We see send (AR) which is the send buffer from the client.
我们看到SEND (AR)，它是客户机上的发送缓冲区。
The third value is the maximum send buffer space (overridden by wmem_max).
第三个值是发送缓冲区空间的最大字节数（该值会被 wmem_max 覆盖）。
The first value is the minimum number of bytes allocated for the socket's send buffer.
第一个值是为socket的发送缓冲区分配的最少字节数。
Sbappend adds the data at the end of send buffer and tcp_output sends the segment onto the interface.
sbappend在发送缓冲区的末尾添加数据，并且tcp _ out put将该段发送到接口。
The completion of the send operation does not depend on the status of a matching receive, and merely indicates that the send buffer can be reused.
发送操作的完成不依赖于对应的接收函数的状态，并且仅意味着发送缓冲区可以被重用。
The reason you only use OP_WRITE like this is that is almost always ready (because there is almost always space in the socket send buffer), but you aren't almost always ready to write.
你只用OP _ WRITE这样的原因是几乎总是准备好(因为几乎总是在套接字发送缓冲区空间)，但是你不总是准备好写。
Subsequent calls to send are made with only two arguments: the character buffer and its length.
后续调用只需要两个参数：字符缓冲区及其长度。
Since you know the client will connect and immediately send data, supplying a receive buffer can make things substantially easier.
我们知道客户端会在发出连接请求后立刻传送数据，所以如果我们准备好接收缓冲区会使事情变得更为容易。
Whenever an application posts a send or receive, and AFD.SYS's buffering is disabled, all pages in the buffer are locked into physical memory.
如果你把AFD . SYS的缓冲关闭，当应用程序收发数据时，应用程序缓冲区的所有页面将被锁定到物理内存中。
Our model ignores this cost because for short servlet responses, an application server can buffer the response in the memory and send it later to the client using NIO.
我们的模型忽视了这一开销，因为，对于较短的servlet响应来说，应用服务器可以在内存中缓冲该响应，然后再使用NIO将它发送给客户机。
The problem is that gets() doesn't protect itself from buffer overflows; an attacker can simply send more data than the buffer passed to gets() can store.
问题是gets()不能防止出现缓冲区溢出的问题；攻击者可以简单地发送超过传递给 gets()的缓冲区可以存储的数据。
With every overlapped send or receive operation, it is possible that the data buffer submitted will be locked.
每当我们重叠提交一个send或receive操作的时候，其中指定的发送或接收缓冲区就被锁定了。
The script can send the code to the server, have the server evaluate it, then return the results to a new buffer with an execution-time stamp.
这个脚本可以将代码发送到服务器，让服务器评估代码，然后将结果返回到一个带有执行时间戳的新缓冲区。
We use the same buffer to both send the command and get log information we need.
我们使用同一缓存来发送命令和获取所需日志信息。
However, before we send this buffer, we need to make sure that it is parented off of some point in server state space.
不过，在我们发送此缓冲区前，我们需要确保它的父节点是服务器的状态空间中的某点。
With every overlapped send or receive operation, it is possible that the data buffer submitted will be locked.
每一次重复发送或接收操作，可能是缓冲区的数据提交将被锁定。
As soon as we receive this operation, we need to compose together any operations which have been held in the buffer and send them off to the server.
当我们收到此操作，我们需要把保存在缓冲区的所有操作组合到一起，然后发送给服务器。
By using the send message buffer pool, processing capability and loading capability of the message processing module is improved, and capability of the whole system is improved.
通过应用发送消息缓冲池，提高了短消息处理模块的处理能力和负载能力，并从整体上提高了系统的性能。
Send function takes packets from application layer into sending buffer, and the receive function takes data from receiving buffer for the application layer.
发送函数将应用层数据包放入发送缓冲区，接收函数从接收缓冲区取得数据包。
Netty 4.0.13 Example with client/server send/receive byte buffer packets.
网状4.0.13示例客户机／服务器发送/接收缓冲区的数据包。
Given a frame to send, the buffer that holds it is released by the driver once the frame has been uploaded into the NIC's memory for transmission on the medium.
给一个发送帧，在介质上传送该帧时，一但帧已经上传到NIC的内存以后，该帧的缓存会被驱动释放。
In the communications program, frequently used as a ring buffer data structure to store communications to send and receive data.
在通信程序中，经常使用环形缓冲区作为数据结构来存放通信中发送和接收的数据。
The size of TCP send and receive buffer have an impact on the maximum value of TCP congestion window.
TCP发送接收窗口的大小影响着TCP拥塞窗口所能达到的最大值，从而影响了TCP业务所能达到的吞吐率。
If the buffer is full, further Send operations are blocked.
如果缓冲区已满，将阻止后来的“发送”操作。
If the buffer is full, further Send operations are blocked.
如果缓冲区已满，将阻止后来的“发送”操作。
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