fis-gtm/sr_x86_64/g_msf.si

#################################################################
#								#
#	Copyright 2007, 2012 Fidelity Information Services, Inc	#
#								#
#	This source code contains the intellectual property	#
#	of its copyright holder(s), and is made available	#
#	under a license.  If you do not know the terms of	#
#	the license, please stop and do not read further.	#
#								#
#################################################################

	.sbttl	g_msf.si
#	PAGE	+
#-----------------------------------------------
# Mumps stack frame manipulation macros
#  for the GNU gas i386 assembler version
#-----------------------------------------------

/* Register definitions */

/* Registers which we expect value to be preserved! Callee saves */
REG_IP			=	%rip
REG_SP			=	%rsp

REG_RET0		=	%rax
REG_RET1		=	%r10
REG64_RET0		=	%rax
REG64_RET1		=	%r10
REG32_RET0		=	%eax
REG32_RET1		=	%r10d

REG64_ACCUM		=	%rax
REG32_ACCUM		=	%eax
REG16_ACCUM		=	%ax
REG8_ACCUM		=	%al
REG_XFER_TABLE		=	%rbx

REG_FRAME_POINTER	=	%rbp
C_FRAME_POINTER		=	%rbp

REG_PV			=	%r15
REG_FRAME_TMP_PTR	=	%r14
REG_FRAME_VAR_PTR	=	%r13
REG_LITERAL_BASE	=	%r12

REG64_ARG0		=	%rdi
REG64_ARG1		=	%rsi
REG64_ARG2		=	%rdx
REG64_ARG3		=	%rcx
REG64_ARG4		=	%r8
REG64_ARG5		=	%r9
#REG64_SCRATCH0		=	%r10     # Note asme as REG64_RET1
REG64_SCRATCH1		=	%r11

REG64_OUT_ARG0		=	%rdi
REG64_OUT_ARG1		=	%rsi
REG64_OUT_ARG2		=	%rdx
REG64_OUT_ARG3		=	%rcx
REG64_OUT_ARG4		=	%r8
REG64_OUT_ARG5		=	%r9

REG32_ARG0		=	%edi
REG32_ARG1		=	%esi
REG32_ARG2		=	%edx
REG32_ARG3		=	%ecx
REG32_ARG4		=	%r8d
REG32_ARG5		=	%r9d
#REG32_SCRATCH0		=	%r10d
REG32_SCRATCH1		=	%r11d

REG16_ARG0		=	%di
REG16_ARG1		=	%si
REG16_ARG2		=	%dx
REG16_ARG3		=	%cx
REG16_ARG4		=	%r8w
REG16_ARG5		=	%r9w
#REG16_SCRATCH0		=	%r10w
REG16_SCRATCH1		=	%r11w

REG8_ARG0		=	%dil
REG8_ARG1		=	%sil
REG8_ARG2		=	%dl
REG8_ARG3		=	%cl
REG8_ARG4		=	%r8b
REG8_ARG5		=	%r9b
#REG8_SCRATCH0		=	%r10b
REG8_SCRATCH1		=	%r11b


REG32_OUT_ARG0		=	%edi
REG32_OUT_ARG1		=	%esi
REG32_OUT_ARG2		=	%edx
REG32_OUT_ARG3		=	%ecx
REG32_OUT_ARG4		=	%r8d
REG32_OUT_ARG5		=	%r9d

msf_rvector_off		=	0
msf_l_symtab_off	=	8
msf_mpc_off		=	16
msf_ctxt_off		=	24
msf_literal_ptr_off	=	32
msf_temps_ptr_off	=	40
msf_vartab_ptr_off	=	48

msf_old_frame_off	=	56
msf_vartab_len_off	=	64
msf_temp_mvals_off	=	66
msf_typ_off		=	68
msf_flags_off		=	70
msf_for_ctrl_stack	=	72

msf_frame_size		=	88

SFT_COUNT		=	0x01
SFT_DM			=	0x02
SFT_REP_OP		=	0x04
SFT_ZBRK_ACT		=	0x08
SFT_DEV_ACT		=	0x10
SFT_ZTRAP		=	0x20
SFT_ZSTEP_ACT		=	0x80
SFT_ZINTR		=	0x100

SFF_INDCE		=	0x01
SFF_ZTRAP_ERR		=	0x02
SFF_DEV_ACT_ERR		=	0x04
SFF_CI			=	0x08
SFF_ETRAP_ERR		=	0x10

/* Opcode defination needed by assembly files
 * These are defined in i386*.h for using in "c" files
 */
JMP_Jb			=       0x0eb
JMP_Jv			=       0x0e9

