These are initialized at start of day in a function called inet_init in linux/net/ipv4/af_inet.c (as TCP and UDP are part of the inet family of protocols).
它们都是在linux/net/ipv4/af_inet.c 文件中一个名为 inet_init的函数中进行初始化的（因为TCP和UDP 都是inet 簇协议的一部分）。
WS-Routing (this enables SOAP-based protocol for routing SOAP messages in an asynchronous manner over a variety of transports like TCP, UDP and HTTP).
WS - Routing(它使基于SOAP的协议能够在各种传输协议(如tcp、UDP和HTTP)上以异步方式路由SOAP消息)。
There may be several competing solutions (e.g., UDP versus TCP in communications) and a range of configurable choices for each solution (e.g., 10 threads versus 50 threads in a process architecture).
可能会有若干有竞争的解决方案（举例来说，通信中的UDP 对TCP）和大量的对于每个解决方案的可配置选择（举例来说，进程架构中的10线程 对50 个线程）。
In these examples, both commands perform the same task — they specify that all TCP and UDP packets will match this rule.
在上述示例中，这两条命令都执行同一任务—它们指定所有TCP和UDP信息包都将与该规则匹配。
The packets themselves differ, depending on whether it is a UDP or TCP packet.
数据包本身也存在区别，这取决于它是UDP或者TCP数据包。
For example, NFS can use either TCP or UDP, depending on the version and your preference.
例如，NFS既可以使用TCP，也可以使用UDP，这取决于您所使用的版本和您的偏好。
Even though most services reserve both TCP and UDP ports, applications do not have to use both UDP and TCP.
尽管大部分服务同时保留tcp和udp端口，应用程序不必同时使用UDP和TCP。
Unlike TCP, the client and server code look quite similar for UDP-based communication.
与TCP不同，用于UDP通信的客户机代码和服务器代码非常相似。
If UDP is unavailable, however, audio and video streams are tunneled to clients through the TCP transport.
但是，如果不能使用UDP，则可以借助隧道技术将音频和视频流通过TCP传输到客户机。
The ESP header is located after the IP header and before the transport mode protocol (UDP or TCP) or before an encapsulated IP header when using tunneling.
ESP报头位于IP报头之后，传输模式(UDP或者TCP)之前，或者当使用隧道时是在封装的IP报头之前。
It greatly simplifies and streamlines network programming such as TCP and UDP socket server.
它极大简化了网络编程，如TCP和UD P套接字服务器。
Even then, the implementations of TCP (for a stream protocol) or UDP (for a message-based protocol) serve as useful models for starting out with new development.
即使现在，TCP(用于流协议)或UDP(用于基于消息的协议)的实现都可以作为开始新开发有用模块使用。
You want the reliability of TCP but the framing aspects of UDP.
您想要获得 TCP的可靠性和UDP的帧同步。
Examples of protocols are TCP, UDP, ICMP, comma-delimited list of any combination of these three protocols and all (for all protocols).
协议示例有tcp、UDP、ICMP、用逗号分隔的任何这三种协议的组合列表以及ALL(用于所有协议)。
JXTA provides communication without the need to specify separate TCP and UDP transports, and it is not limited to IP (RF, BT, etc. can be supported).
JXTA不需要指定单独的TCP和UDP传输就可以进行通信，并且它还不限于IP(支持RF,BT等)。
Using BNEP, you can run other networking protocols, such as IP, TCP, and UDP, over Bluetooth.
使用BNEP，可以在蓝牙上运行其他网络协议，例如IP、TCP和UDP。
With both TCP/IP and UDP/IP communications, the key elements are the IP addresses used to identify the hosts and the port number.
在TCP/IP和UDP/IP 的通信中，最主要的元素是用于确定主机和端口号的 IP地址。
Paralleling at the IP level shares many of the same characteristics of using TCP rather than UDP.
ip层上的并行和使用TCP而不是UD p有许多相同特征。
Generally speaking, UDP is faster, while TCP is more secure.
一般而言，UDP更快，而TCP更安全。
It is important to note that the name services use UDP instead of TCP.
重要的是要注意，名称服务使用udp而非tcp。
The key is the use of the UDP, which is the parter transport protocol to TCP.
关键是UDP的使用，它是TCP 的缔约方传输协议。
Source port-the TCP or UDP port number assigned by the originating computer for this packet, for example, port 1080.
源端口号——源计算机为TCP或udp分配的端口号，例如，1080。
Using this utility, you explored TCP and udp workload tuning while also learning some other noteworthy parameters.
使用这个实用工具，您研究了tcp和udp工作负载优化，同时还了解了一些其他值得关注的参数。
This article focuses on TCP workload tuning, udp workload tuning, and some other noteworthy parameters with the no utility.
本文重点关注于tcp工作负载优化、udp工作负载优化，以及no实用工具所提供的一些其他值得关注的参数。
It provides the reliable, ordered delivery of data like TCP but operates in the message-oriented fashion like UDP, preserving message boundaries. SCTP also provides several advanced features.
它提供了像TCP一样可靠、有序地发送数据的功能，但却以像UDP一样面向消息的方式来进行操作，这可以保护消息边界。
The two most popular transport layer protocols are the transmission control protocol (TCP) and the user datagram protocol (UDP)
两种最流行的传输层协议是传输控制协议（TCP）和用户数据报协议（UDP）
This amount should usually be less than the wall and approximately 4 times the size of the largest value of the TCP or udp send and receive Settings.
这个总量通常应该小于wall，并且近似于tcp或者udp发送和接收设置最大值的4倍。
For example, snoop and tcpdump both provide detailed information on different protocols under both UDP and TCP to varying levels.
例如，snoop和tcpdump都提供了关于UDP和tcp上不同协议的不同级别的详细信息。
The SIP protocol support TLS, UDP and TCP as transport, so they only viable solution was to use the framework.
SIP协议支持TLS、UDP及TCP作为传输层，因此唯一可行的方案就是采用Grizzly框架。
The SIP protocol support TLS, UDP and TCP as transport, so they only viable solution was to use the framework.
SIP协议支持TLS、UDP及TCP作为传输层，因此唯一可行的方案就是采用Grizzly框架。
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