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common_def.h
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common_def.h
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#ifndef _COMMON_DEF_H_
#define _COMMON_DEF_H_
#ifdef __x86_64
#define int64_t long long int
#endif
static int insts;
static int print_udef = 0;
static uint8_t buffer_a[BUFSIZ];
static void *vp_a = (void*)buffer_a;
static int32_t i32p_a[BUFSIZ >> 2];
static int64_t i64p_a[BUFSIZ >> 3];
static float f32p_a[BUFSIZ >> 2];
static double f64p_a[BUFSIZ >> 3];
static __m64 m64p_a[BUFSIZ >> 3];
static __m128i m128ip_a[BUFSIZ >> 4];
static int8_t _i8[BUFSIZ >> 0];
static int16_t _i16[BUFSIZ >> 1];
static int32_t _i32[BUFSIZ >> 2];
static int64_t _i64[BUFSIZ >> 3];
static uint32_t _u32[BUFSIZ >> 2];
static uint32_t _u64[BUFSIZ >> 3];
static float _f32[BUFSIZ >> 2];
static double _f64[BUFSIZ >> 3];
static __m64 _m64[BUFSIZ >> 3];
static __m128 _m128[BUFSIZ >> 4];
static __m128i _m128i[BUFSIZ >> 4];
static __m128d _m128d[BUFSIZ >> 4];
#define _immi8_0x1c 0x1c
#define _immi8_0x02 0x02
#define _immi8_0x01 0x01
#define _immi32_0x01 0x01
static void init_mem(void *p, size_t size)
{
uint8_t *u = (uint8_t*)p;
for (size_t i = 0; i < size; ++i) {
u[i] = i;
}
}
#define init_array(p) init_mem(p, sizeof(p))
static void test_data_init()
{
init_array(buffer_a);
init_array(i32p_a);
init_array(i64p_a);
init_array(f32p_a);
init_array(f64p_a);
init_array(m64p_a);
init_array(m128ip_a);
init_array(_i8);
init_array(_i16);
init_array(_i32);
init_array(_i64);
init_array(_u32);
init_array(_u64);
init_array(_f32);
init_array(_f64);
init_array(_m64);
init_array(_m128);
init_array(_m128i);
init_array(_m128d);
}
#define PRINT128_HEX(p) \
do { \
uint8_t *u = (uint8_t*)p; \
for (int i = 0; i < 16; ++i) \
printf("%02x", u[i]); \
} while (0);
#define PRINT128_F32(p) \
do { \
float *u = (float*)p; \
for (int i = 0; i < 4; ++i) { \
if (isnan(u[i])) \
printf("NAN "); \
else \
printf("%e ", u[i]); \
} \
} while (0);
#define PRINT128_F64(p) \
do { \
double *u = (double*)p; \
for (int i = 0; i < 4; ++i) { \
if (isnan(u[i])) \
printf("NAN "); \
else \
printf("%e ", u[i]); \
} \
} while (0);
#define V_TEST(op) \
do { \
printf("%d: " # op, ++insts); \
op(); \
printf("\t OK"); \
putc('\n', stdout); \
} while (0);
#define V_VP_I32(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
init_mem(buffer_a, sizeof(buffer_a)); \
op(vp_a, _i32[0]); \
PRINT128_ ## fmt(vp_a); \
putc('\n', stdout); \
} while(0);
#define V_VP_IMMI32(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
init_mem(buffer_a, sizeof(buffer_a)); \
op(vp_a, imm); \
PRINT128_ ## fmt(vp_a); \
putc('\n', stdout); \
} while(0);
#define V_VP_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
init_mem(buffer_a, sizeof(buffer_a)); \
op(vp_a, _m128i[0]); \
PRINT128_ ## fmt(vp_a); \
putc('\n', stdout); \
} while(0);
#define V_I32P_I32(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
init_mem(i32p_a, sizeof(i32p_a)); \
op(i32p_a, _i32[0]); \
PRINT128_ ## fmt(i32p_a); \
putc('\n', stdout); \
} while(0);
#define V_I64P_I64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
init_mem(i64p_a, sizeof(i64p_a)); \
op(i64p_a, _i64[0]); \
PRINT128_ ## fmt(i64p_a); \
putc('\n', stdout); \
} while(0);
#define V_F32P_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
init_mem(f32p_a, sizeof(f32p_a)); \
op(f32p_a, _m128[0]); \
PRINT128_ ## fmt(f32p_a); \
putc('\n', stdout); \
} while(0);
#define V_F64P_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
init_mem(f64p_a, sizeof(f64p_a)); \
op(f64p_a, _m128d[0]); \
PRINT128_ ## fmt(f64p_a); \
putc('\n', stdout); \
} while(0);
#define V_M64P_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
init_mem(m64p_a, sizeof(m64p_a)); \
op(m64p_a, _m128[0]); \
PRINT128_ ## fmt(m64p_a); \
putc('\n', stdout); \
} while(0);
#define V_M64P_M64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
init_mem(m64p_a, sizeof(m64p_a)); \
op(m64p_a, _m64[0]); \
PRINT128_ ## fmt(m64p_a); \
putc('\n', stdout); \
} while(0);
#define V_M128IP_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
init_mem(m128ip_a, sizeof(m128ip_a)); \
op(m128ip_a, _m128i[0]); \
PRINT128_ ## fmt(m128ip_a); \
putc('\n', stdout); \
} while(0);
#define I32_U32(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int a[4]; \
a[0] = op(_u32[0]); \
a[1] = op(_u32[1]); \
a[2] = op(_u32[2]); \
a[3] = op(_u32[3]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I32_M64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int a[4]; \
a[0] = op(_m64[0]); \
a[1] = op(_m64[1]); \
a[2] = op(_m64[2]); \
a[3] = op(_m64[3]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I32_M64_IMMI8(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int a[4]; \
a[0] = op(_m64[0], imm); \
a[1] = op(_m64[1], imm); \
a[2] = op(_m64[2], imm); \
a[3] = op(_m64[3], imm); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I32_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int a[4]; \
a[0] = op(_m128[0]); \
a[1] = op(_m128[1]); \
a[2] = op(_m128[2]); \
a[3] = op(_m128[3]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define F32_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
float a[4]; \
a[0] = op(_m128[0]); \
a[1] = op(_m128[1]); \
a[2] = op(_m128[2]); \
a[3] = op(_m128[3]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I32_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int a[4]; \
a[0] = op(_m128d[0]); \
