; []===========================================================[] ; ; 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 ;---------------------------------------------------------------------------- ;R06 04/09/99 RIC Add "VIA686HM_CPUFAN1_SHOW" ; "VIA686HM_CPUFAN2_SHOW" definition. ;R05 03/31/99 RIC Add "NO_VIA686HM_VIN1" ; "NO_VIA686HM_VIN2" ; "NO_VIA686HM_VIN3" ; "NO_VIA686HM_VIN4" definition. ;R04 03/18/99 RIC Add "CPU_Use_Tempsens EQU 1" definition. ; "CPU_Use_Tempsens EQU 2" ; "CPU_Use_Tempsens EQU 3" ; "Syetem_Use_Tempsens EQU 1" ; "Syetem_Use_Tempsens EQU 2" ; "Syetem_Use_Tempsens EQU 3" ; Default : CPU use Tempsens 1 ; System use Tempsens 2 ;R03 02/24/99 RIC Fix that CPU Voltage show error in BIOS SETUP ; when it over 3.0V ;R02 01/02/99 PHI Move sensor code to XGROUP. ; Please use define SENSOR_IN_XGROUP. ;R01 01/22/99 RIC Enable Hareware Monitor Interrupt. ;R00 11/06/98 RIC Initialization. ;[]==============================================================[] ;CPU_Use_Tempsens EQU 1 ; mease system use tempsens 1 ;CPU_Use_Tempsens EQU 2 ; mease system use tempsens 2 ;CPU_Use_Tempsens EQU 3 ; mease system use tempsens 3 ;Syetem_Use_Tempsens EQU 1 ; mease system use tempsens 1 ;Syetem_Use_Tempsens EQU 2 ; mease system use tempsens 2 ;Syetem_Use_Tempsens EQU 1 ; mease system use tempsens 3 ;Default : CPU use Tempsens 1 ; System use Tempsens 2 ;[]==============================================================[] ifdef COMPILE_FOR_SENSOR_ASM IF COMPILE_FOR_SENSOR_ASM EQ 2 ifndef SENSOR_IN_XGROUP ;R02 ;[]==============================================================[] ;Input : CL - register index ;Output : AL - Value read ;[]==============================================================[] public Get_VIA686HM Get_VIA686HM Proc Near pushf push dx mov dx,VIA686HM_Port add dl, cl in al,dx newiodelay newiodelay pop dx popf ret Get_VIA686HM Endp ;[]==============================================================[] ;Input : CL - register index ; AL - Value to write ;Output: none ;[]==============================================================[] public Set_VIA686HM Set_VIA686HM Proc Near pushf push dx mov dx,VIA686HM_Port add dl, cl out dx,al newiodelay newiodelay pop dx popf ret Set_VIA686HM Endp ;*************************************************************************** ;**** SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM **** ;**** SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM **** ;**** SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM **** ;**** SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM **** ;*************************************************************************** ;[]==============================================================[] ;[]==============================================================[] Prg_VIA686HM_Chip Proc Near mov cx,10 Clear_VIA686HM: push cx mov cl,41h call Get_VIA686HM mov cl,42h call Get_VIA686HM pop cx loop short Clear_VIA686HM mov si,offset EGROUP:Prg_VIA686HM_Tbl Init_Start: mov cl,cs:[si] mov al,cs:[si+1] call Set_VIA686HM add si,2 cmp si,offset EGROUP:Prg_VIA686HM_Tbl_End jne short Init_Start Prg_VIA686HM_Chip_End: ifdef Case_open_WARNING extrn Get_Cmos:near extrn Set_Cmos:near and OEM_Error_CMOS1[bp], not OEM_Error_CMOS_Bits1 mov al,OEM_Error_CMOS1 NMI_OFF F000_CALL DGROUP:Get_Cmos and al,NOT OEM_Error_CMOS_Bits1 mov ah,al ;set cpu changed flag mov al,OEM_Error_CMOS1 NMI_OFF F000_CALL DGROUP:Set_Cmos mov cl,42h call Get_VIA686HM out 90h, al newiodelay newiodelay newiodelay newiodelay newiodelay newiodelay test al, 10h jz short @f or OEM_Error_CMOS1[bp],OEM_Error_CMOS_Bits1 @@: endif; Case_open_WARNING ret Prg_VIA686HM_Chip Endp ifdef Case_open_WARNING ifdef OEM_Error_Special_Show1 public OEM_Error_Special_String1 OEM_Error_Special_String1 db V_HILITE,'Warning!! Your Computer' db ' Case has been opening.' db V_NORMAL,0 endif; OEM_Error_Special_Show1 endif; Case_open_WARNING assume ds:EGROUP ALIGN 4 ;--------------------- ; index Value ;--------------------- Prg_VIA686HM_Tbl: ;R01 - starts db 43h, 0FFh ; Disable HM INT Monitor db 44h, 0FFh ; Disable HM INT Monitor db 4Bh, 00Ah ; Set Temp INT is Compare Mode ;R01 - ends db 40h, 001h Prg_VIA686HM_Tbl_End: endif ;SENSOR_IN_XGROUP ;R02 ENDIF ;COMPILE_FOR_SENSOR_ASM EQ 2 endif ;COMPILE_FOR_SENSOR_ASM ifdef COMPILE_FOR_SENSOR_MNU ;*************************************************************************** ;***** Special_Show Special_Show Special_Show Special_Show Special_Show **** ;***** Special_Show Special_Show Special_Show Special_Show Special_Show **** ;***** Special_Show Special_Show Special_Show Special_Show Special_Show **** ;*************************************************************************** IF COMPILE_FOR_SENSOR_MNU EQ 2 ifdef CPU_Temp_Selectable dw offset VIA686HM_Temp_Item, offset Show_Scale endif; CPU_Temp_Selectable dw offset Current_CPU_Temp_Item, offset Show_Current_CPU_Temp dw offset Current_System_Temp_Item, offset Show_Current_System_Temp ifdef SHOW_VIA686HM_CPUFAN1 dw offset Current_CPUFAN1_Item, offset Show_Current_CPUFAN1 endif; SHOW_VIA686HM_CPUFAN1 ifdef SHOW_VIA686HM_CPUFAN2 dw offset Current_CPUFAN2_Item, offset Show_Current_CPUFAN2 endif; SHOW_VIA686HM_CPUFAN2 ifndef NO_SHOW_Voltage_FOR_VIA686HM ifndef No_Show_VIA686HM_IN0 dw offset Current_IN0_Item, offset Show_Current_IN0 endif; No_Show_VIA686HM_IN0 ifndef NO_VIA686HM_VIN1 ;R05 dw offset Current_IN1_Item, offset Show_Current_IN1 endif; NO_VIA686HM_VIN1 ;R05 ifndef NO_VIA686HM_VIN2 ;R05 dw offset Current_IN2_Item, offset Show_Current_IN2 endif; NO_VIA686HM_VIN2 ;R05 ifndef NO_VIA686HM_VIN3 ;R05 dw