend_Send_Low_To_GPO GE 24 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR (01h SHL (Suspend_Send_Low_To_GPO-24)) endif;Suspend_Send_Low_To_GPO LE 24 endif;Suspend_Send_Low_To_GPO LE 30 endif; Suspend_Send_Low_To_GPO if GPO_Port_4F_VAL NE 00h mov cl, 4Fh mov bl, GPO_Port_4F_VAL call E000_Get_Set_PMIO_OR endif; GPO_Port_4F_VAL NE 00h ;---------------------------------------; ; >> 596(3050) : << ; ; Control GPO to Low After Suspend ; ;---------------------------------------; ;---------; ; GPO0-7 ; ;---------; GPO_Port_4C_VAL = 00h ifdef Suspend_Send_High_To_GPO0 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 01h endif; Suspend_Send_High_To_GPO0 ifdef Suspend_Send_High_To_GPO1 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 02h endif; Suspend_Send_High_To_GPO1 ifdef Suspend_Send_High_To_GPO2 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 04h endif; Suspend_Send_High_To_GPO2 ifdef Suspend_Send_High_To_GPO3 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 08h endif; Suspend_Send_High_To_GPO3 ifdef Suspend_Send_High_To_GPO4 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 10h endif; Suspend_Send_High_To_GPO4 ifdef Suspend_Send_High_To_GPO5 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 20h endif; Suspend_Send_High_To_GPO5 ifdef Suspend_Send_High_To_GPO6 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 40h endif; Suspend_Send_High_To_GPO6 ifdef Suspend_Send_High_To_GPO7 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR 80h endif; Suspend_Send_High_To_GPO7 ifdef Suspend_Send_High_To_GPO if Suspend_Send_High_To_GPO LE 7 GPO_Port_4C_VAL = GPO_Port_4C_VAL OR (01h SHL Suspend_Send_High_To_GPO) endif;Suspend_Send_High_To_GPO LE 7 endif; Suspend_Send_High_To_GPO if GPO_Port_4C_VAL NE 00h mov cl, 4Ch mov bl,not GPO_Port_4C_VAL call E000_Get_Set_PMIO_AND endif; GPO_Port_4C_VAL NE 00h ;---------; ; GPO8-15 ; ;---------; GPO_Port_4D_VAL = 00h ifdef Suspend_Send_High_To_GPO8 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 01h endif; Suspend_Send_High_To_GPO8 ifdef Suspend_Send_High_To_GPO9 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 02h endif; Suspend_Send_High_To_GPO9 ifdef Suspend_Send_High_To_GPO10 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 04h endif; Suspend_Send_High_To_GPO10 ifdef Suspend_Send_High_To_GPO11 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 08h endif; Suspend_Send_High_To_GPO11 ifdef Suspend_Send_High_To_GPO12 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 10h endif; Suspend_Send_High_To_GPO12 ifdef Suspend_Send_High_To_GPO13 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 20h endif; Suspend_Send_High_To_GPO13 ifdef Suspend_Send_High_To_GPO14 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 40h endif; Suspend_Send_High_To_GPO14 ifdef Suspend_Send_High_To_GPO15 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR 80h endif; Suspend_Send_High_To_GPO15 ifdef Suspend_Send_High_To_GPO if Suspend_Send_High_To_GPO LE 15 if Suspend_Send_High_To_GPO GE 8 GPO_Port_4D_VAL = GPO_Port_4D_VAL OR (01h SHL (Suspend_Send_High_To_GPO-8)) endif;Suspend_Send_High_To_GPO LE 8 endif;Suspend_Send_High_To_GPO LE 15 endif; Suspend_Send_High_To_GPO if GPO_Port_4D_VAL NE 00h mov cl, 4Dh mov bl,not GPO_Port_4D_VAL call E000_Get_Set_PMIO_AND endif; GPO_Port_4D_VAL NE 00h ;----------; ; GPO16-23 ; ;----------; GPO_Port_4E_VAL = 00h ifdef Suspend_Send_High_To_GPO16 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 01h endif; Suspend_Send_High_To_GPO16 ifdef Suspend_Send_High_To_GPO17 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 02h endif; Suspend_Send_High_To_GPO17 ifdef Suspend_Send_High_To_GPO18 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 04h endif; Suspend_Send_High_To_GPO18 ifdef Suspend_Send_High_To_GPO19 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 08h endif; Suspend_Send_High_To_GPO19 ifdef Suspend_Send_High_To_GPO20 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 10h endif; Suspend_Send_High_To_GPO20 ifdef Suspend_Send_High_To_GPO21 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 20h endif; Suspend_Send_High_To_GPO21 ifdef Suspend_Send_High_To_GPO22 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 40h endif; Suspend_Send_High_To_GPO22 ifdef Suspend_Send_High_To_GPO23 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR 80h endif; Suspend_Send_High_To_GPO23 ifdef Suspend_Send_High_To_GPO if Suspend_Send_High_To_GPO LE 23 if Suspend_Send_High_To_GPO GE 16 GPO_Port_4E_VAL = GPO_Port_4E_VAL OR (01h SHL (Suspend_Send_High_To_GPO-16)) endif;Suspend_Send_High_To_GPO LE 16 endif;Suspend_Send_High_To_GPO LE 23 endif; Suspend_Send_High_To_GPO if GPO_Port_4E_VAL NE 00h mov cl, 4Eh mov bl,not GPO_Port_4E_VAL call E000_Get_Set_PMIO_AND endif; GPO_Port_4E_VAL NE 00h ;----------; ; GPO24-30 ; ;----------; GPO_Port_4F_VAL = 00h ifdef Suspend_Send_High_To_GPO24 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 01h endif; Suspend_Send_High_To_GPO24 ifdef Suspend_Send_High_To_GPO25 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 