/* Test floating-point conversions. */
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/* Test floating-point conversions. */
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/* Origin: Joseph Myers <joseph@codesourcery.com> */
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/* Origin: Joseph Myers <joseph@codesourcery.com> */
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#include <limits.h>
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#include <limits.h>
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extern void abort (void);
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extern void abort (void);
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extern void exit (int);
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extern void exit (int);
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/* Not all platforms support TImode integers; logic as in
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/* Not all platforms support TImode integers; logic as in
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gcc.dg/titype-1.c. */
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gcc.dg/titype-1.c. */
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#if defined(__LP64__) && !defined(__hppa__)
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#if defined(__LP64__) && !defined(__hppa__)
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typedef int TItype __attribute__ ((mode (TI)));
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typedef int TItype __attribute__ ((mode (TI)));
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typedef unsigned int UTItype __attribute__ ((mode (TI)));
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typedef unsigned int UTItype __attribute__ ((mode (TI)));
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#else
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#else
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typedef long TItype;
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typedef long TItype;
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typedef unsigned long UTItype;
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typedef unsigned long UTItype;
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#endif
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#endif
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/* TEST_I_F(I, U, F, P) tests conversions between the pair of signed
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/* TEST_I_F(I, U, F, P) tests conversions between the pair of signed
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and unsigned integer types I and U and the floating-point type F,
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and unsigned integer types I and U and the floating-point type F,
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where P is the binary precision of the floating point type. We
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where P is the binary precision of the floating point type. We
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test conversions of the values 0, 1, 0x7...f, 0x8...0, 0xf...f. We
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test conversions of the values 0, 1, 0x7...f, 0x8...0, 0xf...f. We
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also test conversions of values half way inbetween two
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also test conversions of values half way inbetween two
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representable values (rounding both ways), just above half way, and
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representable values (rounding both ways), just above half way, and
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just below half way. */
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just below half way. */
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#define TEST_I_F(I, U, F, P) \
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#define TEST_I_F(I, U, F, P) \
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do { \
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do { \
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TEST_I_F_VAL (I, F, (I)0, 1); \
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TEST_I_F_VAL (I, F, (I)0, 1); \
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TEST_I_F_VAL (I, F, (I)1, 1); \
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TEST_I_F_VAL (I, F, (I)1, 1); \
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TEST_I_F_VAL (I, F, (I)(((U)~(U)0) >> 1), P_OK1 (P, I)); \
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TEST_I_F_VAL (I, F, (I)(((U)~(U)0) >> 1), P_OK1 (P, I)); \
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TEST_I_F_VAL (I, F, (I)(U)~(((U)~(U)0) >> 1), 1); \
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TEST_I_F_VAL (I, F, (I)(U)~(((U)~(U)0) >> 1), 1); \
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TEST_I_F_VAL (I, F, (I)(U)~(U)0, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, (I)(U)~(U)0, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL0S (P, I), P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL0S (P, I), P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL0S (P, I) + 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL0S (P, I) + 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL0S (P, I) - 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL0S (P, I) - 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL1S (P, I), P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL1S (P, I), P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL1S (P, I) + 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL1S (P, I) + 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL1S (P, I) - 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, HVAL1S (P, I) - 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL0S (P, I), P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL0S (P, I), P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL0S (P, I) + 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL0S (P, I) + 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL0S (P, I) - 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL0S (P, I) - 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL1S (P, I), P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL1S (P, I), P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL1S (P, I) + 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL1S (P, I) + 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL1S (P, I) - 1, P_OK (P, I)); \
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TEST_I_F_VAL (I, F, -HVAL1S (P, I) - 1, P_OK (P, I)); \
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TEST_I_F_VAL (U, F, (U)0, 1); \
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TEST_I_F_VAL (U, F, (U)0, 1); \
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TEST_I_F_VAL (U, F, (U)1, 1); \
