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Description: This code detects memory leaks in embedded VC++ almost the same way crtdbg does in VC++. At the end of program execution it will display in the debug window if there were any memory leaks and how the memory looks so you can identify where your memory leak occurred. It will display in the debug window a message saying no memory leaks detected if there are no memory leaks. Similar to what crtdbg.h does in VC++. The code detects memory leaks generated with calls to new and delete operators in C++. The code doesn t detect memory leaks generated with C functions: malloc, calloc, free, but that can be done in the future. Let me know and I will program it. -This code detects memory leaks in embedded VC almost the same way crtdbg does in VC. At the en d of program execution it will display in the deb ug window if there were any memory leaks and how t he looks memory so you can identify where your me mory leak occurred. It will display in the debug window a message saying no memory leaks detecte d if there are no memory leaks. Similar to what cr tdbg.h does in VC. The code detects memory leaks generated with calls to new and delete operator s in C. The code doesn t detect memory leaks " ated with C functions : malloc, malloc, free, but that can be done in the future. Let me know and I will program it.
Platform: |
Size: 2578 |
Author: 杨久敏 |
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Description: This code detects memory leaks in embedded VC++ almost the same way crtdbg does in VC++. At the end of program execution it will display in the debug window if there were any memory leaks and how the memory looks so you can identify where your memory leak occurred. It will display in the debug window a message saying no memory leaks detected if there are no memory leaks. Similar to what crtdbg.h does in VC++. The code detects memory leaks generated with calls to new and delete operators in C++. The code doesn t detect memory leaks generated with C functions: malloc, calloc, free, but that can be done in the future. Let me know and I will program it. -This code detects memory leaks in embedded VC almost the same way crtdbg does in VC. At the en d of program execution it will display in the deb ug window if there were any memory leaks and how t he looks memory so you can identify where your me mory leak occurred. It will display in the debug window a message saying no memory leaks detecte d if there are no memory leaks. Similar to what cr tdbg.h does in VC. The code detects memory leaks generated with calls to new and delete operator s in C. The code doesn t detect memory leaks " ated with C functions : malloc, malloc, free, but that can be done in the future. Let me know and I will program it.
Platform: |
Size: 2048 |
Author: 杨久敏 |
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Description: c语言进阶编程的源码，跟操作系统底层相关，非常好，配合我上传的教程使用-c Advanced programming language source code, associated with the underlying operating system, very good, with the tutorial I used to upload
Platform: |
Size: 147456 |
Author: 杨光 |
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Description: 用Dijkstra法求最短路径，有向图与无向图均可-void ShortestPath_DIJ( Node a ,Status i ,Status v0 ,Status*D ,Status*pre )
{
int v,w,j,l=1
Status*final
Status min
final=(Status*)malloc( sizeof(Status)*i )
for(v=0 v<i v++)
{
final[v]=FALSE
pre[v]=FALSE
D[v]=a[v0][v]
if(D[v]<10000)
pre[v]=v0
}
Platform: |
Size: 1024 |
Author: 腾龙 |
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Description: 在C++用递归实现链表逆序 使得倒序输出。-#include <stdio.h>
#include <stdlib.h>
#include <time.h>
const int M=10
typedef int Type
typedef struct Node{
Type data
struct Node* next
}Node
void add_elem(Node**head,Type data){
Node* tmp = (Node*)malloc(sizeof(Node))
tmp->data = data
tmp->next = (*head)
*head = tmp
}
void print_list(Node*head){
while(head){
printf(“ d “, head->data)
head = head->next
}
printf(“\n”)
}
void reverse_list(Node**head){
if(!*head)//如果(*head)==NULL
return
Node*p1,*p2
p1 =*head
p2 = (*head)->next
if(!p2)//如果没有下一个节点
return
reverse_list(&p2) //同时存在两个节点就要进行翻转
p1->next->next = p1
p1->next = NULL //主要是保证，第一个节点指向NULL
(*head) = p2
}
int main(){
Node*head = NULL
for(int i=0 i<M i++)
add_elem(&head, rand() 100)
print_list(head)
reverse_list(&head)
print_list(head)
}
Platform: |
Size: 3072 |
Author: ye zi |
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Description: 编写一个程序，实现链队的各种基本运算，并在此基础上设计一个主程序完成如下功能：
（1）初始化链队
（2）依次进队元素a,b,c
（3）出队一个元素,输出该元素
（4）依次进队元素d,e,f
（5）输出链队的元素
#include "stdafx.h"
#include <stdio.h>
#include <malloc.h>
typedef char status
typedef char elemtype
typedef struct qnode
{
elemtype data -failed to translate
Platform: |
Size: 1024 |
Author: gyk |
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Description: Like sprintf, but when return value >= 0 it returns a pointer to a malloc d string in sptr. If return >= 0, use free to delete sptr.
Platform: |
Size: 4096 |
Author: qenrttf |
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Description: wait a second, so as to guarantee that the parent access the malloc d area, then free it.
Platform: |
Size: 1024 |
Author: wuikuby |
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Description: Duplicate S, returning an identical malloc d string Source Code for Embedded Linux.
Platform: |
Size: 4096 |
Author: konghujk |
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Description: An instance of this structure is malloc d and filled in for each non-comment line in the configuration file.
Platform: |
Size: 5120 |
Author: zvlingpj |
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Description: _line_alloc returns a pointer to a new line structure. One is malloc d if none is available on the free list.
Platform: |
Size: 2048 |
Author: nbwuiping |
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Description: （1） 从静态存储区域分配。内存在程序编译的时候就已经分配好，这块内存在程序的整个运行期间都存在。例如全局变量，static 变量。
（2） 在栈上创建。在执行函数时，函数内局部变量的存储单元都可以在栈上创建，函数执行结束时这些存储单元自动被释放。栈内存分配运算内置于处理器的指令集中，效率很高，但是分配的内存容量有限。
（3） 从堆上分配，亦称动态内存分配。程序在运行的时候用malloc 或new 申请任意多少的内存，程序员自己负责在何时用free 或delete 释放内存。动态内存的生存期(#include<stdio.h>
int main()
{
int **p;
int *pt;
int a=100;
p=&pt;
*p=&a;
printf("%d\n",*p);
return 0;
})
Platform: |
Size: 10240 |
Author: messii
|
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