02h endif; Suspend_Send_High_To_GPO25 ifdef Suspend_Send_High_To_GPO26 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 04h endif; Suspend_Send_High_To_GPO26 ifdef Suspend_Send_High_To_GPO27 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 08h endif; Suspend_Send_High_To_GPO27 ifdef Suspend_Send_High_To_GPO28 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 10h endif; Suspend_Send_High_To_GPO28 ifdef Suspend_Send_High_To_GPO29 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 20h endif; Suspend_Send_High_To_GPO29 ifdef Suspend_Send_High_To_GPO30 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR 40h endif; Suspend_Send_High_To_GPO30 ifdef Suspend_Send_High_To_GPO if Suspend_Send_High_To_GPO LE 30 if Suspend_Send_High_To_GPO GE 24 GPO_Port_4F_VAL = GPO_Port_4F_VAL OR (01h SHL (Suspend_Send_High_To_GPO-24)) endif;Suspend_Send_High_To_GPO LE 24 endif;Suspend_Send_High_To_GPO LE 30 endif; Suspend_Send_High_To_GPO if GPO_Port_4F_VAL NE 00h mov cl, 4Fh mov bl,not GPO_Port_4F_VAL call E000_Get_Set_PMIO_AND endif; GPO_Port_4F_VAL NE 00h ENDIF; VT596 ifdef Blink_Suspend_LED_In_GPO0 ;R50 ifdef VT686 ;R50 mov cx,VT586_ACPI + 54h ;R50 mov bl,not 03h ;R50 call E000_Get_Set_PMU_AND ;R50 endif; VT686 ;R50 endif; Blink_Suspend_LED_In_GPO0 ;R50 ifndef New_Superio_Led_Function ;R42 ifdef PM_LED_USE_GPIO pushad mov al, 0 Call far ptr F000_SET_PM_LED popad endif; PM_LED_USE_GPIO ifdef LED_Blinking_at_PM pushad mov al, 0 Call far ptr F000_SET_PM_LED_Blinking popad endif; LED_Blinking_at_PM ifdef POWER_LED_USE pushad mov al, 0 Call far ptr F000_SET_POWER_LED popad endif; POWER_LED_USE ;R42 - start else ;New_Superio_Led_Function ifdef LED_Blinking_at_PM pushad mov al, 0 Call far ptr F000_LED_Flash popad endif; LED_Blinking_at_PM endif ;New_Superio_Led_Function ;R42Aifdef Superio_Support_Fan ;R42A pushad ;R42A Call far ptr F000_Fan_Power_On ;R42A popad ;R42Aendif; Superio_Support_Fan ;R42 - end call Clear_Power_Buttom_Status call Clear_Modem_Ring_Status ret Go_Suspend Endp ;R41 - start ifdef W83782D_CPUFAN_CNTL_IN_SUSPEND Software_I2C_In_SMBase EQU 1 endif; W83782D_CPUFAN_CNTL_IN_SUSPEND ;R57 - start ifdef ADM9240_CPUFAN_CNTL_IN_SUSPEND Software_I2C_In_SMBase EQU 1 endif; ADM9240_CPUFAN_CNTL_IN_SUSPEND ;R57 - end ifdef Software_I2C_In_SMBase ifndef VT596 IFDEF Software_I2C GPIO_Dir EQU ACPI_Port+40h GPIO_WPort EQU ACPI_Port+42h GPIO_RdPort EQU ACPI_Port+44h Public Set_Pointer Public Rd_Data Public Set_NoACK Public Set_ACK ifdef SDA_In_GPIO1 SDA EQU 02 ;GPIO1 Data SCL EQU 04 ;GPIO2 Clock else; SDA_In_GPIO1 SDA EQU 04 ;GPIO2 Data (Normal) SCL EQU 02 ;GPIO1 Clock endif; SDA_In_GPIO1 ;ÉÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍ» ;º X_Dir_Out º ;º º ;º Input: None º ;º Output: None º ;ÈÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍͼ Public X_Dir_Out X_Dir_Out proc Near push ax push dx mov cl,40h mov bl,06h call X_Get_Set_PMIO_OR pop dx pop ax ret X_Dir_Out endp ;ÉÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍ» ;º Set_Pointer º ;º Input: BX = pointer º ;º Output: CLC = PK º ;º STC = Fail º ;ÈÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍͼ Set_Pointer proc push bx ;Save Register Pointer push cx call Dir_Out call Set_Start pop cx mov bl,ch ;ch is Device ID call Wr_Byte call Wait_ACK pop bx jc ErrSet_Pointer call Wr_Byte ;bx = pointer call Wait_ACK jc ErrSet_Pointer clc ret ErrSet_Pointer: stc ret Set_Pointer endp ;ÉÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍ» ;º Rd_Data º ;º º ;º Input: None º ;º Output: BL: return data º ;ÈÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍͼ Rd_Data proc mov cx,40h mov bl, NOT SDA mov bh, SCL call E000_Get_Set_PMIO xor bx, bx ;Frank xor ax, ax mov cx, 8 Rd_byte: push cx mov cx, 8 ;T(low) = 4.7 us @@: out 0ebh, al loop short @B mov dx,GPIO_WPort in al, dx or al, SCL out dx, al ;SCL high, receiver will read data mov cx, 8 ;T(high) = 4 us @@: out 0ebh, al loop short @B mov cx,44h ; call E000_Get_PMIO ; and al, SDA ifdef SDA_In_GPIO1 shr al, 1 ;;if SDA=02h, SCL=04h else; SDA_In_GPIO1 shr al, 2 ;;if SDA=04h, SCL=02h endif; SDA_In_GPIO1 shl bl, 1 or bl, al mov dx, GPIO_WPort in al, dx and al, NOT SCL ;SCL low out dx, al pop cx loop Rd_byte mov cx, 8 ;T(hd) @@: out 0ebh, al loop short @B mov dx,GPIO_Dir in al, dx or al, SDA or al, SCL out dx, al ;Set SCL O/P , SDA I/P ret Rd_Data endp ;ÉÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍ» ;º Set_NoACK º ;º º ;º Input: None º ;º Output: None º ;ÈÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍͼ Set_NoACK proc mov dx,GPIO_WPort in al, dx and al, NOT SCL or al, SDA out dx, al ;out No ACK out 0ebh, al ;T(setup) = 250 ns or al, SCL out dx, al ;SCL ,SDA = high mov cx, 8 ;T(high) = 4 us @@: out 0ebh, al loop short @B and al, NOT SCL out dx, al ;SCL = low out 0ebh, al and al, NOT SDA out dx, al ;SDA = low out 0ebh, al ret Set_NoACK endp ;ÉÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍ» ;º Set_ACK º ;º º ;º Input: None º ;º Output: None º ;ÈÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍͼ Set_ACK proc mov