986c986
< DPRINTF(Rename, "[tid:%u]: Freeing up older rename of reg %i, "
---
> DPRINTF(Rename, "[tid:%u]: Freeing up older rename of reg %i (%s), "
988c988,990
< tid, hb_it->prevPhysReg, hb_it->instSeqNum);
---
> tid, hb_it->prevPhysReg->regIdx,
> RegClassStrings[hb_it->prevPhysReg->regClass],
> hb_it->instSeqNum);
1016c1018
< PhysRegIndex renamed_reg;
---
> PhysRegIdPtr renamed_reg;
1046,1048c1048,1052
< DPRINTF(Rename, "[tid:%u]: Looking up %s arch reg %i (flattened %i), "
< "got phys reg %i\n", tid, RegClassStrings[src_reg.regClass],
< (int)src_reg.regIdx, (int)flat_src_reg, (int)renamed_reg);
---
> DPRINTF(Rename, "[tid:%u]: Looking up %s arch reg %i"
> " (flattened %i), got phys reg %i (%s)\n", tid,
> RegClassStrings[src_reg.regClass], src_reg.regIdx,
> flat_src_reg, renamed_reg->regIdx,
> RegClassStrings[renamed_reg->regClass]);
1054,1055c1058,1061
< DPRINTF(Rename, "[tid:%u]: Register %d is ready.\n",
< tid, renamed_reg);
---
> DPRINTF(Rename, "[tid:%u]: Register %d (flat: %d) (%s)"
> " is ready.\n", tid, renamed_reg->regIdx,
> renamed_reg->flatIdx,
> RegClassStrings[renamed_reg->regClass]);
1059,1060c1065,1068
< DPRINTF(Rename, "[tid:%u]: Register %d is not ready.\n",
< tid, renamed_reg);
---
> DPRINTF(Rename, "[tid:%u]: Register %d (flat: %d) (%s)"
> " is not ready.\n", tid, renamed_reg->regIdx,
> renamed_reg->flatIdx,
> RegClassStrings[renamed_reg->regClass]);
1114,1116c1122,1126
< DPRINTF(Rename, "[tid:%u]: Renaming arch reg %i to physical "
< "reg %i.\n", tid, (int)flat_dest_reg,
< (int)rename_result.first);
---
> DPRINTF(Rename, "[tid:%u]: Renaming arch reg %i (%s) to physical "
> "reg %i (%i).\n", tid, dest_reg.regIdx,
> RegClassStrings[dest_reg.regClass],
> rename_result.first->regIdx,
> rename_result.first->flatIdx);
1429,1430c1439,1441
< cprintf("Seq num: %i\nArch reg[%s]: %i New phys reg: %i Old phys "
< "reg: %i\n", (*buf_it).instSeqNum,
---
> cprintf("Seq num: %i\nArch reg[%s]: %i New phys reg:"
> " %i[%s] Old phys reg: %i[%s]\n",
> (*buf_it).instSeqNum,
1433c1444,1447
< (int)(*buf_it).newPhysReg, (int)(*buf_it).prevPhysReg);
---
> (*buf_it).newPhysReg->regIdx,
> RegClassStrings[(*buf_it).newPhysReg->regClass],
> (*buf_it).prevPhysReg->regIdx,
> RegClassStrings[(*buf_it).prevPhysReg->regClass]);