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TEST_I_F_VAL (U, F, (U)1, 1); \
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TEST_I_F_VAL (U, F, (U)(((U)~(U)0) >> 1), P_OK1 (P, U)); \
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TEST_I_F_VAL (U, F, (U)(((U)~(U)0) >> 1), P_OK1 (P, U)); \
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TEST_I_F_VAL (U, F, (U)~(((U)~(U)0) >> 1), 1); \
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TEST_I_F_VAL (U, F, (U)~(((U)~(U)0) >> 1), 1); \
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TEST_I_F_VAL (U, F, (U)~(U)0, P_OK (P, U)); \
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TEST_I_F_VAL (U, F, (U)~(U)0, P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL0U (P, U), P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL0U (P, U), P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL0U (P, U) + 1, P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL0U (P, U) + 1, P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL0U (P, U) - 1, P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL0U (P, U) - 1, P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL1U (P, U), P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL1U (P, U), P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL1U (P, U) + 1, P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL1U (P, U) + 1, P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL1U (P, U) - 1, P_OK (P, U)); \
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TEST_I_F_VAL (U, F, HVAL1U (P, U) - 1, P_OK (P, U)); \
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} while (0)
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} while (0)
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#define P_OK(P, T) ((P) >= sizeof(T) * CHAR_BIT)
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#define P_OK(P, T) ((P) >= sizeof(T) * CHAR_BIT)
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#define P_OK1(P, T) ((P) >= sizeof(T) * CHAR_BIT - 1)
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#define P_OK1(P, T) ((P) >= sizeof(T) * CHAR_BIT - 1)
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#define HVAL0U(P, U) (U)(P_OK (P, U) \
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#define HVAL0U(P, U) (U)(P_OK (P, U) \
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? (U)1 \
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? (U)1 \
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: (((U)1 << (sizeof(U) * CHAR_BIT - 1)) \
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: (((U)1 << (sizeof(U) * CHAR_BIT - 1)) \
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+ ((U)1 << (sizeof(U) * CHAR_BIT - 1 - P))))
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+ ((U)1 << (sizeof(U) * CHAR_BIT - 1 - P))))
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#define HVAL1U(P, U) (U)(P_OK (P, U) \
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#define HVAL1U(P, U) (U)(P_OK (P, U) \
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? (U)1 \
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? (U)1 \
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: (((U)1 << (sizeof(U) * CHAR_BIT - 1)) \
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: (((U)1 << (sizeof(U) * CHAR_BIT - 1)) \
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+ ((U)3 << (sizeof(U) * CHAR_BIT - 1 - P))))
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+ ((U)3 << (sizeof(U) * CHAR_BIT - 1 - P))))
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#define HVAL0S(P, S) (S)(P_OK1 (P, S) \
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#define HVAL0S(P, S) (S)(P_OK1 (P, S) \
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? (S)1 \
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? (S)1 \
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: (((S)1 << (sizeof(S) * CHAR_BIT - 2)) \
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: (((S)1 << (sizeof(S) * CHAR_BIT - 2)) \
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+ ((S)1 << (sizeof(S) * CHAR_BIT - 2 - P))))
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+ ((S)1 << (sizeof(S) * CHAR_BIT - 2 - P))))
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#define HVAL1S(P, S) (S)(P_OK1 (P, S) \
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#define HVAL1S(P, S) (S)(P_OK1 (P, S) \
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? (S)1 \
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? (S)1 \
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: (((S)1 << (sizeof(S) * CHAR_BIT - 2)) \
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: (((S)1 << (sizeof(S) * CHAR_BIT - 2)) \
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+ ((S)3 << (sizeof(S) * CHAR_BIT - 2 - P))))
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+ ((S)3 << (sizeof(S) * CHAR_BIT - 2 - P))))
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#define TEST_I_F_VAL(IT, FT, VAL, PREC_OK) \
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#define TEST_I_F_VAL(IT, FT, VAL, PREC_OK) \
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do { \
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do { \
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static volatile IT ivin, ivout; \
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static volatile IT ivin, ivout; \
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static volatile FT fv1, fv2; \
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static volatile FT fv1, fv2; \
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ivin = (VAL); \
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ivin = (VAL); \
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fv1 = (VAL); \
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fv1 = (VAL); \
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fv2 = ivin; \
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fv2 = ivin; \
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ivout = fv2; \
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ivout = fv2; \
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if (ivin != (VAL) \
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if (ivin != (VAL) \
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|| ((PREC_OK) && ivout != ivin) \
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|| ((PREC_OK) && ivout != ivin) \
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|| ((PREC_OK) && ivout != (VAL)) \
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|| ((PREC_OK) && ivout != (VAL)) \
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|| fv1 != (VAL) || fv2 != (VAL) || fv1 != fv2) \
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|| fv1 != (VAL) || fv2 != (VAL) || fv1 != fv2) \
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abort (); \
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abort (); \
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} while (0)
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} while (0)
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