cx,42h in al, dx mov bl, NOT SCL and bl, NOT SDA call E000_Get_Set_PMIO_AND out 0ebh, al ;T(setup) = 250 ns mov dx,GPIO_WPort or al, SCL out dx, al ;SCL ,SDA = high mov cx, 8 ;T(high) = 4 us @@: out 0ebh, al loop short @B and al, NOT SCL out dx, al ;SCL = low out 0ebh, al and al, NOT SDA out dx, al ;SDA = low out 0ebh, al ret Set_ACK endp I2CReadByte Proc Near push cx ;save Device ID mov bl,cl call Set_Pointer NEWIODELAY NEWIODELAY call Set_Start pop cx ;restore Device ID mov bl,ch ;ch is Device ID inc bl ;for read operation call Wr_Byte call Wait_ACK jc Rd_1ByteReg_Fail call Rd_Data ;bl = data shl ebx,16 call Set_NoACK call Set_Stop shr ebx,16 xor bh,bh ;BL = value mov al,bl clc ret Rd_1ByteReg_Fail: stc ret Ct_I2CReadByte Endp ;[]==============================================================[] ;Input : CL - register index ; AL - Value to write ;Output: none ;[]==============================================================[] I2CWriteByte Proc Near push ax mov bl,cl cli call Set_Pointer newiodelay newiodelay pop ax mov bl,al call Wr_Byte call Wait_ACK jc Wr_1ByteReg_Fail call Set_Stop clc sti ret Wr_1ByteReg_Fail: stc sti ret Ct_I2CWriteByte Endp ENDIF; Software_I2C endif; VT596 ifdef VT596 IFDEF SMBus_Port extrn WaitSMBus:near ;[]==============================================================[] ;Input : CL - register index ; CH - device ID ;Output : AL - Value read ;[]==============================================================[] I2CReadByte Proc Near push cx mov dx,SMBus_Port +04h inc ch mov al,ch ;ID cmd(read) out dx,al NEWIODELAY NEWIODELAY call Chk_SMBus_READY pop ax mov dl,03h out dx,al ;Index NEWIODELAY NEWIODELAY mov dl,02h mov al,48h out dx,al ;read data NEWIODELAY NEWIODELAY mov cx,1000h @@: newiodelay loop short @B call Chk_SMBus_READY mov dl,05 in al,dx ;Data0 NEWIODELAY NEWIODELAY ret I2CReadByte Endp ;[]==============================================================[] ;Input : CL - register index ; CH - device ID ; AL - Value to write ;Output: none ;[]==============================================================[] I2CWriteByte Proc Near push ax push cx mov dx,SMBus_Port +04h mov al,ch ;ID cmd(Write) out dx,al NEWIODELAY NEWIODELAY call Chk_SMBus_READY pop ax mov dl,03h out dx,al ;Index NEWIODELAY NEWIODELAY pop ax mov dl,05 out dx,al ;Data0 NEWIODELAY NEWIODELAY mov dl,02h mov al,48h out dx,al ;write data NEWIODELAY NEWIODELAY mov cx, 1000h @@: newiodelay loop short @B call Chk_SMBus_READY ret I2CWriteByte Endp Chk_SMBus_READY Proc Near mov dx,SMBus_Port + 0 clc mov cx,0100h Chk_I2C_OK: in al,dx ;get status or al,al jz short Clear_final test al,04h jnz short SMBus_Err test al,01h ;busy ? jz short Not_Smbusy call WaitSmbus Not_Smbusy: out dx,al loop short Chk_I2C_OK SMBus_Err: out dx,al NEWIODELAY in al,dx ;get status NEWIODELAY test al,04h jnz short SMBus_Err stc Clear_final: ret Chk_SMBus_READY Endp ENDIF;SMBus_Port endif; VT596 endif; Software_I2C_In_SMBase ifdef W83782D_CPUFAN_CNTL_IN_SUSPEND ifdef W83783S_Support W83782D_USE_SMBUS equ 1 else; W83783S_Support W83782D_PORT equ 295h endif; W83783S_Support IF CPU1_FAN_USE_PWM EQ 1 ifdef W83783S_Support CPU1_FAN_INDX equ 5Ah else; W83783S_Support CPU1_FAN_INDX equ 5Bh endif; W83783S_Support ENDIF; CPU1_FAN_USE_PWM EQ 1 IF CPU1_FAN_USE_PWM EQ 2 ifdef W83783S_Support CPU1_FAN_INDX equ 5Bh else; W83783S_Support CPU1_FAN_INDX equ 5Ah endif; W83783S_Support ENDIF; CPU1_FAN_USE_PWM EQ 2 ifndef W83783S_Support IF CPU1_FAN_USE_PWM EQ 3 CPU1_FAN_INDX equ 5Eh ENDIF; CPU1_FAN_USE_PWM EQ 3 IF CPU1_FAN_USE_PWM EQ 4 CPU1_FAN_INDX equ 5Fh ENDIF; CPU1_FAN_USE_PWM EQ 4 ifdef Show_CPU2_Temp IF CPU2_FAN_USE_PWM EQ 1 CPU2_FAN_INDX equ 5Bh ENDIF; CPU2_FAN_USE_PWM EQ 1 IF CPU2_FAN_USE_PWM EQ 2 CPU2_FAN_INDX equ 5Ah ENDIF; CPU2_FAN_USE_PWM EQ 2 IF CPU2_FAN_USE_PWM EQ 3 CPU2_FAN_INDX equ 5Eh ENDIF; CPU2_FAN_USE_PWM EQ 3 IF CPU2_FAN_USE_PWM EQ 4 CPU2_FAN_INDX equ 5Fh ENDIF; CPU2_FAN_USE_PWM EQ 4 endif; Show_CPU2_Temp endif; W83783S_Support Turn_Off_CPU_Fan proc near mov cl, CPU1_FAN_INDX xor al, al call Set_W83782D ifndef W83783S_Support ifdef Show_CPU2_Temp mov cl, CPU2_FAN_INDX xor al, al call Set_W83782D endif; Show_CPU2_Temp ;R43 - start ifdef FAN3_CNTL_USE_PWM mov cl, Fan3_FAN_INDX xor al, al call Set_W83782D endif; FAN3_CNTL_USE_PWM ;R43 - end endif; W83783S_Support ret Turn_Off_CPU_Fan endp Turn_On_CPU_Fan proc near mov cl, CPU1_FAN_INDX mov al, 0ffh call Set_W83782D ifndef W83783S_Support ifdef Show_CPU2_Temp mov cl, CPU2_FAN_INDX mov al, 0ffh call Set_W83782D endif; Show_CPU2_Temp ;R43 - start ifdef FAN3_CNTL_USE_PWM mov cl, Fan3_FAN_INDX mov al, 0ffh call Set_W83782D endif; FAN3_CNTL_USE_PWM ;R43 - end endif; W83783S_Support ret Turn_On_CPU_Fan endp ;[]==============================================================[] ;Input : CL - register index ; AL - Value to write ;Output: none ;[]==============================================================[] Set_W83782D Proc Near ifdef W83782D_USE_SMBUS pushf push dx mov ch, 5ah call I2CWriteByte pop dx popf else; W83782D_USE_SMBUS pushf push dx push ax mov