a[1] = op(_m128d[1]); \
a[2] = op(_m128d[2]); \
a[3] = op(_m128d[3]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I32_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int a[4]; \
a[0] = op(_m128i[0]); \
a[1] = op(_m128i[1]); \
a[2] = op(_m128i[2]); \
a[3] = op(_m128i[3]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I32_M128I_IMMI8(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int a[4]; \
a[0] = op(_m128i[0], imm); \
a[1] = op(_m128i[1], imm); \
a[2] = op(_m128i[2], imm); \
a[3] = op(_m128i[3], imm); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I32_M128_IMMI8(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int a[4]; \
a[0] = op(_m128[0], imm); \
a[1] = op(_m128[1], imm); \
a[2] = op(_m128[2], imm); \
a[3] = op(_m128[3], imm); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I32_M128_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int a[4]; \
a[0] = op(_m128[0], _m128[1]); \
a[1] = op(_m128[2], _m128[3]); \
a[2] = op(_m128[4], _m128[5]); \
a[3] = op(_m128[6], _m128[7]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I32_M128I_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int a[4]; \
a[0] = op(_m128i[0], _m128i[1]); \
a[1] = op(_m128i[2], _m128i[3]); \
a[2] = op(_m128i[4], _m128i[5]); \
a[3] = op(_m128i[6], _m128i[7]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I32_M128D_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int a[4]; \
a[0] = op(_m128d[0], _m128d[1]); \
a[1] = op(_m128d[2], _m128d[3]); \
a[2] = op(_m128d[4], _m128d[5]); \
a[3] = op(_m128d[6], _m128d[7]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define M128I_V(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define UDEF_M128I_V(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(); \
if (print_udef) { \
PRINT128_ ## fmt(&a); \
} else { \
printf("OK"); \
} \
putc('\n', stdout); \
} while(0);
#define M128_F32(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_f32[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_F64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_f64[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_I8(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_i8[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_I16(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_i16[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_I32(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_i32[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_I64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_i64[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_m64[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128_M64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m64[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128_M64_M64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m64[0], _m64[1]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_M64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_m64[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M64_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m64 a[2]; \
a[0] = op(_m128[0]); \
a[1] = op(_m128[1]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define M64_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m64 a[2]; \
a[0] = op(_m128i[0]); \
a[1] = op(_m128i[1]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define M64_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m64 a[2]; \
a[0] = op(_m128d[0]); \
a[1] = op(_m128d[1]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define F64_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
double a[2]; \
a[0] = op(_m128d[0]); \
a[1] = op(_m128d[1]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I64_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int64_t a[2]; \
a[0] = op(_m128[0]); \
a[1] = op(_m128[1]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I64_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int64_t a[2]; \
a[0] = op(_m128i[0]); \
a[1] = op(_m128i[1]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I64_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int64_t a[2]; \
a[0] = op(_m128d[0]); \
a[1] = op(_m128d[1]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define I64_U64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
int64_t a[2]; \
a[0] = op(_u64[0]); \
a[1] = op(_u64[1]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define M128_M128_F32(op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m128[0]); \
print_f32_128bit(&a); \
putc('\n', stdout); \
} while(0);
#define M128_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m128[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m128d[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m128i[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_m128i[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_m128i[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_m128[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_m128d[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M64_M64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m64 a[2]; \
a[0] = op(_m64[0]); \
a[1] = op(_m64[1]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define M64_M64_M64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m64 a[2]; \
a[0] = op(_m64[0], _m64[1]); \
a[1] = op(_m64[2], _m64[3]); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define M64_M64_I32_IMMI8(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m64 a[2]; \
