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Diffstat (limited to 'Board/EM/Csm/MBIOSEQU.EQU')
| -rw-r--r-- | Board/EM/Csm/MBIOSEQU.EQU | 1080 |
1 files changed, 1080 insertions, 0 deletions
diff --git a/Board/EM/Csm/MBIOSEQU.EQU b/Board/EM/Csm/MBIOSEQU.EQU new file mode 100644 index 0000000..d467f9f --- /dev/null +++ b/Board/EM/Csm/MBIOSEQU.EQU @@ -0,0 +1,1080 @@ +;Inclusion guard +ifndef _mbiosequ_equ_ +_mbiosequ_equ_ equ 1 +.586p +.xlist + +;**************************************************************************** +;**************************************************************************** +;** ** +;** (C)Copyright 1985-2001, American Megatrends, Inc. ** +;** ** +;** All Rights Reserved. ** +;** ** +;** 6145-F Northbelt Pkwy, Norcross, GA 30071 ** +;** ** +;** Phone (770)-246-8600 ** +;** ** +;**************************************************************************** +;**************************************************************************** +;**************************************************************************** +; $Header: /Alaska/SOURCE/Modules/CSM/Generic/OEM Hooks/MBIOSEQU.EQU 1 5/16/06 2:39p Olegi $ +; +; $Revision: 1 $ +; +; $Date: 5/16/06 2:39p $ +;**************************************************************************** +; Revision History +; ---------------- +; $Log: /Alaska/SOURCE/Modules/CSM/Generic/OEM Hooks/MBIOSEQU.EQU $ +; +; 1 5/16/06 2:39p Olegi +; +; 16 4/23/03 3:38p Anandj +; Added error type 'NO_PS2_MOUSE_ERR'. +; +; 15 1/28/03 4:01p Dickh +; New module id for osb_logo_module_id (On Screen Branding) added. +; +; 14 1/16/03 3:29p Dickh +; Added comment for module IDs F0 - FF (they are allocated for OEM use). +; +; 13 12/23/02 1:23p Anandj +; Currently BIOS supports 5 error types. +; Informal, Fatal, Warning, General and CMOS related enumerated 1 to 5. +; Types 6 and 7 are reserved for future BIOS core use. Error types 8 to F +; are to be used by OEM. +; +; 12 12/20/02 12:51p Kevinm +; Moved the structure SETUP_ATA_TABLE_STRUC here from SETUP.ASM. +; +; 11 9/11/02 11:17a Kevinm +; Updated to support up to 4 IDE channels. +; +; 10 5/24/02 1:40p Anandj +; Added 'DISPLAY_TOKEN_MESSAGE_UNBUFFERED' in the ouput API equates +; +; 9 5/01/02 10:37a Anandj +; Added a new error type PASSWORD_CHECK_ERROR_NON_CRITICAL the default +; behavior is set to warning. +; +; 8 4/09/02 5:07p Juand +; Added CID_CUSTOM_FOR_OEM as requested by INTEL. +; +; 7 12/14/01 10:55a Juand +; Defined bits three and four for the variable boot_block_flag. +; +; 6 12/04/01 9:42a Anandj +; Fixed the problem in the header of e820_info_struc +; +; 5 12/03/01 11:30a Anandj +; updated header for e820_info_struc +; +; 4 11/29/01 9:31a Anandj +; Additional memory type 'ram_os_1M' to support memory above 4GB +; the upper bit means he granularity is 1MB. +; While reporting we have to convert memory in no of bytes and reset the +; upper bit for memory type. +; +; 3 10/02/01 7:06p Sudhakaro +; Removed the invalid VSS prefix ("*"). +; +; 2 10/02/01 6:10p Sudhakaro +; Changed MIDs to CIDs to avoid confusion with ROM module IDs. +; +; 12 9/08/01 7:33a Sudhakaro +; Removed currently unused error code "UNKNOWN_BIOS_ERR". +; +; 11 8/28/01 8:28p Sudhakaro +; Added the equate CURSOR_COLUMN_FOR_IDE_INFO, being used in IDE +; information display. +; +; 10 8/22/01 6:09p Kevinm +; Added a module id for PARTIES logo. +; +; 9 8/17/01 7:39p Sudhakaro +; Kernel error codes are redefined to have lower byte of error codes +; directly mapped to SMBIOS error bits for errors defined in SMBIOS spec. +; +; 8 8/15/01 2:06p Sudhakaro +; Module IDs are allocated for all different components of BIOS. Error +; codes are modified to have Module ID in the upper byte. +; +; 7 8/13/01 3:44p Sudhakaro +; Added the equate CDS_0Eh_DATE_TIME_ERR_BIT for Bit-2 of CMOS Diagnostic +; Status Byte. +; +; 6 7/24/01 9:30a Anandj +; Macro eK_PROC is moved to mbiosmac.mac. +; +; 5 7/24/01 9:01a Anandj +; Macros IO_DELAY and IO_DELAY_BB are moved to mbiosmac.mac. +; +; 4 7/10/01 5:34p Chrism +; Deleted reference to num_proc_port +; +; 2 5/31/01 3:24p Anandj +; Changed the IO_DELAY macro and created IO_DELAY_BB for stackless use +; +; 1 5/25/01 1:38p Anandj +; First Check in on CORE database +; +; 5 5/10/01 4:51p Sudhakaro +; Updated to use the macro SET_ORG instead of ORG directive, so that +; MAPGUARD can detect the code overlap problems. +; +; 4 5/01/01 3:04p Sudhakaro +; Updated for <INS> and <END> key functionality during POST by shared +; data segment (BBLK_DSEG) between BootBlock and POST modules. +; +; 2 3/28/01 12:42p Sudhakaro +; Updated for TBLv1.1 integration +; +; 9 3/01/01 5:01p Juand +; Added include ek.equ for Table Driven POST. Removed multiple copyright +; blocks. +; +; 8 2/21/01 1:54p Juand +; Deleted temporary module id 30h that was being used for the BIGBIOS +; module. +; Created two new module_ids for SLAB and BCP data +; +; 7 2/20/01 9:22a Juand +; Deleted unused equates. +; +; 6 2/05/01 10:49a Juand +; Removed I2O equate. +; +; 5 1/11/01 5:29p Juand +; Removed int13 odule Header +; +; 4 12/14/00 6:04p Juand +; Removed RUNTIME Header structure definition. +; +; 3 11/21/00 1:50p Juand +; BigBIOS changes. +; +; 2 1/31/00 7:04p Juand +; Added Inclusion guard. +; +; 1 11/29/99 11:48a Debkumar +; Initial CheckIn for Core 7.00. +; +; 2 3/16/99 6:27p Robertj +; Added initial ADM code (beta version) +; +; 3 1/05/98 11:42a Debkumar +; New module IDs added. ARMD emulation type added. +; +; 1 9/16/97 11:22a Debkumar +; Files changed from 063000 to 063001 +; +; 3 5/23/97 7:41a Debkumar +; Equates added for ACPI Table Module ID (0Fh) and ACPI AML Module ID +; (10h) +; +; 2 3/12/97 3:51p Debkumar +; Module ID for OEM Logo Module added. +; +; 1 1/31/97 11:30a Debkumar +; New files for 62700. +; +; 2 1/09/97 3:42p Debkumar +; Equates added for Password used, FDD/HDD access control bits used in +; 40:EA. +; +; 1 1/02/97 10:50a Debkumar +; Started with 6.26.02 files. +; +; 9 12/30/96 2:03p Debkumar +; ROMID and INT13 module IDs added. +; +; 1 11/04/96 6:06p Debkumar +; +; 8 11/01/96 11:40a Debkumar +; ROMID Module ID equate (0Ch) added. +; +; 2 8/28/96 9:14a Mandal +; Synchronized with bestlink current changes for 6.26 release with USB +; support, INT10.BIN module, HDISK/CDROM changes. +; +; 6 4/03/96 6:33p Mandal +; MPS module ID added. +; +; 3 2/19/96 6:47p Mandal +; BBLK_RUNTIME_INTERFACE_MODULE_ID equate added. +; +; 2 1/12/96 5:06p Dickh +; Added SourceSafe keywords to track revision history. +;**************************************************************************** +;**************************************************************************** + + +;---------------------------------------; +; COMPRESSED BIOS EQUATES ; +;---------------------------------------; +setup_binary_module_id equ 04h ; SETUP Binary identifier +bblk_runtime_interface_module_id equ 08h; Module containing uncompress routine +notebook_module_id equ 0Ah ; NoteBook BIOS Module identifier +romid_module_id equ 0Ch ; ROMID Module identifier +oem_logo_module_id equ 0Eh ; OEM Logo Module identifier +acpi_table_module_id equ 0Fh ; ACPI Table Module identifier +acpi_aml_module_id equ 10h ; ACPI AML Code Module identifier +micro_code_module_id equ 11h ; P6 Micro Code Module identifier + micro_code_patch_length equ 08h ; #of bytes added to Micro code..this + ; helps us update BIOS checksum when + ; micro code gets updated in runtime + ; IF THIS EUQATE GETS CHANGED, NECESSARY + ; CHANGES NEEDS TO BE DONE IN CORE.MAK FILE +memory_size_module_id equ 15h ; Memory Sizing Module identifier +bios_debug_module_id equ 17h ; BIOS Debug Module identifier +adm_module_id equ 18h ; Display Manager Module identifier +adm_font_module_id equ 19h ; Font Module identifier +small_logo_module_id equ 1ah ; Small Logo(s) Module identifer +slab_module_id equ 1bh ; Single Link Arch BIOS Module identifier +bcp_info_module_id equ 1ch ; BCP data area module identifier + ; 1D-1F..Reserved for future use + ; 20-2F..For User defined module +pci_option_rom_id equ 20h ; PCI Option ROM identifier +multi_language_module_id equ 21h ; Multi Language identifier + ; 30-3F..Reserved for future use +serial_redir_module_id equ 2fh +parties_logo_module_id equ 30h +osb_logo_module_id equ 31h ; On Screen Branding Logo Package + ; F0-FF..Reserved for OEM use, these + ; IDs should never be used by AMI. + + +;-----------------------------------------------------------------------; +; BOOT DRIVE EQUATES ; +;-----------------------------------------------------------------------; +hdd0_boot_drive equ 01h +hdd1_boot_drive equ hdd0_boot_drive+1 +hdd2_boot_drive equ hdd1_boot_drive+1 +hdd3_boot_drive equ hdd2_boot_drive+1 +hdd4_boot_drive equ hdd3_boot_drive+1 +hdd5_boot_drive equ hdd4_boot_drive+1 +hdd6_boot_drive equ hdd5_boot_drive+1 +hdd7_boot_drive equ hdd6_boot_drive+1 +fdd0_boot_drive equ hdd7_boot_drive+1 +fdd1_boot_drive equ fdd0_boot_drive+1 +afd_boot_drive equ fdd1_boot_drive+1 +afd_hdd_boot_drive equ afd_boot_drive+1 +cd_boot_drive equ afd_hdd_boot_drive+1 +scsi_boot_drive equ cd_boot_drive+1 +network_boot_drive equ scsi_boot_drive+1 + + +;---------------------------------------; +; MISCELLANEOUS EQUATES ; +;---------------------------------------; +level_1_int equ 70h ; master int controller base +level_2_int equ 08 ; slave int controller base +beep_one_on_time equ 0e0h ; speaker on time +beep_one_off_time equ 0d0h ; speaker off time +beep_one_envelope_time equ 080h ; envelope time for single beep +beep_error_off_time equ 6 ; silence period for error beep + + +;---------------------------------------; +; 8254 TIMER EQUATES ; +;---------------------------------------; +timer_control_port equ 43h ; 8254 control register +timer_2_port equ 42h ; 8254 ch_2 select +timer_1_port equ 41h ; 8254 ch_1 select +timer_0_port equ 40h ; 8254 ch_0 select +timer_delta_wait_time equ 10h ; time for delta count test +timer_delta_count_diff equ 10 ; tollerable delta count diff +timer_delta_1_data equ 0ffh ; data for delta count 1 test +timer_delta_2_data equ 0eeh ; data for delta count 2 test +refresh_delta_count_diff equ 10 ; refresh duty tolerance. + + +;---------------------------------------; +; 8042 KB