offset Current_IN3_Item, offset Show_Current_IN3 endif; NO_VIA686HM_VIN3 ;R05 ifndef NO_VIA686HM_VIN4 ;R05 dw offset Current_IN4_Item, offset Show_Current_IN4 endif; NO_VIA686HM_VIN4 ;R05 ifndef NO_VIA686HM_VIN5 dw offset Current_IN5_Item, offset Show_Current_IN5 endif; NO_VIA686HM_VIN5 ifndef NO_VIA686HM_VIN6 dw offset Current_IN6_Item, offset Show_Current_IN6 endif; NO_VIA686HM_VIN6 endif; NO_SHOW_Voltage_FOR_VIA686HM ENDIF ;COMPILE_FOR_SENSOR_MNU ;*************************************************************************** ;**** SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU **** ;**** SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU **** ;**** SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU **** ;**** SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU SENSOR.MNU **** ;*************************************************************************** IF COMPILE_FOR_SENSOR_MNU EQ 1 ;ifdef CPU_Temp_Selectable ;DEFINE_ITEM VIA686HM_Temp_Item ;DEFINE_MENUITEM , GROUP_HEALTH, 0, 10 ; menuitem ;else; CPU_Temp_Selectable ; ; IFNDEF VIA686HM_SCALE_40_TO_90 ;DEFINE_ITEM VIA686HM_TEMP_ITEM ;DEFINE_MENUITEM , GROUP_HEALTH, 0, 10 ; menuitem ; ELSE; VIA686HM_SCALE_40_TO_90 ;DEFINE_ITEM VIA686HM_TEMP_ITEM ;DEFINE_MENUITEM , GROUP_HEALTH, 0, 10 ; menuitem ; ENDIF; VIA686HM_SCALE_40_TO_90 ;endif; CPU_Temp_Selectable DEFINE_ITEM Current_CPU_Temp_Item menuitem DEFINE_ITEM Current_System_Temp_Item menuitem ifdef SHOW_VIA686HM_CPUFAN1 DEFINE_ITEM Current_CPUFAN1_Item menuitem endif; SHOW_VIA686HM_CPUFAN1 ifdef SHOW_VIA686HM_CPUFAN2 DEFINE_ITEM Current_CPUFAN2_Item menuitem endif; SHOW_VIA686HM_CPUFAN2 ifdef Show_Chasis_Fan_String DEFINE_ITEM menuitem DEFINE_ITEM menuitem endif; Show_Chasis_Fan_String ifndef NO_SHOW_Voltage_FOR_VIA686HM ifdef No_Show_VIA686HM_IN0 Yaxis = Yaxis + 1 else; No_Show_VIA686HM_IN0 DEFINE_ITEM Current_IN0_Item menuitem endif; No_Show_VIA686HM_IN0 ifndef NO_VIA686HM_VIN1 ;R05 public Current_IN1_Item Current_IN1_Item label near Xaxis = Xaxis + 19 menuitem Xaxis = Xaxis - 19 endif; NO_VIA686HM_VIN1 ;R05 ifndef NO_VIA686HM_VIN2 ;R05 DEFINE_ITEM Current_IN2_Item menuitem endif; NO_VIA686HM_VIN2 ;R05 ifndef NO_VIA686HM_VIN3 ;R05 public Current_IN3_Item Current_IN3_Item label near Xaxis = Xaxis + 19 menuitem Xaxis = Xaxis - 19 endif; NO_VIA686HM_VIN3 ;R05 ifndef NO_VIA686HM_VIN4 ;R05 DEFINE_ITEM Current_IN4_Item menuitem endif; NO_VIA686HM_VIN4 ;R05 ifndef NO_VIA686HM_VIN5 public Current_IN5_Item Current_IN5_Item label near Xaxis = Xaxis + 18 menuitem Xaxis = Xaxis - 18 endif ;NO_VIA686HM_VIN5 ifndef NO_VIA686HM_VIN6 DEFINE_ITEM Current_IN6_Item menuitem endif; NO_VIA686HM_VIN6 endif; NO_SHOW_Voltage_FOR_VIA686HM ENDIF ;COMPILE_FOR_SENSOR_MNU ;*************************************************************************** ;**** SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR **** ;**** SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR **** ;**** SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR **** ;**** SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR SENSOR.STR **** ;*************************************************************************** IF COMPILE_FOR_SENSOR_MNU EQ 0 ;VIA686HM_TEMP_Str db 'CPU Warning Temperature' ; db (COLLON_LOC - ($-(offset VIA686HM_TEMP_Str))) dup (" ") ;ifdef CPU_Temp_Selectable ; db ':',0 ;else; CPU_Temp_Selectable ; db ': ',0 ;endif; CPU_Temp_Selectable ; ;ifndef CPU_Temp_Selectable ; ; IFNDEF VIA686HM_SCALE_40_TO_90 ; ; ifndef VIA686HM_SCALE_60_TO_90 ; IFNDEF VIA686HM_SCALE_40_TO_70 ;VIA686HM_TEMP_Val db 'Disabled ',0 ; db '50øC/122øF',0 ; db '53øC/127øF',0 ; db '56øC/133øF',0 ; db '60øC/140øF',0 ; db '63øC/145øF',0 ; db '66øC/151øF',0 ; db '70øC/158øF',0 ; ELSE; VIA686HM_SCALE_40_TO_70 ;VIA686HM_TEMP_Val db 'Disabled ',0 ; db '40øC/104øF',0 ; db '45øC/113øF',0 ; db '50øC/122øF',0 ; db '55øC/131øF',0 ; db '60øC/140øF',0 ; db '65øC/149øF',0 ; db '70øC/158øF',0 ; ENDIF; VIA686HM_SCALE_40_TO_70 ; else; VIA686HM_SCALE_60_TO_90 ;VIA686HM_TEMP_Val db 'Disabled ',0 ; db '60øC/140øF',0 ; db '65øC/149øF',0 ; db '70øC/158øF',0 ; db '75øC/167øF',0 ; db '80øC/176øF',0 ; db '85øC/185øF',0 ; db '90øC/194øF',0 ; endif; VIA686HM_SCALE_60_TO_90 ; ELSE; VIA686HM_SCALE_40_TO_90 ;VIA686HM_TEMP_Val db 'Disabled ',0 ; db '40øC/104øF',0 ; db '45øC/113øF',0 ; db '50øC/122øF',0 ; db '55øC/131øF',0 ; db '60øC/140øF',0 ; db '65øC/149øF',0 ; db '70øC/158øF',0 ; db '75øC/167øF',0 ; db '80øC/176øF',0 ; db '85øC/185øF',0 ; db '90øC/194øF',0 ; ENDIF; VIA686HM_SCALE_40_TO_90 ;endif; CPU_Temp_Selectable Current_CPU_Temp_Str db 'Current CPU Temp.' db (COLLON_LOC - ($-(offset Current_CPU_Temp_Str))) dup (" ") db ':',0 Current_System_Temp_Str db 'Current System Temp.' db (COLLON_LOC - ($-(offset Current_System_Temp_Str))) dup (" ") db ':',0 ifdef SHOW_VIA686HM_CPUFAN1 IFDEF VIA686HM_CPUFAN1_SHOW ;R06 - starts Current_CPUFAN1_Str db VIA686HM_CPUFAN1_SHOW db (COLLON_LOC - ($-(offset Current_CPUFAN1_Str))) dup (" ") db ': ',0 ELSE; VIA686HM_CPUFAN1_SHOW ;R06 - ends Current_CPUFAN1_Str db 'Current CPUFAN1 Speed' db (COLLON_LOC - ($-(offset Current_CPUFAN1_Str))) dup (" ") db ': ',0 ENDIF;VIA686HM_CPUFAN1_SHOW ;R06 endif; SHOW_VIA686HM_CPUFAN1 ifdef SHOW_VIA686HM_CPUFAN2 IFDEF VIA686HM_CPUFAN2_SHOW ;R06 - starts Current_CPUFAN2_Str db VIA686HM_CPUFAN2_SHOW db (COLLON_LOC - ($-(offset Current_CPUFAN2_Str))) dup (" ") db ': ',0 ELSE; VIA686HM_CPUFAN2_SHOW ;R06 - ends Current_CPUFAN2_Str db 'Current CPUFAN2 Speed' db (COLLON_LOC - ($-(offset Current_CPUFAN2_Str))) dup (" ") db ': ',0 ENDIF;VIA686HM_CPUFAN2_SHOW ;R06 endif; SHOW_VIA686HM_CPUFAN2 ifndef