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while (1);

while (1) is used in single chip microcomputer, while (1); Meaning: This is a dead loop, and the code no longer executes downward. Application: 1. Generally in debugging code, in order to detect a part of the code is OK, to prevent the subsequent

while (1) the role

while (1) is used in single chip microcomputer, while (1); Meaning: This is a dead loop, and the code no longer executes downward. Use: 1. Generally in debugging code, in order to detect a part of the code is OK, to prevent the subsequent code

While (1) troubles

The while (1) loop has never been seen before, that is, an endless loop, but it did not expect it to lead to a high CPU usage. in my previous article, I used DirectShow to write a video player with a CPU usage of up to 56%. I was so puzzled that I

Some Ideas about while (1) and for (;) Efficiency

In the past few days, I have seen my friend's article about the efficiency of while (1) and. When you look back, you only need to judge. No matter what the experiment is, let's look at the differences between the two writing methods: Lab

Break while (1)

[Cpp]# Include # Include  Using namespace std;Int CountBreakWhile (int n, int MilliSecondsOnce) // The total number of times, each time in milliseconds, can be 0{Static int count = 0; // static If (n {Return 1;}If (count> = n){Count = 0;Return 1; //

26. Using the timer interrupt in the microcontroller, set every precise time measurement in the main process while (1) {}

void Timer0_isr () interrupt 5 {countmilliseconds + +; // is only responsible for self-addition, add to the maximum and start again from 0 }u16 Setdelay (U16 t) { return ( Countmilliseconds + T-1 );

Linux under Analog key Kbhit (), Detect button termination while (1) dead loop

How to control the while loop through another event and use keystrokes to control the while loop when necessary1, set a loop flag. Loop in the main process and check the loop flag in each loop to decide whether to continue, change the flag after

Multithreaded Data security

test01.c#include #include #include #include int num = 100;void* Thread1_handler (void* param){while (1){++num;printf ("Thread1 num=%d\n", num);}}void* Thread2_handler (void* param){while (1){++num;printf ("Thread2 num=%d\n", num);}}void*

Embedded--arm

Two years ago, something, tidy up, maybe later will be used.Arm for the s3c2440 of this arm-driven finishing.These include: Adc,beeper buzzer, key key, RTC, timer timer, UART driver.Project Address (GitHub):

Linux thread and synchronization

Linux multithreading 1. thread Overview a thread is a basic scheduling unit in a process, also known as a lightweight process. Threads are concurrent multi-path execution paths in the shared memory space. they share the resources of a process, such

Shelve of data storage for Students ' course selection system

Project Catalog:#bin/run.pyfrom core.main Import runrun.login ()#core/adm.py#-*-coding:utf-8-*-__author__ = ' mrchu ' import hashlibimport shelve#shelve={' Student ': [{' name ': ' xxx ', ' PassWord ': ' xxx ', ' course ': []},{...},{...}], # '

Linux thread and Synchronization

Linux multithreading   1. Thread Overview A thread is a basic scheduling unit in a process, also known as a lightweight process. Threads are concurrent multi-path execution paths in the shared memory space. They share the resources of a process,

C-language TCP and UDP clients and servers

Are the simplest to remember.This is my git address: HTTPS://GITHUB.COM/YANJINYUN/CLANGUAGETCPUDPThe simplest server for TCP:intMainintargcConst Char*argv[]) { intLISTENFD, ACCEPTFD; structsockaddr_in sin, cin; Socklen_t Clen; Charbuf[1024x768]

Use of the Java.lang.io package

1String Source = "ABCDEF123456";2 intMID = Source.length ()/2;3 4Bytearrayinputstream bytesis =NewBytearrayinputstream (Source.getbytes ());5 6 //1. Sequential Read Stream7 intb = 0;8 while(-1! = (b

Process Synchronization-Classic synchronization issues

This article for Bo Master original article, without BO Master permission cannot reprint http://www.cnblogs.com/kiplove/p/6724431.htmlSome concepts that involve process synchronization:Mutex and synchronization:Critical resource (critical section):

Linux Network Programming-9. Server Model

Article Title: Linux Network Programming-9. server model. Linux is a technology channel of the IT lab in China. Includes basic categories such as desktop applications, Linux system management, kernel research, embedded systems, and open source. I

A classic example of getting Started with C + + multithreaded programming

Multithreading in the programming has a very important position, we in the actual development or job interview can always encounter multi-threading problem, the degree of understanding of multithreading from a side reflects the programmer's

TCP socket programming

As a TCP Service Program At the same time, there may be a large number of clients connected, and we hope to remember each socket separately Who has the data to read and put it in a request queue -- these tasks are completed by one thread and

Online Q & A is implemented, right and wrong can be judged, and results can be saved

# Include # Include # Include # Include # Include # Include # Include # Include # Define random (x) (RAND () % x)Using namespace STD; Void output (int sf) // open the TXT record question{If (Sf = 1){Ofstream OUTFILE ("formula.txt", IOS: Out );If (!

Preliminary Design of windows multi-thread Program

Multithreading in WindowsProgramPreliminary Design In general, multi-threaded programming is mostly implemented using the MFC class library. How can we design multi-threaded programs without using the MFC? This article will discuss this issue:

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