nested

简明释义

英[ˈnestɪd]美[ˈnestɪd]

adj. 嵌套的，内装的

v. 筑巢；嵌入（nest 的过去分词）

英英释义

单词用法

同义词

反义词

例句

1.The primary way to store the data is inside nested tags.

存储数据的主要方法是将数据存储在嵌套标记中。

2.A: Topics can be nested to create larger document structures.

答：可以嵌套主题以创建更大的文档结构。

3.This is a nested iteration.

这是嵌套的迭代。

4.You can do this with a nested business object as well.

您还可以在嵌套对象中做到这一点。

5.This can be done in a nested call.

可以在一个嵌套调用中完成这项操作。

6.Only the nested child elements are fragmented or absorbed.

只有内嵌的子元素被片断化或者吸收。

7.Find the deepest nested pair of parentheses.

找出嵌入最深的那对括号。

8.And the nested hashtables look like Listing 4.

嵌套的散列表如清单4所示。

9.They had nested in his sheepskin coat once.

有一次老鼠在他的羊皮大衣上做窝。

10.In our data structure, we use nested 嵌套的 objects to represent complex relationships.

在我们的数据结构中，我们使用嵌套的对象来表示复杂的关系。

11.The HTML document contains several nested 嵌套的 elements that define its structure.

HTML文档包含几个嵌套的元素，定义了其结构。

12.In programming, you can create nested 嵌套的 functions to encapsulate behavior.

在编程中，你可以创建嵌套的函数来封装行为。

13.The JSON file includes nested 嵌套的 arrays for better organization of data.

JSON文件包含嵌套的数组，以更好地组织数据。

14.The function has a nested 嵌套的 loop that iterates through each element in the array.

这个函数有一个嵌套的循环，它遍历数组中的每个元素。

作文

In the world of programming and computer science, the term nested refers to a structure that is contained within another structure. This concept can be found in various programming languages, where functions, loops, or data structures are placed inside one another. For example, a nested loop is a loop inside another loop, which allows for more complex iterations over data. Understanding nested structures is essential for developers as it enables them to write more efficient and organized code.Moreover, the idea of nested elements extends beyond programming into other fields such as mathematics and even everyday life. In mathematics, we often encounter nested functions, where one function is applied to the result of another. This can be seen in equations like f(g(x)), where g is nested inside f. Such operations simplify complex problems by breaking them down into smaller, manageable parts.In our daily lives, we can observe nested structures in various forms. Consider the way we organize our files on a computer. We create folders that contain subfolders, which in turn may hold documents or images. This hierarchical organization is a practical application of the nested concept, allowing us to keep our digital spaces tidy and accessible.The nested approach also finds its place in nature. For instance, many animals build nested habitats. Birds construct nests that contain eggs, and these nests are often located in larger structures such as trees or bushes. This natural nested arrangement provides safety and security for the young birds until they are ready to leave the nest.In literature, authors sometimes employ nested narratives to tell a story within a story. This technique adds depth and complexity to the narrative, allowing readers to explore multiple layers of meaning. For example, in films or novels, a character might recount a memory that leads to another story, creating a nested storytelling experience that engages the audience.Understanding the concept of nested structures is crucial in many areas of study and practice. It encourages critical thinking and problem-solving skills as we learn to identify relationships between different components. By recognizing how elements can be nested within one another, we develop a better grasp of organization and functionality in both abstract and concrete scenarios.In conclusion, the term nested encapsulates a fundamental principle that permeates various disciplines. Whether in programming, mathematics, daily life, nature, or literature, the nested concept helps us comprehend and navigate complexity. Embracing this idea not only enhances our understanding but also equips us with the tools to tackle challenges in a structured manner. As we continue to explore the world around us, recognizing and utilizing nested relationships will undoubtedly lead to greater insights and innovations.

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