test-macros-constants.h.s

来自「OMAP1030 处理器的ARM 侧硬件测试代码 OMAP1030 是TI」· S 代码 · 共 239 行

;*******************************************************************************
;*
;* The confidential and proprietary information contained in this file may
;* only be used by a person authorised under and to the extent permitted
;* by a subsisting licensing agreement from ARM Limited.
;*
;*                 (C) COPYRIGHT 1994-1999 ARM Limited.
;*                       ALL RIGHTS RESERVED
;*
;* This entire notice must be reproduced on all copies of this file
;* and copies of this file may only be made by a person if such person is
;* permitted to do so under the terms of a subsisting license agreement
;* from ARM Limited.
;*
;*		Validation Suite Macros and Definitions
;*		=======================================
;*
;*	Origin: ARM9 Validation Suite
;*	Author: Jon Rijk 02/10/96
;*     $Author: ahunter $
;*   $Revision: 1.10 $
;*	 $Date: Wed Aug 29 12:01:58 2001 $
;*
;*******************************************************************************
; Purpose: Constants for validation suite
;
; Description:
;		Constant definitions
;		Angel SWI definitions
;		Demon SWI definitions
;		Target Specific SWI definitions
;
;********************************************************************************

;********************************************************************************
;***		Constant definitions
;********************************************************************************

;compile constants
AREA_PAD_OUT	EQU	5		;AREA alignment, log2 bytes
VERBOSE_ALWAYS	EQU	256		;force messaging

;Test-Header Test Status Enumerations
TEST_FAILED	EQU	-1
TEST_PASSED	EQU	0
TEST_ENDED	EQU	1
		
;Exception Vector Constants
RESET		EQU	0x0
UNDEF		EQU	0x4
SWI		EQU	0x8
PABORT		EQU	0xC
DABORT		EQU	0x10
ADDEX		EQU	0x14
SYSERR		EQU	0x14
IRQ		EQU	0x18
FIQ		EQU	0x1C

FIQ_Handler_Size	EQU	8*4
Vector_Table		EQU 	FIQ+4+FIQ_Handler_Size
EXCEPTION_TABLE_BASE	EQU	Vector_Table		; for backwards compatibility
		
;Test IO constants
CR		EQU	13		;Carriage return char
LF		EQU	10		;Line Feed char
CTRLD		EQU	4		;Control D char

	;A list of pre-defined modes, all with interrupts enabled
	;and flags clear (so that flags are preserved by MSR_M)

Mode_USR_32	EQU	0x10
Mode_FIQ_32	EQU	0x11
Mode_IRQ_32	EQU	0x12
Mode_SVC_32	EQU	0x13
Mode_ABT_32	EQU	0x17
Mode_UND_32	EQU	0x1B
Mode_SYS_32	EQU	0x1F
Mode_SE_32	EQU	0x16

Mode_Bits	EQU	0x1F

Mode_USR_26	EQU	0x00
Mode_FIQ_26	EQU	0x01
Mode_IRQ_26	EQU	0x02
Mode_SVC_26	EQU	0x03

Mode26_Bits	EQU	0x03

TBit		EQU	(1:SHL:5)
FBit		EQU	(1:SHL:6)
IBit		EQU	(1:SHL:7)
ABit		EQU	(1:SHL:8)

TFlag		EQU	0x20
FFlag		EQU	0x40
IFlag		EQU	0x80
AFlag		EQU	0x100

DISABLE_FIQ	EQU	0x40
DISABLE_IRQ	EQU	0x80
DISABLE_SE	EQU	0x100

Interrupt_Bits	EQU	0xC0

IFlag_26	EQU	0x08000000
FFlag_26	EQU	0x04000000

Interrupt26_Bits EQU	0x0C000000

;Standard definitions for the flags

NFlag		EQU	0x80000000
ZFlag		EQU	0x40000000
CFlag		EQU	0x20000000
VFlag		EQU	0x10000000

QFlag		EQU	0x08000000

GE3Flag         EQU     0x00080000
GE2Flag         EQU     0x00040000
GE1Flag         EQU     0x00020000
GE0Flag         EQU     0x00010000

Flag_Bits	EQU	0xF8000000
GE_Bits         EQU     0x000F0000

;Variables for the GRAB_DEMON_VECTOR macro
                GBLL    GRABBED_DEMON_VECTOR
                GBLA    GRABBED_VECTOR
GRABBED_DEMON_VECTOR    SETL    {FALSE}
GRABBED_VECTOR  SETA    -1


;********************************************************************************
;***		Validation SWI definitions
;********************************************************************************

SWI_WriteHex		EQU    	0x000017		;write register in hex
SWI_WriteDec		EQU    	0x000018		;write register in dec
SWI_WritePSR		EQU    	0x000019		;write PSR
SWI_DoNothing		EQU    	0x00001A		;does nothing, just returns
SWI_TestPass		EQU    	0x00001B		;exits printing Test Passed
SWI_TestFail		EQU    	0x00001C		;exits printing Test Failed

