void JIT::emit_op_call_put_result(Instruction* instruction)
{
int dst = instruction[1].u.operand;
emitValueProfilingSite();
emitPutVirtualRegister(dst);
if (canBeOptimized())
killLastResultRegister(); // Make lastResultRegister tracking simpler in the DFG.
}
void JIT::emitPutCallResult(Instruction* instruction)
{
int dst = instruction[1].u.operand;
emitValueProfilingSite(regT4);
emitPutVirtualRegister(dst);
if (canBeOptimizedOrInlined()) {
// Make lastResultRegister tracking simpler in the DFG. This is needed because
// the DFG may have the SetLocal corresponding to this Call's return value in
// a different basic block, if inlining happened. The DFG isn't smart enough to
// track the baseline JIT's last result register across basic blocks.
killLastResultRegister();
}
}
void JIT::emitPutCallResult(Instruction* instruction)
{
int dst = instruction[1].u.operand;
emitValueProfilingSite(regT4);
emitStore(dst, regT1, regT0);
}
void JIT::emitPutCallResult(Instruction* instruction)
{
int dst = instruction[1].u.operand;
emitValueProfilingSite(regT4);
emitPutVirtualRegister(dst);
}
void JIT::emit_op_call_put_result(Instruction* instruction)
{
int dst = instruction[1].u.operand;
emitValueProfilingSite();
emitStore(dst, regT1, regT0);
}
void JIT::emitPutCallResult(const Op& bytecode)
{
emitValueProfilingSite(bytecode.metadata(m_codeBlock));
emitStore(bytecode.m_dst.offset(), regT1, regT0);
}
void JIT::emit_op_call_put_result(Instruction* instruction)
{
int dst = instruction[1].u.operand;
emitValueProfilingSite(FirstProfilingSite);
emitPutVirtualRegister(dst);
}