// verify this data.
     if (unverifiedReq &&
         !(unverifiedReq->isUncacheable()) &&
-        (!(unverifiedReq->isLlsc()) ||
-         ((unverifiedReq->isLlsc()) &&
+        (!(unverifiedReq->isLLSC()) ||
+         ((unverifiedReq->isLLSC()) &&
           unverifiedReq->getExtraData() == 1))) {
         T inst_data;
 /*
 
 
     Request *memReq = cache_req->dataPkt->req;
 
-    if (cache_req->dataPkt->isWrite() && memReq->isLlsc()) {
+    if (cache_req->dataPkt->isWrite() && memReq->isLLSC()) {
         assert(cache_req->inst->isStoreConditional());
         DPRINTF(InOrderCachePort, "Evaluating Store Conditional access\n");
         do_access = TheISA::handleLockedWrite(cpu, memReq);
             cacheStatus = cacheWaitResponse;
             cacheBlocked = false;
         }
-    } else if (!do_access && memReq->isLlsc()){
+    } else if (!do_access && memReq->isLLSC()){
         // Store-Conditional instructions complete even if they "failed"
         assert(cache_req->inst->isStoreConditional());
         cache_req->setCompleted(true);
             if (inst->isLoad()) {
                 assert(cache_pkt->isRead());
 
-                if (cache_pkt->req->isLlsc()) {
+                if (cache_pkt->req->isLLSC()) {
                     DPRINTF(InOrderCachePort,
                             "[tid:%u]: Handling Load-Linked for [sn:%u]\n",
                             tid, inst->seqNum);
 
             "storeHead: %i addr: %#x\n",
             load_idx, store_idx, storeHead, req->getPaddr());
 
-    if (req->isLlsc()) {
+    if (req->isLLSC()) {
         // Disable recording the result temporarily.  Writing to misc
         // regs normally updates the result, but this is not the
         // desired behavior when handling store conditionals.
     if (!lsq->cacheBlocked()) {
         PacketPtr data_pkt =
             new Packet(req,
-                       (req->isLlsc() ?
+                       (req->isLLSC() ?
                         MemCmd::LoadLockedReq : MemCmd::ReadReq),
                        Packet::Broadcast);
         data_pkt->dataStatic(load_inst->memData);
 
 
         MemCmd command =
             req->isSwap() ? MemCmd::SwapReq :
-            (req->isLlsc() ? MemCmd::StoreCondReq : MemCmd::WriteReq);
+            (req->isLLSC() ? MemCmd::StoreCondReq : MemCmd::WriteReq);
         PacketPtr data_pkt = new Packet(req, command,
                                         Packet::Broadcast);
         data_pkt->dataStatic(inst->memData);
 
 
 //                ++iewExecStoreInsts;
 
-                if (!(inst->req->isLlsc())) {
+                if (!(inst->req->isLLSC())) {
                     inst->setExecuted();
 
                     instToCommit(inst);
 
         }
     }
 /*
-    if (req->isLlsc()) {
+    if (req->isLLSC()) {
         if (req->isUncacheable()) {
             // Don't update result register (see stq_c in isa_desc)
             req->result = 2;
 
             MemAccessResult result = dcacheInterface->access(req);
 
             //@todo temp fix for LL/SC (works fine for 1 CPU)
-            if (req->isLlsc()) {
+            if (req->isLLSC()) {
                 req->result=1;
                 panic("LL/SC! oh no no support!!!");
             }
                 Event *wb = NULL;
 /*
                 typename IEW::LdWritebackEvent *wb = NULL;
-                if (req->isLlsc()) {
+                if (req->isLLSC()) {
                     // Stx_C does not generate a system port transaction.
                     req->result=0;
                     wb = new typename IEW::LdWritebackEvent(storeQueue[storeWBIdx].inst,
 //                DPRINTF(Activity, "Active st accessing mem hit [sn:%lli]\n",
 //                        storeQueue[storeWBIdx].inst->seqNum);
 
-                if (req->isLlsc()) {
+                if (req->isLLSC()) {
                     // Stx_C does not generate a system port transaction.
                     req->result=1;
                     typename BackEnd::LdWritebackEvent *wb =
 
 
     PacketPtr data_pkt =
         new Packet(req,
-                   (req->isLlsc() ?
+                   (req->isLLSC() ?
                     MemCmd::LoadLockedReq : Packet::ReadReq),
                    Packet::Broadcast);
     data_pkt->dataStatic(inst->memData);
         return NoFault;
     }
 