dx,W83782D_PORT mov al,cl out dx,al push cx mov cx,100h @@: newiodelay loop short @B pop cx inc dx pop ax out dx,al newiodelay newiodelay pop dx popf endif; W83782D_USE_SMBUS ret Set_W83782D Endp endif; W83782D_CPUFAN_CNTL_IN_SUSPEND ;R41 - end ;R57 - start ifdef ADM9240_CPUFAN_CNTL_IN_SUSPEND Turn_On_Fan Proc Near pushf push dx mov al, 0ffh mov cl, 019h mov ch, ADM9240_ID call I2CWriteByte pop dx popf ret Turn_On_Fan ENDP Turn_Off_Fan Proc Near pushf push dx xor al,al mov cl, 19h mov ch, ADM9240_ID call I2CWriteByte pop dx popf ret Turn_Off_Fan ENDP endif; ADM9240_CPUFAN_CNTL_IN_SUSPEND ;R57 - end ;R42A - start ifdef Superio_Support_Sensor COMPILE_FOR_PMUPOST_ASM = 1 include Sensor.SSR endif ;Superio_Support_Sensor ;R42A - end Clear_Modem_Ring_Status Proc Near xor bx,bx @@: dec bx jz short @f mov cl, 21h ;Clear RI# status call E000_Get_PMIO and al,01h call E000_Set_PMIO call E000_Get_PMIO cmp al,al test al,01h jnz short @b @@: mov cl, 25h ;Disable RI# SMI mov bl,not 01h call E000_Get_Set_PMIO_AND ret Clear_Modem_Ring_Status Endp Set_Modem_Ring_Status Proc Near ifndef RI_AlWAYS_Wakeup_SUSPEND ;R69 test PM_RAM:[ALARM_RESUME], 08h jz short @f endif ;RI_AlWAYS_Wakeup_SUSPEND ;R69 mov cl, 25h ;Enable RI# SMI mov bl, 01h call E000_Get_Set_PMIO_OR @@: ret Set_Modem_Ring_Status Endp ;R69 start ifdef RI_AlWAYS_Wakeup_SUSPEND Restore_Ring_Setting proc near pusha xor bl,bl test PM_RAM:[ALARM_RESUME], 08h jz short RI_dis mov bl,1 RI_dis: mov cl,25h call E000_Get_PMIO and al,not 01h or al,bl call E000_SeT_PMIO popa ret Restore_Ring_Setting ENDP endif ;RI_AlWAYS_Wakeup_SUSPEND ;R69 end ifdef HDD_PWRDOWN_IN_SUSPEND Public HDD_power_Down HDD_power_Down Proc Near push es mov ax,G_RAM mov es,ax ASSUME ES:G_RAM mov cl,G_RAM:[NUMHDSKS] or cl,cl jz short No_HDD_Exist in al,0a1h or al,0c0h out 0a1h,al mov al,G_RAM:[HDD_Drive_Port] xor ah,ah @@: mov bl,al and bl,03h ifndef HDD_PWRDOWN_IN_SUSPEND_After_1Min ;R68 Call HDD_Power_Off ;R68 endif ;HDD_PWRDOWN_IN_SUSPEND_After_1Min ;R68 shr al,2 loop short @B No_HDD_Exist: pop es ret HDD_power_Down Endp ifndef HDD_PWRDOWN_IN_SUSPEND_After_1Min HDD_Power_Off Proc Near push ax mov dx,1f6h test bl,02h jz short @F mov dx,176h @@: mov al,0A0h test bl,01h jz short @F mov al,0B0h @@: out dx,al ;setlect HDD iodelay inc dx mov al,0E0h out dx,al ;HDD power down immediately iodelay and es:[FDD_VERIFY_CMD_FLAG],not 40h;tell INT 13 ; to wait HDD pop ax ret HDD_Power_Off Endp else; HDD_PWRDOWN_IN_SUSPEND_After_1Min HDD_Timer_Restore Proc Near push es mov ax,G_RAM mov es,ax ASSUME ES:G_RAM mov cl,G_RAM:[NUMHDSKS] or cl,cl jz short No_HDD_Exist2 mov al,G_RAM:[HDD_Drive_Port] xor ah,ah @@: mov bl,al and bl,03h Call Set_HDD_Timer shr al,2 loop short @B No_HDD_Exist2: pop es ret HDD_Timer_Restore Endp Set_HDD_Timer Proc Near push ax mov dx,1f2h test bl,02h jz short @F mov dx,172h @@: mov bl,0ch ;set 1 min mov al,byte ptr [HDD_OFF_Timer] mul bl out dx,al ;set the seconds iodelay iodelay mov al,0a0h test bl,01h jz short @F mov al,0b0h @@: add dl,4 out dx,al ;setlect HDD iodelay iodelay inc dx mov al,0E3h out dx,al ;HDD idle timer iodelay and es:[FDD_VERIFY_CMD_FLAG],not 40h;tell INT 13 ; to wait HDD pop ax ret Set_HDD_Timer Endp endif; HDD_PWRDOWN_IN_SUSPEND_After_1Min endif; HDD_PWRDOWN_IN_SUSPEND ifdef V_ALARM_IN_E000 Chk_more_V_Alarm_wakeup_source equ 1 ;R52 include v_alarm.inc ;R59 - strats ifdef Chk_more_V_Alarm_wakeup_source Chkwakeup_source proc near mov cx, 01h call E000_Get_PMIO test al,5h jnz short @F mov cx, 20h call E000_Get_PMIO test al,0ffh jnz short @F mov cx, 21h call E000_Get_PMIO test al,03h @@: ret Chkwakeup_source ENDP endif ;Chk_more_V_Alarm_wakeup_source ;R59 - ends Low_Power_Throttling Proc Near mov cx,VT586 +8eh mov al,0fh call E000_Set_PMU ret Low_Power_Throttling Endp endif ;V_ALARM_IN_E000 ifdef Suspend_LED_Control ;Send output to SMOUT pin ;Input : AH - 1 = SMOUT high ; AH - 0 = SMOUT low Send_Smout proc near push dx mov dx,0a8h mov al,0c8h out dx,al xor al,al test ah,1 jnz short @F mov al,0ffh @@: inc dx out dx,al pop dx ret Send_Smout endp endif; Suspend_LED_Control ALIGN 4 Enable_WakeUp_Source Proc Near mov cl, 30h ;clear primary status call E000_Set_PMIO_Clear mov al,PM_RAM:[VT586PM_I34h_Value] mov cl, 34h ;set dector call E000_Set_PMIO mov cl, 2ah ;enable Primary Active mov bl, 01h ; call E000_Get_Set_PMIO_OR ; ifdef LID_SUPPORT ;R13 mov cl, 23h ;R13 mov bl, 10h ;R13 call E000_Get_Set_PMIO_OR ;R13 endif; LID_SUPPORT ;R13 ;R65A start ifdef PME_SUPPORT ifdef PME_AlWAYS_Wakeup_SUSPEND call Enable_PME endif ;PME_AlWAYS_Wakeup_SUSPEND endif ;PME_SUPPORT ;R65A end ret Enable_WakeUp_Source Endp SMI_F0call_Proc: ;push Func_Addr ;[bp+8] ;push Ret_Addr ;[bp+6] push offset F000_Func_End ;[bp+4] push cs ;[bp+2] push ax ;[bp] xchg bp,sp mov ax,[bp+2] xchg ax,[bp+8] mov [bp+2],ax xchg bp,sp pop ax FAR_JMP ,0F000h ifdef ACPI_Support ;Need to include chip set dependent EQU for SMI_CMD port. ; include ACPI.INC include ACPI_CT.INC ;[]========================================================================[] ;ACPIOnOff ;Check if this SW SMI