NO_SHOW_Voltage_FOR_VIA686HM ifndef No_Show_VIA686HM_IN0 Current_IN0_Str db 'Vcore : ',0 endif; No_Show_VIA686HM_IN0 ifndef NO_VIA686HM_VIN1 ;R05 Current_IN1_Str db ' 2.5V : ',0 endif; NO_VIA686HM_VIN1 ;R05 ifndef NO_VIA686HM_VIN2 ;R05 Current_IN2_Str db ' 3.3V : ',0 endif; NO_VIA686HM_VIN2 ;R05 ifndef NO_VIA686HM_VIN3 ;R05 Current_IN3_Str db ' 5V : ',0 endif; NO_VIA686HM_VIN3 ;R05 ifndef NO_VIA686HM_VIN4 ;R05 Current_IN4_Str db ' 12V : ',0 endif; NO_VIA686HM_VIN4 ;R05 ifndef NO_VIA686HM_VIN5 Current_IN5_Str db ' -12V :-',0 endif ;NO_VIA686HM_VIN5 ifndef NO_VIA686HM_VIN6 Current_IN6_Str db ' -5V :-',0 endif; NO_VIA686HM_VIN6 endif; NO_SHOW_Voltage_FOR_VIA686HM ;===================== ;ifdef CPU_Temp_Selectable ;Show_Scale Proc Near ; ; cmp byte ptr CALLTYPE[bp],POST_CALL ; jne short @F ; Post_Func_Call E000_Show_Scale ; @@: ; ret ;Show_Scale Endp ;endif; CPU_Temp_Selectable Show_Current_CPU_Temp Proc Near cmp byte ptr CALLTYPE[bp],POST_CALL jne short @F ifdef CPU_Use_Tempsens ;R04 IF CPU_Use_Tempsens EQ 1 ;R04 mov cl, 20h ;R04 ENDIF;CPU_Use_Tempsens EQ 1 ;R04 IF CPU_Use_Tempsens EQ 2 ;R04 mov cl, 21h ;R04 ENDIF;CPU_Use_Tempsens EQ 2 ;R04 IF CPU_Use_Tempsens EQ 3 ;R04 mov cl, 1fh ;R04 ENDIF;CPU_Use_Tempsens EQ 3 ;R04 else; CPU_Use_Tempsens ;R04 mov cl, 20h endif; CPU_Use_Tempsens ;R04 ifndef SENSOR_IN_XGROUP ;R02 Post_Func_Call E000_Show_Current_System_Temp else ;SENSOR_IN_XGROUP ;R02 Xcall X_Show_Current_System_Temp ;R02 endif ;SENSOR_IN_XGROUP ;R02 @@: ret Show_Current_CPU_Temp Endp Show_Current_System_Temp Proc Near cmp byte ptr CALLTYPE[bp],POST_CALL jne short @F ifdef System_Use_Tempsens ;R04 IF System_Use_Tempsens EQ 1 ;R04 mov cl, 20h ;R04 ENDIF;System_Use_Tempsens EQ 1 ;R04 IF System_Use_Tempsens EQ 2 ;R04 mov cl, 21h ;R04 ENDIF;System_Use_Tempsens EQ 2 ;R04 IF System_Use_Tempsens EQ 3 ;R04 mov cl, 1fh ;R04 ENDIF;System_Use_Tempsens EQ 3 ;R04 else; System_Use_Tempsens ;R04 mov cl, 21h endif; System_Use_Tempsens ;R04 ifndef SENSOR_IN_XGROUP ;R02 Post_Func_Call E000_Show_Current_System_Temp else ;SENSOR_IN_XGROUP ;R02 Xcall X_Show_Current_System_Temp ;R02 endif ;SENSOR_IN_XGROUP ;R02 @@: ret Show_Current_System_Temp Endp ifdef SHOW_VIA686HM_CPUFAN1 Show_Current_CPUFAN1 Proc Near cmp byte ptr CALLTYPE[bp],POST_CALL jne short @F ifndef SENSOR_IN_XGROUP ;R02 Post_Func_Call E000_Show_Current_CPUFAN1 else ;SENSOR_IN_XGROUP ;R02 Xcall X_Show_Current_CPUFAN1 ;R02 endif ;SENSOR_IN_XGROUP ;R02 @@: ret Show_Current_CPUFAN1 Endp endif; SHOW_VIA686HM_CPUFAN1 ifdef SHOW_VIA686HM_CPUFAN2 Show_Current_CPUFAN2 Proc Near cmp byte ptr CALLTYPE[bp],POST_CALL jne short @F ifndef SENSOR_IN_XGROUP ;R02 Post_Func_Call E000_Show_Current_CPUFAN2 else ;SENSOR_IN_XGROUP ;R02 Xcall X_Show_Current_CPUFAN2 ;R02 endif ;SENSOR_IN_XGROUP ;R02 @@: ret Show_Current_CPUFAN2 Endp endif; SHOW_VIA686HM_CPUFAN2 ifndef NO_SHOW_Voltage_FOR_VIA686HM ifndef No_Show_VIA686HM_IN0 Show_Current_IN0 Proc Near cmp byte ptr CALLTYPE[bp],POST_CALL jne short @F ifndef SENSOR_IN_XGROUP ;R02 post_func_call E000_Show_Current_IN0 else ;SENSOR_IN_XGROUP ;R02 Xcall X_Show_Current_IN0 ;R02 endif ;SENSOR_IN_XGROUP ;R02 @@: ret Show_Current_IN0 Endp endif; No_Show_VIA686HM_IN0 ifndef NO_VIA686HM_VIN1 ;R05 Show_Current_IN1 Proc Near cmp byte ptr CALLTYPE[bp],POST_CALL jne short @F ifndef SENSOR_IN_XGROUP ;R02 post_func_call E000_Show_Current_IN1 else ;SENSOR_IN_XGROUP ;R02 Xcall X_Show_Current_IN1 ;R02 endif ;SENSOR_IN_XGROUP ;R02 @@: ret Show_Current_IN1 Endp endif; NO_VIA686HM_VIN1 ;R05 ifndef NO_VIA686HM_VIN2 ;R05 Show_Current_IN2 Proc Near cmp byte ptr CALLTYPE[bp],POST_CALL jne short @F ifndef SENSOR_IN_XGROUP ;R02 post_func_call E000_Show_Current_IN2 else ;SENSOR_IN_XGROUP ;R02 Xcall X_Show_Current_IN2 ;R02 endif ;SENSOR_IN_XGROUP ;R02 @@: ret Show_Current_IN2 Endp endif; NO_VIA686HM_VIN2 ;R05 ifndef NO_VIA686HM_VIN3 ;R05 Show_Current_IN3 Proc Near cmp byte ptr CALLTYPE[bp],POST_CALL jne short @F ifndef SENSOR_IN_XGROUP ;R02 post_func_call E000_Show_Current_IN3 else ;SENSOR_IN_XGROUP ;R02 Xcall X_Show_Current_IN3 ;R02 endif ;SENSOR_IN_XGROUP ;R02 @@: ret Show_Current_IN3 Endp endif; NO_VIA686HM_VIN3 ;R05 ifndef NO_VIA686HM_VIN4 ;R05 Show_Current_IN4 Proc Near cmp byte ptr CALLTYPE[bp],POST_CALL jne short @F ifndef SENSOR_IN_XGROUP ;R02 post_func_call E000_Show_Current_IN4 else ;SENSOR_IN_XGROUP ;R02 Xcall X_Show_Current_IN4 ;R02 endif ;SENSOR_IN_XGROUP ;R02 @@: ret Show_Current_IN4 Endp endif; NO_VIA686HM_VIN4 ;R05 ifndef NO_VIA686HM_VIN5 Show_Current_IN5 Proc Near cmp byte ptr CALLTYPE[bp],POST_CALL jne short @F ifndef SENSOR_IN_XGROUP ;R02 post_func_call E000_Show_Current_IN5 else ;SENSOR_IN_XGROUP ;R02 Xcall X_Show_Current_IN5 ;R02 endif ;SENSOR_IN_XGROUP ;R02 @@: ret Show_Current_IN5 Endp endif ;NO_VIA686HM_VIN5 ifndef NO_VIA686HM_VIN6 Show_Current_IN6 Proc Near cmp byte ptr CALLTYPE[bp],POST_CALL jne short @F ifndef SENSOR_IN_XGROUP ;R02 post_func_call E000_Show_Current_IN6 else ;SENSOR_IN_XGROUP ;R02 Xcall X_Show_Current_IN6 ;R02 endif ;SENSOR_IN_XGROUP ;R02 @@: ret Show_Current_IN6 Endp endif; NO_VIA686HM_VIN6 endif; NO_SHOW_Voltage_FOR_VIA686HM ENDIF ;COMPILE_FOR_SENSOR_MNU ;*************************************************************************** ;**** SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 **** ;**** SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 **** ;**** SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 **** ;**** SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 **** ;*************************************************************************** IF COMPILE_FOR_SENSOR_MNU EQ 3 IFNDEF SENSOR_IN_XGROUP ;R02 