void DEX_REGION::update_ra_res(IN RA & ra, OUT PRNO2UINT & prno2v)
{
prno2v.maxreg = ra.get_maxreg();
prno2v.paramnum = ra.get_paramnum();
GLTM * gltm = ra.get_gltm();
IR_BB_LIST * bbl = get_bb_list();
prno2v.clean();
for (IR_BB * bb = bbl->get_head(); bb != NULL; bb = bbl->get_next()) {
LTM * ltm = gltm->map_bb2ltm(bb);
if (ltm == NULL) { continue; }
SVECTOR<LT*> * lvec = ltm->get_lt_vec();
for (INT i = 0; i <= lvec->get_last_idx(); i++) {
LT * l = lvec->get(i);
if (l == NULL) { continue; }
IS_TRUE0(l->has_allocated());
bool find;
UINT v = prno2v.get(LT_prno(l), &find);
if (find) {
//each prno is corresponding to a unqiue vreg.
IS_TRUE0(v == LT_phy(l));
} else {
prno2v.set(LT_prno(l), LT_phy(l));
}
}
}
prno2v.dump();
IS_TRUE0(verify_ra_res(ra, prno2v));
}
void DexRegion::updateRAresult(IN RA & ra, OUT Prno2Vreg & prno2v)
{
prno2v.maxreg = ra.get_maxreg();
prno2v.paramnum = ra.get_paramnum();
GltMgr * gltm = ra.get_gltm();
BBList * bbl = getBBList();
prno2v.clean();
for (IRBB * bb = bbl->get_head(); bb != NULL; bb = bbl->get_next()) {
LTMgr * ltm = gltm->map_bb2ltm(bb);
if (ltm == NULL) { continue; }
Vector<LT*> * lvec = ltm->get_lt_vec();
for (INT i = 0; i <= lvec->get_last_idx(); i++) {
LT * l = lvec->get(i);
if (l == NULL) { continue; }
ASSERT0(l->has_allocated());
bool find;
UINT v = prno2v.get(LT_prno(l), &find);
if (find) {
//each prno is corresponding to a unqiue vreg.
ASSERT0(v == LT_phy(l));
} else {
prno2v.set(LT_prno(l), LT_phy(l));
}
}
}
//prno2v.dump();
ASSERT0(verifyRAresult(ra, prno2v));
}