[deliverable/binutils-gdb.git] / gas / config / bfin-defs.h

/* bfin-defs.h ADI Blackfin gas header file
   Copyright 2005
   Free Software Foundation, Inc.

   This file is part of GAS, the GNU Assembler.

   GAS is free software; you can redistribute it and/or modify
   it under the terms of the GNU General Public License as published by
   the Free Software Foundation; either version 2, or (at your option)
   any later version.

   GAS is distributed in the hope that it will be useful,
   but WITHOUT ANY WARRANTY; without even the implied warranty of
   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
   GNU General Public License for more details.

   You should have received a copy of the GNU General Public License
   along with GAS; see the file COPYING.  If not, write to the Free
   Software Foundation, 51 Franklin Street - Fifth Floor, Boston, MA
   02110-1301, USA.  */

#ifndef BFIN_PARSE_H
#define BFIN_PARSE_H  

#include <bfd.h>
#include "as.h"

#define PCREL	1
#define CODE_FRAG_SIZE 4096  /* 1 page.  */  


/* Definition for all status bits.  */
typedef enum
{
  c_0,
  c_1,
  c_4,
  c_2,
  c_uimm2,
  c_uimm3,
  c_imm3,
  c_pcrel4, 
  c_imm4,
  c_uimm4s4,
  c_uimm4,
  c_uimm4s2,
  c_negimm5s4,
  c_imm5,
  c_uimm5,
  c_imm6,  
  c_imm7,
  c_imm8,
  c_uimm8,
  c_pcrel8,
  c_uimm8s4,
  c_pcrel8s4,
  c_lppcrel10,
  c_pcrel10, 
  c_pcrel12,
  c_imm16s4,
  c_luimm16,
  c_imm16,
  c_huimm16,
  c_rimm16,
  c_imm16s2,
  c_uimm16s4, 
  c_uimm16,
  c_pcrel24 
} const_forms_t;


/* High-Nibble: group code, low nibble: register code.  */


#define T_REG_R       0x00
#define T_REG_P       0x10
#define T_REG_I       0x20
#define T_REG_B       0x30
#define T_REG_L       0x34
#define T_REG_M       0x24
#define T_REG_A       0x40

/* All registers above this value don't
   belong to a usuable register group.  */
#define T_NOGROUP     0xa0

/* Flags.  */
#define F_REG_ALL    0x1000
#define F_REG_HIGH   0x2000  /* Half register: high half.  */

enum machine_registers
{
  REG_R0    = T_REG_R, REG_R1, REG_R2, REG_R3, REG_R4, REG_R5, REG_R6, REG_R7, 
  REG_P0    = T_REG_P, REG_P1, REG_P2, REG_P3, REG_P4, REG_P5, REG_SP, REG_FP,
  REG_I0    = T_REG_I, REG_I1, REG_I2, REG_I3,
  REG_M0    = T_REG_M, REG_M1, REG_M2, REG_M3, 
  REG_B0    = T_REG_B, REG_B1, REG_B2, REG_B3,
  REG_L0    = T_REG_L, REG_L1, REG_L2, REG_L3, 
  REG_A0x   = T_REG_A, REG_A0w, REG_A1x, REG_A1w,
  REG_ASTAT = 0x46,
  REG_RETS  = 0x47,
  REG_LC0   = 0x60, REG_LT0, REG_LB0,  REG_LC1, REG_LT1, REG_LB1,
              REG_CYCLES, REG_CYCLES2,
  REG_USP   = 0x70, REG_SEQSTAT, REG_SYSCFG,
	      REG_RETI, REG_RETX, REG_RETN, REG_RETE, REG_EMUDAT, 

/* These don't have groups.  */
  REG_sftreset = T_NOGROUP, REG_omode, REG_excause, REG_emucause,
	         REG_idle_req, REG_hwerrcause,
  REG_A0       = 0xc0, REG_A1, REG_CC,
/* Pseudo registers, used only for distinction from symbols.  */
		 REG_RL0, REG_RL1, REG_RL2, REG_RL3,
		 REG_RL4, REG_RL5, REG_RL6, REG_RL7, 
		 REG_RH0, REG_RH1, REG_RH2, REG_RH3,
		 REG_RH4, REG_RH5, REG_RH6, REG_RH7, 
		 REG_LASTREG
};