a[0] = op(_m64[0], _i32[0], imm); \
a[1] = op(_m64[1], _i32[1], imm); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define M64_M64_M64_IMMI8(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m64 a[2]; \
a[0] = op(_m64[0], _m64[1], imm); \
a[1] = op(_m64[2], _m64[3], imm); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define M64_M64_IMMI8(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m64 a[2]; \
a[0] = op(_m64[0], imm); \
a[1] = op(_m64[1], imm); \
PRINT128_ ## fmt(a); \
putc('\n', stdout); \
} while(0);
#define M128_M128_I32(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m128[0], _i32[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128_M128_I64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m128[0], _i64[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_M128D_I32(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_m128d[0], _i32[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_M128D_I64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_m128d[0], _i64[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M128I_IMMI8(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_m128i[0], imm); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M128I_I32_IMMI8(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_m128i[0], _i32[0],imm); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128_M128_M128_IMMI8(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m128[0], _m128[1], imm); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_M128D_M128D_IMMI8(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_m128d[0], _m128d[1], imm); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M128I_M128I_IMMI8(fmt, op, imm) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_m128i[0], _m128i[1], imm); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M128I_M128I_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_m128i[0], _m128i[1], _m128i[2]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_M128D_M128D_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_m128d[0], _m128d[1], _m128d[2]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128_M128_M128_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m128[0], _m128[1], _m128[2]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128_M128_M64(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m128[0], _m64[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128_M128_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m128[0], _m128[1]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128_M128_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_m128[0], _m128d[1]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M128I_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_m128i[0], _m128i[1]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_M128D_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_m128d[0], _m128d[1]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_M128D_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_m128d[0], _m128[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M128I(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_m128i[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_M128D(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_m128d[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_M128D_F64(op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_m128d[0]); \
print_f64_128bit(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_M128(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_m128[0]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128_V(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define UDEF_M128_V(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(); \
if (print_udef) { \
PRINT128_ ## fmt(&a); \
} else { \
printf("OK"); \
} \
putc('\n', stdout); \
} while(0);
#define M128D_V(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define UDEF_M128D_V(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(); \
if (print_udef) { \
PRINT128_ ## fmt(&a); \
} else { \
printf("OK"); \
} \
putc('\n', stdout); \
} while(0);
#define M128_F32x4(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128 a = op(_f32[0], _f32[1], _f32[2], _f32[3]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128D_F64x2(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128d a = op(_f64[0], _f64[1]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_I8x16(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_i8[0], _i8[1], _i8[2], _i8[3], _i8[4], \
_i8[5], _i8[6], _i8[7], _i8[8], _i8[9], _i8[10], \
_i8[11], _i8[12], _i8[13], _i8[14], _i8[15]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_I16x8(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_i16[0], _i16[1], _i16[2], \
_i16[3], _i16[4], _i16[5], _i16[6], _i16[7]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_I32x4(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_i32[0], _i32[1], _i32[2], _i32[3]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_I64x2(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_i64[0], _i64[1]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M64x2(fmt, op) \
do { \
printf("%d: " # op, ++insts); \
putc('\t', stdout); \
__m128i a = op(_m64[0], _m64[1]); \
PRINT128_ ## fmt(&a); \
putc('\n', stdout); \
} while(0);
#define M128I_M128IP(fmt, op) \
do { \
printf("%d: " # op, ++insts); \