CONTROLLER EQUATES ; +;---------------------------------------; +kb_stat_port equ 64h ; keyboard status port +sound_port equ 61h ; parity,refresh,sound,timer .. +refresh_port equ 61h +kb_data_port equ 60h ; keyboard data port +kb_buffer_wait_time equ 12 ; kb buffer full loop count + + +;---------------------------------------; +; CMOS EQUATES ; +;---------------------------------------; +cmos_addr_port equ 70h ; address selection port +cmos_data_port equ 71h ; data r/w port +shutdown_code_1 equ 01 ; shutdown after memory error +shutdown_code_2 equ 02 ; v_mode exception shut code +shutdown_code_3 equ 03 ; shutdown after memory test +shutdown_code_6 equ 06 ; to display memory size + + +;---------------------------------------; +; VIRTUAL MODE EQUATES ; +;---------------------------------------; +v_mode_msw equ 0001h ; virtual mode machine status +v_mode_idt_size equ 0100h ; virtual mode IDT segment size +v_mode_dum_size equ 0000h ; virtual mode dummy seg size +v_mode_dum_offs equ 0000h ; virtual mode dummy offset +v_mode_ds_size equ 0fc00h ; virtual mode (DS) seg size +v_mode_ds_offs equ 0400h ; virtual mode (DS) offset +v_mode_es_size equ 0ffffh ; virtual mode (ES) seg size +v_mode_es_offs equ 0000h ; virtual mode (ES) offset +v_mode_ss_size equ 0100h ; virtual mode (SS) seg size +v_mode_ss_offs equ 0300h ; virtual mode (SS) offset +v_mode_cs_size equ 0ffffh ; virtual mode (CS) seg size +v_mode_cs_offs equ 0000h ; virtual mode (CS) offset +v_mode_es_entry equ 40h ; virtual mode (ES) entry ,, + + +;---------------------------------------; +; 8237 DMA CONTROLLER EQUTES ; +;---------------------------------------; +dma_1_byte_ptr_ff_reset equ 0ch ; DMA unit 1 byte ptr f/f clear +dma_unit_1_command_port equ 08h ; DMA unit 1 command port +dma_unit_1_base equ 00h ; DMA unit 1 base +dma_unit_1_mask_clear equ 0eh ; DMA unit 1 mask clear +dma_unit_1_mode equ 0bh ; DMA unit 1 mode +dma_unit_1_master_clear equ 0dh ; DMA unit 1 reset port +dma_2_byte_ptr_ff_reset equ 0d8h ; DMA unit 2 byte ptr f/f clear +dma_unit_2_master_clear equ 0dah ; DMA unit 2 reset port +dma_unit_2_command_port equ 0d0h ; DMA unit 2 command port +dma_unit_2_base equ 0c0h ; DMA unit 2 base +dma_unit_2_mask_clear equ 0dch ; DMA unit 2 mask clear +dma_unit_2_mode equ 0d6h ; DMA unit 2 mode +dma_unit_2_writ_req_reg equ 0d2h ; DMA unit 2 write request +dma_unit_2_mask_s_r_reg equ 0d4h ; DMA unit 2 mask set reset +dma_page_base equ 80h ; DMA page register base +dma_page_ch_1 equ 87h ; DMA page channel 1 +dma_page_ch_2 equ 83h ; DMA page channel 2 +dma_page_registers equ 16 ; DMA page registers count +dma_channel_registers equ 8 ; DMA channel registers count + + +;---------------------------------------; +; 8259 INTERRUPT CNTLR EQUATES ; +;---------------------------------------; +i_m_m_port equ 21h ; interrupt master mask port +i_s_m_port equ 0a1h ; interrupt slave mask port +i_c_m_port equ 20h ; interrupt cntlr master port +i_c_s_port equ 0a0h ; interrupt cntlr slave port + + + +;---------------------------------------; +; E-820 information structure ; +;---------------------------------------; + +;<AMI_SHDR_START> +;---------------------------------------------------------------------------- +; Name: e820_info_struc +; +; Fields: Name Type Description +; ------------------------------------------------------------ +; start_addr DWORD 32-bit start address +; size_bytes DWORD size in bytes +; mem_type byte memory type +; +; Description: Structure used to define E820 information by the BIOS as well +; as emodules. +; +; different available memory types are +; "!!!! only Following types are reported to OS !!!!" +; ram_os(01h) - memory type available to OS +; ram_res(02h) - memory type reserved by system and +; must not be used by OS +; ram_acpi_data(03h)- ACPI Reclaim data area +; ram_acpi_nvs(04h)- ACPI NVS area +; +; "!!!! FOR BIOS INTERNAL PURPOSE ONLY !!!!" +; ram_dummy(0FFh) Dummy entry for BIOS internal use. +; "!!!! Addition for memory above 4GB !!!!" +; ram_os_1M(081h) - memory type available to OS the upper +; bit means he granularity is 1MB. +; While reporting we have to convert +; memory in no of bytes and reset the +; upper bit for memory type. +; +; +; +;---------------------------------------------------------------------------- +;<AMI_SHDR_END> + +e820_info_struc struc + start_addr dd ? ; 32-bit start address + size_bytes dd ? ; size in bytes + mem_type db ? ; memory type +e820_info_struc ends + +ram_os equ 01h ; memory type available to OS +ram_res equ 02h ; memory type reserved by system and + ; must not be used by OS +ram_acpi_data equ 03h ; ACPI Reclaim data area +ram_acpi_nvs equ 04h ; ACPI NVS area +ram_dummy equ 0FFh ; Dummy entry for BIOS internal use. + +; Addition for memory above 4GB "!!!! FOR INTERNAL PURPOSE ONLY !!!!" +ram_os_1M equ 081h ; memory type available to OS + ; the upper bit means he granularity + ; is 1MB. + ; While reporting we have to convert + ; memory in no of bytes and reset the + ; upper bit for memory type. + ; + +;---------------------------------------; +; FDD/HDD Access Control Equates ; +; in 40:EA (OEM_SUPPORT_BYTE) ; +;---------------------------------------; +password_used_bit equ 00000001b; Bit-0 = 0..No Password or Supervisor Password used + ; 1..User Password used +fdd_remove_bit equ 00000010b; Bit-1 = 0..FDD is present + ; 1..FDD is removed +fdd_access_control_bit equ 00000100b; Bit-2 = 0..FDD R/W + ; 1..FDD R/O +hdd_access_control_bit equ 00001000b; Bit-3 = 0..HDD R/W + ; 1..HDD R/O + ; Bit7-4 = Not Used +;---------------------------------------; +; ARMD Device Emulation Type ; +;---------------------------------------; +armd_fdd_emulation equ 00h ; 00 -> ARMD to be emulated as Floppy +armd_hdd_emulation equ 01h ; 01 -> ARMD to be emulated as Hard Disk +;------------- BIOS_SCRATCH ------------; +bios_f_shadow_bit equ 00000001b; F000 shadow information + ; 0 = Disabled + ; 1 = Enabled +bios_e_shadow_bit equ 00000010b; E000 shadow information + ; 0 = Disabled + ; 1 = Enabled + ; Bit3-2........NOT USED +floppy_error_bit equ 00010000b; POST Floppy Error Status + ; 0 = FDD ok + ; 1 = FDD error +acpi_aware_os_bit equ 00100000b; ACPI Aware OS Information + ; 0 = Not an ACPI Aware OS + ; 1 = ACPI Aware OS +bios_post_complete_bit equ 01000000b; BIOS POST information + ; 0 = POST not complete + ; 1 = POST complete +int19_display_bit equ 10000000b; Active display during INT19 + ; 0 = BIOS display + ; 1 = OEM display + +;------------- RT_CMOS_BYTE ------------; +rt_cmos_os2_bit equ 10000000b; bit-7 = OS2 compatibilty mode +rt_cmos_ps2_bit equ 01000000b; bit-6 = PS2 Mouse support +rt_cmos_virus_bit equ 00100000b; bit-5 = virus protection +rt_cmos_password_bit equ 00010000b; bit-4 = password check +rt_cmos_parity_bit equ 00001000b; bit-3 = parity check +rt_cmos_6064_bit equ 00000100b; bit-2 = 60/64 emulation + ; bit1-0..not used + +;-----------------------------------------------------------------------; +; CONTROLLER_DETAILS_STRUC ; +;-----------------------------------------------------------------------; +CHANNEL_DETAILS_STRUC struc + wBasePortAddress dw ? ; Base Port Address + wControlPortAddress dw ? ; Control Port Address + wBusMasterPortAddress dw ? ; Bus Master Port Address + wPtrISR dw ? ; ptr to IRQ ISR + bIRQ db ? ; IRQ Value + wBusDeviceFunction dw ? ; Bus#, Device#, Function# +CHANNEL_DETAILS_STRUC ends + +;-----------------------------------------------------------------------; +; bMiscInfo Details ; +;-----------------------------------------------------------------------; +; following information is built from setup question +i13_virus_protection_bit equ 00000001b; bit-0 = virus protection information + ; 0 = disabled, 1 = enabled +; following information is built from IDE_PARAM_VALIDATE_BIT in _MISC_INFO byte +i13_ata_parameter_validate_bit equ 00000010b; bit-1 = ATA parameter validate information + ; 0 = do not vaildate user selection + ; 1 = validate user selection +i13_fdd_setup_bit equ 00000100b; bit-2 = FDD init information + ; 0 = do not execute FDD setup + ; 1 = execute FDD setup +i13_display_smart_status_bit equ 00001000b; bit-3 = Display SMART staus information + ; 0 = do not display SMART status + ; 1 = display SMART status +i13_display_dma_status_bit equ 00010000b; bit-4 = Display DMA staus information + ; 0 = do not display DMA status +i13_activate_INT13_ISR_bit equ 00100000b; bit-5 = 1 to + +; ; Bit7-5= not used + +;-----------------------------------------------------------------------; +; ATA(PI) INFORMATION USED BY SETUP SERVER ; +;-----------------------------------------------------------------------; +SETUP_ATA_INFO_STRUC struc + bType db ? ; device type 0/1/2/3 for None/HDD/CDROM/ARMD + wInfo dw ? ; bit-mapped information (bit definitions, see below) + wCylinder dw ? ; #of cylinders (1-based) + bHead db ? ; #of heads (1-based) + bSPT db ? ; #of sectors per track + dNoOfSectors dd ? ; total #of sectors + bPIOMode db ? ; PIO Mode + bADMAMode db ? ; Async DMA Mode (single/multi word depends on the INFO Word) + bUDMAMode db ? ; Sync (Ultra) DMA Mode + bMultiSector db ? ; #of sectors that can be xferred in one interrupt + bSizeString db 8 dup (?); ASCIIZ Size string + bVendorString db 41 dup (?); ASCIIZ Vendor string +SETUP_ATA_INFO_STRUC ends + +;-----------------------------------------------------------------------; +; SETUP_ATA_TABLE ; +; this table contains the information regarding the base address and the; +; device selection value to be used by BIOS for auto-detecting all the ; +; ATA(PI) devices before going to Setup. ; +;-----------------------------------------------------------------------; +SETUP_ATA_TABLE_STRUC STRUC + wBasePortAddress dw ? ; base port address + bDeviceSelection db ? ; 80h/81h for master/slave +SETUP_ATA_TABLE_STRUC ENDS + +;-----------------------------------------------------------------------; +; INFO WORD DETAILS in SETUP_ATA_INFO_STRUC ; +;-----------------------------------------------------------------------; +chs_bit equ 00000001b; bit-0 = 1..CHS information valid +pio_bit equ 00000010b; bit-1 = 1..PIO supported +block_bit equ 00000100b; bit-2 = 1..block xfer supported +lba_bit equ 00001000b; bit-3 = 1..LBA