*q++与(*q)++的区别
*q++与(*q)++的区别

[解决办法]
*p++：自增的是指针指向的地址，如在数组中，这一操作使指针指向下一个元素
（*p）++：自增的是指针所指向的值
[解决办法]
C++ Operators
Operators specify an evaluation to be performed on one of the following:

One operand (unary operator)


Two operands (binary operator)


Three operands (ternary operator)
The C++ language includes all C operators and adds several new operators. Table 1.1 lists the operators available in Microsoft C++.

Operators follow a strict precedence which defines the evaluation order of expressions containing these operators. Operators associate with either the expression on their left or the expression on their right; this is called “associativity.” Operators in the same group have equal precedence and are evaluated left to right in an expression unless explicitly forced by a pair of parentheses, ( ). Table 1.1 shows the precedence and associativity of C++ operators (from highest to lowest precedence).

Table 1.1 C++ Operator Precedence and Associativity

Operator Name or Meaning Associativity
:: Scope resolution None
:: Global None
[ ] Array subscript Left to right
( ) Function call Left to right
( ) Conversion None
. Member selection (object) Left to right
> Member selection (pointer) Left to right
++ Postfix increment None
Postfix decrement None
new Allocate object None
delete Deallocate object None
delete[ ] Deallocate object None
++ Prefix increment None
Prefix decrement None
* Dereference None
& Address-of None
+ Unary plus None
Arithmetic negation (unary) None
! Logical NOT None
~ Bitwise complement None
sizeof Size of object None
sizeof ( ) Size of type None
typeid( ) type name None
(type) Type cast (conversion) Right to left
const_cast Type cast (conversion) None
dynamic_cast Type cast (conversion) None
reinterpret_cast Type cast (conversion) None
static_cast Type cast (conversion) None
.* Apply pointer to class member (objects) Left to right
>* Dereference pointer to class member Left to right
* Multiplication Left to right
/ Division Left to right
% Remainder (modulus) Left to right
+ Addition Left to right
Subtraction Left to right
<< Left shift Left to right
>> Right shift Left to right
< Less than Left to right
> Greater than Left to right
<= Less than or equal to Left to right
>= Greater than or equal to Left to right
== Equality Left to right
!= Inequality Left to right
& Bitwise AND Left to right
^ Bitwise exclusive OR Left to right
| Bitwise OR Left to right
&& Logical AND Left to right
|| Logical OR Left to right
e1?e2:e3 Conditional Right to left
= Assignment Right to left
*= Multiplication assignment Right to left
/= Division assignment Right to left
%= Modulus assignment Right to left
+= Addition assignment Right to left
= Subtraction assignment Right to left
<<= Left-shift assignment Right to left
>>= Right-shift assignment Right to left
&= Bitwise AND assignment Right to left
|= Bitwise inclusive OR assignment Right to left
^= Bitwise exclusive OR assignment Right to left
, Comma Left to right