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1·Local static pointer variable is not thread safe?

静态局部变量的指针不是线程安全的？

2·In this book we use the second style and place the * with the pointer variable name.

在本书中，我们将采用第二种声明风格：将符号* 紧贴着指针变量名放置。

3·The analysis of pointer variable and inter procedure data is one of the key problem in the whole program analysis of nested language.

对指针变量以及过程间的数据的分析是嵌套式语言全程分析的关键问题之一。

4·However, it is the interaction of these two functions and using a global pointer variable called namestr that causes both the leak and the dangling pointer.

然而，它是这两个函数的相互作用，利用一个全球性的指针变量叫做namestr，它会导致渗漏和不断摆动的指针。

5·It defines a set of address Spaces for each pointer variable that is optimally efficient for the C8051 architecture, without any specific direction from the programmer.

它为每个对C8051架构最为有效的变量指针定义了一组地址空间，无需从程序员那里获得特殊指示。

6·In order to statically analyze buffer overflow, efficient and precise pointer analysis must be performed to make certain what target buffer a pointer variable point to.

为了进行静态缓冲区溢出分析，必须首先进行高效而精确的指针分析，以确定指针可能指向的目标缓冲区。

7·So, in this function, we are using the back chain pointer, the link register save area, and one local variable.

所以，在这个函数中，我们使用了回链指针、链接寄存器保存区和一个本地变量。

8·When you assign any list to a variable, you're really assigning a pointer or reference to the list.

当您将一个变量赋值给任何列表时，您就为该列表分配了一个指针或引用。

9·I've allocated a variable, it happens to be a pointer; it's still a variable, who know what's in it, right?

我分配了一个变量，它碰巧是一个指针，它还是一个变量，谁知道它里面是什么？

10·Since pushing a variable essentially moves the stack pointer by a dword, the stack pointer is adjusted by adding 4 (the size of a dword) to it (line 32).

因为在堆栈中压入一个变量会让堆栈指针移动一个双字，所以给堆栈指针加4(双字的大小)(第32行)。