/* Status register flags.  */

enum statusflags
{
  S_AZ = 0,
  S_AN,
  S_AQ = 6,
  S_AC0 = 12,
  S_AC1,
  S_AV0 = 16,
  S_AV0S,
  S_AV1,
  S_AV1S,
  S_V = 24,
  S_VS = 25
}; 


enum reg_class
{
  rc_dregs_lo,
  rc_dregs_hi,
  rc_dregs,
  rc_dregs_pair,
  rc_pregs,
  rc_spfp,
  rc_dregs_hilo,
  rc_accum_ext,
  rc_accum_word,
  rc_accum,
  rc_iregs,
  rc_mregs,
  rc_bregs,
  rc_lregs,
  rc_dpregs,
  rc_gregs,
  rc_regs,
  rc_statbits,
  rc_ignore_bits,
  rc_ccstat,
  rc_counters,
  rc_dregs2_sysregs1,
  rc_open,
  rc_sysregs2,
  rc_sysregs3,
  rc_allregs,
  LIM_REG_CLASSES
};

/* mmod field.  */
#define M_S2RND 1
#define M_T     2
#define M_W32   3
#define M_FU    4
#define M_TFU   6
#define M_IS    8
#define M_ISS2  9
#define M_IH    11
#define M_IU    12

/* Register type checking macros.  */

#define CODE_MASK  0x07
#define CLASS_MASK 0xf0

#define REG_SAME(a, b)   ((a).regno == (b).regno)
#define REG_EQUAL(a, b)  (((a).regno & CODE_MASK) == ((b).regno & CODE_MASK))
#define REG_CLASS(a)     ((a.regno) & 0xf0)
#define IS_A1(a)         ((a).regno == REG_A1)
#define IS_H(a)          ((a).regno & F_REG_HIGH ? 1: 0)
#define IS_EVEN(r)       (r.regno % 2 == 0)
#define IS_HCOMPL(a, b)  (REG_EQUAL(a, b) && \
                         ((a).regno & F_REG_HIGH) != ((b).regno & F_REG_HIGH))

/* register type checking.  */
#define _TYPECHECK(r, x) (((r).regno & CLASS_MASK) == T_REG_##x)

#define IS_DREG(r)       _TYPECHECK(r, R)
#define IS_DREG_H(r)     (_TYPECHECK(r, R) && IS_H(r))
#define IS_DREG_L(r)     (_TYPECHECK(r, R) && !IS_H(r))
#define IS_PREG(r)       _TYPECHECK(r, P)
#define IS_IREG(r)       (((r).regno & 0xf4) == T_REG_I)
#define IS_MREG(r)       (((r).regno & 0xf4) == T_REG_M)
#define IS_BREG(r)       (((r).regno & 0xf4) == T_REG_B)
#define IS_LREG(r)       (((r).regno & 0xf4) == T_REG_L)
#define IS_CREG(r)       ((r).regno == REG_LC0 || (r).regno == REG_LC1)
#define IS_ALLREG(r)     ((r).regno < T_NOGROUP)

/* Expression value macros.  */

typedef enum
{ 
  ones_compl,
  twos_compl,
  mult,
  divide,
  mod,
  add,
  sub,
  lsh,
  rsh,
  logand,
  logior,
  logxor
} expr_opcodes_t;

struct expressionS;

#define SYMBOL_T       symbolS*
 
struct expression_cell
{
  int value;
  SYMBOL_T symbol;
};

/* User Type Definitions.  */
struct bfin_insn
{
  unsigned long value;
  struct bfin_insn *next;
  struct expression_cell *exp;
  int pcrel;
  int reloc;
};
    
#define INSTR_T struct bfin_insn*
#define EXPR_T  struct expression_cell* 

typedef struct expr_node_struct Expr_Node;
 
extern INSTR_T gencode (unsigned long x);
extern INSTR_T conscode (INSTR_T head, INSTR_T tail);   
extern INSTR_T conctcode (INSTR_T head, INSTR_T tail);
extern INSTR_T note_reloc
       (INSTR_T code, Expr_Node *, int reloc,int pcrel);
extern INSTR_T note_reloc1
       (INSTR_T code, const char * sym, int reloc, int pcrel);
extern INSTR_T note_reloc2
       (INSTR_T code, const char *symbol, int reloc, int value, int pcrel);
 