;********************************************************************************
;***		Angel SWI definitions
;********************************************************************************

SWI_Angel_Open		EQU	0x000001		;file open
SWI_Angel_Close		EQU	0x000002		;file close
SWI_Angel_WriteC	EQU	0x000003		;write byte
SWI_Angel_Write0	EQU	0x000004		;write null terminated string
SWI_Angel_Write		EQU	0x000005		;write to file
SWI_Angel_Read		EQU	0x000006		;read from file
SWI_Angel_ReadC		EQU	0x000007		;read byte
SWI_Angel_IsError	EQU	0x000008		;is semi-host error
SWI_Angel_IsTTY		EQU	0x000009		;is interactive
SWI_Angel_Seek		EQU	0x00000a		;file seek
SWI_Angel_Flen		EQU	0x00000c		;file length
SWI_Angel_TmpNam	EQU	0x00000d		;get temporary name
SWI_Angel_Remove	EQU	0x00000e		;remove file
SWI_Angel_Rename	EQU	0x00000f		;rename file
SWI_Angel_Clock		EQU	0x000010		;time since started
SWI_Angel_Time		EQU	0x000011		;current time
SWI_Angel_System	EQU	0x000012		;execute command
SWI_Angel_ErrNo		EQU	0x000013		;get error number
SWI_Angel_CmdLine	EQU	0x000015		;get command line
SWI_Angel_HeapInfo	EQU	0x000016		;memory information
SWI_Angel_Elapsed	EQU	0x000030		;get ticks since started
SWI_Angel_TickFreq	EQU	0x000031		;get ticks per second

;From (/eda/arm/SDT/default)/angel/source/arm.h
SWI_Angel_EnterSVC	EQU	0x17			;enter supervisor
SWI_Angel_ReportException EQU	0x18			;report exception
				
Angel_SWI_Max		EQU	0x32			; maximum SWI number in table
			
;********************************************************************************
;***		Demon SWI definitions
;********************************************************************************

SWI_Demon_WriteC	EQU    	0x000000		;write out char
SWI_Demon_Write0	EQU    	0x000002		;write null terminated string
SWI_Demon_ReadC		EQU    	0x000004		;read character
SWI_Demon_CLI		EQU    	0x000005		;execute command
SWI_Demon_GetEnv	EQU    	0x000010		;get commandline 
SWI_Demon_Exit		EQU    	0x000011		;exit
SWI_Demon_EnterOS	EQU    	0x000016		;enter supervisor mode
SWI_Demon_GetErrno	EQU    	0x000060		;error number
SWI_Demon_Clock		EQU    	0x000061		;time since started
SWI_Demon_Time		EQU    	0x000063		;current time
SWI_Demon_Remove	EQU    	0x000064		;remove file
SWI_Demon_Rename	EQU    	0x000065		;rename file
SWI_Demon_Open		EQU    	0x000066		;file open
SWI_Demon_Close		EQU    	0x000068		;file close
SWI_Demon_Write		EQU    	0x000069		;write to file
SWI_Demon_Read		EQU    	0x00006a		;read from file
SWI_Demon_Seek		EQU    	0x00006b		;seek file
SWI_Demon_Flen		EQU    	0x00006c		;file length
SWI_Demon_IsTTY		EQU    	0x00006e		;is interactive file
SWI_Demon_TmpNam	EQU    	0x00006f		;get temporary name
SWI_Demon_InstallHandler EQU	0x000070		;install new interrupt handler
SWI_Demon_GenerateError  EQU  	0x000071		;enter error handler

Demon_SWI_Max		EQU	0x72			; maximum SWI number in table

;********************************************************************************
;***		RIS SWI definitions
;********************************************************************************
SWI_ArmRis_0        EQU     0x000000
SWI_ArmRis_1        EQU     0x000001
SWI_ArmRis_2        EQU     0x000002
SWI_ArmRis_3        EQU     0x000003
SWI_ArmRis_4        EQU     0x000004
SWI_ArmRis_5        EQU     0x000005
SWI_ArmRis_6        EQU     0x000006
SWI_ArmRis_7        EQU     0x000007
SWI_ArmRis_8        EQU     0x000008
SWI_ArmRis_9        EQU     0x000009
SWI_ArmRis_10       EQU     0x00000a
SWI_ArmRis_11       EQU     0x00000b
SWI_ArmRis_12       EQU     0x00000c
SWI_ArmRis_13       EQU     0x00000d
SWI_ArmRis_14       EQU     0x00000e
SWI_ArmRis_Max      EQU     0x00000f
		      
;********************************************************************************
;***		Target Specific SWI definitions
;********************************************************************************

SWI_IMB			EQU    	0xF00000
SWI_IMBRange		EQU    	0xF00001
SWI_EnterOS		EQU	SWI_Demon_EnterOS

;********************************************************************************
		END