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Defines
#define	INT_WORD Integer_4
#define	MACH_SPEC FALSE, Err_Res
#define	EQUAL_OP 0
#define	NOT_EQUAL 1
#define	LESS_THAN 0
#define	LESS_EQ 1
#define	GREATER_THAN 2
#define	GREATER_EQ 3
#define	UN_PLUS_TYPE(IDX) un_plus_tbl[IDX].type
#define	UN_PLUS_EXTN(IDX) un_plus_tbl[IDX].ext
#define	NOT_TYPE(IDX) not_tbl[IDX].type
#define	NOT_EXTN(IDX) not_tbl[IDX].ext
#define	BIN_SUB_TYPE(IDXL, IDXR) bin_sub_tbl[IDXL][IDXR].type
#define	BIN_SUB_EXTN(IDXL, IDXR) bin_sub_tbl[IDXL][IDXR].ext
#define	BIN_ADD_TYPE(IDXL, IDXR) bin_add_tbl[IDXL][IDXR].type
#define	BIN_ADD_EXTN(IDXL, IDXR) bin_add_tbl[IDXL][IDXR].ext
#define	MULT_DIV_TYPE(IDXL, IDXR) mult_div_tbl[IDXL][IDXR].type
#define	MULT_DIV_EXTN(IDXL, IDXR) mult_div_tbl[IDXL][IDXR].ext
#define	POWER_TYPE(IDXL, IDXR) power_tbl[IDXL][IDXR].type
#define	POWER_EXTN(IDXL, IDXR) power_tbl[IDXL][IDXR].ext
#define	EQ_NE_TYPE(IDXL, IDXR) eq_ne_tbl[IDXL][IDXR].type
#define	EQ_NE_EXTN(IDXL, IDXR) eq_ne_tbl[IDXL][IDXR].ext
#define	LG_TYPE(IDXL, IDXR) lg_tbl[IDXL][IDXR].type
#define	LG_EXTN(IDXL, IDXR) lg_tbl[IDXL][IDXR].ext
#define	GT_LT_TYPE(IDXL, IDXR) gt_lt_tbl[IDXL][IDXR].type
#define	GT_LT_EXTN(IDXL, IDXR) gt_lt_tbl[IDXL][IDXR].ext
#define	AND_OR_TYPE(IDXL, IDXR) and_or_tbl[IDXL][IDXR].type
#define	AND_OR_EXTN(IDXL, IDXR) and_or_tbl[IDXL][IDXR].ext
#define	ASG_TYPE(IDXL, IDXR) asg_tbl[IDXL][IDXR].type
#define	ASG_EXTN(IDXL, IDXR) asg_tbl[IDXL][IDXR].ext

Define Documentation

#define AND_OR_EXTN	(	IDXL,
		IDXR
	)	and_or_tbl[IDXL][IDXR].ext

Definition at line 137 of file s_asg_expr.m.

Referenced by and_opr_handler(), and operation_is_intrinsic().

#define AND_OR_TYPE	(	IDXL,
		IDXR
	)	and_or_tbl[IDXL][IDXR].type

Definition at line 134 of file s_asg_expr.m.

Referenced by and_opr_handler(), and operation_is_intrinsic().

#define ASG_EXTN	(	IDXL,
		IDXR
	)	asg_tbl[IDXL][IDXR].ext

Definition at line 143 of file s_asg_expr.m.

Referenced by assignment_stmt_semantics(), check_asg_semantics(), operation_is_intrinsic(), stmt_func_call_opr_handler(), and struct_construct_opr_handler().

#define ASG_TYPE	(	IDXL,
		IDXR
	)	asg_tbl[IDXL][IDXR].type

Definition at line 140 of file s_asg_expr.m.

Referenced by assignment_stmt_semantics(), check_asg_semantics(), operation_is_intrinsic(), stmt_func_call_opr_handler(), stmt_func_semantics(), and struct_construct_opr_handler().

#define BIN_ADD_EXTN	(	IDXL,
		IDXR
	)	bin_add_tbl[IDXL][IDXR].ext

Definition at line 96 of file s_asg_expr.m.

Referenced by operation_is_intrinsic(), and plus_opr_handler().

#define BIN_ADD_TYPE	(	IDXL,
		IDXR
	)	bin_add_tbl[IDXL][IDXR].type

Definition at line 93 of file s_asg_expr.m.

Referenced by operation_is_intrinsic(), and plus_opr_handler().