translation supported +smart_bit equ 00010000b; bit-4 = 1..SMART supported +async_sw_dma_bit equ 00100000b; bit-5 = 1..Async SingleWord DMA supported +async_mw_dma_bit equ 01000000b; bit-6 = 1..Async MultiWord DMA supported +sync_dma_bit equ 10000000b; bit-7 = 1..Sync DMA supported + +;-----------------------------------------------------------------------; +; BOOT_BLOCK_FLAG ; +; these bits define the different programming options based on the keys ; +; pressed during power-on. ; +;-----------------------------------------------------------------------; +; NOTE: the HALT_AFTER_PRGRAM_BIT is build during BIOS building, all other +; bits are set/reset properly in recovery code according to the forced +; recovery condition (e.g. key-strokes pressed) during power-on. +halt_after_program_bit equ 00000001b; bit-0 = 0..reset after programming + ; 1..halt after programming +destroy_cmos_bit equ 00000010b; bit-1 = 0..do not destroy cmos + ; 1..destroy cmos +destroy_nvram_bit equ 00000100b; bit-2 = 0..do not destroy NVRAM + ; 1..destroy NVRAM +recovery_request_bit equ 00001000b; bit-3 = 0..Do not force FLASH recovery + ; 1..Force FLASH recovery +recovery_result_bit equ 00010000b; bit-4 = 0..FLASH recovery success + ; 1..FLASH recovery failed + ; bit-5.....reserved for future use +rom_checksum_bit equ 01000000b; bit-6 = 0..existing ROM checksum good + ; 1..existing ROM checksum bad +flash_program_bit equ 10000000b; bit-7 = 0..do not program Flash part + ; 1..program Flash part + +;-----------------------------------------------------------------------; +; ATAPI DEVICE SUPPORT IN BOOT BLOCK RECOVERY ; +;-----------------------------------------------------------------------; +; ATAPI_HARDWARE_ENTRY ; +;-----------------------------------------------------------------------; +ATAPI_HARDWARE_ENTRY_STRUC struc + wBasePort dw ? ; Base Port Address + wControlPort dw ? ; Control Port Address + bDriveSelection db ? ; Drive Selection Parameter + bIRQ db ? ; IRQ used +ATAPI_HARDWARE_ENTRY_STRUC ends + +;-----------------------------------------------------------------------; +; ATAPI_HARDWARE_INFO ; +;-----------------------------------------------------------------------; +ATAPI_HARDWARE_INFO_STRUC struc + wNoEntry dw ? ; #of entries present +ATAPI_HARDWARE_INFO_STRUC ends + + +;-----------------------------------------------------------------------; +; WFM LOCKOUT CAPABILITIES BIT MAP DEFINITION ; +;-----------------------------------------------------------------------; +; 1 0 +; 5432109876543210 +wfm_hard_onoff_bit equ 0000000000000001b; bit-0, Reserved (No longer used) +wfm_soft_onoff_bit equ 0000000000000010b; bit-1, Soft On/Off +wfm_reset_switch_bit equ 0000000000000100b; bit-2, Reset Button +wfm_mouse_bit equ 0000000000001000b; bit-3, Mouse +wfm_ctrl_alt_del_bit equ 0000000000010000b; bit-4, Ctrl-Alt-Del +wfm_all_key_ecad_bit equ 0000000000100000b; bit-5, All Keyboard Activity except Ctrl-Alt-Del + +wfm_not_used_bits equ 1111111111000000b; bit15-6..Not used + + +;-----------------------------------------------------------------------; +; INFORMATION ABOUT THE MEMORY SIZING MODULE OUTSIDE BOOTBLOCK ; +;-----------------------------------------------------------------------; +; MEMORY SIZING MODULE INFO STRUCTURE ; +; this information will be present at the start of memory sizing code. ; +;-----------------------------------------------------------------------; +MEMORY_SIZING_INFO_STRUC struc + dEntryOffset dd 1 dup (?) ; entry offset of memory sizing code + wEntrySelector dw 1 dup (?) ; entry selector of memory sizing code + wOffsetGDTLabel dw 1 dup (?) ; pointer to GDT Label having GDT table address and length + wOffsetGDTTable dw 1 dup (?) ; pointer to GDT Table +MEMORY_SIZING_INFO_STRUC ends + +;-----------------------------------------------------------------------; +; GDT LABEL STRUCTURE IN MEMORY SIZING MODULE ; +; the GDT Label contains information about the length and the physical ; +; address of the GDT table. ; +;-----------------------------------------------------------------------; +MEMORY_SIZING_GDT_LABEL_STRUC struc + wLength dw 1 dup (?) ; length (0-based) of GDT table + dGDTTableAddress dd 1 dup (?) ; 32Bit physical address of GDT table +MEMORY_SIZING_GDT_LABEL_STRUC ends + +;-----------------------------------------------------------------------; +; GDT TABLE STRUCTURE IN MEMORY SIZING MODULE ; +; the GDT Table information which is present in memory sizing module. ; +;-----------------------------------------------------------------------; +MEMORY_SIZING_GDT_TABLE_STRUC struc + bDummyDescriptor db 8 dup (?) ; dummy descriptor + bMemorySizeCodeDescriptor db 8 dup (?) ; memory sizing code descriptor + bMemorySizeDataDescriptor db 8 dup (?) ; memory sizing data descriptor + b4GBCodeDescriptor db 8 dup (?) ; Flat mode code descriptor + b4GBDataDescriptor db 8 dup (?) ; Flat mode data descriptor + bF000CodeDescriptor db 8 dup (?) ; F000 code descriptor + bF000DataDescriptor db 8 dup (?) ; F000 data descriptor +MEMORY_SIZING_GDT_TABLE_STRUC ends + +;-----------------------------------------------------------------------; +ss_value_for_cs equ offset MEMORY_SIZING_GDT_TABLE_STRUC.bMemorySizeDataDescriptor +ss_value_for_f000 equ offset MEMORY_SIZING_GDT_TABLE_STRUC.bF000DataDescriptor +flat_ds_value equ offset MEMORY_SIZING_GDT_TABLE_STRUC.b4GBDataDescriptor +;-----------------------------------------------------------------------; + + +;-----------------------------------------------------------------------; +CDROM_BUF_LENGTH equ 80h +;-----------------------------------------------------------------------; + + +;============================================================================ +; For eKernel [Start] +;============================================================================ +ASCII_CHAR_CR EQU 0Dh +ASCII_CHAR_LF EQU 0Ah +TRUE EQU 0FFh +FALSE EQU 00 + + +;---------------------------------------------------------------------------- +; Structure used in TDB +;---------------------------------------------------------------------------- + +stTblEntryNEAR STRUCT + EntryPtr DW 0000h +stTblEntryNEAR ENDS + + +stIDAndTblEntryNEAR STRUCT + EntryID DW 0000h + EntryPtr DW 0000h +stIDAndTblEntryNEAR ENDS + + +stTblEntryFAR STRUCT + EntryPtr DD 0000h +stTblEntryFAR ENDS + + +stIDAndTblEntryFAR STRUCT + EntryID DW 0000h + EntryPtr DD 0000h +stIDAndTblEntryFAR ENDS + + +;============================================================================ +; B I T E Q U A T E S +;============================================================================ +BIT_0 EQU 01h +BIT_1 EQU 02h +BIT_2 EQU 04h +BIT_3 EQU 008h +BIT_4 EQU 010h +BIT_5 EQU 020h +BIT_6 EQU 040h +BIT_7 EQU 080h +BIT_8 EQU 0100h +BIT_9 EQU 0200h +BIT_10 EQU 0400h +BIT_11 EQU 0800h +BIT_12 EQU 01000h +BIT_13 EQU 02000h +BIT_14 EQU 04000h +BIT_15 EQU 08000h +BIT_16 EQU 010000h +BIT_17 EQU 020000h +BIT_18 EQU 040000h +BIT_19 EQU 080000h +BIT_20 EQU 0100000h +BIT_21 EQU 0200000h +BIT_22 EQU 0400000h +BIT_23 EQU 0800000h +BIT_24 EQU 01000000h +BIT_25 EQU 02000000h +BIT_26 EQU 04000000h +BIT_27 EQU 08000000h +BIT_28 EQU 010000000h +BIT_29 EQU 020000000h +BIT_30 EQU 040000000h +BIT_31 EQU 080000000h + +BIT0 equ 001h +BIT1 equ 002h +BIT2 equ 004h +BIT3 equ 008h +BIT4 equ 010h +BIT5 equ 020h +BIT6 equ 040h +BIT7 equ 080h +BIT8 equ 100h +BIT9 equ 200h +BIT10 equ 400h +BIT11 equ 800h +BIT12 equ 1000h +BIT13 equ 2000h +BIT14 equ 4000h +BIT15 equ 8000h +BIT16 equ 10000h +BIT17 equ 20000h +BIT18 equ 40000h +BIT19 equ 80000h +BIT20 equ 100000h +BIT21 equ 200000h +BIT22 equ 400000h +BIT23 equ 800000h +BIT24 equ 1000000h +BIT25 equ 2000000h +BIT26 equ 4000000h +BIT27 equ 8000000h +BIT28 equ 10000000h +BIT29 equ 20000000h +BIT30 equ 40000000h +BIT31 equ 80000000h + + +;============================================================================ +; C M O S +;============================================================================ +CMOS_DIAG_STS_0Eh EQU 08Eh + CDS_0Eh_DATE_TIME_ERR_BIT EQU BIT_2 + CDS_0Eh_HDD_ERR_BIT EQU BIT_3 + CDS_0Eh_INVALID_CONFIG_BIT EQU BIT_5 + CDS_0Eh_BAD_CHECKSUM_BIT EQU BIT_6 + CDS_0Eh_RTC_LOST_POWER_BIT EQU BIT_7 +CMOS_SHUTDOWN_STS_0Fh EQU 08Fh +CMOS_MACHINE_CONFIG_14h EQU 094h +CMOS_BASE_MEM_LOW_15h EQU 095h +CMOS_BASE_MEM_HIGH_16h EQU 096h +CMOS_KB_MEM_LOW_17h EQU 097h +CMOS_KB_MEM_HIGH_18h EQU 098h +CMOS_KB_MEM_LOW_30h EQU 0B0h + CMOS_30h_FLASH_UPDATE_REQ_SIGN EQU 055AAh +CMOS_KB_MEM_HIGH_31h EQU 0B1h +CMOS_SCRATCH_33h EQU 0B3h + CSCR_33h_CACHE_GOOD_BIT EQU 00000001b + CSCR_33h_SOFT_RESET_BIT EQU 00000100b + CSCR_33h_FLASH_UPDATE_REQ_BIT EQU 01000000b + CSCR_33h_MEM_EXPANSION_BIT EQU 10000000b +CMOS_SCRATCH_34h EQU 0B4h +CSCR_34h_NVRAM_PRESENT_BIT EQU 10000000b +CMOS_MB_MEM_LOW_35h EQU 0B5h +CMOS_MB_MEM_HIGH_36h EQU 0B6h + + +;============================================================================ +; C O M P O N E N T I D s F O R B I O S C O M P O N E N T S +;============================================================================ +;; 000h-03Fh : CIDs for CORE compnents. +CID_KERNEL EQU 000h +CID_CPU EQU 001h +CID_FLASH EQU 002h +CID_SUPER_IO EQU 003h +;; 040h-04Fh : CIDs for CHIPSET compnents. +CID_CHIPSET_BASE EQU 040h +CID_NORTH_BRIDGE EQU 041h +CID_SOUTH_BRIDGE EQU 042h +;; 050h-06Fh : CIDs for BOARD compnents. +CID_BOARD_BASE EQU 050h +CID_OEM EQU 051h +;; 070h-07Fh : CIDs RESERVED for future use. +CID_CUSTOM_FOR_OEM EQU 070h +;; 080h-0BFh : CIDs for optional eMODULEs. +CID_SMI EQU 080h +CID_USB EQU 081h +CID_ACPI EQU 082h +CID_SMBIOS EQU 083h +CID_SREDIR EQU 084h +CID_DEBUGGER EQU 085h +;; 0C0h-0F9h : CIDs RESERVED for future use. +;; 0FAh-0FFh : CIDs for temperory usage till a unique CID is allocated. +CID_TEMP_0 EQU 0FAh +CID_TEMP_1 EQU 0FBh +CID_TEMP_2 EQU 0FCh +CID_TEMP_3 EQU 0FDh +CID_TEMP_4 EQU 0FEh +CID_UNDEFINED EQU 0FFh + + +;============================================================================ +; B I O S T A B L E S +;============================================================================ + + +;---------------------------------------------------------------------------- +; BIOS Table Types +;---------------------------------------------------------------------------- +TT_DUMMY