libgupc/include/upc_ops.def

   1 /* UPc Operation (used in  collectives and atomic ops).  */
   2
   3 /*
   4 - Supported AMO integer types are UPC_INT, UPC_UINT, UPC_LONG, UPC_ULONG,
   5 UPC_INT32, UPC_UINT32, UPC_INT64, and UPC_UINT64.
   6 - Supported AMO floating-point types are UPC_FLOAT and UPC_DOUBLE.
   7 - Supported AMO accessors are UPC_GET, UPC_SET, and UPC_CSWAP.
   8 - Supported AMO bit-wise operations are UPC_AND, UPC_OR, and UPC_XOR.
   9 - Supported AMO numeric operations are UPC_ADD, UPC_SUB, UPC_MULT, UPC_INC,
  10 UPC_DEC, UPC_MAX, and UPC_MIN.   */
  11
  12 upc_op = {
  13     op_upc_name = "UPC_ADD";
  14     op_name = "add";
  15     op_op = "+";
  16     op_bit = 0;
  17     op_c_value = "(1LL << 0)";
  18     op_mode = "numeric";
  19     op_atomic_ok;
  20     op_require_operand1;
  21     op_null_operand2;
  22   };
  23 upc_op = {
  24     op_upc_name = "UPC_MULT";
  25     op_name = "mult";
  26     op_op = "*";
  27     op_bit = 1;
  28     op_c_value = "(1LL << 1)";
  29     op_mode = "numeric";
  30     op_atomic_ok;
  31     op_require_operand1;
  32     op_null_operand2;
  33   };
  34 upc_op = {
  35     op_upc_name = "UPC_AND";
  36     op_name = "and";
  37     op_op = "&";
  38     op_bit = 2;
  39     op_c_value = "(1LL << 2)";
  40     op_mode = "logical";
  41     op_atomic_ok;
  42     op_require_operand1;
  43     op_null_operand2;
  44   };
  45 upc_op = {
  46     op_upc_name = "UPC_OR";
  47     op_name = "or";
  48     op_op = "|";
  49     op_bit = 3;
  50     op_c_value = "(1LL << 3)";
  51     op_mode = "logical";
  52     op_atomic_ok;
  53     op_require_operand1;
  54     op_null_operand2;
  55   };
  56 upc_op = {
  57     op_upc_name = "UPC_XOR";
  58     op_name = "xor";
  59     op_op = "^";
  60     op_bit = 4;
  61     op_c_value = "(1LL << 4)";
  62     op_mode = "logical";
  63     op_atomic_ok;
  64     op_require_operand1;
  65     op_null_operand2;
  66   };
  67 upc_op = {
  68     op_upc_name = "UPC_LOGAND";
  69     op_name = "logand";
  70     op_bit = 5;
  71     op_c_value = "(1LL << 5)";
  72     op_mode = "logical";
  73   };
  74 upc_op = {
  75     op_upc_name = "UPC_LOGOR";
  76     op_name = "logor";
  77     op_bit = 6;
  78     op_c_value = "(1LL << 6)";
  79     op_mode = "logical";
  80   };
  81 upc_op = {
  82     op_upc_name = "UPC_MIN";
  83     op_name = "min";
  84     op_bit = 7;
  85     op_c_value = "(1LL << 7)";
  86     op_mode = "numeric";
  87     op_atomic_ok;
  88     op_require_operand1;
  89     op_null_operand2;
  90   };
  91 upc_op = {
  92     op_upc_name = "UPC_MAX";
  93     op_name = "max";
  94     op_bit = 8;
  95     op_c_value = "(1LL << 8)";
  96     op_mode = "numeric";
  97     op_atomic_ok;
  98     op_require_operand1;
  99     op_null_operand2;
 100   };
 101 upc_op = {
 102     op_upc_name = "UPC_GET";
 103     op_name = "get";
 104     op_bit = 9;
 105     op_c_value = "(1LL << 9)";
 106     op_mode = "access";
 107     op_atomic_ok;
 108     op_require_fetch_ptr;
 109     op_null_operand1;
 110     op_null_operand2;
 111   };
 112 upc_op = {
 113     op_upc_name = "UPC_SET";
 114     op_name = "set";
 115     op_bit = 10;
 116     op_c_value = "(1LL << 10)";
 117     op_mode = "access";
 118     op_atomic_ok;
 119     op_require_operand1;
 120     op_null_operand2;
 121   };
 122 upc_op = {
 123     op_upc_name = "UPC_CSWAP";
 124     op_name = "compare_exchange";
 125     op_bit = 11;
 126     op_c_value = "(1LL << 11)";
 127     op_mode = "access";
 128     op_atomic_ok;
 129     op_require_operand1;
 130     op_require_operand2;
 131   };
 132 upc_op = {
 133     op_upc_name = "UPC_SUB";
 134     op_name = "sub";
 135     op_op = "-";
 136     op_bit = 12;
 137     op_c_value = "(1LL << 12)";
 138     op_mode = "numeric";
 139     op_atomic_ok;
 140     op_require_operand1;
 141     op_null_operand2;
 142   };
 143 upc_op = {
 144     op_upc_name = "UPC_INC";
 145     op_name = "inc";
 146     op_op = "+";
 147     op_bit = 13;
 148     op_c_value = "(1LL << 13)";
 149     op_mode = "numeric";
 150     op_atomic_ok;
 151     op_null_operand1;
 152     op_null_operand2;
 153   };
 154 upc_op = {
 155     op_upc_name = "UPC_DEC";
 156     op_name = "dec";
 157     op_op = "-";
 158     op_bit = 14;
 159     op_c_value = "(1LL << 14)";
 160     op_mode = "numeric";
 161     op_atomic_ok;
 162     op_null_operand1;
 163     op_null_operand2;
 164   };