Searched refs:rank (Results 1 - 12 of 12) sorted by relevance
/gem5/src/base/stats/ |
H A D | hdf5.cc | 219 Hdf5::appendStat(const Info &info, int rank, hsize_t *dims, const double *data) argument 239 std::vector<hsize_t> max_dims(rank); 240 std::copy(dims, dims + rank, max_dims.begin()); 244 std::vector<hsize_t> chunk_dims(rank); 245 std::copy(dims, dims + rank, chunk_dims.begin()); 247 props.setChunk(rank, chunk_dims.data()); 252 fspace = H5::DataSpace(rank, dims, max_dims.data()); 263 H5::DataSpace mspace(rank, dims); 264 std::vector<hsize_t> foffset(rank, 0);
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H A D | hdf5.hh | 96 * @param rank Stat dimensionality (including time). 99 H5::DataSet appendStat(const Info &info, int rank, hsize_t *dims,
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/gem5/util/dist/test/ |
H A D | simple_bootscript.rcS | 44 # task here is to extract the rank and size information through the m5 53 # Retrieve dist-gem5 rank and size parameters using the 'm5' utility 54 MY_RANK=$(/sbin/m5 initparam dist-rank) 98 # This is to avoid other (rank!=0) gem5 processes exiting 99 # before the test (started by rank 0) completes. When rank 0 completes the
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/gem5/src/dev/net/ |
H A D | tcp_iface.cc | 163 return cn.first.rank == cur_rank; 174 assert(ni.rank == cur_rank); 178 distIfaceId, ni.rank, ni.distIfaceId); 192 ni.rank = rank; 200 assert(ni.rank == rank);
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H A D | tcp_iface.hh | 85 unsigned rank; member in struct:TCPIface::NodeInfo
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H A D | dist_iface.cc | 615 rank(dist_rank), size(dist_size) 617 DPRINTF(DistEthernet, "DistIface() ctor rank:%d\n",dist_rank); 756 unsigned rank_orig = rank, dist_iface_id_orig = distIfaceId; 774 panic_if(rank != rank_orig, "Rank mismatch at resume (rank=%d, orig=%d)", 775 rank, rank_orig); 810 random_mt.init(5489 * (rank+1) + 257); 927 val = master->rank; 929 warn("Dist-rank parameter is queried in single gem5 simulation.");
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H A D | dist_iface.hh | 480 * The rank of this process among the gem5 peers. 482 unsigned rank; member in class:DistIface 632 * Getter for the dist rank param.
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/gem5/src/mem/ |
H A D | dram_ctrl.cc | 104 fatal_if(!isPowerOf2(ranksPerChannel), "DRAM rank count of %d is not " 114 Rank* rank = new Rank(*this, p, i); local 115 ranks.push_back(rank); 155 fatal("banks per rank (%d) must be equal to or larger than " 156 "banks groups per rank (%d)\n", 161 fatal("Banks per rank (%d) must be evenly divisible by bank groups " 162 "per rank (%d) for equal banks per bank group\n", 168 "bank groups per rank (%d) is greater than 1\n", 174 "bank groups per rank (%d) is greater than 1\n", 181 "bank groups per rank ( 312 uint8_t rank; local [all...] |
H A D | dram_ctrl.hh | 275 * machines are defined per rank. Events required to change the 277 * rank. This class allows the implementation of rank-wise refresh 278 * and rank-wise power-down. 386 * rank is in or transitioning to power-down or self-refresh 393 uint8_t rank; member in class:DRAMCtrl::Rank 396 * Track number of packets in read queue going to this rank 401 * Track number of packets in write queue going to this rank 418 * One DRAMPower instance per rank 431 * Vector of Banks. Each rank i 590 Rank *rank; member in class:DRAMCtrl::RankResetCallback 653 const uint8_t rank; member in class:DRAMCtrl::DRAMPacket [all...] |
/gem5/src/mem/ruby/network/ |
H A D | MessageBuffer.hh | 80 void setPriority(int rank) { m_priority_rank = rank; } argument
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/gem5/util/dist/ |
H A D | gem5-dist.sh | 60 # Each gem5 process are passed in a unique rank ID [0..N-1] via the kernel 352 --dist-rank=$n \
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/gem5/configs/common/ |
H A D | FSConfig.py | 684 rank, 698 dist_rank = rank,
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