Lines Matching defs:FEnv

22 struct FEnv {
88   uint32_t new_excepts = FEnv::exception_macro_to_enable_bits(excepts);
89   uint32_t fpscr = FEnv::get_fpscr();
90   int old = (fpscr >> FEnv::ExceptionControlBitPosition) & 0x3F;
91   fpscr |= (new_excepts << FEnv::ExceptionControlBitPosition);
92   FEnv::set_fpscr(fpscr);
93   return FEnv::exception_enable_bits_to_macro(old);
98   uint32_t disable_bits = FEnv::exception_macro_to_enable_bits(excepts);
99   uint32_t fpscr = FEnv::get_fpscr();
100   int old = (fpscr >> FEnv::ExceptionControlBitPosition) & 0x3F;
101   fpscr &= ~(disable_bits << FEnv::ExceptionControlBitPosition);
102   FEnv::set_fpscr(fpscr);
103   return FEnv::exception_enable_bits_to_macro(old);
108   uint32_t fpscr = FEnv::get_fpscr();
109   int enabled_excepts = (fpscr >> FEnv::ExceptionControlBitPosition) & 0x3F;
110   return FEnv::exception_enable_bits_to_macro(enabled_excepts);
115   uint32_t fpscr = FEnv::get_fpscr();
116   uint32_t to_clear = FEnv::exception_macro_to_status_bits(excepts);
118   FEnv::set_fpscr(fpscr);
124   uint32_t to_test = FEnv::exception_macro_to_status_bits(excepts);
125   uint32_t fpscr = FEnv::get_fpscr();
126   return FEnv::exception_status_bits_to_macro(fpscr & 0x9F & to_test);
131   uint32_t fpscr = FEnv::get_fpscr();
132   FEnv::set_fpscr(fpscr | FEnv::exception_macro_to_status_bits(excepts));
150   uint32_t to_raise = FEnv::exception_macro_to_status_bits(excepts);
153   if (to_raise & FEnv::INVALID_STATUS) {
155     uint32_t fpscr = FEnv::get_fpscr();
156     if (!(fpscr & FEnv::INVALID_STATUS))
159   if (to_raise & FEnv::DIVBYZERO_STATUS) {
161     uint32_t fpscr = FEnv::get_fpscr();
162     if (!(fpscr & FEnv::DIVBYZERO_STATUS))
165   if (to_raise & FEnv::OVERFLOW_STATUS) {
167     uint32_t fpscr = FEnv::get_fpscr();
168     if (!(fpscr & FEnv::OVERFLOW_STATUS))
171   if (to_raise & FEnv::UNDERFLOW_STATUS) {
173     uint32_t fpscr = FEnv::get_fpscr();
174     if (!(fpscr & FEnv::UNDERFLOW_STATUS))
177   if (to_raise & FEnv::INEXACT_STATUS) {
183     uint32_t fpscr = FEnv::get_fpscr();
184     if (!(fpscr & FEnv::INEXACT_STATUS))
191   uint32_t mode = (FEnv::get_fpscr() >> FEnv::RoundingControlBitPosition) & 0x3;
193   case FEnv::TONEAREST:
195   case FEnv::DOWNWARD:
197   case FEnv::UPWARD:
199   case FEnv::TOWARDZERO:
211     bits = FEnv::TONEAREST;
214     bits = FEnv::DOWNWARD;
217     bits = FEnv::UPWARD;
220     bits = FEnv::TOWARDZERO;
226   uint32_t fpscr = FEnv::get_fpscr();
227   fpscr &= ~(0x3 << FEnv::RoundingControlBitPosition);
228   fpscr |= (bits << FEnv::RoundingControlBitPosition);
229   FEnv::set_fpscr(fpscr);
235   FEnv *state = reinterpret_cast<FEnv *>(envp);
236   state->fpscr = FEnv::get_fpscr();
242     uint32_t fpscr = FEnv::get_fpscr();
245     fpscr &= ~(0x3 << FEnv::RoundingControlBitPosition);
246     fpscr |= (FEnv::TONEAREST << FEnv::RoundingControlBitPosition);
248     fpscr &= ~(0x3F << FEnv::ExceptionControlBitPosition);
254     FEnv::set_fpscr(fpscr);
258   const FEnv *state = reinterpret_cast<const FEnv *>(envp);
259   FEnv::set_fpscr(state->fpscr);