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Description: 常用的线性数据结构: 包括线性表、环形列表、队列、双端队列、单链表、双端链表、堆、栈、字符串数组等。非常有用，值得参考。-commonly used linear data structure : Table includes linear and circular table, queue, queue-end, single-linked list, double-linked list, heap, stack, as a string array. Very useful and valuable reference.
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Size: 40431 |
Author: 许友来 |
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Description: 主要是详细的介绍堆和栈的本质区别 ，加深理解-Mainly detailed introduction to the essential difference of the heap and stack, and a deeper understanding
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Size: 7168 |
Author: Dram |
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Description: 常用的线性数据结构: 包括线性表、环形列表、队列、双端队列、单链表、双端链表、堆、栈、字符串数组等。非常有用，值得参考。-commonly used linear data structure : Table includes linear and circular table, queue, queue-end, single-linked list, double-linked list, heap, stack, as a string array. Very useful and valuable reference.
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Size: 39936 |
Author: 许友来 |
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Description: 堆和栈的区别
一、预备知识—程序的内存分配
一个由c/C++编译的程序占用的内存分为以下几个部分
1、栈区（stack）— 由编译器自动分配释放 ，存放函数的参数值，局部变量的值等。其操作方式类似于数据结构中的栈。
2、堆区（heap） — 一般由程序员分配释放， 若程序员不释放，程序结束时可能由OS回收 。注意它与数据结构中的堆是两回事，分配方式倒是类似于链表，呵呵。
3、全局区（静态区）（static）—，全局变量和静态变量的存储是放在一块的，初始化的全局变量和静态变量在一块区域， 未初始化的全局变量和未初始化的静态变量在相邻的另一块区域。 - 程序结束后有系统释放
4、文字常量区—常量字符串就是放在这里的。 程序结束后由系统释放
5、程序代码区—存放函数体的二进制代码。
二、例子程序
-reactors and the distinction between a stack, prior knowledge-memory allocation procedures from a c/C compiler procedures occupied by the memory is divided into the following sections 1, Stack (stack)- automatically by the compiler release distribution, storage function parameters, local variables, such as the value. Their mode of operation similar to the data structure of the stack. 2, the reactor (heap)- General to release the allocation by programmers, programmers if not released at the end of proceedings by the OS may recall. Attention to its data structure and the reactor are two different things, but similar to the distribution chain, Ha ha. 3, the overall situation (static) (static)-, global variables and static variables are stored on one, initialize the global variables and s
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Size: 14336 |
Author: stevephen |
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Description: 堆与栈有什么区别,预备知识—程序的内存分配-程序的内存分配-Heap and stack What is the difference between the preparation of knowledge- the memory allocation procedures- procedures for memory allocation
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Size: 3072 |
Author: draw |
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Description: c++写的堆榨操作，对初学者很有用，帮助更快入们-c++ wrote heap pressing operation, useful for beginners to help more quickly into their
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Size: 225280 |
Author: 王坚 |
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Description: C语言的基本数据结构，如堆，链表，队列，stack 等-C language, the basic data structure, such as the heap, linked list, queue, stack, etc.
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Size: 2048 |
Author: mahaiyang |
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Description: 表达式求解，利用栈堆的一些功能，可以嵌套很多数量的括号。-Solving the expression, the use of some of the features heap stack can be a lot of the number of nested brackets.
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Size: 1024 |
Author: zex |
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Description: Themida/Winlicense version 1.x/2.x dumper/fixer.v2.6.0-// Themida/Winlicense version 1.x/2.x dumper/fixer by Seek n Destroy
//
// The script is XP only, VISTA has a different stack antidump.
//
//
// If you don t use VM (heap & stack) antidump redirector set the UseVM variable to 0.
// If version retrieving fails, set version_check to zero
// The script log holds vital information, always read it.
//
// Exceptions must all be ticked and no other breakpoints must be available.
// Start the script at the system breakpoint.. Use Phantom.
// EP breakpoint must be available.
//--------------------------------------------------------------------------------------
// What does this script not fix:
//-Custom memory loaded dll s (Doable in script but rarely used)
//
////////////////////////////////-----Options-----////////////////////////////////////////
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Size: 198656 |
Author: jackhao |
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Description: 数据结构 实现堆排序 使用vs2008工具
对于堆排序原理进行了很详细的分解-Data structure using the vs2008 tool to achieve heap sort heap sort principle for a very detailed decomposition
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Size: 570368 |
Author: zll |
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Description: 非本人作也!因非常经典,所以收归旗下,与众人阅之!原作者不祥!
堆和栈的区别-I can not make! For very classic, it' s fold, and people read them! Author ominous! The difference between heap and stack
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Size: 14336 |
Author: luffylli |
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Description: To introduce the Heap and stack.-This Context is about C++ memory used:Heap,stack
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Size: 19456 |
Author: sessigh |
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Description: 本文详细介绍了堆（heap）和栈（stack），他们是非常重要的概念，当我们进行程序开发时理解它们非常重要，
尤其是对于嵌入式系统开发。-This paper describes the heap (heap) and stack (stack), they are very important concept, as we understand them when programs are developed is very important, especially for embedded systems development.
