What is the translation of " ARBITRARY DATA " in Chinese?

• 任意数据
• 一个任意的数据

Examples of using Arbitrary data in English and their translations into Chinese

Arbitrary data types can be defined.
可以定义任意数据类型。

Define the state- The state can be of arbitrary data type.
定义状态-状态可以是任何的数据类型。

Arbitrary data types can be defined.
任意数据类型可以被定义。

The built-in String type can now safely hold arbitrary data.
内置的String类型现在可以安全地保存任意数据。

ELKI also allows arbitrary data types, file formats, or distance or similarity measures.
ELKI还允许任意数据类型，文件格式或距离或相似性度量。

The built-in String type can now safely hold arbitrary data.
内置的String类型现在可以安全地支持任意数据。

Store arbitrary data associated with the specified element and/or return the value that was set.
存储任意数据到指定的元素并且/或者返回设置的值。

Many tools are good for doing many things, but no one tool can wrangle arbitrary data.
很多工具都适合做很多事情，但是没有一个工具可以包装任意的数据。

It would be useful to see if we can place arbitrary data into this memory region.
现在，就让我检测一下，看看是否可以将任意的数据放到这个内存区域中发生反应。

In this case digital refers to the discrete states of"0" and"1" for representing arbitrary data.
在这种情况下的数字指的是“0离散状态”和“1”来代表任意数据。

This session framework lets you store and retrieve arbitrary data on a per-site visitor basis.
这个会话框架让你可以存储和取回每个站点访客任意数据。

The data may be arbitrary data(including an XML document), an XML element, or XML element content.
数据可以是任意数据（包括一份XML文档）、一个XML元素或XML元素内容。

Just in a computer program, variables can be not only numbers, but also arbitrary data types.
只是在计算机程序中，变量不仅可以是数字，还可以是任意数据类型。

Through the ability to define arbitrary data types, NumPy easily and quickly integrates with numerous kinds of databases.
通过定义任意数据类型的能力，NumPy可以轻松快速地与多种数据库集成。

Each of them contains 250-350 readings, depending on the time taken to enter the password or arbitrary data(approximately three seconds).
它们每个都包含250-350个读数，取决于输入密码或任意数据时所耗费的时间（大约三秒）。

This block is of index 0, and it has an arbitrary data value and an arbitrary value in the“previous hash” parameter.
这个块是索引0，它具有任意的数据值和“前一个哈希”参数中的任意值。

Arbitrary data tables can be loaded, and results can be filtered using facets and displayed using a variety of layouts.
任意数据表都可以被加载，而结果也可以用facets标签进行过滤，并以各种布局加以显示。

This block is of index 0, and it has an arbitrary data value and an arbitrary value in the“previous hash” parameter.
创始块的索引为0，有一个任意的数据值，一个属于“前一个哈希”参数的任意值。

This enables move-only types to be captured by value and enables a lambda expression to define arbitrary data members in its closure object.
这将使move-only类型被值捕获，并使Lambda表达式在其闭包对象中定义任意数据成员。

This block is of index 0, and it has an arbitrary data value and an arbitrary value in the“previous hash” parameter.
这个区块的索引为0，其包含一些任意的数据值，其“前一哈希值”参数也是任意值。

Programmable shared database: this is a slightly more niche view, and generally involves the understanding that Bitcoin can embed arbitrary data, not just currency transactions.
可编程的共享数据库：这是略显小众的观点，通常指的是比特币可以嵌入任意数据而不止是货币交易。

This block is of index 0, and it has an arbitrary data value and an arbitrary value in the“previous hash” parameter.
该块的索引为0，它在“previoushash”参数中具有任意数据值和任意值。

Programmable shared database: this is a slightly more niche view, and generally involves the understanding that Bitcoin can embed arbitrary data, not just currency transactions.
可编程的共享数据库：这是一个稍微利基的观点，他们认为比特币可以嵌入任意数据而不仅仅是货币交易。

The index of this block is set to 0 and it has an arbitrary data value and an arbitrary value of"previous hash" parameter.
这个块是索引0，它具有任意的数据值和“前一个哈希”参数中的任意值。

This includes the Cache class, a dictionary that allows you to store arbitrary data objects, such as hash tables and data sets.
这包括Cache类，该类是一个使您可以存储任意数据对象（如哈希表和数据集）的词典。

The index of this block is set to 0 and it has an arbitrary data value and an arbitrary value of"previous hash" parameter.
创始块的索引为0，有一个任意的数据值，一个属于“前一个哈希”参数的任意值。

The index of this block is set to 0 and it has an arbitrary data value and an arbitrary value of"previous hash" parameter.
这个区块的索引为0，其包含一些任意的数据值，其“前一哈希值”参数也是任意值。

The index of this block is set to 0 and it has an arbitrary data value and an arbitrary value of"previous hash" parameter.
该块的索引为0，它在“previoushash”参数中具有任意数据值和任意值。

Security bypass vulnerabilities that could be exploited to write arbitrary data to the file system under user permissions(CVE-2015-3082, CVE-2015-3083, CVE-2015-3085).
这些更新修复了可能会在用户许可下向文件系统写入任意数据的验证绕过问题（CVE-2015-3082、CVE-2015-3083、CVE-2015-3085）。

These updates resolve validation bypass issues that could be exploited to write arbitrary data to the file system under user permissions(CVE-2015-3082, CVE-2015-3083, CVE-2015-3085).
这些更新修复了可能会在用户许可下向文件系统写入任意数据的验证绕过问题（CVE-2015-3082、CVE-2015-3083、CVE-2015-3085）。