static InstTransResult doMOVSrm(NativeModulePtr natM, BasicBlock *& block, InstPtr ip, MCInst &inst) {
InstTransResult ret;
Function *F = block->getParent();
// MOV from memory to XMM register will set the unused poriton
// of the XMM register to 0s.
// Just set the whole thing to zero, and let the subsequent
// write take care of the rest
R_WRITE<128>(block, OP(0).getReg(), CONST_V<128>(block, 0));
if( ip->has_external_ref()) {
Value *addrInt = getValueForExternal<width>(F->getParent(), ip, block);
TASSERT(addrInt != NULL, "Could not get address for external");
R_WRITE<width>(block, OP(0).getReg(), addrInt);
return ContinueBlock;
}
else if( ip->is_data_offset() ) {
ret = doRMMov<width>(ip, block,
GLOBAL( block, natM, inst, ip, 1 ),
OP(0) );
} else {
ret = doRMMov<width>(ip, block, ADDR(1), OP(0));
}
return ret ;
}
static InstTransResult translate_MOVoa (NativeModulePtr natM, BasicBlock *& block, InstPtr ip, MCInst &inst) {
InstTransResult ret;
Function *F = block->getParent();
// loading functions only available if its a 32-bit offset
if( ip->has_external_ref() && width == 32) {
Value *addrInt = getValueForExternal<32>(F->getParent(), ip, block);
TASSERT(addrInt != 0, "Could not get external data reference");
R_WRITE<width>(block, X86::EAX, addrInt);
return ContinueBlock;
//ret = doRMMov<32>(ip, block, addrInt, MCOperand::CreateReg(X86::EAX)) ;
}
else if( ip->has_call_tgt() && width == 32 ) {
Value *callback_fn = makeCallbackForLocalFunction(
block->getParent()->getParent(),
ip->get_call_tgt(0)
);
Value *addrInt = new PtrToIntInst(
callback_fn, llvm::Type::getInt32Ty(block->getContext()), "", block);
ret = doRMMov<32>(ip, block, addrInt, MCOperand::CreateReg(X86::EAX)) ;
}
else if( ip->is_data_offset() ) {
ret = doRMMov<width>(ip, block,
GLOBAL_DATA_OFFSET(block, natM, ip),
MCOperand::CreateReg(X86::EAX) );
} else {
Value *addrv = CONST_V<width>(block, OP(0).getImm());
ret = doRMMov<width>(ip, block, addrv, MCOperand::CreateReg(X86::EAX)) ;
}
return ret ;
}
static InstTransResult translate_MOV32mr(NativeModulePtr natM, BasicBlock *& block, InstPtr ip, MCInst &inst)
{
InstTransResult ret;
Function *F = block->getParent();
if( ip->has_external_ref()) {
Value *addrInt = getValueForExternal<32>(F->getParent(), ip, block);
TASSERT(addrInt != NULL, "Could not get address for external");
return doMRMov<32>(ip, block, addrInt, OP(5) );
}
else if( ip->is_data_offset() ) {
ret = doMRMov<32>(ip, block, GLOBAL( block, natM, inst, ip, 0), OP(5) );
} else {
ret = doMRMov<32>(ip, block, ADDR(0), OP(5)) ;
}
return ret ;
}
static InstTransResult translate_LEA64r(NativeModulePtr natM, BasicBlock *&block, InstPtr ip, MCInst &inst) {
InstTransResult ret;
Function *F = block->getParent();
if( ip->has_call_tgt() ) {
Value *callback_fn = archMakeCallbackForLocalFunction(
block->getParent()->getParent(),
ip->get_call_tgt(0));
Value *addrInt = new PtrToIntInst(
callback_fn, llvm::Type::getInt64Ty(block->getContext()), "", block);
ret = doLeaV<64>(block, OP(0), addrInt);
} else if(ip->has_external_ref()){
Value *addrInt = getValueForExternal<64>(F->getParent(), ip, block);
ret = doLeaV<64>(block, OP(0), addrInt);
}
else if( ip->is_data_offset() ) {
ret = doLea<64>(ip, block, STD_GLOBAL_OP(1), OP(0));
} else {
ret = doLea<64>(ip, block, ADDR(1), OP(0));
}
return ret;
}