VM_Method meth = VM_MemberReference.getMemberRef(mid).asMethodReference().resolve();
VM_Method meth = VM_MemberReference.getMemberRef(mid).asMethodReference().getResolvedMember();
  private final void printMCInformationEntry(int entry) throws VM_PragmaInterruptible {    if (DUMP_MAPS) {      VM.sysWrite(entry + "\tMC: " + getMCOffset(entry));      int bci = getBytecodeIndex(entry);      if (bci != -1)	VM.sysWrite("\n\tBCI: " + bci);      int iei = getInlineEncodingIndex(entry);      boolean first = true;      while (iei >= 0) {	int mid = VM_OptEncodedCallSiteTree.getMethodID(iei, inlineEncoding);	VM_Method meth = VM_MemberReference.getMemberRef(mid).asMethodReference().resolve();	if (first) {	  first = false;	  VM.sysWrite("\n\tIn method    " + meth + " at bytecode " + bci);	} else {	  VM.sysWrite("\n\tInlined into " + meth + " at bytecode " + bci);	}	if (iei > 0) {	  bci = VM_OptEncodedCallSiteTree.getByteCodeOffset(iei, inlineEncoding);	}	iei = VM_OptEncodedCallSiteTree.getParent(iei, inlineEncoding);      }      if (getGCMapIndex(entry) != VM_OptGCMap.NO_MAP_ENTRY) {	VM.sysWrite("\n\tGC Map Idx: " + getGCMapIndex(entry) + " ");	VM_OptGCMap.dumpMap(getGCMapIndex(entry), gcMaps);      } else {	VM.sysWrite("\n\tno GC map");      }      VM.sysWrite("\n");    }  }