config/libbid/bid_binarydecimal.c

285  { union {UINT128 i; BINARY128 f; } x_out;             \
294  { union {UINT128 i; BINARY128 f; } x_out;             \
486 { union { UINT128 i; BINARY128 f; } x_in;                                  \
558   { UINT128 x_out;                                                          \
566   { UINT128 x_out;                                                                      \
705 static const UINT128 roundbound_128[] = { {{0ull, (1ull << 63)}},       // ROUNDING_TO_NEAREST | positive | even
733 static const UINT128 power_five[] = { {{1ull, 0ull}},
793 static const UINT128 breakpoints_binary32[] =
1446 static const UINT128 breakpoints_binary64[] =
5359 static const UINT128 breakpoints_binary80[] =
64778 static const UINT128 breakpoints_binary128[] =
124285 static const UINT128 breakpoints_bid32[] = { {{0ull, 0ull}},
127943 static const UINT128 coefflimits_bid32[] = { {{10000000ull, 0ull}},
127996 static const UINT128 breakpoints_bid64[] = { {{0ull, 0ull}},
143219 static const UINT128 coefflimits_bid64[] = { {{10000000000000000ull, 0ull}},
143272 static const UINT128 coefflimits_bid128[] =
143921   UINT128 c;
143922   UINT128 m_min;
144056   UINT128 c;
144057   UINT128 m_min;
144178 bid128_to_binary32 (float *pres, UINT128 * px
144181   UINT128 x = *px;
144184 bid128_to_binary32 (UINT128 x
144190   UINT128 c;
144191   UINT128 m_min;
144321   UINT128 c;
144322   UINT128 m_min;
144449   UINT128 c;
144450   UINT128 m_min;
144569 bid128_to_binary64 (double *pres, UINT128 * px
144572   UINT128 x = *px;
144578 bid128_to_binary64 (UINT128 x
144584   UINT128 c;
144585   UINT128 m_min;
144711   UINT128 c;
144712   UINT128 m_min;
144848   UINT128 c;
144849   UINT128 m_min;
144972 bid128_to_binary80 (BINARY80 * pres, UINT128 * px
144975   UINT128 x = *px;
144978 bid128_to_binary80 (UINT128 x
144984   UINT128 c;
144985   UINT128 m_min;
145121   UINT128 c;
145122   UINT128 m_min;
145262   UINT128 c;
145263   UINT128 m_min;
145390 bid128_to_binary128 (BINARY128 * pres, UINT128 * px
145393   UINT128 x = *px;
145396 bid128_to_binary128 (UINT128 x
145402   UINT128 c;
145403   UINT128 m_min;
145540   UINT128 c;
145542   UINT128 m_min;
145599     UINT128 cint;
145607       UINT128 pow5 = coefflimits_bid32[a];
145610         UINT128 cc;
145695   UINT128 c;
145697   UINT128 m_min;
145753     UINT128 cint;
145761       UINT128 pow5 = coefflimits_bid32[a];
145764         UINT128 cc;
145858   UINT128 c;
145860   UINT128 m_min;
145916     UINT128 cint;
145924       UINT128 pow5 = coefflimits_bid32[a];
145927         UINT128 cc;
146021   UINT128 c;
146023   UINT128 m_min;
146068     UINT128 cint;
146076       UINT128 pow5 = coefflimits_bid32[a];
146079         UINT128 cc;
146176   UINT128 c;
146178   UINT128 m_min;
146239     UINT128 cint;
146247       UINT128 pow5 = coefflimits_bid64[a];
146250         UINT128 cc;
146336   UINT128 c;
146338   UINT128 m_min;
146399     UINT128 cint;
146407       UINT128 pow5 = coefflimits_bid64[a];
146410         UINT128 cc;
146498   UINT128 c;
146500   UINT128 m_min;
146559     UINT128 cint;
146567       UINT128 pow5 = coefflimits_bid64[a];
146570         UINT128 cc;
146664   UINT128 c;
146666   UINT128 m_min;
146720     UINT128 cint;
146728       UINT128 pow5 = coefflimits_bid64[a];
146731         UINT128 cc;
146812 binary32_to_bid128 (UINT128 * pres, float *px
146817 UINT128
146823   UINT128 c;
146877     UINT128 cint;
146886       UINT128 pow5 = coefflimits_bid128[a];
146889         UINT128 cc;
146981 binary64_to_bid128 (UINT128 * pres, double *px
146986 UINT128
146992   UINT128 c;
147046     UINT128 cint;
147055       UINT128 pow5 = coefflimits_bid128[a];
147058         UINT128 cc;
147152 binary80_to_bid128 (UINT128 * pres, BINARY80 * px
147157 UINT128
147163   UINT128 c;
147215     UINT128 cint;
147224       UINT128 pow5 = coefflimits_bid128[a];
147227         UINT128 cc;
147321 binary128_to_bid128 (UINT128 * pres, BINARY128 * px
147326 UINT128
147332   UINT128 c;
147380     UINT128 cint;
147389       UINT128 pow5 = coefflimits_bid128[a];
147392         UINT128 cc;