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Size: 241664 |
Author: wanglei |
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Description: 堆排序
堆排序利用了大根堆（或小根堆）堆顶记录的关键字最大（或最小）这一特征，使得在当前无序区中选取最大（或最小）关键字的记录变得简单。 （1）用大根堆排序的基本思想 ① 先将初始文件R[1..n]建成一个大根堆，此堆为初始的无序区 ② 再将关键字最大的记录R[1]（即堆顶）和无序区的最后一个记录R[n]交换，由此得到新的无序区R[1..n-1]和有序区R[n]，且满足R[1..n-1].keys≤R[n].key ③由于交换后新的根R[1]可能违反堆性质，故应将当前无序区R[1..n-1]调整为堆。然后再次将R[1..n-1]中关键字最大的记录R[1]和该区间的最后一个记录R[n-1]交换，由此得到新的无序区R[1..n-2]和有序区R[n-1..n]，且仍满足关系R[1..n-2].keys≤R[n-1..n].keys，同样要将R[1..n-2]调整为堆。 …… 直到无序区只有一个元素为止。 （2）大根堆排序算法的基本操作： ① 初始化操作：将R[1..n]构造为初始堆； ② 每一趟排序的基本操作：将当前无序区的堆顶记录R[1]和该区间的最后一个记录交换，然后将新的无序区调整为堆（亦称重建堆）。 -Heap sortHeap sort heap sort using the root pile ( or small stack stack top ) the record of the keyword maximum ( or minimum ) of this feature, the present disordered select the maximum (or minimum ) keyword records made simple. ( 1 ) with a large root heap sort of basic ideas of the initial file R[1..N] built a large root pile, the pile as the initial disordered regions of the keywords maximum recorded R[1] (i.e. top ) and disordered regions recorded one of the last R[n] exchange, the new R [1..N-1] and disordered zone ordered region R[n], and satisfy the R[1..N-1].keys≤ R[n].key③due to exchange new root R[1] may violate the heap property, so should be the present disordered R[1..N-1] adjustment for reactor. Then again in the R[1..N-1] keyword best record R[1] and the interval of the last record of a R[n-1] exchange, thus get new disordered and ordered R[1..N-2] R[n-1..N], and still meet the relationship between R[1..N-2].keys≤ R[n-1..N].keys, R[1..N-2] also will adjust for reactor. .
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Size: 1024 |
Author: 周杨 |
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Description: 实现栈的基本操作，建栈，进栈，出栈，数据结构实现-To achieve the basic operation of the stack, built stack into the stack, the stack data structure
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Size: 1024 |
Author: 余强 |
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Description: 堆和栈的区别
一、预备知识—程序的内存分配
一个由C/C++编译的程序占用的内存分为以下几个部分
1、栈区（stack）— 由编译器自动分配释放 ，存放函数的参数值，局部变量的值等。其
操作方式类似于数据结构中的栈。
2、堆区（heap） — 一般由程序员分配释放， 若程序员不释放，程序结束时可能由OS回
收 。注意它与数据结构中的堆是两回事，分配方式倒是类似于链表，呵呵。
3、全局区（静态区）（static）—，全局变量和静态变量的存储是放在一块的，初始化的
全局变量和静态变量在一块区域， 未初始化的全局变量和未初始化的静态变量在相邻的另
一块区域。 - 程序结束后由系统释放。
4、文字常量区 —常量字符串就是放在这里的。 程序结束后由系统释放
5、程序代码区—存放函数体的二进制代码。
-Difference between heap and stack
A knowledge, preparation- program memory allocation
A C/C++ compiler program memory is divided into the following parts
1, the stack area (stack)- released by the compiler automatically assigned, storage function of parameter values, the value of the local variable, etc. its
Mode of operation is similar to the stack in data structure.
2, heap area (heap)- generally assigned by the programmer to release, if the programmer does not release, at the end of the program may be back by the OS
Closed. Pay attention to it and the heap data structure is different, distribution is similar to the linked list, ha ha.
3, global (static) (static)-, global and static variables stored is placed on a piece of, initialization
Global and static variables in an area, an uninitialized global variables and static variables uninitialized in neighbouring the other
An area.- application by the system after the release.
4, literal constant area- constant string is here
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Size: 8192 |
Author: 星火 |
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Description: 堆内存的分配和释放，详细介绍对堆内存的管理。-Heap memory allocation and release, detailing the heap memory management.
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Size: 120832 |
Author: 唐 |
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Description: 包含多种基本数据结构的实现，如堆、栈，队列，树的遍历（包括递归遍历和非递归遍历）-this file including many basic data structure, including heap,stack,queue,tree(tree s recursive traversal and non-recursive traversal)
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Size: 674816 |
Author: 565407548 |
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Description: 数据结构的相关算法，堆，栈，链，队等各种PPT以及源码-Data structure related algorithms, heap, stack, chain, other teams and the source PPT
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Size: 3203072 |
Author: 孙景飞 |
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Description: c语言堆与栈的详细介绍，包括区别、使用方法等-Details c language heap and stack, including the difference between the use of methods
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Size: 37888 |
Author: 张永超 |
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