搜索资源列表
lockydm
- 电子密码锁源程序，大家拿来相互学习，情大家多多执教。-electronic password lock source, we used to learn from each other, the situation Members can teach.
pv
- 信号量也称为信号锁，主要应用于进程间的同步和互斥，在用于互斥时，通常作为资源锁。信号量通常通过两个原子操作wait(P)和signal(V)来访问。wait操作使信号量的值+1，signal操作使信号量的值-1。本程序模拟了操作系统的pv操作-Semaphore is also known as signal lock, mainly used in inter-process synchronization and mutual exclusion, are used in mutually
Eye
- 定时锁住鼠标键盘，通过钩子实现，方便您保护您的隐私-Timing lock keyboard mouse, through the hook realize for you to protect your privacy
userkernelspace
- A user-space device driver can do many of the things that kernel drivers can t, such as perform a long-running computation, block while waiting for an event, or read files from the file system. Unlike kernel drivers, a user-space device driver can us
DIGITALLOCK
- Verilog code for Digital lock
DS1307_Simple_lock_source
- Simple lock vith DS1307 source code
threads
- nachos系统中对于线程机制的强化修改，实现了锁，随机变量以及管程的调用-nachos system to strengthen the mechanism for the thread changes, to achieve a lock, random variables, and call management process
nachosthreadcode
- nachos系统的线程机制实验代码，实现了对原有线程机制增强以及锁，随机变量功能的实现-nachos enhanced system threads and the lock mechanism, the realization of random variable function
Chubby
- 基于分布式系统的粗粒度锁服务(Chubby)-Distributed systems based on coarse-grained Chubby lock service
lock
- 用临界区实现单写多读锁 写者优先 操作系统实验-With critical region locking to achieve write once read many experimental writing is preferred operating system
philosopher
- 操作系统作业，实现哲学家算法的死锁与非死锁，死锁的出现是随机的，此程序并不能保证一定会出现死锁-Realize the philosopher algorithm with the dead lock dead lock
lock
- 操作系统死锁算法，经典的操作系统算法，操作系统学习和入门的好源码-Bankers algorithm of the operating system, the classic algorithm of the operating system, the operating system to learn and started a good source
philosopher
- 哲学家就餐问题，有左撇子，至少使用信号量、消息通信、管程三种方式之中的一种模拟哲学家就餐问题。 用一个输入变量控制是否有左撇子哲学家。如果有，其数量由随机数生成。 模拟程序分为两种情况， 可能发生死锁的情况，输出发生死锁时的资源分配状态和历史资源分配状态； 设计没有死锁发生的程序，当每个哲学家至少完成一次就餐后，输出资源分配给哲学家的当前状态和历史状态。 最好具备图形界面，动态显示哲学家就餐的过程。-Dining philosophers problem, a left-ha
2
- 2.用四个按键和一个数码管制成简易的密码锁。四个按键分别代表数字0、1、2、3，密码设定为3，开机数码管显示“-”，等待密码输入，输入正确时，显示字符“3”2秒，打开门，输入错误时，显示“F”2秒，按要求完成下列题目。-2 with four buttons and a digital control into a simple lock. Four buttons representing the numbers 0, 1, 2, 3, and the password is set to 3
Bankers
- 这个代码模拟出了操作系统在避免死锁时所采用的banker算法。para.txt中给出了示例参数（CPU数量、资源种类、每种资源的数量，以及各个任务所申请的资源种类和数量）。-This project simulates the Banker algorithm, which is widely used by all kinds of operating system (OS) to avoid dead lock. The para.txt is a sample scr ipt for th
BUSISUOZHEXUEJIAWENTI
- 不死锁定哲学家问题，即模拟了哲学家的吃面问题，使用Java语言-Die lock philosophers problem, analog philosopher noodles, using the Java language
desktop
- 易语言程序 易语言模块源码 windows电脑桌面锁-Easy language program easy language module source code lock desktop
detection
- dead lock detection algorithm used in os
2
- nachos下实现锁 条件变量 信号量的互斥-lock semsignal condition in nachos-4.3
suoji
- 打开软件自动锁机，重启后就要密码了。具体功能下载后看说明 -Open the software automatically lock machine,