Lines Matching refs:value
500 /// @return the boolean value of the property.
508 /// @param f the new boolean value of the property.
547 /// @param f the new value of the flag. It's true iff the current
1247 /// instance of @ref interger_boundary with a negative value means the
1248 /// maximum possible value.
1251 /// instance of @ref interger_boundary with a negative value means the
1252 /// maximum possible value.
1261 /// instance of @ref interger_boundary with a negative value means the
1262 /// maximum possible value.
1270 /// instance of @ref interger_boundary with a negative value means the
1271 /// maximum possible value.
1278 /// The return value of this function is to be used as a boundary for
1280 /// boundary evaluates to an integer value.
1282 /// @param value the value of the integer boundary.
1286 type_suppression::insertion_range::create_integer_boundary(int value)
1287 {return integer_boundary_sptr(new integer_boundary(value));}
1291 /// The return value of this function is to be used as a boundary for
1292 /// an instance of @ref type_suppression::insertion_range. The value
1294 /// itself evalutates to an integer value, in the context of a @ref
1306 /// The return value of this function is to be used as a boundary for
1307 /// an instance of @ref type_suppression::insertion_range. The value
1309 /// itself evalutates to an integer value, in the context of a @ref
1327 /// value.
1335 /// @return true iff the evaluation was successful and @p value
1336 /// contains the resulting value.
1340 uint64_t& value)
1344 value = b->as_integer();
1365 value = get_data_member_offset(*it);
1368 if (!get_next_data_member_offset(context, *it, value))
1370 value = get_data_member_offset(*it) +
1385 /// Test if a given value supposed to be inside an insertion range
1388 /// @param value the value to test for.
1390 /// @return true iff @p value represents the end of the insertion
1393 type_suppression::insertion_range::boundary_value_is_end(uint64_t value)
1395 return value == std::numeric_limits<uint64_t>::max();
1451 priv(uint64_t value)
1452 : value_(value)
1459 /// @param value the integer value of the newly created integer boundary.
1460 type_suppression::insertion_range::integer_boundary::integer_boundary(uint64_t value)
1461 : priv_(new priv(value))
1464 /// Return the integer value of the current instance of @ref
1467 /// @return the integer value of the current boundary.
1472 /// Converts the current boundary into an integer value.
1474 /// @return the integer value of the current boundary.
1506 /// Returns the function call expression value of the current boundary.
1508 /// @return the function call expression value of the current boundary;
1513 /// Converts the current boundary to its function call expression value.
1515 /// @return the function call expression value of the current boundary.
1538 /// Parse the value of the "type_kind" property in the "suppress_type"
1541 /// @param input the input string representing the value of the
1566 /// Parse the value of the "accessed_through" property in the
1569 /// @param input the input string representing the value of the
1730 // has_data_member_inserted_at = <one-string-property-value>
1762 // value, which is a list_property that itself contains 2
1807 // value type, so let's discard the endire [suppress_type]
1818 // part of the value); each pair designating a range. Note that
1819 // each pair (range) is a list property value.
1890 /// enumerators listed in the changed_enumerators property value
2152 /// @param k the new value of the change_kind property.
2443 /// @return the value of the "allow_other_aliases" property.
2451 /// @param f the new value of the property.
3418 /// @return the value of the "change_kind" property.
3425 /// @param k the new value of of the change_kind.
3474 /// @return the value of the "name_not_regexp" property.
3481 /// @param r the new value of the "name_not_regexp" property.