is ACPI on/off request or not. If yes, set the ;SCI_EN bit in PM1a_CNT_BLK accordingly, clear the flag, and return. If not ;set the flag and return. ;Entry: None ; ;Exit: NC=This SW SMI is OS requests disable/enable ACPI ; CF=Other SW SMI ;Destroy : Flag ; ;[]========================================================================[] Public ACPIOnOff ACPIOnOff Proc Near push ax push dx mov edx, SMI_CMD_RD ; in al, dx ;Read SMI_CMD (APMC) port ifdef S4_SUPPORT cmp al, S4BIOS_REQ jne short @F cmp dword ptr PM_RAM:[ZV_HDD_Sector],0 je short @F Far_Call , ;R38 FAR_Call F000_Enable_CRT, 0F000h Far_Call , clc jmp short ACPIOnOffExit ;Exit @@: endif ;S4_SUPPORT cmp al, ACPI_Enable ;Is OS request to turn on ACPI jne short @f ;Nah! ;OS requests ACPI on ; ;R65 start ifdef PME_SUPPORT call Enable_PME ;R65A ;R65A mov cl,24h ;R65A or bl,20h ;R65A call E000_Get_Set_PMIO_OR endif ;PME_SUPPORT ;R65 end ;R69 start ifdef RI_AlWAYS_Wakeup_SUSPEND call Set_Modem_Ring_Status endif ;RI_AlWAYS_Wakeup_SUSPEND ;R69 end Call Save_Legacy_PM Call Disable_PM_Timer xor al,al ;R29 Far_Call fPROC_Set_HDD_Standby_Timer,0F000h ;R29 mov dx, PM1a_CNT_BLK ; in al, dx ;Read control register or al, SCI_EN ;Set SCI_EN bit out dx, al ;R05 - start ;R05A mov cx, VT586_ACPI + 44h ; Enabe IRQ 1 ,IRQ 9 ;R05A mov al, 0bah ; IRQ 3 ,IRQ 10 ;R05A call E000_Set_PMU ; IRQ 4 ,IRQ 11 ;R05A mov cx, VT586_ACPI + 45h ; IRQ 5 ,IRQ 12 ;R05A mov al, 01fh ; IRQ 7 ;R05A call E000_Set_PMU ; IRQ 8 mov cx, VT586_ACPI + 44h ;R05A Enable IRQ1 mov bl, 02h ;R05A Others according to SETUP. call E000_Get_Set_PMU_OR ;R05A mov cx, VT586_ACPI + 45h ;R05A Disable IRQ14,15 mov bl, not 0C0h ;R05A Others according to SETUP. call E000_Get_Set_PMU_AND ;R05A ;R05 - end IFDEF No_PowerBottom_Debounce_In_Memphis ;R03 ifndef Special_PowerButton_In_Memphis mov cx, VT586_ACPI + 40h ; Disable Power Button mov bl,not 20h ; Debounce !! call E000_Get_Set_PMU_AND endif; Special_PowerButton_In_Memphis mov cl, 2ch ; Power Button use 'Edge' mov bl, 15h ; trigger. call E000_Get_Set_PMIO_OR ; ENDIF;No_PowerBottom_Debounce_In_Memphis ;R03 clc ;Clear the flag jmp short ACPIOnOffExit ;Exit @@: cmp al, ACPI_Disable ;Is OS request to turn off ACPI jne short @f ;Nah! ;OS requests ACPI off ; ;R65A start ifdef PME_SUPPORT ifdef PME_AlWAYS_Wakeup_SUSPEND call Restore_PME_Setting endif ;PME_AlWAYS_Wakeup_SUSPEND endif ;PME_SUPPORT ;R65A end ;R69 start ifdef RI_AlWAYS_Wakeup_SUSPEND call Restore_Ring_Setting endif ;RI_AlWAYS_Wakeup_SUSPEND ;R69 end mov al,1 ;R29 Far_Call fPROC_Set_HDD_Standby_Timer,0F000h ;R29 Call Restore_Legacy_PM Call Set_Full_On_State mov dx, PM1a_CNT_BLK in al, dx ;Read control register and al, NOT SCI_EN ;Clear SCI_EN bit out dx, al clc ;Clear the flag jmp short ACPIOnOffExit ;Exit @@: stc ACPIOnOffExit: pop dx pop ax ret ACPIOnOff Endp Save_Legacy_PM Proc Near push es pushad mov ax,Seg DGROUP mov es,ax mov di,offset Legacy_PM_Offset mov dx, ACPI_PORT mov cx, VT586_ACPI+20h mov bx, 50h @@: in al, dx stosb inc dl push dx push cx Call E000_Get_PMU stosb pop cx pop dx inc cl dec bx jnz short @B popad pop es ret Save_Legacy_PM Endp Restore_Legacy_PM Proc Near push ds pushad mov ax,Seg DGROUP mov ds,ax mov si,offset Legacy_PM_Offset mov dx, ACPI_PORT mov cx, VT586_ACPI+20h mov bx, 50h @@: lodsb out dx, al inc dl lodsb pushad Call E000_Set_PMU popad inc cl dec bx jnz short @B popad pop ds ret Restore_Legacy_PM Endp Disable_PM_Timer Proc Near mov cl, 2ah mov bl, not 0ch Call E000_Get_Set_PMIO_AND mov cx, VT586_ACPI+50h mov bl, not 33h call E000_Get_Set_PMU_AND ifdef OverHot_Use_ExtSmi mov cl,24h mov bl,not OVERHOT_USE_EXTSMI ;EXTSMI ? call E000_Get_Set_PMIO_AND endif; OverHot_Use_ExtSmi ifdef LM75_USE_EXTSMI4 mov cl,24h mov bl,not 10h call E000_Get_Set_PMIO_AND endif; LM75_USE_EXTSMI4 ifdef LM75_USE_EXTSMI3 mov cl,24h mov bl,not 08h call E000_Get_Set_PMIO_AND endif; LM75_USE_EXTSMI3 ifdef VT596 mov cl,24h mov bl,not 01H call E000_Get_Set_PMIO_AND endif; VT596 ifdef Suspend_SW_USE_EXTSMI mov cl,24h mov bl,not Suspend_SW_USE_EXTSMI call E000_Get_Set_PMIO_AND endif; Suspend_SW_USE_EXTSMI ifdef Suspend_SW_USE_EXTSMI4 mov cl,24h mov bl,not 10h call E000_Get_Set_PMIO_AND endif; Suspend_SW_USE_EXTSMI4 Disable_PM_Timer Endp endif; ACPI_Support IFDEF USB_SUPPORT ;[]========================================================================[] ;Procedure: Ct_USB_SMI_Entry ;Function: Chipset process before USB SMI code executed. ;Input: none ;Output: none ;[]========================================================================[] Ct_USB_SMI_Entry: mov cl, 28h ; Index 28h : Global SMI Status call E000_Get_PMIO ; Clear Global SMI Status ! call E000_Set_PMIO ; mov cl, 2Dh ; mov al,01h ; call E000_Set_PMIO ; ret ;[]========================================================================[] ;Procedure: Ct_USB_SMI_Exit ;Function: Exit SMI procedure after USB SMI process completed ;Input: none ;Output: none ;[]========================================================================[] Ct_USB_SMI_Exit: ret COMPILE_FOR_USBBIOS = 3 include USBBIOS.ASM ;R15 - starts