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# data file for mpfi_div_d
#
# column fields:
# 1: inexact flag (returned value)
# 2: precision of result
# 3: left endpoint value of result
# 4: right endpoint value of result
#
# 5: precision of first parameter
# 6: left endpoint value of first parameter
# 7: right endpoint value of first parameter
# 8: second parameter value
#WARNING:
# double values are read by the test suite with rounding towards minus
# infinity to a machine-dependant precision (whereas the mpfi data are read
# at the given precision with rounding to the nearest).
# So as to ensure portability, use test values that are representable with a
# 53 bit-significand which corresponds to the minimum default precision for
# a double in the test suite.
# special values
0 53 nan nan 53 nan nan -0x170ef54646d497p-109
0 53 nan nan 53 nan nan 0.0
0 53 nan nan 53 nan nan 0x170ef54646d497p-109
0 53 nan nan 53 nan -inf -0x114b37f4b51f71p-107
0 53 nan nan 53 nan -inf 0.0
0 53 nan nan 53 nan -inf 0x114b37f4b51f71p-107
0 53 nan nan 53 nan -7 -0xfc339ab0a6b53p-99
0 53 nan nan 53 nan -7 0.0
0 53 nan nan 53 nan -7 7.0
0 53 nan nan 53 nan -0 -15.0
0 53 nan nan 53 nan -0 0.0
0 53 nan nan 53 nan -0 15.0
0 53 nan nan 53 nan +1 -0xb2b3ece0a4ef9p-103
0 53 nan nan 53 nan +1 0.0
0 53 nan nan 53 nan +1 0xb2b3ece0a4ef9p-103
0 53 nan nan 53 nan +inf -0x5acae5c4b6e51p-101
0 53 nan nan 53 nan +inf 0.0
0 53 nan nan 53 nan +inf 0x5acae5c4b6e51p-101
0 53 +inf +inf 53 -inf -inf -0x170ef54646d497p-108
0 53 -inf +inf 53 -inf -inf 0.0
0 53 -inf -inf 53 -inf -inf 0x170ef54646d497p-108
0 53 1 +inf 53 -inf -7 -7.0
0 53 -inf +inf 53 -inf -7 0.0
0 53 -inf -1 53 -inf -7 7.0
0 53 +0 +inf 53 -inf -0 -0x170ef54646d497p-106
0 53 -inf nan 53 -inf -0 0.0
0 53 -inf -0 53 -inf -0 0x170ef54646d497p-106
1 53 -0x15555555555556p-51 +inf 53 -inf 8 -3.0
0 53 -inf +inf 53 -inf 8 0.0
2 53 -inf 0x15555555555556p-51 53 -inf 8 3.0
0 53 -inf +inf 53 -inf +inf -0x170ef54646d497p-105
0 53 -inf +inf 53 -inf +inf 0.0e-17
0 53 -inf +inf 53 -inf +inf +0x170ef54646d497p-105
0 53 nan nan 53 -inf nan -0x170ef54646d497p-104
0 53 nan nan 53 -inf nan 0.0e-17
0 53 nan nan 53 -inf nan +0x170ef54646d497p-104
0 53 +0 -0 53 +0 -0 -0x170ef54646d497p-109
0 53 nan nan 53 +0 -0 0.0
0 53 +0 -0 53 +0 -0 0x170ef54646d497p-109
1 53 -0x1d9b1f5d20d556p+5 -0 53 +0 8 -0x114b37f4b51f71p-107
0 53 nan +inf 53 +0 8 0.0
2 53 +0 0x1d9b1f5d20d556p+5 53 +0 8 0x114b37f4b51f71p-107
0 53 -inf -0 53 +0 +inf -0x50b45a75f7e81p-104
0 53 nan +inf 53 +0 +inf 0.0
0 53 +0 +inf 53 +0 +inf 0x142d169d7dfa03p-106
0 53 -inf -inf 53 +inf +inf -0x170ef54646d497p-109
0 53 -inf +inf 53 +inf +inf 0.0
0 53 +inf +inf 53 +inf +inf 0x170ef54646d497p-109
0 53 nan nan 53 +inf nan -0x170ef54646d497p-109
0 53 nan nan 53 +inf nan 0.0
0 53 nan nan 53 +inf nan 0x170ef54646d497p-109
# regular values
0 53 0x10000000000001p-53 0x10000000000001p-20
53 -0x10000000000001p-20 -0x10000000000001p-53 -1
1 53 -0x10000000000001p-19 -1
53 -0x10000000000002p-20 -0x10000000000001p-53 0x10000000000001p-53
2 53 -0x1p+33 -0x1000001fffffffp-52
53 -0x10000000000001p-20 -0x10000020000001p-53 0x10000000000001p-53
3 53 -0x10000000000001p-19 -0x1000001fffffffp-52
53 -0x10000000000002p-20 -0x10000020000001p-53 0x10000000000001p-53
0 53 -0x1p-7 0x1p-53
53 -0x123456789abcdfp-53 0x123456789abcdfp-7 -0x123456789abcdf
1 53 -0x1c200000000002p-106 0x1p-53
53 -0x123456789abcdfp-53 0x10000000000001p-53 -0x123456789abcdf
2 53 -0x1p-7 0x1c200000000001p-105
53 -1 0x123456789abcdfp-7 -0x123456789abcdf
3 53 -0x1c200000000002p-106 0x1c200000000001p-105
53 -1 0x10000000000001p-53 -0x123456789abcdf
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