The idea of recursive composition is simple: new business processes can be defined by combining existing business processes (see Figure 1).
递归组合的思想很简单：可以通过组合现有的商业流程来定义新的商业流程（请参见图1）。
Additionally, BLA architecture supports recursive composition by reference, facilitating hierarchical assembly of BLAs and individual deployed artifacts.
此外，BLA体系结构支持按引用的递归组合，从而促进BLA和各个所部署构件的层次结构组装。
Such recursive composition of business services is one of the most important features of SOA, allowing to rapidly build new solutions based on the existing business services.
这种业务服务的递归复合是SOA最重要的特性之一，它使我们可以快速地在现有业务服务的基础上构建新的解决方案。
WSFL's support for recursive composition allows you and me to link our two business processes in a way that requires us only to agree on the format of the purchase order submitted.
WSFL支持递归组合，允许您和我用某种方法将我们的两个商业流程链接起来，这种方法要求我们只要在提交的购买订单的格式上达成一致即可。
However, the recursive composition characteristic of SOA complicates this further: the consumer is often another service and consequently is in no position to resolve the issue [4].
然而，SOA递归组合的特性使得情况进一步的复杂化：消费者常常是另一个服务，因此也不是解决该问题的合适位置[4]。
No discussion about WSFL, however, can be complete without touching on one of its core features: recursive composition of business processes.
但是，如果不接触它其中的一个核心功能：商业流程的递归组合，任何关于WSFL的讨论都不能算完整。
Recursive composition provides one method of aggregating services from various providers into a single solution.
递归组合提供一种将来自不同提供者的服务聚集到单个解决方案的方法。
Recursive composition provides one method of aggregating services from various providers into a single solution.
递归组合提供一种将来自不同提供者的服务聚集到单个解决方案的方法。
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