During harvesting, the movement of changes is from child stream to parent stream, which aligns with the classic parallel development delivery mechanism.
在获取期间,变更操作就是从子流程到父流程的变更,这与经典的平行开发交付机理相平行。
The mechanism is not yet understood in mammals, but it is known from IVF research that high levels of glucose encourage the growth and development of male embryos while inhibiting female embryos.
这个机制在哺乳动物中还未被理解,但是从试管受精研究可以知道,高血糖水平可以促进生长和男性胚胎的发育,却抑制女性胚胎的发育。
The construction of such a caching mechanism further complicates the development and maintenance of this system.
构造这种高速缓存机制使该系统的开发和维护进一步复杂化。
应用推荐