ifdef USB_PM_SUPPORT ;[]========================================================================[] ;Procedure: Check_Legacy_Enable ;Function: Check if USB keyboard Legacy Support enable ? ;Input: none ;Output: ZE : Legacy Enable ; NZ : Legacy Disable ;[]========================================================================[] Check_Legacy_Enable Proc Near push ds assume ds:USB_RAM call Get_USBRAM mov ds, ax mov dx, FRBASEADD call Get_Host_Dword and ax, 0F000h ;discard reserved bits cmp eax, ds:dFrameListAddr pop ds ret Check_Legacy_Enable Endp endif;USB_PM_SUPPORT ;R15 - ends ;R66 - starts ifdef IOTRAP_SUPPORT ;[]========================================================================[] ;Procedure: Ct_CheckUsbLegacySmi ;Function: Read chipset register to identify USB legacy supporting SMI ;Input: none ;Output: CF = 0 USB legacy SMI ; CF = 1 not USB legacy SMI ;[]========================================================================[] Ct_CheckUsbLegacySmi: mov cx, 28h call E000_Get_PMIO test al, 00010000b ;Legacy USB Status clc jnz short @f stc @@: ret ;[]========================================================================[] ;Procedure: Ct_ClearUsbLegacySmi ;Function: Clear chipset dependent USB legacy supporting SMI event ;Input: none ;Output: none ;[]========================================================================[] Ct_ClearUsbLegacySmi: mov cx, 28h mov bl, 00010000b ;clear Legacy USB Status call E000_Get_Set_PMIO_AND mov cl, 2Dh ;R66A Clear this SMI. mov al,01h ;R66A call E000_Set_PMIO ;R66A ret ;[]========================================================================[] ;Procedure: Ct_DisableUsbLegacySmi ;Function: Disable USB legacy supporting SMI ;Input: none ;Output: none ;[]========================================================================[] Ct_DisableUsbLegacySmi: mov cx, 2Ah mov bl,not 00010000b ;Disable Legacy USB SMI call E000_Get_Set_PMIO_AND ret ;[]========================================================================[] ;Procedure: Ct_EnableUsbLegacySmi ;Function: Enable USB legacy supporting SMI ;Input: none ;Output: none ;[]========================================================================[] Ct_EnableUsbLegacySmi: mov cx, 2Ah mov bl, 00010000b ;Enable Legacy USB SMI call E000_Get_Set_PMIO_OR ret endif ;IOTRAP_SUPPORT ;R66 - ends ENDIF ;USB_SUPPORT ifdef SUPERIO_SOFT_OFF_SUPPORT ;R20 - starts ;======================================================================== ; IO_Soft_Off: ; I/O Soft Off ; ;Input: AL Bit3 = 1 not call from Software SMI.(use "call") ; = 0 call from Software SMI. ; AL bit1 = 1 : Do PowerOff ; = 0 : Don't PowerOff ; ; AL = 51h call from S1 ; AL = 55h call from S5 ; AL = 57h call from APM16 PowerOff ; AL = 5Ah call from PowerButtom to Power Off ; AL = 58h call from PowerButtom/EXTSMI Buttom to Suspend ; ;Output: None ; ;Note: Don't Destory AL ; ;======================================================================== IO_Soft_Off Proc Near pushad ;---------------------------------------; ; For Super I/O Soft Off Coding Area ; ;---------------------------------------; ;R22 - start cmp al,55h ;R46 jz short @F ;R46 - start jnz IO_Soft_Off_Not_S5 push es mov ax,G_RAM mov es,ax mov ax,word ptr es:[HARDWARE] pop es test al,4 ;Is PS2 mouse ready ? jnz @F mov al,55h IO_Soft_Off_Not_S5: ;R46 - end cmp al,57h jz short @F cmp al,5Ah jz short @F jmp IO_Soft_Off_Exit @@: call PS2_Mouse_Reset_Before_Power_Down IO_Soft_Off_Exit: ;R22 - end popad ret IO_Soft_Off Endp ;R22 - start ifdef Password_ON_NOW_SUPPORT ifdef MOUSE_BUTTON_ON_SUPPORT PS2_Mouse_Reset_Before_Power_Down Proc Near mov al, 0ADh ;disable KBD out 64h, al call Test_64h_Bit1 ;KBC Reset start mov cx, 256 @@: NEWIODELAY loop short @B in al, 60h ;read return garbage byte NEWIODELAY call Test_64h_Bit1 mov al, 0FFh ;KBC RESET cmd out 60h, al call Test_64h_Bit1 NEWIODELAY call Test_64h_Bit1 call Test_64h_Bit0 mov al, 55H ;clear bus in al, 60h ;get returned value NEWIODELAY cmp al, 0FAh ;ACK jne short KBC_Reset_Done mov cx, 2 @@: call Test_64h_Bit1 loop @B in al,60h NEWIODELAY cmp al,0AAh KBC_Reset_Done: mov al, 0AEh ;enable keyboard interface out 64h, al call Test_64h_Bit1 ;KBC Reset End ;R31 - start ;R31A mov al, 0ADh ;disable KBD ;R31A out 64h, al ;R31A call Test_64h_Bit1 ;R31 - end ifdef Use_4_Frame_PS2_Mouse ;R22A mov al, 060h out 64h, al call Test_64h_Bit1 mov al, 065h out 60h, al mov al, 0D4h out 64h, al call Test_64h_Bit1 mov al, 0FFh out 60h, al mov dx, 60h @@: in al, dx or al, al jnz @B mov al, 060h out 64h, al call Test_64h_Bit1 mov al, 047h out 60h, al endif ;Use_4_Frame_PS2_Mouse ;R22A mov al, 0A8h out 64h, al call Test_64h_Bit1 mov al, 60h out 64h, al call Test_64h_Bit1 mov al, 47h out 60h, al mov al, 0D4h out 64h, al call Test_64h_Bit1 mov al, 0F4h out 60h, al ;R31 - start ;R31A mov al, 0AEh ;enable keyboard interface ;R31A out 64h, al ;R31A call Test_64h_Bit1 ;R31 - end ret Test_64h_Bit1: in al, 64h and al, 02h jnz short Test_64h_Bit1 ret Test_64h_Bit0: in al, 64h and al, 01h jnz short Test_64h_Bit1 ret PS2_Mouse_Reset_Before_Power_Down