-    if (req->isLlsc()) {
+    if (req->isLLSC()) {
         cpu->lockFlag = true;
     }
 
 
 
         MemCmd command =
             req->isSwap() ? MemCmd::SwapReq :
-            (req->isLlsc() ? MemCmd::WriteReq : MemCmd::StoreCondReq);
+            (req->isLLSC() ? MemCmd::WriteReq : MemCmd::StoreCondReq);
         PacketPtr data_pkt = new Packet(req, command, Packet::Broadcast);
         data_pkt->dataStatic(inst->memData);
 
                 inst->seqNum);
 
         // @todo: Remove this SC hack once the memory system handles it.
-        if (req->isLlsc()) {
+        if (req->isLLSC()) {
             if (req->isUncacheable()) {
                 req->setExtraData(2);
             } else {
             if (result != MA_HIT && dcacheInterface->doEvents()) {
                 store_event->miss = true;
                 typename BackEnd::LdWritebackEvent *wb = NULL;
-                if (req->isLlsc()) {
+                if (req->isLLSC()) {
                     wb = new typename BackEnd::LdWritebackEvent(inst,
                                                             be);
                     store_event->wbEvent = wb;
 //                DPRINTF(Activity, "Active st accessing mem hit [sn:%lli]\n",
 //                        inst->seqNum);
 
-                if (req->isLlsc()) {
+                if (req->isLLSC()) {
                     // Stx_C does not generate a system port
                     // transaction in the 21264, but that might be
                     // hard to accomplish in this model.
 
         // Now do the access.
         if (fault == NoFault) {
             Packet pkt = Packet(req,
-                    req->isLlsc() ? MemCmd::LoadLockedReq : MemCmd::ReadReq,
+                    req->isLLSC() ? MemCmd::LoadLockedReq : MemCmd::ReadReq,
                     Packet::Broadcast);
             pkt.dataStatic(dataPtr);
 
 
             assert(!pkt.isError());
 
-            if (req->isLlsc()) {
+            if (req->isLLSC()) {
                 TheISA::handleLockedRead(thread, req);
             }
         }
             MemCmd cmd = MemCmd::WriteReq; // default
             bool do_access = true;  // flag to suppress cache access
 
-            if (req->isLlsc()) {
+            if (req->isLLSC()) {
                 cmd = MemCmd::StoreCondReq;
                 do_access = TheISA::handleLockedWrite(thread, req);
             } else if (req->isSwap()) {
 
     } else {
         bool do_access = true;  // flag to suppress cache access
 
-        if (req->isLlsc()) {
+        if (req->isLLSC()) {
             do_access = TheISA::handleLockedWrite(thread, req);
         } else if (req->isCondSwap()) {
             assert(res);
     MemCmd cmd;
     if (read) {
         cmd = MemCmd::ReadReq;
-        if (req->isLlsc())
+        if (req->isLLSC())
             cmd = MemCmd::LoadLockedReq;
     } else {
         cmd = MemCmd::WriteReq;
-        if (req->isLlsc()) {
+        if (req->isLLSC()) {
             cmd = MemCmd::StoreCondReq;
         } else if (req->isSwap()) {
             cmd = MemCmd::SwapReq;
     _status = DTBWaitResponse;
     if (split_addr > addr) {
         RequestPtr req1, req2;
-        assert(!req->isLlsc() && !req->isSwap());
+        assert(!req->isLLSC() && !req->isSwap());
         req->splitOnVaddr(split_addr, req1, req2);
 
         typedef SplitDataTranslation::WholeTranslationState WholeState;
     _status = DTBWaitResponse;
     if (split_addr > addr) {
         RequestPtr req1, req2;
-        assert(!req->isLlsc() && !req->isSwap());
+        assert(!req->isLLSC() && !req->isSwap());
         req->splitOnVaddr(split_addr, req1, req2);
 
         typedef SplitDataTranslation::WholeTranslationState WholeState;
 
     // the locked flag may be cleared on the response packet, so check
     // pkt->req and not pkt to see if it was a load-locked
-    if (pkt->isRead() && pkt->req->isLlsc()) {
+    if (pkt->isRead() && pkt->req->isLLSC()) {
         TheISA::handleLockedRead(thread, pkt->req);
     }
 