/* Types of expressions.  */
typedef enum 
{
  Expr_Node_Binop,		/* Binary operator.  */
  Expr_Node_Unop,		/* Unary operator.  */
  Expr_Node_Reloc,		/* Symbol to be relocated.  */
  Expr_Node_GOT_Reloc,		/* Symbol to be relocated using the GOT.  */
  Expr_Node_Constant 		/* Constant.  */
} Expr_Node_Type;

/* Types of operators.  */
typedef enum 
{
  Expr_Op_Type_Add,
  Expr_Op_Type_Sub,
  Expr_Op_Type_Mult,
  Expr_Op_Type_Div,
  Expr_Op_Type_Mod,
  Expr_Op_Type_Lshift,
  Expr_Op_Type_Rshift,
  Expr_Op_Type_BAND,		/* Bitwise AND.  */
  Expr_Op_Type_BOR,		/* Bitwise OR.  */
  Expr_Op_Type_BXOR,		/* Bitwise exclusive OR.  */
  Expr_Op_Type_LAND,		/* Logical AND.  */
  Expr_Op_Type_LOR,		/* Logical OR.  */
  Expr_Op_Type_NEG,
  Expr_Op_Type_COMP		/* Complement.  */
} Expr_Op_Type;

/* The value that can be stored ... depends on type.  */
typedef union
{
  const char *s_value;		/* if relocation symbol, the text.  */
  int i_value;			/* if constant, the value.  */
  Expr_Op_Type op_value;	/* if operator, the value.  */
} Expr_Node_Value;

/* The expression node.  */
struct expr_node_struct
{
  Expr_Node_Type 	type;
  Expr_Node_Value	value;
  Expr_Node		*Left_Child;
  Expr_Node		*Right_Child;
};


/* Operations on the expression node.  */
Expr_Node *Expr_Node_Create (Expr_Node_Type type, 
		         Expr_Node_Value value, 
			 Expr_Node *Left_Child, 
			 Expr_Node *Right_Child);

/* Generate the reloc structure as a series of instructions.  */
INSTR_T Expr_Node_Gen_Reloc (Expr_Node *head, int parent_reloc);
 
#define MKREF(x)	mkexpr (0,x)
#define ALLOCATE(x)	malloc (x)
 
#define NULL_CODE ((INSTR_T) 0)

#ifndef EXPR_VALUE
#define EXPR_VALUE(x)  (((x)->type == Expr_Node_Constant) ? ((x)->value.i_value) : 0)
#endif
#ifndef EXPR_SYMBOL
#define EXPR_SYMBOL(x) ((x)->symbol)
#endif


typedef long reg_t;


typedef struct _register
{
  reg_t regno;       /* Register ID as defined in machine_registers.  */
  int   flags;
} Register;


typedef struct _macfunc
{
  char n;
  char op;
  char w;
  char P;
  Register dst;
  Register s0;
  Register s1;
} Macfunc;

typedef struct _opt_mode
{
  int MM;
  int mod;
} Opt_mode;

typedef enum
{
  SEMANTIC_ERROR,
  NO_INSN_GENERATED,
  INSN_GENERATED
} parse_state;


#ifdef __cplusplus
extern "C" {
#endif

extern int debug_codeselection;

void error (char *format, ...);
void warn (char *format, ...);
int  semantic_error (char *syntax);
void semantic_error_2 (char *syntax);

EXPR_T mkexpr (int, SYMBOL_T);

/* Defined in bfin-lex.l.  */
void set_start_state (void);

