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1 词典释义:
hashtable
时间: 2025-06-16 17:29:04
英 [hæʃˈteɪbl]
美 [hæʃˈteɪbl]

n. 散列表

双语例句
  • Create a new HashTable.

    创建新的散列表。

  • The final nested hashtable is shown in Listing 5.

    最后一个嵌套散列表如清单5所示。

  • How we do so depends on how we intend to use the Hashtable.

    传递类型参数的方式取决于我们打算如何使用Hashtable。

  • Thus, the code to create the event hashtable is shown in Listing 6.

    因此,创建事件散列表的代码如清单6所示。

  • A function used by a hashtable to compute the location for a key.

    哈希函数:哈希表使用的一种函数,能计算出一个键的位置。

  • You have to construct a hashtable to contain the blog post information.

    必须构造一个包含blog帖子信息的散列表。

  • The disk forms of Hashtable and HashMap are different and incompatible.

    Hashtable和HashMap在磁盘上的格式是不相同、不兼容的。

  • Parses the property entry and stores it in a hashtable for future reference.

    解析属性项并将它存储到一个hashtable中以便将来引用。

  • These two values will be lost after we get the object back from the hashtable.

    这两个值将在我们的哈希表中得到对象返回值后被消除。

  • The tag works like a Hashtable, defining a key/value pairing to set the properties.

    标签就像一个 Hashtable,它定义一个键 / 值对来设置属性。

  • For example, suppose we are adding and retrieving elements to and from a Hashtable.

    例如,假定往Hashtable中添加元素并从中检索元素。

  • To do this, you simply use a hashtable or a similar collection to store the XML documents.

    为此,您只需使用一个hashtable或者一个类似的集合来存储XML文档。

  • If name does not correspond to a key in the hashtable, then null will simply be returned.

    如果哈希表中没有与键值对应的名称,将返回null。

  • Table 1 gives a rough idea of the scalability differences between Hashtable and ConcurrentHashMap.

    表1对Hashtable和ConcurrentHashMap的可伸缩性进行了粗略的比较。

  • Each SharedObject instance has a data property that can be thought of as a hashtable for storing data.

    每个SharedObject实例都有一个数据属性,可以看作存储数据的哈希表。

  • The object is simply a hashtable or similar collection that stores object references as simple key-value pairs.

    该对象只是将对象引用存储为简单键-值对的散列表或类似的集合。

  • The container, which is also a hashtable, and the queues are placed as objects in the container hashtable.

    Container也是散列表,这些队列作为对象放入容器散列表中。

  • Perfecting hashing is difficult and to deal with that hashtable implementations support collision resolution.

    要写出一个完美的哈希函数是很困难的,特别是要处理哈希表中的冲突。

  • When we create a new instance of a Hashtable, we have to pass type arguments to specify the types of Key and Value.

    创建一个新的Hashtable实例时,必须传递类型参数以指定Key和Value的类型。

  • Figure 22 shows the type graph for the Hashtable referenced in the ownership chain under EvaluateServlet (Figure 20).

    图 22 显示了 EvaluateServlet(如图 20 所示)下的所有链引用的 Hashtable 的类型图。

  • Just think of the Preferences object as one big key-value hashtable that structures the keys in a tree-like structure.

    只要把Preferences对象当作一个大的键—值散列表(这个表把树形结构中的键组织起来)。

  • For this specific example, it turned out that the primary culprit was a font manager class that contained a static hashtable.

    就本例而言,最后查明罪魁祸首是包含一个静态hashtable的字体管理器类。

  • I mentioned earlier that a dictionary is implemented using a hashtable and that means that the keys have to be hashtable.

    我之前说过,字典是用哈希表(散列表)来实现的,这就意味着所有键都必须是散列的。

  • In this case, the SharedObject is looked up, and the name parameter is used to look up the saved object from the data hashtable.

    本例中,已搜索到SharedObject,并且name参数已用于从数据哈希表中搜索已存储的对象。

  • A simple way around this is to create a general purpose hashtable that provides a mechanism for storing and retrieving strings.

    解决这个问题的一个简单方法是创建一个通用散列表,该表提供存储和检索字符串的一种机制。

  • For developers, S3 offers a minimalistic API that resembles a basic hashtable - allowing you to easily store and retrieve information.

    S3给开发者提供了一个类似基本哈希表的最简化的API,它允许你轻松地存储和提取信息。

  • The various forms could be zoomed in or out independently, so the hashtable contained a vector with all of the fonts for a given form.

    各个窗体可被单独放大或缩小,所以这个hashtable包含一个具有某个给定窗体的全部字体的vector。

  • In a given program, the types of elements we use as keys, and the types of values we store in the hashtable, will not be arbitrary objects.

    那么在给定的程序中,被用作键的元素类型和存储在散列表中的值类型,将不能是任意对象。

  • The code only changed from the previous example in only one place: the values placed in the PROVIDER_URL key of the environment Hashtable object.

    相对于前一个示例,此代码仅在一个地方进行了更改:放在环境Hashtable对象的provider_url键中的值。

  • This will confirm that I can add and then retrieve values from the hashtable-a simple test, but one that showcases the capabilities of NUnit.

    这将确认我可以首先向Hashtable中添加值并随后检索相应的值—这是一个很简单的测试,但能够表现NUnit的功能。