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Description: 快速内存分配和管理源代码,避开了malloc/free机制,适合快速动态分配内存.-fast memory allocation and management of source code, thus avoiding the malloc / free mechanism for fast dynamic memory allocation.
Platform: |
Size: 11367 |
Author: 陈磊 |
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Description: The project KEIL_IODemo shows how to use memory allocation routines (malloc) and char I/O (printf, scanf) via a serial interface with the Keil ARM toolchain.
The I/O functions are adapted for the Analog Devices ADuC7000 series using the SERIAL.C module.
The example also shows the efficiency of the Keil CA ARM Compiler run-time library which is tuned for single chip systems.
-The project shows how to use me mory allocation routines (malloc) and char I / O (printf, Scanf) via a serial interface with the Keil ARM t oolchain. The I / O functions are adapted for the Analog Devices ADuC7000 series using the SERIA Synchronization module. The example also shows the efficien cy of the CA Keil ARM Compiler run-time library w hich is tuned for single chip systems.
Platform: |
Size: 19884 |
Author: 郭文彬 |
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Description: UART I/O and Memory Allocation Example for GNU
The project GNU_IODemo shows how to use memory allocation routines (malloc) and char I/O (printf, scanf) via a serial interface with the GNU toolchain.
The I/O functions are adapted for the Analog Devices ADuC7000 series using the SERIAL.C module.
The example also shows the efficiency of the Keil CA ARM Compiler run-time library which is tuned for single chip systems.-UART I / O and Memory Allocation for Example The GNU project GNU_IODemo shows how to use memo ry allocation routines (malloc) and char I / O (p rintf. Scanf) via a serial interface with the GNU toolc DERA. The I / O functions are adapted for the Anal og Devices ADuC7000 series using the SERIAL.C m odule. The example also shows the efficiency of the Keil CA ARM Compiler run-time library which is tuned for single chip systems.
Platform: |
Size: 42967 |
Author: 郭文彬 |
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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: 用vc++编写的加强的内存泄露检测程序。检测new和malloc，com-based的内存泄露。-vc prepared with the strengthening of memory leakage detection procedures. Detection of new and malloc, com-based memory leakage.
Platform: |
Size: 52504 |
Author: 张的小 |
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Description: 一个C程序，用char *malloc(unsigned size)函数向系统申请一次内存空间-a C program, char * malloc (unsigned size) function to the system for a memory space
Platform: |
Size: 927 |
Author: liutao |
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Description: 一个C程序，用char *malloc(unsigned size)函数向系统申请一次内存空间-a C program, char * malloc (unsigned size) function to the system for a memory space
Platform: |
Size: 927 |
Author: liutao |
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Description: 内存分配的各种包装函数，检查内存泄漏的函数，-memory allocation function of packaging, memory leakage inspection functions, etc.
Platform: |
Size: 39500 |
Author: 夏洪他 |
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Description: #include \"stdio.h\"
#include \"malloc.h\"
#define TRUE 1
#define n 39
#define max 500
typedef struct
{
char p[n]
float w[n][n]
}graph
graph *ga2
int visit[n]
int path[n][n]
float C[n][n]
float A[n][n] -#include \"stdio.h\" #include \"malloc.h\" #define TRUE 1 #define n 39 #define max 500 typedef struct { char p[n] float w[n][n] }graph graph *ga2 int visit[n] int path[n][n] float C[n][n] float A[n][n]
Platform: |
Size: 4665 |
Author: jiangshan |
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Description: #include \"stdio.h\"
#include \"math.h\"
#include \"malloc.h\"
#include \"string.h\"
#define m 6
#define n 29
#define p 0.5-#include \"stdio.h\" #include \"math.h\" #include \"malloc.h\" #include \"string.h\" #define m 6 #define n 29 #define p 0.5
Platform: |
Size: 3091 |
Author: jiangshan |
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Description: #include \"stdio.h\"
#include \"math.h\"
#include \"malloc.h\"
#include \"string.h\"
#define m 6
#define n 29
#define p 0.5-#include \"stdio.h\" #include \"math.h\" #include \"malloc.h\" #include \"string.h\" #define m 6 #define n 29 #define p 0.5