#ifdef __cplusplus
}
#endif

#endif  /* BFIN_PARSE_H */
Commit	Line	Data
07c1b327 CM	1	/* bfin-defs.h ADI Blackfin gas header file
	2	Copyright 2005
	3	Free Software Foundation, Inc.
	4
	5	This file is part of GAS, the GNU Assembler.
	6
	7	GAS is free software; you can redistribute it and/or modify
	8	it under the terms of the GNU General Public License as published by
	9	the Free Software Foundation; either version 2, or (at your option)
	10	any later version.
	11
	12	GAS is distributed in the hope that it will be useful,
	13	but WITHOUT ANY WARRANTY; without even the implied warranty of
	14	MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
	15	GNU General Public License for more details.
	16
	17	You should have received a copy of the GNU General Public License
	18	along with GAS; see the file COPYING. If not, write to the Free
	19	Software Foundation, 51 Franklin Street - Fifth Floor, Boston, MA
	20	02110-1301, USA. */
	21
	22	#ifndef BFIN_PARSE_H
	23	#define BFIN_PARSE_H
	24
	25	#include <bfd.h>
	26	#include "as.h"
	27
	28	#define PCREL 1
	29	#define CODE_FRAG_SIZE 4096 /* 1 page. */
	30
	31
	32	/* Definition for all status bits. */
	33	typedef enum
	34	{
	35	c_0,
	36	c_1,
	37	c_4,
	38	c_2,
	39	c_uimm2,
	40	c_uimm3,
	41	c_imm3,
	42	c_pcrel4,
	43	c_imm4,
	44	c_uimm4s4,
	45	c_uimm4,
	46	c_uimm4s2,
	47	c_negimm5s4,
	48	c_imm5,
	49	c_uimm5,
	50	c_imm6,
	51	c_imm7,
	52	c_imm8,
	53	c_uimm8,
	54	c_pcrel8,
	55	c_uimm8s4,
	56	c_pcrel8s4,
	57	c_lppcrel10,
	58	c_pcrel10,
	59	c_pcrel12,
	60	c_imm16s4,
	61	c_luimm16,
	62	c_imm16,
	63	c_huimm16,
	64	c_rimm16,
65	c_imm16s2,
66	c_uimm16s4,
67	c_uimm16,
68	c_pcrel24
69	} const_forms_t;
70
71
72	/* High-Nibble: group code, low nibble: register code. */
73
74
75	#define T_REG_R 0x00
76	#define T_REG_P 0x10
77	#define T_REG_I 0x20
78	#define T_REG_B 0x30
79	#define T_REG_L 0x34
80	#define T_REG_M 0x24
81	#define T_REG_A 0x40
82
83	/* All registers above this value don't
84	belong to a usuable register group. */
85	#define T_NOGROUP 0xa0
86
87	/* Flags. */
88	#define F_REG_ALL 0x1000
89	#define F_REG_HIGH 0x2000 /* Half register: high half. */
90
91	enum machine_registers
92	{
93	REG_R0 = T_REG_R, REG_R1, REG_R2, REG_R3, REG_R4, REG_R5, REG_R6, REG_R7,
94	REG_P0 = T_REG_P, REG_P1, REG_P2, REG_P3, REG_P4, REG_P5, REG_SP, REG_FP,
95	REG_I0 = T_REG_I, REG_I1, REG_I2, REG_I3,
96	REG_M0 = T_REG_M, REG_M1, REG_M2, REG_M3,
97	REG_B0 = T_REG_B, REG_B1, REG_B2, REG_B3,
98	REG_L0 = T_REG_L, REG_L1, REG_L2, REG_L3,
99	REG_A0x = T_REG_A, REG_A0w, REG_A1x, REG_A1w,
100	REG_ASTAT = 0x46,
101	REG_RETS = 0x47,
102	REG_LC0 = 0x60, REG_LT0, REG_LB0, REG_LC1, REG_LT1, REG_LB1,
103	REG_CYCLES, REG_CYCLES2,
104	REG_USP = 0x70, REG_SEQSTAT, REG_SYSCFG,
105	REG_RETI, REG_RETX, REG_RETN, REG_RETE, REG_EMUDAT,
106
107	/* These don't have groups. */
108	REG_sftreset = T_NOGROUP, REG_omode, REG_excause, REG_emucause,
109	REG_idle_req, REG_hwerrcause,
110	REG_A0 = 0xc0, REG_A1, REG_CC,
111	/* Pseudo registers, used only for distinction from symbols. */
112	REG_RL0, REG_RL1, REG_RL2, REG_RL3,
113	REG_RL4, REG_RL5, REG_RL6, REG_RL7,
114	REG_RH0, REG_RH1, REG_RH2, REG_RH3,
115	REG_RH4, REG_RH5, REG_RH6, REG_RH7,
