1.The iterator types define the dereference operator to return the object to which the iterator refers.
迭代器类型定义了解引用操作符来返回迭代器所指向的对象。
2.Assigning to the result of a dereference assigns a new value to the indexed element.
对解引用操作的结果赋值是赋一个新值到相应的元素。
3.Like the subscript and dereference operators, assignment returns an lvalue .
与下标和解引用操作符一样，赋值操作也返回左值。
4.Since the SPE does not have direct access to main memory, you cannot directly dereference this as a pointer.
由于SPE不能直接访问主存，所以无法直接将其作为一个指针废弃。
5.Dereference returns an lvalue, so we may use a dereference operator as the left-hand operand of an assignment.
解引用返回左值，因此可将解引用操作符用作赋值操作的左操作数。
6.The parentheses are required due to the precedence of the addition and dereference operators.
由于加法操作和解引用操作的优先级不同，上述表达式中的圆括号是必要的。
7.Do a better job of tracking the possible set of items modified by a pointer dereference, reducing the numbers of loads and stores.
更好地跟踪可能由取消指针引用所修改的项组，减少加载和存储的数目。
8.Doing so usually leads to a crash as soon as we attempt to dereference the uninitialized pointer.
因此，在对未初始化的指针进行解引用时，通常会导致程序崩溃。
9.Operator is also used to declare pointer types and to dereference pointers.
运算符还用来声明指针类型和取消引用指针。
10.Null pointer dereference faults are popular in C++ program, fault-oriented static testing method should detect these faults well.
空指针引用的错误在C++程序中普遍存在，面向故障的静态测试方法应该很好地针对这种故障模式。