#define BIN_SUB_EXTN	(	IDXL,
		IDXR
	)	bin_sub_tbl[IDXL][IDXR].ext

Definition at line 90 of file s_asg_expr.m.

Referenced by minus_opr_handler(), and operation_is_intrinsic().

#define BIN_SUB_TYPE	(	IDXL,
		IDXR
	)	bin_sub_tbl[IDXL][IDXR].type

Definition at line 87 of file s_asg_expr.m.

Referenced by minus_opr_handler(), and operation_is_intrinsic().

#define EQ_NE_EXTN	(	IDXL,
		IDXR
	)	eq_ne_tbl[IDXL][IDXR].ext

Definition at line 117 of file s_asg_expr.m.

Referenced by eq_opr_handler(), and operation_is_intrinsic().

#define EQ_NE_TYPE	(	IDXL,
		IDXR
	)	eq_ne_tbl[IDXL][IDXR].type

Definition at line 114 of file s_asg_expr.m.

Referenced by eq_opr_handler(), and operation_is_intrinsic().

#define EQUAL_OP 0

Definition at line 55 of file s_asg_expr.m.

#define GREATER_EQ 3

Definition at line 60 of file s_asg_expr.m.

#define GREATER_THAN 2

Definition at line 59 of file s_asg_expr.m.

#define GT_LT_EXTN	(	IDXL,
		IDXR
	)	gt_lt_tbl[IDXL][IDXR].ext

Definition at line 130 of file s_asg_expr.m.

Referenced by lt_opr_handler(), and operation_is_intrinsic().

#define GT_LT_TYPE	(	IDXL,
		IDXR
	)	gt_lt_tbl[IDXL][IDXR].type

Definition at line 127 of file s_asg_expr.m.

Referenced by lt_opr_handler(), and operation_is_intrinsic().

#define INT_WORD Integer_4

Definition at line 46 of file s_asg_expr.m.

#define LESS_EQ 1

Definition at line 58 of file s_asg_expr.m.

#define LESS_THAN 0

Definition at line 57 of file s_asg_expr.m.

#define LG_EXTN	(	IDXL,
		IDXR
	)	lg_tbl[IDXL][IDXR].ext

Definition at line 123 of file s_asg_expr.m.

Referenced by lg_opr_handler().

#define LG_TYPE	(	IDXL,
		IDXR
	)	lg_tbl[IDXL][IDXR].type

Definition at line 120 of file s_asg_expr.m.

Referenced by lg_opr_handler().

#define MACH_SPEC FALSE, Err_Res

Definition at line 52 of file s_asg_expr.m.

#define MULT_DIV_EXTN	(	IDXL,
		IDXR
	)	mult_div_tbl[IDXL][IDXR].ext

Definition at line 103 of file s_asg_expr.m.

Referenced by mult_opr_handler(), and operation_is_intrinsic().

#define MULT_DIV_TYPE	(	IDXL,
		IDXR
	)	mult_div_tbl[IDXL][IDXR].type

Definition at line 100 of file s_asg_expr.m.

Referenced by mult_opr_handler(), and operation_is_intrinsic().

#define NOT_EQUAL 1

Definition at line 56 of file s_asg_expr.m.

#define NOT_EXTN ( IDX ) not_tbl[IDX].ext

Definition at line 83 of file s_asg_expr.m.

Referenced by not_opr_handler(), and operation_is_intrinsic().

#define NOT_TYPE ( IDX ) not_tbl[IDX].type

Definition at line 80 of file s_asg_expr.m.

Referenced by not_opr_handler(), and operation_is_intrinsic().

#define POWER_EXTN	(	IDXL,
		IDXR
	)	power_tbl[IDXL][IDXR].ext

Definition at line 110 of file s_asg_expr.m.

Referenced by operation_is_intrinsic(), and power_opr_handler().

#define POWER_TYPE	(	IDXL,
		IDXR
	)	power_tbl[IDXL][IDXR].type

Definition at line 107 of file s_asg_expr.m.

Referenced by operation_is_intrinsic(), and power_opr_handler().

#define UN_PLUS_EXTN ( IDX ) un_plus_tbl[IDX].ext

Definition at line 76 of file s_asg_expr.m.

Referenced by operation_is_intrinsic(), and uplus_opr_handler().

#define UN_PLUS_TYPE ( IDX ) un_plus_tbl[IDX].type

Definition at line 73 of file s_asg_expr.m.

Referenced by operation_is_intrinsic(), and uplus_opr_handler().

Defines

Define Documentation