ifndef Vin0_R1 Vin0_R1 equ 0 endif; Vin0_R1 ifndef Vin0_R2 Vin0_R2 equ 0 endif; Vin0_R2 ifndef Vin1_R1 Vin1_R1 equ 0 endif; Vin1_R1 ifndef Vin1_R2 Vin1_R2 equ 0 endif; Vin1_R2 ifndef Vin2_R1 Vin2_R1 equ 0 endif; Vin2_R1 ifndef Vin2_R2 Vin2_R2 equ 0 endif; Vin2_R2 ifndef Vin3_R1 Vin3_R1 equ 68 endif; Vin3_R1 ifndef Vin3_R2 Vin3_R2 equ 100 endif; Vin3_R2 ifndef Vin4_R1 Vin4_R1 equ 28 endif; Vin4_R1 ifndef Vin4_R2 Vin4_R2 equ 10 endif; Vin4_R2 ifndef Vin5_R1 Vin5_R1 equ 210 endif; Vin5_R1 ifndef Vin5_R2 Vin5_R2 equ 60 endif; Vin5_R2 ifndef Vin6_R1 Vin6_R1 equ 91 endif; Vin6_R1 ifndef Vin6_R2 Vin6_R2 equ 60 endif; Vin6_R2 Vin5_Use_Negative_Input equ 1 Vin6_Use_Negative_Input equ 1 ;ifdef CPU_Temp_Selectable ;E000_Show_Scale Proc Near ; extrn E_GetItem_Value:near ; mov si,offset DGROUP:VIA686HM_TEMP_ITEM ; Post_func_Call E_GetItem_Value ; ; mov bl, al ; F000_call DISP_WORD_INT3 ; mov al, 'ø' ; F000_call Display_Char ; mov al, 'C' ; F000_call Display_Char ; mov al, '/' ; F000_call Display_Char ; ;;øC transed to øF --> C = 5/9*(F-32) ; mov al, bl ; mov bl,9 ; mul bl ; mov bl,5 ; div bl ; add al,32 ; xor ah,ah ; F000_call DISP_WORD_INT3 ; mov al, 'ø' ; F000_call Display_Char ; mov al, 'F' ; F000_call Display_Char ; sub al, -1 ;set overflow flag for display error ; ret ;E000_Show_Scale Endp ;endif; CPU_Temp_Selectable E000_Show_Current_System_Temp Proc Near GREATEST_VALUE EQU 240 LEAST_VALUE EQU 12 ; 12øC ZERO_DEGREE_VALUE EQU 180 GREATEST_DEGREE EQU 110 ; 110øC cmp al, Special_Before je short @F call E000_Get_VIA686HM not al cmp al, GREATEST_VALUE ja short No_78Temp cmp al, LEAST_VALUE jae short OK_78Temp No_78Temp: mov al, ZERO_DEGREE_VALUE OK_78Temp: ;Translate VIA value of Hardware Monitor to value of VIA686HM sub al, LEAST_VALUE mov si, offset Temp_Tbl xor ah, ah add si, ax mov bl, cs:[si] ;Translate Negative degree of Temperature push bx mov al, ' ' cmp bl, GREATEST_DEGREE jbe Positive_Deg mov al, '-' neg bl Positive_Deg: call E000_Display_Char mov al, bl pop bx call E000_DISP_Byte_INT2 mov al, 'ø' call E000_Display_Char mov al, 'C' call E000_Display_Char mov al, '/' call E000_Display_Char ;øC transed to øF --> C = 5/9*(F-32) movsx ax, bl mov bx, 9 imul bx mov bx, 5 idiv bx add ax, 32 mov bx, ax cmp bx, 8000h ;Compare MSB jb Positive_Deg3 mov al, '-' call E000_Display_Char Positive_Deg3: mov ax, bx cmp ax, 8000h ;Compare MSB jb Positive_Deg4 neg ax Positive_Deg4: call E000_DISP_WORD_INT3 mov al, 'ø' call E000_Display_Char mov al, 'F' call E000_Display_Char @@: ret ;This table mapping VIA temperature values of Hardware Monitor to temperature ;of VIA686HM. ALIGN 4 Temp_Tbl: db 110,109,107,105,103,101, 99, 97, 96 ;Map to VIA's 12~ 20 db 94, 92, 91, 89, 88, 86, 85, 84, 83, 81 ;Map to VIA's 21~ 30 db 80, 79, 78, 77, 76, 75, 74, 73, 72, 71 ;Map to VIA's 31~ 40 db 70, 69, 68, 67, 66, 66, 65, 64, 63, 62 ;Map to VIA's 41~ 50 db 62, 61, 60, 59, 59, 58, 57, 57, 56, 55 ;Map to VIA's 51~ 60 db 55, 54, 53, 53, 52, 52, 51, 51, 50, 49 ;Map to VIA's 61~ 70 db 49, 48, 48, 47, 46, 46, 45, 45, 44, 44 ;Map to VIA's 71~ 80 db 43, 43, 42, 42, 41, 41, 40, 40, 39, 39 ;Map to VIA's 81~ 90 db 38, 38, 37, 37, 36, 36, 35, 35, 35, 34 ;Map to VIA's 91~100 db 34, 33, 33, 32, 32, 31, 31, 30, 30, 30 ;Map to VIA's 101~110 db 29, 29, 28, 28, 27, 27, 27, 26, 26, 26 ;Map to VIA's 111~120 db 25, 25, 24, 24, 23, 23, 22, 22, 22, 21 ;Map to VIA's 121~130 db 21, 21, 20, 20, 19, 19, 18, 18, 17, 17 ;Map to VIA's 131~140 db 16, 16, 16, 15, 15, 14, 14, 13, 13, 13 ;Map to VIA's 141~150 db 12, 12, 12, 11, 11, 10, 10, 9, 9, 9 ;Map to VIA's 151~160 db 8, 8, 7, 7, 6, 6, 5, 5, 5, 4 ;Map to VIA's 161~170 db 4, 4, 3, 3, 3, 1, 1, 1, 0, 0 ;Map to VIA's 171~180 db -1, -1, -2, -2, -3, -3, -4, -4, -5, -5 ;Map to VIA's 181~190 db -6, -6, -7, -7, -8, -8, -9, -9,-10,-11 ;Map to VIA's 191~200 db -11,-12,-12,-13,-14,-14,-15,-15,-16,-17 ;Map to VIA's 201~210 db -17,-18,-19,-20,-20,-21,-22,-23,-24,-24 ;Map to VIA's 211~220 db -25,-26,-27,-28,-29,-30,-31,-32,-33,-34 ;Map to VIA's 221~230 db -35,-37,-38,-39,-41,-43,-45,-47,-49,-50 ;Map to VIA's 231~240 E000_Show_Current_System_Temp Endp ifdef SHOW_VIA686HM_CPUFAN1 E000_Show_Current_CPUFAN1 Proc Near ;------------------------------------------------------ ; clock ; Count = -------------------- ; (RPM * Divisor) / 60 ; ; = (clock * 60) / (RPM * Divisor) ; ; RPM = (clock * 60) / Divisor / Count ; ; Clock = 32768 * 2 / 3 ; (32768 * 2 / 3) * 60 = 1310720 ;------------------------------------------------------- cmp al, Special_Before je short @F mov cl,29h call E000_Get_VIA686HM cmp al,0ffh jne short CPUFAN_WORKING1 xor ax,ax jmp short SHOW_FAN1 CPUFAN_WORKING1: cmp al, 0 je short SHOW_FAN1 xor bh,bh mov bl,al ifndef FAN_Divisor mov ax,0000h ; 0a4cb8h=(1310720/2) mov dx,0ah ; Count=(1310720/(RPM*2)) else; if FAN_Divisor eq 4 mov ax,0000h ; 0a4cb8h=(1310720/4) mov dx,05h ; Count=(1310720/(RPM*4)) endif; FAN_Divisor eq 4 if FAN_Divisor eq 8 mov ax,8000h ; 0a4cb8h=(1310720/8) mov dx,02h ; Count=(1310720/(RPM*8)) endif; FAN_Divisor eq 8 endif; FAN_Divisor div bx SHOW_FAN1: call E000_DISP_WORD_INT4 mov al, ' ' call E000_Display_Char mov al, 'R' call E000_Display_Char mov al, 'P' call E000_Display_Char mov al, 'M' call E000_Display_Char @@: ret E000_Show_Current_CPUFAN1 endp endif; SHOW_VIA686HM_CPUFAN1 ifdef SHOW_VIA686HM_CPUFAN2 E000_Show_Current_CPUFAN2 Proc Near ;------------------------------------------------------ ; clock ; Count = -------------------- ; (RPM * Divisor) / 60 ; ; = (clock * 60) / (RPM * Divisor) ; ; RPM = (clock * 60) / Divisor / Count ; ; Clock = 32768 * 2 / 3 ; (32768 * 2 / 3) * 60 = 1310720 ;------------------------------------------------------- cmp al, Special_Before je short @F mov cl,2ah call E000_Get_VIA686HM cmp al,0ffh jne short CPUFAN_WORKING2 xor ax,ax jmp short SHOW_FAN2 CPUFAN_WORKING2: cmp al, 0 je short SHOW_FAN2 xor bh,bh mov bl,al ifndef FAN_Divisor mov ax,0000h ; 0a4cb8h=(1310720/2) mov dx,0ah ; Count=(1310720/(RPM*2)) else; if FAN_Divisor eq 4 mov ax,0000h ; 0a4cb8h=(1310720/4) mov dx,05h ; Count=(1310720/(RPM*4)) endif; FAN_Divisor eq 4 if FAN_Divisor eq 8 mov ax,8000h ; 0a4cb8h=(1310720/8) mov dx,02h ; Count=(1310720/(RPM*8)) endif; FAN_Divisor eq 8 endif; FAN_Divisor div bx SHOW_FAN2: call E000_DISP_WORD_INT4 mov al, ' ' call E000_Display_Char mov al, 'R' call E000_Display_Char mov al, 'P' call E000_Display_Char mov al, 'M' call E000_Display_Char @@: ret E000_Show_Current_CPUFAN2 endp endif; SHOW_VIA686HM_CPUFAN2 ifndef NO_SHOW_Voltage_FOR_VIA686HM Display_Vin Proc Near ;========================================= ;Entry : AL = Reading Value ; BX = R2 ; DX = R1 + R2 ;EXIT : NONE ;========================================= ;------------------------------------------------------------ ; Value = [Voltage * R2 / (R1+R2)] * 105.12 - 5.32 ; Voltage = [(Value + 5.32) * (R1+R2) / R2] / 105.12 ; = [(Value*25 + 133) * (R1+R2) / R2] / 2628 ;------------------------------------------------------------ cmp al,0ffh jne short Vin_WORKING xor ax,ax Vin_WORKING: push bx push dx xor ah,ah ;R03 mov bl, 25 ;Value * 25 ;R03 mul bl ;ax = al * bl ;R03 - starts cmp al, 40h ja Under_Range mov ah, 1 Under_Range: mov bx, 25 ;Value * 25 mul bx ;ax = ax * bx ;R03 - ends add ax, 133 ;Value * 25 + 133 pop bx ;(R1+R2) mul bx ;(Value*25+133) * (R1+R2) pop bx ;R2 div bx ;[(Value*25+133) * (R1+R2) / R2] xor dx, dx mov bx, 2628 div bx ;[(Value*25+133) * (R1+R2) / R2] / 2628 push dx ;push remainder to stack call E000_DISP_Byte_INT2 mov al, '.' call E000_Display_Char pop ax ;pop remainder mov bx, 100 mul bx mov bx, 2628 div bx cmp al,9 jbe short Below_9B call E000_DISP_Byte_INT2 jmp short Above_9B Below_9B: call E000_DISP_Byte_HEX2 Above_9B: mov al, ' ' call E000_Display_Char mov al, 'V' call E000_Display_Char ret Display_Vin endp ifndef No_Show_VIA686HM_IN0 E000_Show_Current_IN0 Proc Near cmp al, Special_Before je short @F mov cl,22h call E000_Get_VIA686HM ifdef Vin0_Use_Negative_Input mov dx,Vin0_R1 else; Vin0_Use_Negative_Input mov dx,(Vin0_R1+Vin0_R2) endif; Vin0_Use_Negative_Input mov bx,Vin0_R2 call Display_Vin @@: ret E000_Show_Current_IN0 endp endif; No_Show_VIA686HM_IN0 ifndef NO_VIA686HM_VIN1 ;R05 E000_Show_Current_IN1 Proc Near cmp al, Special_Before je short @F mov cl,23h ; IN1 call E000_Get_VIA686HM ifdef Vin1_Use_Negative_Input mov dx,Vin1_R1 else; Vin1_Use_Negative_Input mov dx,(Vin1_R1+Vin1_R2) endif; Vin1_Use_Negative_Input mov bx,Vin1_R2 call Display_Vin @@: ret E000_Show_Current_IN1 endp endif; NO_VIA686HM_VIN1 ;R05 ifndef NO_VIA686HM_VIN2 ;R05 E000_Show_Current_IN2 Proc Near cmp al, Special_Before je short @F mov cl,24h ; IN2 call E000_Get_VIA686HM ifdef Vin2_Use_Negative_Input mov dx,Vin2_R1 else; Vin2_Use_Negative_Input mov dx,(Vin2_R1+Vin2_R2) endif; Vin2_Use_Negative_Input mov bx,Vin2_R2 call Display_Vin @@: ret E000_Show_Current_IN2 endp endif; NO_VIA686HM_VIN2 ;R05 ifndef NO_VIA686HM_VIN3 ;R05 E000_Show_Current_IN3 Proc Near cmp al, Special_Before je short @F mov cl,25h ; IN3 call E000_Get_VIA686HM ifdef Vin3_Use_Negative_Input mov dx,Vin3_R1 else; Vin3_Use_Negative_Input mov dx,(Vin3_R1+Vin3_R2) endif; Vin3_Use_Negative_Input mov bx,Vin3_R2 call Display_Vin @@: ret E000_Show_Current_IN3 endp endif; NO_VIA686HM_VIN3 ;R05 ifndef NO_VIA686HM_VIN4 ;R05 E000_Show_Current_IN4 Proc Near cmp al, Special_Before je short @F mov cl,26h ; IN4 call E000_Get_VIA686HM ifdef Vin4_Use_Negative_Input mov dx,Vin4_R1 else; Vin4_Use_Negative_Input mov dx,(Vin4_R1+Vin4_R2) endif; Vin4_Use_Negative_Input mov bx,Vin4_R2 call Display_Vin @@: ret E000_Show_Current_IN4 endp endif; NO_VIA686HM_VIN4 ;R05 ifndef NO_VIA686HM_VIN5 E000_Show_Current_IN5 Proc Near cmp al, Special_Before je short @F mov cl,27h ; IN5 call E000_Get_VIA686HM ifdef Vin5_Use_Negative_Input mov dx,Vin5_R1 else; Vin5_Use_Negative_Input mov dx,(Vin5_R1+Vin5_R2) endif; Vin5_Use_Negative_Input mov bx,Vin5_R2 call Display_Vin @@: ret E000_Show_Current_IN5 endp endif ;NO_VIA686HM_VIN5 ifndef NO_VIA686HM_VIN6 E000_Show_Current_IN6 Proc Near cmp al, Special_Before je short @F mov cl,28h ; IN6 call E000_Get_VIA686HM ifdef Vin6_Use_Negative_Input mov dx,Vin6_R1 else; Vin6_Use_Negative_Input mov dx,(Vin6_R1+Vin6_R2) endif; Vin6_Use_Negative_Input mov bx,Vin6_R2 call Display_Vin @@: ret E000_Show_Current_IN6 endp endif; NO_VIA686HM_VIN6 endif; NO_SHOW_Voltage_FOR_VIA686HM E000_DISP_WORD_INT4 proc near F000_call DISP_WORD_INT4 ret E000_DISP_WORD_INT4 endp E000_DISP_WORD_INT3 proc near F000_call DISP_WORD_INT3 ret E000_DISP_WORD_INT3 endp E000_DISP_BYTE_INT2 proc near F000_call DISP_BYTE_INT2 ret E000_DISP_BYTE_INT2 endp E000_DISP_BYTE_HEX2 proc near F000_call DISP_BYTE_HEX2 ret E000_DISP_BYTE_HEX2 endp E000_Get_VIA686HM proc near call Get_VIA686HM ret E000_Get_VIA686HM endp E000_Display_Char proc near F000_call Display_Char ret E000_Display_Char endp ifndef BIOS60 Public Update_VIA686HM_Screen Update_VIA686HM_Screen Proc near pusha ifdef Update_Sensor_in_CPUFEAT cmp byte ptr CUR_PAGE[bp], PAGE_CPU else; Update_Sensor_in_CPUFEAT ifdef Update_Sensor_in_IOFEAT cmp byte ptr CUR_PAGE[bp], PAGE_IO else; Update_Sensor_in_IOFEAT cmp byte ptr CUR_PAGE[bp], PAGE_CFEATURE endif; Update_Sensor_in_IOFEAT endif; Update_Sensor_in_CPUFEAT jne short Update_VIA686HM_end ;---------------------------------------- mov si, offset VIA686HM_Item_List Update_VIA686HM_Start: mov bx, cs:[si] cmp bx, -1 je short Update_VIA686HM_end push si F000_call Display_Whole_Item pop si inc si inc si jmp short Update_VIA686HM_Start ;---------------------------------------- Update_VIA686HM_end: popa ret Update_VIA686HM_Screen Endp endif ;BIOS60 ifdef BIOS60 db '$SpeRT' endif ;BIOS60 VIA686HM_Item_List Label Word ifdef BIOS60 dw VIA686HM_Runtime_No endif ;BIOS60 dw offset Current_CPU_Temp_Item dw offset Current_System_Temp_Item ifdef SHOW_VIA686HM_CPUFAN1 dw offset Current_CPUFAN1_Item endif; SHOW_VIA686HM_CPUFAN1 ifdef SHOW_VIA686HM_CPUFAN2 dw offset Current_CPUFAN2_Item endif; SHOW_VIA686HM_CPUFAN2 ifndef NO_SHOW_Voltage_FOR_VIA686HM ifndef No_Show_VIA686HM_IN0 dw offset Current_IN0_Item endif; No_Show_VIA686HM_IN0 ifndef NO_VIA686HM_VIN1 ;R05 dw offset Current_IN1_Item endif; NO_VIA686HM_VIN1 ;R05 ifndef NO_VIA686HM_VIN2 ;R05 dw offset Current_IN2_Item endif; NO_VIA686HM_VIN2 ;R05 ifndef NO_VIA686HM_VIN3 ;R05 dw offset Current_IN3_Item endif; NO_VIA686HM_VIN3 ;R05 ifndef NO_VIA686HM_VIN4 ;R05 dw offset Current_IN4_Item endif; NO_VIA686HM_VIN4 ;R05 ifndef NO_VIA686HM_VIN5 dw offset Current_IN5_Item endif ;NO_VIA686HM_VIN5 ifndef NO_VIA686HM_VIN6 dw offset Current_IN6_Item endif; NO_VIA686HM_VIN6 endif ;NO_SHOW_Voltage_FOR_VIA686HM VIA686HM_Runtime_No EQU (($ - offset VIA686HM_Item_List)-2)/2 dw -1 endif ;SENSOR_IN_XGROUP ;R02 ENDIF ;COMPILE_FOR_SENSOR_MNU endif ;COMPILE_FOR_SENSOR_MNU ;R02 - start ;================================================================== ;======================== SENSOR IN XGROUP ======================== ;======================== SENSOR IN XGROUP ======================== ;======================== SENSOR IN XGROUP ======================== ;======================== SENSOR IN XGROUP ======================== ;================================================================== ifdef COMPILE_FOR_SENSOR_ASM IF COMPILE_FOR_SENSOR_ASM EQ 2 ifdef SENSOR_IN_XGROUP ;[]==============================================================[] ;Input : CL - register index ;Output : AL - Value read ;[]==============================================================[] public X_Get_VIA686HM X_Get_VIA686HM Proc Near pushf push dx mov dx,VIA686HM_Port add dl, cl in al,dx newiodelay newiodelay pop dx popf ret X_Get_VIA686HM Endp ;[]==============================================================[] ;Input : CL - register index ; AL - Value to write ;Output: none ;[]==============================================================[] public X_Set_VIA686HM X_Set_VIA686HM Proc Near pushf push dx mov dx,VIA686HM_Port add dl, cl out dx,al newiodelay newiodelay pop dx popf ret X_Set_VIA686HM Endp ;*************************************************************************** ;**** SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM **** ;**** SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM **** ;**** SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM **** ;**** SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM SENSOR.ASM **** ;*************************************************************************** ;[]==============================================================[] ;[]==============================================================[] X_Prg_VIA686HM_Chip Proc far mov cx,10 Clear_VIA686HM: push cx mov cl,41h call X_Get_VIA686HM mov cl,42h call X_Get_VIA686HM pop cx loop short Clear_VIA686HM mov si,offset XGROUP:Prg_VIA686HM_Tbl Init_Start: mov cl,cs:[si] mov al,cs:[si+1] call X_Set_VIA686HM add si,2 cmp si,offset XGROUP:Prg_VIA686HM_Tbl_End jne short Init_Start Prg_VIA686HM_Chip_End: ifdef Case_open_WARNING extrn fproc_Get_Cmos:far extrn fproc_Set_Cmos:far and OEM_Error_CMOS1[bp], not OEM_Error_CMOS_Bits1 mov al,OEM_Error_CMOS1 NMI_OFF call far ptr DGROUP:fproc_Get_Cmos and al,NOT OEM_Error_CMOS_Bits1 mov ah,al ;set cpu changed flag mov al,OEM_Error_CMOS1 NMI_OFF call far ptr DGROUP:fproc_Set_Cmos mov cl,42h call X_Get_VIA686HM out 90h, al newiodelay newiodelay newiodelay newiodelay newiodelay newiodelay test al, 10h jz short @f or OEM_Error_CMOS1[bp],OEM_Error_CMOS_Bits1 @@: endif; Case_open_WARNING retf X_Prg_VIA686HM_Chip Endp ifdef Case_open_WARNING ifdef OEM_Error_Special_Show1 public OEM_Error_Special_String1 OEM_Error_Special_String1 db V_HILITE,'Warning!! Your Computer' db ' Case has been opening.' db V_NORMAL,0 endif; OEM_Error_Special_Show1 endif; Case_open_WARNING assume ds:XGROUP ALIGN 4 ;--------------------- ; index Value ;--------------------- Prg_VIA686HM_Tbl: db 43h, 0FFh ; Disable HM INT Monitor db 44h, 0FFh ; Disable HM INT Monitor db 4Bh, 00Ah ; Set Temp INT is Compare Mode db 40h, 001h Prg_VIA686HM_Tbl_End: endif ;SENSOR_IN_XGROUP ENDIF ;COMPILE_FOR_SENSOR_ASM EQ 2 endif ;COMPILE_FOR_SENSOR_ASM ;*************************************************************************** ;**** SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 **** ;**** SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 **** ;**** SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 **** ;**** SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 SENSOR.E8 **** ;*************************************************************************** IFDEF COMPILE_FOR_SENSOR_MNU IF COMPILE_FOR_SENSOR_MNU EQ 3 ifdef SENSOR_IN_XGROUP ifndef Vin0_R1 Vin0_R1 equ 0 endif; Vin0_R1 ifndef Vin0_R2 Vin0_R2 equ 0 endif; Vin0_R2 ifndef Vin1_R1 Vin1_R1 equ 0 endif; Vin1_R1 ifndef Vin1_R2 Vin1_R2 equ 0 endif; Vin1_R2 ifndef Vin2_R1 Vin2_R1 equ 0 endif; Vin2_R1 ifndef Vin2_R2 Vin2_R2 equ 0 endif; Vin2_R2 