116	REG_LASTREG
117	};
118
119	/* Status register flags. */
120
121	enum statusflags
122	{
123	S_AZ = 0,
124	S_AN,
125	S_AQ = 6,
126	S_AC0 = 12,
127	S_AC1,
128	S_AV0 = 16,
129	S_AV0S,
130	S_AV1,
131	S_AV1S,
132	S_V = 24,
133	S_VS = 25
134	};
135
136
137	enum reg_class
138	{
139	rc_dregs_lo,
140	rc_dregs_hi,
141	rc_dregs,
142	rc_dregs_pair,
143	rc_pregs,
144	rc_spfp,
145	rc_dregs_hilo,
146	rc_accum_ext,
147	rc_accum_word,
148	rc_accum,
149	rc_iregs,
150	rc_mregs,
151	rc_bregs,
152	rc_lregs,
153	rc_dpregs,
154	rc_gregs,
155	rc_regs,
156	rc_statbits,
157	rc_ignore_bits,
158	rc_ccstat,
159	rc_counters,
160	rc_dregs2_sysregs1,
161	rc_open,
162	rc_sysregs2,
163	rc_sysregs3,
164	rc_allregs,
165	LIM_REG_CLASSES
166	};
167
168	/* mmod field. */
169	#define M_S2RND 1
170	#define M_T 2
171	#define M_W32 3
172	#define M_FU 4
173	#define M_TFU 6
174	#define M_IS 8
175	#define M_ISS2 9
176	#define M_IH 11
177	#define M_IU 12
178
179	/* Register type checking macros. */
180
181	#define CODE_MASK 0x07
182	#define CLASS_MASK 0xf0
183
184	#define REG_SAME(a, b) ((a).regno == (b).regno)
185	#define REG_EQUAL(a, b) (((a).regno & CODE_MASK) == ((b).regno & CODE_MASK))
186	#define REG_CLASS(a) ((a.regno) & 0xf0)
187	#define IS_A1(a) ((a).regno == REG_A1)
188	#define IS_H(a) ((a).regno & F_REG_HIGH ? 1: 0)
189	#define IS_EVEN(r) (r.regno % 2 == 0)
190	#define IS_HCOMPL(a, b) (REG_EQUAL(a, b) && \
191	((a).regno & F_REG_HIGH) != ((b).regno & F_REG_HIGH))
192
193	/* register type checking. */
194	#define _TYPECHECK(r, x) (((r).regno & CLASS_MASK) == T_REG_##x)
195
196	#define IS_DREG(r) _TYPECHECK(r, R)
197	#define IS_DREG_H(r) (_TYPECHECK(r, R) && IS_H(r))
198	#define IS_DREG_L(r) (_TYPECHECK(r, R) && !IS_H(r))
199	#define IS_PREG(r) _TYPECHECK(r, P)
200	#define IS_IREG(r) (((r).regno & 0xf4) == T_REG_I)
201	#define IS_MREG(r) (((r).regno & 0xf4) == T_REG_M)
73562ad0 JZ	202	#define IS_BREG(r) (((r).regno & 0xf4) == T_REG_B)
73562ad0 JZ	203	#define IS_LREG(r) (((r).regno & 0xf4) == T_REG_L)
07c1b327 CM	204	#define IS_CREG(r) ((r).regno == REG_LC0 \|\| (r).regno == REG_LC1)
	205	#define IS_ALLREG(r) ((r).regno < T_NOGROUP)
	206
	207	/* Expression value macros. */
	208
	209	typedef enum
	210	{
	211	ones_compl,
	212	twos_compl,
	213	mult,
	214	divide,
	215	mod,
	216	add,
	217	sub,
	218	lsh,
	219	rsh,
	220	logand,
	221	logior,
	222	logxor
	223	} expr_opcodes_t;
	224
	225	struct expressionS;
	226
	227	#define SYMBOL_T symbolS*
	228
	229	struct expression_cell
	230	{
	231	int value;
	232	SYMBOL_T symbol;
	233	};
	234
	235	/* User Type Definitions. */
	236	struct bfin_insn
	237	{
	238	unsigned long value;
	239	struct bfin_insn *next;
	240	struct expression_cell *exp;
	241	int pcrel;
	242	int reloc;
	243	};
	244
	245	#define INSTR_T struct bfin_insn*
	246	#define EXPR_T struct expression_cell*
	247
	248	typedef struct expr_node_struct Expr_Node;
	249
	250	extern INSTR_T gencode (unsigned long x);
	251	extern INSTR_T conscode (INSTR_T head, INSTR_T tail);
	252	extern INSTR_T conctcode (INSTR_T head, INSTR_T tail);
	253	extern INSTR_T note_reloc
	254	(INSTR_T code, Expr_Node *, int reloc,int pcrel);
	255	extern INSTR_T note_reloc1
