The idea of round tripping is the continuous switching between the BPMN analysis model and the executable process.
双向工程的思想是在BPMN分析模型和可执行过程之间可以不断地切换。
No round tripping: there's no "round trip" support for iterative model changes, because the generated code is static.
不能往返：对于模型反复进行的更改不支持 “往返” 操作，这是因为所生成的代码是静态的。
The quality of a data binding API's round tripping capabilities is measured by how closely the input and output documents match up.
数据绑定往返能力的质量通过输入和输出文档匹配的程度衡量。
A way to preserve the information to allow round-tripping.
保留信息以允许返回的方法。
So while XMI might be considered the canonical representation of the model, nothing is lost when round-tripping from code to diagram.
所以尽管XMI可以被认为是模型的标准表示，但是在代码和图形之间来回切换并不会丢失任何信息。
Proper round-tripping doesn't require that the input and output documents look the same; it just requires that they be semantically equivalent.
正确的往返不要求输入和输出文档看起来一致，只要求它们在语义上是等价的。
Proper round-tripping requires that the XML input and the XML output be identical, assuming that no data has been changed in the interim.
正确的往返要求，如果中间没有修改数据，XML输入和 XML输出应该是等同的。
It's these sorts of issues that make the process of round-tripping very complex, and a lot easier to talk about than to implement.
正是这类问题使得往返非常复杂，真正实现要比说起来困难得多。
If the input and output don't match up properly, then you've got a problem with round-tripping, and trying to actually work with your API could get tricky fast.
如果输入和输出不能正确地匹配，就说明往返中存在问题，实际应用这种API很快就会陷入困境。
With an input and output file, it's now possible to see how JAXB does at round-tripping, by comparing the files to each other (remember that the original file was shown back in Listing 1).
现在有了输入和输出文件，通过互相比较可以看看JAXB在往返中是如何工作的(原始文件如清单1所示)。
Read the first installment of the Practical data binding column in which Brett examines several important concepts in data binding, including round-tripping and semantic equivalence.
阅读实用数据绑定专栏的第一篇文章，Brett分析了数据绑定中的几个重要概念，包括往返和语义等价。
The relations do not impose any direction of evaluation and can be executed in multiple directions, which can be useful when you're dealing with round-tripping issues.
关联没有指定评估的任何方向，它们可以在多个方向下执行，这在你处理双向问题时是很有用的。
Some try to achieve this with round-tripping solutions.
有些人用双向工程的解决方案来完成这项工作。
However, many packages handle these tasks loosely, and semantic equivalence and round-tripping suffer as a result.
但是许多工具包不那么严格地执行这项任务，结果危害了往返的语义等价性。
Round-tripping is perhaps the most important, and most misunderstood, of data binding terms.
往返（Round-tripping）可能是最重要也最容易误解的数据绑定术语。
Round-tripping is the term used to describe a complete cycle, from storage medium into memory and back.
往返用于描述从存储媒介到内存然后回到存储媒介的完整循环。
Round-tripping is the term used to describe a complete cycle, from storage medium into memory and back.
往返用于描述从存储媒介到内存然后回到存储媒介的完整循环。
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