Endp endif; MOUSE_BUTTON_ON_SUPPORT endif; Password_ON_NOW_SUPPORT ;R22 - end endif; SUPERIO_SOFT_OFF_SUPPORT ;R20 - ends align 4 public SMI_Handler_End SMI_Handler_End label near Public SMI_Handler_Len SMI_Handler_Len EQU $ - offset SMI_Handler_Start ;R37 - starts ifdef NoteBook_Power_Management ;[]=========================================================================[] ;Procedure: Software_SMI_0V_Resume ; ;Function : Routine to Handle software SMI resume from 0V suspend ; ;Input : DS = PM_RAM ; ;Output : None ;[]=========================================================================[] ASSUME DS:PM_RAM Public Software_SMI_0V_Resume Software_SMI_0V_Resume Proc Far jmp F_Resume_0V Software_SMI_0V_Resume Endp ;[]=========================================================================[] ;Procedure: Software_SMI_BIOS_RSM ; ;Function : Routine to save system BIOS SMBASE. ; ;Input : DS = PM_RAM ; ;Output : None ;[]=========================================================================[] ASSUME DS:PM_RAM Public Software_SMI_BIOS_RSM Software_SMI_BIOS_RSM Proc Far ifdef NO_ZV_REALTIME_MESSAGE extrn Save_SMRAM_State:near jmp Save_SMRAM_State else ;NO_ZV_REALTIME_MESSAGE ret endif ;NO_ZV_REALTIME_MESSAGE Software_SMI_BIOS_RSM endp ;ÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛ ;Û ;Û Chipset depand for Notebook Power Management ;Û ;ÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛÛ ;[]========================================================================[] ;Procedure: CT_Restore_VGA ; ;Function : Restore VGA extended registers and states ; ;Input : DS = Segment for save buffer. ; ESI = Offset for save buffer. ; ;Output : None ; ;Preserve : ; ;[]========================================================================[] Public CT_Restore_VGA CT_Restore_VGA Proc Near ret CT_Restore_VGA Endp ;[]========================================================================[] ;Procedure: CT_Save_VGA ; ;Function : Save VGA extended registers and states ; ;Input : ES = Segment for save buffer. ; ;Output : None ; ;Preserve : ; ;[]========================================================================[] Public CT_Save_VGA CT_Save_VGA Proc Near ret CT_Save_VGA Endp ;[]===============================================================[] ; ; Ct_Save_COMA: ; ; Function : Save transmit holding buffer and FIFO control of COM1 ; ; Input : ES = PM Save area ; DS = G_RAM ; ESI+6 = offset es:[COMA_STAT+6] ; --- byte to save COM1's transmit holding ; buffer which is write only ; ESI+7 = offset es:[COMA_STAT+7] ; --- byte to save COM1's FIFO control which ; is write only ; ; Output : None ; ; Saves : ESI,EBX,ES,DS ; ; Note : Called from Suspend_Handler after saving COMA ; ;[]===============================================================[] Public Ct_Save_COMA Ct_Save_COMA Proc Near ret Ct_Save_COMA Endp ;[]===============================================================[] ; ; Ct_Save_COMB: ; ; Save transmit holding buffer and FIFO control of COM2 ; ; Input : ES = PM Save area ; ESI+6 = offset ES:[COMB_STAT+6] ; --- byte to save COM2's transmit holding ; buffer which is write only ; ; ESI+7 = offset es:[COMA_STAT+7] ; --- byte to save COM2's FIFO control which ; is write only ; ; Output : None ; ; Saves : ESI,EBX,ES,DS ; ; Note : Called from Suspend_Handler after saving COMA ; ;[]===============================================================[] Public Ct_Save_COMB Ct_Save_COMB Proc Near ret Ct_Save_COMB Endp ;[]===============================================================[] ; ; Ct_Save_FDC: ; ; Function : Save FDD controller ports 3F2h & 3F7h which are ; normally write only ; ; Input : ES = PM Save area ; ESI = offset ES:[SHADOW_FDC_3F2] ; --- byte to save FDC 3F2h ; ESI+1 = offset ES:[SHADOW_FDC_3F7] ; --- byte to save FDC 3F7h ; ; Output : None ; ; Note : 1. Called from Suspend_Handler ; 2. Fill this routine only if the PMU has shadow ; register for this port ; ;[]===============================================================[] Public Ct_Save_FDC Ct_Save_FDC Proc Near ret Ct_Save_FDC Endp ;[]===============================================================[] ; ; Ct_Restore_FDC: ; ; Function : Save FDD controller ports 3F2h & 3F7h which are ; normally write only ; ; Input : ES = PM Save area ; EBX + Save_FDC_3F2 = ; --- byte to save FDC 3F2h ; EBX + Save_FDC_3F7 = ; --- byte to save FDC 3F7h ; ; Output : None ; ; Note : 1. Called from Suspend_Handler ; 2. Fill this routine only if the PMU has shadow ; register for this port ; ;[]===============================================================[] Public Ct_Restore_FDC Ct_Restore_FDC Proc Near ret Ct_Restore_FDC Endp ;[]===============================================================[] ; ; CT_Save_8259: ; ; Function : Save 8259 when chipset shadow support ; ; Input : ES = PM Save area ; ; Output : CF clear = Shadow 8259 support and save it. ; CF set = Shadow 8259 not support. ; ; Note : 1. Called from Suspend_Handler ; 2. Fill this routine only if the PMU has shadow ; register for this port ; ; 3. The following is