First pass, now compiles with current head of tree.

Compile and initialization work, still working on functionality.

src/mem/cache/base_cache.cc:
    Temp fix for cpu's use of getPort functionality.  CPU's will need to be ported to the new connector objects.
    Also, all packets have to have data or the delete fails.
src/mem/cache/cache.hh:
    Fix function prototypes so overloading works
src/mem/cache/cache_impl.hh:
    fix functions to match virtual base class
src/mem/cache/miss/miss_queue.cc:
    Packets havve to have data, or delete fails
src/python/m5/objects/BaseCache.py:
    Update for newmem

--HG--
extra : convert_revision : 2b6ad1e9d8ae07ace9294cd257e2ccc0024b7fcb

src/mem/cache/base_cache.cc

@@ -101,16 +101,21 @@ BaseCache::CachePort::clearBlocked()
 Port*
 BaseCache::getPort(const std::string &if_name, int idx)
 {
-    if(if_name == "cpu_side")
+    if (if_name == "")
     {
-        if(cpuSidePort != NULL)
+        if(cpuSidePort == NULL)
-            panic("Already have a cpu side for this cache\n");
             cpuSidePort = new CachePort(name() + "-cpu_side_port", this, true);
         return cpuSidePort;
     }
-    else if(if_name == "mem_side")
+    if (if_name == "functional")
     {
-        if(memSidePort != NULL)
+        if(cpuSidePort == NULL)
+            cpuSidePort = new CachePort(name() + "-cpu_side_port", this, true);
+        return cpuSidePort;
+    }
+    else if (if_name == "mem_side")
+    {
+        if (memSidePort != NULL)
             panic("Already have a mem side for this cache\n");
         memSidePort = new CachePort(name() + "-mem_side_port", this, false);
         return memSidePort;
@@ -121,9 +126,10 @@ BaseCache::getPort(const std::string &if_name, int idx)
 void
 BaseCache::regStats()
 {
-    Request temp_req;
+    Request temp_req((Addr) NULL, 4, 0);
     Packet::Command temp_cmd = Packet::ReadReq;
     Packet temp_pkt(&temp_req, temp_cmd, 0);  //@todo FIx command strings so this isn't neccessary
+    temp_pkt.allocate(); //Temp allocate, all need data
 
     using namespace Stats;
 
@@ -331,4 +337,5 @@ BaseCache::regStats()
         .name(name() + ".cache_copies")
         .desc("number of cache copies performed")
         ;
+
 }

src/mem/cache/cache.hh

@@ -149,11 +149,9 @@ class Cache : public BaseCache
     virtual bool doTimingAccess(Packet *pkt, CachePort *cachePort,
                         bool isCpuSide);
 
-    virtual Tick doAtomicAccess(Packet *pkt, CachePort *cachePort,
+    virtual Tick doAtomicAccess(Packet *pkt, bool isCpuSide);
-                        bool isCpuSide);
 
-    virtual void doFunctionalAccess(Packet *pkt, CachePort *cachePort,
+    virtual void doFunctionalAccess(Packet *pkt, bool isCpuSide);
-                            bool isCpuSide);
 
     virtual void recvStatusChange(Port::Status status, bool isCpuSide);
 

src/mem/cache/cache_impl.hh

@@ -77,7 +77,7 @@ doTimingAccess(Packet *pkt, CachePort *cachePort, bool isCpuSide)
 template<class TagStore, class Buffering, class Coherence>
 Tick
 Cache<TagStore,Buffering,Coherence>::
-doAtomicAccess(Packet *pkt, CachePort *cachePort, bool isCpuSide)
+doAtomicAccess(Packet *pkt, bool isCpuSide)
 {
     if (isCpuSide)
     {
@@ -97,18 +97,18 @@ doAtomicAccess(Packet *pkt, CachePort *cachePort, bool isCpuSide)
 template<class TagStore, class Buffering, class Coherence>
 void
 Cache<TagStore,Buffering,Coherence>::
-doFunctionalAccess(Packet *pkt, CachePort *cachePort, bool isCpuSide)
+doFunctionalAccess(Packet *pkt, bool isCpuSide)
 {
     if (isCpuSide)
     {
-        probe(pkt, false);
+        probe(pkt, true);
     }
     else
     {
         if (pkt->isResponse())
             handleResponse(pkt);
         else
-            snoopProbe(pkt, false);
+            snoopProbe(pkt, true);
     }
 }
 

src/mem/cache/miss/miss_queue.cc

@@ -58,9 +58,10 @@ MissQueue::MissQueue(int numMSHRs, int numTargets, int write_buffers,
 void
 MissQueue::regStats(const string &name)
 {
-    Request temp_req;
+    Request temp_req((Addr) NULL, 4, 0);
     Packet::Command temp_cmd = Packet::ReadReq;
     Packet temp_pkt(&temp_req, temp_cmd, 0);  //@todo FIx command strings so this isn't neccessary
+    temp_pkt.allocate();
 
     using namespace Stats;
 

src/python/m5/objects/BaseCache.py

@@ -1,29 +1,26 @@
 from m5.config import *
-from BaseMem import BaseMem
+from MemObject import MemObject
 
 class Prefetch(Enum): vals = ['none', 'tagged', 'stride', 'ghb']
 
-class BaseCache(BaseMem):
+class BaseCache(MemObject):
     type = 'BaseCache'
     adaptive_compression = Param.Bool(False,
         "Use an adaptive compression scheme")
     assoc = Param.Int("associativity")
     block_size = Param.Int("block size in bytes")
+    latency = Param.Int("Latency")
     compressed_bus = Param.Bool(False,
         "This cache connects to a compressed memory")
     compression_latency = Param.Latency('0ns',
         "Latency in cycles of compression algorithm")
     do_copy = Param.Bool(False, "perform fast copies in the cache")
     hash_delay = Param.Int(1, "time in cycles of hash access")
-    in_bus = Param.Bus(NULL, "incoming bus object")
     lifo = Param.Bool(False,
         "whether this NIC partition should use LIFO repl. policy")
     max_miss_count = Param.Counter(0,
         "number of misses to handle before calling exit")
-    mem_trace = Param.MemTraceWriter(NULL,
-                                     "memory trace writer to record accesses")
     mshrs = Param.Int("number of MSHRs (max outstanding requests)")
-    out_bus = Param.Bus("outgoing bus object")
     prioritizeRequests = Param.Bool(False,
         "always service demand misses first")
     protocol = Param.CoherenceProtocol(NULL, "coherence protocol to use")
@@ -63,3 +60,6 @@ class BaseCache(BaseMem):
          "Use the CPU ID to seperate calculations of prefetches")
     prefetch_data_accesses_only = Param.Bool(False,
          "Only prefetch on data not on instruction accesses")
+    hit_latency = Param.Int(1,"Hit Latency of the cache")
+    cpu_side = Port("Port on side closer to CPU")
+    mem_side = Port("Port on side closer to MEM")