...令点、信令转接点和信令链路组成(三要素)信令点(SP, Signaling points)信令消息的起源点和目的点信令点以信令点编码(Point Code)为标识。信令点编码有两种:14位和24位。
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destination point code 目的信令点编码 ; 点代码 ; 目的地端编码
Signaling Point Code PC 信令点编码
originating point code 源点码 ; 起源点编码 ; 源点代码 ; 发端点码
Destination Signalling Point Code 目的信令点编码
signaling point code 信令点代码 ; 信令点编码
Original Point Code OPC 源点码 ; 源信号点编码
check point code 抽点检验电码 ; 检验点代码
code point [计] 代码点 ; 码点 ; 字符码
以上来源于: WordNet
If we look at the typical entry point code in an RCP context (see Listing 4) vs. the RAP context (see Listing 5), you'll notice that there are similarities.
如果查看RCP上下文(参见清单4)和RAP上下文(参见清单5)中的典型入口点代码,您会发现存在相似之处。
Each point code consists of signaling routes and subsystem Numbers.
每个点编码都是由信令路由和子系统号组成的。
Do not use this value if the 24-bit signal transfer point code pair has already been specified.
如果已经指定了24位信令传输点编码对,就不能使用该值。
So at this point, now the code's getting a little more interesting, but it's also getting a little bloated.
所以在这里,现在代码变得更有趣了,但是它也显得有点臃肿。
And for reference, incidentally, in case you ever forget what the point of some exercise was, I'll almost always comment the code up top with a quick sentence or two that reminds you what this program does.
顺便作为参考,为了避免我们可能忘记一些代码的意思,我通常会用一两个简单的句子,在上面作出注释,那样会提醒我们这个程序是干嘛的。
I've got a little piece of code called same point.
一小段代码,稍微往下一点。
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