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Pointers On C brings the power of pointers to your C programs. Designed for professionals and advanced students, Pointers on C provides a comprehensive resource for those needing in-depth coverage of the C programming language. An extensive explanation of pointer basics and a thorough exploration of their advanced features allows programmers to incorporate the power of pointers into their C programs. Complete coverage, detailed explanations of C programming idioms, and thorough discussion of advanced topics makes Pointers on C a valuable tutorial and reference for students and professionals alike. Features and Benefits Provides complete background information needed for a thorough understanding of C. Covers pointers thoroughly, including syntax, techniques for their effective use and common programming idioms in which they appear. Compares different methods for implementing common abstract data structures. Offers an easy, conversant writing style to clearly explain difficult topics, and contains numerous illustrations and diagrams to help visualize complex concepts. Includes Programming Tips, discussing efficiency, portability, and software engineering issues, and warns of common pitfalls using Caution! Sections. Describes every function on the standard C library. For those who need an up-to-date ANSI overview of the C programming language, this book would be an excellent introduction. Pointers are usually a stumbling block for those programming C initially, but the author does an excellent job of detailing the use of pointers in this book. The use of pointers dominates the entire book, and after studying it, readers will have a thorough, practical knowledge of how to take advantage of the performance power of C language, due mostly to its use of pointers. For those programming in a commercial/business environment, where coding practices are strictly enforced, this book would be a good desk reference, as the author includes discussion of sound programming practices throughout the book. The book would also serve well those involved in teaching C in the classroom, as it contains many exercises, ranging from very easy to highly advanced. And for those readers frequently facing legacy code in C, such as scientific programmers, the author cites the differences between the older "Kernighan-Ritchie" C, and the more modern ANSI C, the latter being used in the book. These differences are indicated in the margin of the book, and are of an enormous help for those who must take older code and get it to run on more up-to-date compilers. The author also endeavors to organize the C code for those who are going on to study C++ and the accompanying object-oriented approach to programming. In addition, he emphasizes how to write C code so as to make it more portable. For those writing commercial applications in C that must be used on different platforms, this is a very important issue of course. Particularly well-written is the author's discussion on the storage class of a variable, noting, for those such as I who are pre-disposed to using recursion, that the formal parameters to a function cannot be static if recursion is to be supported. The book is full of examples such as this that give readers insight on the workings of C that fit their particular programming style. He does discuss `goto' statements in relation to function scope and in C statement structures, but, thankfully, recommends such statements never be used. He gives an interesting counterexample to those who say that goto statements must be used to break out of nested loops. Also, the author discusses the difference between L- and R-values, and this is not usually included in beginning books on C. Dynamic memory allocation has been at times a somewhat painful aspect of programming in C, but the author shows how to do straightforwardly in the book. Having a book like this that is predominantly about pointers is quite a blessing for those who are inexperienced with them or for more experienced programmers who are still uncomfortable with their use. It is not uncommon these days to have to write programs in one's professional work that involve triple pointers or even quadruple pointers. In addition, for embedded systems programming, the use of pointer arithmetic is almost mandatory. This also is true for writing applications in cryptography using C. The author does pay careful attention to pointer arithmetic in the book. The performance pay-off for using pointers is undeniable, and so a thorough knowledge of their use and pit-falls is of upmost importance for those C programmers who are involved in writing performance-sensitive applications. The author discusses in detail what can happen when pointers are misused and gives many examples of what to avoid and good hints for the proper use of pointers. He recommends against the use of the `null' pointer in array searching, and recommends a strategy for circumventing them. Some very helpful diagrams are given for explaining pointer expressions. In addition, the author gives helpful hints on when to use pointers and not subscripts when manipulating arrays in C. The performance issues involved in this are extremely important in scientific programming using C. The author gives a very interesting example of the differences in performance using pointers involving a program to copy the contents of one array into another. Arrays of pointers, useful in data mining applications, are also given ample treatment in this book, and the author addresses the issue of when to use a matrix instead of an array of pointers. The author also gives an effective presentation of functions in C, particularly the construction of recursive functions, and he employs some useful diagrams to illustrate how the variables in a recursive function call change on the stack. The performance hit experienced by using recursion versus iterative loops is discussed in a standard way via the Fibonacci series. Those readers raised in the functional programming paradigm will want to pay notice these performance issues when using C to do recursion. Along the same lines, the author shows how to implement functions with variable argument lists in C. This is another topic that is frequently passed over in beginning books on C. The author's treatment of data structures in C is also very nicely done, and he includes again a topic not usually treated in beginning books on C, namely the concept of a self-referential data structure. These are very important in applications in artificial intelligence, and the author shows how to implement them in C using a data structure that points to itself. This leads to a discussion of incomplete declarations. Very helpful diagrams are used again to discuss how to access members of data structures and how to point to data structures. Bit fields, so often used in embedded system applications, are also given a detailed treatment.

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此书主要讲解了内存动态分配算法和垃圾回收算法。希望对需要的朋友有所帮助。

进程间通信之共享内存 shared memory ） 1 效率最高 2 存在竞态 七种进程间通信方式： 一 无名管道（ pipe ） 二 有名管道（ fifo ） 三 共享内存 shared memory 四 信号 sinal 五 消息队列 message queue ） 六 信号量 semophore 七 套接字 socket 以上七种进程间通信的完整代码 皆可以在我的资源列表中获取下载： 资源列表：http: download csdn net user qiulanzhu">进程间通信之共享内存 shared memory ） 1 效率最高 2 存在竞态 七种进程间通信方式： 一 无名管道（ pipe ） 二 有名管道（ fifo ） 三 共享内存 shared memory 四 信号 sinal 五 消息队列 message queue ） 六 信号量 semophor [更多]

MemoryAnalyzer使用说明文档/使用指南 Eclipse Memory Analyzer 是一个功能丰富且轻量的 Java 堆内存分析工具，可以用来辅助发现内存泄漏减少内存占用。 使用 Memory Analyzer 来分析生产环境的 Java 堆转储文件，可以从数以百万计的对象中快速计算出对象的 Retained Size，查看是谁在阻止垃圾回收，并自动生成一个 Leak Suspect（内存泄露可疑点）报表。 Memory Analyzer 有两种使用方式：一种是下载独立版本的 MAT，一种是使用嵌入到 Eclipse 中的 MAT插件。我这里是用的 eclipse 插件。如果平时用的是其他 IDE，可以尝试使用独立版 MAT

易语言linux内存操作源码,linux内存操作,初始化_易语言_linux_memory_库,反初始化_易语言_linux_memory_库,申请内存,释放内存

Memory Barriers: a Hardware View for Software Hackers 讲解内存屏障的好论文，推荐！

浏览器内存监测工具(Drip,sIEve,JSLeaksDetector)

node-oom-heapdump 即将在发生“内存不足”错误之前创建V8堆快照的节点模块。 它还可以根据请求创建堆转储和CPU配置文件，例如“ v8-profiler”，但是这样做是在进程外进行的，因此不会干扰主进程的执行。 在Node.js 7.x，8.x，9.x，10.x，11.x，12.x，13.x和14.x上进行了测试。 目前不支持Node.js <7.0（尽管如果需要可以修复）。 由于Stuart Miller（ ），还附带了预构建的二进制文件（托管在Github发行版中）。 为什么？ 当在内存不足的环境中运行nodejs进程时，发生的每一次内存不足都是很有趣的。 为了弄清为什么进程内存不足，堆快照（例如heapdump）可以提供很多帮助。 该模块将在发生内存不足错误之前（通过利用V8引擎的'SetOOMErrorHandler'）创建一个堆快照。 它显示了在发生内