ifndef Vin3_R1 Vin3_R1 equ 68 endif; Vin3_R1 ifndef Vin3_R2 Vin3_R2 equ 100 endif; Vin3_R2 ifndef Vin4_R1 Vin4_R1 equ 28 endif; Vin4_R1 ifndef Vin4_R2 Vin4_R2 equ 10 endif; Vin4_R2 ifndef Vin5_R1 Vin5_R1 equ 210 endif; Vin5_R1 ifndef Vin5_R2 Vin5_R2 equ 60 endif; Vin5_R2 ifndef Vin6_R1 Vin6_R1 equ 91 endif; Vin6_R1 ifndef Vin6_R2 Vin6_R2 equ 60 endif; Vin6_R2 Vin5_Use_Negative_Input equ 1 Vin6_Use_Negative_Input equ 1 X_Show_Current_System_Temp Proc Near GREATEST_VALUE EQU 240 LEAST_VALUE EQU 12 ; 12øC ZERO_DEGREE_VALUE EQU 180 GREATEST_DEGREE EQU 110 ; 110øC cmp al, Special_Before je short @F call X_Get_VIA686HM not al cmp al, GREATEST_VALUE ja short No_78Temp cmp al, LEAST_VALUE jae short OK_78Temp No_78Temp: mov al, ZERO_DEGREE_VALUE OK_78Temp: ;Translate VIA value of Hardware Monitor to value of VIA686HM sub al, LEAST_VALUE mov si, offset Temp_Tbl xor ah, ah add si, ax mov bl, cs:[si] ;Translate Negative degree of Temperature push bx mov al, ' ' cmp bl, GREATEST_DEGREE jbe Positive_Deg mov al, '-' neg bl Positive_Deg: call X_Display_Char mov al, bl pop bx call far ptr DGROUP:fproc_DISP_Byte_INT2 mov al, 'ø' call X_Display_Char mov al, 'C' call X_Display_Char mov al, '/' call X_Display_Char ;øC transed to øF --> C = 5/9*(F-32) movsx ax, bl mov bx, 9 imul bx mov bx, 5 idiv bx add ax, 32 mov bx, ax cmp bx, 8000h ;Compare MSB jb Positive_Deg3 mov al, '-' call X_Display_Char Positive_Deg3: mov ax, bx cmp ax, 8000h ;Compare MSB jb Positive_Deg4 neg ax Positive_Deg4: call far ptr DGROUP:fproc_DISP_WORD_INT3 mov al, 'ø' call X_Display_Char mov al, 'F' call X_Display_Char @@: ret ;This table mapping VIA temperature values of Hardware Monitor to temperature ;of VIA686HM. ALIGN 4 Temp_Tbl: db 110,109,107,105,103,101, 99, 97, 96 ;Map to VIA's 12~ 20 db 94, 92, 91, 89, 88, 86, 85, 84, 83, 81 ;Map to VIA's 21~ 30 db 80, 79, 78, 77, 76, 75, 74, 73, 72, 71 ;Map to VIA's 31~ 40 db 70, 69, 68, 67, 66, 66, 65, 64, 63, 62 ;Map to VIA's 41~ 50 db 62, 61, 60, 59, 59, 58, 57, 57, 56, 55 ;Map to VIA's 51~ 60 db 55, 54, 53, 53, 52, 52, 51, 51, 50, 49 ;Map to VIA's 61~ 70 db 49, 48, 48, 47, 46, 46, 45, 45, 44, 44 ;Map to VIA's 71~ 80 db 43, 43, 42, 42, 41, 41, 40, 40, 39, 39 ;Map to VIA's 81~ 90 db 38, 38, 37, 37, 36, 36, 35, 35, 35, 34 ;Map to VIA's 91~100 db 34, 33, 33, 32, 32, 31, 31, 30, 30, 30 ;Map to VIA's 101~110 db 29, 29, 28, 28, 27, 27, 27, 26, 26, 26 ;Map to VIA's 111~120 db 25, 25, 24, 24, 23, 23, 22, 22, 22, 21 ;Map to VIA's 121~130 db 21, 21, 20, 20, 19, 19, 18, 18, 17, 17 ;Map to VIA's 131~140 db 16, 16, 16, 15, 15, 14, 14, 13, 13, 13 ;Map to VIA's 141~150 db 12, 12, 12, 11, 11, 10, 10, 9, 9, 9 ;Map to VIA's 151~160 db 8, 8, 7, 7, 6, 6, 5, 5, 5, 4 ;Map to VIA's 161~170 db 4, 4, 3, 3, 3, 1, 1, 1, 0, 0 ;Map to VIA's 171~180 db -1, -1, -2, -2, -3, -3, -4, -4, -5, -5 ;Map to VIA's 181~190 db -6, -6, -7, -7, -8, -8, -9, -9,-10,-11 ;Map to VIA's 191~200 db -11,-12,-12,-13,-14,-14,-15,-15,-16,-17 ;Map to VIA's 201~210 db -17,-18,-19,-20,-20,-21,-22,-23,-24,-24 ;Map to VIA's 211~220 db -25,-26,-27,-28,-29,-30,-31,-32,-33,-34 ;Map to VIA's 221~230 db -35,-37,-38,-39,-41,-43,-45,-47,-49,-50 ;Map to VIA's 231~240 X_Show_Current_System_Temp Endp ifdef SHOW_VIA686HM_CPUFAN1 X_Show_Current_CPUFAN1 Proc Near ;------------------------------------------------------ ; clock ; Count = -------------------- ; (RPM * Divisor) / 60 ; ; = (clock * 60) / (RPM * Divisor) ; ; RPM = (clock * 60) / Divisor / Count ; ; Clock = 32768 * 2 / 3 ; (32768 * 2 / 3) * 60 = 1310720 ;------------------------------------------------------- cmp al, Special_Before je short @F mov cl,29h call X_Get_VIA686HM cmp al,0ffh jne short CPUFAN_WORKING1 xor ax,ax jmp short SHOW_FAN1 CPUFAN_WORKING1: cmp al, 0 je short SHOW_FAN1 xor bh,bh mov bl,al ifndef FAN_Divisor mov ax,0000h ; 0a4cb8h=(1310720/2) mov dx,0ah ; Count=(1310720/(RPM*2)) else; if FAN_Divisor eq 4 mov ax,0000h ; 0a4cb8h=(1310720/4) mov dx,05h ; Count=(1310720/(RPM*4)) endif; FAN_Divisor eq 4 if FAN_Divisor eq 8 mov ax,8000h ; 0a4cb8h=(1310720/8) mov dx,02h ; Count=(1310720/(RPM*8)) endif; FAN_Divisor eq 8 endif; FAN_Divisor div bx SHOW_FAN1: call far ptr DGROUP:fproc_DISP_WORD_INT4 mov al, ' ' call X_Display_Char mov al, 'R' call X_Display_Char mov al, 'P' call X_Display_Char mov al, 'M' call X_Display_Char @@: ret X_Show_Current_CPUFAN1 endp endif; SHOW_VIA686HM_CPUFAN1 ifdef SHOW_VIA686HM_CPUFAN2 X_Show_Current_CPUFAN2 Proc Near ;------------------------------------------------------ ; clock ; Count = -------------------- ; (RPM * Divisor) / 60 ; ; = (clock * 60) / (RPM * Divisor) ; ; RPM = (clock * 60) / Divisor / Count ; ; Clock = 32768 * 2 / 3 ; (32768 * 2 / 3) * 60 = 1310720 ;------------------------------------------------------- cmp al, Special_Before je short @F mov cl,2ah call X_Get_VIA686HM cmp al,0ffh jne short CPUFAN_WORKING2 xor ax,ax jmp short SHOW_FAN2 CPUFAN_WORKING2: cmp al, 0 je short SHOW_FAN2 xor bh,bh mov bl,al ifndef FAN_Divisor mov ax,0000h ; 0a4cb8h=(1310720/2) mov dx,0ah ; Count=(1310720/(RPM*2)) else; if FAN_Divisor eq 4 mov ax,0000h ; 0a4cb8h=(1310720/4) mov dx,05h ; Count=(1310720/(RPM*4)) endif; FAN_Divisor eq 4 if FAN_Divisor eq 8 mov ax,8000h ; 0a4cb8h=(1310720/8) mov dx,02h ; Count=(1310720/(RPM*8)) endif; FAN_Divisor eq 8 endif; FAN_Divisor div bx SHOW_FAN2: call far ptr DGROUP:fproc_DISP_WORD_INT4 mov al, ' ' call X_Display_Char mov al, 'R' call X_Display_Char mov al, 'P' call X_Display_Char mov al, 'M' call X_Display_Char @@: ret X_Show_Current_CPUFAN2 endp endif; SHOW_VIA686HM_CPUFAN2 ifndef NO_SHOW_Voltage_FOR_VIA686HM X_Display_Vin Proc Near ;========================================= ;Entry : AL = Reading Value ; BX = R2 ; DX = R1 + R2 ;EXIT : NONE ;========================================= ;------------------------------------------------------------ ; Value = [Voltage * R2 / (R1+R2)] * 105.12 - 5.32 ; Voltage = [(Value + 5.32) * (R1+R2) / R2] / 105.12 ; = [(Value*25 + 133) * (R1+R2) / R2] / 2628 ;------------------------------------------------------------ cmp al,0ffh jne short Vin_WORKING xor ax,ax Vin_WORKING: push bx push dx xor ah,ah mov bl, 25 ;Value * 25 mul bl ;ax = al * bl add ax, 133 ;Value * 25 + 133 pop bx ;(R1+R2) mul bx ;(Value*25+133) * (R1+R2) pop bx ;R2 div bx ;[(Value*25+133) * (R1+R2) / R2] xor dx, dx mov bx, 2628 div bx ;[(Value*25+133) * (R1+R2) / R2] / 2628 push dx ;push remainder to stack call far ptr DGROUP:fproc_DISP_Byte_INT2 mov al, '.' call X_Display_Char pop ax ;pop remainder mov bx, 100 mul bx mov bx, 2628 div bx cmp al,9 jbe short Below_9B call far ptr DGROUP:fproc_DISP_Byte_INT2 jmp short Above_9B Below_9B: call far ptr DGROUP:fproc_DISP_Byte_HEX2 Above_9B: mov al, ' ' call X_Display_Char mov al, 'V' call X_Display_Char ret X_Display_Vin endp ifndef No_Show_VIA686HM_IN0 X_Show_Current_IN0 Proc Near cmp al, Special_Before je short @F mov cl,22h call X_Get_VIA686HM ifdef Vin0_Use_Negative_Input mov dx,Vin0_R1 else; Vin0_Use_Negative_Input mov dx,(Vin0_R1+Vin0_R2) endif; Vin0_Use_Negative_Input mov bx,Vin0_R2 call X_Display_Vin @@: ret X_Show_Current_IN0 endp endif; No_Show_VIA686HM_IN0 ifndef NO_VIA686HM_VIN1 ;R05 X_Show_Current_IN1 Proc Near cmp al, Special_Before je short @F mov cl,23h ; IN1 call X_Get_VIA686HM ifdef Vin1_Use_Negative_Input mov dx,Vin1_R1 else; Vin1_Use_Negative_Input mov dx,(Vin1_R1+Vin1_R2) endif; Vin1_Use_Negative_Input mov bx,Vin1_R2 call X_Display_Vin @@: ret X_Show_Current_IN1 endp endif; NO_VIA686HM_VIN1 ;R05 ifndef NO_VIA686HM_VIN2 ;R05 X_Show_Current_IN2 Proc Near cmp al, Special_Before je short @F mov cl,24h ; IN2 call X_Get_VIA686HM ifdef Vin2_Use_Negative_Input mov dx,Vin2_R1 else; Vin2_Use_Negative_Input mov dx,(Vin2_R1+Vin2_R2) endif; Vin2_Use_Negative_Input mov bx,Vin2_R2 call X_Display_Vin @@: ret X_Show_Current_IN2 endp endif; NO_VIA686HM_VIN2 ;R05 ifndef NO_VIA686HM_VIN3 ;R05 X_Show_Current_IN3 Proc Near cmp al, Special_Before je short @F mov cl,25h ; IN3 call X_Get_VIA686HM ifdef Vin3_Use_Negative_Input mov dx,Vin3_R1 else; Vin3_Use_Negative_Input mov dx,(Vin3_R1+Vin3_R2) endif; Vin3_Use_Negative_Input mov bx,Vin3_R2 call X_Display_Vin @@: ret X_Show_Current_IN3 endp endif; NO_VIA686HM_VIN3 ;R05 ifndef NO_VIA686HM_VIN4 ;R05 X_Show_Current_IN4 Proc Near cmp al, Special_Before je short @F mov cl,26h ; IN4 call X_Get_VIA686HM ifdef Vin4_Use_Negative_Input mov dx,Vin4_R1 else; Vin4_Use_Negative_Input mov dx,(Vin4_R1+Vin4_R2) endif; Vin4_Use_Negative_Input mov bx,Vin4_R2 call X_Display_Vin @@: ret X_Show_Current_IN4 endp endif; NO_VIA686HM_VIN4 ;R05 ifndef NO_VIA686HM_VIN5 X_Show_Current_IN5 Proc Near cmp al, Special_Before je short @F mov cl,27h ; IN5 call X_Get_VIA686HM ifdef Vin5_Use_Negative_Input mov dx,Vin5_R1 else; Vin5_Use_Negative_Input mov dx,(Vin5_R1+Vin5_R2) endif; Vin5_Use_Negative_Input mov bx,Vin5_R2 call X_Display_Vin @@: ret X_Show_Current_IN5 endp endif ;NO_VIA686HM_VIN5 ifndef NO_VIA686HM_VIN6 X_Show_Current_IN6 Proc Near cmp al, Special_Before je short @F mov cl,28h ; IN6 call X_Get_VIA686HM ifdef Vin6_Use_Negative_Input mov dx,Vin6_R1 else; Vin6_Use_Negative_Input mov dx,(Vin6_R1+Vin6_R2) endif; Vin6_Use_Negative_Input mov bx,Vin6_R2 call X_Display_Vin @@: ret X_Show_Current_IN6 endp endif; NO_VIA686HM_VIN6 endif; NO_SHOW_Voltage_FOR_VIA686HM ifndef BIOS60 Public X_Update_VIA686HM_Screen X_Update_VIA686HM_Screen Proc far pusha ifdef Update_Sensor_in_CPUFEAT cmp byte ptr CUR_PAGE[bp], PAGE_CPU else; Update_Sensor_in_CPUFEAT ifdef Update_Sensor_in_IOFEAT cmp byte ptr CUR_PAGE[bp], PAGE_IO else; Update_Sensor_in_IOFEAT cmp byte ptr CUR_PAGE[bp], PAGE_CFEATURE endif; Update_Sensor_in_IOFEAT endif; Update_Sensor_in_CPUFEAT jne short Update_VIA686HM_end ;---------------------------------------- mov si, offset VIA686HM_Item_List Update_VIA686HM_Start: mov bx, cs:[si] cmp bx, -1 je short Update_VIA686HM_end push si call X_Display_Whole_Item pop si inc si inc si jmp short Update_VIA686HM_Start ;---------------------------------------- Update_VIA686HM_end: popa retf X_Update_VIA686HM_Screen Endp endif ;BIOS60 ifdef BIOS60 db '$SpeRT' endif ;BIOS60 VIA686HM_Item_List Label Word ifdef BIOS60 dw VIA686HM_Runtime_No endif ;BIOS60 dw offset Current_CPU_Temp_Item dw offset Current_System_Temp_Item ifdef SHOW_VIA686HM_CPUFAN1 dw offset Current_CPUFAN1_Item endif; SHOW_VIA686HM_CPUFAN1 ifdef SHOW_VIA686HM_CPUFAN2 dw offset Current_CPUFAN2_Item endif; SHOW_VIA686HM_CPUFAN2 ifndef NO_SHOW_Voltage_FOR_VIA686HM ifndef No_Show_VIA686HM_IN0 dw offset Current_IN0_Item endif; No_Show_VIA686HM_IN0 ifndef NO_VIA686HM_VIN1 ;R05 dw offset Current_IN1_Item endif; NO_VIA686HM_VIN1 ;R05 ifndef NO_VIA686HM_VIN2 ;R05 dw offset Current_IN2_Item endif; NO_VIA686HM_VIN2 ;R05 ifndef NO_VIA686HM_VIN3 ;R05 dw offset Current_IN3_Item endif; NO_VIA686HM_VIN3 ;R05 ifndef NO_VIA686HM_VIN4 ;R05 dw offset Current_IN4_Item endif; NO_VIA686HM_VIN4 ;R05 ifndef NO_VIA686HM_VIN5 dw offset Current_IN5_Item endif ;NO_VIA686HM_VIN5 ifndef NO_VIA686HM_VIN6 dw offset Current_IN6_Item endif; NO_VIA686HM_VIN6 endif ;NO_SHOW_Voltage_FOR_VIA686HM VIA686HM_Runtime_No EQU (($ - offset VIA686HM_Item_List)-2)/2 dw -1 endif ;SENSOR_IN_XGROUP ENDIF ;COMPILE_FOR_SENSOR_MNU ENDIF ;COMPILE_FOR_SENSOR_MNU ;R02 - end