Platform: |
Size: 109175 |
Author: jiangshan |
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Description: #include \"stdio.h\"
#include \"math.h\"
#include \"malloc.h\"
#include \"string.h\"
#define m 6
#define n 29
#define p 0.5-#include \"stdio.h\" #include \"math.h\" #include \"malloc.h\" #include \"string.h\" #define m 6 #define n 29 #define p 0.5
Platform: |
Size: 53805 |
Author: jiangshan |
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Description: #include \"stdio.h\"
#include \"math.h\"
#include \"malloc.h\"
#include \"string.h\"
#define m 6
#define n 29
#define p 0.5-#include \"stdio.h\" #include \"math.h\" #include \"malloc.h\" #include \"string.h\" #define m 6 #define n 29 #define p 0.5
Platform: |
Size: 764203 |
Author: jiangshan |
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Description: * Function:
* 1. Replace the first oldstr with newstr in srcstr
* Arguments:
* IN :
* srcstr
* oldstr
* newstr
* OUT :
* srcstr
* Return:
* 1. If find and replace one oldstr with newstr in srcstr , return 1
* 2. If find no oldstr in srcstr , return 0
* 3. If error (malloc return NULL) return -1
* Notes:
* 1. srcstr should be large size enough.-* Function : * 1. Replace the first oldstr with newstr in srcs tr * Arguments : * IN : srcstr oldstr * * * * newstr OUT : * srcstr * Return : * 1. If find and replace one with newstr in oldstr srcstr, return 1 * 2. If find no oldstr in srcstr. return 0 * 3. If error (malloc return NULL) RETUR n -1 * Notes : * 1. srcstr size should be large enough.
Platform: |
Size: 2241 |
Author: 阿健 |
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Description: 显示空闲链表实现动态内存分配的程序，malloc-show idle Chain dynamic memory allocation procedures malloc
Platform: |
Size: 4122 |
Author: leaing |
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Description: Status InitPolyn(polyn P)
{/*建立一个空的一元多项式的链表*/
P=(polyn)malloc(sizeof(LNode))
if(P==NULL) exit (OVERFLOW)
P->data.coef=0
P->data.expn=-1
P->next=NULL
return OK
}/*InitPolyn*/-Status InitPolyn (Polynesia P) (/ * establish an empty number one yuan - Chain * / P = (Polynesia) malloc (sizeof (LNode)) if (P == NULL) exit (overflow) P -
Platform: |
Size: 6522 |
Author: iieeww |
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Description: #include \"define.h\"
#include <stdio.h>
#include <string.h>
#include <ctype.h>
#include <malloc.h>
FILE *fp
/*//////////////////////////////////////////////////////////////////////////////
This is a pretreatment.
/////////////////////////////////////////////////////////////////////////////*/
void readIntoBuffer(char buffer[256])
{
char ch1
char temp
int i
for(i=0 i<256&&!feof(fp) i++)
{
ch1=fgetc(fp)
if(ch1== )-# include "define.h" # include
Platform: |
Size: 2335 |
Author: dddddddd |
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Description: #include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include <malloc.h>
#include <math.h>
#include <conio.h>
struct DuLNode{
struct DuLNode *prior
int data
struct DuLNode *next-# include
Platform: |
Size: 2998 |
Author: 黄宇 |
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Description: This version of malloc for VxWorks contains two different algorithms. One is the BSD based Kingsley \"bucket\" allocator which has some unique fragmentation behavior. The other is Doug Lea s well tested allocator that tries to minimize fragmentation while keeping the speed/space requirements.
非常实用,可移植用作实现跨平台的嵌入式的内存分配机制.-This version of malloc for VxWorks contain 's two different algorithms. One is the BSD-based Kingsley, "bucket" allocator which has some uni que fragmentation behavior. The other is Doug L. ea's well tested allocator that tries to minimiz e fragmentation while keeping the speed / space requirements. very practical, can be used for transplantation to achieve cross-platform embedded memory allocation mechanism.
Platform: |
Size: 26734 |
Author: nico zhu |
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Description: 一个简单实用的内存管理程序，可以完成malloc/free功能。-a simple and practical memory management procedures to be completed malloc / free function.
Platform: |
Size: 5027 |
Author: 李明 |
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