	256	(INSTR_T code, const char * sym, int reloc, int pcrel);
	257	extern INSTR_T note_reloc2
	258	(INSTR_T code, const char *symbol, int reloc, int value, int pcrel);
	259
	260	/* Types of expressions. */
	261	typedef enum
	262	{
	263	Expr_Node_Binop, /* Binary operator. */
	264	Expr_Node_Unop, /* Unary operator. */
	265	Expr_Node_Reloc, /* Symbol to be relocated. */
1ac4baed	266	Expr_Node_GOT_Reloc, /* Symbol to be relocated using the GOT. */
07c1b327 CM	267	Expr_Node_Constant /* Constant. */
	268	} Expr_Node_Type;
	269
	270	/* Types of operators. */
	271	typedef enum
	272	{
	273	Expr_Op_Type_Add,
	274	Expr_Op_Type_Sub,
	275	Expr_Op_Type_Mult,
	276	Expr_Op_Type_Div,
	277	Expr_Op_Type_Mod,
	278	Expr_Op_Type_Lshift,
	279	Expr_Op_Type_Rshift,
	280	Expr_Op_Type_BAND, /* Bitwise AND. */
	281	Expr_Op_Type_BOR, /* Bitwise OR. */
	282	Expr_Op_Type_BXOR, /* Bitwise exclusive OR. */
	283	Expr_Op_Type_LAND, /* Logical AND. */
	284	Expr_Op_Type_LOR, /* Logical OR. */
	285	Expr_Op_Type_NEG,
	286	Expr_Op_Type_COMP /* Complement. */
	287	} Expr_Op_Type;
	288
	289	/* The value that can be stored ... depends on type. */
	290	typedef union
	291	{
	292	const char s_value; / if relocation symbol, the text. */
	293	int i_value; /* if constant, the value. */
	294	Expr_Op_Type op_value; /* if operator, the value. */
	295	} Expr_Node_Value;
	296
	297	/* The expression node. */
	298	struct expr_node_struct
	299	{
	300	Expr_Node_Type type;
	301	Expr_Node_Value value;
	302	Expr_Node *Left_Child;
	303	Expr_Node *Right_Child;
	304	};
	305
	306
	307	/* Operations on the expression node. */
	308	Expr_Node *Expr_Node_Create (Expr_Node_Type type,
	309	Expr_Node_Value value,
	310	Expr_Node *Left_Child,
	311	Expr_Node *Right_Child);
	312
	313	/* Generate the reloc structure as a series of instructions. */
	314	INSTR_T Expr_Node_Gen_Reloc (Expr_Node *head, int parent_reloc);
	315
	316	#define MKREF(x) mkexpr (0,x)
	317	#define ALLOCATE(x) malloc (x)
	318
	319	#define NULL_CODE ((INSTR_T) 0)
	320
	321	#ifndef EXPR_VALUE
	322	#define EXPR_VALUE(x) (((x)->type == Expr_Node_Constant) ? ((x)->value.i_value) : 0)
	323	#endif
	324	#ifndef EXPR_SYMBOL
	325	#define EXPR_SYMBOL(x) ((x)->symbol)
	326	#endif
	327
	328
	329	typedef long reg_t;
	330
331
332	typedef struct _register
333	{
334	reg_t regno; /* Register ID as defined in machine_registers. */
335	int flags;
336	} Register;
337
338
339	typedef struct _macfunc
340	{
341	char n;
342	char op;
343	char w;
344	char P;
345	Register dst;
346	Register s0;
347	Register s1;
348	} Macfunc;
349
350	typedef struct _opt_mode
351	{
352	int MM;
353	int mod;
354	} Opt_mode;
355
356	typedef enum
357	{
358	SEMANTIC_ERROR,
359	NO_INSN_GENERATED,
360	INSN_GENERATED
361	} parse_state;
362
363
364	#ifdef __cplusplus
365	extern "C" {
366	#endif
367
368	extern int debug_codeselection;
369
370	void error (char *format, ...);
371	void warn (char *format, ...);
372	int semantic_error (char *syntax);
373	void semantic_error_2 (char *syntax);
374
375	EXPR_T mkexpr (int, SYMBOL_T);
376
07c1b327 CM	377	/* Defined in bfin-lex.l. */
	378	void set_start_state (void);
	379
	380	#ifdef __cplusplus
	381	}
	382	#endif
	383
	384	#endif /* BFIN_PARSE_H */
	385