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/* UPc Operation (used in collectives and atomic ops). */
/*
- Supported AMO integer types are UPC_INT, UPC_UINT, UPC_LONG, UPC_ULONG,
UPC_INT32, UPC_UINT32, UPC_INT64, and UPC_UINT64.
- Supported AMO floating-point types are UPC_FLOAT and UPC_DOUBLE.
- Supported AMO accessors are UPC_GET, UPC_SET, and UPC_CSWAP.
- Supported AMO bit-wise operations are UPC_AND, UPC_OR, and UPC_XOR.
- Supported AMO numeric operations are UPC_ADD, UPC_SUB, UPC_MULT, UPC_INC,
UPC_DEC, UPC_MAX, and UPC_MIN. */
upc_op = {
op_upc_name = "UPC_ADD";
op_name = "add";
op_op = "+";
op_bit = 0;
op_c_value = "(1LL << 0)";
op_mode = "numeric";
op_atomic_ok;
op_require_operand1;
op_null_operand2;
};
upc_op = {
op_upc_name = "UPC_MULT";
op_name = "mult";
op_op = "*";
op_bit = 1;
op_c_value = "(1LL << 1)";
op_mode = "numeric";
op_atomic_ok;
op_require_operand1;
op_null_operand2;
};
upc_op = {
op_upc_name = "UPC_AND";
op_name = "and";
op_op = "&";
op_bit = 2;
op_c_value = "(1LL << 2)";
op_mode = "logical";
op_atomic_ok;
op_require_operand1;
op_null_operand2;
};
upc_op = {
op_upc_name = "UPC_OR";
op_name = "or";
op_op = "|";
op_bit = 3;
op_c_value = "(1LL << 3)";
op_mode = "logical";
op_atomic_ok;
op_require_operand1;
op_null_operand2;
};
upc_op = {
op_upc_name = "UPC_XOR";
op_name = "xor";
op_op = "^";
op_bit = 4;
op_c_value = "(1LL << 4)";
op_mode = "logical";
op_atomic_ok;
op_require_operand1;
op_null_operand2;
};
upc_op = {
op_upc_name = "UPC_LOGAND";
op_name = "logand";
op_bit = 5;
op_c_value = "(1LL << 5)";
op_mode = "logical";
};
upc_op = {
op_upc_name = "UPC_LOGOR";
op_name = "logor";
op_bit = 6;
op_c_value = "(1LL << 6)";
op_mode = "logical";
};
upc_op = {
op_upc_name = "UPC_MIN";
op_name = "min";
op_bit = 7;
op_c_value = "(1LL << 7)";
op_mode = "numeric";
op_atomic_ok;
op_require_operand1;
op_null_operand2;
};
upc_op = {
op_upc_name = "UPC_MAX";
op_name = "max";
op_bit = 8;
op_c_value = "(1LL << 8)";
op_mode = "numeric";
op_atomic_ok;
op_require_operand1;
op_null_operand2;
};
upc_op = {
op_upc_name = "UPC_GET";
op_name = "get";
op_bit = 9;
op_c_value = "(1LL << 9)";
op_mode = "access";
op_atomic_ok;
op_require_fetch_ptr;
op_null_operand1;
op_null_operand2;
};
upc_op = {
op_upc_name = "UPC_SET";
op_name = "set";
op_bit = 10;
op_c_value = "(1LL << 10)";
op_mode = "access";
op_atomic_ok;
op_require_operand1;
op_null_operand2;
};
upc_op = {
op_upc_name = "UPC_CSWAP";
op_name = "compare_exchange";
op_bit = 11;
op_c_value = "(1LL << 11)";
op_mode = "access";
op_atomic_ok;
op_require_operand1;
op_require_operand2;
};
upc_op = {
op_upc_name = "UPC_SUB";
op_name = "sub";
op_op = "-";
op_bit = 12;
op_c_value = "(1LL << 12)";
op_mode = "numeric";
op_atomic_ok;
op_require_operand1;
op_null_operand2;
};
upc_op = {
op_upc_name = "UPC_INC";
op_name = "inc";
op_op = "+";
op_bit = 13;
op_c_value = "(1LL << 13)";
op_mode = "numeric";
op_atomic_ok;
op_null_operand1;
op_null_operand2;
};
upc_op = {
op_upc_name = "UPC_DEC";
op_name = "dec";
op_op = "-";
op_bit = 14;
op_c_value = "(1LL << 14)";
op_mode = "numeric";
op_atomic_ok;
op_null_operand1;
op_null_operand2;
};
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