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Description: 反连木马,大家可以参考一下其中的思想,产生两个管道,一个读一个写-Against the trojans, you can consult the thought, have two pipes and a read write
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Size: 10240 |
Author: JTynp!458 |
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Description: 通过命名管道实现两个进程之间的通信，包括从管道中读取内容和写入内容到管道。使用VC++6.0实现。文档中有详细介绍。(Communicating between two processes by named pipes, including reading content from the pipe and writing content to the pipe. Using VC++6.0 implementation. The document is described in detail.)
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Size: 479232 |
Author: @不会游泳的鱼
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Description: 命名管道也被称为FIFO文件，它是一种特殊类型的文件，它在文件系统中以文件名的形式存在，但是它的行为却和之前所讲的没有名字的管道（匿名管道）类似。
由于Linux中所有的事物都可被视为文件，所以对命名管道的使用也就变得与文件操作非常的统一，也使它的使用非常方便，同时我们也可以像平常的文件名一样在命令中使用。(A named pipe is also known as the FIFO file, it is a special type of document and its file name in the file system to form, but it is the behavior of pipeline and have said before no name (similar to anonymous pipes).
Because everything in Linux can be seen as a file, so the use of named pipes becomes uniform and the file operation very well, but also make it very convenient to use, and we can also use the same name as the normal file in the order.)
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Size: 2048 |
Author: 。。。，，，
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Description: Electronics Cooling
- Cooling and coolants
- Boiling and phase change-based technologies
- Heat pipes-based cooling
- Microchannels cooling systems
- Heat loop cooling technology
- Nanofluids as coolants
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Size: 46621696 |
Author: Peixoto
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Description: 高斯扩散模式适用于均一的大气条件，以及地面开阔平坦的地区，点源的扩散模式。排放大量污染物的烟囱、放散管、通风口等，虽然其大小不一，但是只要不是讨论烟囱底部很近距离的污染问题，均可视其为点源。(The Gauss diffusion model is applied to homogeneous atmospheric conditions, as well as to ground open flat regions, and to point source diffusion patterns. Chimneys, pipes, vents, etc. that emit large quantities of pollutants, although they vary in size, can be regarded as point sources as long as they do not discuss the pollution problems near the bottom of the chimney.)
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Size: 6144 |
Author: Cyrus丶
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Description: 我们将使用内置指令来显示 / 隐藏元素，并且显示英雄数据的列表。 我们将创建组件来显示英雄的详情和英雄列表。 我们将对只读数据使用单向数据绑定。我们将添加一些可编辑字段，并通过双向数据绑定更新模型。 我们将把组件上的方法绑定到用户事件上，比如按键和点击。 我们将让用户能从主列表视图中选择一个英雄，然后在详情视图中编辑它。 我们将通过管道对数据进行格式化。 我们将创建一个共享服务来管理我们的英雄们。 我们将使用路由在不同的视图及其组件之间进行导航。(You'll use built-in directives to show and hide elements and display lists of hero data. You'll create components to display hero details and show an array of heroes. You'll use one-way data binding for read-only data. You'll add editable fields to update a model with two-way data binding. You'll bind component methods to user events, like keystrokes and clicks. You'll enable users to select a hero from a master list and edit that hero in the details view. You'll format data with pipes. You'll create a shared service to assemble the heroes. And you'll use routing to navigate among different views and their components.)
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Size: 34912256 |
Author: 夜雾
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Description: A<========>B<=========>C<=====>D<======>E
A与B进程之间通过TCP的socket传递 主要掌握socket的流程：
A服务器端：
socket -->bind---->listen---->accept send read
B客户端：
socket-->connect->read send
不懂的可以man一下 man socket
B与C使用共享内存来交互
步骤是：shmget->shmat->直接读写--->shmdt shmctl(删除)
可以man
C与D之间使用消息传递进行
msgget-->msgrcv->msgsnd (注意这里的返回值判断发送正确与否 不是发送的字节数)
D使用fork（） 创建了一个进程 E
D跟E之间使用无名管道进行交互
E程序中可以使用有名管道 进行通讯。(A<========>B<=========>C<=====>D<======>E
Between the A and the B processes, the process of master socket is passed through the socket of the TCP:
A server side:
Socket -->bind---->listen---->accept send read
B client:
Socket-->connect->read send
Do not understand the ability to man man socket
B and C interact with shared memory
The step is: shmget->shmat-> read and write --->shmdt shmctl directly (delete)
Can man
Message passing between C and D
Msgget-->msgrcv->msgsnd (note that the return value here determines whether to send correctly or not the number of bytes sent)
D uses fork () to create a process E
Interaction between D and E using anonymous pipes
E programs can communicate with famous pipes.)
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Size: 4096 |
Author: 数据包
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Description: 根据题目可分析：假设主管道位于所有管道的东侧（或是西侧），则测得个油井到主管道之间的输油管道总长度为sum1，若主管道的位置位于所有管道纵坐标的中位值，其输油管道总长度为sum2。由此可推算出sum1>=sum2。因此我采用第二个思路，进而将问题转化为求n个数中第k大数是什么的问题。
总的输油管道长度可通过每个输油管道的纵坐标减中位值得到，最后即可解决问题。
根据题目要求，需在线性时间内确定主管道的最优位置。在排序算法中，最优的便是快速排序，而根据题目要求，我们又不需要将所有n个数进行排序，因此可以采用快速排序的思想，达到目的。(According to the subject analysis, it is assumed that the chief pipeline is located on the east side of all pipes (or the west side), the total length of the oil pipeline between the oil well and the main pipe is sum1. If the position of the main pipe is located in the middle of all the longitudinal coordinates of the pipe, the total length of the pipeline is sum2. Thus, sum1>=sum2 can be calculated. So I use second ideas to transform the problem into the problem of finding K number in N numbers.
The length of the total oil pipeline can be obtained by reducing the median value of each oil pipeline, and finally, it can solve the problem.
According to the requirements of the subject, we need to determine the optimal location of the main pipeline in a linear time. In the sorting algorithm, the best is the fast sorting, and according to the title, we do not need to sort all the N numbers, so we can use the idea of fast sorting to achieve the goal.)
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Size: 606208 |
Author: 鲸鱼和机遇 |
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Description: Forces UNSET on pipes, flushes rotator memory and session, closes fds.
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Size: 12288 |
Author: senuehf |
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Description: 可用于重力热管的fluent模拟，有效模拟热管中液态水的蒸发和蒸汽的冷凝(Can be used for fluent simulation of gravity heat pipes, effectively simulating evaporation of liquid water and condensation of steam in heat pipes)
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Size: 3072 |
Author: aken5555 |
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Description: Angular est un framework de développement d’applications web, utilisé par des milliers d’entreprises, qui vous permettra de créer des applications dynamiques complètes.
Ce cours sera votre premier pas dans l’apprentissage de ce framework complet et innovant :
vous découvrirez les briques de base d’une application Angular que sont les components
vous passerez des données aux components avec la liaison de données
vous réagissez aux événements du template avec la liaison par événement
vous apporterez de la structure et de la forme à vos components avec les directives et les pipes
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Size: 2375409 |
Author: yassinerachid |
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