搜索资源列表
SecDemoSource
- Are your device objects as secure as they should be? Learn what permissions are applied to the objects you create with IoCreateDevice and get introduced to kernel-mode security APIs that can be used to close potential device object security holes. -A
FindHideTsk
- 通过对系统内核调度线程链表的查询 找出隐藏进程-through activation of the system kernel threads Chain inquiries identify hidden process
ThreadTimer
- 线程定时器，对内核定时器的线程包装-threads timer, the timer kernel threads packaging
Code
- 事件内核对象、关键代码段（临界区）的讲解，以及在多线程同步中的应用。在Windows下编写基于消息的网络应用程序，掌握阻塞与非阻塞网络程序的编写，理解在Windows平台下，采用异步选择机制可以提高网络应用程序的性能。-incident kernel object, the key code of (critical) explanations, and the multi-thread synchronization application. In the preparation of Win
glibc-linuxthreads-2.3.tar
- This release 0.7 (late beta) of LinuxThreads, a BiCapitalized implementation of the Posix 1003.1c \"pthread\" interface for Linux. LinuxThreads provides kernel-level threads: each thread is a separate Unix process, sharing its address space with the
进程和调度
- 进程和调度(kernel-) - 非常好的一篇有关连接和加载的文章, 取之与网, 用之与网, 与你分享!-process and Scheduling (kernel-) - a very good connections and the loading of the article, but it must and network and the network is used, to share with you!
SPY.rar
- 内核模式简单实现进程监控,包含创建进程监控与创建线程监控,Simple realization of kernel-mode process monitoring, including the creation process of monitoring and to create a thread monitor
ProcDeny
- 内核级进程监控源码, 1.可以通过指定监控进程名的形式来禁止指定进程的运行. 2.可以实时监控本机哪些进程正在创建,运行等等 程序通过挂载SSDT实现-Kernel-level process monitoring source, 1. Can monitor the process by specifying the form name to prohibit the operation of the specified process. 2. Can be real-time m
KillMe
- 一款进程防杀的程序，同以往的程序不同，通过给内核打补丁的方式防杀，效果非常明显，在XP下可以防御冰刃等强力工具的删除-Anti-kill procedures for a process, with different procedures in the past, by the way the kernel patch against killing, the effect is very obvious, in XP, can be powerful tools such as defens
ProcessTick
- 获取进程启动和结束时间的工具 使用 PSAPI 获取内核模式和用户模式进程并将用户模式进程的启动时间和结束时间记入日志。运行程序后，它启动一个线程，该线程在后台执行每隔一定时间监控是否有新启动进程或退出进程。-Access to the process of start and end times of the tools used to obtain PSAPI kernel mode and user mode processes and user-mode process s
OS
- 进程创建与调用，销毁等功能演示，包含Window内核实验教程电子书，以及系统调用查找电子书和《自己动手写操作系统》-Process creation and call features such as the destruction demo, including Window kernel Experimental Course e-books, as well as system calls to find e-books and the " it-yourself to write
conpro
- 描述生产者和消费者问题的Windows内核程序，包含了API内核函数-Producer and consumer issues described in Windows kernel, the kernel function contains the API
R3-debug.
- a． 项目名称：R3Dbg（调试器内核），Gravedigger（调用示例） b． 本项目的任务开发者：傅强。 c． 开发背景：科锐3阶段项目。 d． 运行环境：WIN2000,XP。 -a. Project Name: R3Dbg (kernel debugger), Gravedigger (called sample) b. The task of the project developers: Fu Qiang. c. Development Background:
SimuRWLock
- 通过Mutex封装实现的读写锁类。写锁优先于读锁。如果有写锁在等待，则读锁一直等待，直到写锁获取锁，并释放后才能获取。读锁是共享锁，写锁是独占锁。提供Mutex与临界区两种方式可宏切换实现，Mutex为系统内核对象，速度比较慢，但比较好控制。临界区速度快，但无进入临界区无超时时间，对时间控制不精确。 BOOL ReadLock(int timeout=INFINITE) BOOL TryReadLock(int timeout=INFINITE,BOOL bLock=TRUE)
EventDemo
- 主要介绍使用事件内核对象控制线程的执行，主线程通过设置事件状态通知子线程开始工作-Introduces the use of event kernel object control thread execution, the main thread sets the event status notifications through the child thread to work
Code1
- 事件内核对象、关键代码段（临界区）的讲解，以及在多线程同步中的应用。在Windows下编写基于消息的网络应用程序，掌握阻塞与非阻塞网络程序的编写，理解在Windows平台下，采用异步选择机制可以提高网络应用程序的性能。-Event object, key code segment kernel (critical area) explanation and the application in a multithreaded synchronization. Under Windows base
GetProcess
- 读取 windowsXP 下的系统进程，内核技术，包括隐藏进程。-Read windowsXP system processes, kernel technology, including hidden processes.
AMP-Demo-master
- 用C++ AMP进行并行编程的例子，可以用GPU对程序进行优化编程。-Using C++ AMP programe the parallel programme, which uses the GPU kernel for optimizing the programme.
Registry-Backdoor
- 内核级后门代码.它插入Explorer.exe服务启动，并且恢复sst过主动拦截防御。使用了内核驱动程序，bindshell后门功能，以及下载者功能。-Kernel-level backdoor code it into the Explorer.exe service starts, and restore their own initiative to intercept sst defense. Using a kernel driver, bindshell backdoor funct
Cpp1
- 多线程求卷积1）数据矩阵：256*256 –原始矩阵设置：随机50个点设置为255，其余为0 2）卷积核：5*5 –明确注明所设计的卷积核 3）迭代次数：100 –每5次迭代保存一次数据矩阵 –通过20个结果矩阵，生成动画 初始矩阵随机生成，随机分配50个数的值为2-Multithreading convolution 1) Data Matrix: 256* 256- the original matrix settings: a randomized 50-poi