save 8259 buffer location brief ; ; Master ICW1: Save_8259_Area+0 ; Master ICW2: Save_8259_Area+1 ; Master ICW3: Save_8259_Area+2 ; Master ICW4: Save_8259_Area+3 ; Master OCW1: Save_8259_Area+4 ; Master OCW2: Save_8259_Area+5 ; Master OCW3: Save_8259_Area+6 ; Reserve : Save_8259_Area+7 ; Slave ICW1 : Save_8259_Area+8 ; Slave ICW2 : Save_8259_Area+9 ; Slave ICW3 : Save_8259_Area+10 ; Slave ICW4 : Save_8259_Area+11 ; Slave OCW1 : Save_8259_Area+12 ; Slave OCW2 : Save_8259_Area+13 ; Slave OCW3 : Save_8259_Area+14 ; Reserve : Save_8259_Area+15 ; ;[]===============================================================[] Public CT_Save_8259 CT_Save_8259 Proc Near ;R49 - starts push ebx mov edi,offset Save_8259_Area add edi,ebx push ds mov ax,PM_RAM_SEGMENT mov ds,ax xor ah,ah mov al,byte ptr ds:OS_TYPE_BYTE pop ds mov si,offset EGROUP:DOS_8259_TBL mov bl,12 mul bl add si,ax mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Master ICW1 inc si mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Master ICW2 inc si mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Master ICW3 inc si mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Master ICW4 inc edi inc si mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Master OCW2 inc si mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Master OCW3 inc edi inc si mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Slave ICW1 inc si mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Slave ICW2 inc si mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Slave ICW3 inc si mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Slave ICW4 inc edi inc si mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Slave OCW2 inc si mov al,byte ptr cs:[si] stos byte ptr es:[edi] ; Slave OCW3 pop ebx clc ret ;R49 - ends ;R49 ;R49 mov edi,ebx ;R49 add edi,offset Save_8259_Area ;R49 mov cx,084Ch ;R49@@: ;R49 call E000_GET_PMU ;R49 stos byte ptr es:[edi] ; Master ICW1~4 ;R49 inc cx ;R49 cmp cl,4Fh ;R49 jbe short @B ;R49 ;R49 inc edi ; Skip OCW1 ;R49 mov cl,54h ;R49@@: ;R49 call E000_GET_PMU ;R49 stos byte ptr es:[edi] ; Master OCW2~3 ;R49 inc cx ;R49 cmp cl,55h ;R49 jbe short @B ;R49 ;R49 inc edi ; Skip Reserve ;R49 ;R49 mov cl,50h ;R49@@: ;R49 call E000_GET_PMU ;R49 stos byte ptr es:[edi] ; Slave ICW1~4 ;R49 inc cx ;R49 cmp cl,53h ;R49 jbe short @B ;R49 ;R49 inc edi ; Skip OCW1 ;R49 mov cl,56h ;R49@@: ;R49 call E000_GET_PMU ;R49 stos byte ptr es:[edi] ; Slave OCW2~3 ;R49 inc cx ;R49 cmp cl,57h ;R49 jbe short @B ;R49 ;R49 clc ;R49 ret CT_Save_8259 Endp ;R49 - starts DOS_8259_TBL: db 11h,08h,04h,01h ;ICW 1-4 master db 20h,0bh ;OCW 2-3 master db 11h,70h,02h,01h ;ICW 1-4 slave db 20h,0bh ;OCW 2-3 slave Win31_8259_TBL: db 11h,50h,04h,01h ;ICW 1-4 master db 60h,0ah ;OCW 2-3 master db 11h,58h,02h,01h ;ICW 1-4 slave db 66h,0bh ;OCW 2-3 slave Win95_8259_TBL: db 11h,50h,04h,01h ;ICW 1-4 master db 60h,0ah ;OCW 2-3 master db 11h,58h,02h,01h ;ICW 1-4 slave db 66h,0ah ;OCW 2-3 slave ;R49 - ends ;[]==================================================================[] ; ; Procedure Name: CT_GET_SUSPEND_MODE ; ; This routine is return suspend method to kernal ; ; Saves: DS,ES ; Input: ; none ; ; Output: ; Al = 0 Static_Suspend (Asserts STPCLK#) ; = 1 Zero_V_Suspend (Suspend to Disk) ; = 2 Five_V_Suspend (Suspend to DRAM) ; ; [Note]: ; ; Author: Daniel Huang ; Date: September, 09, 1995 ; ; Name | Date | Description ; ----------------------------------------------------------------- ; DNL | 09/09/95 | Initial version for Intel MOBIL TRITON ;[]==================================================================[] Public Ct_Get_Suspend_Mode Ct_Get_Suspend_Mode Proc Near extrn Suspend_Option_Item:near mov si,offset DGROUP:Suspend_Option_Item F000_Call GetItem_Value ret Ct_Get_Suspend_Mode endp ;[]==================================================================[] ; Procedure Name: Ct_Save_VRAM ; Saves: All but Flag ; Input: none ; Output: CF : Normal VRAM save method ; NC : Special VRAM save method , ; do it on this procedure ;[]==================================================================[] Public Ct_Save_VRAM Ct_Save_VRAM Proc Near stc ret Ct_Save_VRAM Endp ;[]==================================================================[] ; Procedure Name: Ct_Restore_VRAM ; Saves: All but Flag ; Input: none ; Output: CF : Normal VRAM restore method ; NC : Special VRAM restore method , ; do it on this procedure ;[]==================================================================[] Public Ct_Restore_VRAM Ct_Restore_VRAM Proc Near stc ret Ct_Restore_VRAM Endp ;[]==================================================================[] ; Procedure Name: Set_Full_On_SMM ; Saves: All ; Input: none ; Output: none ; Function: ; to wakeup system in this procedure ;[]==================================================================[] Public Set_Full_On_SMM Set_Full_On_SMM Proc Near ret Set_Full_On_SMM Endp endif ;Notebook_Power_Management ;R37 - ends ECODE ENDS XGROUP GROUP XCODE XCODE SEGMENT USE16 PARA PUBLIC 'XCODE' ASSUME CS:XGROUP,ES:XGROUP XCODE ENDS END