SUPER_STACK_SIZE           =   2048
REG_FRAME_POINTER_SAVE_OFF =   2032
REG_XFER_TABLE_SAVE_OFF    =   2024
ARG_SAVE_OFFSET		   =   2016

NO_REG_SAVED		   =   7
REG_FRAME_POINTER_SAVE_OFF =   SUPER_STACK_SIZE - 16
REG_XFER_TABLE_SAVE_OFF    =   REG_FRAME_POINTER_SAVE_OFF - 8
ARG_SAVE_OFFSET            =   REG_XFER_TABLE_SAVE_OFF - 8
ARG_COUNT_OFFSET	   =   ARG_SAVE_OFFSET - (8*NO_REG_SAVED)


        .sbttl  g_msf.si        save_callee_saved
.macro save_callee_saved
        movq    %r12,ARG_SAVE_OFFSET(REG_SP)
        movq    %r13,ARG_SAVE_OFFSET-8(REG_SP)
        movq    %r14,ARG_SAVE_OFFSET-16(REG_SP)
        movq    %r15,ARG_SAVE_OFFSET-24(REG_SP)
        movq    %rbx,ARG_SAVE_OFFSET-32(REG_SP)
.endm

        .sbttl  g_msf.si        restore_callee_saved
.macro restore_callee_saved
        movq    ARG_SAVE_OFFSET-32(REG_SP),%rbx
        movq    ARG_SAVE_OFFSET-24(REG_SP),%r15
        movq    ARG_SAVE_OFFSET-16(REG_SP),%r14
        movq    ARG_SAVE_OFFSET-8(REG_SP),%r13
        movq    ARG_SAVE_OFFSET(REG_SP),%r12
.endm


	.sbttl	g_msf.si	putframe
.macro putframe
	movq	frame_pointer(%rip),REG_FRAME_POINTER
	movq	REG_FRAME_TMP_PTR,msf_temps_ptr_off(REG_FRAME_POINTER)
	movq	REG_FRAME_VAR_PTR,msf_l_symtab_off(REG_FRAME_POINTER)
	movq	REG_LITERAL_BASE,msf_literal_ptr_off(REG_FRAME_POINTER)
	movq	REG_PV,msf_ctxt_off(REG_FRAME_POINTER)
	movq	(%rsp),REG64_SCRATCH1
	movq	REG64_SCRATCH1,msf_mpc_off(REG_FRAME_POINTER)
.endm

.extern	error_return

	.sbttl	g_msf.si	getframe

.macro getframe
	movq	frame_pointer(%rip),REG_FRAME_POINTER
	movb	msf_flags_off(REG_FRAME_POINTER),REG8_SCRATCH1
	andb	$SFF_ETRAP_ERR,REG8_SCRATCH1
	jz	lab1\@
	call	error_return
	movq	frame_pointer(%rip),REG_FRAME_POINTER
lab1\@:
	movq	msf_temps_ptr_off(REG_FRAME_POINTER),REG_FRAME_TMP_PTR
	movq	msf_l_symtab_off(REG_FRAME_POINTER),REG_FRAME_VAR_PTR
	movq	msf_literal_ptr_off(REG_FRAME_POINTER),REG_LITERAL_BASE
	movq	msf_ctxt_off(REG_FRAME_POINTER),REG_PV
	pushq	msf_mpc_off(REG_FRAME_POINTER)
.endm

	.sbttl	g_msf.si	pullstack

.macro	pullstack size=8
	addq	$\size,REG_SP
.endm

.macro	resetstack size=8
	subq	$\size,REG_SP
.endm

	.sbttl	g_msf.si
mrt_jsb			=	0
mrt_shlib_handle	=	16
mrt_src_len		=	28
mrt_src_addr		=	32
mrt_compiler_qlf	=	40
mrt_obj_label		=	44
mrt_rtn_len		=	52
mrt_rtn_addr		=	56
mrt_var_ptr		=	64
mrt_var_len		=	72
mrt_lab_ptr		=	80
mrt_lab_len		=	88
mrt_lnr_ptr		=	96
mrt_lnr_len		=	104
mrt_lit_ptr		=	128
mrt_lnk_ptr		=	144
mrt_ptext_adr		=	176
mrt_checksum		=	192
mrt_tmp_mv		=	196
mrt_tmp_sz		=	200
mrt_curr_ptr		=	208
mrt_oldr_ptr		=	216