EQU 000h +;;TT_MEM_MAPPED_DEV_INIT EQU 010h +TT_IO_MAPPED_DEV_INIT EQU 020h +TT_PCI_DEV_INIT EQU 030h +TT_QBASED_PCI_DEV_INIT EQU 031h + + +;---------------------------------------------------------------------------- +; Structures used in BIOS tables +;---------------------------------------------------------------------------- +stBTblInfo STRUCT + bTblType DB TT_DUMMY + dProcessingFunc DD 00000000h +stBTblInfo ENDS + + +stBTblHdr STRUCT + bTblType DB TT_DUMMY + wTblStart DW 0000h + wTblEnd DW 0000h + dwData1 DW 0000h + dData2 DD 00000000h +stBTblHdr ENDS + + +stReg STRUCT + bRegIndex DB 0FFh + bANDMask DB 0FFh + bORMask DB 00h +stReg ENDS + + +stQBasedReg STRUCT + wSetupQst DW 0FFFFh + bRegIndex DB 0FFh + bMappedBitMask DB 00h + dCallBackFn DD 0000000h +stQBasedReg ENDS + + +;============================================================================ +; E R R O R M A N A G E R +;============================================================================ +;---------------------------------------------------------------------------- +; Structure to define Error Objects +;---------------------------------------------------------------------------- +stBIOSError STRUCT + wErrorCode DW 00000h;Bit[0-7] - Error number. + ;Bit[8-15] - Module ID. + + wErrorAttrib DW 00000h;Bit[0-3] - Error type. + ERROR_TYPE_MASK EQU 0000Fh + ET_NOT_AN_ERR EQU 00000h + ET_INFORMAL EQU 00001h + ET_WARNING EQU 00002h + ET_GENERAL EQU 00003h + ET_CMOS_RELATED EQU 00004h + ET_FATAL EQU 00005h + ; EQU 00006h ;Reserved for CORE + ; EQU 00007h ;Furure use. + + ET_OEM1 EQU 00008h ; Types 08-0Fh : can be used bye OEMs + + MAPS_TO_SMBIOS_ERR_BIT EQU BIT_4 ;Bit[4]-Set for SMBIOS mapped errs. + ;Bit[5-15] - RESERVED. + + wDisplayErrorInfoProcOffset DW 00h; = 0FFFFh for string token. + wDisplayErrorInfoProcSeg DW 00h; = Token number for string token. +stBIOSError ENDS + +;---------------------------------------------------------------------------- +; Error Codes mapped to SMBIOS Error Bits +;---------------------------------------------------------------------------- +;All commented error codes are not implemented in the current CORE. +TIMER_COUNT_RW_ERR EQU (CID_KERNEL SHL 8) + 000h ;Bit-00 +;MASTER_PIC_ERR EQU (CID_KERNEL SHL 8) + 001h ;Bit-01 +;SLAVE_PIC_ERR EQU (CID_KERNEL SHL 8) + 002h ;Bit-02 +CMOS_BATTERY_ERR EQU (CID_KERNEL SHL 8) + 003h ;Bit-03 +CMOS_DIAG_STS_ERR EQU (CID_KERNEL SHL 8) + 004h ;Bit-04 +CMOS_CHECKSUM_ERR EQU (CID_KERNEL SHL 8) + 005h ;Bit-05 +;CMOS_CONFIG_ERR EQU (CID_KERNEL SHL 8) + 006h ;Bit-06 +;MOUSE_KBD_SWAP_ERR EQU (CID_KERNEL SHL 8) + 007h ;Bit-07 +KBD_LOCK_ERR EQU (CID_KERNEL SHL 8) + 008h ;Bit-08 +NO_KBD_ERR EQU (CID_KERNEL SHL 8) + 009h ;Bit-09 +KBC_BAT_TEST_ERR EQU (CID_KERNEL SHL 8) + 00Ah ;Bit-10 +CMOS_MEMORY_SIZE_ERR EQU (CID_KERNEL SHL 8) + 00Bh ;Bit-11 +RAM_RW_TEST_ERR EQU (CID_KERNEL SHL 8) + 00Ch ;Bit-12 +;CACHE_MEMORY_ERR EQU (CID_KERNEL SHL 8) + 00Dh ;Bit-13 +FDD_0_ERR EQU (CID_KERNEL SHL 8) + 00Eh ;Bit-14 +FDD_1_ERR EQU (CID_KERNEL SHL 8) + 00Fh ;Bit-15 +FLOPPY_CONTROLLER_ERR EQU (CID_KERNEL SHL 8) + 010h ;Bit-16 +;ATA_DRIVES_REDUCED_ERR EQU (CID_KERNEL SHL 8) + 011h ;Bit-17 +CMOS_DATE_TIME_ERR EQU (CID_KERNEL SHL 8) + 012h ;Bit-18 +;DDC_MONITOR_CONFIG_CHANGE_ERR EQU (CID_KERNEL SHL 8) + 013h ;Bit-19 +NO_PS2_MOUSE_ERR EQU (CID_KERNEL SHL 8) + 014h ;Bit-20 + + ;; No specific errors are defined for Bit[21-38] + + ;; in SMBIOS Specification-V2.3. Some of these bits are for OEM + ;; asignment. So, as per as the CORE is conserned, we can use the + ;; corressponding error codes (Error codes from 14h-26h) to define + ;; non-SMBIOS mapped errors, if needed in future. + +;PCI_MEM_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 027h ;Bit-39 +;PCI_IO_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 028h ;Bit-40 +;PCI_IRQ_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 029h ;Bit-41 +;PNP_MEM_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 02Ah ;Bit-42 +;PNP_MEM32_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 02Bh ;Bit-43 +;PNP_IO_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 02Ch ;Bit-44 +;PNP_IRQ_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 02Dh ;Bit-45 +;PNP_DMA_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 02Eh ;Bit-46 +;PNP_SERIAL_ID_CHECKSUM_ERR EQU (CID_KERNEL SHL 8 + 02Fh ;Bit-47 +;PNP_RS_DATA_CHECKSUM_ERR EQU (CID_KERNEL SHL 8) + 030h ;Bit-48 +;STATIC_RS_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 031h ;Bit-49 +;NVRAM_CHECKSUM_ERR EQU (CID_KERNEL SHL 8) + 032h ;Bit-50 +;SYSTEM_DEV_RS_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 033h ;Bit-51 +;NO_PRIMARY_OUTPUT_DEV_ERR EQU (CID_KERNEL SHL 8) + 034h ;Bit-52 +;NO_PRIMARY_INPUT_DEV_ERR EQU (CID_KERNEL SHL 8) + 035h ;Bit-53 +;NO_PRIMARY_BOOT_DEV_ERR EQU (CID_KERNEL SHL 8) + 036h ;Bit-54 +;NVRAM_CLEARED_BY_JUMPER_ERR EQU (CID_KERNEL SHL 8) + 037h ;Bit-55 +;INVALID_NVRAM_DATA_ERR EQU (CID_KERNEL SHL 8) + 038h ;Bit-56 +;FDC_RS_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 039h ;Bit-57 +;PRI_ATA_RS_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 03Ah ;Bit-58 +;SEC_ATA_RS_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 03Bh ;Bit-59 +;PARALLEL_PORT_RS_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 03Ch ;Bit-60 +;SERIAL_PORT1_RS_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 03Dh ;Bit-61 +;SERIAL_PORT2_RS_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 03Eh ;Bit-62 +;AUDIO_RS_CONFLICT_ERR EQU (CID_KERNEL SHL 8) + 03Fh ;Bit-63 + +;---------------------------------------------------------------------------- +; Error Codes NOT mapped to SMBIOS Error Bits +;---------------------------------------------------------------------------- +REFRESH_TIMER_ERR EQU (CID_KERNEL SHL 8) + 040h +DISPLAY_MEMORY_ERR EQU (CID_KERNEL SHL 8) + 041h +CMOS_DISPLAY_ERR EQU (CID_KERNEL SHL 8) + 042h +INSERT_FUNC_KEY_ERR EQU (CID_KERNEL SHL 8) + 043h +DMAC_PAGE_REG_ERR EQU (CID_KERNEL SHL 8) + 044h +DMAC1_CH_REG_ERR EQU (CID_KERNEL SHL 8) + 045h +DMAC2_CH_REG_ERR EQU (CID_KERNEL SHL 8) + 046h +PMM_MEM_ALLOC_ERR EQU (CID_KERNEL SHL 8) + 047h +PASSWORD_CHECK_ERR EQU (CID_KERNEL SHL 8) + 048h +SEGMENT_REG_ERR EQU (CID_KERNEL SHL 8) + 049h +ADM_MODULE_ERR EQU (CID_KERNEL SHL 8) + 04Ah +LANGUAGE_MODULE_ERR EQU (CID_KERNEL SHL 8) + 04Bh +KBC_INTERFACE_ERR EQU (CID_KERNEL SHL 8) + 04Ch +HDD_0_ERR EQU (CID_KERNEL SHL 8) + 04Dh +HDD_1_ERR EQU (CID_KERNEL SHL 8) + 04Eh +HDD_2_ERR EQU (CID_KERNEL SHL 8) + 04Fh +HDD_3_ERR EQU (CID_KERNEL SHL 8) + 050h +HDD_4_ERR EQU (CID_KERNEL SHL 8) + 051h +HDD_5_ERR EQU (CID_KERNEL SHL 8) + 052h +HDD_6_ERR EQU (CID_KERNEL SHL 8) + 053h +HDD_7_ERR EQU (CID_KERNEL SHL 8) + 054h +ATAPI_0_ERR EQU (CID_KERNEL SHL 8) + 055h +ATAPI_1_ERR EQU (CID_KERNEL SHL 8) + 056h +ATAPI_2_ERR EQU (CID_KERNEL SHL 8) + 057h +ATAPI_3_ERR EQU (CID_KERNEL SHL 8) + 058h +ATAPI_4_ERR EQU (CID_KERNEL SHL 8) + 059h +ATAPI_5_ERR EQU (CID_KERNEL SHL 8) + 05Ah +ATAPI_6_ERR EQU (CID_KERNEL SHL 8) + 05Bh +ATAPI_7_ERR EQU (CID_KERNEL SHL 8) + 05Ch +ATA_SMART_FEATURE_ERR EQU (CID_KERNEL SHL 8) + 05Dh +PASSWORD_CHECK_ERR_NON_CRITICAL EQU (CID_KERNEL SHL 8) + 05Eh +DUMMY_BIOS_ERR EQU (CID_KERNEL SHL 8) + 0FFh + +UNDEFINED_BIOS_ERROR EQU (CID_UNDEFINED SHL 8) + 0FFh +;---------------------------------------------------------------------------- +; Error Attributes +;---------------------------------------------------------------------------- +ATTRIB_DUMMY_BIOS_ERR EQU ET_NOT_AN_ERR + +;---------------------------------------------------------------------------- +; Structure to define beeps codes for BIOS errors +;---------------------------------------------------------------------------- +stBeepCode STRUCT + wErrorCode DW 00000h;Error Code. + bBeepCode DB 000h ;Associated beep code. +stBeepCode ENDS + +;---------------------------------------------------------------------------- +; Beep Codes +;---------------------------------------------------------------------------- +BC_REFRESH_TIMER_ERR EQU 001h +BC_RAM_RW_TEST_ERR EQU 003h +BC_KBC_BAT_TEST_ERR EQU 006h +except_err_beep_count EQU 007h ; Exception interrupt. +BC_DISPLAY_MEMORY_ERR EQU 0008h + + +;============================================================================ +; I N P U T D E V I C E +;============================================================================ +;---------------------------------------------------------------------------- +; Structure to define BIOS key objects +;---------------------------------------------------------------------------- +stBIOSKey STRUCT + wScanCode DW 00000h + dORMaskForUserReq DD 00000h +stBIOSKey ENDS + + +;============================================================================ +; O U T P U T D E V I C E +;============================================================================ +CURSOR_POS_FOR_BIOS_VERSION_INFO EQU 01300h +CURSOR_COLUMN_FOR_IDE_INFO EQU 0Ch +DEFAULT_TEXT_ATTRIB EQU 07h + +;---------------------------------------------------------------------------- +; Output API equates +;---------------------------------------------------------------------------- +GET_VIDEO_MODE_FN EQU 00h +SET_VIDEO_MODE_FN EQU 01h +GET_CURSOR_POS_FN EQU 02h +SET_CURSOR_POS_FN EQU 03h +SET_CURSOR_TYPE_FN EQU 04h +DISPLAY_ATTRIB_CHAR_FN EQU 05h +READ_ATTRIB_CHAR_FN EQU 06h +DISPLAY_ATTRIB_TOKEN_MSG_FN EQU 07h +LAST_RT_OUTPUT_API_FN EQU 07h +DISPLAY_LOGO_FN EQU 08h +DISPLAY_TOKEN_MESSAGE_UNBUFFERED EQU 09h +;============================================================================ +; For eKernel [End] +;============================================================================ + + + +;**************************************************************************** +;**************************************************************************** +;** ** +;** (C)Copyright 1985-2001, American Megatrends, Inc. ** +;** ** +;** All Rights Reserved. ** +;** ** +;** 6145-F Northbelt Pkwy, Norcross, GA 30071 ** +;** ** +;** Phone (770)-246-8600 ** +;** ** +;**************************************************************************** +;**************************************************************************** +.list +;End of Inclusion guard +endif ;_mbiosequ_equ_ + + + |