beep
v. 发出哔哔声,发出嘟嘟声;用传呼机召唤,呼(某人)
n. 哔哔声,嘟嘟声;警笛声
2025-08-10 22:10 浏览次数 6
v. 发出哔哔声,发出嘟嘟声;用传呼机召唤,呼(某人)
n. 哔哔声,嘟嘟声;警笛声
"The horns of the taxis blared"
Keyboard Beep键盘提示音
beep-发出哔哔声,发出嘟嘟声;用传呼机召唤,呼(某人)
Beep PreparedBeep Prepared is a Warner Brothers Merrie Melodies theatrical cartoon short released in 1961. It features Wile E.
Beep timer嘟嘟计时器
Password Beep密码提示音
Message beep信息提示音
Chicks Beep小鸡节奏
beep volume提示音量
default beep默认按钮
this is why xml and beep fit so well together: as beep takes care of protocol infrastructure, xml takes care of data structuring.
这就是为什么xml和beep一起配合得这么好的原因:因为beep负责协议的基础设施,xml负责数据的结构组织。
hence xml is a natural choice in which to define the syntax of messages in beep profiles (although, as noted above, profiles can use any mime type).
因此对于beep配置文件中的消息语法的定义而言,xml是自然而然的选择(尽管,如以上提到的,配置文件可以使用任何mime类型)。
beep really competes on the same level as http.
beep真正地和http在同一层上竞争。
please beep tom and tell him to meet us at the west gate of the university.
请呼一下汤姆,告诉他在大学的西门和我们见面。
given that an application falls into the target market, what can beep offer? its main areas of functionality are
倘若一个应用程序符合目标市场,那么beep能提供什么呢?
defining a protocol using beep comes down to the definition of profiles.
使用beep定义协议归结为配置文件的定义。
in a nutshell, this is the problem beep solves.
简单地说,这就是beep解决的问题。
this is a boon, as it means that any existing messaging standard defined in terms of xml documents has a reasonably straightforward mapping into a beep profile.
这就是一个好处,因为它意味着任何根据xml文档定义的现有消息传递标準都有一个相当直接的对beep配置文件的映射。
beep uses the mime standard to support payloads of arbitrary type.
beep使用mime标準来支持任意类型的有效负载。
these include one-shot exchanges such as dns lookup, where the cost introduced by beep would be disproportionate, or tightly coupled rpc protocols like nfs.
其中包括只有一次的交换,如dns查找,这里由beep 引起的成本将不成比例,还包括紧密耦合的rpc协议,如nfs。
more of that later; first let「s look at the problem that beep solves.
稍后将会对此有更详细的讨论;让我们首先来看看beep所解决的问题。
just a steady beep — you can quite easily detect if it starts going quicker or if it stops even for a second.
就是那个持续的哔哔声,如果它开始变快了或突然停下来了,哪怕是一秒钟,你也能很容易的觉察到。
asynchronous: unlike http, beep is not restricted to a particular ordering of requests and responses.
异步的:不象http,beep不限于请求和响应的特殊定序。
message-oriented: applications passing data using beep are expected to communicate using defined bundles of structured data.
面向消息:使用beep传递数据的应用程序被期望用已定义的结构化数据包通信。
unnoticed chats went ignored with nary a flash, blink, or beep until we came back to the window or tab containing the chat room.
用户未注意到的聊天消息仅仅是闪一下或者是发出哔的一声,很容易被忽略,除非用户切换到聊天室窗口。
beep takes care of the connections, the authentication, and the packaging up at the tcp/ip level of the messages -- matters that soap deliberately avoids.
beep 负责在消息的tcp/ip层连接、验证和封装 ―soap有意回避的问题。
aside from the channel-management profile, many emerging beep application profiles have used xml as an encoding for their messages.
除了通道管理配置文件以外,许多新出现的beep应用程序配置文件使用了xml作为它们消息的编码。
when a connection is established between the two, a beep session is created.
当二者之间的连接建立以后,一个beep会话就被创建了。
beep is a peer-to-peer protocol, which means that it has no notion of client or server, unlike http.
beep是一个对等协议,这就意味着它没有客户机或服务器的概念,不象http。
enough scene setting, it」s time to look at what beep can and cannot do, so you can get an idea of why you might want to use it.
经过足够的背景知识描述之后,是看看beep能做什么和不能做什么的时候了,这样可以明白为什么需要使用它。
nevertheless, xml users will likely find themselves drawn to the word extensible, and indeed it's extensibility that makes beep worth looking at in the first place.
不过,xml用户或许会被 可扩展的(extensible)这个词吸引,而的确正是扩展性使beep值得首先研究。
connection-oriented: applications passing data using beep are expected to connect, do their business, and then disconnect.
面向连接:使用beep传递数据的应用程序被期望连接、做它们的交易然后断开连接。