 
      */
     void trackLoadLocked(PacketPtr pkt)
     {
-        assert(pkt->isLlsc());
+        assert(pkt->isLLSC());
         lockList.push_front(Lock(pkt->req));
     }
 
     bool checkWrite(PacketPtr pkt)
     {
         Request *req = pkt->req;
-        if (pkt->isLlsc()) {
+        if (pkt->isLLSC()) {
             // it's a store conditional... have to check for matching
             // load locked.
             bool success = false;
 
             pkt->writeDataToBlock(blk->data, blkSize);
         }
     } else if (pkt->isRead()) {
-        if (pkt->isLlsc()) {
+        if (pkt->isLLSC()) {
             blk->trackLoadLocked(pkt);
         }
         pkt->setDataFromBlock(blk->data, blkSize);
 
     incMissCount(pkt);
 
-    if (blk == NULL && pkt->isLlsc() && pkt->isWrite()) {
+    if (blk == NULL && pkt->isLLSC() && pkt->isWrite()) {
         // complete miss on store conditional... just give up now
         pkt->req->setExtraData(0);
         return true;
 
     bool isInvalidate() const   { return testCmdAttrib(IsInvalidate); }
     bool hasData() const        { return testCmdAttrib(HasData); }
     bool isReadWrite() const    { return isRead() && isWrite(); }
-    bool isLlsc() const         { return testCmdAttrib(IsLlsc); }
+    bool isLLSC() const         { return testCmdAttrib(IsLlsc); }
     bool isError() const        { return testCmdAttrib(IsError); }
     bool isPrint() const        { return testCmdAttrib(IsPrint); }
 
     bool isInvalidate() const   { return cmd.isInvalidate(); }
     bool hasData() const        { return cmd.hasData(); }
     bool isReadWrite() const    { return cmd.isReadWrite(); }
-    bool isLlsc() const         { return cmd.isLlsc(); }
+    bool isLLSC() const         { return cmd.isLLSC(); }
     bool isError() const        { return cmd.isError(); }
     bool isPrint() const        { return cmd.isPrint(); }
 
 
 {
     Request *req = pkt->req;
     Addr paddr = LockedAddr::mask(req->getPaddr());
-    bool isLlsc = pkt->isLlsc();
+    bool isLLSC = pkt->isLLSC();
 
     // Initialize return value.  Non-conditional stores always
     // succeed.  Assume conditional stores will fail until proven
     // otherwise.
-    bool success = !isLlsc;
+    bool success = !isLLSC;
 
     // Iterate over list.  Note that there could be multiple matching
     // records, as more than one context could have done a load locked
         if (i->addr == paddr) {
             // we have a matching address
 
-            if (isLlsc && i->matchesContext(req)) {
+            if (isLLSC && i->matchesContext(req)) {
                 // it's a store conditional, and as far as the memory
                 // system can tell, the requesting context's lock is
                 // still valid.
         }
     }
 
-    if (isLlsc) {
+    if (isLLSC) {
         req->setExtraData(success ? 1 : 0);
     }
 
         TRACE_PACKET("Read/Write");
     } else if (pkt->isRead()) {
         assert(!pkt->isWrite());
-        if (pkt->isLlsc()) {
+        if (pkt->isLLSC()) {
             trackLoadLocked(pkt);
         }
         if (pmemAddr)
 
         Request *req = pkt->req;
         if (lockedAddrList.empty()) {
             // no locked addrs: nothing to check, store_conditional fails
-            bool isLlsc = pkt->isLlsc();
-            if (isLlsc) {
+            bool isLLSC = pkt->isLLSC();
+            if (isLLSC) {
                 req->setExtraData(0);
             }
-            return !isLlsc; // only do write if not an sc
+            return !isLLSC; // only do write if not an sc
         } else {
             // iterate over list...
             return checkLockedAddrList(pkt);
 
     /** Accessor Function to Check Cacheability. */
     bool isUncacheable() const { return flags.isSet(UNCACHEABLE); }
     bool isInstRead() const { return flags.isSet(INST_READ); }
-    bool isLlsc() const { return flags.isSet(LLSC); }
+    bool isLLSC() const { return flags.isSet(LLSC); }
     bool isLocked() const { return flags.isSet(LOCKED); }
     bool isSwap() const { return flags.isSet(MEM_SWAP|MEM_SWAP_COND); }
     bool isCondSwap() const { return flags.isSet(MEM_SWAP_COND); }