instruction_combine.cpp - OpenGrok cross reference for /arkcompiler/ets_runtime/ecmascript/compiler/instruction

Lines Matching refs:ResolvedValue
201                 uint64_t constant1 = static_cast<uint64_t>(cmpLeft.Right().ResolvedValue());
202                 uint64_t constant2 = static_cast<uint64_t>(m.Right().ResolvedValue());
213         if (m.Left().IsAnd() && m.Right().ResolvedValue() == 0) {
215             if (andOp.Left().IsOr() && andOp.Right().HasResolvedValue() && andOp.Right().ResolvedValue() != 0) {
218                 auto constant2 = andOp.Right().ResolvedValue();
219                 auto constant1 = orOp.Right().HasResolvedValue() ? orOp.Right().ResolvedValue() : 0;
410     int32_t index = n.Right().ResolvedValue();
418                     bool ovf = base::SignedAddOverflow32(m.Left().ResolvedValue(), m.Right().ResolvedValue(), &val);
430                     bool ovf = base::SignedSubOverflow32(m.Left().ResolvedValue(), m.Right().ResolvedValue(), &val);
442                     bool ovf = base::SignedMulOverflow32(m.Left().ResolvedValue(), m.Right().ResolvedValue(), &val);
468         return builder_.Int64(base::AddWithWraparound(m.Right().ResolvedValue(), m.Left().ResolvedValue()));
477                 m.Right().ResolvedValue(), mLeft.Right().ResolvedValue())), 1);
494         return builder_.Int32(base::AddWithWraparound(m.Left().ResolvedValue(), m.Right().ResolvedValue()));
520                 mleft.Right().ResolvedValue(), m.Right().ResolvedValue())), 1);
535         return builder_.Int64(base::SubWithWraparound(m.Left().ResolvedValue(), m.Right().ResolvedValue()));
544             builder_.Int64Add(m.Left().Gate(), builder_.Int64(base::NegateWithWraparound(m.Right().ResolvedValue())));
558         return builder_.Int32(base::SubWithWraparound(m.Left().ResolvedValue(), m.Right().ResolvedValue()));
567             builder_.Int32Add(m.Left().Gate(), builder_.Int32(base::NegateWithWraparound(m.Right().ResolvedValue())));
586         return builder_.Int64(base::MulWithWraparound(m.Left().ResolvedValue(), m.Right().ResolvedValue()));
596             base::WhichPowerOfTwo(m.Right().ResolvedValue())));
606                 gate, builder_.Int64(base::MulWithWraparound(n.Right().ResolvedValue(), m.Right().ResolvedValue())), 1);
627         return builder_.Int32(base::MulWithWraparound(m.Left().ResolvedValue(), m.Right().ResolvedValue()));
637             base::WhichPowerOfTwo(m.Right().ResolvedValue())));
647                 gate, builder_.Int32(base::MulWithWraparound(n.Right().ResolvedValue(), m.Right().ResolvedValue())), 1);
673         return builder_.Int64(base::SignedDiv64(m.Left().ResolvedValue(), m.Right().ResolvedValue()));
683         int64_t const divisor = m.Right().ResolvedValue();
685             auto newDiv = builder_.Int64Div(m.Left().Gate(), builder_.Int64(abs(m.Right().ResolvedValue())));
710         return builder_.Int32(base::SignedDiv32(m.Left().ResolvedValue(), m.Right().ResolvedValue()));
720         int32_t const divisor = m.Right().ResolvedValue();
722             auto newDiv = builder_.Int32Div(m.Left().Gate(), builder_.Int32(abs(m.Right().ResolvedValue())));
743         return builder_.Double(m.Left().ResolvedValue() + m.Right().ResolvedValue());
760         return builder_.Double(m.Left().ResolvedValue() - m.Right().ResolvedValue());
776         return builder_.Double(m.Left().ResolvedValue() * m.Right().ResolvedValue());
796         return builder_.Double(base::Divide(m.Left().ResolvedValue(), m.Right().ResolvedValue()));
827         return builder_.Int32(base::SignedMod32(m.Left().ResolvedValue(), m.Right().ResolvedValue()));
866         return builder_.Int64(static_cast<uint64_t>(m.Left().ResolvedValue()) &
867             static_cast<uint64_t>(m.Right().ResolvedValue()));
878                 mleft.Left().Gate(), builder_.Int64(static_cast<uint64_t>(m.Right().ResolvedValue()) &
879                 static_cast<uint64_t>(mleft.Right().ResolvedValue())));
903         return builder_.Int32(static_cast<uint32_t>(m.Left().ResolvedValue()) &
904             static_cast<uint32_t>(m.Right().ResolvedValue()));
915                 mleft.Left().Gate(), builder_.Int32(static_cast<uint32_t>(m.Right().ResolvedValue()) &
916                 static_cast<uint32_t>(mleft.Right().ResolvedValue())));
936         return builder_.Int64(static_cast<uint64_t>(m.Left().ResolvedValue()) |
937             static_cast<uint64_t>(m.Right().ResolvedValue()));
948             if ((m.Right().ResolvedValue() | mand.Right().ResolvedValue()) == -1) {
970         return builder_.Int32(static_cast<uint32_t>(m.Left().ResolvedValue()) |
971             static_cast<uint32_t>(m.Right().ResolvedValue()));
982             if ((m.Right().ResolvedValue() | mand.Right().ResolvedValue()) == -1) {
1001         return builder_.Int64(m.Left().ResolvedValue() ^ m.Right().ResolvedValue());
1025         return builder_.Int32(m.Left().ResolvedValue() ^ m.Right().ResolvedValue());
1049         return builder_.Int64(m.Left().ResolvedValue() >> (m.Right().ResolvedValue() & 63));
1063         return builder_.Int32(m.Left().ResolvedValue() >> (m.Right().ResolvedValue() & 31));
1069             uint32_t shift = m.Right().ResolvedValue() & 31;
1070             uint32_t mask = mleft.Right().ResolvedValue();
1088         return builder_.Int64(m.Left().ResolvedValue() >> (m.Right().ResolvedValue() & 63));
1102         return builder_.Int32(m.Left().ResolvedValue() >> (m.Right().ResolvedValue() & 31));
1131         return builder_.Int64(base::ShlWithWraparound(m.Left().ResolvedValue(), m.Right().ResolvedValue()));
1138         if (mleft.Right().Is(m.Right().ResolvedValue())) {
1140                 mleft.Left().Gate(), builder_.Int64(std::numeric_limits<uint64_t>::max() << m.Right().ResolvedValue()));
1154         return builder_.Int32(base::ShlWithWraparound(m.Left().ResolvedValue(), m.Right().ResolvedValue()));
1162         if (mleft.Right().Is(m.Right().ResolvedValue())) {
1164                 mleft.Left().Gate(), builder_.Int32(std::numeric_limits<uint64_t>::max() << m.Right().ResolvedValue()));